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SQLite format 3@ & f&. )=indexsqlite_autoindex_usage_1usage [tablescopescopeCREATE TABLE scope( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), scope TEXT NOT NULL CHECK (length(scope) >= 1), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_scope PRIMARY KEY (auth_name, code) ) WITHOUT ROWID$#tableextentextentCREATE TABLE extent( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT NOT NULL, south_lat FLOAT CHECK (south_lat BETWEEN -90 AND 90), north_lat FLOAT CHECK (north_lat BETWEEN -90 AND 90), west_lon FLOAT CHECK (west_lon BETWEEN -180 AND 180), east_lon FLOAT CHECK (east_lon BETWEEN -180 AND 180), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_extent PRIMARY KEY (auth_name, code), CONSTRAINT check_extent_lat CHECK (south_lat <= north_lat) ) WITHOUT ROWIDstableellipsoidellipsoidCREATE TABLE ellipsoid ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, celestial_body_auth_name TEXT NOT NULL, celestial_body_code INTEGER_OR_TEXT NOT NULL, semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0), uom_auth_name TEXT NOT NULL, uom_code INTEGER_OR_TEXT NOT NULL, inv_flattening FLOAT CHECK (inv_flattening = 0 OR inv_flattening >= 1.0), semi_minor_axis FLOAT CHECK (semi_minor_axis > 0 AND semi_minor_axis <= semi_major_axis), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_ellipsoid PRIMARY KEY (auth_name, code), CONSTRAINT fk_ellipsoid_celestial_body FOREIGN KEY (celestial_body_auth_name, celestial_body_code) REFERENCES celestial_body(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_ellipsoid_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT check_ellipsoid_inv_flattening_semi_minor_mutually_exclusive CHECK ((inv_flattening IS NULL AND semi_minor_axis IS NOT NULL) OR (inv_flattening IS NOT NULL AND semi_minor_axis IS NULL)) ) WITHOUT ROWID))otablecelestial_bodycelestial_bodyCREATE TABLE celestial_body ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0), -- approximate (in metre) CONSTRAINT pk_celestial_body PRIMARY KEY (auth_name, code) ) WITHOUT ROWID2++tableunit_of_measureunit_of_measureCREATE TABLE unit_of_measure( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), type TEXT NOT NULL CHECK (type IN ('length', 'angle', 'scale', 'time')), conv_factor FLOAT, proj_short_name TEXT, -- PROJ string name, like 'm', 'ft'. Might be NULL deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_unit_of_measure PRIMARY KEY (auth_name, code) ) WITHOUT ROWIDtablemetadatametadataCR g b ` ] Z X W U T P L I FC>530',#)!"  2wYBt`K2/PROJ_DATA.VERSION1.24%PROJ.VERSION9.8.0#NKG.VERSION1.0.wC!yNKG.SOURCEhttps://github.com/NordicGeodesy/NordicTransformations!NKG.DATE2025-02-13%IGNF.VERSION3.1.0^#+IGNF.SOURCEhttps://raw.githubusercontent.com/rouault/proj-resources/master/IGNF.v3.1.0.xml!IGNF.DATE2019-05-24%)ESRI.VERSIONArcGIS Pro 3.6!ESRI.DATE2025-12-01%EPSG.VERSIONv12.049!EPSG.DATE2026-02-14!GDATABASE.LAYOUT.VERSION.MINOR6!GDATABASE.LAYOUT.VERSION.MAJOR1Mh;], h 8  y R # u K S  q 8S#h@ V&z]8N'dCnIe,17 EPSG#Bin width 37.5 metreslength@B9G EPSG#Bin width 82.5 US survey feetlength@9%cL$8E EPSG#Bin width 165 US survey feetlength@I%cL$8E EPSG#Bin width 330 US survey feetlength@Y%cL$# EPSG#coefficientscale,/EPSG#parts per millionscale> EPSG#unityscaleEaEPSG#degree (supplier to define representation)angle?FR4$/EPSG#sexagesimal DMS.sangle2KEPSG#hemisphere degree minute secondangle+=EPSG#hemisphere degree minuteangle+=EPSG#degree minute hemisphereangle$/EPSG#hemisphere degreeangle$/EPSG#degree hemisphereangle 'EPSG#degree minuteangle#EPSG#mil_6400angle?P',/EPSG#centesimal secondangle>ZӀtv,/EPSG#centesimal minuteangle?$2KEPSG#degree minute second hemisphereangle'5EPSG#degree minute secondangle EPSG#gonangle?'#EPSG#gradangle?'grad%!EPSG#arc-secondangle>U%!EPSG#arc-minuteangle?3KWϖ$EPSG#degreeangle?FR4deg EPSG#radiananglerad?SEPSG#British yard (Sears 1922 truncated)length?B0$EPSG#linklength?ɿ~8link#EPSG#chainlength@4,=ch"EPSG#yardlength?Byd/3EPSG#British foot (1936)length?ӁK@++EPSG#Gold Coast footlength?Ӂ֤Թ*%EPSG#Statute milelength@%`A7Lmi.1EPSG#Indian yard (1975)length?B].1EPSG#~Indian yard (1962)length?BE y41EPSG#}Indian yard (1937)length?Bind-yd'#EPSG#|Indian yardlength?B!ٱ.1EPSG#{Indian foot (1975)length?Ӂ.1EPSG#zIndian foot (1962)length?Ӂ.u^Q41EPSG#yIndian foot (1937)length?Ӂ0ind-ft'#EPSG#xIndian footlength?Ӂ!/3EPSG#nBritish foot (1865)length?ӁZt#8EEPSG#gBritish link (Benoit 1895 B)length?ɿ9GEPSG#fBritish chain (Benoit 1895 B)length@4u"8EEPSG#eBritish foot (Benoit 1895 B)length?Ӂֿ(q8EEPSG#dBritish yard (Benoit 1895 B)length?B88EEPSG#]British link (Benoit 1895 A)length?ɿ29GEPSG#\British chain (Benoit 1895 A)length@4s8EEPSG#[British foot (Benoit 1895 A)length?Ӂֽ8EEPSG#ZBritish yard (Benoit 1895 A)length?BoO5?EPSG#SBritish link (Sears 1922)length?ɿܑ}6AEPSG#RBritish chain (Sears 1922)length@4Qa5?EPSG#QBritish foot (Sears 1922)length?Ӂդ0I5?EPSG#PBritish yard (Sears 1922)length?BvHn)'EPSG#OClarke's linklength?ɿZ#*)EPSG#NClarke's chainlength@4j)'EPSG#MClarke's yardlength?B=!EPSG#Lkilometrelengthkm/)EPSG#KUS survey milelength@%cL$us-mi*)EPSG#JUS survey linklength?ɿރ70+EPSG#IUS survey chainlength@4=փus-ch.1EPSG#GGerman legal metrelength?A]&'EPSG#Fnautical milelengthaEN (C5AEPSGparts per million per yearscale=! 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YEq C  M o  f  q 7^%Q3Zl(x.eEN --ESRIFischer_ModifiedFischer modifiedPROJEARTHaREPSG#)@rF %%ESRIFischer_1968Fischer 1968PROJEARTHaREPSG#)@rF %%ESRIFischer_1960Fischer 1960PROJEARTHaREPSG#)@r> ESRIWGS_1966WGS 1966PROJEARTHaREPSG#)@rG 3ESRIrNWL_10DNWL-10D == WGS 1972PROJEARTHaREPSG#)@r(\Q 11ESRIoInternational_1967International 1967PROJEARTHaREPSG#)@rD E EPSGPopular Visualisation SpherePROJEARTHaREPSG#)aR8 #EPSGHughes 1980PROJEARTHaS!EPSG#)AX?\jJ QEPSGInternational 1924 Authalic SpherePROJEARTHa7EPSG#)a7I ;EPSGEverest 1830 (RSO 1969)PROJEARTHAXS~EPSG#)@ra@J MEPSGClarke 1880 (international foot)PROJEARTH?NEPSG#*>8o2 EPSGPZ-90PROJEARTHaREPSG#)@r #1 !EPSGHough 1960PROJEARTHaSEPSG#))C CEPSGClarke 1866 Authalic SpherePROJEARTHa6EPSG#)a67 #EPSGDanish 1876PROJEARTHAXSGEPSG#),> /EPSGGRS 1967 ModifiedPROJEARTHaREPSG#)@r5 EPSGIAG 1975PROJEARTHaREPSG#)@r1'@ =EPSGGRS 1980 Authalic SpherePROJEARTHa6EPSG#)a6@ = EPSGGRS 1980 Authalic SpherePROJEARTHa6EPSG#)a6F 5EPSGBessel Namibia (GLM)PROJEARTHAXSIEPSG#G@rqզP IEPSGEverest 1830 (1975 Definition)PROJEARTHAXSɩEPSG#)@r-P IEPSGEverest 1830 (1962 Definition)PROJEARTHAXSOOEPSG#)@r-3 EPSGWGS 72PROJEARTHaREPSG#)@r(\K ?EPSGEverest (1830 Definition)PROJEARTHAs#8o8 EPSGyOSU91APROJEARTHAXT333EPSG#)@rtm8 EPSGxOSU86FPROJEARTHAXT EPSG#)@rtm4 EPSGwGEM 10CPROJEARTHaREPSG#)@rtm3 EPSGvWGS 84PROJEARTHaREPSG#)@rtm1 !EPSGuWar OfficePROJEARTHaS /EPSGcClarke 1880 XE ;IAU_2015 |Itokawa (2015) - SphereIAU_2015EPSG#)WC ;IAU_2015Aegaeon (2015) - SphereIAU_2015JEPSG#)JVJ #=ESRITethys_2015Saturn - Tethys IAU 2015ESRITethys8EPSG#)UF 1)ESRITitan_2000_IAU_IAGSaturn - TitanESRITitan'JEPSG#)TC  ESRIQGRS_1980_Adj_WI_KN_MW_OZ_RAGRS 1980 Adj. Wisconsin Kenosha, Milwaukee, Ozaukee, and RacinePROJEARTHAXTEPSG#)@r?JSa 1E ESRI*GRS_1980_Adj_WI_IAGRS 1980 Adj. Wisconsin IowaPROJEARTHAXTwEPSG#)@rQ"Ri =IESRIS_GRS_1980_Adj_MN_RoseauGRS 1980 Adj. Minnesota RoseauPROJEARTHAXTZEPSG#)@rQu IUESRIS_GRS_1980_Adj_MN_Itasca_NorthGRS 1980 Adj. Minnesota Itasca NorthPROJEARTHAXU`BEPSG#)@rP< !! ESRIHough_1960Hough 1960PROJEARTHaSEPSG#)) c ( lJ)F$OLot ?cEPSG]UK - offshore - North SeaUnited Kingdom (UK) - offshore - North Sea.@I =p@O =p333333@ 333333n< KeEPSG?Colombia - 75°35'W to 72°35'WColombia - onshore between 1°30'W and 1°30'E of Bogota (approximately 75°35'W and 72°35'W of Greenwich).zG@' =pR\(R%Qm" yEPSG#Asia - Middle East - Kuwait and Saudi - 42°E to 48°EKuwait - west of 48°E. Saudi Arabia - between of 42°E and 48°E.@0^Q@?&fffff*@HGzlv eOEPSGAsia - Cambodia and Vietnam - west of 108°ECambodia; Vietnam west of 108°E.@ \)@7ffffff@Y\)lk ]EPSGGermany - East Germany - west of 10.5°EGermany - states of former East Germany - west of 10°30'E - Thuringen.@I,@IǮzH@# =p@%j uyEPSGArgentina - Tierra del Fuego onshore west of 67.5°WArgentina - Tierra del Fuego onshore west of 67°30'W.Ks33333JKQQ(\)Pi} aaEPSGCote d'Ivoire (Ivory Coast) - west of 6°WCôte d'Ivoire (Ivory Coast) west of 6°W.@(\)@%zG{!8Qg[ 'IEPSGUSA - WyomingUnited States (USA) - Wyoming.@D~Q@FGz[ =pZ33333fZ 39EPSGvUSA - New HampshireUnited States (USA) - New Hampshire - counties of Belknap; Carroll; Cheshire; Coos; Grafton; Hillsborough; Merrimack; Rockingham; Strafford; Sullivan.@EXQ@FzHR# =pQQe] )KEPSنM 3EPSGUSA - FBNAmerican Samoa - Tutuila, Aunu'u, Ofu, Olesega, Ta'u and Rose islands - onshore. Guam - onshore. Northern Mariana Islands - onshore. Puerto Rico - onshore. United States (USA) - CONUS - Alabama; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohi" IGNFTE {{IGNFFRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 31FRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 31*@I{ McEPSGVietnam - Dien Bien and Lai ChauVietnam - Dien Bien and Lai Chau provinces.@4 =p@6R@Y\)@Y\( qEPSGIndonesia - 108°E to 114°E, N hemisphere onshoreIndonesia - onshore north of equator and between 108°E and 114°E.@lr| W[EPSG Cote d'Ivoire (Ivory Coast) - onshoreCôte d'Ivoire (Ivory Coast) - onshore.@(\)@%zG{!8Q =p ;EPSG Slovenia - Suha KrajinaSlovenia - Suha Krajina with the Ribnica and Zuzemberk area.@FzG@FR@-# =p@.(\)G EEPSGUSA - Louisiana - SPCS27 - SUnited States (USA) - Louisiana - counties of Acadia; Allen; Ascension; Assumption; Beauregard; Calcasieu; Cameron; East Baton Rouge; East Feliciana; Evangeline; Iberia; Iberville; Jefferson; Jefferson Davis; Lafayette; LaFourche; Livingston; Orleans; Plaquemines; Pointe Coupee; St Bernard; St Charles; St Helena; St James; St John the Baptist; St Landry; St Martin; St Mary; St Tammany; Tangipahoa; Terrebonne; Vermilion; Washington; West Baton Rouge; West Feliciana. Also Gulf of Mexico outer continental shelf (GoM OCS) protraction areas Sabine Pass (LA); West Cameron; East Cameron; Vermilion; South Marsh Island; Eugene Island; Ship Shoal; South Pelto; Bay Marchand; South Timbalier; Grand Isle; West Delta; South Pass; Main Pass; Breton Sound; Chandeleur.@;R@?RW|(\U =qs^ q=EPSGWorld - N hemisphere - 30°E to 36°E - by countryBetween 30°E and 36°E, northern hemisphere between equator and 84°N, onshore and offshore. Belarus. Cyprus. Egypt. Ethiopia. Finland. Israel. Jordan. Kenya. Lebanon. Moldova. Norway. Palestine. Russian Federation. Saudi Arabia. Sudan. Syria. Türkiye (Turkey). Uganda. Ukraine.T$r a1EPSGsIndonesia - 102°E to 108°E, N hemisphereIndonesia - north of equator and between 102°E and 108°E - onshore and offshore.@\(fl&O ? s / L B ' ] v )^uJ<Gd,aEPSG;Approximation (to better than 2cm) using NTv2 method of results of FINELTRA programme concatenated with LV-95 parameters.b9EPSG:Approximate transformation of seismic data acquired before 1985 to CRS used post 1985.+EPSG9Seismic survey.3EPSG8Angola LNG project.DEPSG7Transformation of coordinates at 0.05m level of accuracy.DEPSG6Transformation of coordinates at 0.15m level of accuracy.B{EPSG5Transformation of coordinates at 30m level of accuracy.B{EPSG4Transformation of coordinates at 25m level of accuracy.7eEPSG3Arctic small scale mapping - Russia-centred.7eEPSG2Arctic small scale mapping - Norway-centred.:kEPSG1Arctic small scale mapping - Greenland-centred.7eEPSG0Arctic small scale mapping - Canada-centred.7eEPSG/Arctic small scale mapping - Alaska-centred.1WEPSG.Adopted as official definition of OSGB36 from August 2016. Accuracy by definition exact. Accuracy compared to triangulation coordinates 0.1m at 67% confidence level.9gEPSG-Adopted as official definition of OSGB36 from 2002 to August 2016. Accuracy by definition exact. Accuracy compared to triangulation coordinates 0.1m at 67% confidence level.C}EPSG,Pre-1996 data related to the classical geodetic network.B{EPSG+Post-1996 data based on the classical geodetic network.d=EPSG*Recommended by OSi and OSNI for all horizontal CTs in the Republic and Northern Ireland.5aEPSG)Academic research, not officially adopted.&CEPSG(Abu Dhabi Municipality GIS.K EPSG'Topographic mapping (1:50,000) published between 1955 and 2000.*KEPSG&Topographic mapping (1:50,000).Y'EPSG%Cadastre, engineering survey, topographic mapping (1:5000 and larger scales).FEPSG$Change of depth to a different vertical reference surface.GEPSG#Change of height to a different vertical reference surface.>sEPSG"Change of coordinate epoch in 3-dimensions (φλh).MEPSG!Cadastre, engineering survey, topographic mapping (medium scale).=qEPSG Cadastre, engineering survey, topographic mapping.L EPSGCadastre, engineering survey, topographic mapping (large scale).(GEPSGCadastre, engineering survey. 7EPSGBoundary demarcation.+MEPSGBasin-wide mapping and analysis.pUEPSGHorizontal component of official 3D RDNAPTRANS(TM)2018 transformation. Accuracy by definition exact.B{EPSGTransformation of coordinates at 10m level of accuracy.AyEPSGTransformation of coordinates at 9m level of accuracy.DEPSGTransformation of coordinates at 0.25m level of accuracy.+EPSGRemote sensing.C}EPSGAtlas of Canada and nationwide web mapping applications.AyEPSGTransformation of coordinates at 5m level of accuracy.AyEPSGTransformation of coordinates at 4m level of accuracy.AyEPSGTransformation of coordinates at 3m level of accuracy.AyEPSGTransformation of coordinates at 2m level of accuracy.AyEPSGTransformation of coordinates at 1m level of accuracy.+EPSGPolar research.C}EPSGTransformation of coordinates at 0.9m level of accuracy.C}EPSGTransformation of coordinates at 0.8m level of accuracy.C}EPSG Transformation of coordinates at 0.7m level of accuracy.C}EPSG Transformation of coordinates at 0.6m level of accuracy.C}EPSG Transformation of coordinates at 0.5m level of accuracy.C}EPSG Transformation of coordinates at 0.4m level of accuracy.CDEPSGTransformation of coordinates at 0.03m level of accuracy. ,OEPSGOil and gas exploration offshore. #=EPSGwEngineering survey, GIS. TEPSG 7 0 ) "    z s l e ^ W P I B ; 4 - &    ~wpib[TMF?81*_datumEPSGEPSGEPSG*N )geodetic_datumEPSGEPSGEPSG*M )geodetic_datumEPSGEPSGEPSG*L )geodetic_datumEPSGEPSGEPSG*K )geodetic_datumEPSGEPSGEPSG*J )geodetic_datumEPSGEPSGEPSG*I )geodetic_datumEPSGEPSGEPSG*H )geodetic_datumEPSGEPSGEPSG*G )geodetic_datumEPSG{EPSGEPSG*F )geodetic_datumEPSGyEPSGfEPSG*E )geodetic_datumEPSGxEPSG +EPSG*D )geodetic_datumEPSGwEPSGfEPSG*C )geodetic_datumEPSGvEPSG +EPSG*B )geodetic_datumEPSGuEPSGEPSG*A )geodetic_datumEPSGsEPSG EPSG*@ )geodetic_datumEPSGrEPSGWEPSG*? )geodetic_datumEPSGqEPSG EPSG*> )geodetic_datumEPSGpEPSG|EPSG*= )geodetic_datumEPSGoEPSGn=8<;L:9`8*7t6>54R32f100z/D.-X,"+l*6)(J'&^%($r#<"!P d.w@ UJ;o%c/yE[ " k 4 ~ A TQ.Y>v/h YL@{6i9` 2[큕쁔-끓Vꁒ遒(聑Q灐z恐#偏L䁎uぎ⁍G၌q߁Gށr݁܁Cہjځف:؁cׁ ց5Ձ^ԁӁ0ҁYсЁ+ρT~%LuEoAk=f>t*`H{.aG8jN2dHz,^I5k!W Cy/eQ=s)_K7|=c /U{!Gm;c 3[+S~{}#|K{szyCxkwv;uct s3r[qp+oSn{m#lKksjiChkgf;ecd c3b[a`+_S^{]#\K[sZYCXkWV;UcT S3R[QP+OSN{M#LKKsJICHkGF;EaDC-BSAy@?E>k=<7;]:9)8O7t6564W3x21:0[/|.->,_+*!)B(c'&%%F$g#")!J k -No5_ 3]1[/X6 E|qf[PE:/$ti^SH=2' {uoic]WQKE?93-'!   y s m g a [ U O I C = 7 1 + %     { t m f _ X Q J C < 5 . 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E~)b F  *c zf 1 zGG)=indexsqlite_autoindex_usage_1usage  [tablescopescopeCREATE TABLE scope( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), scope TEXT NOT NULL CHECK (length(scope) >= 1), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_scope PRIMARY KEY (auth_name, code) ) WITHOUT ROWID$#tableextentextentCREATE TABLE extent( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT NOT NULL, south_lat FLOAT CHECK (south_lat BETWEEN -90 AND 90), north_lat FLOAT CHECK (north_lat BETWEEN -90 AND 90), west_lon FLOAT CHECK (west_lon BETWEEN -180 AND 180), east_lon FLOAT CHECK (east_lon BETWEEN -180 AND 180), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_extent PRIMARY KEY (auth_name, code), CONSTRAINT check_extent_lat CHECK (south_lat <= north_lat) ) WITHOUT ROWIDstableellipsoidellipsoidCREATE TABLE ellipsoid ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, celestial_body_auth_name TEXT NOT NULL, celestial_body_code INTEGER_OR_TEXT NOT NULL, semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0), uom_auth_name TEXT NOT NULL, uom_code INTEGER_OR_TEXT NOT NULL, inv_flattening FLOAT CHECK (inv_flattening = 0 OR inv_flattening >= 1.0), semi_minor_axis FLOAT CHECK (semi_minor_axis > 0 AND semi_minor_axis <= semi_major_axis), deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_ellipsoid PRIMARY KEY (auth_name, code), CONSTRAINT fk_ellipsoid_celestial_body FOREIGN KEY (celestial_body_auth_name, celestial_body_code) REFERENCES celestial_body(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_ellipsoid_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT check_ellipsoid_inv_flattening_semi_minor_mutually_exclusive CHECK ((inv_flattening IS NULL AND semi_minor_axis IS NOT NULL) OR (inv_flattening IS NOT NULL AND semi_minor_axis IS NULL)) ) WITHOUT ROWID))otablecelestial_bodycelestial_bodyCREATE TABLE celestial_body ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), semi_major_axis FLOAT NOT NULL CHECK (semi_major_axis > 0), -- approximate (in metre) CONSTRAINT pk_celestial_body PRIMARY KEY (auth_name, code) ) WITHOUT ROWID2++tableunit_of_measureunit_of_measureCREATE TABLE unit_of_measure( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), type TEXT NOT NULL CHECK (type IN ('length', 'angle', 'scale', 'time')), conv_factor FLOAT, proj_short_name TEXT, -- PROJ string name, like 'm', 'ft'. Might be NULL deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_unit_of_measure PRIMARY KEY (auth_name, code) ) WITHOUT ROWIDtablemetadatametadataCREATE TABLE metadata( key TEXT NOT NULL PRIMARY KEY CHECK (length(key) >= 1), value TEXT NOT NULL ) WITHOUT ROWID   II[ oIindexsqlite_autoindex_geodetic_datum_ensemble_member_1geodetic_datum_ensemble_member IItablegeodetic_datum_ensemble_membergeodetic_datum_ensemble_memberCREATE TABLE geodetic_datum_ensemble_member ( ensemble_auth_name TEXT NOT NULL, ensemble_code INTEGER_OR_TEXT NOT NULL, member_auth_name TEXT NOT NULL, member_code INTEGER_OR_TEXT NOT NULL, sequence INTEGER NOT NULL CHECK (sequence >= 1), CONSTRAINT fk_geodetic_datum_ensemble_member_ensemble FOREIGN KEY (ensemble_auth_name, ensemble_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_geodetic_datum_ensemble_member_ensemble_member FOREIGN KEY (member_auth_name, member_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE, CONSTRAINT unique_geodetic_datum_ensemble_member UNIQUE (ensemble_auth_name, ensemble_code, sequence) )s ))!tablegeodetic_datumgeodetic_datum CREATE TABLE geodetic_datum ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, ellipsoid_auth_name TEXT NOT NULL, ellipsoid_code INTEGER_OR_TEXT NOT NULL, prime_meridian_auth_name TEXT NOT NULL, prime_meridian_code INTEGER_OR_TEXT NOT NULL, publication_date TEXT, --- YYYY-MM-DD format frame_reference_epoch FLOAT, --- only set for dynamic datum, and should be set when it is a dynamic datum ensemble_accuracy FLOAT CHECK (ensemble_accuracy IS NULL OR ensemble_accuracy > 0), --- only for a datum ensemble. and should be set when it is a datum ensemble anchor TEXT, anchor_epoch FLOAT, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_geodetic_datum PRIMARY KEY (auth_name, code), CONSTRAINT fk_geodetic_datum_ellipsoid FOREIGN KEY (ellipsoid_auth_name, ellipsoid_code) REFERENCES ellipsoid(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_geodetic_datum_prime_meridian FOREIGN KEY (prime_meridian_auth_name, prime_meridian_code) REFERENCES prime_meridian(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID )){tableprime_meridianprime_meridian CREATE TABLE prime_meridian( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), longitude FLOAT NOT NULL CHECK (longitude BETWEEN -180 AND 180), uom_auth_name TEXT NOT NULL, uom_code INTEGER_OR_TEXT NOT NULL, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_prime_meridian PRIMARY KEY (auth_name, code), CONSTRAINT fk_prime_meridian_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID)=indexsqlite_autoindex_usage_1usage >[tableusageusageCREATE TABLE usage( auth_name TEXT CHECK (auth_name IS NULL OR length(auth_name) >= 1), code INTEGER_OR_TEXT CHECK (code IS NULL OR length(code) >= 1), object_table_name TEXT NOT NULL CHECK (object_table_name IN ( 'geodetic_datum', 'vertical_datum', 'engineering_datum', 'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs', 'engineering_crs', 'conversion', 'grid_transformation', 'helmert_transformation', 'other_transformation', 'concatenated_operation')), object_auth_name TEXT NOT NULL, object_code INTEGER_OR_TEXT NOT NULL, extent_auth_name TEXT NOT NULL, extent_code INTEGER_OR_TEXT NOT NULL, scope_auth_name TEXT NOT NULL, scope_code INTEGER_OR_TEXT NOT NULL, CONSTRAINT pk_usage PRIMARY KEY (auth_name, code), CONSTRAINT fk_usage_extent FOREIGN KEY (extent_auth_name, extent_code) REFERENCES extent(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_usage_scope FOREIGN KEY (scope_auth_name, scope_code) REFERENCES scope(auth_name, code) ON DELETE CASCADE )GvS0]: u J  o C  g ;  _ 3  W +{O#sGk?c7 [/S'wKoC+1IAU_2015_,Reference MeridianEPSG#+1IAU_2015;Reference MeridianEPSG#+1IAU_2015;3!EPSG2Corrego Alegre 1961EPSGnEPSG"1961-01-01Yi!EPSG1Reseau Geodesique des Antilles Francaises 2009EPSGkEPSG"2009-01-01</!EPSG0Panama-Colon 1911EPSG`EPSG"1911-01-01;-!EPSG/Sibun Gorge 1922EPSG_EPSG"1922-01-01:+!EPSG.Ocotepeque 1935EPSG`EPSG"1935-01-01:+!EPSG-SIRGAS_ES2007.8EPSGkEPSG"2007-11-077%!EPSG,SIRGAS-ROU98EPSGvEPSG"1998-01-011!EPSG+Peru96EPSGkEPSG"1996-01-01]q!EPSG*Sistema Geodesico Nacional de Panama MACARIO SOLISEPSGkEPSG"2000-01-01:+!EPSG)Costa Rica 2005EPSGvEPSG"2007-07-30</!EPSG(SIRGAS-Chile 2002EPSGkEPSG"2002-01-01NS!EPSG'Marco Geodesico Nacional de BoliviaEPSGkEPSG"2010-01-01PW!EPSG&Posiciones Geodesicas Argentinas 2007EPSGvEPSG"2006-08-19[i!EPSG%International Terrestrial Reference Frame 2008EPSGkEPSG"2005-01-01;-!EPSG$Islands Net 2004EPSGkEPSG"2004-01-01II!EPSG"Bhutan National Geodetid@!;IGNFREG3810001JUAN DE NOVA (MHM 1953)EPSGnEPSG"cG; IAU_2015;Proteus (2015) - SphereIAU_2015;IAU_2015;bW7 1IAU_2015Mimas (2015) - SphereIAU_2015IAU_2015Palomides: 162 W.0aE+1ESRID_Thalassa_2000Neptune - ThalassaESRIESRId`>''ESRID_Deimos_2000Mars - DeimosESRIESRId__?S ESRIXD_NAD_1983_HARN_Adj_WI_TANAD 1983 HARN Adj. Wisconsin TaylorESRI@EPSG"^uYeESRI!D_NAD_1983_HARN_Adj_MN_Yellow_MedicineNAD 1983 HARN Adj. Minnesota Yellow MedicineESRI EPSG"]cGSESRID_NAD_1983_HARN_Adj_MN_MartinNAD 1983 HARN Adj. Minnesota MartinESRIEPSG"\kO[ESRID_NAD_1983_HARN_Adj_MN_Blue_EarthNAD 1983 HARN Adj. Minnesota Blue EarthESRIEPSG"[N;7ESRID_Graciosa_Base_SW_1948Graciosa Base SW 1948EPSGnEPSG"ZE!? ESRI$D_JGD_2011Japan Geodetic Datum 2011EPSGkEPSG"Y;-!EPSGZPotsdam Datum/83EPSG\EPSG"1983-01-01X:+! EPSGMauritania 1999EPSGdEPSG"1999-01-01W3!EPSGPoint 58EPSGdEPSG"1969-01-01VJK!EPSGNew Zealand Geodetic Datum 1949EPSGnEPSG"1949-01-01U</!EPSG3Scoresbysund 1952EPSGnEPSG"1952-01-01T*EPSGMadzansuaEPSG`EPSG"SVw EPSGrNot specified (based on Airy Modified 1849 ellipsoid)EPSGZEPSG"R7%!EPSGdBES2020 SabaEPSGkEPSG"2023-04-05QWa!EPSG Sistem Referensi Geospasial Indonesia 2013EPSGvEPSG"2012-01-01PV_!EPSGEuropean Terrestrial Reference Frame 2014EPSGkEPSG"1989-01-01O[i!EPSG^NAD83 (National Spatial Reference System MA11)EPSGkEPSG"2012-06-12 C oZE0s^I4 w b M 8 #  { f Q < '   j U @ +   CEPSGEPSGgBEPSGEPSGAEPSGEPSG@EPSGEPSG?EPSGEPSG>EPSGEPSG=EPSGEPSG< EPSGEPSG;EPSGrEPSG9:EPSGrEPSG89EPSGrEPSGm78EPSGrEPSG67EPSGrEPSG 56EPSGrEPSGl45EPSGrEPSG!34EPSGrEPSG 23EPSGrEPSG12EPSGrEPSG01EPSGrEPSG/0EPSGrEPSG./EPSGrEPSGL-.EPSGrEPSG,-EPSGrEPSG+,EPSGrEPSG*+EPSGrEPSGo)*EPSGrEPSG()EPSGrEPSG'(EPSGrEPSG&'EPSGrEPSG%&EPSGrEPSG$%EPSGrEPSG#$EPSGrEPSG"#EPSGrEPSG!"EPSGrEPSG !EPSGrEPSG EPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGIEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGiEPSGrEPSGEPSGrEPSGNEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSG$EPSGrEPSG EPSGrEPSGf  EPSGrEPSG  EPSGrEPSG  EPSGrEPSG  EPSGrEPSG EPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSGEPSGrEPSG EPSGrEPSGEPSGEPSG EPSGEPSG C Zwi[M?1#{m_QC5'  q c U G 9 +    v h Z EPSGC EPSGB EPSGA EPSG@ EPSG? EPSG> EPSG=  EPSG< EPSGr9; EPSGr8: EPSGr79 EPSGr68 EPSGr57 EPSGr46 EPSGr35 EPSGr24 EPSGr13 EPSGr02 EPSGr/1 EPSGr.0 EPSGr-/ EPSGr,. EPSGr+- EPSGr*, EPSGr)+ EPSGr(* EPSGr') EPSGr&( EPSGr%' EPSGr$& EPSGr#% EPSGr"$ EPSGr!# EPSGr " EPSGr! EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr  EPSGr  EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr EPSGr  EPSGr EPSG  EPSGKmfK5 u G  j B "  Y  c B  S *u7~0h6~D]0^%N {@ ? U!EPSGDatum Altimetrico de Costa Rica 19521962-01-015 A!EPSGTaiwan Vertical Datum 20012001-01-01: K!EPSGMOMRA Vertical Geodetic Control1969-01-01A Y!EPSGSerbian Vertical Reference System 20122012-01-019 I!EPSGSlovenian Vertical System 20102010-10-10( '!EPSGHelsinki 19431943-01-01- 1!EPSGMacao Height Datum1980-01-015 UEPSGEPSG example wellbore vertical datum& #!EPSGBaltic 19571957-01-01< O!EPSGGreenland Vertical Reference 20162016-01-01< O!EPSGGreenland Vertical Reference 20002000-01-018 G!EPSGLandshaedarkerfi Islands 20042004-08-079 I!EPSGSt. Helena Vertical Datum 20152015-01-01@ W!EPSGSt. Helena Tritan Vertical Datum 20112011-01-01) )!EPSGJamestown 19711971-01-01, /!EPSGPort Moresby 20082008-01-01, /!EPSGPort Moresby 19961996-01-019 I!EPSGDeutsches Haupthoehennetz 20162016-01-01: K!EPSGNew Zealand Vertical Datum 20162016-06-27; M!EPSGOrdnance Datum Newlyn (Offshore)2016-01-015 A!EPSGLatvian Height System 20002005-07-019 I!EPSGDeutsches Haupthoehennetz 19121912-01-01! !EPSGKiunga1990-10-01# !EPSG~Kumul 342005-06-01 !EPSG}PNG082011-10-14) )!EPSG|Famagusta 19601960-01-01& #!EPSGzRas Ghumays1979-01-011 9!EPSGtSingapore Height Datum2009-01-01B [!EPSGkJapanese Geodetic Datum 2011 (vertical)2011-10-21B [!EPSGjJapanese Geodetic Datum 2000 (vertical)2002-04-01A Y!EPSGiJapanese Standard Levelling Datum 19721972-01-01M q!EPSGgCanadian Geodetic Vertical Datum of 2013 (CGG2013)2013-11-286 C!EPSGfGuam Vertical Datum of 20042009-01-01@ W!EPSGeAmerican Samoa Vertical Datum of 20022009-01-01@ W!EPSGdVirgin Islands Vertical Datum of 20092011-01-01= Q!EPSGcPuerto Rico Vertical Datum of 20022012-01-016 C!EPSGbGuam Vertical Datum of 19631963-01-019 I!EPSGaTutuila Vertical Datum of 19621962-01-01C ]!EPSG_Northern Marianas Vertical Datum of 20032009-01-01( '!EPSGVPonta Delgada1991-01-010 7!EPSGUCais da Vila do Porto1965-01-010 7!EPSGTSanta Cruz das Flores1965-01-01. 3!EPSGSCais da Figueirinha1951-01-011 9!EPSGRSanta Cruz da Graciosa1938-01-01+ -!EPSGQCais da Madalena1937-01-01 !EPSGPHorta1935-01-01) )!EPSGOCais das Velas1937-01-01' %!EPSGNCais da Vila1936-01-01+ -!EPSGMCais da Pontinha1913-01-01: K!EPSGKCayman Brac Vertical Datum 19611961-01-01< O!EPSGJLittle Cayman Vertical Datum 19611961-01-01; M!EPSGIGrand Cayman Vertical Datum 19541954-01-014 ;!EPSGHNorway Normal Null 20002000-01-01 !EPSGFHigh Water EPSGELow Water +EPSGDMean High Water )EPSGCMean Low Water' 9EPSGBMean Higher High Water% 5EPSGAMean Lower Low Water- EEPSG@Mean High Water Spring Tides, CEPSG?Mean Low Water Spring Tides2 OEPSG>Mean Lower Low Water Spring Tides( ;EPSG=Indian Spring Low Water- EEPSG S!EPSG7Fehmarnbelt Vertical Reference 20102010-01-01@ W!EPSG#Farol: A/ ESRIfrom_geogdatum_ESRI_106244D_Costa_Rica_2005k/ =ESRIfrom_geogdatum_EPSG_6172D_POSGARjU =iESRIfrom_geogdatum_EPSG_1241SIRGAS_Continuously_Operating_Network_SIR15P01iI =QESRIfrom_geogdatum_EPSG_1156World_Geodetic_System_1984_(G1762)h% !!EPSGJLagos 19551955-01-01g@ W!EPSGNational Geodetic Vertical Datum 19291929-01-01f& #!EPSGIGN 2008 LD2008-01-01  d} \etableaxisaxisCREATE TABLE axis( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), abbrev TEXT NOT NULL, orientation TEXT NOT NULL, coordinate_system_auth_name TEXT NOT NULL, coordinate_system_code INTEGER_OR_TEXT NOT NULL, coordinate_system_order SMALLINT NOT NULL CHECK (coordinate_system_order BETWEEN 1 AND 3), uom_auth_name TEXT, uom_code INTEGER_OR_TEXT, CONSTRAINT pk_axis PRIMARY KEY (auth_name, code), CONSTRAINT fk_axis_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_axis_unit_of_measure FOREIGN KEY (uom_auth_name, uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWIDAU/indexsqlite_autoindex_coordinate_system_1coordinate_system3//tablecoordinate_systemcoordinate_systemCREATE TABLE coordinate_system( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), type TEXT NOT NULL CHECK (type IN ('Cartesian', 'vertical', 'ellipsoidal', 'spherical', 'ordinal')), dimension SMALLINT NOT NULL CHECK (dimension BETWEEN 1 AND 3), CONSTRAINT pk_coordinate_system PRIMARY KEY (auth_name, code), CONSTRAINT check_cs_vertical CHECK (type != 'vertical' OR dimension = 1), CONSTRAINT check_cs_cartesian CHECK (type != 'Cartesian' OR dimension IN (2,3)), CONSTRAINT check_cs_ellipsoidal CHECK (type != 'ellipsoidal' OR dimension IN (2,3)) )d//wtableengineering_datumengineering_datumCREATE TABLE engineering_datum ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), publication_date TEXT, --- YYYY-MM-DD format anchor TEXT, anchor_epoch FLOAT, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_engineering_datum PRIMARY KEY (auth_name, code) ) WITHOUT ROWID[oIindexsqlite_autoindex_vertical_datum_ensemble_member_1vertical_datum_ensemble_member IItablevertical_datum_ensemble_membervertical_datum_ensemble_memberCREATE TABLE vertical_datum_ensemble_member ( ensemble_auth_name TEXT NOT NULL, ensemble_code INTEGER_OR_TEXT NOT NULL, member_auth_name TEXT NOT NULL, member_code INTEGER_OR_TEXT NOT NULL, sequence INTEGER NOT NULL CHECK (sequence >= 1), CONSTRAINT fk_vertical_datum_ensemble_member_ensemble FOREIGN KEY (ensemble_auth_name, ensemble_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_vertical_datum_ensemble_member_ensemble_member FOREIGN KEY (member_auth_name, member_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE, CONSTRAINT unique_vertical_datum_ensemble_member UNIQUE (ensemble_auth_name, ensemble_code, sequence) )/ ))tablevertical_datumvertical_datumCREATE TABLE vertical_datum ( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, publication_date TEXT CHECK (NULL OR length(publication_date) = 10), --- YYYY-MM-DD format frame_reference_epoch FLOAT, --- only set for dynamic datum, and should be set when it is a dynamic datum ensemble_accuracy FLOAT CHECK (ensemble_accuracy IS NULL OR ensemble_accuracy > 0), --- only for a datum ensemble. and should be set when it is a datum ensemble anchor TEXT, anchor_epoch FLOAT, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_vertical_datum PRIMARY KEY (auth_name, code) ) WITHOUT ROWID nYD0EPSGaEPSG_ EPSGaEPSG]EPSG`EPSG^ EPSG`EPSG\ EPSG[EPSGZ EPSG[EPSGY EPSG[EPSGX  EPSG[EPSGV EPSGEPSG EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSG  EPSGEPSG wi[M@2% EPSGa  EPSGa EPSG`  EPSG` EPSG[ EPSG[ EPSG[  EPSG[ EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG  EPSG zfP6  z-EPSG$bTombak LNG plant/EPSG$_Barinas west base"5EPSG$^Santa Maria de IpireEPSG$]El MeneEPSG$\TucupitaEPSG$[DabajuroEPSG$ZEl Cubo#EPSG$YMene GrandeEPSG$XLa Rosa+EPSG$WMaracaibo CrossEPSG$VMaturinEPSG$UBarcelona#EPSG$TAstra Minas3C!EPSGnChristmas Island Datum 19851985-01-01 vaJ3{dM8! m V ? (  p Y B +  s \ E .  v _ H 1   y b K 4  |eN7 sZA(y`G.fM4mU=% }gQ+]2PROJENhCartesian'5PROJPROJECTED_WEST_NORTHCartesian(3#PROJOGRAPHIC_NORTH_WESTellipsoidal#-PROJOCENTRIC_LAT_LONspherical#1 ESRIELLPS_HEIGHT_METREvertical!ESRIMillimeterCartesianESRIChainCartesian!)ESRI150_KilometersCartesian 'ESRI50_KilometersCartesian# -ESRIYard_Indian_1937Cartesian EPSGordinal EPSGordinal EPSGpCartesianEPSGoCartesianEPSGnCartesianEPSGmCartesianEPSGlCartesianEPSGkCartesianEPSGjCartesianEPSGiCartesianEPSGhCartesianEPSGgCartesianEPSGfCartesian~EPSGeCartesian}EPSGdCartesian| EPSGcvertical{ EPSGbverticalz EPSGaverticaly EPSG`verticalx EPSG_verticalw#EPSGellipsoidalv#EPSGellipsoidalu#EPSGellipsoidalt#EPSGellipsoidals#EPSGellipsoidalr#EPSGellipsoidalq#EPSGellipsoidalp#EPSGellipsoidalo#EPSGellipsoidaln#EPSGellipsoidalm#EPSGellipsoidall#EPSGellipsoidalk#EPSGellipsoidalj#EPSGellipsoidali#EPSGellipsoidalh#EPSGellipsoidalg#EPSGellipsoidalf#EPSGellipsoidale#EPSG ellipsoidald#EPSG ellipsoidalc#EPSG ellipsoidalb#EPSG ellipsoidala#EPSG ellipsoidal`#EPSGellipsoidal_#EPSGellipsoidal^#EPSGellipsoidal]#EPSGellipsoidal\EPSGspherical[#EPSGellipsoidalZ#EPSGellipsoidalY#EPSGellipsoidalXEPSGCartesianWEPSGCartesianVEPSGCartesianUEPSGCartesianTEPSGCartesianSEPSGCartesianREPSGCartesianQEPSGCartesianPEPSGCartesianOEPSGCartesianNEPSGCartesianMEPSGCartesianLEPSGCartesianKEPSGCartesianJEPSGCartesianIEPSGCartesianHEPSGCartesianGEPSGCartesianFEPSGCartesianEEPSGCartesianDEPSGCartesianCEPSGCartesianBEPSGCartesianAEPSGCartesian@EPSGCartesian?EPSGCartesian>EPSGCartesian=EPSGCartesian<EPSGCartesian;EPSG~Cartesian:EPSG}Cartesian9EPSG|Cartesian8EPSG{Cartesian7EPSGzCartesian6EPSGyCartesian5EPSGxCartesian4EPSGwCartesian3EPSGvCartesian2EPSGuCartesian1EPSGtCartesian0EPSGsCartesian/EPSGrCartesian.EPSGqCartesian-EPSGpCartesian,EPSGoCartesian+EPSGnCartesian*EPSGmCartesian)EPSGlCartesian(EPSG:Cartesian'EPSG9Cartesian&EPSG8Cartesian%EPSG7Cartesian$EPSG6Cartesian#EPSG5Cartesian"EPSG4Cartesian!EPSG3Cartesian EPSG2CartesianEPSG1CartesianEPSG0CartesianEPSGCartesianEPSGCartesian EPSGvertical EPSGverticalEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesian EPSGverticalEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesianEPSG Cartesian EPSG Cartesian EPSG Cartesian EPSG Cartesian EPSG Cartesian EPSGCartesianEPSGCartesian EPSGverticalEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesianEPSGCartesian }}qeYMA5)ui]QE9-! y m a U I = 1 %   } q e Y M A 5 )    u i ] Q E 9 - !  y m a U I = 1 %  ~ q X @ 0 }5PROJPROJECTED_WEST_NORTH3PROJOGRAPHIC_NORTH_WEST-PROJOCENTRIC_LAT_LON PROJENh-ESRIYard_Indian_1937!ESRIMillimeter1ESRIELLPS_HEIGHT_METREESRIChain'ESRI50_Kilometers)ESRI150_Kilometers EPSG EPSG EPSGp EPSGo EPSGn EPSGm EPSGl EPSGk EPSGj EPSGi EPSGh EPSGg EPSGf EPSGe~ EPSGd} EPSGc| EPSGb{ EPSGaz EPSG`y EPSG_x EPSGw EPSGv EPSGu EPSGt EPSGs EPSGr EPSGq EPSGp EPSGo EPSGn EPSGm EPSGl EPSGk EPSGj EPSGi EPSGh EPSGg EPSGf EPSG e EPSG d EPSG c EPSG b EPSG a EPSG` EPSG_ EPSG^ EPSG] EPSG\ EPSG[ EPSGZ EPSGY EPSGX EPSGW EPSGV EPSGU EPSGT EPSGS EPSGR EPSGQ EPSGP EPSGO EPSGN EPSGM EPSGL EPSGK EPSGJ EPSGI EPSGH EPSGG EPSGF EPSGE EPSGD EPSGC EPSGB EPSGA EPSG@ EPSG? EPSG> EPSG= EPSG< EPSG~; EPSG}: EPSG|9 EPSG{8 EPSGz7 EPSGy6 EPSGx5 EPSGw4 EPSGv3 EPSGu2 EPSGt1 EPSGs0 EPSGr/ EPSGq. EPSGp- EPSGo, EPSGn+ EPSGm* EPSGl) EPSG:( EPSG9' EPSG8& EPSG7% EPSG6$ EPSG5# EPSG4" EPSG3! EPSG2 EPSG1 EPSG0 EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG  EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG EPSG  EPSG&rS&X/ Y 0  x @ ~ > V p G qGrHZ'Lp:^&Jn;7 1EPSGSGeodetic longitudeLongeastEPSGEPSG#5 / EPSGRGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGQEllipsoidal heighthupEPSG EPSG#)7 1EPSGPGeodetic longitudeLongeastEPSG EPSG#5 / EPSGOGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGNGeodetic longitudeLongeastEPSG EPSG#5 / EPSGMGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGLGeodetic longitudeLongeastEPSG EPSG#5 / EPSGKGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGJGeodetic longitudeLongeastEPSG EPSG#5 / EPSGIGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGHGeodetic longitudeLongeastEPSG EPSG#5 / EPSGGGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGFGeodetic longitudeLongeastEPSGEPSG#5 / EPSGEGeodetic latitudeLatnorthEPSGEPSG#7 1EPSGDGeodetic longitudeLongeastEPSGEPSG#5 / EPSGCGeodetic latitudeLatnorthEPSGEPSG#7 1EPSGBGeodetic longitudeLongeastEPSGEPSG#5 / EPSGAGeodetic latitudeLatnorthEPSGEPSG#7 1EPSG@Geodetic longitudeLongeastEPSGEPSG#5 / EPSG?Geodetic latitudeLatnorthEPSGEPSG#6 1EPSG;Geodetic longitudeLoneastEPSGEPSG#5 / EPSG:Geodetic latitudeLatnorthEPSGEPSG#7 1EPSG9Geodetic longitudeLongeastEPSGEPSG#5 / EPSG8Geodetic latitudeLatnorthEPSGEPSG#2 1EPSG7Ellipsoidal heighthupEPSGEPSG#)7 1EPSG6Geodetic longitudeLongeastEPSGEPSG#5 / EPSG5Geodetic latitudeLatnorthEPSGEPSG#*  EPSG4NorthingYnorthEPSGEPSG#)) EPSG3EastingXeastEPSGEPSG#)*  EPSG2NorthingxnorthEPSGEPSG#)) EPSG1EastingyeastEPSGEPSG#)*  EPSG0NorthingXnorthEPSGEPSG#)) EPSG/EastingYeastEPSGEPSG#)) EPSG.WestingEwestEPSGEPSG#)*  EPSG-NorthingNnorthEPSGEPSG#)*  EPSG,NorthingNnorthEPSGEPSG#)) EPSG+EastingEeastEPSGEPSG#)+ EPSG*NorthingYnorthEPSGEPSG#)(  EPSG)EastingXeastEPSGEPSG#)+ EPSG(NorthingXnorthEPSGEPSG#)(  EPSG'EastingYeastEPSGEPSG#)+ EPSG&NorthingYnorthEPSGEPSG#+(  EPSG%EastingXeastEPSGEPSG#+. EPSG$NorthingN(Y)northEPSGEPSG#)+  EPSG#EastingE(X)eastEPSGEPSG#)+ EPSG"NorthingYnorthEPSGEPSG#*(  EPSG!EastingXeastEPSGEPSG#*5 - EPSG NorthingNNorth along 0°EEPSGEPSG#)6 /EPSGEastingENorth along 90°EEPSGEPSG#)7 1 EPSGNorthingNSouth along 180°EEPSGEPSG#)6 /EPSGEastingESouth along 90°EEPSGEPSG#)A /1EPSGSecond local axisYNorth along 140°EEPSGEPSG#)? -1 EPSGFirst local axisXNorth along 130°WEPSGEPSG#)(  EPSGWestingWwestEPSGEPSG#)+ EPSGNorthingNnorthEPSGEPSG#)6 -EPSGNorthingNNorth along 0°EEPSGEPSG#)5 / EPSGEastingENorth along 90°EEPSGEPSG#)7 /EPSGNorthingNNorth along 70°EEPSGEPSG#)6 1 EPSGEastingENorth along 160°EEPSGEPSG#)+ EPSGNorthingNnorthEPSG9EPSG#P(  EPSGEastingEeastEPSG9EPSG#P+ EPSGNorthingNnorthEPSG8EPSG#|(  EPSGEastingEeastEPSG8EPSG#|+ EPSGNorthingNnorthEPSG7EPSG#O(  EPSGEastingEeastEPSG7EPSG#O+ EPSGNorthingYnorthEPSG6EPSG#L(  EPSG EastingXeastEPSG6EPSG#L+ EPSG NorthingNnorthEPSG5EPSG#Q(  EPSG EastingEeastEPSG5EPSG#Q+ EPSG NorthingNnorthEPSG4EPSG#(  EPSG EastingEeastEPSG4EPSG#+ EPSGNorthingNnorthEPSG3EPSG#-(  EPSGEastingEeastEPSG3EPSG#-+ EPSGNorthingNnorthEPSGq(   PROJEastingEeastPROJENhEPSG#)p6 / EPSG)EastingESouth along 90°EEPSGEPSG#)o6 / EPSGEastingENorth along 75°EEPSGEPSG#)n2 1EPSGTEllipsoidal heighthupEPSGEPSG#)}`} a ) w  ? mv~K!X&[$ 3I!EPSG"SIRGAS-CON DGF01P01Replaces SIRGAS-CON DGF00P01 (CRS code 8915). Replaced by SIRGAS-CON DGF01P02 (CRS code 8919).geocentricEPSGdEPSG1 !' EPSG!NAD83(FBN)In Continental US (excludes Alaska) and Hawaii, replaces NAD83 for applications with an accuracy of better than 1m. In Continental US, Puerto Rico and US Virgin Islands replaced by NAD83(NSRS2007). In American Samoa and Hawaii replaced by NAD83(PA11).geographic 2DEPSGEPSGE '%'EPSG 8NAD83(CSRS)v5Adopted by the Canadian federal government from 2006-01-01. Replaces NAD83(CSRS)v4. Replaced by NAD83(CSRS)v6. Longitudes are POSITIVE EAST.geographic 3DEPSGEPSGd w!EPSGISN2016Replaces ISN2004 (CRS code 5322) from September 2017.geocentricEPSGdEPSGC +'EPSGSHGD2015Closely aligned to SHGD2015 (CRS code xxxx) with difference attributable to different reference epoch and 10 cm difference in ellipsoid height.geographic 3DEPSGEPSG* 'u!EPSGWGS 84 (G730)Replaces WGS 84 (Transit) (CRS code 7815) from 1994-06-29. Replaced by WGS84 (G873) (CRS code 7658) from 1997-01-29.geocentricEPSGdEPSG +='EPSG~RGM04 (lon-lat)Replaced by RGM23 (lon-lat) (CRS code 10672) with effect from 2023-01-01. See CRS code 4469 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSG w 'EPSG JGD2011Replaces JGD2000 (CRS code 4612) with effect from 21st October 2011.geographic 2DEPSGEPSGh-  !EPSGPNG94geocentricEPSGdEPSG4w 'EPSGISN2004Replaces ISN93 (CRS code 4945). Replaced by ISN2016 (CRS code 8085).geographic 3DEPSGEPSG$.  !EPSGrWGS 84geocentricEPSGdEPSG 3'EPSGUETRS89-LVA [LKS-92]Replaced by ETRS89-LVA [LKS-2020] (CRS code 10304) from 2026-10-01.geographic 3DEPSGEPSGk !EPSG/ITRF89Replaces ITRF88 (code 4910). Replaced by ITRF90 (code 4912).geocentricEPSGdEPSG9 ) 'EPSGGreek (Athens)geographic 2DEPSGEPSG3 'EPSGRD/83Consistent with DHDN (CRS code 4314) at the 1-metre level. For low accuracy applications RD/83 can be considered the same as DHDN.geographic 2DEPSGEPSGY> +'EPSG`Mhast (onshore)Adopted by CABGOC with intention of being Mhast 1951 (CRS code 4703) but because it uses a different ellipsoid it is a different system. From 1979, for offshore use replaced by Mhast (offshore) (CRS code 4705) from which this CRS differs by approximately 10m.geographic 2DEPSGEPSG0 3'EPSGCGuam 1963Replaced by NAD83(HARN) alias Guam Geodetic Network 1993 (CRS code 4152) from 1995.geographic 2DEPSGEPSGS M'EPSGTahaa 54Replaced by RGPF, CRS code 4687.geographic 2DEPSGEPSGx ' 'EPSGMexico ITRF92Replaced by Mexico ITRF2008 (CRS code 6364) from December 2010.geographic 3DEPSGEPSG^ )W' EPSG POSGAR 98 (3D)Densification in Argentina of SIRGAS.geographic 3DEPSGEPSG., 'EPSGDHDNSee also RD/83 for Saxony and PD/83 for Thuringen. For national digital cartographic purposes used across all German states.geographic 2DEPSGEPSG3  'EPSGNGO 1948geographic 2DEPSGEPSG/  'EPSGED87geographic 2DEPSGEPSGWz 'EPSG^POSGAR 98Densification in Argentina of SIRGAS 1995. Until May 2009 replaced POSGAR 94 for many practical purposes (but not as the legal system). POSGAR 94 was officially replaced by POSGAR 2007 in May 2009.g] W'IAU_2015Prometheus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 3I!EPSG"SIRGAS-CON SIR15P01Replaces SIRGAS-CON SIR14P01 (CRS code 8941). Replaced by SIRGAS-CON SIR17P01 (CRS code 8945).geocentricEPSGdEPSG 9_7 l_ dL//Gtableconversion_methodconversion_methodCREATE TABLE conversion_method( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), CONSTRAINT pk_conversion_method PRIMARY KEY (auth_name, code) ) WITHOUT ROWID333tablebuiltin_authoritiesbuiltin_authoritiesCREATE TABLE builtin_authorities(auth_name TEXT NOT NULL PRIMARY KEY) WITHOUT ROWID|%%;tablevertical_crsvertical_crsCREATE TABLE vertical_crs( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, coordinate_system_auth_name TEXT NOT NULL, coordinate_system_code INTEGER_OR_TEXT NOT NULL, datum_auth_name TEXT NOT NULL, datum_code INTEGER_OR_TEXT NOT NULL, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_vertical_crs PRIMARY KEY (auth_name, code), CONSTRAINT fk_vertical_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_vertical_crs_datum FOREIGN KEY (datum_auth_name, datum_code) REFERENCES vertical_datum(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID%%Ctablegeodetic_crsgeodetic_crsCREATE TABLE geodetic_crs( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, type TEXT NOT NULL CHECK (type IN ('geographic 2D', 'geographic 3D', 'geocentric', 'other')), coordinate_system_auth_name TEXT, coordinate_system_code INTEGER_OR_TEXT, datum_auth_name TEXT, datum_code INTEGER_OR_TEXT, text_definition TEXT, -- PROJ string or WKT string. Use of this is discouraged as prone to definition ambiguities deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_geodetic_crs PRIMARY KEY (auth_name, code), CONSTRAINT fk_geodetic_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_geodetic_crs_datum FOREIGN KEY (datum_auth_name, datum_code) REFERENCES geodetic_datum(auth_name, code) ON DELETE CASCADE, CONSTRAINT check_geodetic_crs_cs CHECK (NOT ((coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL) AND text_definition IS NULL)), CONSTRAINT check_geodetic_crs_cs_bis CHECK (NOT ((NOT(coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL)) AND text_definition IS NOT NULL)), CONSTRAINT check_geodetic_crs_datum CHECK (NOT ((datum_auth_name IS NULL OR datum_code IS NULL) AND text_definition IS NULL)), CONSTRAINT check_geodetic_crs_datum_bis CHECK (NOT ((NOT(datum_auth_name IS NULL OR datum_code IS NULL)) AND text_definition IS NOT NULL)) ) WITHOUT ROWID3etableaxisaxisCREATE TABLE axis( ++Ytableengineering_crsengineering_crsCREATE TABLE engineering_crs( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, coordinate_system_auth_name TEXT NOT NULL, coordinate_system_code INTEGER_OR_TEXT NOT NULL, datum_auth_name TEXT NOT NULL, datum_code INTEGER_OR_TEXT NOT NULL, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_engineering_crs PRIMARY KEY (auth_name, code), CONSTRAINT fk_engineering_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_engineering_crs_datum FOREIGN KEY (datum_auth_name, datum_code) REFERENCES engineering_datum(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID Za^ Z k 7  g : ` 2 } N  q J yG~V%wN"qEo< _4 T#tJ* )EPSG{NGG1977 heightEPSGcEPSG!5 ?EPSGzPoolbeg height (ft(Br36))EPSG`EPSG ) 'EPSGyNGNC69 heightEPSGcEPSG/ 3EPSGxBandar Abbas heightEPSGcEPSG& !EPSGwFao heightEPSGcEPSG* )EPSGvDouglas heightEPSGcEPSG, -EPSGuSt. Marys heightEPSGcEPSG0 5EPSGtFlannan Isles heightEPSGcEPSG, -EPSGsSt. Kilda heightEPSGcEPSG, -EPSGrStornoway heightEPSGcEPSG- /EPSGqNorth Rona heightEPSGcEPSG. 1EPSGpSule Skerry heightEPSGcEPSG( %EPSGoFoula heightEPSGcEPSG* )EPSGnLerwick heightEPSGcEPSG, -EPSGmFair Isle heightEPSGcEPSG- /EPSGlODN Orkney heightEPSGcEPSG& !EPSGkHKCD depthEPSGbEPSG' #EPSGjHKPD heightEPSGcEPSG2 9EPSGiYellow Sea 1985 heightEPSGcEPSG2 9EPSGhYellow Sea 1956 heightEPSGcEPSG, -EPSGgBlack Sea heightEPSGcEPSG( %EPSGfAIOC95 depthEPSGbEPSG & !EPSGeDNN heightEPSGcEPSG * )EPSGdBelfast heightEPSGcEPSG - /EPSGcMalin Head heightEPSGcEPSG + +EPSGbEVRF2000 heightEPSGcEPSG ( %EPSGaLHN95 heightEPSGcEPSG' #EPSG`LN02 heightEPSGcEPSG/ 3EPSG_Hon Dau 1992 heightEPSGcEPSG/ 3EPSG^Ha Tien 1960 heightEPSGcEPSG+ +EPSG]Fahud HD heightEPSGcEPSG( %EPSG\PHD93 heightEPSGcEPSG) 'EPSG[JSLD69 heightEPSGcEPSG) 'EPSGZMaputo heightEPSGcEPSG, -EPSGYNGF-IGN78 heightEPSGcEPSG, -EPSGXNGF-IGN69 heightEPSGcEPSG0 5EPSGWNGF Lallemand heightEPSGcEPSG' #EPSGVRH70 heightEPSGcEPSG& !EPSGUN60 heightEPSGcEPSG* )EPSGTPiraeus heightEPSGcEPSG% EPSGSMSL depthEPSGbEPSG& !EPSGRMSL heightEPSGcEPSG) 'EPSGQCGVD28 heightEPSGcEPSG1 7EPSGPAHD (Tasmania) heightEPSGcEPSG& !EPSGOAHD heightEPSGcEPSG) 'EPSGNOstend heightEPSGcEPSG& !EPSGMNAP heightEPSGcEPSG) 'EPSGJCaspian depthEPSGbEPSG. 1EPSGIBaltic 1977 heightEPSGcEPSG& ! EPSGHYellow SeaEPSGcEPSG) 'EPSGGNAVD88 heightEPSGcEPSG0 5EPSGFNGVD29 height (ftUS)EPSGaEPSG& !EPSGEODN heightEPSGcEPSG+ +EPSGEVRF2007 heightEPSGcEPSG_. 1EPSGIGN 1988 SM heightEPSGcEPSG^. 1EPSGIGN 1988 SB heightEPSGcEPSG]. 1EPSGIGN 1992 LD heightEPSGcEPSG\. 1EPSGIGN 1988 MG heightEPSGcEPSG[. 1EPSGIGN 1988 LS heightEPSGcEPSGZ' #EPSGRH00 heightEPSGcEPSGY- /EPSGKOC WD depth (ft)EPSG_EPSGC) 'EPSGRH2000 heightEPSGcEPSGX- /EPSGBaltic 1977 depthEPSGbEPSG* )EPSGCaspian heightEPSGcEPSG) 'EPSGHVRS71 heightEPSGcEPSGW, -EPSGIGLD 1985 heightEPSGcEPSGU, -EPSGIGLD 1955 heightEPSGcEPSGT5 ?EPSGBora Bora SAU 2001 heightEPSGcEPSGR1 7EPSGTahaa SAU 2001 heightEPSGcEPSGQ3 ;EPSGHuahine SAU 2001 heightEPSGcEPSGP3 ;EPSGMaupiti SAU 2001 heightEPSGcEPSGO3 ;EPSGRaiatea SAU 2001 hL ]IGNFGUYA77NIVELLEMENT GENERAL DE GUYANE (NGG) 1977EPSGcIGNFREA016S -1=ESRIRGAF09_(lon-lat)ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1073V 31=ESRIęSIRGAS-CON_SIR15P01ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1241U 11=ESRIhWGS_1984_(Transit)ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1166S )1AESRI4Nepal_NagarkotESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106256L 1=ESRIEUREF_FINESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1391* )EPSG(qAlboran heightEPSGcEPSGS4 =EPSGCGVD2013(CGG2013) heightEPSGcEPSGg2 9EPSG|Martinique 1987 heightEPSGcEPSG"  dwNqL' d6 AEPSG;Christmas Island Grid 1985EPSG0EPSGn, -EPSGTombak LNG plantEPSGnEPSG$b- /EPSGBarinas west baseEPSGEPSG$_0 5EPSGSanta Maria de IpireEPSGEPSG$^$ EPSGTucupitaEPSGEPSG$\$ EPSGDabajuroEPSGEPSG$[# EPSGEl CuboEPSGEPSG$Z' #EPSGMene GrandeEPSGEPSG$Y( %EPSGLa Rosa GridEPSGEPSG$X3 ;EPSGMaracaibo Cross Grid M5EPSGEPSG$W3 ;EPSGMaracaibo Cross Grid M4EPSGEPSG$W( %EPSGMaturin GridEPSGEPSG$V- /EPSGBarcelona Grid B2EPSGEPSG$U- /EPSGBarcelona Grid B1EPSGEPSG$U, -EPSGAstra Minas GridEPSGkEPSG$T PROJOGCNRCANNKGIGNF IAU_2015ESRIEPSG A~\. yYC e =   e G   \ .  a E  V , f9 l4PROJmillPROJ mill/SPROJgstmGauss Schreiber Transverse Mercator!!PROJSINUSOIDALSinusoidalPROJROBINSONRobinsonPROJMOLLWEIDEMollweide7gEPSG&tAxis Order Reversal (Geographic3D horizontal)"=EPSG&sAxis Order Reversal (2D)!;EPSG&rEquidistant Cylindrical$AEPSG&qMercator (1SP) (Spherical)%EPSG&pOrthographic5EPSG&nVertical Perspective,QEPSG&mGeographic/topocentric conversions,QEPSG&lGeocentric/topocentric conversions(IEPSG&kLambert Cylindrical Equal Area4aEPSG&jLambert Cylindrical Equal Area (Spherical)$AEPSG&iHyperbolic Cassini-Soldner(IEPSG&hModified Azimuthal Equidistant+EPSG&gGuam Projection)KEPSG&fPolar Stereographic (variant C))KEPSG&ePolar Stereographic (variant B)"=EPSG&dBonne (South Orientated)EPSG&cBonne3_EPSG&bLambert Conic Conformal (West Orientated)/WEPSG&`Transverse Mercator Zoned Grid System-SEPSG&_Equidistant Cylindrical (Spherical)/EPSG&^Albers Equal Area2]EPSG&]Lambert Azimuthal Equal Area (Spherical)&EEPSG&\Lambert Azimuthal Equal AreaEPSG&[Krovak1EPSG&ZAmerican Polyconic&EEPSG&YLambert Conic Near-Conformal3EPSG&XTunisia Mining Grid-SEPSG&WHotine Oblique Mercator (variant B)"=EPSG&ULaborde Oblique Mercator-SEPSG&THotine Oblique Mercator (variant A)5EPSG&SNew Zealand Map Grid)KEPSG&RPolar Stereographic (variant A)7EPSG&QOblique Stereographic0YEPSG&PTransverse Mercator (South Orientated)3EPSG&OTransverse Mercator+EPSG&NCassini-Soldner5EPSG&MMercator (variant B)5EPSG&LMercator (variant A)/WEPSG&KLambert Conic Conformal (2SP Belgium)'GEPSG&JLambert Conic Conformal (2SP)'GEPSG&ILambert Conic Conformal (1SP)'GEPSG%Geographic3D to 2D conversion+OEPSG%Geographic/geocentric conversions1EPSGjLocal Orthographic7EPSGeAzimuthal Equidistant 9EPSGWTransverse Mercator 3D!;EPSGPChange of Vertical Unit1[EPSGNLambert Conic Conformal (1SP variant B)#EPSG6Equal Earth7EPSG,Height Depth Reversal)EPSGColombia Urban0YEPSGLambert Conic Conformal (2SP Michigan),QEPSGKrovak Modified (North Orientated)+EPSGKrovak Modified#?EPSGKrovak (North Orientated)-SEPSGEquidistant Cylindrical (Spherical)!;EPSGEquidistant Cylindrical2]EPSGLambert Azimuthal Equal Area (Spherical)5EPSGMercator (Spherical)/WEPSGPopular Visualisation Pseudo Mercator $ lFtH k H $ ` 8   n ;  -EPSG"Viewpoint height,QEPSG"Geocentric Z of topocentric origin,QEPSG"Geocentric Y of topocentric origin,QEPSG"Geocentric X of topocentric origin2]EPSG"Ellipsoidal height of topocentric origin)KEPSG"Longitude of topocentric origin(IEPSG"Latitude of topocentric origin3EPSG"Longitude of origin'GEPSG"Latitude of standard parallel!EPSG"Zone width/EPSG"~Initial longitude'GEPSG"}Spherical longitude of origin&EEPSG"|Spherical latitude of origin"=EPSG"{Northing at false origin!;EPSG"zEasting at false origin+OEPSG"xLatitude of 2nd standard parallel+OEPSG"wLatitude of 1st standard parallel#?EPSG"vLongitude of false origin"=EPSG"uLatitude of false origin2]EPSG"sScale factor on pseudo standard parallel.UEPSG"rLatitude of pseudo standard parallel'GEPSG"qNorthing at projection centre&EEPSG"pEasting at projection centre+OEPSG"oScale factor at projection centre+OEPSG"nAngle from Rectified to Skew Grid&EEPSG"mAzimuth at projection centre(IEPSG"lLongitude of projection centre'GEPSG"kLatitude of projection centre)EPSG"gFalse northing'EPSG"fFalse easting(IEPSG"eScale factor at natural origin%CEPSG"bLongitude of natural origin$AEPSG"aLatitude of natural origin(IEPSGProjection plane origin height"=EPSGEllipsoid scaling factor"=EPSG Co-latitude of cone axis  A$--{tableconversion_tableconversion_table CREATE TABLE conversion_table( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, method_auth_name TEXT CHECK (method_auth_name IS NULL OR length(method_auth_name) >= 1), method_code INTEGER_OR_TEXT CHECK (method_code IS NULL OR length(method_code) >= 1), -- method_name TEXT, param1_auth_name TEXT, param1_code INTEGER_OR_TEXT, -- param1_name TEXT, param1_value FLOAT, param1_uom_auth_name TEXT, param1_uom_code INTEGER_OR_TEXT, param2_auth_name TEXT, param2_code INTEGER_OR_TEXT, --param2_name TEXT, param2_value FLOAT, param2_uom_auth_name TEXT, param2_uom_code INTEGER_OR_TEXT, param3_auth_name TEXT, param3_code INTEGER_OR_TEXT, --param3_name TEXT, param3_value FLOAT, param3_uom_auth_name TEXT, param3_uom_code INTEGER_OR_TEXT, param4_auth_name TEXT, param4_code INTEGER_OR_TEXT, --param4_name TEXT, param4_value FLOAT, param4_uom_auth_name TEXT, param4_uom_code INTEGER_OR_TEXT, param5_auth_name TEXT, param5_code INTEGER_OR_TEXT, --param5_name TEXT, param5_value FLOAT, param5_uom_auth_name TEXT, param5_uom_code INTEGER_OR_TEXT, param6_auth_name TEXT, param6_code INTEGER_OR_TEXT, --param6_name TEXT, param6_value FLOAT, param6_uom_auth_name TEXT, param6_uom_code INTEGER_OR_TEXT, param7_auth_name TEXT, param7_code INTEGER_OR_TEXT, --param7_name TEXT, param7_value FLOAT, param7_uom_auth_name TEXT, param7_uom_code INTEGER_OR_TEXT, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_conversion PRIMARY KEY (auth_name, code), CONSTRAINT fk_conversion_method FOREIGN KEY (method_auth_name, method_code) REFERENCES conversion_method(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_conversion_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param1_uom FOREIGN KEY (param1_uom_auth_name, param1_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param2_uom FOREIGN KEY (param2_uom_auth_name, param2_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param3_uom FOREIGN KEY (param3_uom_auth_name, param3_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param4_uom FOREIGN KEY (param4_uom_auth_name, param4_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param5_uom FOREIGN KEY (param5_uom_auth_name, param5_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param6_uom FOREIGN KEY (param6_uom_auth_name, param6_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_conversion_param7_uom FOREIGN KEY (param7_uom_auth_name, param7_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWIDH--Ctableconversion_paramconversion_paramCREATE TABLE conversion_param( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), CONSTRAINT pk_conversion_param PRIMARY KEY (auth_name, code) ) WITHOUT ROWID / + z/7&cro,UQEPSG9US NSIDC Equal Area north projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSGEPSG"ۂ\,?_EPSGnEPSG Arctic LCC zone 3-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zH`EPSG#)EPSG"{5gEPSG#)ڂb,?_EPSGbEPSG Arctic LCC zone 2-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z EPSG#)EPSG"{&%EPSG#)قT,M]+!-IGNFPRC0306326UTM SUD FUSEAU 6EPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)|#+ ESRIunnamedEPSG&OEPSG"a@FaP@EPSG#EPSG"bV}'}EPSG#EPSG"e?3㣁EPSG#EPSG"fA!MoEPSG#+EPSG"g?xtj~EPSG#+g+ ESRIunnamedEPSG&OEPSG"aEPSG#EPSG"bZUUUUSEPSG#EPSG"e?QWEd!6<m.@ CEPSGNAD83(2011) / IaRCS zone 14EPSGEPSGEPSGW qEPSGNAD83(2011) / Oregon Pendleton-La Grande zone (ft)EPSGEPSGEPSGv[ yEPSGNAD83(2011) / Oregon Canyonville-Grants Pass zone (ft)EPSGEPSGEPSG^K YEPSGJGD2011 / Japan Plane Rectangular CS VEPSGEPSG EPSGEE MEPSGNAD83(2011) / Texas South (ftUS)EPSGEPSGEPSG<L [EPSGNAD83(2011) / New Mexico Central (ftUS)EPSGEPSGEPSG;H SEPSGGNAD83(2011) / Kentucky North (ftUS)EPSGEPSGEPSG;H SEPSG NAD83(2011) / Arkansas South (ftUS)EPSGEPSGEPSG<> ?EPSGNAD83(2011) / UTM zone 2NEPSG0EPSGEPSG>C IEPSGWGS 84 / EPSG Arctic zone 1-29EPSG0EPSGEPSG]A EEPSGGR96 / EPSG Arctic zone 5-41EPSG0EPSGEPSGN _EPSG,DHDN / 3-degree Gauss-Kruger zone 2 (E-N)EPSG0EPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger zone 7EPSGEPSGEPSG?> ?EPSGPOSGAR 2007 / Argentina 5EPSGEPSGEPSGFs; 9EPSG=KGD2002 / Central BeltEPSGEPSGEPSGGL9 5 EPSG ETRS89 / NTM zone 24EPSGEPSGEPSGP cEPSGNew Beijing / 3-degree Gauss-Kruger zone 32EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG>; 9EPSGWNAD83 / BLM 19N (ftUS)EPSGEPSGEPSGB GEPSGRGRDC 2005 / Congo TM zone 20EPSGEPSGEPSGD E MEPSG"ETRS89-FIN [EUREF-FIN] / GK20FINEPSGEPSG)EPSGN _EPSGNAD83(CSRS) / Alberta 3TM ref merid 111 WEPSG0EPSG EPSGE:C IEPSGNAD83(NSRS2007) / UTM zone 14NEPSG0EPSGEPSG>V oEPSGQNAD83(NSRS2007) / Texas Centric Albers Equal AreaEPSGEPSGEPSG7B GEPSGNAD83(NSRS2007) / Nevada WestEPSGEPSGEPSG1K YEPSG NAD83(NSRS2007) / Maine CS2000 CentralEPSGEPSGEPSG.NH SEPSG NAD83(NSRS2007) / California zone 6EPSGEPSGEPSG(G QEPSG sNAD83(HARN) / Illinois East (ftUS)EPSGEPSG8EPSG<9 5EPSG 8GDM2000 / Perak GridEPSG0EPSGEPSGM@ CEPSG IGC 1962 / Congo TM zone 26EPSG0EPSGYEPSGD> ?EPSG WGS 84 / SCAR IMW ST09-12EPSG0EPSGEPSGCn? AEPSG ~LGD2006 / Libya TM zone 13EPSGEPSGEPSGGesek {IAU_2015 %)Mathilde (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 $IAU_2015U>k IAU_2015Mimas (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015&V k ESRINAD_1983_2011_StatePlane_Indiana_West_FIPS_1302EPSG0EPSGESRIp= ESRIS-JTSK_Krovak_East_NorthEPSG= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1), method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1), --method_name TEXT NOT NULL C'tCCotablecoordinate_operation_methodcoordinate_operation_method%CREATE TABLE coordinate_operation_method( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), CONSTRAINT pk_coordinate_operation_method PRIMARY KEY (auth_name, code) ) WITHOUT ROWIDI339tablecoordinate_metadatacoordinate_metadata$CREATE TABLE coordinate_metadata( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), description TEXT, crs_auth_name TEXT, crs_code INTEGER_OR_TEXT, crs_text_definition TEXT, -- WKT string or PROJJSON string. Mutually exclusive with (crs_auth_name, crs_code) coordinate_epoch DOUBLE, -- may be NULL deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_coordinate_metadata PRIMARY KEY (auth_name, code) ) WITHOUT ROWIDY%%utablecompound_crscompound_crs#CREATE TABLE compound_crs( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, horiz_crs_auth_name TEXT NOT NULL, horiz_crs_code INTEGER_OR_TEXT NOT NULL, vertical_crs_auth_name TEXT NOT NULL, vertical_crs_code INTEGER_OR_TEXT NOT NULL, deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_compound_crs PRIMARY KEY (auth_name, code), CONSTRAINT fk_compound_crs_vertical_crs FOREIGN KEY (vertical_crs_auth_name, vertical_crs_code) REFERENCES vertical_crs(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWIDH''Otableprojected_crsprojected_crs!CREATE TABLE projected_crs( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, coordinate_system_auth_name TEXT, coordinate_system_code INTEGER_OR_TEXT, geodetic_crs_auth_name TEXT, geodetic_crs_code INTEGER_OR_TEXT, conversion_auth_name TEXT, conversion_code INTEGER_OR_TEXT, text_definition TEXT, -- PROJ string or WKT string. Use of this is discouraged as prone to definition ambiguities deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_projected_crs PRIMARY KEY (auth_name, code), CONSTRAINT fk_projected_crs_coordinate_system FOREIGN KEY (coordinate_system_auth_name, coordinate_system_code) REFERENCES coordinate_system(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_projected_crs_geodetic_crs FOREIGN KEY (geodetic_crs_auth_name, geodetic_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_projected_crs_conversion FOREIGN KEY (conversion_auth_name, conversion_code) REFERENCES conversion_table(auth_name, code) ON DELETE CASCADE, CONSTRAINT check_projected_crs_cs CHECK (NOT((coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL) AND text_definition IS NULL)), CONSTRAINT check_projected_crs_cs_bis CHECK (NOT((NOT(coordinate_system_auth_name IS NULL OR coordinate_system_code IS NULL)) AND text_definition IS NOT NULL)), CONSTRAINT check_projected_crs_geodetic_crs CHECK (NOT((geodetic_crs_auth_name IS NULL OR geodetic_crs_code IS NULL) AND text_definition IS NULL)), CONSTRAINT check_projected_crs_conversion CHECK (NOT((NOT(conversion_auth_name IS NULL OR conversion_code IS NULL)) AND text_definition IS NOT NULL)) ) WITHOUT ROWID f@  1 6 F T I q(Mr)Vl2EX N qEPSGGETRS89-NOR [EUREF89] / NTM zone 19 + NN2000 heightEPSGEPSG5N qEPSGFETRS89-NOR [EUREF89] / NTM zone 18 + NN2000 heightEPSGEPSG5N qEPSGEETRS89-NOR [EUREF89] / NTM zone 17 + NN2000 heightEPSGEPSG5N qEPSGDETRS89-NOR [EUREF89] / NTM zone 16 + NN2000 heightEPSGEPSG5N qEPSGCETRS89-NOR [EUREF89] / NTM zone 15 + NN2000 heightEPSGEPSG5N qEPSGBETRS89-NOR [EUREF89] / NTM zone 14 + NN2000 heightEPSGEPSG5N qEPSGAETRS89-NOR [EUREF89] / NTM zone 13 + NN2000 heightEPSGEPSG5N qEPSG@ETRS89-NOR [EUREF89] / NTM zone 12 + NN2000 heightEPSGEPSG5N qEPSG?ETRS89-NOR [EUREF89] / NTM zone 11 + NN2000 heightEPSGEPSG5N qEPSG>ETRS89-NOR [EUREF89] / NTM zone 10 + NN2000 heightEPSGEPSG5M oEPSG=ETRS89-NOR [EUREF89] / NTM zone 9 + NN2000 heightEPSGEPSG5M oEPSGB?݄M:EPSG#@;_حEPSG#1.0.0 215 %EPSG>lAGD66 to WGS 84 (18)Parameter values from AGD66 to GDA94 (12) (code 15979). Assumes WGS 84 is equivalent to GDA94; ignores low accuracy of ensemble and tectonic plate motion. Use only offshore: onshore CTs 1665-68 for ACT, NSW/Vic, Tas and NT respectively are more accurate.EPSG%EPSGjEPSG]sEIěS@a9+ EPSG#)dZ1܋C%EEPSG#ҏ\(EPSG#EPSG-Aus off81Wk'EPSG+ETRS89-IRE [ETRF2000] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-IRE [ETRF2000] anchor epoch of 2009.756 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGNEPSG?EPSG#)IOGP-Ire 20091??EPSG*ITRF2020 to KSA-GRF17 (1)Derived by combining the IERS transformation from ITRF2020 to ITRF2014 at epoch 2017.0 (code 9991) with ITRF2014 to KSA-GRF17 transformation (code 9334).EPSGEPSG'EPSG$s?PbMffffff񙙙?EPSGEPSGGzEPSG?əEPSG/v?dZ1|hrEPSGEPSGEPSGGEOSA-Saup19 EPSG&=RGF93 v2 to ETRS89 (1)RGF93 v2 is a national realization of ETRS89. May be taken as approximate transformation RGF93 v2 to WGS 84 - see code 9791.EPSG%EPSG&1EPSG?zG{EPSG#)IGN-Fra؁09mEPSG!La Canoa to PSAD56 (1)In Venezuela PSAD56 is coincident with La Canoa.EPSG%EPSGEPSGEPSG#)LAG-Ven E˃117 5EPSGAGD66 to PNG94 (4)Derived in 2014 at 23 stations around the Kutubu oilfields. Aligned to the Bevan Rapids Geodetic Origin AA 070 as required by the Papua New Guinea Oil and Gas Act 1998. Replaces AGD66 to PNG94 (1) (tfm code 5662).EPSG%EPSGjEPSG`|1&yKFx@|U7KƨEPSG#)ܬ1& h? =p EPSG#@zGEPSG#Qcl-Png PFTB 2014 1mJ1O+EPSGDatum 73 to ETRS89-PRT [1995] (5)Derived in July 2009 from 119 common stations. Residuals at 833 test points under 2m. Replaces Datum 73 to ETRS89 (3) (tfm code 1992).EPSG%EPSGEPSG+dl+@Y@92mEPSG#)?A7KƨΗO;d?EPSG#?333333EPSG#CGC-Prt 2009 2m#13G#EPSGCELD79 to WGS 84 (1)Used by Repsol in Murzuq field, and PetroCanada and previous licence holders in NC177 and 72 (En Naga field). Reliability of connection to ELD79 questionned.EPSG%EPSG?EPSGQC =pVp =aREPSG#)REP-Lby MZQc13G#EPSGAratu to WGS 84 (2)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%EPSGpEPSGas =p@r(zGbGzEPSG#)PB-Bra TucNHECK (length(method_name) >= 2), source_crs_auth_name TEXT NOT NULL, source_crs_code INTEGER_OR_TEXT NOT NULL, target_crs_auth_name TEXT NOT NULL, target_crs_code INTEGER_OR_TEXT NOT NULL, accuracy FLOAT CHECK (accuracy >= 0), tx FLOAT NOT NULL, ty FLOAT NOT NULL, tz FLOAT NOT NULL, translation_uom_auth_name TEXT NOT NULL, translation_uom_code INTEGER_OR_TEXT NOT NULL, rx FLOAT, ry FLOAT, rz FLOAT, rotation_uom_auth_name TEXT, rotation_uom_code INTEGER_OR_TEXT, scale_difference FLOAT, scale_difference_uom_auth_name TEXT, scale_difference_uom_code INTEGER_OR_TEXT, rate_tx FLOAT, rate_ty FLOAT, rate_tz FLOAT, rate_translation_uom_auth_name TEXT, rate_translation_uom_code INTEGER_OR_TEXT, rate_rx FLOAT, rate_ry FLOAT, rate_rz FLOAT, rate_rotation_uom_auth_name TEXT, rate_rotation_uom_code INTEGER_OR_TEXT, rate_scale_difference FLOAT, rate_scale_difference_uom_auth_name TEXT, rate_scale_difference_uom_code INTEGER_OR_TEXT, epoch FLOAT, epoch_uom_auth_name TEXT, epoch_uom_code INTEGER_OR_TEXT, px FLOAT, -- Pivot / evaluation point for Molodensky-Badekas py FLOAT, pz FLOAT, pivot_uom_auth_name TEXT, pivot_uom_code INTEGER_OR_TEXT, operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_helmert_transformation PRIMARY KEY (auth_name, code), CONSTRAINT fk_helmert_transformation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE, -- below not true for EPSG:10905 ("ETRS89/DREF91/2016 to Asse 2025 + Asse 2025 height (1)") whose target CRS is a compound CRS -- CONSTRAINT fk_helmert_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_transformation_method FOREIGN KEY (method_auth_name, method_code) REFERENCES coordinate_operation_method(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_helmert_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_translation_uom FOREIGN KEY (translation_uom_auth_name, translation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_rotation_uom FOREIGN KEY (rotation_uom_auth_name, rotation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_scale_difference_uom FOREIGN KEY (scale_difference_uom_auth_name, scale_difference_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_rate_translation_uom FOREIGN KEY (rate_translation_uom_auth_name, rate_translation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_rate_rotation_uom FOREIGN KEY (rate_rotation_uom_auth_name, rate_rotation_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_rate_scale_difference_uom FOREIGN KEY (rate_scale_difference_uom_auth_name, rate_scale_difference_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_epoch_uom FOREIGN KEY (epoch_uom_auth_name, epoch_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_helmert_pivot_uom FOREIGN KEY (pivot_uom_auth_name, pivot_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID " ?IeeP&5C=!?!#EPSGNAD83 to WGS 84 (30)Parameter files are from NAD83 to NAD83(HARN) (18) (code 1491) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the traL'OUgI&MaU##EPSG*gETRS89-DEU [ETRS89/DREF91/2016] to GNTRANS2016 height (1)Defines GNTRANS2016 height. The same geoid model is used to derive approximate DHHN2016 heights.EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG(+EPSG&?zG{EPSG!Geoid (height correction) model fileGCG2016.txtDB-Deu 2016\&QyyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v4 (4)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v4 (3) (code 10521). Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v4 (5) (code 10708).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG 4?QEPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG -NRCan-Can cvg70p&Aaa U#+EPSG'dWGS 84 to EGM96 height (1)Grid spacing is 15 arc-minutes. Replaces WGS 84 to EGM84 height (1) (CT 15781). Replaced by WGS 84 to EGM2008 height (1) and (2) (CTs 3858-59). For reversible alternative see WGS 84 to WGS 84 + EGM96 height (1) (CT 9708). An executable using spherical harmonics is also available from the NGA site.EPSG%Geographic3D to GravityRelatedHeight (EGM)EPSGsEPSGEPSG!Geoid (height correction) model fileWW15MGH.GRDNGA-World 15min'&]OYC7EPSG&$ETRS89-GBR [OSNet v2009] to EWR2-IRF (1)In conjunction with the EWR2-TM map projection (code 9765) applied to EWR2-IRF (code 9763), emulates the EWR2 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines EWR2-IRF hence is errorless. In 2024 the EWR2 Grid (ETRS89 / EWR2 SnakeGrid) was extended eastwards as the EWR3 Grid (ETRS89 / EWR3 SnakeGrid). To the west of Bedford the EWR2 Grid is an exact subset of the EWR3 Grid; over this extent the EWR3 Grid replaces the EWR2 Grid. The EWR2 emulation file TN15-ETRS89-to-EWR2-IRF.gsb is a subset of the EWR3 emulation file TN15-ETRS89-to-EWR3-IRF.gsb (see CT code 10850).EPSG%NTv2EPSG+EPSG&#EPSG!Latitude and longitude difference fileTN15-ETRS89-to-EWR2-IRF.gsbNR-Gbr EWR2 OSNet2009 '%wkU5)EPSG%rETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + ODN Orkney height (2)Reversible alternative to ETRS89-GBR [OSNet v2009] to ODN Orkney height (2) (code 7712). The interpolation CRS is ETRS89-GBR [OSNet v2009] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSG+EPSG$?hr ĜEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG+OS-UK Ork 2015t(&M-iU#+EPSG$ NAD83(2011) to NAVD88 height (3)Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to NAD83(2011) + NAVD88 height (3) (code 9595).EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSGG?QEPSG!Geoid (height correction) model fileg2018u0.binNGS-US Conus 18iS&i_oU-#EPSGETRS89-IRE [ETRF2000] to Malin Head height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Malin Head height (1) (tfm code 5335). For reversible alternative to this transformation see ETRS89-IRE [ETRF2000] to ETRS89-IRE [ETRF2000] + Malin Head height (2) (code 9591).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGOEPSGc?O;dZEPSG!Geoid (height correction) model fileOSGM15_Malin.gri\&QyyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v4 (4)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v4 (3) (code 10521). Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v4 (5) (code 10708).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG 4?QEPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG -NRCan-Can cvg70  "p!''tablegrid_packagesgrid_packages*CREATE TABLE grid_packages( package_name TEXT NOT NULL NULL PRIMARY KEY, -- package name that contains the file description TEXT, url TEXT, -- optional URL where to download the PROJ grid direct_download BOOLEAN CHECK (direct_download IN (0, 1)), -- whether the URL can be used directly (if 0, authentication etc mightbe needed) open_license BOOLEAN CHECK (open_license IN (0, 1)) ) WITHOUT ROWIDr 33 tablegrid_transformationgrid_transformation(CREATE TABLE grid_transformation( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1), method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1), method_name TEXT NOT NULL CHECK (length(method_name) >= 2), source_crs_auth_name TEXT NOT NULL, source_crs_code INTEGER_OR_TEXT NOT NULL, target_crs_auth_name TEXT NOT NULL, target_crs_code INTEGER_OR_TEXT NOT NULL, accuracy FLOAT CHECK (accuracy >= 0), grid_param_auth_name TEXT NOT NULL, grid_param_code INTEGER_OR_TEXT NOT NULL, grid_param_name TEXT NOT NULL, grid_name TEXT NOT NULL, grid2_param_auth_name TEXT, grid2_param_code INTEGER_OR_TEXT, grid2_param_name TEXT, grid2_name TEXT, param1_auth_name TEXT, param1_code INTEGER_OR_TEXT, param1_name TEXT, param1_value FLOAT, param1_uom_auth_name TEXT, param1_uom_code INTEGER_OR_TEXT, param2_auth_name TEXT, param2_code INTEGER_OR_TEXT, param2_name TEXT, param2_value FLOAT, param2_uom_auth_name TEXT, param2_uom_code INTEGER_OR_TEXT, interpolation_crs_auth_name TEXT, interpolation_crs_code INTEGER_OR_TEXT, operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_grid_transformation PRIMARY KEY (auth_name, code) --CONSTRAINT fk_grid_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_grid_transformation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_grid_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, -- CONSTRAINT fk_grid_transformation_interpolation_crs FOREIGN KEY (interpolation_crs_auth_name, interpolation_crs_code) REFERENCES crs_view(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWIDMEEtablehelmert_transformation_tablehelmert_transformation_table&CREATE TABLE helmert_transformation_table( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1), method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1), --method_name TEXT NOT NULL C'wCCotablecoordinate_operation_methodcoordinate_operation_method%CREATE TABLE coordinate_operation_method( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), CONSTRAINT pk_coordinate_operation_method PRIMARY KEY (auth_name, code) ) WITHOUT ROWID 4tD Z f W4HRdem*X )?1!i D73_ETRS89_geopt_dgt_D73_ETRS89_geo.tifD73_ETRS89_geo.gsbGTiffhgridshifthttps://cdn.proj.org/pt_dgt_D73_ETRS89_geo.tif% gU! ChartDatum_above_Ellipsoid_EUREF89_v2023b.binno_kv_CD_above_Ell_ETRS89_v2023b.tifGTiffvgridshifthttps://cdn.proj.org/no_kv_CD_above_Ell_ETRS89_v2023b.tif% gU! ChartDatum_above_Ellipsoid_EUREF89_v2021a.binno_kv_CD_above_Ell_ETRS89_v2021a.tifGTiffvgridshifthttps://cdn.proj.org/no_kv_CD_above_Ell_ETRS89_v2021a.tifn %3%!] CRD93_00.GSBca_nrc_CRD93_00.tifCRD93_00.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_CRD93_00.tifn %3%!] CRD27_00.GSBca_nrc_CRD27_00.tifCRD27_00.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_CRD27_00.tifd )3!] CR2005_GTX.gtxcz_cuzk_CR-2005.tifGTiffgeoid_likehttps://cdn.proj.org/cz_cuzk_CR-2005.tifx %=%!g CQ77NA83.GSBca_que_mern_cq77na83.tifcq77na83.gsbGTiffhgridshifthttps://cdn.proj.org/ca_que_mern_cq77na83.tif~ 'A'!k CHENyx06a.gsbch_swisstopo_CHENyx06a.tifCHENyx06a.gsbGTiffhgridshifthttps://cdn.proj.org/ch_swisstopo_CHENyx06a.tif /I/!s CHENyx06_ETRS.gsbch_swisstopo_CHENyx06_ETRS.tifCHENyx06_ETRS.gsbGTiffhgridshifthttps://cdn.proj.org/ch_swisstopo_CHENyx06_ETRS.tifn %3%!] CGQ77-98.gsbca_nrc_CQ77SCRS.tifCQ77SCRS.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_CQ77SCRS.tifv )7)!a CGG2013n83.bynca_nrc_CGG2013n83.tifCGG2013n83.gtxGTiffgeoid_likehttps://cdn.proj.org/ca_nrc_CGG2013n83.tifv )7)!a CGG2013i08.bynca_nrc_CGG2013i08.tifCGG2013i08.gtxGTiffgeoid_likehttps://cdn.proj.org/ca_nrc_CGG2013i08.tifz +9+!c CGG2013an83.bynca_nrc_CGG2013an83.tifCGG2013an83.gtxGTiffgeoid_likehttps://cdn.proj.org/ca_nrc_CGG2013an83.tifz +9+!c CGG2013ai08.bynca_nrc_CGG2013ai08.tifCGG2013ai08.gtxGTiffgeoid_likehttps://cdn.proj.org/caށ ;K;!u wellht1953-nzvd2016.gtxnz_linz_wellht1953-nzvd2016.tifwellht1953-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_wellht1953-nzvd2016.tif| +;+!e nzgeoid2009.gtxnz_linz_nzgeoid2009.tifnzgeoid2009.gtxGTiffgeoid_likehttps://cdn.proj.org/nz_linz_nzgeoid2009.tif܁A wi nadcon5.sg1952.nad83_1986.stgeorge.lat.trn.20160901.bus_noaa_nadcon5_sg1952_nad83_1986_stgeorge.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_sg1952_nad83_1986_stgeorge.tifہ5 oa nadcon5.nad27.nad83_1986.conus.lat.trn.20160901.bus_noaa_nadcon5_nad27_nad83_1986_conus.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad27_nad83_1986_conus.tifځV O?1!i https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Raiatea.mntfr_ign_ggpf02-Raiatea.tifggpf02-Raiatea.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf02-Raiatea.tifفF G7)!a http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_sbv2.txtfr_ign_ggg00_sbv2.tifggg00_sbv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_sbv2.tifc !-!W ggf97a.txtfr_ign_RAF18.tifRAF18.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF18.tifx ??i fi_nls_ykj_etrs35fin.jsonfi_nls_ykj_etrs35fin.jsonJSONtinshifthttps://cdn.proj.org/fi_nls_ykj_etrs35fin.jsonx )9)!c bongeo2004.gtxnl_nsgi_bongeo2004.tifbongeo2004.gtxGTiffgeoid_likehttps://cdn.proj.org/nl_nsgi_bongeo2004.tifr %5)!_ SI54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SD54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifn %3%!] ON27CSv1.GSBca_nrc_ON27CSv1.tifON27CSv1.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_ON27CSv1.tifҁ }?!i NOT-YET-IN-GRID-TRANSFORMATION-fr_ign_ggpf08-Tikehau.tiffr_ign_ggpf08-Tikehau.tifGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf08-Tikehau.tifс 3A3!k ISN2004_ISN2016.gsbis_lmi_ISN2004_ISN2016.tifISN2004_ISN2016.gsbGTiffhgridshifthttps://cdn.proj.org/is_lmi_ISN2004_ISN2016.tifЁ 1?1!i D73_ETRS89_geo.gsbpt_dgt_D73_ETRS89_geo.tifD73_ETRS89_geo.gsbGTiffhgridshifthttps://cdn.proj.org/pt_dgt_D73_ETRS89_geo.tif lld$b#55gtableother_transformationother_transformation-CREATE TABLE other_transformation( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, -- if method_auth_name = 'PROJ', method_code can be 'PROJString' for a -- PROJ string and then method_name is a PROJ string (typically a pipeline) -- if method_auth_name = 'PROJ', method_code can be 'WKT' for a -- PROJ string and then method_name is a WKT string (CoordinateOperation) method_auth_name TEXT NOT NULL CHECK (length(method_auth_name) >= 1), method_code INTEGER_OR_TEXT NOT NULL CHECK (length(method_code) >= 1), method_name TEXT NOT NULL CHECK (length(method_name) >= 2), source_crs_auth_name TEXT NOT NULL, source_crs_code INTEGER_OR_T.$"//wtablegrid_alternativesgrid_alternatives+CREATE TABLE grid_alternatives( original_grid_name TEXT NOT NULL PRIMARY KEY, -- original grid name (e.g. Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gz). For LOS/LAS format, the .las files proj_grid_name TEXT NOT NULL, -- PROJ >= 7 grid name (e.g us_nga_egm08_25.tif) old_proj_grid_name TEXT, -- PROJ < 7 grid name (e.g egm08_25.gtx) proj_grid_format TEXT NOT NULL, -- 'GTiff', 'GTX', 'NTv2', JSON proj_method TEXT NOT NULL, -- gridshift, hgridshift, vgridshift, geoid_like, geocentricoffset, tinshift or velocity_grid inverse_direction BOOLEAN NOT NULL CHECK (inverse_direction IN (0, 1)), -- whether the PROJ grid direction is reversed w.r.t to the authority one (TRUE in that case) package_name TEXT, -- no longer used. Must be NULL url TEXT, -- optional URL where to download the PROJ grid direct_download BOOLEAN CHECK (direct_download IN (0, 1)), -- whether the URL can be used directly (if 0, authentication etc might be needed) open_license BOOLEAN CHECK (open_license IN (0, 1)), directory TEXT, -- optional directory where the file might be located CONSTRAINT fk_grid_alternatives_grid_packages FOREIGN KEY (package_name) REFERENCES grid_packages(package_name) ON DELETE CASCADE, CONSTRAINT check_grid_alternatives_grid_fromat CHECK (proj_grid_format IN ('GTiff', 'GTX', 'NTv2', 'JSON')), CONSTRAINT check_grid_alternatives_proj_method CHECK (proj_method IN ('gridshift', 'hgridshift', 'vgridshift', 'geoid_like', 'geocentricoffset', 'tinshift', 'velocity_grid', 'defmodel')), CONSTRAINT check_grid_alternatives_inverse_direction CHECK (NOT(proj_method = 'geoid_like' AND inverse_direction = 1)), CONSTRAINT check_grid_alternatives_package_name CHECK (package_name IS NULL), CONSTRAINT check_grid_alternatives_direct_download_url CHECK (NOT(direct_download IS NULL AND url IS NOT NULL)), CONSTRAINT check_grid_alternatives_open_license_url CHECK (NOT(open_license IS NULL AND url IS NOT NULL)), CONSTRAINT check_grid_alternatives_constraint_cdn CHECK (NOT(url LIKE 'https://cdn.proj.org/%' AND (direct_download = 0 OR open_license = 0 OR url != 'https://cdn.proj.org/' || proj_grid_name))), CONSTRAINT check_grid_alternatives_tinshift CHECK ((proj_grid_format != 'JSON' AND proj_method != 'tinshift') OR (proj_grid_format = 'JSON' AND proj_method = 'tinshift')) ) WITHOUT ROWID   ygOy_GLC91 -EPSGIMGI (Ferro) to MGI 1901 (1)Uses Albrecht 1902 value. See tfm code 3895 for longitude rotation applied in Austria.EPSG%Longitude rotationEPSGEPSGBEPSG!Longitude offset1eEPSG#OGP-YugL??eeMO# EPSGD48 / GK to D96 / TM (18)Information source gives rotation angle of source CRS axes as 359.9993228929° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwREPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~SEPSG#)EPSG%Scale factor for source CRS axes?REPSG#EPSG!Rotation angle of source CRS axes?F/lُVEPSG#GuRS-Svn 18L??eeMO# EPSGD48 / GK to D96 / TM (10)Information source gives rotation angle of source CRS axes as 359.9984602820° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw1&yEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@QEPSG#)EPSG%Scale factor for source CRS axes?}Y7EPSG#EPSG!Rotation angle of source CRS axes?Y: EPSG#GuRS-Svn 106K9 1-EPSGNTF (Paris) to NTF (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@~ITEPSG#IGN-FraL=?eeMO! EPSGD48 / GK to D96 / TM (3)Information source gives rotation angle of source CRS axes as 359.9990080921° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw =pEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~ƗO;EPSG#)EPSG%Scale factor for source CRS axes?EPSG#EPSG!Rotation angle of source CRS axes?P@\nhEPSG#GuRS-Svn 3 KC M +-%) EPSGTokyo + JSLD to WGS 84 (98)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(QEPSG#EPSG!Longitude offset \(EPSG#EPSG!Geoid heightEPSG#)GSI-Jpn 324130KC M +-KQ M +-%)EPSG=HTokyo + JSLD height to WGS 84 (99)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@(W =pEPSG#EPSG!Longitude offset!aGzEPSG#EPSG!Geoid height@>LEPSG#)GSI-Jpn 324131OLkw++' EPSG$Antalya height to EVRF2019 mean-tide height (1)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%Vertical OffsetEPSGEPSG$?zG{EPSG!Vertical Offset܋C%EPSG#)EuG-Tur 2019mWL_?II+;=EPSGTBaltic 1977 height to EVRF2007 height (3)Determined at 30 points. RMS residual 0.013m, maximum residual 0.022m.EPSGVertical Offset and SlopeEPSGIEPSG?EPSG!Ordinate 1 of evaluation point@K =pEPSG#EPSG!Ordinate 2 of evaluation point@8\(EPSG#EPSG!Vertical Offset?"`EPSG#)EPSG"Inclination in latitude?"`AEPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-LtuL5?eeMO!EPSGYD48/GK to D96/TM (1)Information source gives rotation angle of source CRS axes as 359.9990153250° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw1&yEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~QEPSG#)EPSG%Scale factor for source CRS axes? K*EPSG#EPSG!Rotation angle of source CRS axes?P"$,EPSG#GuRS-Svn 1EXT NOT NULL, target_crs_auth_name TEXT NOT NULL, target_crs_code INTEGER_OR_TEXT NOT NULL, accuracy FLOAT CHECK (accuracy >= 0), param1_auth_name TEXT, param1_code INTEGER_OR_TEXT, param1_name TEXT, param1_value FLOAT, param1_uom_auth_name TEXT, param1_uom_code INTEGER_OR_TEXT, param2_auth_name TEXT, param2_code INTEGER_OR_TEXT, param2_name TEXT, param2_value FLOAT, param2_uom_auth_name TEXT, param2_uom_code INTEGER_OR_TEXT, param3_auth_name TEXT, param3_code INTEGER_OR_TEXT, param3_name TEXT, param3_value FLOAT, param3_uom_auth_name TEXT, param3_uom_code INTEGER_OR_TEXT, param4_auth_name TEXT, param4_code INTEGER_OR_TEXT, param4_name TEXT, param4_value FLOAT, param4_uom_auth_name TEXT, param4_uom_code INTEGER_OR_TEXT, param5_auth_name TEXT, param5_code INTEGER_OR_TEXT, param5_name TEXT, param5_value FLOAT, param5_uom_auth_name TEXT, param5_uom_code INTEGER_OR_TEXT, param6_auth_name TEXT, param6_code INTEGER_OR_TEXT, param6_name TEXT, param6_value FLOAT, param6_uom_auth_name TEXT, param6_uom_code INTEGER_OR_TEXT, param7_auth_name TEXT, param7_code INTEGER_OR_TEXT, param7_name TEXT, param7_value FLOAT, param7_uom_auth_name TEXT, param7_uom_code INTEGER_OR_TEXT, param8_auth_name TEXT, param8_code INTEGER_OR_TEXT, param8_name TEXT, param8_value FLOAT, param8_uom_auth_name TEXT, param8_uom_code INTEGER_OR_TEXT, param9_auth_name TEXT, param9_code INTEGER_OR_TEXT, param9_name TEXT, param9_value FLOAT, param9_uom_auth_name TEXT, param9_uom_code INTEGER_OR_TEXT, grid_param_auth_name TEXT, grid_param_code INTEGER_OR_TEXT, grid_param_name TEXT, grid_name TEXT, interpolation_crs_auth_name TEXT, interpolation_crs_code INTEGER_OR_TEXT, operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_other_transformation PRIMARY KEY (auth_name, code), --CONSTRAINT fk_other_transformation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_other_transformation_source_crs FOREIGN1 KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_other_transformation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param1_uom FOREIGN KEY (param1_uom_auth_name, param1_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param2_uom FOREIGN KEY (param2_uom_auth_name, param2_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param3_uom FOREIGN KEY (param3_uom_auth_name, param3_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param4_uom FOREIGN KEY (param4_uom_auth_name, param4_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param5_uom FOREIGN KEY (param5_uom_auth_name, param5_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param6_uom FOREIGN KEY (param6_uom_auth_name, param6_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_param7_uom FOREIGN KEY (param7_uom_auth_name, param7_uom_code) REFERENCES unit_of_measure(auth_name, code) ON DELETE CASCADE, CONSTRAINT fk_other_transformation_interpolation_crs FOREIGN KEY (interpolation_crs_auth_name, interpolation_crs_code) REFERENCES geodetic_crs(auth_name, code) ON DELETE CASCADE, CONSTRAINT check_other_transformation_method CHECK (NOT (method_auth_name = 'PROJ' AND method_code NOT IN ('PROJString', 'WKT'))) ) WITHOUT ROWID7r   / -{7}1;yHkf 3)# EPSG AGD84 to WGS 84 (4)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGkEPSGEPSG-Aus 1mw 3# EPSG AGD84 to WGS 84 (3)Approximation assuming that GDA94 is equivalent to WGS 84.EPSGkEPSGEPSG-Aus 5m 3G# EPSGAGD66 to WGS 84 (2)Approximation at the +/- 1m level assuming that65 EM5PROJWGS_84_G1674_TO_WGS_84_G2296WGS 84 (G1674) to WGS 84 (G2296)Transformation based on concatenation of transformations between WGS 84 realizationsEPSGEPSG)l?Q54 Oi PROJNAD83_HARN_TO_NAD83_NSRS2007_PRVINAD83(HARN) to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG? =p 42 Um PROJAMERICAN_SAMOA_1962_TO_NAD83_PA11_ASAmerican Samoa 1962 to NAD83(PA11) (NADCON5, AS)Transformation based on concatenation of NADCON5 transformationsEPSGIEPSG3 %9yNKGETRF00_TO_SENKG_ETRF00 to SWEREF99Transformation from NKG_ETRF00@2000.0 to ETRF97@1999.5NKGETRF00EPSGp?zG{NKG 20082j ])'EPSG+:ITRF2020 to ETRS89-GBR [OSNet v2009] (1)Accuracy is approximately 1cm at the ETRS89-GBR [OSNet v2009] anchor epoch of 2009.756 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG'EPSG*?IOGP-Gbr 20091& Y1EPSG*BES2020 Saba to Saba + Saba height (1)Reversible alternative to BES2020 Saba to Saba height (1) (code 10675).EPSG)EPSG)?NSGI-Bes Saba 20200: []%EPSG(Cascais height to ZH Portugal depth (2)The Zero Hidrografico surface is defined to be 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon and 2.0m below the Cascais vertical reference surface offshore mainland Portugal (see CT 10392).EPSGEPSG(mIH-Por Tagus/P = 3EPSG#ITRF2008 to NZGD2000 (5)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2008 to NZGD2000 (4) (CT code 9097). Replaced by concatenated op. ITRF2008 to NZGD2000 (6) (CT code 9099). See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2016-07-01.| ? EPSG!Manoca 1962 to WGS 84 (1)Derived via WGS72BE. Can be used as a single positon vector transformation with parameter vaues of dX = -56.7 m, dY = -171.8 m, dZ = -40.6 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppmEPSGaEPSGOGP-Cmr-f 5M#EPSG!NAD27 to WGS 84 (67)Transformation steps are from NAD27 to NAD83(HARN) (21) (code 8480) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa OK,f 5M#EPSG!NAD27 to WGS 84 (49)Transformation steps are from NAD27 to NAD83(HARN) (10) (code 8469) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa KY+r AY#EPSG!Old Hawaiian to WGS 84 (2)Transformation steps are from Old Hawaiian to NAD83(HARN) (1) (code 8508) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG'EPSG?EPSG-Usa Hi* ?#EPSG!TIndian 1960 to WGS 84 (1)May be implemented as a single transformation using position vector 7-parameter geocentric transformation method with parameter values dX=+199m dY=+931m dZ=+318.9m rX=rY=0 sec rZ=+0.814 sec dS=-0.38 ppm.EPSG#EPSGPV-Vnm) ?#!EPSG!NAD27 to NAD83(HARN) (16)May be taken as approximate transformation NAD27 to WGS 84 - see code 8613.EPSGEPSG8?əNGS-Usa NE(B 3 / EPSG AGD66 to WGS 84 (6)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (11) (code 8578).EPSGjEPSGEPSG-Aus Vic 0.1m' 1+ EPSG RT90 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSGEPSGEPSG-Swe EE E ='.&###tablegeoid_modelgeoid_model2CREATE TABLE geoid_model( name TEXT NOT NULL, operation_auth_name TEXT NOT NULL, operation_code INTEGER_OR_TEXT NOT NULL, CONSTRAINT pk_geoid_model PRIMARY KEY (name, operation_auth_name, operation_code) -- CONSTRAINT fk_geoid_model_operation FOREIGN KEY (operation_auth_name, operation_code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWIDY%CC9tableconcatenated_operation_stepconcatenated_operation_step1CREATE TABLE concatenated_operation_step( operation_auth_name TEXT NOT NULL CHECK (length(operation_auth_name) >= 1), operation_code INTEGER_OR_TEXT NOT NULL CHECK (length(operation_code) >= 1), step_number INTEGER NOT NULL CHECK (step_number >= 1), step_auth_name TEXT NOT NULL CHECK (length(step_auth_name) >= 1), step_code INTEGER_OR_TEXT NOT NULL CHECK (length(step_code) >= 1), step_direction TEXT DEFAULT NULL CHECK (step_direction IS NULL OR step_direction IN ('forward', 'reverse')), -- much needed extension to OGC Topic 2 ! If setting the direction on one step, it must be set on all steps. CONSTRAINT pk_concatenated_operation_step PRIMARY KEY (operation_auth_name, operation_code, step_number) --CONSTRAINT fk_concatenated_operation_step_to_operation FOREIGN KEY (step_auth_name, step_code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE ) WITHOUT ROWID>$99tableconcatenated_operationconcatenated_operation/CREATE TABLE concatenated_operation( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), name TEXT NOT NULL CHECK (length(name) >= 2), description TEXT, source_crs_auth_name TEXT NOT NULL, source_crs_code INTEGER_OR_TEXT NOT NULL, target_crs_auth_name TEXT NOT NULL, target_crs_code INTEGER_OR_TEXT NOT NULL, accuracy FLOAT CHECK (accuracy >= 0), operation_version TEXT, -- normally mandatory in OGC Topic 2 but optional here deprecated BOOLEAN NOT NULL CHECK (deprecated IN (0, 1)), CONSTRAINT pk_concatenated_operation PRIMARY KEY (auth_name, code) --CONSTRAINT fk_concatenated_operation_coordinate_operation FOREIGN KEY (auth_name, code) REFERENCES coordinate_operation(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_concatenated_operation_source_crs FOREIGN KEY (source_crs_auth_name, source_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, --CONSTRAINT fk_concatenated_operation_target_crs FOREIGN KEY (target_crs_auth_name, target_crs_code) REFERENCES crs(auth_name, code) ON DELETE CASCADE, ) WITHOUT ROWID55gtableother_transformationother_transformation-CREATE TABLE other_transformation( auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR(8'!!;tablealias_namealias_name3CREATE TABLE alias_name( table_name TEXT NOT NULL CHECK (table_name IN ( 'unit_of_measure', 'celestial_body', 'ellipsoid', 'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'engineering_datum', 'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs', 'engineering_crs', 'conversion', 'grid_transformation', 'helmert_transformation', 'other_transformation', 'concatenated_operation')), auth_name TEXT NOT NULL CHECK (length(auth_name) >= 1), code INTEGER_OR_TEXT NOT NULL CHECK (length(code) >= 1), alt_name TEXT NOT NULL CHECK (length(alt_name) >= 2), source TEXT )?;3 {fR=) p \ G 3  z e Q < (  o [ F 2  y e P < '  o Z F 1  ydP;'nZE1xdO;&nYE0xcO:&mYD0wcN:%EPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG! 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EPSGEPSGEPSGEPSG EPSGEPSGEPSGEPSG EPSGEPSGEPSGEPSGe EPSGEPSGEPSGEPSG EPSGEPSGEPSGoEPSGz EPSGoEPSG{EPSG3EPSGEPSG3EPSG EPSG3EPSG,EPSG2EPSG EPSG2EPSG,EPSG/EPSG) EPSG/EPSGEPSG'EPSG# EPSG'EPSGEPSG&EPSG" EPSG&EPSGEPSG%EPSG! EPSG%EPSGEPSGEPSG EPSGEPSGEPSGEPSG EPSGEPSGEPSGEPSG>V EPSGEPSGEPSGEPSG EPSGEPSGEPSGSEPSG EPSGSEPSGEPSG:EPSG9 EPSG:EPSG8EPSGEPSG EPSGEPSGEPSGzEPSGw EPSGzEPSG\EPSGxEPSGk>3C PROJWGS_84_G730_TO_WGS_84_G2296EPSG&forward=1=PROJNAD83_TO_NAD83_2011_PRVIEPSG!forward ,   } l [ J 9 (   ~ m \ K :OSGM15EPSG&OSGM15EPSG&OSGM15EPSG&OSGM15EPSG&OSGM15EPSG&OSGM15EPSG&OSGM15EPSG%xOSGM15EPSG%wOSGM15EPSG%vOSGM15EPSG%uOSGM15EPSG%tOSGM15EPSG%sOSGM15EPSG%rOSGM15EPSG%qOSGM15EPSG%pOSGM15EPSGOSGM15EPSGOSGM15EPSG%OSGM15EPSG$OSGM15EPSG#OSGM15EPSG"OSGM15EPSG!OSGM15EPSG OSGM15EPSG#9GGM10PROJEPSG_6364_TO_EPSG_5703GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID99EPSG#GEOID18EPSG*GEOID18EPSG*GEOID18EPSG%GEOID18EPSG%GEOID18EPSG%{GEOID18EPSG$GEOID18EPSG$GEOID18EPSG$ GEOID12BEPSG%GEOID12BEPSG%GEOID12BEPSG%GEOID12BEPSG%|GEOID12BEPSGGEOID12BEPSGGEOID12BEPSGGEOID12BEPSGGEOID12BEPSGGEOID12BEPSGGEOID12BEPSGGEOID12AEPSG%GEOID12AEPSG%GEOID12AEPSG%GEOID12AEPSG%|GEOID12AEPSGGEOID12AEPSGGEOID12AEPSGGEOID12AEPSGGEOID12AEPSGGEOID12AEPSGGEOID12AEPSGGEOID09EPSG#GEOID09EPSG#GEOID06EPSG#GEOID03EPSG#" b}wqke_YSMGA;5/)# {uoic]WQKE?93-'!   y s m g a [ U O I C = 7 1 + %      } w q k e _ Y S M G A ; 5 / ) #     { u o i c ] W Q K E ? 9 3 - ' !      x q j c \ U N G @ 9 2 + $      | u n g ` Y R K D = 6 / ( !   PSGDeutsches Haupthöhennetz 1912EPSG$Y)vertical_datumEPSGDHHN12EPSG)X)#geodetic_datumEPSGNDG (Paris)EPSG)W)#geodetic_datumEPSGATF (Paris)EPSG#V)geodetic_datumEPSGCGQ77EPSG'U)geodetic_datumEPSGNAD27(76)EPSG$T)geodetic_datumEPSGWGS 84EPSG&S)geodetic_datumEPSGWGS 72BEEPSG$R)geodetic_datumEPSGWGS 72EPSG$Q)geodetic_datumEPSGKUDAMSEPSG!P)geodetic_datumEPSGNGNEPSG"O)geodetic_datumEPSGDHDNEPSG"N)geodetic_datumEPSGBD72EPSG!M)geodetic_datumEPSGMGIEPSG"L)geodetic_datumEPSGRT38EPSG&K)geodetic_datumEPSGTC(1948)EPSG(J)!geodetic_datumEPSGTananariveEPSG#I)geodetic_datumEPSGSAD69EPSG#H)geodetic_datumEPSGGDA94EPSG$G)geodetic_datumEPSGPadangEPSG&F)geodetic_datumEPSGOS(SN)80EPSG$E)geodetic_datumEPSGOSGB70EPSG!D)geodetic_datumEPSGNTFEPSG$C)geodetic_datumEPSGNZGD49EPSG#B)geodetic_datumEPSG}NAD83EPSG#A)geodetic_datumEPSG{NAD27EPSG$@)geodetic_datumEPSGhPSAD56EPSG!?)geodetic_datumEPSGfKOCEPSG#>)geodetic_datumEPSGbJAD69EPSG"=)geodetic_datumEPSG^ID74EPSG"<)geodetic_datumEPSG]HD72EPSG";)geodetic_datumEPSGWED87EPSG":)geodetic_datumEPSGVED50EPSG"9)geodetic_datumEPSGGBD50EPSG(8)!geodetic_datumEPSGA = ~ 6 j  [ % q ; s . t :  I Y  h 9  Y & d & f 'b][P^1R$r9|7s,g7W!c&h+k+g7z5n$ImDlHu N3a 9o3w5b Cx$F ]Y *bK;t(h,bU G{=~At.n#aZTM D~6q)^G4W8dCiYUJ~6p(d!_~}V|{Gzy8xow&v_utOsr=qwp.ofn mYlkKji=hug,fme/duc<b~a>`{_3^g]\Q[ZTYXLWV<UTTSR_QPXONFMuL*K`JIKHG*F_E D9CfBA7@b  : e  O  E  ;fJu.YCw3^NE8 99 helmert_transformationEPSG&helmert_transformationEPSGEPSGE7 99 helmert_transformationEPSG%helmert_transformationEPSGEPSGE6 99 helmert_transformationEPSGhelmert_transformationEPSG>>EPSGE5 99 concatenated_operationEPSG!helmert_transformationEPSGEPSG?4 33 grid_transformationEPSG>#grid_transformationEPSG>=EPSG?3 33 grid_transformationEPSG>grid_transformationEPSG>CREATE INDEX idx_usage_object ON usage(object_table_name, object_auth_name, object_code)K0%%[tablesqlite_stat1sqlite_stat1=CREATE TABLE sqlite_stat1(tbl,idx,stat)U/iCindexsqlite_autoindex_versioned_auth_name_mapping_3versioned_auth_name_mapping<0,CCgtableversioned_auth_name_mappingversioned_auth_name_mapping9CREATE TABLE versioned_auth_name_mapping( versioned_auth_name TEXT NOT NULL PRIMARY KEY, auth_name TEXT NOT NULL, version TEXT NOT NULL, priority INTEGER NOT NULL, CONSTRAINT unique_auth_name_version UNIQUE (auth_name, version), CONSTRAINT unique_auth_name_priority UNIQUE (auth_name, priority) )6)##3tabledeprecationdeprecation6CREATE TABLE deprecation( table_name TEXT NOT NULL CHECK (table_name IN ( 'unit_of_measure', 'celestial_body', 'ellipsoid', 'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'engineering_datum', 'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs', 'engineering_crs', 'conversion', 'grid_transformation', 'helmert_transformation', 'other_transformation', 'concatenated_operation')), deprecated_auth_name TEXT NOT NULL, deprecated_code INTEGER_OR_TEXT NOT NULL, replacement_auth_name TEXT NOT NULL, replacement_code INTEGER_OR_TEXT NOT NULL, source TEXT )r(%%'tablesupersessionsupersession4CREATE TABLE supersession( superseded_table_name TEXT NOT NULL CHECK (superseded_table_name IN ( 'unit_of_measure', 'celestial_body', 'ellipsoid', 'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'engineering_datum', 'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs', 'engineering_crs', 'conversion', 'grid_transformation', 'helmert_transformation', 'other_transformation', 'concatenated_operation')), superseded_auth_name TEXT NOT NULL, superseded_code INTEGER_OR_TEXT NOT NULL, replacement_table_name TEXT NOT NULL CHECK (replacement_table_name IN ( 'unit_of_measure', 'celestial_body', 'ellipsoid', 'extent', 'prime_meridian', 'geodetic_datum', 'vertical_datum', 'engineering_datum', 'geodetic_crs', 'projected_crs', 'vertical_crs', 'compound_crs', 'engineering_crs', 'conversion', 'grid_transformation', 'helmert_transformation', 'other_transformation', 'concatenated_operation')), replacement_auth_name TEXT NOT NULL, replacement_code INTEGER_OR_TEXT NOT NULL, source TEXT, same_source_target_crs BOOLEAN NOT NULL CHECK (same_source_target_crs IN (0, 1)) -- for transformations, whether the (source_crs, target_crs) of the replacement transfrm is the same as the superseded one )U.iCindexsqlite_autoindex_versioned_auth_name_mapping_2versioned_auth_name_mapping;U-iCindexsqlite_autoindex_versioned_auth_name_mapping_1versioned_auth_name_mapping:a+uOindexsqlite_autoindex_authority_to_authority_preference_1authority_to_authority_preference8#*OO5tableauthority_to_authority_preferenceauthority_to_authority_preference7CREATE TABLE authority_to_authority_preference( source_auth_name TEXT NOT NULL, -- 'any' for any source target_auth_name TEXT NOT NULL, -- 'any' for any target allowed_authorities TEXT NOT NULL, -- for example 'PROJ,EPSG,any' CONSTRAINT unique_authority_to_authority_preference UNIQUE (source_auth_name, target_auth_name) )  | V 0 t N (  j D  d ?  \ 7 yS-oI#e?[5wQ+mG!c=Y3 $f'projected_crsEPSGo7EPSG EPSG$e'projected_crsEPSGo6EPSG EPSG$d'projected_crsEPSGo5EPSG EPSG$c'projected_crsEPSGo4EPSG EPSG$b'projected_crsEPSGo3EPSG EPSG$a'projected_crsEPSGo2EPSG EPSG$`'projected_crsEPSGo1EPSG EPSG$_'projected_crsEPSGo0EPSG EPSG$^'projected_crsEPSGo/EPSG EPSG$]'projected_crsEPSGo.EPSG EPSG$\'projected_crsEPSGN`EPSG EPSG$['projected_crsEPSGNaEPSG EPSG$Z'projected_crsEPSGNbEPSG EPSG$Y'projected_crsEPSGNcEPSG EPSG$X'projected_crsEPSGNdEPSG EPSG$W'projected_crsEPSGNeEPSG EPSG$V'projected_crsEPSGNfEPSG EPSG$U'projected_crsEPSGNgEPSG EPSG$T'projected_crsEPSGNhEPSG EPSG$S'projected_crsEPSGNiEPSG EPSG$R'projected_crsEPSGNjEPSG EPSG$Q'projected_crsEPSGNkEPSG EPSG$P'projected_crsEPSGNlEPSG EPSG$O'projected_crsEPSGNmEPSG EPSG$N'projected_crsEPSGNnEPSG EPSG$M'projected_crsEPSGNoEPSG EPSG$L'projected_crsEPSGNpEPSG EPSG$K'projected_crsEPSGNqEPSG EPSG$J'projected_crsEPSGNrEPSG EPSG$I'projected_crsEPSGNsEPSG EPSG$H'projected_crsEPSGNtEPSG EPSG$G'projected_crsEPSGNuEPSG EPSG$F'projected_crsEPSGNvEPSG EPSG$E'projected_crsEPSGNwEPSG EPSG$D'projected_crsEPSGNxEPSG EPSG$C'projected_crsEPSGNyEPSG EPSG$B'projected_crsEPSGNzEPSG EPSG$A'projected_crsEPSGN{EPSG EPSG$@'projected_crsEPSGN|EPSG EPSG$?'projected_crsEPSG,EPSG \EPSG$>'projected_crsEPSG+EPSG [EPSG$='projected_crsEPSGxEPSG _EPSG$<'projected_crsEPSGwEPSG ^EPSG$;'projected_crsEPSGvEPSG ]EPSG$:'projected_crsEPSGEPSG EPSG$9'projected_crsEPSGSEPSGSEPSG$8'projected_crsEPSGSEPSGSEPSG$7'projected_crsEPSGSEPSGSEPSG$6'projected_crsEPSGSEPSGSEPSG$5'projected_crsEPSGSEPSGSEPSG$4'projected_crsEPSGSEPSGSEPSG$3'projected_crsEPSGSEPSGSEPSG$2'projected_crsEPSGSEPSGSEPSG$1'projected_crsEPSGSEPSGSEPSG$0'projected_crsEPSGSEPSGSEPSG$/'projected_crsEPSGSEPSGSEPSG#.%vertical_crsEPSGHEPSGhEPSG$-'projected_crsEPSG}MEPSG}CEPSG$,'projected_crsEPSG}LEPSG}BEPSG$+'projected_crsEPSG}KEPSG}AEPSG$*'projected_crsEPSG}JEPSG}@EPSG#)%geodetic_crsEPSGEPSGbEPSG$('projected_crsEPSGY0EPSGEPSG#'%geodetic_crsEPSGEPSGaEPSG#&%geodetic_crsEPSGEPSG`EPSG$%'projected_crsEPSGicEPSGEPSG$$'projected_crsEPSG}$EPSGEPSG##%compound_crsEPSGEPSGEPSG#"%compound_crsEPSGEPSGEPSG#!%compound_crsEPSGEPSGEPSG$ 'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG$'projected_crsEPSGkEPSGkEPSG#%geodetic_crsEPSGLEPSG^EPSG#%geodetic_crsEPSGEPSG/EPSG$'projected_crsEPSGkEPSGEPSG$'projected_crsEPSGtEPSGtEPSG$'projected_crsEPSGzAEPSGz7EPSG$'projected_crsEPSGz@EPSGz6EPSG$'projected_crsEPSGz?EPSGz5EPSG$'projected_crsEPSGz>EPSGz4EPSG$'projected_crsEPSGz=EPSGz3EPSG$'projected_crsEPSGz ] |  : Y v  / J f b|b'NKGEPSGNKG,PROJ,EPSG)ESRIEPSGPROJ,ESRI,EPSG)IGNFEPSGPROJ,IGNF,EPSGPROJEPSGPROJ,EPSG'EPSGEPSGPROJ,EPSG,NKG'anyEPSGPROJ,EPSG,any   anyEPSG PROJEPSG NKGEPSG IGNFEPSG ESRIEPSG EPSGEPSG  IAU_2015IAU2015   IAU_2015   IAU2015  IAU 2r+R( v R 6 j > W & h 9  [ [a6W3233coordinate_metadatacoordinate_metadata198 198 1-133builtin_authoritiesbuiltin_authorities8 1+0//grid_alternativesgrid_alternatives472 1>//Ugrid_alternativesidx_grid_alternatives_proj_grid_name472 2B./]grid_alternativesidx_grid_alternatives_old_proj_grid_name472 3%-%%compound_crscompound_crs722 241 14,33!grid_transformationgrid_transformation1073 215 1<+3;)grid_transformationgrid_transformation_idx1073 358 6 6 2)*++engineering_crsengineering_crs15 15 1%)%%vertical_crsvertical_crs610 204 1(metadatametadata14 1A'CCcoordinate_operation_methodcoordinate_operation_method20 20 15&55other_transformationother_transformation587 118 1=%5='other_transformationother_transformation_idx587 118 4 4 3&$%%!geodetic_crsgeodetic_crs2220 370 10#%9!geodetic_crsgeodetic_crs_datum_idx2220 444 2P"Civersioned_auth_name_mappingsqlite_autoindex_versioned_auth_name_mapping_11 1R!Civersioned_auth_name_mappingsqlite_autoindex_versioned_auth_name_mapping_21 1 1R Civersioned_auth_name_mappingsqlite_autoindex_versioned_auth_name_mapping_31 1 1)))vertical_datumvertical_datum555 185 12=/usagesqlite_autoindex_usage_124765 24765 24765)--usageidx_usage_object24765 1905 539 1-//engineering_datumengineering_datum14 14 1ellipsoidellipsoid450 90 1+--conversion_paramconversion_param36 36 1-//conversion_methodconversion_method65 33 1scopescope289 73 1(!3alias_nameidx_alias_name_code19579 3/--#conversion_tableconversion_table4341 1086 1\Iovertical_datum_ensemble_membersqlite_autoindex_vertical_datum_ensemble_member_117 17 5 1())prime_meridianprime_meridian113 38 1]Io!geodetic_datum_ensemble_membersqlite_autoindex_geodetic_datum_ensemble_member_167 67 23 1*))!geodetic_datumgeodetic_datum1264 253 18)E!geodetic_datumgeodetic_datum_ellipsoid_idx1264 422 3FEE!helmert_transformation_tablehelmert_transformation_table2866 574 1HEA)helmert_transformation_tablehelmert_transformation_idx2866 717 4 4 2!extentextent4332 867 1" ##geoid_modelgeoid_model67 8 8 1 axisaxis314 105 1A /Ucoordinate_systemsqlite_autoindex_coordinate_system_1149 50 1* ++unit_of_measureunit_of_measure115 39 1* ''%projected_crsprojected_crs10369 2593 1())celestial_bodycelestial_body176 59 1,%-%supersessionidx_supersession350 117 88 1,%-%supersessionsupersession_idx350 117 88 1899concatenated_operationconcatenated_operation385 97 1A9A'concatenated_operationconcatenated_operation_idx385 129 4 4 2ECC#concatenated_operation_stepconcatenated_operation_step900 225 3 1,#+)deprecationdeprecation_idx1463 366 209 1^Ouauthority_to_authority_preferencesqlite_autoindex_authority_to_authority_preference_16 1 1|P(|`D( d H ,  f I ,  } _ A #  n O 0 d D $ |W2 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target_crs_auth_name, target_crs_code)D<=5#indexother_transformation_idxother_transformationJCREATE INDEX other_transformation_idx ON other_transformation(source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code)@;;3indexgrid_transformation_idxgrid_transformationICREATE INDEX grid_transformation_idx ON grid_transformation(source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code)X:AE7indexhelmert_transformation_idxhelmert_transformation_tableHCREATE INDEX helmert_transformation_idx ON helmert_transformation_table(source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code)9+#Iindexdeprecation_idxdeprecationGCREATE INDEX deprecation_idx ON deprecation(table_name, deprecated_auth_name, deprecated_code)8-%cindexsupersession_idxsupersessionFCREATE INDEX supersession_idx ON supersession(superseded_table_name, superseded_auth_name, superseded_code)7E)Mindexgeodetic_datum_ellipsoid_idxgeodetic_datumECREATE INDEX 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Minnesota Crow WingPROJEARTHAXU ?|EPSG#)@rq EQESRIS_GRS_1980_Adj_MN_CottonwoodGRS 1980 Adj. Minnesota CottonwoodPROJEARTHAXUEPSG#)@rq EQESRIS_GRS_1980_Adj_MN_Cook_SouthGRS 1980 Adj. Minnesota Cook SouthPROJEARTHAXU%⟾wEPSG#)@rq EQESRIS_GRS_1980_Adj_MN_Cook_NorthGRS 1980 Adj. Minnesota Cook NorthPROJEARTHAXU%⟾wEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_ChisagoGRS 1980 Adj. Minnesota ChisagoPROJEARTHAXTԋCEPSG#)@rm AMESRIS_GRS_1980_Adj_MN_ChippewaGRS 1980 Adj. Minnesota ChippewaPROJEARTHAXT6PEPSG#)@rq EQESRIS_GRS_1980_Adj_MN_Cass_SouthGRS 1980 Adj. Minnesota Cass SouthPROJEARTHAXU ?|EPSG#)@rq EQESRIS_GRS_1980_Adj_MN_Cass_NorthGRS 1980 Adj. Minnesota Cass NorthPROJEARTHAXU1&EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_CarverGRS 1980 Adj. Minnesota CarverPROJEARTHAXT)EPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_CarltonGRS 1980 Adj. Minnesota CarltonPROJEARTHAXT IEPSG#)@rg ;GESRIS_GRS_1980_Adj_MN_BrownGRS 1980 Adj. Minnesota BrownPROJEARTHAXTEPSG#)@rq EQESRIS_GRS_1980_Adj_MN_Blue_EarthGRS 1980 Adj. Minnesota Blue EarthPROJEARTHAXT/EPSG#)@ro COESRIS_GRS_1980_Adj_MN_Big_StoneGRS 1980 Adj. Minnesota Big StonePROJEARTHAXTr!EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_BentonGRS 1980 Adj. Minnesota BentonPROJEARTHAXTj~EPSG#)@ry MYESRIS_GRS_1980_Adj_MN_Beltrami_SouthGRS 1980 Adj. Minnesota Beltrami SouthPROJEARTHAXU 41EPSG#)@ry MYESRIS_GRS_1980_Adj_MN_Beltrami_NorthGRS 1980 Adj. Minnesota Beltrami NorthPROJEARTHAXUsƧEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_BeckerGRS 1980 Adj. Minnesota BeckerPROJEARTHAXU/EPSG#)@rg ;GESRIS_GRS_1980_Adj_MN_AnokaGRS 1980 Adj. Minnesota AnokaPROJEARTHAXT9XEPSG#)@rl CYESRI'Sphere_GRS_1980_Mean_RadiusSphere with mean radius based on GRS80PROJEARTHAXM1^EPSG#)[ W ESRICGCS2000China Geodetic Coordinate System 2000PROJEARTHaREPSG#)@rm K] ESRIWGS_1984_Major_Auxiliary_SphereMajor auxiliary sphere based on WGS 1984PROJEARTHaREPSG#)1  ESRIGRS_1967_TruncatedGRS 1967 Truncated - was 107036, called GRS67 Modified in EPSGPROJEARTHaREPSG#)@rI #=ESRISphere_EMEPEMEP Sphere of 6370000 mPROJEARTHa2EPSG#)O +AESRISphere_ARC_INFOAuthalic sphere (ARC/INFO)PROJEARTHa6EPSG#)< ESRIWalbeckWalbeckPROJEARTHaMEPSG#)@rzG7 ESRIEverest_Modified_1969Everest modified 1969 - 107006, called Everest 1830 (RSO 1969) in EPSGPROJEARTHAXS~EPSG#)@ra@ $v< ` t Z  Bj*R~0Z$Jve 9EESRIS_GRS_1980_Adj_MN_RiceGRS 1980 Adj. Minnesota RicePROJEARTHAXTEPSG#)@rm AMESRIS_GRS_1980_Adj_MN_RenvilleGRS 1980 Adj. Minnesota RenvillePROJEARTHAXT뗝-EPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_RedwoodGRS 1980 Adj. Minnesota RedwoodPROJEARTHAXT1&EPSG#)@rm AMESRIS_GRS_1980_Adj_MN_Red_LakeGRS 1980 Adj. Minnesota Red LakePROJEARTHAXTpEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_RamseyGRS 1980 Adj. Minnesota RamseyPROJEARTHAXT9XEPSG#)@re 9EESRIS_GRS_1980_Adj_MN_PopeGRS 1980 Adj. Minnesota PopePROJEARTHAXU9XEPSG#)@re 9EESRIS_GRS_1980_Adj_MN_PolkGRS 1980 Adj. Minnesota PolkPROJEARTHAXTpEPSG#)@ro COESRIS_GRS_1980_Adj_MN_PipestoneGRS 1980 Adj. Minnesota PipestonePROJEARTHAXU+EPSG#)@re 9EESRIS_GRS_1980_Adj_MN_PineGRS 1980 Adj. Minnesota PinePROJEARTHAXTmEPSG#)@rq EQESRIS_GRS_1980_Adj_MN_PenningtonGRS 1980 Adj. Minnesota PenningtonPROJEARTHAXTpEPSG#)@ro COESRIS_GRS_1980_Adj_MN_OttertailGRS 1980 Adj. Minnesota OttertailPROJEARTHAXUgvEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_OlmstedGRS 1980 Adj. Minnesota OlmstedPROJEARTHAXT[333EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_NormanGRS 1980 Adj. Minnesota NormanPROJEARTHAXT';dEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_NoblesGRS 1980 Adj. Minnesota NoblesPROJEARTHAXU +EPSG#)@rm AMESRIS_GRS_1980_Adj_MN_NicolletGRS 1980 Adj. Minnesota NicolletPROJEARTHAXT/EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_MurrayGRS 1980 Adj. Minnesota MurrayPROJEARTHAXUClEPSG#)@rg ;GESRIS_GRS_1980_Adj_MN_MowerGRS 1980 Adj. Minnesota MowerPROJEARTHAXUC"EPSG#)@rm AMESRIS_GRS_1980_Adj_MN_MorrisonGRS 1980 Adj. Minnesota MorrisonPROJEARTHAXU9XEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_MeekerGRS 1980 Adj. Minnesota MeekerPROJEARTHAXUuEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_MartinGRS 1980 Adj. Minnesota MartinPROJEARTHAXUC"EPSG#)@rm AMESRIS_GRS_1980_Adj_MN_MarshallGRS 1980 Adj. Minnesota MarshallPROJEARTHAXTsCEPSG#)@rm AMESRIS_GRS_1980_Adj_MN_MahnomenGRS 1980 Adj. Minnesota MahnomenPROJEARTHAXU/EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_McLeodGRS 1980 Adj. Minnesota McLeodPROJEARTHAXT뗝-EPSG#)@re 9EESRIS_GRS_1980_Adj_MN_LyonGRS 1980 Adj. Minnesota LyonPROJEARTHAXUoEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_LincolnGRS 1980 Adj. Minnesota LincolnPROJEARTHAXU$VEPSG#)@rm AMESRIS_GRS_1980_Adj_MN_Le_SueurGRS 1980 Adj. Minnesota Le SueurPROJEARTHAXTEPSG#)@r _kESRIS_GRS_1980_Adj_MN_Lake_of_the_Woods_SouthGRS 1980 Adj. Minnesota Lake of the Woods SouthPROJEARTHAXU*\)EPSG#)@r _kESRIS_GRS_1980_Adj_MN_Lake_of_the_Woods_NorthGRS 1980 Adj. Minnesota Lake of the Woods NorthPROJEARTHAXT =EPSG#)@rw KWESRIS_GRS_1980_Adj_MN_Lac_Qui_ParleGRS 1980 Adj. Minnesota Lac Qui ParlePROJEARTHAXT6PEPSG#)@rs GSESRIS_GRS_1980_Adj_MN_KoochichingGRS 1980 Adj. Minnesota KoochichingPROJEARTHAXUgvEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_KittsonGRS 1980 Adj. Minnesota KittsonPROJEARTHAXTZEPSG#)@ro COESRIS_GRS_1980_Adj_MN_KandiyohiGRS 1980 Adj. Minnesota KandiyohiPROJEARTHAXUuEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_KanabecGRS 1980 Adj. Minnesota KanabecPROJEARTHAXTmEPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_JacksonGRS 1980 Adj. Minnesota JacksonPROJEARTHAXUC"EPSG#)@ru IUESRIS_GRS_1980_Adj_MN_Itasca_SouthGRS 1980 Adj. Minnesota Itasca SouthPROJEARTHAXU`BEPSG#)@rIUESe 9EESRIS_GRS_1980_Adj_MN_RockGRS 1980 Adj. Minnesota RockPROJEARTHAXU +EPSG#)@r &T$ L v 8 d $Lf3o ?vLTc 1I ESRI(GRS_1980_Adj_WI_FRGRS 1980 Adj. Wisconsin ForestPROJEARTHAXUXbEPSG#)@rtXe 1M ESRI'GRS_1980_Adj_WI_FNGRS 1980 Adj. Wisconsin FlorencePROJEARTHAXUvȴEPSG#)@rif 1O ESRI&GRS_1980_Adj_WI_ECGRS 1980 Adj. Wisconsin EauClairePROJEARTHAXTbMEPSG#)@rL2kba 1E ESRI%GRS_1980_Adj_WI_DUGRS 1980 Adj. Wisconsin DunnPROJEARTHAXTAXbEPSG#)@rRsShd 1K ESRI$GRS_1980_Adj_WI_DGGRS 1980 Adj. Wisconsin DouglasPROJEARTHAXT뻅EPSG#)@rRa 1E ESRI#GRS_1980_Adj_WI_DRGRS 1980 Adj. Wisconsin DoorPROJEARTHAXTzGEPSG#)@r?x}a 1E ESRI"GRS_1980_Adj_WI_DNGRS 1980 Adj. Wisconsin DanePROJEARTHAXTvEPSG#)@rQj6e 1M ESRI!GRS_1980_Adj_WI_CRGRS 1980 Adj. Wisconsin CrawfordPROJEARTHAXTmEPSG#)@rKGe 1M ESRI GRS_1980_Adj_WI_COGRS 1980 Adj. Wisconsin ColumbiaPROJEARTHAXT/EPSG#)@rKlEfb 1G ESRIGRS_1980_Adj_WI_CKGRS 1980 Adj. Wisconsin ClarkPROJEARTHAXTEPSG#)@r]pe 1MESRIGRS_1980_Adj_WI_CPGRS 1980 Adj. Wisconsin ChippewaPROJEARTHAXT" EPSG#)@rR[֫d 1K ESRIGRS_1980_Adj_WI_BNGRS 1980 Adj. Wisconsin BurnettPROJEARTHAXTpEPSG#)@rRg>d 1K ESRIGRS_1980_Adj_WI_BUGRS 1980 Adj. Wisconsin BuffaloPROJEARTHAXT?lDEPSG#)@rLPĐL] 1G ESRIGRS_1980_Adj_WI_BRGRS 1980 Adj. Wisconsin BrownPROJEARTHaREPSG#)@rfe 1M ESRIGRS_1980_Adj_WI_BFGRS 1980 Adj. Wisconsin BayfieldPROJEARTHAXTvȴEPSG#)@rR!phcc 1I ESRIGRS_1980_Adj_WI_BAGRS 1980 Adj. Wisconsin BarronPROJEARTHAXT;EPSG#)@r]jd 1K ESRIGRS_1980_Adj_WI_ALGRS 1980 Adj. Wisconsin AshlandPROJEARTHAXTGEPSG#)@r]`{i AOESRI S_GRS_1980_Adj_MN_St_LouisGRS 1980 Adj. Minnesota St. LouisPROJEARTHaTEPSG#)@rg7{ O[ESRI S_GRS_1980_Adj_MN_Yellow_MedicineGRS 1980 Adj. Minnesota Yellow MedicinePROJEARTHAXUZEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_WrightGRS 1980 Adj. Minnesota WrightPROJEARTHAXTEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_WinonaGRS 1980 Adj. Minnesota WinonaPROJEARTHAXTl1'EPSG#)@rm AMESRIS_GRS_1980_Adj_MN_WatonwanGRS 1980 Adj. Minnesota WatonwanPROJEARTHAXUEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_WasecaGRS 1980 Adj. Minnesota WasecaPROJEARTHAXT[333EPSG#)@ri =IESRIS_GRS_1980_Adj_MN_WadenaGRS 1980 Adj. Minnesota WadenaPROJEARTHAXU ?|EPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_WabashaGRS 1980 Adj. Minnesota WabashaPROJEARTHAXTlEPSG#)@rm AMESRIS_GRS_1980_Adj_MN_TraverseGRS 1980 Adj. Minnesota TraversePROJEARTHAXTvEPSG#)@re 9EESRIS_GRS_1980_Adj_MN_ToddGRS 1980 Adj. Minnesota ToddPROJEARTHAXU ȴ9EPSG#)@rg ;GESRIS_GRS_1980_Adj_MN_SwiftGRS 1980 Adj. Minnesota SwiftPROJEARTHAXTr!EPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_StevensGRS 1980 Adj. Minnesota StevensPROJEARTHAXU9XEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_SteeleGRS 1980 Adj. Minnesota SteelePROJEARTHAXT[333EPSG#)@rk ?KESRIS_GRS_1980_Adj_MN_StearnsGRS 1980 Adj. Minnesota StearnsPROJEARTHAXU9XEPSG#)@ri =IESRIS_GRS_1980_Adj_MN_SibleyGRS 1980 Adj. Minnesota SibleyPROJEARTHAXT뗝-EPSG#)@ro COESRIS_GRS_1980_Adj_MN_SherburneGRS 1980 Adj. Minnesota SherburnePROJEARTHAXTEPSG#)@rg ;GESRIS_GRS_1980_Adj_MN_ScottGRS 1980 Adj. Minnesota ScottPROJEARTHAXTKƨEPSG#)@ry MYESRIS_GRS_1980_Adj_MN_St_Louis_SouthGRS 1980 Adj. Minnesota St Louis SouthPROJEARTHAXU 7EPSG#)@r} Q]ESRIS_GRS_1980_Adj_MN_St_Louis_CentralGRS 1980 Adj. Minnesota St Louis CentralPROJEARTHAXUrEPSG#)@ry MYESRIS_GRS_1980_Adj_MN_St_Louis_NorthGRS 1980 Adj. Minnesota St Louis NorthPROJEARTHAXU -VEPSG#)@r=Ib 1G ESRI)GRS_1980_Adj_WI_GTGRS 1980 Adj. Wisconsin GrantPROJEARTHAXTbMEPSG#)@rKN`/ &9m ; p F ~  T)`0d1i &C ESRIPGRS_1980_Adj_WI_CL_FL_OG_WNGRS 1980 Adj. Wisconsin Calumet, Fond du Lac, Outagamie, and WinnebagoPROJEARTHAXTE\EPSG#)@rEpf;p 7] ESRIOGRS_1980_Adj_WI_PP_PCGRS 1980 Adj. Wisconsin Pepin and PiercePROJEARTHAXTQXbEPSG#)@rL^Qs 7c ESRINGRS_1980_Adj_WI_DD_JFGRS 1980 Adj. Wisconsin Dodge and JeffersonPROJEARTHAXT3lEPSG#)@rKKx 7m ESRIMGRS_1980_Adj_WI_GL_MQGRS 1980 Adj. Wisconsin Green Lake and MarquettePROJEARTHAXTvȴEPSG#)@rKHys 7c ESRILGRS_1980_Adj_WI_GR_LFGRS 1980 Adj. Wisconsin Green and LafayettePROJEARTHAXTȴ9EPSG#)@rQ+p 7] ESRIKGRS_1980_Adj_WI_AD_JNGRS 1980 Adj. Wisconsin Adams and JuneauPROJEARTHAXTXbEPSG#)@rKiSa 1E ESRIJGRS_1980_Adj_WI_WDGRS 1980 Adj. Wisconsin WoodPROJEARTHAXTiEPSG#)@rW+Ne 1M ESRIIGRS_1980_Adj_WI_WSGRS 1980 Adj. Wisconsin WausharaPROJEARTHAXT~$/EPSG#)@rQd 1K ESRIHGRS_1980_Adj_WI_WPGRS 1980 Adj. Wisconsin WaupacaPROJEARTHAXTbNEPSG#)@rK7P e 1M ESRIGGRS_1980_Adj_WI_WKGRS 1980 Adj. Wisconsin WaukeshaPROJEARTHAXT7vEPSG#)@rKu g 1Q ESRIFGRS_1980_Adj_WI_WAGRS 1980 Adj. Wisconsin WashingtonPROJEARTHAXT$EPSG#)@rQSe 1M ESRIEGRS_1980_Adj_WI_WBGRS 1980 Adj. Wisconsin WashburnPROJEARTHAXTEPSG#)@r^>Xe 1M ESRIDGRS_1980_Adj_WI_WWGRS 1980 Adj. Wisconsin WalworthPROJEARTHAXTZMEPSG#)@rK9b 1G ESRICGRS_1980_Adj_WI_VIGRS 1980 Adj. Wisconsin VilasPROJEARTHAXU EPSG#)@rzc 1I ESRIBGRS_1980_Adj_WI_VRGRS 1980 Adj. Wisconsin VernonPROJEARTHAXT<9XEPSG#)@rQDi8h 1S ESRIAGRS_1980_Adj_WI_TRGRS 1980 Adj. Wisconsin TrempealeauPROJEARTHAXTEPSG#)@rL$#4c 1I ESRI@GRS_1980_Adj_WI_TAGRS 1980 Adj. Wisconsin TaylorPROJEARTHAXU :EPSG#)@rijJd 1K ESRI?GRS_1980_Adj_WI_SHGRS 1980 Adj. Wisconsin ShawanoPROJEARTHAXTCEPSG#)@rQc 1I ESRI>GRS_1980_Adj_WI_SWGRS 1980 Adj. Wisconsin SawyerPROJEARTHAXU /EPSG#)@riB/a 1E ESRI=GRS_1980_Adj_WI_SKGRS 1980 Adj. Wisconsin SaukPROJEARTHAXTmEPSG#)@rQYd 1K ESRII 3+ESRITethys_2000_IAU_IAGSaturn - TethysESRITethysEPSG#)C /'ESRIRhea_2000_IAU_IAGSaturn - RheaESRIRhea `EPSG#)U ;3!ESRIPrometheus_2000_IAU_IAGSaturn - PrometheusESRIPrometheusôEPSG#)I 3+ESRIPhoebe_2000_IAU_IAGSaturn - PhoebeESRIPhoebeEPSG#)L 5-ESRIPandora_2000_IAU_IAGSaturn - PandoraESRIPandoraEPSG#)? -%ESRIPan_2000_IAU_IAGSaturn - PanESRIPan'EPSG#)F 1)ESRIMimas_2000_IAU_IAGSaturn - MimasESRIMimasEPSG#)F 1)ESRIJanus_2000_IAU_IAGSaturn - JanusESRIJanusZEPSG#)L 5-ESRIIapetus_2000_IAU_IAGSaturn - IapetusESRIIapetus EPSG#)O 7/ESRIHyperion_2000_IAU_IAGSaturn - HyperionESRIHyperionEPSG#)H 3+ESRIHelene_2000_IAU_IAGSaturn - HeleneESRIHelene>EPSG#)U ;3!ESRIEpimetheus_2000_IAU_IAGSaturn - EpimetheusESRIEpimetheuslEPSG#)R 91ESRIEnceladus_2000_IAU_IAGSaturn - EnceladusESRIEnceladus8EPSG#)F 1)ESRIDione_2000_IAU_IAGSaturn - DioneESRIDioneEPSG#)K 5-ESRICalypso_2000_IAU_IAGSaturn - CalypsoESRICalypso%EPSG#)E 1)ESRIAtlas_2000_IAU_IAGSaturn - AtlasESRIAtlas>EPSG#)I 3ESRISaturn_2000_IAU_IAGSaturnESRISaturnEPSG#)@$j~C9G 1+ESRIThebe_2000_IAU_IAGJupiter - ThebeESRIThebeEPSG#)I 3-ESRISinope_2000_IAU_IAGJupiter - SinopeESRISinope6EPSG#)O 71ESRIPasiphae_2000_IAU_IAGJupiter - PasiphaeESRIPasiphaeFPEPSG#)G 1+ESRIMetis_2000_IAU_IAGJupiter - MetisESRIMetisu0EPSG#)O 71ESRILysithea_2000_IAU_IAGJupiter - LysitheaESRILysithea.EPSG#)C /)ESRILeda_2000_IAU_IAGJupiter - LedaESRILedaEPSG#)> +%ESRIIo_2000_IAU_IAGJupiter - IoESRIIoEPSG#)M 5/ESRIHimalia_2000_IAU_IAGJupiter - HimaliaESRIHimaliaLEPSG#)P 71ESRIGanymede_2000_IAU_IAGJupiter - GanymedeESRIGanymede(*EPSG#)J 3-ESRIEuropa_2000_IAU_IAGJupiter - EuropaESRIEuropaEPSG#)G 1+ESRIElara_2000_IAU_IAGJupiter - ElaraESRIElara@EPSG#)F 1+ESRICarme_2000_IAU_IAGJupiter - CarmeESRICarme:EPSG#)P 71ESRICallisto_2000_IAU_IAGJupiter - CallistoESRICallisto$TEPSG#)I 3-ESRIAnanke_2000_IAU_IAGJupiter - AnankeESRIAnanke'EPSG#)P 71ESRIAmalthea_2000_IAU_IAGJupiter - AmaltheaESRIAmaltheaF,EPSG#)O 71ESRIAdrastea_2000_IAU_IAGJupiter - AdrasteaESRIAdrastea EPSG#)L 5ESRIJupiter_2000_IAU_IAGJupiterESRIJupiterBEPSG#)@.,9F 3'ESRIPhobos_2000_IAU_IAGMars - PhobosESRIPhobos+\EPSG#)F 3'ESRIDeimos_2000_IAU_IAGMars - DeimosESRIDeimos8EPSG#)G /ESRIMars_2000_IAU_IAGMars 2000ESRIMars3^EPSG#)@e /ESRIMoon_2000_IAU_IAGThe MoonESRIMoonEPSG#)B 1!ESRI~Venus_2000_IAU_IAGVenus 2000ESRIVenus\WEPSG#)I ?!ESRI}Venus_1985_IAU_IAG_COSPARVenus 1985ESRIVenus\TEPSG#)C 5ESRI|Mercury_2000_IAU_IAGMercuryESRIMercury%:EPSG#)F !;ESRI\Anthe_2015Saturn - Anthe IAU 2015ESRIAntheEPSG#)L %?ESRI[Aegaeon_2015Saturn - Aegaeon IAU 2015ESRIAegaeonJEPSG#)G !=ESRIZMetis_2015Jupiter - Metis IAU 2015ESRIMetisSEPSG#)? 7ESRIYIo_2015Jupiter - Io IAU 2015ESRIIo2EPSG#)Q 'CESRIXGanymede_2015Jupiter - Ganymede IAU 2015ESRIGanymede(& EPSG#)K #?ESRIWEuropa_2015Jupiter - Europa IAU 2015ESRIEuropaEPSG#)Q 'CESRIVCallisto_2015Jupiter - Callisto IAU 2015ESRICallisto$t+aC ;IAU_2015 Daphnis (2015) - SphereIAU_2015{EPSG#)F AIAU_2015Polydeuces (2015) - SphereIAU_2015zEPSG#)C ;IAU_2015DPallene (2015) - SphereIAU_2015yEPSG#)C ;IAU_2015Methone (2015) - SphereIAU_2015xEPSG#)? 3IAU_2015hPan (2015) - SphereIAU_2015j6EPSG#)6E ;IAU_2015Pandora (2015) - SphereIAU_2015iEPSG#)H AIAU_2015Prometheus (2015) - SphereIAU_2015h\EPSG#)\A 7IAU_2015 )IAU_2015Jupiter (2015)IAU_2015WBEPSG#)pG ;IAU_2015Jupiter (2015) - SphereIAU_2015WBEPSG#)BA 7IAU_2015ɐMetis (2015) - SphereIAU_2015SEPSG#)SD =IAU_2015,Adrastea (2015) - SphereIAU_2015 EPSG#) C 7IAU_2015Thebe (2015) - SphereIAU_2015EPSG#)@ 5IAU_2015dLeda (2015) - SphereIAU_2015EPSG#)B 9IAU_2015Ananke (2015) - SphereIAU_2015'EPSG#)'A 7IAU_2015ǜCarme (2015) - SphereIAU_2015:EPSG#):D =IAU_20158Lysithea (2015) - SphereIAU_2015.EPSG#).B 9IAU_2015Sinope (2015) - SphereIAU_20156EPSG#)6D =IAU_2015pPasiphae (2015) - SphereIAU_2015FPEPSG#)FPC 7IAU_2015 Elara (2015) - SphereIAU_2015@EPSG#)@E ;IAU_2015ŨHimalia (2015) - SphereIAU_2015LEPSG#)LF =IAU_2015DAmalthea (2015) - SphereIAU_2015F,EPSG#)F,= +IAU_2015Callisto (2015)IAU_2015$ !)ESRIPluto_2015Pluto IAU 2015ESRIPluto!EPSG#)N %AESRILarissa_2015Neptune - Larissa IAU 2015ESRILarissawEPSG#) #=A 7IAU_2015Anthe (2015) - SphereIAU_2015EPSG#) 8{7f T  ? q * b b \K <gM;VME ;IAU_2015 |Itokawa (2015) - SphereIAU_2015EPSG#)R =IAU_2015 "lToutatis (2015) - SphereIAU_2015@Ϊ JEPSG#)@Ϊ JD 9IAU_2015 !Steins (2015) - SphereIAU_2015 EPSG#) F 9IAU_2015 쉜Davida (2015) - SphereIAU_2015IEPSG#)I9 #IAU_2015 k%Eros (2015)IAU_20151BhEPSG#)|B 5IAU_2015 k$Eros (2015) - SphereIAU_20151BhEPSG#)BhF =IAU_2015 $Mathilde (2015) - SphereIAU_2015}gEPSG#)gS ?IAU_2015 `Kleopatra (2015) - SphereIAU_2015X@檪EPSG#)@檪I ?IAU_2015 P52 Europa (2015) - SphereIAU_2015g )IAU_2015_-Neptune (2015)IAU_2015y`EPSG#)sjG ;IAU_2015_,Neptune (2015) - SphereIAU_2015y`EPSG#)y`E ;IAU_2015;Proteus (2015) - SphereIAU_2015(,EPSG#),< )IAU_2015;=Larissa (2015)IAU_2015'wEPSG#)[E ;IAU_2015;(\I %'EPSG!Burkina FasoBurkina Faso.@"ǮzH@..zGQ@333333X MEPSG BulgariaBulgaria - onshore and offshore.@DQ@Fp =@6\(\@?Y_ _EPSGBruneiBrunei Darussalam - onshore and offshore.@ =p @=p =@\zH@\׮zH I#EPSGBritish Indian Ocean TerritoryBritish Indian Ocean Territory - onshore and offshore - Chagos Archipelago.%=p =@PQ@R =pׁ< EPSGBrazilBrazil - onshore and offshore. Includes Rocas, Fernando de Noronha archipelago, Trindade, Ihlas Martim Vaz and Sao Pedro e Sao Paulo.AG{@(\)R =q9GzHb 'WEPSGBouvet IslandBouvet Island - onshore and offshore.LfffffIzH =p @"kQA EPSGBotswanaBotswana.:Gz1ǮzH@3p =@=aGz] 9;EPSGBosnia and HerzegovinaBosnia and Herzegovina.@EGzH@F\(@/zG{@3Q? EPSGBoliviaBolivia.6\)#W =pQj=p L\(= EPSGBhutanBhutan.@:33333@\(\TNzGQQ\ !QEPSGAzerbaijanAzerbaijan - onshore and offshore.@BR@EKQ@Fb\(@Ip =? EPSG AustriaAustria.@G333333@H\(@#\(@1+QG CEPSG Australia - onshore and EEZAustralia - onshore and offshore to 200 nautical mile EEZ boundary. Includes Lord Howe Island, Ashmore and Cartier Islands.G!\(@[NQ@dffffffR GEPSG ArubaAruba - onshore and offshore.@(GzH@. =pQG{QS =p? EPSG ArmeniaArmenia.@CkQ@Dfffff@E@GP =qZ OEPSG ArgentinaArgentina - onshore and offshore.M4zG5ǮzHRe\(JP =qv 3sEPSGAntigua and BarbudaAntigua and Barbuda - Antigua, Barbuda and Redonda.@0(\@4GzOaGzM/\(+ !#EPSGAntarcticaAntarctica.LX MEPSGAnguillaAnguilla - onshore and offshore.@1 =q@5zGO33333NW =pT IEPSGAngolaAngola - onshore and offshore.2QQ@ ffffff@8 =p? EPSGAndorraAndorra.@E7 =p@ETzG?Q? =pd )YEPSGAmerican SamoaAmerican Samoa - onshore and offshore.1\($ =p edfffffV KEPSGAlgeriaAlgeria - onshore and offshore.@2Q@Cffffff!W =p@'G{V KEPSGAlbaniaAlbania - onshore and offshore.@CУ =q@EU\(@2u\(@5\(G #%EPSGAfghanistanAfghanistan.@=ffffff@C=p =@N@@RG{ "do > - ] w nn7~'!T -3EPSGJFrench PolynesiaFrench Polynesia - onshore and offshore. Includes Society archipelago, Tuamotu archipelago, Marquesas Islands, Gambier Islands and Austral Islands.?=p =zGc(\` =pb 'WEPSGIFrench GuianaFrench Guiana - onshore and offshore.@Gz@!\(KNzGH KEPSGHFranceFrance - onshore and offshore, mainland and Corsica (France métropolitaine including Corsica).@D33333@IǮzH#Q@$\(V KEPSGGFinlandFinland - onshore and offshore.@MkQ@Q\(@3zG@? =pׁ? ) EPSGFFiji - onshoreFiji - onshore. Includes Viti Levu, Vanua Levu, Taveuni, the Yasawa Group, the Kadavu Group, the Lau Islands and Rotuma Islands.4\(( =p@fRfDb 'WEPSGEFaroe IslandsFaroe Islands - onshore and offshore.@MQ@Pl+R޸Qs -sEPSGDFalkland IslandsFalkland Islands (Malvinas) - onshore and offshore.L G =pP@ =qJ'zHA EPSGCEthiopiaEthiopia.@ 333333@-ǮzH@@~Q@GQO KEPSGBEstoniaEstonia - onshore and offshore.@L\(<@4^Q@<333333V KEPSGAEritreaEritrea - onshore and offshore.@(Q@2@B8Q@EzH7 /wEPSG@Equatorial GuineaEquatorial Guinea - onshore and offshore. Includes Rio Muni, Bioko, Annobon, Corisco, Elobey Chico, and Ebony Grande.333333@Q@zG@&Q^ #SEPSG?El SalvadorEl Salvador - onshore and offshore.@# =q@,GzVۅQU陙R GEPSG>EgyptEgypt - onshore and offshore.@5 =p@@\)@833333@BzG 1EPSG=EcuadorEcuador - onshore and offshore. Includes Galapagos Islands (Archipelago de Colon). =p WfffffRp = !9EPSG EPSG.ColombiaColombia - onshore and offshore. Includes San Andres y Providencia, Malpelo Islands, Roncador Bank, Serrana Bank and Serranilla Bank.Q@/QU1GzPzHs OQEPSG-Cocos (Keeling) Islands - onshoreCocos (Keeling) Islands - onshore.(=p 'Q@X0 =q@X?\(h -]EPSG,Christmas IslandChristmas Island - onshore and offshore.+ =p!p =@Y\)@[ARR GEPSG+ChinaChina - onshore and offshore.@033333@JǮzH@RgzH@`أ =q aEPSG*ChileChile - onshore and offshore. Includes Easter Island, Juan Fernandez Islands, San Felix, and Sala y Gomez.M\(1\Mp =PnzG9 EPSG)ChadChad.@@7u\(@*Q@8\(b=?EPSG(Central African RepublicCentral African Republic.@\(@&Q@,R@;u\( (a, . . F 9ZOLOPB{)e+aT IEPSGsLatviaLatvia - onshore and offshore.@K\(@M Q@3\(@<=p =r #{EPSGoSouth KoreaRepublic of Korea (South Korea) - onshore and offshore.@<@D"\(@^p =@`\) ##EPSGnNorth KoreaDemocratic People's Republic of Korea (North Korea) - onshore and offshore.@B@EGz@^\(@`=p G )EPSGmKiribatiKiribati - onshore and offshore. Includes Fanning Island, Washington Island and Christmas in the Line Islands, Ocean Islands, Phoenix Islands.+zG@zG@dRbZ=p R GEPSGlKenyaKenya - onshore and offshore.@Q@@33333@F# =ps !EPSGkKazakhstanKazakhstan - onshore and offshore, including Caspian Sea.@DKQ@K@G>Q@Ufffff= EPSGjJordanJordan.@=.zG@@ =q@Ap =q@CzHR GEPSGiJapanJapan - onshore and offshore.@1 =p@Gfffff@^Q@c| EPSGhJamaicaJamaica - onshore and offshore. Includes Morant Cays and Pedro Cays.@,(\)@3\(\T&fffffR =qR GEPSGgItalyItaly - onshore and offshore.@AaGz@G@Q@2p =T IEPSGfIsraelIsrael - onshore and offshore.@=s33333@@ =p@@~Q@AQV KEPSGeIrelandIreland - onshore and offshore.@H =p@LH\)0\(P EEPSGdIraqIraq - onshore and offshore.@=\(@BR@CeQ@H`P EEPSGcIranIran - onshore and offshore.@7W =p@C =p@F =p@OQZ OEPSGbIndonesiaIndonesia - onshore and offshore.+fffff@(\)@W =q@aQ* uEPSGaIndiaIndia - onshore and offshore. Includes Amandivis, Laccadives, Minicoy, Andaman Islands, Nicobar Islands, and Sikkim.@\(@AGz@Pffffff@XZG{V KEPSG`IcelandIceland - onshore and offshore.@MG{@Qe\(>޸Q333333? EPSG_HungaryHungary.@F޸Q@HJ=p @0(\@6fffffZ OEPSG^Hong KongHong Kong - onshore and offshore.@6!Gz@6zG@\p =q@\ =qo {EPSG]HondurasHonduras - onshore and offshore. Includes Swan Islands.@)\(@3 =pVW =pSzH OEPSG\Heard Island and McDonald IslandsHeard Island and McDonald Islands - onshore and offshore.M\(H@Ou\(@TzGR GEPSG[HaitiHaiti - onshore and offshore.@-u\(@4QRQQzHT IEPSGZGuyanaGuyana - onshore and offshore.?Gz@%ffffffNRK\(b 'WEPSGYGuinea-BissauGuinea-Bissau - onshore and offshore.@!GzH@)aGz3+GzHT IEPSGXGuineaGuinea - onshore and offshore.@\(@)\(\2B\(Z OEPSGWGuatemalaGuatemala - onshore and offshore.@%333333@1zGWzGV =p P EEPSGVGuamGuam - onshore and offshore.@%fffff@/R@azG@b\(C !EPSGUGuadeloupeGuadeloupe - onshore and offshore. Includes Grande Terre, Basse Terre, Marie Galante, Les Saintes, Iles de la Petite Terre, La Desirade.@.Q@2=p Oh\)LQv  EPSGTGrenadaGrenada and southern Grenadine Islands - onshore and offshore.@&Q@*O =pNh\)S OEPSGSGreenlandGreenland - onshore and offshore.@L0 =q@UR@\(* sEPSGRGreeceGreece - onshore and offshore. Includes Aegean Islands, Ionian Islands, Dodecanese Islands, Crete, and Mount Athos.@@Gz@D@2B\(@>:G{S OEPSGQGibraltarGibraltar - onshore and offshore.$@BzGzG\(R GEPSGPGhanaGhana - onshore and offshore.?ffffff@&QRQR@V KEPSGOGermanyGermany - onshore and offshore.@G\(@K\(@ Q@.zGV KEPSGNGeorgiaGeorgia - onshore and offshore.@DQ@E˅Q@C|(\@G\(\T IEPSGMGambiaGambia - onshore and offshore.@*@+\)40 =q+zGR GEPSGLGabonGabon - onshore and offshore.zG{@\(@Q@- =p 9 EPSGrLaosLaos.@+ =p@6@Y\(@Z\)E !#EPSGqKyrgyzstanKyrgyzstan.@CQ@E(\@QO\(@T\(T IEPSGpKuwaitKuwait - onshore and offshore.@<zH@> =p@GEQ@H =p (Zis  / { [  B Mc!tYkgZd d )YEPSGNorfolk IslandNorfolk Island - onshore and offshore.@=p =9(\@dkQ@e33333P EEPSGNiueNiue - onshore and offshore.6}p =0zGeQdRV KEPSGNigeriaNigeria - onshore and offshore.?Q@+@GzH@-L4 EPSGNigerNiger.@'aGz@7zH?zG{Z OEPSGNicaraguaNicaragua - onshore and offshore.@#@0B\(V[QS =qq #wEPSGNew ZealandNew Zealand - onshore and offshore. Includes Antipodes Islands, Auckland Islands, Bounty Islands, Chatham Islands, Cambell Island, Kermadec Islands, Raoul Island and Snares Islands.K9Gz@d33333effffffF 'EPSGNew CaledoniaNew Caledonia - onshore and offshore. Isle de Pins, Loyalty Islands, Huon Islands, Belep archipelago, Chesterfield Islands, and Walpole.:s33333-\)@c@e\)7 5q EPSGNetherlands AntillesNetherlands Antilles - onshore and offshore. Includes Bonaire, Curacao, Saba, St Eustatius, and southern St Martin@'W =p@2RQe\(Oh\)^ #SEPSGNetherlandsNetherlands - onshore and offshore.@I`@K\(@=p =@Gz; EPSGNepalNepal.@:W =p@>nzG@T =p@V p =R GEPSGNauruNauru - onshore and offshore.GzH@Q@dr\(@e33333V KEPSGNamibiaNamibia - onshore and offshore.> =p033333@ zG{@9EQf +[EPSGMyanmar (Burma)Myanmar (Burma) - onshore and offshore.@"\(@<@Vg =p@YJG{\ !QEPSGMozambiqueMozambique - onshore and offshore.;\($.zG@>5\(@E =pO KEPSGMoroccoMorocco - onshore and offshore.@;\)$+Q(\)\ !QEPSGMontserratMontserrat - onshore and offshore.@/zG@1 =p OfffffN\)A EPSGMongoliaMongolia.@D=p @J33333@U =q@](\T IEPSGMonacoMonaco - onshore and offshore.@ExQ@E\(@\(@ =p ? EPSGMoldovaMoldova.@FQ@H<(\@:Gz@>!Gz' !eEPSGMicronesiaFederated States of Micronesia - onshore and offshore. Includes Caroline Islands, Yap, Truk, Ponape, Kosrae. =p @*(\@` =q@d\(T IEPSGMexicoMexico - onshore and offshore.@(333333@@\(\^(\U(\)V KEPSGMayotteMayotte - onshore and offshore.,G{&\)@E =p@GY EEPSGMauritiusMauritius - onshore and offshore. Includes Rodrigues, Agalega Islands, and Cargados Carajos.7\( (\@Jfffff@P33333\ !QEPSGMauritaniaMauritania - onshore and offshore.@-p =q@;L4 =p 333333\ !QEPSGMartiniqueMartinique - onshore and offshore.@,(\)@0\(\Oh\)L\(h -]EPSGMarshall IslandsMarshall Islands - onshore and offshore.?QR@1Gz@c =p@e =qR GEPSGMaltaMalta - onshore and offshore.@A>Q@BGzH@*R@2\(9 EPSGMaliMali.@$GzH@9\((@ =p X MEPSGMaldivesMaldives - onshore and offshore. \(@ 333333@QR\(@SEQ녁 1EPSGMalaysiaMalaysia - onshore and offshore. Includes peninsular Malayasia, Sabah and Sarawak.?333333@=p =@XGz@] =p= EPSG~MalawiMalawi.1# =p"p =@@W =p@A =pu QSEPSG}Madagascar - onshore and nearshoreMadagascar - onshore and nearshore.: =p'aGz@EC =p@I =pO +-EPSG|North MacedoniaNorth Macedonia.@Dl@E.zG@4s33333@7 =p R GEPSG{MacaoMacao - onshore and offshore.@6\(@6:G{@\aGz@\kQE !#EPSGzLuxembourgLuxembourg.@HQ@IQ@Q@QZ OEPSGyLithuaniaLithuania - onshore and offshore.@JR@L9@3Q@:RK ')EPSGxLiechtensteinLiechtenstein.@Gfffff@G =p@" =q@#GzHR GEPSGwLibyaLibya - onshore and offshore.@3@Ap =@"Q@:5\(V KEPSGvLiberiaLiberia - onshore and offshore.?QR@! =p +.zGp =q? EPSGuLesothoLesotho.>\)<R@;\(@=u\(WKEPSGtLebanonLebanon - onshore and offshore.@@zH@AkQ@@@BP =q #Ou" ^ 0 j H D\B[O! eEPSGSouth Georgia and the South Sandwich IslandsSouth Georgia and the South Sandwich Islands - onshore and offshore.OeQI33333HzH3 =pׁ %;EPSGSouth AfricaSouth Africa - onshore and offshore, including Marion Island, and Prince Edward Island.I(\)6!Gz@*\)@ElV KEPSGSomaliaSomalia - onshore and offshore. Gz@+@D}p =@K7 =pׁ_ YEPSGSolomon Islands - onshore main islandsSolomon Islands - onshore southern Solomon Islands, primarily Guadalcanal, Malaita, San Cristobel, Santa Isobel, Choiseul, Makira-Ulawa.%333333@cs =p@dNzGX MEPSGSloveniaSlovenia - onshore and offshore.@F\(@Gp =q@*\(@0(\A EPSGSlovakiaSlovakia.@Gp =@HzG@0 =p@6\(Z OEPSGSingaporeSingapore - onshore and offshore.?zG?Q@Y\(@ZzGY %UEPSGSierra LeoneSierra Leone - onshore and offshore.@Gz 0R$Q녁Y !IEPSGSeychellesSeychelles - onshore and offshore - Alphonse, Bijoutier, St Francois Islands, St Pierre islet, Cosmoledo Islands, Amirantes, Aldabra, Farquhar, and Desroches.)p =q׮zG@EQ@MzGV KEPSGSenegalSenegal - onshore and offshore.@%GzH@03333348Q&Q` %UEPSGSaudi ArabiaSaudi Arabia - onshore and offshore.@0J=p @@zG@A8Q@K\(r 7gEPSGSao Tome and PrincipeSao Tome and Principe - onshore and offshore. =p@\(@ @!QE !#EPSGSan MarinoSan Marino.@ER@EQ@(@) =p R GEPSGSamoaSamoa - onshore and offshore./zG%GzeGzePQ GEPSGSt Vincent and the GrenadinesSt Vincent and the northern Grenadine Islands - onshore and offshore.@(\(@,.zGO =qN# =pX MEPSGSt LuciaSt Lucia - onshore and offshore.@*u\(@,\(OffffffMQl 1aEPSGSt Kitts and NevisSt Kitts and Nevis - onshore and offshore.@0W =p@1QOУ =qO= EPSGRwandaRwanda. =p@<ٙ@>fffff` aEPSGRussiaRussian Federation - onshore and offshore.@C\(@UL(\@2Qe =pV KEPSGRomaniaRomania - onshore and offshore.@EQ@H"\(@4B\(@?h\)6   EPSGReunionReunion - onshore and offshore - Reunion island, Ile Europa, Bassas da India, Juan de Nova, Iles Glorieuses, and Ile Tromelin.9Q%333333@B=p @M"\(R GEPSGQatarQatar - onshore and offshore.@8@; @IFfffff@JQ^ #SEPSGPuerto RicoPuerto Rico - onshore and offshore.@- =p@5(\Q\(PB\(w  EPSGPortugalPortugal - mainland, Azores and Madeira, onshore and offshore.@==p =@E\)A=p \(M IEPSGPolandPoland - onshore and offshore.1@K =p@,GzH@8&fffff !EPSGPitcairnPitcairn - Pitcairn Island, Henderson Island, Ducie Island and Oeno Atoll.fffffP EEPSGPeruPeru - onshore and offshore.5 ͿQU+QQ*G{A EPSGParaguayParaguay.; =p3J=p OS33333KQ2 -oEPSGPapua New GuineaPapua New Guinea - onshore and offshore. Includes Bismark archipelago, Louisade archipelago, Admiralty Islands, d'Entrecasteaux Islands, northern Solomon Islands, Trobriand Islands, New Britain, New Ireland, Woodlark, and associated islands.-@ =p@affffff@dYRM IEPSGPanamaPanama - onshore and offshore.@)QUzGSB\(R GEPSGPalauPalau - onshore and offshore.?=p =@&fffff@`/\(@a\(X MEPSGPakistanPakistan - onshore and offshore.@5 @B\)@NnzG@SuQP EEPSGOmanOman - onshore and offshore.@,\)@:p =@IQ@O =qg oEPSGNorwayNorway including Svalbard - onshore and offshore.@L =p @U.Q @CGzy=mEPSGNorthern Mariana IslandsNorthern Mariana Islands - onshore and offshore.@(\(@7fffff@a\(@b $L  p ( > F K%Kd ]B0<4* ;QEPSGVirgin Islands, BritishBritish Virgin Islands - onshore and offshore - Anegada, Jost Van Dyke, Tortola, and Virgin Gorda.@1\(@6 =pPvfffffOQV KEPSGVietnamVietnam - onshore and offshore.@zG@7ffffff@Y\)@\#33333Z OEPSGVenezuelaVenezuela - onshore and offshore.?zG{@0RXQMyU IEPSGVaticanHoly See (Vatican City State).@D33333@DzG@(Gz@(QV KEPSGVanuatuVanuatu - onshore and offshore.5fffff(=p @deQ@eG{E !#EPSGUzbekistanUzbekistan.@B =p@F=p @KQ@RJG{V KEPSGUruguayUruguay - onshore and offshore.B\(> =pM>QIGz UEPSGUnited States Minor Outlying IslandsUnited States Minor Outlying Islands - onshore and offshore - Baker Island, Howland Islands, Jarvis Island, Johnston Atoll, Kingman Reef, Midway Islands, Palmyra Islands, and Wake Island. Q@?@db=p cQ^ cEPSGUSAUnited States (USA) - onshore and offshore.@/Q@Rp =@dPl(\: EPSGUKUnited Kingdom (UK) - onshore and offshore - England, Scotland including Orkney and Shetland Islands, Wales, Northern Ireland (Ulster).@G\(@OR-ǮzH@ 333333. EPSGUAEUnited Arab Emirates (UAE) - onshore and offshore. Abu Dhabi, Dubai, Sharjah, Umm al Qaywayn, Al Fujairah, Ras al Khaymah.@6Gz@:EQ@I@L =qV KEPSGUkraineUkraine - onshore and offshore.@E =p@J0 =q@6&fffff@D =p= EPSGUgandaUganda.zG@Q@=R@AGz' {EPSGTuvaluTuvalu - onshore and offshore. Funafuti, Nanumanga, Nui, Nanomea, Nurakita, Niutao, Nukufetau, Nukulaelae, and Vaitupu.*zG{@e\(fQx =mEPSGTurks and Caicos IslandsTurks and Caicos Islands - onshore and offshore.@4=p @9RR4zGP=p ` %UEPSGTurkmenistanTurkmenistan - onshore and offshore.@AR@Effffff@Ifffff@PQ_ _EPSGTurkeyTürkiye (Turkey) - onshore and offshore.@A5\(@E@9Q@Fj=p V KEPSGTunisiaTunisia - onshore and offshore.@>:G{@C4zG@\(@+W =pn 3cEPSGTrinidad and TobagoTrinidad and Tobago - onshore and offshore.@#\)@(zGO QL =pR GEPSGTongaTonga - onshore and offshore.9zG,GzHfb\(eh\)V KEPSGTokelauTokelau - onshore and offshore.&zG =peQd\(P EEPSGTogoTogo - onshore and offshore.@GzH@&GzH333333@\(\X MEPSGThailandThailand - onshore and offshore.@Q@4u\(@WGz@Zh\)X MEPSGTanzaniaTanzania - onshore and offshore.'zG@=W =p@EQE !#EPSGTajikistanTajikistan.@BU\(@Dfffff@P =p@R(\ IEPSGTaiwanTaiwan, Republic of China - onshore and offshore - Taiwan Island, Penghu (Pescadores) Islands.@1\(\@:\(@\zG@^ =pR GEPSGSyriaSyria - onshore and offshore.@@'zH@Bfffff@AzG{@E0 =qG #%EPSGSwitzerlandSwitzerland.@FzH@GzH@@%T IEPSGSwedenSweden - onshore and offshore.@KzG{@QDzG@$\(@8+QM 7EPSGEswatiniEswatini (Swaziland).;QR9Q@>=p @@R 9 EPSGSvalbard and Jan MayenSvalbard and Jan Mayen - onshore and offshore. Includes Bear Island.@P\(@UC3333308Q@A\(X MEPSGSurinameSuriname - onshore and offshore.?GzH@"33333M =p JTzGR GEPSGSudanSudan - onshore and offshore.@!GzH@6=p =@5R@CGzt 9iEPSGSt Pierre and MiquelonSt Pierre and Miquelon - onshore and offshore.@EzG@G\(LK33333b _EPSGSt Helena, Ascension and Tristan da CunhaSt Helena, Ascension and Tristan da Cunha archipelago (Gough, Inaccessible, Nightingale and Stoltenhoff Islands) - onshore and offshore.EG{3333331=p GzHZ OEPSGSri LankaSri Lanka - onshore and offshore.@ =p@&fffff@SAGz@UO\( y0 k )  K ( 6#xgD  L YwEPSGEurope - FSU, Czechoslovakia - onshoreArmenia; Azerbaijan; Belarus; Czechia; Estonia - onshore; Georgia - onshore; Kazakhstan; Kyrgyzstan; Latvia - onshore; Lithuania - onshore; Moldova; Russian Federation - onshore; Slovakia; Tajikistan; Turkmenistan; Ukraine - onshore; Uzbekistan.@AR@Sr\(@(.zGe2=p  CEPSGCanada - Maritime ProvincesCanada - New Brunswick; Nova Scotia; Prince Edward Island.@EzG@H\)QC33333Mp =u 5oEPSGAustralia - TasmaniaAustralia - Tasmania including islands - onshore.EٙC\(@a =q@bM 5EPSGAustralia - mainlandAustralia - Australian Capital Territory; New South Wales; Northern Territory; Queensland; South Australia; Western Australia; Victoria.C%L@\6fffff@c6zGk GIEPSGAustralia - Western AustraliaAustralia - Western Australia.AQ+W =p@\6fffff@` Q [EPSGAustralasia - Australia and PNG - AGD66Australia - onshore and offshore. Papua New Guinea - onshore.G@[NQ@dffffff I9EPSGAntarctica - Australian sectorAntarctica between 45°E and 136°E and between 142°E and 160°E - Australian sector.- ueEPSGAfrica - Burundi, Kenya, Rwanda, Tanzania and UgandaBurundi, Kenya, Rwanda, Tanzania and Uganda.'@Q@<ٙ@DzG~ cSEPSGAfrica - Botswana, Malawi, Zambia, ZimbabweBotswana; Malawi; Zambia; Zimbabwe.:Gz aGz@3p =@A =pׁ) 7SEPSGNetherlands - onshoreNetherlands - onshore, including Waddenzee, Dutch Wadden Islands and 12-mile offshore coastal zone.@I`@Jٙ@ @Gz )SEPSGBrazil - AratuBrazil - offshore south and east of a line intersecting the coast at 2°55'S; onshore Tucano basin.AG{@ =p J =qZ /?EPSGAntigua - onshoreAntigua island - onshore.@0 =q@18QNNzG wcEPSGAsia - Middle East - Bahrain, Kuwait and Saudi ArabiaBahrain, Kuwait and Saudi Arabia - onshore.@0^Q@@zG@AAGz@K\( oYEPSGAfrica - Eritrea, Ethiopia, South Sudan and SudanEritrea; Ethiopia; South Sudan; Sudan.@ 333333@6=p =@5R@GQl COEPSGVenezuela - Maracaibo southVenezuela - south Maracaibo area.@!p =q@$QRQR _aEPSGVenezuela - Pedregal area of Falcon stateVenezuela - Pedregal area of Falcon state.@%@&QQQl(\a =?EPSGVenezuela - Falcon stateVenezuela - Falcon state.@$@(Q33333Q (\\ 3?EPSGVenezuela - BarinasVenezuela - Barinas area.@=p =@"# =pQ\(PQc AMEPSGVenezuela - Puerto La CruzVenezuela - Puerto La Cruz area. @$QP,P r IUEPSGArgentina - Comodoro RivadaviaArgentina - Comodoro Rivadavia area.GYFQQ`Pfffff wkEPSGUK - Great Britain onshore and nearshore; Isle of ManUnited Kingdom (UK) - Great Britain - England and Wales onshore, Scotland onshore and Western Isles nearshore including Sea of the Hebrides and The Minch; Isle of Man onshore.@HQ@NxQ! =p?Q1 ')EPSGNot specifiedNot specified.ZL! EPSGWorldWorld.ZLA EPSGZimbabweZimbabwe.6kQ/8Q@9:G{@@=p = EPSGZambiaZambia.2zG aGz@5p =@@G{ -EPSGCongo DR (Zaire)The Democratic Republic of the Congo (Zaire) - onshore and offshore.*Q@\(@'zG@?O\( Q EPSGYugoslavia - Serbia and MontenegroYugoslavia - Union of Serbia and Montenegro - onshore and offshore.@D\)@Gp =@2p =q@7 K GEPSGYemenYemen - onshore and offshore.@!fffff@D=p @LG{d )YEPSGWestern SaharaWestern Sahara - onshore and offshore.@2G{@;Q4zG!QR /EPSGWallis and FutunaWallis and Futuna - onshore and offshore - Uvea, Futuna, and Alofi./Gz#zG@fozHeȣ =q J n  i]9 J> MgEPSGSouth America - Tierra del FuegoChile - Tierra del Fuego, onshore; Argentina - Tierra del Fuego, onshore and offshore Atlantic west of 66°W.KG{I33333RQOp = Y}EPSGAsia - Cambodia and Vietnam - mainlandCambodia - mainland onshore; Vietnam - mainland onshore.@ \)@7ffffff@Y\)@[aR G+EPSGPortugal - Azores C - onshorePortugal - central Azores onshore - Faial, Graciosa, Pico, Sao Jorge, Terceira.@C(\)@CR5\(@A\( Y EPSG"Portugal - Madeira archipelago onshorePortugal - Madeira, Porto Santo and Desertas islands - onshore.@@,@@333331O\(0:G{ EsEPSG!Venezuela - north of 7°45'NVenezuela - onshore north of approximately 7°45'N.@@(RXQMfffff A EPSG Venezuela - Lake MaracaiboVenezuela - Lake Maracaibo area, onshore and offshore in lake.@!p =q@&zGRQR\ 3?EPSGVenezuela - CabimasVenezuela - Cabimas area.@$GzH@%8QQ33333Qҏ\(Y 57EPSGKuwait - Kuwait CityKuwait - Kuwait City.@=+Q@=s33333@G =p@HzGx UUEPSGAsia - Malaysia (west) and SingaporeMalaysia - West Malaysia; Singapore.?zG@Gz@X\(@Z&fffffW woEPSGAsia - Bangladesh; India; Myanmar; Pakistan - onshoreBangladesh - onshore; India - mainland onshore; Myanmar - onshore and Moattama area offshore; Pakistan - onshore.@ =p @B\)@NnzG@YJG{D wIEPSGAsia - Bangladesh; India; Myanmar; Pakistan - onshoreBangladesh - onshore; India - mainland onshore; Myanmar (Burma) - onshore; Pakistan - onshore.@ =p @B\)@NnzG@YJG{Y ;1EPSGEurope - CzechoslovakiaCzechia; Slovakia.@Gp =@IzH@(.zG@6\(. m'EPSGEurope - Ireland (Republic and Ulster) - onshoreIreland - onshore. United Kingdom (UK) - Northern Ireland (Ulster) - onshore.@IR@K =p%Q\(\SiEPSGAsia - Myanmar and Thailand onshoreMyanmar (Burma) - onshore; Thailand - onshore.@Q@<@W @Zh\) u ) ) y ]PbwCuF L OEPSG?Germany - East Germany all statesGermany - states of former East Germany - Berlin, Brandenburg; Mecklenburg-Vorpommern; Sachsen; Sachsen-Anhalt; Thuringen.@I@K^Q@# =p@.zGs OQEPSG>Sierra Leone - Freetown PeninsulaSierra Leone - Freetown Peninsula.@ =p@!*zG*B\(Á> =! EPSG=South America by countrySouth America - Argentina, Brazil, Bolivia, Chile, Colombia, Ecuador, French Guiana, Guyana, Paraguay, Peru, Suriname, Uruguay, Venezuela.L33333 l IWEPSGQ@LU\(e<(\e,(\Y %GEPSG2USA - AlaskaUnited States (USA) - Alaska.@Ifffff@Qٙ@ep =`?zHU 13EPSG1Mozambique - southMozambique - south.:޸Q3 =p@?J=p @A33333 Y'EPSG0Indonesia - Kalimantan - Mahakam deltaIndonesia - east Kalimantan - Mahakam delta coastal and offshore shelf areas. =p@].zG@]\(a =?EPSG/France - Corsica onshoreFrance - Corsica onshore.@DzH@E\)@!@#B\(c ?AEPSG.France - mainland onshoreFrance - mainland onshore.@E*=p @IRzG{@ u\({EPSG-North America - Canada and USA (CONUS, Alaska mainland)North America - onshore and offshore: Canada - Alberta; British. OEEPSGDSouth America - PSAD56 by countryAruba - onshore; Bolivia; Bonaire - onshore; Brazil - offshore - Amazon Cone shelf; Chile - onshore north of 43°30'S; Curacao - onshore; Ecuador - mainland onshore; Guyana - onshore; Peru - onshore; Venezuela - onshore.E@)\(\TZ=p GQS /1EPSGCBelgium - onshoreBelgium - onshore.@H@IGz@@O +-EPSGBQatar - onshoreQatar - onshore.@8@:333333@IXQ@I =pׁ GEPSGAPortugal - Azores E - onshorePortugal - eastern Azores onshore - Sao Miguel, Santa Maria, Formigas.@Bo\(@BG{9Q8Q GqEPSG@Portugal - Azores W - onshorePortugal - western Azores onshore - Flores, Corvo.@Cfffff@C\(?W =p?Qonshore and offshore. El Salvador - onshore. Guatemala - onshore. Honduras - onshore. Panama - onshore. Puerto Rico - onshore. Mexico - onshore plus offshore east coast. Nicaragua - onshore. United States (USA) onshore and offshore - Alabama, Alaska, Arizona, Arkansas, California, Colorado, Connecticut, Delaware, Florida, Georgia, Idaho, Illinois, Indiana, Iowa, Kansas, Kentucky, Louisiana, Maine, Maryland, Massachusetts, Michigan, Minnesota, Mississippi, Missouri, Montana, Nebraska, Nevada, New Hampshire, New Jersey, New Mexico, New York, North Carolina, North Dakota, Ohio, Oklahoma, Oregon, Pennsylvania, Rhode Island, South Carolina, South Dakota, Tennessee, Texas, Utah, Vermont, Virginia, Washington, West Virginia, Wisconsin and Wyoming - plus offshore . US Virgin Islands - onshore.@@TG{@dEQ L v Dw?x .j`JL[ 'IEPSG]USA - ArizonaUnited States (USA) - Arizona.@?TzG@BGz\ =p[B\(Q -/EPSGWCanada - OntarioCanada - Ontario.@D\(@Ls33333W=p Rfffffo WA EPSGVAfrica - Algeria, Morocco and TunisiaAlgeria; Morocco; Tunisia.@2G{@BQ*W =p@'G{i =OEPSGUAlgeria - north of 32°NAlgeria - onshore north of 32°N.@?p =@BR@".zGA 9EPSGTAsia - Japan and KoreaJapan - onshore; Democratic People's Republic of Korea (North Korea) - onshore; Republic of Korea (South Korea) - onshore.@4^Q@FQ@^Q@cA SEPSGSUAE - Abu Dhabi and Dubai - onshoreUnited Arab Emirates (UAE) - Abu Dhabi onshore and Dubai onshore.@6Gz@9W =p@IǮzH@L =p0 KMEPSGRAsia - Brunei and East MalaysiaBrunei - onshore and offshore; Malaysia - East Malaysia (Sabah; Sarawak) - onshore and offshore.?333333@zG@[S =p@] =p+ ') EPSGQSudan - southSudan - south.5 =eEPSGPIndonesia - Kalimantan EIndonesia - Kalimantan - onshore east coastal area including Mahakam delta coastal and offshore shelf areas.\(@(\)@\33333@] =p3 ?oEPSGOIndonesia - Kalimantan SEIndonesia - Kalimantan - onshore southeast coastal area including Mahakam delta coastal and offshore shelf areas.\(@\33333@]\(E MuEPSGNSouth America - SAD69 by countryBrazil - onshore and offshore. In rest of South America - onshore north of approximately 45°S and Tierra del Fuego.KG{@) =p VzG9GzHE = EPSGMEurope - eastern and FSUAlbania; Bulgaria; Czech Republic; Germany (former DDR); Hungary; Poland; Romania; Slovakia. Armenia; Azerbaijan; Belarus; Estonia; Georgia; Kazakhstan; Kyrgyzstan; Latvia; Lithuania; Moldova; Russian Federation; Tajikistan; Turkmenistan; Ukraine; Uzbekistan.@AN@#p =e7\( iEPSGLAsia - Middle East - Israel, Jordan and Palestine onshoreIsrael - onshore; Jordan; Palestine - onshore.@=.zG@@ =q@A\(@CzHW 35EPSGKIndonesia - SumatraIndonesia - Sumatra.\(@Gz@W=p @ZQK kcEPSGJEurope - British Isles - UK and Ireland onshoreIreland - onshore. United Kingdom (UK) - onshore - England; Scotland; Wales; Northern Ireland. Isle of Man.@HzH@Ns33333%Q?p =q1 -/ EPSGIFrance - onshoreFrance - onshore.Q -/EPSGHNorway - onshoreNorway - onshore.@L33333@Q\(@\(@?QRz cIEPSGGAsia - Middle East - Qatar offshore and UAEArabian Gulf; Qatar - offshore; United Arab Emirates (UAE) - Abu Dhabi; Dubai; Sharjah; Ajman; Fujairah; Ras Al Kaimah; Umm Al Qaiwain - onshore and offshore.@6Gz@; @IFfffff@L =q 7 EPSGFNorth America - NAD83North America - onshore and offshore: Canada - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon. Puerto Rico. United States (USA) - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Hawaii; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming. US Virgin Islands. British Virgin Islands.@- =p@Up =@dD]p =[ 'IEPSG\USA - AlabamaUnited States (USA) - Alabama.@># =p@A\(VQU8\)\ ?AEPSG[Venezuela - Guarico stateVenezuela - Guarico state.@(\)@$\(P0 =q\ 3?EPSGZVenezuela - DeltanaVenezuela - Deltana area.@\(@$QOffffffMfffffO +-EPSGYFrance - AlsaceFrance - Alsace.@G\(@H\)@\(\@ u\(O +-EPSGXCanada - QuebecCanada - Quebec.@F~Q@OO\(SfffffL @ 7 % s  [ B 2K %GEPSGuUSA - NevadaUnited States (USA) - Nevada.@A~Q*\Rp )oEPSGtUSA - NebraskaUnited States (USA) - Nebraska - counties of Adams; Antelope; Arthur; Banner; Blaine; Boone; Box Butte; Boyd; Brown; Buffalo; Burt; Butler; Cass; Cedar; Chase; Cherry; Cheyenne; Clay; Colfax; Cuming; Custer; Dakota; Dawes; Dawson; Deuel; Dixon; Dodge; Douglas; Dundy; Fillmore; Franklin; Frontier; Furnas; Gage; Garden; Garfield; Gosper; Grant; Greeley; Hall; Hamilton; Harlan; Hayes; Hitchcock; Holt; Hooker; Howard; Jefferson; Johnson; Kearney; Keith; Keya Paha; Kimball; Knox; Lancaster; Lincoln; Logan; Loup; Madison; McPherson; Merrick; Morrill; Nance; Nemaha; Nuckolls; Otoe; Pawnee; Perkins; Phelps; Pierce; Platte; Polk; Red Willow; Richardson; Rock; Saline; Sarpy; Saunders; Scotts Bluff; Seward; Sheridan; Sherman; Sioux; Stanton; Thayer; Thomas; Thurston; Valley; Washington; Wayne; Webster; Wheeler; York.@CQ@EGzZ =pW33333 '-EPSGsUSA - MontanaUnited States (USA) - Montana - counties of Beaverhead; Big Horn; Blaine; Broadwater; Carbon; Carter; Cascade; Chouteau; Custer; Daniels; Dawson; Deer Lodge; Fallon; Fergus; Flathead; Gallatin; Garfield; Glacier; Golden Valley; Granite; Hill; Jefferson; Judith Basin; Lake; Lewis and Clark; Liberty; Lincoln; Madison; McCone; Meagher; Mineral; Missoula; Musselshell; Park; Petroleum; Phillips; Pondera; Powder River; Powell; Prairie; Ravalli; Richland; Roosevelt; Rosebud; Sanders; Sheridan; Silver Bow; Stillwater; Sweet Grass; Teton; Toole; Treasure; Valley; Wheatland; Wibaux; Yellowstone.@F,@HGz]zGZ\(] )KEPSGrUSA - MissouriUnited States (USA) - Missouri.@Ap =@DNzGWGzVFfffffc /QEPSGqUSA - MississippiUnited States (USA) - Mississippi.@>\(@AGzV陙V\(_ +MEPSGpUSA - MinnesotaUnited States (USA) - Minnesota.@EQ@H =qXNzGV_\(] )KEPSGoUSA - MichiganUnited States (USA) - Michigan.@DQ@H(\)VG{TQg 3UEPSGnUSA - MassachusettsUnited States (USA) - Massachusetts.@DQ@EqRR`Qw =pׂW )=EPSGmUSA - MarylandUnited States (USA) - Maryland - counties of Allegany; Anne Arundel; Baltimore; Calvert; Caroline; Carroll; Cecil; Charles; Dorchester; Frederick; Garrett; Harford; Howard; Kent; Montgomery; Prince Georges; Queen Annes; Somerset; St Marys; Talbot; Washington; Wicomico; Worcester.@B(\@Cp =S\(RzGW #EEPSGlUSA - MaineUnited States (USA) - Maine.@EQ@G(\Q\(P=p _ +MEPSGkUSA - LouisianaUnited States (USA) - Louisiana.@<ٙ@@ =pW33333V0] )KEPSGjUSA - KentuckyUnited States (USA) - Kentucky.@B>Q@C33333VdzGT|Y %GEPSGiUSA - KansasUnited States (USA) - Kansas.@B~Q@DGzY =pWQU !CEPSGhUSA - IowaUnited States (USA) - Iowa.@D.zG@EGzX)V\)[ 'IEPSGgUSA - IndianaUnited States (USA) - Indiana.@B\(@D\(VfffffU1R] )KEPSGfUSA - IllinoisUnited States (USA) - Illinois.@B|(\@EAGzVGzUGzW #EEPSGeUSA - IdahoUnited States (USA) - Idaho.@DQ@HGz]O\([\([ 'IEPSGdUSA - GeorgiaUnited States (USA) - Georgia.@>\(\@AGzUg =pT1Gz[ 'IEPSGcUSA - FloridaUnited States (USA) - Florida.@8h\)@?\(UQSzG )EPSGbUSA - DelawareUnited States (USA) - Delaware - counties of Kent; New Castle; Sussex.@C8Q@CR33333RzGF /EPSGaUSA - ConnecticutUnited States (USA) - Connecticut - counties of Fairfield; Hartford; Litchfield; Middlesex; New Haven; New London; Tolland; Windham.@D}p =@EfffffRnQQR] )KEPSG`USA - ColoradoUnited States (USA) - Colorado.@B}p =@DGz[C =pY\(a -OEPSG_USA - CaliforniaUnited States (USA) - California.@@C =p@EGz_\zH)KEPSG^UK %GEPSGuUSA - NevadaUnited States (USA) - Nevada.@A~Q*\R 0 M ^ K @:60_ +MEPSGUSA - WisconsinUnited States (USA) - Wisconsin.@E=p =@GzHW8\)U] )KEPSGUSA - VirginiaUnited States (USA) - Virginia.@BEQ@CG{TQR =pt 'yEPSGUSA - VermontUnited States (USA) - Vermont - counties of Addison; Bennington; Caledonia; Chittenden; Essex; Franklin; Grand Isle; Lamoille; Orange; Orleans; Rutland; Washington; Windham; Windsor.@E\(\@F =pR\(\QU !CEPSGUSA - UtahUnited States (USA) - Utah.@B~Q@EGz\33333[B\(W #EEPSGUSA - TexasUnited States (USA) - Texas.@9zG@B@Z=p W`, +eEPSGUSA - TennesseeUnited States (USA) - Tennessee - counties of Anderson; Bedford; Benton; Bledsoe; Blount; Bradley; Campbell; Cannon; Carroll; Carter; Cheatham; Chester; Claiborne; Clay; Cocke; Coffee; Crockett; Cumberland; Davidson; De Kalb; Decatur; Dickson; Dyer; Fayette; Fentress; Franklin; Gibson; Giles; Grainger; Greene; Grundy; Hamblen; Hamilton; Hancock; Hardeman; Hardin; Hawkins; Haywood; Henderson; Henry; Hickman; Houston; Humphreys; Jackson; Jefferson; Johnson; Knox; Lake; Lauderdale; Lawrence; Lewis; Lincoln; Loudon; Macon; Madison; Marion; Marshall; Maury; McMinn; McNairy; Meigs; Monroe; Montgomery; Moore; Morgan; Obion; Overton; Perry; Pickett; Polk; Putnam; Rhea; Roane; Robertson; Rutherford; Scott; Sequatchie; Sevier; Shelby; Smith; Stewart; Sullivan; Sumner; Tipton; Trousdale; Unicoi; Union; Van Buren; Warren; Washington; Wayne; Weakley; White; Williamson; Wilson.@A}p =@BW =pV =pTie 1SEPSGUSA - South DakotaUnited States (USA) - South Dakota.@E=p =@FZzGXQ> 5EPSGUSA - South CarolinaUnited States (USA) - South Carolina - counties of Abbeville; Aiken; Allendale; Anderson; Bamberg; Barnwell; Beaufort; Berkeley; Calhoun; Charleston; Cherokee; Chester; Chesterfield; Clarendon; Colleton; Darlington; Dillon; Dorchester; Edgefield; Fairfield; Florence; Georgetown; Greenville; Greenwood; Hampton; Horry; Jasper; Kershaw; Lancaster; Laurens; Lee; Lexington; Marion; Marlboro; McCormick; Newberry; Oconee; Orangeburg; Pickens; Richland; Saluda; Spartanburg; Sumter; Union; Williamsburg; York.@@fffff@AG{T =pSGz# 1MEPSGUSA - Rhode IslandUnited States (USA) - Rhode Island - counties of Bristol; Kent; Newport; Providence; Washington.@D =q@E\(QfffffQQe 1SEPSGUSA - PennsylvaniaUnited States (USA) - Pennsylvania.@CG{@EC =pT!RRY %GEPSG~USA - OregonUnited States (USA) - Oregon.@Dp =@G!Gz_&fffff]zGV )KEPSG}USA - OklahomaUnited States (USA) - Oklahoma.@@\(@BGzWG{U !CEPSG|USA - OhioUnited States (USA) - Ohio.@C333333@E*=p U5QT =qe 1SEPSG{USA - North DakotaUnited States (USA) - North Dakota.@F =p@HGzZzGX#33333q 5eEPSGzUSA - North CarolinaUnited States (USA) - North Carolina - counties of Alamance; Alexander; Alleghany; Anson; Ashe; Avery; Beaufort; Bertie; Bladen; Brunswick; Buncombe; Burke; Cabarrus; Caldwell; Camden; Carteret; Caswell; Catawba; Chatham; Cherokee; Chowan; Clay; Cleveland; Columbus; Craven; Cumberland; Currituck; Dare; Davidson; Davie; Duplin; Durham; Edgecombe; Forsyth; Franklin; Gaston; Gates; Graham; Granville; Greene; Guilford; Halifax; Harnett; Haywood; Henderh] )KEPSGyUSA - New YorkUnited States (USA) - New York.@D<(\@F\(SGzQ33333Z -OEPSGxUSA - New MexicoUnited States (USA) - New Mexico.@?TzG%[C =pY\(. -gEPSGwUSA - New JerseyUnited States (USA) - New Jersey - counties of Atlantic; Bergen; Burlington; Camden; Cape May; Cumberland; Essex; Gloucester; Hudson; Hunterdon; Mercer; Middlesex; Monmouth; Morris; Ocean; Passaic; Salem; Somerset; Sussex; Union; Warren.@Co\(@DzGRfffffRxQg 3UEPSGUSA - West VirginiaUnited States (USA) - West Virginia.@B@DQRTSnzGa -OEPSGUSA - WashingtonUnited States (USA) - Washington.@FQ@Hfffff_2\(]:=p son; Hertford; Hoke; Hyde; Iredell; Jackson; Johnston; Jones; Lee; Lenoir; Lincoln; Macon; Madison; Martin; McDowell; Mecklenburg; Mitchell; Montgomery; Moore; Nash; New Hanover; Northampton; Onslow; Orange; Pamlico; Pasquotank; Pender; Perquimans; Person; Pitt; Polk; Randolph; Richmond; Robeson; Rockingham; Rowan; Rutherford; Sampson; Scotland; Stanly; Stokes; Surry; Swain; Transylvania; Tyrrell; Union; Vance; Wake; Warren; Washington; Watauga; Wayne; Wilkes; Wilson; Yadkin; Yancey.@@=p @BKQUQRQ LBh ( N z  5[ML} aaEPSGCote d'Ivoire (Ivory Coast) - east of 6°WCôte d'Ivoire (Ivory Coast) east of 6°W.@zG@$Q =pׁJ [ EPSGCanada - 66°W to 60°W, south of 60°NCanada south of 60°N and between 66°W and 60°W - New Brunswick (NB), Labrador, Nova Scotia (NS), Prince Edward Island (PEI), Quebec.@E<ā5 [c EPSGCanada - 72°W to 66°W, south of 62°NCanada south of 60°N and between 72°W and 66°W - New Brunswick (NB), Labrador, Nova Scotia (NS), Quebec.@FL@N] 9;EPSGCanada - New BrunswickCanada - New Brunswick.@FGzH@H\)QC33333Oٙh KMEPSGCanada - Quebec - east of 60°WCanada - Quebec - east of 60°W.@I@JGzLl MaEPSGCanada - Quebec - 66°W to 60°WCanada - Quebec - between 66°W and 60°W.@GzG@N5\(l MaEPSGCanada - Quebec - 72°W to 66°WCanada - Quebec - between 72°W and 66°W.@FGz@Nfffffl MaEPSGCanada - Quebec - 78°W to 72°WCanada - Quebec - between 78°W and 72°W.@F~Q@OO\(j MOEPSGCanada - Ontario - east of 78°WCanada - Ontario - east of 78°W.@EУ =q@G Rfffffn OcEPSGCanada - Ontario - 84°W to 78°WCanada - Ontario - between 84°W and 78°W.@D\(@K\(n OcEPSGCanada - Ontario - 90°W to 84°WCanada - Ontario - between 90°W and 84°W.@GzG@Ls33333j MOEPSGCanada - Ontario - west of 90°WCanada - Ontario - west of 90°W.@H =p@LW=p v QUEPSGCanada - Ontario - west of 94.5°WCanada - Ontario - west of 94°30'W.@HXQ@JQW=p W WoEPSGCanada - Ontario - 94.5°W to 91.5°WCanada - Ontario - between 94°30'W and 91°30'W.@HzH@KWV WoEPSGCanada - Ontario - 91.5°W to 88.5°WCanada - Ontario - between 91°30'W and 88°30'W.@G(\@Ls33333VV  WoEPSGCanada - Ontario - 88.5°W to 85.5°WCanada - Ontario - between 88°30'W and 85°30'W.@G\(@LYV U` IEPSGCanada - Ontario - MTM zone 13Canada - Ontario - between 85°30'W and 82°30'W and north of 46°N..@K˅QU`Te IGEPSGCanada - Ontario - MTM zone 12Canada - Ontario - between 82°30'W and 79°30'W: north of 46°N in area between 82°30'W and 80°15'W, north of 47°N in area between 80°15'W and 79°30'W..@KG{TSt IuEPSGCanada - Ontario - MTM zone 11Canada - Ontario - south of 46°N and west of 81°W.@D\(.Tfffff IEPSGCanada - Ontario - MTM zone 10Canada - Ontario - between 81°W and 78°W: south of 46°N in area to west of 80°15'W, south of 47°N in area between 80°15'W and 79°30'W, entire province between 79°30'W and 78°W.@E!Gz@G=p S\(n OcEPSGCanada - Ontario - 78°W to 75°WCanada - Ontario - between 78°W and 75°W.@EУ =q@G j MOEPSGCanada - Ontario - east of 75°WCanada - Ontario - east of 75°W.@F}p =@F33333Rfffffh KMEPSGCanada - Quebec - west of 78°WCanada - Quebec - west of 78°W.@Gp =@O9Sfffffl MaEPSGCanada - Quebec - 78°W to 75°WCanada - Quebec - between 78°W and 75°W.@F\(@OO\(l MaEPSGCanada - Quebec - 75°W to 72°WCanada - Quebec - between 75°W and 72°W.@F~Q@OC =pl MaEPSGCanada - Quebec - 72°W to 69°WCanada - Quebec - between 72°W and 69°W.@FGz@Nfffffe MaEPSGCanada - Quebec - 69°W to 66°WCanada - Quebec - between 69°W and 66°W.@GzH;l MaEPSGCanada - Quebec - 66°W to 63°WCanada - Quebec - between 66°W and 63°W.@G@N5\(l MaEPSGCanada - Quebec - 63°W to 60°WCanada - Quebec - between 63°W and 60°W.@GzG@JGzl Ma EPSGCanada - Quebec - 60°W to 57°WCanada - Quebec - between 60°W and 57°W.@I 4La KM EPSGCanada - Quebec - east of 57°WCanada - Quebec - east of 57°W.@GL@JGz\'IEPSGUSA - WyomingUnited States (USA) - Wyoming.@D~Q@FGz[ =pZ33333 !OR q ~  ~ Q (/yKr >t6oO w}EPSGArgentina - 42.5°S to 50.3°S and 70.5°W to 67.5°WArgentina - Chibut province between 70°30'W and 67°30'W and south of approximately 42°30'S and Santa Cruz province between 70°30'W and 67°30'W and north of approximately 50°20'S.I+QE>QQP\(E qQEPSGArgentina - Mendoza and Neuquen 70.5°W to 67.5°WArgentina - Mendoza and Neuquen provinces between 70°30'W and 67°30'W - Neuquen and Cuyo basins.EzG?\)Q =qP\(d GIEPSGLibya - west of 15°E onshoreLibya - onshore west of 15°E.@6(\@@p =@"Qh I]EPSGLibya - 18°E to 24°E onshoreLibya - onshore between 18°E and 24°E.@3!@1p =o I]EPSGLibya - 12°E to 18°E onshoreLibya - onshore between 12°E and 18°E.@6\(@@zH @2\(d GIEPSGLibya - west of 12°E onshoreLibya - onshore west of 12°E.@7\(@@p =@"Q d GIEPSGLibya - east of 24°E onshoreLibya - onshore east of 24°E.@3p =@@33333@95\(h I]EPSGLibya - 22°E to 24°E onshoreLibya - onshore between 22°E and 24°E.@3@@|(\a I]EPSGLibya - 20°E to 22°E onshoreLibya - onshore between 20°E and 22°E.@4=p !h I]EPSGLibya - 18°E to 20°E onshoreLibya - onshore between 18°E and 20°E.@5=p @@\(o I]EPSGLibya - 16°E to 18°E onshoreLibya - onshore between 16°E and 18°E.@6\(@?W =p@2\(h I]EPSGLibya - 14°E to 16°E onshoreLibya - onshore between 14°E and 16°E.@6(\@@eQh I]EPSGLibya - 12°E to 14°E onshoreLibya - onshore between 12°E and 14°E.@6@@zH h I]EPSGLibya - 10°E to 12°E onshoreLibya - onshore between 10°E and 12°E.@7\(@@p = [ 79EPSGLibya - west of 10°ELibya - west of 10°E.@9^Q@>}p =@"Q@$QV 9;EPSGGuinea - east of 12°WGuinea - east of 12°W.@\(@)Q^ 9KEPSGGuinea - west of 12°WGuinea - onshore west of 12°W.@"Q@)\(\.B\(b EGEPSGIran - east of 60°E onshoreIran - onshore east of 60°E.@9Q@BzH<@OQ 7EEPSGIran - 54°E to 60°EIran - onshore between 54°E and 60°E, Gulf offshore between of 54°E and Strait of Hormuz.@9QR@C%Q6p =@C =p@F =p0i EGEPSGSouth Africa - east of 32°ESouth Africa - east of 32°E.< =q:@?33333@@y GEPSGSouth Africa - 30°E to 32°ESouth Africa - onshore between 30°E and 32°E. Eswatini (Swaziland).?aGz68Q@=p =@@\(Á GEPSGSouth Africa - 28°E to 30°ELesotho - east of 28°E. South Africa - onshore between 28°E and 30°E.@ =p6!Gz@;p =@>\(Á GEPSGSouth Africa - 26°E to 28°ELesotho - west of 28°E. South Africa - onshore between 26°E and 28°E.@=p 6Qu GkEPSGSouth Africa - 24°E to 26°ESouth Africa - onshore between 24°E and 26°E.A!Gz8\(@:\(u GkEPSGSouth Africa - 22°E to 24°ESouth Africa - onshore between 22°E and 24°E.A!Gz9B\(@8\(| GkEPSGSouth Africa - 20°E to 22°ESouth Africa - onshore between 20°E and 22°E.Ap =q8\(@3p =@6\(u GkEPSGSouth Africa - 18°E to 20°ESouth Africa - onshore between 18°E and 20°E.Ap =qǮzH{ YoEPSGNew Zealand - offshore 162°E to168°ENew Zealand - offshore between 162°E and 168°E.KRC =pe ACEPSGNew Zealand - South IslandNew Zealand - South Island.GnzGD8Q@d =p@eθQe ACEPSGNew Zealand - North IslandNew Zealand - North Island.D\(A @ezH@fT(\ cEPSGVenezuela - Maracaibo - blocks I II and IIIVenezuela - Maracaibo area offshore blocks I, II and III. @%QQQG{ YEPSGSouth Korea - 124°E to 126°E onshoreRepublic of Korea (South Korea) - onshore between 124°E and 126°E.@@Q@CQ@_!R~ YEPSGSouth Korea - 126°E to 128°E onshoreRepublic of Korea (South Korea) - onshore between 126°E and 128°E.@@R@C*=p ~ YEPSGSouth Korea - 128°E to 130°E onshoreRepublic of Korea (South Korea) - onshore between 128°E and 130°E.@A>Q@CQR@`4́ O+EPSGVietnam - offshore Cuu Long basinVietnam - offshore - Cuu Long basin and northwestern part of Nam Con Son basin.@\(@&L@Z\(no KMEPSGVietnam - onshore Vung Tau areaVietnam - onshore Vung Tau area.@"\(@&zG@Z_\(@ZQ녁 esEPSGYemen - South Yemen - mainland east of 48°EYemen - South Yemen onshore mainland east of 48°E.@+Gz0@JR esEPSGYemen - South Yemen - mainland west of 48°EYemen - South Yemen onshore mainland west of 48°E.@)zG@133333@E\(@HGzn 9yEPSGYemen - 48°E to 54°EYemen - between 48°E and 54°E, onshore and offshore.@"fffff0@KGzu 9yEPSGYemen - 42°E to 48°EYemen - between 42°E and 48°E, onshore and offshore.@'# =p@133333*@HGzU 13EPSGTunisia - offshoreTunisia - offshore.@@(\@C4zG@=p =@+W =pׁ MuEPSGCuba - onshore south of 21°30'NCuba - onshore south of 21°30'N and east of 80°W .@3Q@5S(\RzG M+EPSGCuba - onshore north of 21°30'NCuba - onshore north of 21°30'N but also including all of Isla de la Juventud.@5aGz@7@U@ =qS:=p  WkEPSGArgentina - Tierra del Fuego offshoreArgentina - Tierra del Fuego offshore Atlantic.Kw =pIzGQ'zHNQuyEPSGArgentina - Tierra del Fuego onshore west of 67.5°WArgentina - Tierra del Fuego onshore west of 67°30'W.Ks33333JKQQ(\)P Cz V o t l X}[9:3:.Cu QSEPSGMozambique - onshore east of 36°EMozambique - onshore east of 36°E.2G{$ =p@AQ@Ds33333t E]EPSGFinland - 28.5°E to 31.5°EFinland - between 28°30'E and 31°30'E.@NxQ@Qs =p@<@? UmEPSGFinland - 25.5°E to 28.5°E onshoreFinland - onshore between 25°30'E and 28°30'E.@N =p@Q\(@9@<\(Á UmEPSGFinland - 22.5°E to 25.5°E onshoreFinland - onshore between 22°30'E and 25°30'E.@M@Q9@6@9 UmEPSGFinland - 19.5°E to 22.5°E onshoreFinland - onshore between 19°30'E and 22°30'E.@MGz@QUQ@3@6r UWEPSGCanada - Nova Scotia - west of 63°WCanada - Nova Scotia - west of 63°W.@EzG@G\(PRr UWEPSGCanada - Nova Scotia - east of 63°WCanada - Nova Scotia - east of 63°W.@FQR@G=p Mp =k GIEPSGCanada - Prince Edward IslandCanada - Prince Edward Island.@F33333@GQP\(N33333 c#EPSGCanada - Maritime Provinces - east of 66°WCanada - New Brunswick and Nova Scotia east of 66°W; Prince Edward Island.@EzG@Gp =Mp = c{EPSGCanada - Maritime Provinces - west of 66°WCanada - New Brunswick and Nova Scotia - west of 66°W.@ER@H\)m =WEPSGTurkey - east of 43.5°ETürkiye (Turkey) - east of 43°30'E.@B|(\@D\(@E@Fj=p  SEPSGTurkey - 40.5°E to 43.5°E onshoreTürkiye (Turkey) - between 40°30'E and 43°30'E, onshore.@B\(@D@D@@E SEPSGTurkey - 37.5°E to 40.5°E onshoreTürkiye (Turkey) - between 37°30'E and 40°30'E, onshore.@BTzG@DQ@B@D@ SEPSGTurkey - 34.5°E to 37.5°E onshoreTürkiye (Turkey) - between 34°30'E and 37°30'E, onshore.@AzH@E33333@A@@B SEPSGTurkey - 31.5°E to 34.5°E onshoreTürkiye (Turkey) - between 31°30'E and 34°30'E, onshore.@A(\@E\)@?@A@ SEPSGTurkey - 28.5°E to 31.5°E onshoreTürkiye (Turkey) - between 28°30'E and 31°30'E, onshore.@BzH@DG{@<@?~ MiEPSGTurkey - west of 28.5°E onshoreTürkiye (Turkey) - west of 28°30'E, onshore.@B@@EzG@9Q@<[ =AEPSGPoland - east of 22.5°EPoland - east of 22°30'E.1@K4zG@6@8&fffff CEPSGPoland - 19.5°E to 22.5°EPoland - onshore and offshore between 19°30'E and 22°30'E.@HQ@KFfffff@3@6 CEPSGPoland - 16.5°E to 19.5°EPoland - onshore and offshore between 16°30'E and 19°30'E.@HR@K =p@0@3w =kEPSGPoland - west of 16.5°EPoland - onshore and offshore west of 16°30'E.@I!Gz@K@,GzH@0 +)EPSGPoland - zone VPoland - south central - between 49°20'N and 51°20'N, 18°20'E and 19°40'E.@HR@IQ@2TzG@3Q} -EPSGPoland - zone IVPoland - southwest - south of 53°20'N and west of 19°05'E.@HR@JQ@,GzH@3 =p| /EPSGPoland - zone IIIPoland - northwest - onshore north of 52°10'N and west of 20°E.@JzG@KqR@,GzH{ -EPSGPoland - zone IIPoland - northeast - onshore north of 51°20'N and east of 19°E.@I=p @KAGz@733333j +EPSGPoland - zone IPoland - southeast - south of 52°20'N and east of 18°E.1@J+Q@8&fffff" wEPSGEurope - 13.5°E to 16.5°E onshore and S-42(83) by countryCzechia - between 13°30'E and 16°30'E. Germany - states of former East Germany onshore east of 13°30'E - Brandenburg; Mecklenburg-Vorpommern; Sachsen. Hungary - west of 16°30'E.@GEQ@K\(\@+@0 iyEPSGEurope - 10.5°E to 13.5°E onshore by countryCzechia - west of 13°30'E. Germany - states of former East Germany onshore - between 10°30'E and 13°30'E - Brandenburg; Mecklenburg-Vorpommern; Sachsen; Sachsen-Anhalt; Thuringen.@H|(\@K^Q@%@+n QSEPSGMozambique - onshore west of 36°EMozambique - onshore west of 36°E.:޸Q&R@>5\($ E70 j l C ^OH@?JtE6 y+EPSG"Asia - Middle East - Kuwait and Saudi - 48°E to 54°EKuwait - onshore east of 48°E. Saudi Arabia - onshore between 48°E and 54°E.@1 =q@> =p @GQ@KGzv WkEPSG!Saudi Arabia - onshore 36°E to 42°ESaudi Arabia - onshore between 36°E and 42°E.@0 =p@@zG$*T q{EPSG Australasia - Australia and PNG - 144°E to 150°EAustralia - onshore and offshore between 144°E and 150°E. Papua New Guinea (PNG) - onshore between 144°E and 150°E.G@bQC qYEPSGAustralasia - Australia and PNG - 138°E to 144°EAustralia - onshore and offshore between 138°E and 144°E. Papua New Guinea - onshore west of 144°E.GP =q=p =@bQ IEPSGAustralia - EEZ east of 162°EAustralia - offshore east of 162°E to 200 nautical mile EEZ boundary.A(\;@@dffffff E9EPSGAustralia - 156°E to 162°EAustralia including Lord Howe Island - onshore and offshore between 156°E and 162°E.A =q,(\)@d@Q| EEPSGAustralia - 150°E to 156°EAustralia - onshore and offshore between 150°E and 156°E.MzG{+p = EEPSGAustralia - 144°E to 150°EAustralia - onshore and offshore between 144°E and 150°E.IqR"u\(@bQ EEPSGAustralia - 138°E to 144°EAustralia - onshore and offshore between 138°E and 144°E.HQ"(\)@bQ EEPSGAustralia - 132°E to 138°EAustralia - onshore and offshore between 132°E and 138°E.DZG{!\(@a@Q EEPSGAustralia - 126°E to 132°EAustralia - onshore and offshore between 126°E and 132°E.B =q"333333@_\( EEPSGAustralia - 120°E to 126°EAustralia - onshore and offshore between 120°E and 126°E.C\)$Qx@_ =q" QGEPSGAustralia - 114°E to 120°E (EEZ)Australia - onshore and offshore to 200 nautical mile EEZ boundary between 114°E and 120°E.CC =p)8Qrx) QGEPSGAustralia - 108°E to 114°E (EEZ)Australia - onshore and offshore to 200 nautical mile EEZ boundary between 108°E and 114°E.BQ10 =q@[NQrV EY EPSGAustralia - 102°E to 108°EAustralia - between 102°E and 108°E.flh KMEPSGSomalia - onshore east of 48°ESomalia - onshore east of 48°E.@\(@(\(0@I(\ i EPSGSomalia - 42°E to 48°E, N hemisphere onshoreSomalia - onshore north of equator and between 42°E and 48°E.@' =p *0Z =?EPSGEthiopia - east of 42°EEthiopia - east of 42°E.@p =q@)33333*@GQ wEPSGAfrica - Eritrea, Ethiopia and Sudan - 36°E to 42°EEritrea. Ethiopia - between 36°E and 42°E. Sudan - east of 36°E.@ 333333@6\($* _oEPSGGrenada and southern Grenadines - onshoreGrenada and southern Grenadine Islands - onshore.@'Gz@)# =pNQN KmEPSGUSA - Hawaii - Niihau - onshoreUnited States (USA) - Hawaii - Niihau - onshore.@5G{@6Rd czH} IkEPSG USA - Hawaii - Kauai - onshoreUnited States (USA) - Hawaii - Kauai - onshore.@5\(@6J=p c33333c\({ GiEPSG USA - Hawaii - Oahu - onshoreUnited States (USA) - Hawaii - Oahu - onshore.@5333333@5cʏ\(cQ2 }EPSG USA - Hawaii - Maui; Kahoolawe; Lanai; Molokai - onshoreUnited States (USA) - Hawaii - Maui; Kahoolawe; Lanai; Molokai - onshore.@4s33333@5B\(cQc}\( _EPSG USA - Hawaii - island of Hawaii - onshoreUnited States (USA) - Hawaii - island of Hawaii - onshore.@2޸Q@4TzGc33333cWzH" EEEPSG Oman - onshore east of 54°EOman - onshore east of 54°E. Includes Musandam and the Kuria Muria (Al Hallaniyah) islands.@0 =p@:zG6@MzGb EGEPSGOman - onshore west of 54°EOman - onshore west of 54°E.@0 =p@3Q@IQ6Q -/EPSGAustria - StyriaAustria - Styria.@GQR@GQ@+(\)@0+QweOEPSGAsia - Cambodia and Vietnam - west of 108°ECambodia; Vietnam west of 108°E.@ \)@7ffffff@Y\)l \S $ m H ,N9w 0US( CEEPSG>Colombia - west of 75°35'WColombia - mainland onshore west of 1°30'W of Bogota (approximately 75°35'W of Greenwich).?Q@$kQSfffffRQW 9;EPSG=China - east of 132°EChina - east of 132°E.@F\(@H333333@`أ =qm MaEPSG:G{@ATzG@\(@'.zG C{EPSGSTunisia - north of 34°39'NTunisia - onshore north of 38.5 grads North (34°39'N).@AS33333@B33333@ \(\@&p =S /1EPSGRTunisia - onshoreTunisia - onshore.@>:G{@B33333@\(@'.zGZ =?EPSGQBotswana - east of 24°EBotswana - east of 24°E.9 =p1ǮzH@=aGz^ ?S EPSGPBotswana - 21°E to 27°EBotswana - between 21°E and 27°E.:Gz1ǮzHZ =?EPSGOBotswana - west of 24°EBotswana - west of 24°E.:Gz1p =@3p =y SYEPSGNArgentina - east of 55.5°W onshoreArgentina - east of 55°30'W, onshore.<(\9}p =KJ33333 YsEPSGMArgentina - 58.5°W to 55.5°W onshoreArgentina - between 58°30'W and 55°30'W, onshore.CKQ8 =pM@KQ YqEPSGLArgentina - 61.5°W to 58.5°W onshoreArgentina - between 61°30'W and 58°30'W onshore.CzH7^QNGzM@ YsEPSGKArgentina - 64.5°W to 61.5°W onshoreArgentina - between 64°30'W and 61°30'W, onshore.KtzG5p =P N YsEPSGJArgentina - 67.5°W to 64.5°W onshoreArgentina - between 67°30'W and 64°30'W, onshore.KzG5ǮzHPP\( YsEPSGIArgentina - 70.5°W to 67.5°W onshoreArgentina - between 70°30'W and 67°30'W, onshore.Ks333338zGQP\(a CGEPSGHArgentina - west of 70.5°WArgentina - west of 70°30'W.BzGRe\(Qx [kEPSGGAngola - Angola proper - 12°E to 18°EAngola - Angola proper between 12°E and 18°E.1p =qGzH  oqEPSGFAngola - Angola proper - offshore - west of 12°EAngola - Angola proper - offshore - west of 12°E.1B\(Q@ ffffff e ACEPSGEAngola - offshore block 15Angola - offshore block 15.\(\Q@%\)@'W =ps OQEPSGDAngola - Angola proper - offshoreAngola - Angola proper - offshore.1B\( =p @ ffffff@+Q cEPSGCColombia - offshore Caribbean west of 72°WColombia - offshore Caribbean west of 72°W of Greenwich.@@+\(\SWzH` Ok EPSGBColombia - offshore west of 78°WColombia - offshore west of 78°W of Greenwich. C#EPSGAColombia - east of 69°35'WColombia - east of 4°30'E of Bogota (approximately 69°35'W of Greenwich).@=p =Qe\(PzH< KeEPSG@Colombia - 72°35'W to 69°35'WColombia - onshore between 1°30'E and 4°30'E of Bogota (approximately 72°35'W and 69°35'W of Greenwich).Q@) =p R%\(QeQKeEPSG?Colombi" ]EPSG[Germany - West Germany - east of 13.5°EGermany - former West Germany onshore east of 13°30'E - state of Bayern.@HAGz@H}p =@+@+zG 7# y W Vss5q]e7 _/EPSGrIndonesia - 96°E to 102°E, S hemisphereIndonesia - south of equator and between 96°E and 102°E - onshore and offshore.!Q`f _/EPSGqIndonesia - 96°E to 102°E, N hemisphereIndonesia - north of equator and between 96°E and 102°E - onshore and offshore.@\(`ff [k EPSGpIndonesia - west of 96°E, S hemisphereIndonesia - south of equator and west of 96°E. [EPSGoIndonesia - west of 96°E, N hemisphereIndonesia - north of equator and west of 96°E - onshore and offshore.@(\)@W =q` SwEPSGnEurope - Estonia; Latvia; LithuaniaEstonia, Latvia and Lithuania - onshore and offshore.@JR<@3Q@<=p = ]{EPSGmEgypt - west of 29°E; south of 28°11'NEgypt - west of 29°E; south of approximately 28°11'N.@5p =@<0 =q@8p =@=\(Á ]EPSGlEgypt - west of 29°E; north of 28°11'NEgypt - onshore west of 29°E and north of approximately 28°11'N.@<.zG@?zG@833333( 9]EPSGkEgypt - 29°E to 33°EEgypt - onshore between 29°E and 33°E, offshore Mediterranean east of 29°E and offshore Gulf of Suez.@5p =@@\)@A"\(Á GEPSGjEgypt - east of 33°E onshoreEgypt - east of 33°E - onshore plus offshore Gulf of Suez.@5Q@?\(\!@By cwEPSGiEurope - 42°E to 48°E and ED50 by countryEurope - between 42°E and 48°E - Türkiye (Turkey).@B|(\@D*@Fj=p H cEPSGhEurope - 36°E to 42°E and ED50 by countryEurope - between 36°E and 42°E - Jordan; Norway including Svalbard - offshore; Türkiye (Turkey) - onshore and offshore.@=.zG@SzG$*g c?EPSGgEurope - 30°E to 36°E and ED50 by countryEurope - between 30°E and 36°E - Israel - offshore; Jordan; Norway including Svalbard - onshore and offshore; Türkiye (Turkey) - onshore and offshore.@=0 =q@U,$~ c_EPSGfEurope - 24°E to 30°E and ED50 by countryEurope - between 24°E and 30°E - Greece - offshore; Norway including Svalbard - onshore and offshore; Türkiye (Turkey) - onshore and offshore. Egypt - Western Desert.@9\(@U.Q@>\(Áa cEPSGeEurope - 18°E to 24°E and ED50 by countryEurope - between 18°E and 24°E - Greece - offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore.@@˅Q@U"\(@1p =@8\(Á caEPSGdEurope - 12°E to 18°E and ED50 by countryEurope - between 12°E and 18°E onshore and offshore - Denmark (including Bornholm); Italy including San Marino and Vatican City State; Malta; Norway including Svalbard.@A>Q@UG{ @2\( a%EPSGcEurope - 6°E to 12°E and ED50 by countryEurope - between 6°E and 12°E - Denmark - onshore and offshore; France - offshore; Germany offshore; Italy - onshore and offshore; Netherlands offshore; Norway including Svalbard - onshore and offshore.@BC =p@UQ@\( K _ EPSGbEurope - 0°E to 6°E and ED50 by countryEurope - between 0°E and 6°E - Andorra; Denmark (North Sea); France - offshore; Germany - offshore; Netherlands - offshore; Norway including Svalbard - onshore and offshore; Spain - onshore (mainland and Balearic Islands); United Kingdom - offshore UKCS.@CGzH@T _EPSGaEurope - 6°W to 0°W and ED50 by countryEurope - between 6°W and 0°W - Channel Islands (Jersey, Guernsey); France offshore; Gibraltar; Ireland offshore; Norway including Svalbard - offshore; Spain - onshore; United Kingdom - UKCS offshore.@AGz@T\(?zG{3 aYEPSG`Europe - 12°W to 6°W and ED50 by countryEurope - between 12°W and 6°W - Faroe Islands - onshore; Spain - mainland onshore; Ireland offshore.@B =q@O4zG cuEPSG_Europe - 18°W to 12°W and ED50 by countryEurope - between 18°W and 12°W - Ireland offshore.@H7 =p@LH\)0g 9OEPSG^Netherlands - offshoreNetherlands - offshore North Sea.@IQ@K\(@=p =@zG{u?cEPSG]UK - offshore - North SeaUnited Kingdom (UK) - offshore - North Sea.@I =p@O =p333333@ 333333 gC. \  |G5bz E{Ck GIEPSGIndia - onshore west of 72°EIndia - onshore west of 72°E.@4 =p@<8Q@QQ@R =q mEPSGIndia - onshore 21°N to 28°N and west of 82°EIndia - onshore between 21°N and 28°N and west of 82°E.@<\(@QQ@T =qV 9;EPSGIndia - north of 28°NIndia - north of 28°N.@AGz@Qfffff@Th\)n QSEPSGBangladesh - onshore east of 90°EBangladesh - onshore east of 90°E.@4Q@9J=p Z@W*G{n QSEPSGBangladesh - onshore west of 90°EBangladesh - onshore west of 90°E.@5 =p@: =p@V =qZw K]EPSGIndia - mainland south of 15°NIndia - mainland onshore south of 15°N.@ =p @.Q@R|(\@To I]EPSGIndia - onshore 15°N to 21°NIndia - onshore between 15°N and 21°N.@5\(@Q\)@UəQ y}EPSGAsia - Bangladesh; India; Myanmar; Pakistan - zone IlbBangladesh - onshore north of 21°N; India - onshore north of 21°N and east of 82°E; Myanmar (Burma) - north of 21°N.@=xQR@YJG{I GEPSGAsia - India; Pakistan - onshore 21°N to 28°N and west of 82°EIndia - onshore between 21°N and 28°N and west of 82°E; Pakistan - onshore south of 28°N.@<\(@N˅Q@T =q a EPSGAsia - India; Pakistan - 28°N to 35°35'NIndia - north of 28°N; Pakistan - between 28°N and 35°35'N.@A˅Q@NnzG@Th\)i EGEPSGPakistan - north of 35°35'NPakistan - north of 35°35'N.@A=p @B\)@Q˅Q@S@ =q* _-EPSGThailand - onshore and GoT 96°E to102°EThailand - onshore west of 102°E plus offshore Gulf of Thailand west of 102°E.@Q@4u\(@XU\(@Y =qq ?kEPSGThailand - east of 102°EThailand - onshore and offshore east of 102°E.@zG@2p =qf@Zh\)) g#EPSGAsia - Myanmar and Thailand - 96°E to 102°EMyanmar (Burma) - onshore east of 96°E; Thailand - onshore west of 102°E.@Q@<@W\(@Y =q []EPSGMyanmar (Burma) - onshore west of 96°EMyanmar (Burma) - onshore west of 96°E.@/QR@;# =p@W @X =q ]EPSGIndonesia - east of 138°E, S hemisphereIndonesia - south of equator and east of 138°E - onshore and offshore.%zG@aQ a1EPSG~Indonesia - 132°E to 138°E, S hemisphereIndonesia - south of equator and between 132°E and 138°E - onshore and offshore.$Q@a@Qj am EPSG}Indonesia - 132°E to 138°E, N hemisphereIndonesia - north of equator and east of 132°E. a1EPSG|Indonesia - 126°E to 132°E, S hemisphereIndonesia - south of equator and between 126°E and 132°E - onshore and offshore."fffff~ a1EPSG{Indonesia - 126°E to 132°E, N hemisphereIndonesia - north of equator and between 126°E and 132°E - onshore and offshore.@Q~& a1EPSGzIndonesia - 120°E to 126°E, S hemisphereIndonesia - south of equator and between 120°E and 126°E - onshore and offshore.+fffff?zG{x@_ =q a1EPSGyIndonesia - 120°E to 126°E, N hemisphereIndonesia - north of equator and between 120°E and 126°E - onshore and offshore.@Qx~ a1EPSGxIndonesia - 114°E to 120°E, S hemisphereIndonesia - south of equator and between 114°E and 120°E - onshore and offshore.*Qr@^ =q a1EPSGwIndonesia - 114°E to 120°E, N hemisphereIndonesia - north of equator and between 114°E and 120°E - onshore and offshore.@zG{rx a1EPSGvIndonesia - 108°E to 114°E, S hemisphereIndonesia - south of equator and between 108°E and 114°E - onshore and offshore.(# =plr a1EPSGuIndonesia - 108°E to 114°E, N hemisphereIndonesia - north of equator and between 108°E and 114°E - onshore and offshore.@zG{lr a1EPSGtIndonesia - 102°E to 108°E, S hemisphereIndonesia - south of equator and between 102°E and 108°E - onshore and offshore.%u\(f@[ =qa1EPSGsI moEPSGIndia - onshore north of 21°N and east of 82°EIndia - onshore north of 21°N and east of 82°E.@=xQR@XZG{FpG 1 xlJ)Fot ?cEPSG]UK - offshore - North SeaUnited Kingdom (UK) - offshore - North Sea.@I =p@O =p333333@ 333333n< KeEPSG?Colombia - 75°35'W to 72°35'WColombia - onshore between 1°30'W and 1°30'E of Bogota (approximately 75°35'W and 72°35'W of Greenwich).zG@' =pR\(R%Qm" yEPSG#Asia - Middle East - Kuwait and Saudi - 42°E to 48°EKuwait - west of 48°E. Saudi Arabia - between of 42°E and 48°E.@0^Q@?&fffff*@HGzlv eOEPSGAsia - Cambodia and Vietnam - west of 108°ECambodia; Vietnam west of 108°E.@ \)@7ffffff@Y\)lk ]EPSGGermany - East Germany - west of 10.5°EGermany - states of former East Germany - west of 10°30'E - Thuringen.@I,@IǮzH@# =p@%j uyEPSGArgentina - Tierra del Fuego onshore west of 67.5°WArgentina - Tierra del Fuego onshore west of 67°30'W.Ks33333JKQQ(\)Pi} aaEPSGCote d'Ivoire (Ivory Coast) - west of 6°WCôte d'Ivoire (Ivory Coast) west of 6°W.@(\)@%zG{!8Qg[ 'IEPSGUSA - WyomingUnited States (USA) - Wyoming.@D~Q@FGz[ =pZ33333fZ 39EPSGvUSA - New HampshireUnited States (USA) - New Hampshire - counties of Belknap; Carroll; Cheshire; Coos; Grafton; Hillsborough; Merrimack; Rockingham; Strafford; Sullivan.@EXQ@FzHR# =pQQe] )KEPSG^USA - ArkansasUnited States (USA) - Arkansas.@@Gz@B@WzHVh\)c% 7KEPSGENorth America - NAD27North and central America: Antigua and Barbuda - onshore. Bahamas - onshore plus offshore over internal continental shelf only. Belize - onshore. British Virgin Islands - onshore. Canada onshore - Alberta, British Columbia, Manitoba, New Brunswick, Newfoundland and Labrador, Northwest Territories, Nova Scotia, Nunavut, Ontario, Prince Edward Island, Quebec, Saskatchewan and Yukon - plus offshore east coast west of 44°W and north of 40°N. Cuba - dbq {EPSG-North America - Canada and USA (CONUS, Alaska mainland)North America - onshore and offshore: Canada - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon. United States (USA) - Alabama; Alaska (mainland); Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.@7\(@Up =eGzG޸Qa SiEPSGAsia - Myanmar and Thailand onshoreMyanmar (Burma) - onshore; Thailand - onshore.@Q@<@W @Zh\)` qwEPSGIndonesia - Bali, Java and western Sumatra onshoreIndonesia - onshore - Bali, Java and western Sumatra.!R@Gz@W=p @\Gz_ 1%EPSGVirgin Islands, USUS Virgin Islands - onshore and offshore - St Croix, St John, and St Thomas.@08Q@5zGP33333O =q^ GEPSGSpainSpain - mainland, Balearic Islands, Canary Islands, Ceuta and Melilla - onshore and offshore.@8@G!Gz5zG@333333]x =mEPSGNorthern Mariana IslandsNorthern Mariana Islands - onshore and offshore.@(\(@7fffff@a\(@b\V KEPSGtLebanonLebanon - onshore and offshore.@@zH@AkQ@@@BP =q[r CYEPSGKFrench Southern TerritoriesFrench Southern Territories - onshore and offshore. Includes Amsterdam and St Paul, Bassas da India, Crozet, Europa, Glorieuses, Juan de Nova, Kerguelen and Tromelin.JQ%L@Bfffff@TuQZa =?EPSG(Central African RepublicCentral African Republic.@\(@&Q@,R@;u\(^y E p < H^i o9EPSGWorld - N hemisphere - 12°W to 6°W - by countryBetween 12°W and 6°W, northern hemisphere between equator and 84°N, onshore and offshore. Algeria. Côte D'Ivoire (Ivory Coast). Faroe Islands. Guinea. Ireland. Jan Mayen. Liberia, Mali. Mauritania. Morocco. Portugal. Sierra Leone. Spain. United Kingdom (UK). Western Sahara.@U =q(QV q-EPSGWorld - S hemisphere - 72°W to 66°W - by countryBetween 72°W and 66°W, southern hemisphere between 80°S and equator, onshore and offshore. Argentina. Bolivia. Brazil. Chile. Colombia. Peru. u#EPSGWorld - N hemisphere - 120°W to 114°W - by countryBetween 120°W and 114°W, northern hemisphere between equator and 84°N, onshore and offshore. Canada - Alberta; British Columbia (BC); Northwest Territories (NWT); Nunavut. Mexico. United States (USA).T` u9EPSGWorld - N hemisphere - 180°W to 174°W - by countryBetween 180°W and 174°W, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation; United States (USA) - Alaska (AK).TLR~ [KEPSGWorld - S hemisphere - 120°E to 126°EBetween 120°E and 126°E, southern hemisphere between 80°S and equator, onshore and offshore.x~} WGEPSGWorld - N hemisphere - 42°E to 48°EBetween 42°E and 48°E, northern hemisphere between equator and 84°N, onshore and offshore.T*0| WGEPSGWorld - S hemisphere - 42°W to 36°WBetween 42°W and 36°W, southern hemisphere between 80°S and equator, onshore and offshore.{ [KEPSGeWorld - N hemisphere - 120°W to 114°WBetween 120°W and 114°W, northern hemisphere between equator and 84°N, onshore and offshore.Tz /5EPSGJJapan - zone XIIIJapan - onshore - Hokkaido east of approximately 143°E - Kitami city; Obihiro city; Kushiro city; Abashiri city; Nemuro city; Nemuro-shicho; Kushiro-shicho; Abashiri-shicho (except Monbetsu-gun); Tokachi-shicho.@D\(@F333333@aӅQ@b; =pyX ;=EPSG5Namibia - east of 24°ENamibia - east of 24°E.2.zG1xQ@9EQxQ WEPSGSouth America - 54°W to 48°W, N hemisphere and SAD69 by countryBrazil - offshore deep water - Amazon cone. In remainder of South America, between 54°W and 48°W, northern hemisphere onshore but excluding most of the area southeast of a line between approximately 2°N, 54°W and 4°N, 52°W.?Gz@=p =GS33333w{ M{EPSGRussia - 180° to 174°W onshoreRussian Federation - onshore between 180°E and 174°W.@Pfffff@Q陙LRvO _EPSGSouth America - 72°W to 66°W, N hemisphere and PSAD56 by countrySouth America (Aruba; Bonaire; Curacao; Venezuela) between 72°W and 66°W, northern hemisphere, onshore.?\(\@)\(\u. 9 EPSGNorth America - NAVD88North America: Canada - Alberta; British Columbia (BC); Manitoba; New Brunswick (NB); Newfoundland and Labrador; Northwest Territories (NWT); Nova Scotia (NS); Nunavut; Ontario; Prince Edward Island (PEI); Quebec; Saskatchewan; Yukon. United States (USA) - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.:Xt wGEPSGEurope - former Yugoslavia onshore 16.5°E to 19.5°EBosnia and Herzegovina - between 16°30'E and 19°30'E; Croatia - onshore east of 16°30'E; Montenegro - onshore west of 19°30'E; Serbia - west of 19°30'E.@DQ@GFfffff@0@3\(qy KoEPSGIndia - mainland 72°E to 78°EIndia - mainland onshore between 72°E and 78°E.@ =p @AGzH@S =q W, k  @  9Da J@JWE qQEPSGEurope - former Yugoslavia onshore west of 16.5°EBosnia and Herzegovina - west of 16°30'E; Croatia - onshore west of 16°30'E; Slovenia - onshore.@Ey@Gp =q@*\(@0 AEPSGAustria - east of 14°50'EAustria east of 14°50'E of Greenwich (32°30'E of Ferro).@GGzH@H\(@-\)@1+Q# I5EPSGAustria - 11°50'E to 14°50'EAustria between 11°50'E and 14°50'E of Greenwich (29°30'E and 32°30'E of Ferro).@G333333@HeQ@'\)@-zG AEPSGAustria - west of 11°50'EAustria west of 11°50'E of Greenwich (29°30'E of Ferro).@Gb\(@GzG@#\(@'zGn Ac EPSGMorocco - south of 27.9°NMorocco south of 31 grads North (27°54'N).@5\(@;fffff!W =pׁ E EPSGMorocco - 27.9°N to 31.5°NMorocco between 31 grads and 35 grads North (27°54'N and 31°30'N).@;fffff@? } AsEPSGMorocco - north of 31.5°NMorocco onshore north of 35 grads North (31°30'N).@?}p =@A(\#33333(\)@ 5EPSGPhilippines - zone VPhilippines - approximately between 124°E and 126°E, onshore and offshore - east Mindanao (east of 124°E); Bohol; Samar.@ =p @5Q@^Q@_z 7uEPSGPhilippines - zone IVPhilippines - approximately between 122°E and 124°E onshore and offshore - southeast Luzon (east of 122°E); Tablas; Masbate; Panay; Cebu; Negros; west Mindanao (west of 122°E).@ Q@6.zG@^o\(@_\(Á- 9gEPSGPhilippines - zone IIIPhilippines - approximately between 120°E and 122°E, onshore and offshore. Luzon (west of 122°E); Mindoro.@5Q@]@^p =( 7_EPSGPhilippines - zone IIPhilippines - approximately between 118°E and 120°E - Palawan; Calamian Islands - onshore and offshore.@(\)@4kQv@^zGo 5qEPSGPhilippines - zone IPhilippines - west of 118°E onshore and offshore.@ =p@2 =p@]\(vr 7gEPSGGabon - west of 12°EGabon - west of 12°E - onshore and offshore.zG{@\(@Q@(Q녁 qsEPSGGabon - north of equator and west of 12°E onshoreGabon - onshore north of equator and west of 12°E.@\(@" l OQEPSGVenezuela - east of 66°W onshoreVenezuela - onshore east of 66°W.?zG{@&u\(Mfffffr SgEPSGVenezuela - 72°W and 66°W onshoreVenezuela - between 72°W and 66°W, onshore.?\(\@(c ?AEPSGVenezuela - west of 72°WVenezuela - west of 72°W.@zG@'=p =RXQQ\( _EPSGMalaysia - West Malaysia - east of 102°EMalaysia - onshore West Malaysia east of 102°E and offshore east coast.?\(\@=p =f@ZtzG omEPSGMalaysia - West Malaysia - onshore west of 102°EMalaysia - West Malaysia onshore west of 102°E.@QR@Gz@X\(@Y =qs QOEPSGMalaysia - West Malaysia - onshoreMalaysia - West Malaysia onshore.?\(\@Gz@X\(@Z&fffffZ =?EPSGPakistan - east of 72°EPakistan - east of 72°E.@<5\(@B\)H@SuQu OcEPSGPakistan - onshore 66°E to 72°EPakistan - onshore between 66°E and 72°E.@7 =p@BGzHB@R =qq MOEPSGPakistan - onshore west of 66°EPakistan - onshore west of 66°E.@8G{@=޸Q@NnzG@P =qs OQEPSGPakistan - onshore south of 28°NPakistan - onshore south of 28°N.@7 =p@<\(@N˅Q@Q=p k EYEPSGPakistan - 28°N to 35°35'NPakistan - between 28°N and 35°35'N.@A˅Q@NnzG@SuQT 79EPSGIndia - east of 96°EIndia - east of 96°E.@;@=xQ`@XZG{y KoEPSGIndia - mainland 90°E to 96°EIndia - mainland onshore between 90°E and 96°E.@5 =q@=kQZ@X =qo I]EPSGIndia - onshore 84°E to 90°EIndia - onshore between 84°E and 90°E.@2.zG@<# =pT@V =qo I]EPSGIndia - onshore 78°E to 84°EIndia - onshore between 78°E and 84°E.@ zG@AN@U =qzKoEPSGIndia - mainland 72°E to 78°EIndia - mainland onshore between 72°E and 78°E.@ =p @AGzH@S =q 5  } s  mZx|5 I EPSGAlgeria - 31°30'N to 34°39'NAlgeria - 35 grads to 38.5 grads North (31°30'N to 34°39'N).@?}p =@ATzG@"p =qW 35EPSGSuriname - offshoreSuriname - offshore.@\(\@"33333LJTzG[ 79EPSGMozambique - offshoreMozambique - offshore.;\($.zG@@QR@E =p` ?9EPSGUSA - Michigan - SPCS - SUnited States (USA) - Michigan - counties of Allegan; Barry; Bay; Berrien; Branch; Calhoun; Cass; Clinton; Eaton; Genesee; Gratiot; Hillsdale; Huron; Ingham; Ionia; Isabella; Jackson; Kalamazoo; Kent; Lapeer; Lenawee; Livingston; Macomb; Mecosta; Midland; Monroe; Montcalm; Muskegon; Newaygo; Oakland; Oceana; Ottawa; Saginaw; Sanilac; Shiawassee; St Clair; St Joseph; Tuscola; Van Buren; Washtenaw; Wayne.@DQ@F(\UTQs ?_EPSGUSA - Michigan - SPCS - CUnited States (USA) - Michigan - counties of Alcona; Alpena; Antrim; Arenac; Benzie; Charlevoix; Cheboygan; Clare; Crawford; Emmet; Gladwin; Grand Traverse; Iosco; Kalkaska; Lake; Leelanau; Manistee; Mason; Missaukee; Montmorency; Ogemaw; Osceola; Oscoda; Otsego; Presque Isle; Roscommon; Wexford.@Efffff@F\(U =pTGz" ?=EPSGUSA - Michigan - SPCS - NUnited States (USA) - Michigan north of approximately 45°45'N - counties of Alger; Baraga; Chippewa; Delta; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Luce; Mackinac; Marquette; Menominee; Ontonagon; Schoolcraft.@F=p @H(\)VG{T(\b ?} EPSGUSA - Michigan - SPCS - WUnited States (USA) - Michigan - counties of Alger; Baraga; Chippewa; Delta; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Luce; Mackinac; Marquette; Menominee; Ontonagon; Schoolcraft.R S EPSGUSA - Michigan - SPCS - old centralUnited States (USA) - Michigan - counties of Alger; Allegan; Antrim; Barry; Benzie; Berrien; Branch; Calhoun; Cass; Charlevoix; Clare; Delta; Eaton; Emmet; Grand Traverse; Ionia; Isabella; Kalamazoo; Kalkaska; Kent; Lake; Leelanau; Luce; Mackinac; Manistee; Mason; Mecosta; Missaukee; Montcalm; Muskegon; Newaygo; Oceana; Osceola; Ottawa; St Joseph; Schoolcraft; Van Buren; Wexford.@D@GzGU =pU&fffff@ ?yEPSGUSA - Michigan - SPCS - EUnited States (USA) - Michigan - counties of Alcona; Alpena; Arenac; Bay; Cheboygan; Chippewa; Clinton; Crawford; Genesee; Gladwin; Gratiot; Hillsdale; Huron; Ingham; Iosco; Jackson; Lapeer; Lenawee; Livingston; Macomb; Midland; Monroe; Montmorency; Oakland; Ogemaw; Oscoda; Otsego; Presque Isle; Roscommon; Saginaw; Sanilac; Shiawassee; St Clair; Tuscola; Washtenaw; Wayne.@DQ@GQU7zHTQ 7?EPSGItaly - east of 12°EItaly - onshore and offshore - east of 12°E including San Marino and Vatican City State.@AaGz@G @2p =k 7gEPSGItaly - west of 12°EItaly - onshore and offshore - west of 12°E.@BC =p@GQ@Q y GeEPSGNigeria - offshore deep waterNigeria - offshore beyond continental shelf.?Q@\(@GzH@GzH eEPSGNigeria - offshore deep water - west of 6°ENigeria - offshore beyond continental shelf west of 6°E.?Q@\(@GzH = EPSGNigeria - west of 6.5°ENigeria - onshore west of 6°30'E, onshore and offshore shelf.@ \(@+@Q@ CEPSGNigeria - 6.5°E to 10.5°ENigeria between 6°30'E and 10°30'E, onshore and offshore shelf.@ \(@+\(@@%Qb ??EPSGNigeria - east of 10.5°ENigeria east of 10°30'E.@Q@+p =q@$G{@-Ĺ! q EPSGEurope - former Yugoslavia onshore east of 22.5°ENorth Macedonia - east of 22°30'E; Serbia - east of 22°30'E.@DzG@FY@6@7 =p _ wEPSGEurope - former Yugoslavia onshore 19.5°E to 22.5°EBosnia and Herzegovina - east of 19°30'E; Kosovo; Montenegro - east of 19°30'E; Serbia - between 19°30'E and 22°30'E.@D@GQ@3@6\(Á C{EPSGAlgeria - north of 34°39'NAlgeria - onshore north of 38.5 grads North (34°39'N).@AQR@BR\(@!GzH [ =  *6hLp.[C _ 7]EPSGPeru - 79°W to 73°WPeru - between 79°W and 73°W, onshore.0RQ[ 5IEPSGPeru - east of 73°WPeru - east of 73°W, onshore.2c =pQQ*G{G 3!EPSGUAE - east of 54°EUnited Arab Emirates (UAE) onshore and offshore east of 54°E - Abu Dhabi; Dubai; Sharjah; Ajman; Fujairah; Ras Al Kaimah; Umm Al Qaiwain.@6Gz@:EQ6@L =qH IEPSGAsia - Middle East - Qatar offshore and UAE west of 54°EQatar - offshore. United Arab Emirates (UAE) - Abu Dhabi - onshore and offshore west of 54°E.@6\(@; @IFfffff@KGz 1 EPSGNorway - zone VIIINorway - east of 16°15'E of Oslo (26°58'22.5"E of Greenwich).@QAGz@Q(\@:Q@?QR /IEPSGNorway - zone VIINorway - between 12°10'E and 16°15'E of Oslo (22°53'22.5"E and 26°58'22.5"E of Greenwich).@Q%Q@Q\(@6Gz@:G{ -GEPSGNorway - zone VINorway - between 8°10'E and 12°10'E of Oslo (18°53'22.5"E and 22°53'22.5"E of Greenwich).@QQ@QQ@2Gz@6 =p +EEPSGNorway - zone VNorway - between 4°20'E and 8°10'E of Oslo (15°03'22.5"E and 18°53'22.5"E of Greenwich).@P@QGz@.@2 =p -EEPSGNorway - zone IVNorway - between 1°15'E and 4°20'E of Oslo (11°58'22.5"E and 15°03'22.5"E of Greenwich).@M =q@QFfffff@' =q@.Q /CEPSGNorway - zone IIINorway - between 1°10'W and 1°15'E of Oslo (9°33'22.5"E and 11°58'22.5"E of Greenwich).@Mc =p@PQ@#@'\( -CEPSGNorway - zone IINorway - between 3°30'W and 1°10' W of Oslo (7°13'22.5"E and 9°33'22.5"E of Greenwich).@L33333@PQ@Gz@#Q} +EPSGNorway - zone INorway - west of 3°30'W of Oslo (7°13'22.5"E of Greenwich).@L\(@O\(@\(@Qf IKEPSGKuwait - east of 48°E onshoreKuwait - onshore east of 48°E.@<=p @> =p 0@H=p =f IKEPSGKuwait - west of 48°E onshoreKuwait - onshore west of 48°E.@<zH@> =p@GEQ0u IiEPSGAlgeria - east of 6°E onshoreAlgeria - onshore east of 6°E (of Greenwich).@3@BR@'G{} I{EPSGAlgeria - 0°E to 6°E onshoreAlgeria - onshore between 0°E and 6°E (of Greenwich).@2Q@B|(\@ =p v I{EPSGAlgeria - 6°W to 0°W onshoreAlgeria - onshore between 6°W and 0°W (of Greenwich).@5R@AG{e 9YEPSGAlgeria - west of 6°WAlgeria - west of 6°W (of Greenwich).@9G{@=ٙ!W =po EPSGFrance - mainland 45.45°N to 48.15°N. Also all mainland.France mainland onshore between 50.5 grads and 53.5 grads North (45°27'N to 48°09'N). Also used over all onshore mainland France.@E*=p @IRzG{@ u\( S EPSGFrance - mainland south of 45.45°NFrance - mainland onshore south of 50.5 grads North (45°27'N).@E*=p @FG{ =p@ =pׁ. Y;EPSGFrance - mainland 45.45°N to 48.15°NFrance mainland onshore between 50.5 grads and 53.5 grads North (45°27'N to 48°09'N).@FQ@H33333333333@Q녁 SEPSGFrance - mainland north of 48.15°NFrance mainland onshore north of 53.5 grads North (48°09'N).@HR@IRzG{@ u\("9 EPSGNorth America -Q eEPSGSouth America - 78°W to 72°W, S hemisphere and PSAD56 by countrySouth America (Chile - north of 45°S; Ecuador; Peru) between 78°W and 72°W, southern hemisphere, onshore.EQ\(> ?EPSGSouth America - 78°W to 72°W, N hemisphere and PSAD56 by countrySouth America (Ecuador; Venezuela) between 78°W and 72°W, northern hemisphere, onshore.@'=p =Q\(< ;EPSGSouth America - 84°W to 78°W, S hemisphere and PSAD56 by countrySouth America (Ecuador and Peru) between 84°W and 78°W, southern hemisphere, onshore.%\(TZ=p i AYEPSGBrazil - Amazon cone shelfBrazil - offshore shelf - Amazon cone.@ffffffIRR 57EPSGPeru - west of 79°WPeru - west of 79°W. =p =p TZ=p a J U ` r .8IPV\a} O}EPSGRussia - 174°E to 180°E onshoreRussian Federation - onshore between 174°E and 180°E .@N33333@Q\(| O{EPSGRussia - 162°E to 168°E onshoreRussian Federation - onshore between 162°E and 168°E.@K<(\@QR| O{EPSGRussia - 156°E to 162°E onshoreRussian Federation - onshore between 156°E and 162°E.@I"\(@SL| O{EPSGRussia - 150°E to 156°E onshoreRussian Federation - onshore between 150°E and 156°E.@F\(@S =q| O{EPSGRussia - 144°E to 150°E onshoreRussian Federation - onshore between 144°E and 150°E.@E@S4zG| O{EPSGRussia - 138°E to 144°E onshoreRussian Federation - onshore between 138°E and 144°E.@FQ@SGz| O{EPSGRussia - 132°E to 138°E onshoreRussian Federation - onshore between 132°E and 138°E.@EP =q@S { O{EPSGRussia - 126°E to 132°E onshoreRussian Federation - onshore between 126°E and 132°E.@E @Rg =p~s O{EPSGRussia - 120°E to 126°E onshoreRussian Federation - onshore between 120°E and 126°E.@IGzJx~z O{EPSGRussia - 114°E to 120°E onshoreRussian Federation - onshore between 114°E and 120°E.@HGz@Rp =rxz O{EPSGRussia - 108°E to 114°E onshoreRussian Federation - onshore between 108°E and 114°E.@HR@S3 =plrz O{EPSGRussia - 102°E to 108°E onshoreRussian Federation - onshore between 102°E and 108°E.@HR@S޸Qflx MyEPSGRussia - 96°E to 102°E onshoreRussian Federation - onshore between 96°E and 102°E.@Hp =@TTzG`fv KwEPSGRussia - 90°E to 96°E onshoreRussian Federation - onshore between 90°E and 96°E.@HR@TVfffffZ`v KwEPSGRussia - 84°E to 90°E onshoreRussian Federation - onshore between 84°E and 90°E.@H\)@TQGzTZv KwEPSGRussia - 78°E to 84°E onshoreRussian Federation - onshore between 78°E and 84°E.@IXQ@TARNTv KwEPSGRussia - 72°E to 78°E onshoreRussian Federation - onshore between 72°E and 78°E.@J\(@Sp =HNw KyEPSGRussia - 66°E to 72°E onshoreRussian Federation - onshore between 66°E and 72°E .@K @SDzGBHv KwEPSGRussia - 60°E to 66°E onshoreRussian Federation - onshore between 60°E and 66°E.@ITzG@TqGz\(ÁS {qEPSGEurope - FSU onshore 18°E to 24°E and S-42 by countryBelarus, Estonia, Latvia, Lithuania and Ukraine - onshore west of 24°E. Russian Federation - Kaliningrad onshore.@G@MQ@3RV {EPSGEurope - 12°E to 18°E onshore and S-42(58) by countryGermany (former DDR) - onshore east of 12°E. Poland - onshore west of 18°E. Czechia, Hungary and Slovakia - west of 18°E.@F =p@KqR u KeEPSGRussia - east of 174°W onshoreRussian Federation - onshore east of 174°W.@P @P˅QRe =p o" c  z H W#V"xF?oc =QEPSG4Namibia - 22°E to 24°ENamibia - between 22°E and 24°E.2}p =1Q@5p =r =aEPSG1Namibia - 16°E to 18°ENamibia - onshore between 16°E and 18°E. =p1=p =@ zG{@0u\( ]uEPSGFalkland Islands - onshore east of 60°WFalkland Islands (Malvinas) - onshore east of 60°W.JAGzI =qĹ ]uEPSGFalkland Islands - onshore west of 60°WFalkland Islands (Malvinas) - onshore west of 60°W.J*=p IzG{NfffffMQZ ;O EPSGBrazil - 36°W to 30°WBrazil - between 36°W and 30°W.$k KaEPSGBrazil - 42°W to 36°W onshoreBrazil - between 42°W and 36°W, onshore.6\(p =qR ;O EPSGBrazil - 48°W to 42°WBrazil - between 48°W and 42°W.:Lւ kEPSGSouth America - 54°W to 48°W, S hemisphere and SAD69 by countryBrazil - onshore and offshore northern and southern hemispheres between 54°W and 48°W. In remainder of South America - between 54°W and 48°W, southern hemisphere, onshore.AG{@(\)GQc =QEPSG3Namibia - 20°E to 22°ENamibia - between 20°E and 22°E.6\(1ٙ@3p =\ =QEPSG2Namibia - 18°E to 20°ENamibia - between 18°E and 20°E..zG@@Q@`8Q@` )#EPSG>Japan - zone IJapan - onshore - Kyushu west of approximately 130°E - Nagasaki-ken; islands of Kagoshima-ken between 27°N and 32°N and between 128°18'E and 130°E (between 128°18'E and 30°13'E for Amami islands).@:\(@A^Q@`p =@`NQY qEPSG=Asia - Brunei and East Malaysia - 114°E to 120°EBrunei - onshore and offshore east of 114°E; Malaysia - East Malaysia (Sabah, Sarawak) onshore and offshore east of 114°E).?Gz@zGr@] =pׁF qaEPSG;^# qGEPSGWorld - S hemisphere - 18°W to 12°W - by countryBetween 18°W and 12°W, southern hemisphere between 80°S and equator, onshore and offshore.6 qmEPSGWorld - N hemisphere - 18°W to 12°W - by countryBetween 18°W and 12°W, northern hemisphere between equator and 84°N, onshore and offshore. Gambia. Greenland. Guinea. Guinea-Bissau. Iceland. Ireland - offshore Porcupine Basin. Mauritania. Morocco. Senegal. Sierra Leone. Western Sahara.T# qGEPSGWorld - S hemisphere - 24°W to 18°W - by countryBetween 24°W and 18°W, southern hemisphere between 80°S and equator, onshore and offshore.7 qoEPSGWorld - N hemisphere - 24°W to 18°W - by countryBetween 24°W and 18°W, northern hemisphere between equator and 84°N, onshore and offshore. Greenland. Iceland.T# qGEPSGWorld - S hemisphere - 30°W to 24°W - by countryBetween 30°W and 24°W, southern hemisphere between 80°S and equator, onshore and offshore.7 qoEPSGWorld - N hemisphere - 30°W to 24°W - by countryBetween 30°W and 24°W, northern hemisphere between equator and 84°N, onshore and offshore. Greenland. Iceland.T+ qWEPSGWorld - S hemisphere - 36°W to 30°W - by countryBetween 36°W and 30°W, southern hemisphere between 80°S and equator, onshore and offshore. Brazil.. q]EPSGWorld - N hemisphere - 36°W to 30°W - by countryBetween 36°W and 30°W, northern hemisphere between equator and 84°N, onshore and offshore. Greenland.TY q3EPSGWorld - S hemisphere - 42°W to 36°W - by countryBetween 42°W and 36°W, southern hemisphere between 80°S and equator, onshore and offshore. Brazil. South Georgia and the South Sandwich Islands.܁. q]EPSGWorld - N hemisphere - 42°W to 36°W - by countryBetween 42°W and 36°W, northern hemisphere between equator and 84°N, onshore and offshore. Greenland.T܁+ qWEPSGWorld - S hemisphere - 48°W to 42°W - by countryBetween 48°W and 42°W, southern hemisphere between 80°S and equator, onshore and offshore. Brazil.ց. q]EPSGWorld - N hemisphere - 48°W to 42°W - by countryBetween 48°W and 42°W, northern hemisphere between equator and 84°N, onshore and offshore. Greenland.Tց4 qiEPSGWorld - S hemisphere - 54°W to 48°W - by countryBetween 54°W and 48°W, southern hemisphere between 80°S and equator, onshore and offshore. Brazil. Uruguay.Ё\ q9EPSGWorld - N hemisphere - 54°W to 48°W - by countryBetween 54°W and 48°W, northern hemisphere between equator and 84°N, onshore and offshore. Brazil. Canada - Newfoundland. French Guiana. Greenland.TЁo q_EPSGWorld - S hemisphere - 60°W to 54°W - by countryBetween 60°W and 54°W, southern hemisphere between 80°S and equator, onshore and offshore. Argentina. Bolivia. Brazil. Falkland Islands (Malvinas). Paraguay. Uruguay.ʂ% qKEPSGWorld - N hemisphere - 60°W to 54°W - by countryBetween 60°W and 54°W, northern hemisphere between equator and 84°N, onshore and offshore. Barbados. Brazil. Canada - Newfoundland and Labrador, Quebec. French Guiana. Greenland. Guyana. St Pierre and Miquelon. Suriname.Tʁf qMEPSGWorld - S hemisphere - 66°W to 60°W - by countryBetween 66°W and 60°W, southern hemisphere between 80°S and equator, onshore and offshore. Argentina. Bolivia. Brazil. Falkland Islands (Malvinas). Paraguay.Ą. q]EPSGWorld - N hemisphere - 66°W to 60°W - by countryBetween 66°W and 60°W, northern hemisphere between equator and 84°N, onshore and offshore. Anguilla. Antigua and Barbuda. Bermuda. Brazil. British Virgin Islands. Canada - New Brunswick; Labrador; Nova Scotia; Nunavut; Prince Edward Island; Quebec. Dominica. Greenland. Grenada. Guadeloupe. Guyana. Martinique. Montserrat. Puerto Rico. St Kitts and Nevis. St Barthelemy. St Lucia. St Maarten, St Martin. St Vincent and the Grenadines. Trinidad and Tobago. Venezuela. US Virgin Islands.T i] ` R 9=00i q5EPSGWorld - S hemisphere - 24°E to 30°E - by countryBetween 24°E and 30°E, southern hemisphere between 80°S and equator, onshore and offshore. Botswana. Burundi. Democratic Republic of the Congo (Zaire). Rwanda. South Africa. Tanzania. Uganda. Zambia. Zimbabwe.) qSEPSGWorld - N hemisphere - 24°E to 30°E - by countryBetween 24°E and 30°E, northern hemisphere between equator and 84°N, onshore and offshore. Belarus. Bulgaria. Central African Republic. Democratic Republic of the Congo (Zaire). Egypt. Estonia. Finland. Greece. Latvia. Lesotho. Libya. Lithuania. Moldova. Norway. Poland. Romania. Russian Federation. Sudan. Svalbard. Türkiye (Turkey). Uganda. Ukraine.T~ q}EPSGWorld - S hemisphere - 18°E to 24°E - by countryBetween 18°E and 24°E, southern hemisphere between 80°S and equator, onshore and offshore. Angola. Botswana. Democratic Republic of the Congo (Zaire). Namibia. South Africa. Zambia. qEPSGWorld - N hemisphere - 18°E to 24°E - by countryBetween 18°E and 24°E, northern hemisphere between equator and 84°N, onshore and offshore. Albania. Belarus. Bosnia and Herzegovina. Bulgaria. Central African Republic. Chad. Croatia. Democratic Republic of the Congo (Zaire). Estonia. Finland. Greece. Hungary. Italy. Kosovo. Latvia. Libya. Lithuania. Montenegro. North Macedonia. Norway, including Svalbard and Bjornoys. Poland. Romania. Russian Federation. Serbia. Slovakia. Sudan. Sweden. Ukraine.Tz quEPSGWorld - S hemisphere - 12°E to 18°E - by countryBetween 12°E and 18°E, southern hemisphere between 80°S and equator, onshore and offshore. Angola. Congo. Democratic Republic of the Congo (Zaire). Gabon. Namibia. South Africa. E q EPSGWorld - N hemisphere - 12°E to 18°E - by countryBetween 12°E and 18°E, northern hemisphere between equator and 84°N, onshore and offshore. Austria. Bosnia and Herzegovina. Cameroon. Central African Republic. Chad. Congo. Croatia. Czechia. Democratic Republic of the Congo (Zaire). Gabon. Germany. Hungary. Italy. Libya. Malta. Niger. Nigeria. Norway. Poland. San Marino. Slovakia. Slovenia. Svalbard. Sweden. Vatican City State.T @ oEPSGWorld - S hemisphere - 6°E to 12°E - by countryBetween 6°E and 12°E, southern hemisphere between 80°S and equator, onshore and offshore. Angola. Congo. Gabon. Namibia.  oEPSGWorld - N hemisphere - 6°E to 12°E - by countryBetween 6°E and 12°E, northern hemisphere between equator and 84°N, onshore and offshore. Algeria. Austria. Cameroon. Denmark. Equatorial Guinea. France. Gabon. Germany. Italy. Libya. Liechtenstein. Monaco. Netherlands. Niger. Nigeria. Norway. Sao Tome and Principe. Svalbard. Sweden. Switzerland. Tunisia. Vatican City State.T  mCEPSG World - S hemisphere - 0°E to 6°E - by countryBetween 0°E and 6°E, southern hemisphere between 80°S and equator, onshore and offshore.l m_EPSG World - N hemisphere - 0°E to 6°E - by countryBetween 0°E and 6°E, northern hemisphere between equator and 84°N, onshore and offshore. Algeria. Andorra. Belgium. Benin. Burkina Faso. Denmark - North Sea. France. Germany - North Sea. Ghana. Luxembourg. Mali. Netherlands. Niger. Nigeria. Norway. Spain. Togo. United Kingdom (UK) - North Sea.T mCEPSG World - S hemisphere - 6°W to 0°W - by countryBetween 6°W and 0°W, southern hemisphere between 80°S and equator, onshore and offshore.[ m=EPSG World - N hemisphere - 6°W to 0°W - by countryBetween 6°W and 0°W, northern hemisphere between equator and 84°N, onshore and offshore. Algeria. Burkina Faso. Côte' Ivoire (Ivory Coast). Faroe Islands - offshore. France. Ghana. Gibraltar. Ireland - offshore Irish Sea. Mali. Mauritania. Morocco. Spain. United Kingdom (UK).T! oEEPSG World - S hemisphere - 12°W to 6°W - by countryBetween 12°W and 6°W, southern hemisphere between 80°S and equator, onshore and offshore. Y ZSY# qGEPSG'World - S hemisphere - 78°E to 84°E - by countryBetween 78°E and 84°E, southern hemisphere between 80°S and equator, onshore and offshore.NT# qGEPSG%World - S hemisphere - 72°E to 78°E - by countryBetween 72°E and 78°E, southern hemisphere between 80°S and equator, onshore and offshore.HN qEPSG$World - N hemisphere - 72°E to 78°E - by countryBetween 72°E and 78°E, northern hemisphere between equator and 84°N, onshore and offshore. China. India. Kazakhstan. Kyrgyzstan. Maldives. Pakistan. Russian Federation. Tajikistan. Uzbekistan.THN# qGEPSG#World - S hemisphere - 66°E to 72°E - by countryBetween 66°E and 72°E, southern hemisphere between 80°S and equator, onshore and offshore.BH q EPSG"World - N hemisphere - 66°E to 72°E - by countryBetween 66°E and 72°E, northern hemisphere between equator and 84°N, onshore and offshore. Afghanistan. India. Kazakhstan. Kyrgyzstan. Pakistan. Russian Federation. Tajikistan. Uzbekistan.TBH# qGEPSG!World - S hemisphere - 60°E to 66°E - by countryBetween 60°E and 66°E, southern hemisphere between 80°S and equator, onshore and offshore.ٙ@@ =pW33333V =pO 7EPSGUSA - Iowa - SPCS - NUnited States (USA) - Iowa - counties of Allamakee; Benton; Black Hawk; Boone; Bremer; Buchanan; Buena Vista; Butler; Calhoun; Carroll; Cerro Gordo; Cherokee; Chickasaw; Clay; Clayton; Crawford; Delaware; Dickinson; Dubuque; Emmet; Fayette; Floyd; Franklin; Greene; Grundy; Hamilton; Hancock; Hardin; Howard; Humboldt; Ida; Jackson; Jones; Kossuth; Linn; Lyon; Marshall; Mitchell; Monona; O'Brien; Osceola; Palo Alto; Plymouth; Pocahontas; Sac; Sioux; Story; Tama; Webster; Winnebago; Winneshiek; Woodbury; Worth; Wright.@D@EGzX)Vt =cEPSGUSA - Georgia - SPCS - EUnited States (USA) - Georgia - counties of Appling; Atkinson; Bacon; Baldwin; Brantley; Bryan; Bulloch; Burke; Camden; Candler; Charlton; Chatham; Clinch; Coffee; Columbia; Dodge; Echols; Effingham; Elbert; Emanuel; Evans; Franklin; Glascock; Glynn; Greene; Hancock; Hart; Jeff Davis; Jefferson; Jenkins; Johnson; Lanier; Laurens; Liberty; Lincoln; Long; Madison; McDuffie; McIntosh; Montgomery; Oglethorpe; Pierce; Richmond; Screven; Stephens; Taliaferro; Tattnall; Telfair; Toombs; Treutlen; Ware; Warren; Washington; Wayne; Wheeler; Wilkes; Wilkinson.@>\(\@AW =pTzGT1Gz* ICEPSG}USA - GoM OCS - 90°W to 84°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) between approximately 90°W and 84°W - leasing areas Grand Isle, West Delta, South Pass, Breton Sound, Main Pass, Chandeleur; protraction areas Mobile, Viosca Knoll, Mississippi Canyon, Atwater Valley, Lund, Lund South, Pensacola, Destin Dome, De Soto Canyon, Lloyd Ridge, Henderson, Florida Plain, Campeche Escarpment, Apalachicola, Florida Middle Ground, The Elbow, Vernon Basin, Howell Hook, Rankin.@733333@>@V =qT=p V ='EPSGkUSA - Alabama - SPCS - WUnited States (USA) - Alabama west of approximately 86°37'W - counties Autauga; Baldwin; Bibb; Blount; Butler; Chilton; Choctaw; Clarke; Colbert; Conecuh; Cullman; Dallas; Escambia; Fayette; Franklin; Greene; Hale; Jefferson; Lamar; Lauderdale; Lawrence; Limestone; Lowndes; Marengo; Marion; Mobile; Monroe; Morgan; Perry; Pickens; Shelby; Sumter; Tuscaloosa; Walker; Washington; Wilcox; Winston.@># =p@A\(VQU33333n w9EPSG_North America - 108°W to 102°W and NAD27 by countryNorth America - between 108°W and 102°W. Canada - Northwest Territories; Nunavut; Saskatchewan. Mexico. United States (USA) - Colorado; Montana; Nebraska; New Mexico; North Dakota; Oklahoma; South Dakota; Texas; Wyoming. Onshore for Mexican Pacific and Canadian Arctic coasts.@1(\@SG{ eEPSGNEurope - 6°E to 12°E and ETRS89 by countryEurope between 6°E and 12°E: Austria; Denmark - onshore and offshore; Germany - onshore and offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore; Spain - offshore.@BC =p@U =q@(QD uEPSG:World - N hemisphere - 138°E to 144°E - by countryBetween 138°E and 144°E, northern hemisphere between equator and 84°N, onshore and offshore. Japan. Russian Federation.Tv qmEPSG(World - N hemisphere - 84°E to 90°E - by countryBetween 84°E and 90°E, northern hemisphere between equator and 84°N, onshore and offshore. Bangladesh. Bhutan. China. India. Kazakhstan. Mongolia. Nepal. Russian Federation.TTZ c i +T/p/d7k?K uEPSG8World - N hemisphere - 132°E to 138°E - by countryBetween 132°E and 138°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Japan. Russian Federation.TJ uEPSG7World - S hemisphere - 126°E to 132°E - by countryBetween 126°E and 132°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. East Timor. Indonesia.~+ uQEPSG6World - N hemisphere - 126°E to 132°E - by countryBetween 126°E and 132°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Japan. Democratic People's Republic of Korea (North Korea). Republic of Korea (South Korea). Russian Federation.T~I uEPSG5World - S hemisphere - 120°E to 126°E - by countryBetween 120°E and 126°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. East Timor. Indonesia.x~? u{EPSG4World - N hemisphere - 120°E to 126°E - by countryBetween 120°E and 126°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Japan. Democratic People's Republic of Korea (North Korea). Republic of Korea (South Korea). Philippines. Russian Federation. Taiwan.Tx~= uwEPSG3World - S hemisphere - 114°E to 120°E - by countryBetween 114°E and 120°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia.rx# uCEPSG2World - N hemisphere - 114°E to 120°E - by countryBetween 114°E and 120°E, northern hemisphere between equator and 84°N, onshore and offshore. Brunei. China. Hong Kong. Indonesia. Malaysia - East Malaysia - Sarawak. Mongolia. Philippines. Russian Federation. Taiwan.Trx= uwEPSG1World - S hemisphere - 108°E to 114°E - by countryBetween 108°E and 114°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia.lr u)EPSG0World - N hemisphere - 108°E to 114°E - by countryBetween 108°E and 114°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Hong Kong. Indonesia. Macao. Malaysia - East Malaysia - Sarawak. Mongolia. Russian Federation. Vietnam.Tlr2 uaEPSG/World - S hemisphere - 102°E to 108°E - by countryBetween 102°E and 108°E, southern hemisphere between 80°S and equator, onshore and offshore. Indonesia.fl u;EPSG.World - N hemisphere - 102°E to 108°E - by countryBetween 102°E and 108°E, northern hemisphere between equator and 84°N, onshore and offshore. Cambodia. China. Indonesia. Laos. Malaysia - West Malaysia. Mongolia. Russian Federation. Singapore. Thailand. Vietnam.Tfl0 s_EPSG-World - S hemisphere - 96°E to 102°E - by countryBetween 96°E and 102°E, southern hemisphere between 80°S and equator, onshore and offshore. Indonesia.`f sEPSG,World - N hemisphere - 96°E to 102°E - by countryBetween 96°E and 102°E, northern hemisphere between equator and 84°N, onshore and offshore. China. Indonesia. Laos. Malaysia - West Malaysia. Mongolia. Myanmar (Burma). Russian Federation. Thailand.T`f# qGEPSG+World - S hemisphere - 90°E to 96°E - by countryBetween 90°E and 96°E, southern hemisphere between 80°S and equator, onshore and offshore.Z`x qqEPSG*World - N hemisphere - 90°E to 96°E - by countryBetween 90°E and 96°E, northern hemisphere between equator and 84°N, onshore and offshore. Bangladesh. Bhutan. China. Indonesia. Mongolia. Myanmar (Burma). Russian Federation.TZ`# qGEPSG)World - S hemisphere - 84°E to 90°E - by countryBetween 84°E and 90°E, southern hemisphere between 80°S and equator, onshore and offshore.TZ7qmEPSG(World - N hemisphere - 84°E to 90°? uwEPSG9World - S hemisphere - 132°E to 138°E - by countryBetween 132°E and 138°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Indonesia. -g  Y Dg1! c5EPSGMEurope - 0°E to 6°E and ETRS89 by countryEurope between 0°E and 6°E: Andorra; Denmark - offshore; Germany - offshore; Jan Mayen - offshore; Norway including Svalbard - onshore and offshore; Spain - mainland and Balearic islands - onshore and offshore.%@T@ =p  ciEPSGLEurope - 6°W to 0°W and ETRS89 by countryEurope between 6°W and 0°W: Faroe Islands offshore; Ireland - offshore; Jan Mayen - offshore; Norway including Svalbard - offshore; Spain - mainland - onshore and offshore.@AGz@T\(?zG{2 eSEPSGKEurope - 12°W to 6°W and ETRS89 by countryEurope between 12°W and 6°W: Faroe Islands - offshore; Ireland - offshore; Jan Mayen - onshore and offshore; Portugal - mainland - onshore and offshore; Spain - mainland - onshore and offshore; United Kingdom - UKCS offshore.@AtzG@RQ g EPSGJEurope - 18°W to 12°W and ETRS89 by countryEurope between 18°W and 12°W: Faroe Islands - offshore; Ireland - offshore; Jan Mayen - offshore; Portugal - offshore mainland; Spain - offshore mainland; United Kingdom (UKCS) - offshore.@Aw =p@R(\0'G{q MOEPSGIGuatemala - south of 15°51'30"NGuatemala - south of 15°51'30"N.@+aGz@/QW\(V (\q MOEPSGHGuatemala - north of 15°51'30"NGuatemala - north of 15°51'30"N.@/33333@1zGV =pV\(6 ueEPSGGWorld - S hemisphere - 174°E to 180°E - by countryBetween 174°E and 180°E, southern hemisphere between 80°S and equator, onshore and offshore. New Zealand.` u9EPSGFWorld - N hemisphere - 174°E to 180°E - by countryBetween 174°E and 180°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation; United States (USA) - Alaska (AK).T6 ueEPSGEWorld - S hemisphere - 168°E to 174°E - by countryBetween 168°E and 174°E, southern hemisphere between 80°S and equator, onshore and offshore. New Zealand.[ u/EPSGDWorld - N hemisphere - 168°E to 174°E - by countryBetween 168°E and 174°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation; United States (USA) - Alaska.T) uKEPSGCWorld - S hemisphere - 162°E to 168°E - by countryBetween 162°E and 168°E, southern hemisphere between 80°S and equator, onshore and offshore.= usEPSGBWorld - N hemisphere - 162°E to 168°E - by countryBetween 162°E and 168°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.T) uKEPSGAWorld - S hemisphere - 156°E to 162°E - by countryBetween 156°E and 162°E, southern hemisphere between 80°S and equator, onshore and offshore.= usEPSG@World - N hemisphere - 156°E to 162°E - by countryBetween 156°E and 162°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.TF uEPSG?World - S hemisphere - 150°E to 156°E - by countryBetween 150°E and 156°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Papua New Guinea.= usEPSG>World - N hemisphere - 150°E to 156°E - by countryBetween 150°E and 156°E, northern hemisphere between equator and 84°N, onshore and offshore. Russian Federation.TF uEPSG=World - S hemisphere - 144°E to 150°E - by countryBetween 144°E and 150°E, southern hemisphere between 80°S and equator, onshore and offshore. Australia. Papua New Guinea.D uEPSG\(ÁY gEPSGPEurope - 18°E to 24°E and ETRS89 by countryEurope between 18°E and 24°E: Bulgaria; Croatia; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore.@AaGz@U =q@8\( gEPSGOEurope - 12°E to 18°E and ETRS89 by countryEurope between 12°E and 18°E: Austria; Croatia; Denmark - offshore and offshore; Germany - onshore and offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore.@AeQ@U =q @2\(!eEPSGNEurope - 6°E to 12°E and ETRS89 by countryEurope between 6°E and 12°E: Austria; Denmark - onshore and offshore; Germany - onshore and offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore; Spain - offshore.@BC =p@U =q@(Q b [@RJS =+EPSGjUSA - Alabama - SPCS - EUnited States (USA) - Alabama east of approximately 86°37'W - counties Barbour; Bullock; Calhoun; Chambers; Cherokee; Clay; Cleburne; Coffee; Coosa; Covington; Crenshaw; Dale; De Kalb; Elmore; Etowah; Geneva; Henry; Houston; Jackson; Lee; Macon; Madison; Marshall; Montgomery; Pike; Randolph; Russell; St Clair; Talladega; Tallapoosa.@>p =#U\(U8\)c ;aEPSGiCanada - 48°W to 42°WCanada offshore Atlantic - 48°W to 42°W.@C@K<(\ց ;-EPSGhCanada - 54°W to 48°WCanada between 54°W and 48°W onshore and offshore - Newfoundland and Labrador.@C@L33333GQ ;%EPSGgCanada - 60°W to 54°WCanada between 60°W and 54°W - Newfoundland and Labrador; Nunavut; Quebec.@CGzHTʂ sEPSGfNorth America - 66°W to 60°W and NAD27 by countryNorth America - between 66°W and 60°W - onshore and offshore. Canada - New Brunswick; Labrador; Nova Scotia; Nunavut; Prince Edward Island; Quebec. United States (USA) offshore Atlantic.@CG{@TzGMQk s7EPSGeNorth America - 72°W to 66°W and NAD27 by countryNorth America - between 72°W and 66°W. Canada - New Brunswick; Labrador; Nunavut; Nova Scotia; Quebec. United States (USA) - Connecticut; Maine; Massachusetts; New Hampshire; New York (Long Island); Rhode Island; Vermont. Onshore and offshore for US and Canadian east coasts.@@zG@TG{l s9EPSGdNorth America - 78°W to 72°W and NAD27 by countryNorth America - between 78°W and 72°W. Bahamas. Canada - Nunavut; Ontario; Quebec. Cuba. United States (USA) - Connecticut; Delaware; Maryland; Massachusetts; New Hampshire; New Jersey; New York; North Carolina; Pennsylvania; Virginia; Vermont. Onshore for Canadian arctic. onshore and offshore for US east coast and Cuba, with usage in Bahamas onshore plus offshore over internal continental shelf only.@2zG@T=p  sEPSGcNorth America - 84°W to 78°W and NAD27 by countryNorth America - between 84°W and 78°W. Bahamas. Canada - Nunavut; Ontario; Quebec. Costa Rica. Cuba. Honduras. Nicaragua. United States (USA) - Florida; Georgia; Kentucky; Maryland; Michigan; New York; North Carolina; Ohio; Pennsylvania; South Carolina; Tennessee; Virginia; West Virginia. Onshore for Canadian Arctic. onshore and offshore for US east coast and Cuba, with usage in Bahamas onshore plus offshore over internal continental shelf only.@Q@TR5 s=EPSGbNorth America - 90°W to 84°W and NAD27 by countryNorth America - between 90°W and 84°W. Belize. Canada - Manitoba; Nunavut; Ontario. Costa Rica. Cuba. El Salvador. Guatemala. Honduras. Mexico. Nicaragua. United States (USA) - Alabama; Arkansas; Florida; Georgia; Indiana; Illinois; Kentucky; Louisiana; Michigan; Minnesota; Mississippi; Missouri; North Carolina; Ohio; Tennessee; Wisconsin. Onshore for Canadian Arctic and Central America, onshore and offshore for Cuba and Gulf of Mexico (both US and Mexican sectors).@"=p @T\(V =qN s}EPSGaNorth America - 96°W to 90°W and NAD27 by countryNorth America - between 96°W and 90°W. Canada - Manitoba; Nunavut; Ontario. Guatemala. Mexico. United States (USA) - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin. Onshore for Canadian Arctic and Central America, onshore and offshore for Gulf of Mexico (both US and Mexican sectors).@+B\(@T}p = uEPSG`North America - 102°W to 96°W and NAD27 by countryNorth America - between 102°W and 96°W. Canada - Manitoba; Nunavut; Saskatchewan. Mexico. United States (USA) - Iowa; Kansas; Minnesota; Nebraska; North Dakota; Oklahoma; South Dakota; Texas. Onshore for Mexican Pacific coast and Canadian Arctic but onshore and offshore for US & Mexico Gulf of Mexico and Caribbean coasts.@/.zG@T/\( }` O = V  I1EPSG|USA - GoM OCS - 96°W to 90°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) between approximately 96°W and 90°W - leasing areas Brazos, Galveston, High Island; Sabine Pass; West Cameron, East Cameron, Vermilion, South Marsh Island, Eugene Island, Ship Shoal, South Pelto, Bay Marchand, South Timbalier, Grand Isle; protraction areas East Breaks, Alaminos Canyon, Garden Banks, Keathley Canyon, Sigsbee Escarpment, Ewing Bank, Green Canyon, Walker Ridge, Amery Terrace. @9(\@=G{Vw =pׂ< GiEPSG{USA - GoM OCS - west of 96°WUnited States (USA) - Gulf of Mexico west of approximately 96°W - leasing areas Matagorda Island, Mustang Island, North Padre Island and South Padre Island; outer continental shelf (GoM OCS) protraction areas Corpus Christi, Port Isabel.@9Q@Q@PtzGeQX1 o7EPSGtUSA - Alaska - north of 54.5°N; 168°W to 164°WUnited States (USA) - Alaska onshore north of 54°30'N and between 168°W and 164°W.@K+Q@QC33333eQ\ KEPSGsUSA - Alaska - 164°W to 160°WUnited States (USA) - Alaska - between 164°W and 160°W, onshore.@K(\)@Q\(dQ` KEPSGrUSA - Alaska - 160°W to 156°WUnited States (USA) - Alaska - between 160°W and 156°W, onshore.@KqR@Qٙ`czH KEPSGqUSA - Alaska - 156°W to 152°WUnited States (USA) - Alaska - between 156°W and 152°W.@K(\@QRdbQ KEPSGpUSA - Alaska - 152°W to 148°WUnited States (USA) - Alaska - between 152°W and 148°W, onshore.@MzG@QQcQbzH| KEPSGoUSA - Alaska - 148°W to 144°WUnited States (USA) - Alaska - between 148°W and 144°W.@M(\@QQlp KEPSGnUSA - Alaska - 144°W to 141°WUnited States (USA) - Alaska - between 144°W and 141°W, onshore.@M(\@Q=p bQa\( K}EPSGmUSA - Alaska - Aleutian IslandsUnited States (USA) - Alaska - Aleutian Islands onshore.@Ifffff@K+Q@ep =dG{ = EPSGlUSA - Alaska - PanhandleUnited States (USA) - Alaska - east of 141°W; i.e. Panhandle.@KNzG@N,s`?zH  =Pvu =eEPSGUSA - Florida - SPCS - WUnited States (USA) - Florida - counties of Charlotte; Citrus; De Soto; Hardee; Hernando; Hillsborough; Lee; Levy; Manatee; Marion; Pasco; Pinellas; Polk; Sarasota; Sumter.@:EQ@=T\(THQJ =EPSGUSA - Florida - SPCS - EUnited States (USA) - Florida - counties of Brevard; Broward; Clay; Collier; Dade; Duval; Flagler; Glades; Hendry; Highlands; Indian River; Lake; Martin; Monroe; Nassau; Okeechobee; Orange; Osceola; Palm Beach; Putnam; Seminole; St Johns; St Lucie; Volusia.@8h\)@>zGTQSzGZ ?-EPSGUSA - Colorado - SPCS - SUnited States (USA) - Colorado - counties Alamosa; Archuleta; Baca; Bent; Conejos; Costilla; Crowley; Custer; Dolores; Hinsdale; Huerfano; Kiowa; La Plata; Las Animas; Mineral; Montezuma; Montrose; Otero; Ouray; Prowers; Pueblo; Rio Grande; Saguache; San Juan; San Miguel.@B}p =@CW =p[C =pY\(Áz ?mEPSGUSA - Colorado - SPCS - NUnited States (USA) - Colorado - counties Adams; Boulder; Gilpin; Grand; Jackson; Larimer; Logan; Moffat; Morgan; Phillips; Rio Blanco; Routt; Sedgwick; Washington; Weld; Yuma.@CǮzH@DGz[C =pY\(Â4 ?aEPSGUSA - Colorado - SPCS - CUnited States (USA) - Colorado - counties Arapahoe; Chaffee; Cheyenne; Clear Creek; Delta; Denver; Douglas; Eagle; El Paso; Elbert; Fremont; Garfield; Gunnison; Jefferson; Kit Carson; Lake; Lincoln; Mesa; Park; Pitkin; Summit; Teller.@CR@D Q[C =pY\(ÁE G{EPSGUSA - California - SPCS83 - 5United States (USA) - California - counties Kern; Los Angeles; San Bernardino; San Luis Obispo; Santa Barbara; Ventura.@@aGz@AzH^ZG{\zH GyEPSGUSA - California - SPCS27 - 7United States (USA) - California - Los Angeles county.@@zG@Aj=p ]p =]hQ C3EPSGUSA - California - SPCS - 6United States (USA) - California - counties Imperial; Orange; Riverside; San Diego.@@C =p@A =p ]\G{; GgEPSGUSA - California - SPCS27 - 5United States (USA) - California - counties of Kern; San Bernardino; San Luis Obispo; Santa Barbara; Ventura.@@aGz@AzH^[Q\zH* CIEPSGUSA - California - SPCS - 4United States (USA) - California - counties Fresno; Inyo; Kings; Monterey; San Benito; Tulare.@A =p@B=p ^ =q\zH C!EPSGUSA - California - SPCS - 3United States (USA) - California - counties Alameda; Calaveras; Contra Costa; Madera; Marin; Mariposa; Merced; Mono; San Francisco; San Joaquin; San Mateo; Santa Clara; Santa Cruz; Stanislaus; Tuolumne.@B]p =@CZG{^Gz]uQ녂 C EPSGUSA - California - SPCS - 2United States (USA) - California - counties of Alpine; Amador; Butte; Colusa; El Dorado; Glenn; Lake; Mendocino; Napa; Nevada; Placer; Sacramento; Sierra; Solano; Sonoma; Sutter; Yolo; Yuba.@C\(@DzG_ =p]\(ÁF CEPSGUSA - California - SPCS - 1United States (USA) - California - counties Del Norte; Humboldt; Lassen; Modoc; Plumas; Shasta; Siskiyou; Tehama; Trinity.@C˅Q@EGz_]\(@ GqEPSG~USA - GoM OCS - east of 84°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) east of approximately 84°W - protraction areas Gainesville; Tarpon Springs; St Petersburg; Charlotte Harbor; Pulley Ridge; Dry Tortugas; Tortugas Valley; Miami; Key West.@7R@= =qU\(TJG{ICEPSG}USA - GoM OCS - 90°W to 84°WUnited States (USA) - Gulf of Mexico outer continental shelf (GoM OCS) between approximately 90°W and 84°W - leasing areas Grand Isle, p =[EPSGUSA - Florida - SPCS - NUnited States (USA) - Florida - counties of Alachua; Baker; Bay; Bradford; Calhoun; Columbia; Dixie; Escambia; Franklin; Gadsden; Gilchrist; Gulf; Hamilton; Holmes; Jackson; Jefferson; Lafayette; Leon; Liberty; Madison; Okaloosa; Santa Rosa; Suwannee; Taylor; Union; Wakulla; Walton; Washington.@=5\(@?\(UQT\( ^ ^/0 =[EPSGUSA - Indiana - SPCS - EUnited States (USA) - Indiana - counties of Adams; Allen; Bartholomew; Blackford; Brown; Cass; Clark; De Kalb; Dearborn; Decatur; Delaware; Elkhart; Fayette; Floyd; Franklin; Fulton; Grant; Hamilton; Hancock; Harrison; Henry; Howard; Huntington; Jackson; Jay; Jefferson; Jennings; Johnson; Kosciusko; Lagrange; Madison; Marion; Marshall; Miami; Noble; Ohio; Randolph; Ripley; Rush; Scott; Shelby; St Joseph; Steuben; Switzerland; Tipton; Union; Wabash; Washington; Wayne; Wells; Whitley.@B@D\(U\(U1R> ?uEPSGUSA - Illinois - SPCS - WUnited States (USA) - Illinois - counties of Adams; Alexander; Bond; Brown; Bureau; Calhoun; Carroll; Cass; Christian; Clinton; Fulton; Greene; Hancock; Henderson; Henry; Jackson; Jersey; Jo Daviess; Knox; Lee; Logan; Macoupin; Madison; Marshall; Mason; McDonough; Menard; Mercer; Monroe; Montgomery; Morgan; Ogle; Peoria; Perry; Pike; Pulaski; Putnam; Randolph; Rock Island; Sangamon; Schuyler; Scott; St Clair; Stark; Stephenson; Tazewell; Union; Warren; Washington; Whiteside; Winnebago; Woodford.@B|(\@EAGzVGzV:G{% ?CEPSGUSA - Illinois - SPCS - EUnited States (USA) - Illinois - counties of Boone; Champaign; Clark; Clay; Coles; Cook; Crawford; Cumberland; De Kalb; De Witt; Douglas; Du Page; Edgar; Edwards; Effingham; Fayette; Ford; Franklin; Gallatin; Grundy; Hamilton; Hardin; Iroquois; Jasper; Jefferson; Johnson; Kane; Kankakee; Kendall; La Salle; Lake; Lawrence; Livingston; Macon; Marion; Massac; McHenry; McLean; Moultrie; Piatt; Pope; Richland; Saline; Shelby; Vermilion; Wabash; Wayne; White; Will; Williamson.@BzH@E@VQGzUGz 9/EPSGUSA - Idaho - SPCS - WUnited States (USA) - Idaho - counties of Ada; Adams; Benewah; Boise; Bonner; Boundary; Canyon; Clearwater; Elmore; Gem; Idaho; Kootenai; Latah; Lewis; Nez Perce; Owyhee; Payette; Shoshone; Valley; Washington.@DQ@HGz]O\(\zGf 9KEPSGUSA - Idaho - SPCS - EUnited States (USA) - Idaho - counties of Bannock; Bear Lake; Bingham; Bonneville; Caribou; Clark; Franklin; Fremont; Jefferson; Madison; Oneida; Power; Teton.@DQ@F`\O\([\(ÁM 9EPSGUSA - Idaho - SPCS - CUnited States (USA) - Idaho - counties of Blaine; Butte; Camas; Cassia; Custer; Gooding; Jerome; Lemhi; Lincoln; Minidoka; Twin Falls.@DQ@Fٙ\33333\*G{@ ={EPSGUSA - Georgia - SPCS - WUnited States (USA) - Georgia - counties of Baker; Banks; Barrow; Bartow; Ben Hill; Berrien; Bibb; Bleckley; Brooks; Butts; Calhoun; Carroll; Catoosa; Chattahoochee; Chattooga; Cherokee; Clarke; Clay; Clayton; Cobb; Colquitt; Cook; Coweta; Crawford; Crisp; Dade; Dawson; De Kalb; Decatur; Dooly; Dougherty; Douglas; Early; Fannin; Fayette; Floyd; Forsyth; Fulton; Gilmer; Gordon; Grady; Gwinnett; Habersham; Hall; Haralson; Harris; Heard; Henry; Houston; Irwin; Jackson; Jasper; Jones; Lamar; Lee; Lowndes; Lumpkin; Macon; Marion; Meriwether; Miller; Mitchell; Monroe; Morgan; Murray; Muscogee; Newton; Oconee; Paulding; Peach; Pickens; Pike; Polk; Pulaski; Putnam; Quitman; Rabun; Randolph; Rockdale; Schley; Seminole; Spalding; Stewart; Sumter; Talbot; Taylor; Terrell; Thomas; Tift; Towns; Troup; Turner; Twiggs; Union; Upson; Walker; Walton; Webster; White; Whitfield; Wilcox; Worth.@>Q@AGzUg =pT\(=cEPSGUSA - Georgia - SPCS - EUnited States (USA) - Georgia - counties of Appling; Atkinson; Bacon; Baldwin; Brantley; Bryan; Bulloch; Burke; Camden; CaO =EPSGUSA - Indiana - SPCS - WUnited States (USA) - Indiana - counties of Benton; Boone; Carroll; Clay; Clinton; Crawford; Daviess; Dubois; Fountain; Gibson; Greene; Hendricks; Jasper; Knox; La Porte; Lake; Lawrence; Martin; Monroe; Montgomery; Morgan; Newton; Orange; Owen; Parke; Perry; Pike; Porter; Posey; Pulaski; Putnam; Spencer; Starke; Sullivan; Tippecanoe; Vanderburgh; Vermillion; Vigo; Warren; Warrick; White.@B\(@D\(VfffffU\( _ V_k AEPSGUSA - Louisiana - SPCS - NUnited States (USA) - Louisiana - counties of Avoyelles; Bienville; Bossier; Caddo; Caldwell; Catahoula; Claiborne; Concordia; De Soto; East Carroll; Franklin; Grant; Jackson; La Salle; Lincoln; Madison; Morehouse; Natchitoches; Ouachita; Rapides; Red River; Richland; Sabine; Tensas; Union; Vernon; Webster; West Carroll; Winn.@>ٙ@@ =pW33333V =p׆ ?9EPSGUSA - Kentucky - SPCS - SUnited States (USA) - Kentucky - counties of Adair; Allen; Ballard; Barren; Bell; Boyle; Breathitt; Breckinridge; Butler; Caldwell; Calloway; Carlisle; Casey; Christian; Clay; Clinton; Crittenden; Cumberland; Daviess; Edmonson; Estill; Floyd; Fulton; Garrard; Graves; Grayson; Green; Hancock; Hardin; Harlan; Hart; Henderson; Hickman; Hopkins; Jackson; Johnson; Knott; Knox; Larue; Laurel; Lee; Leslie; Letcher; Lincoln; Livingston; Logan; Lyon; Madison; Magoffin; Marion; Marshall; Martin; McCracken; McCreary; McLean; Meade; Mercer; Metcalfe; Monroe; Muhlenberg; Nelson; Ohio; Owsley; Perry; Pike; Powell; Pulaski; Rockcastle; Russell; Simpson; Taylor; Todd; Trigg; Union; Warren; Washington; Wayne; Webster; Whitley; Wolfe.@B>Q@C\(VdzGT|̓S ?EPSGUSA - Kentucky - SPCS - NUnited States (USA) - Kentucky - counties of Anderson; Bath; Boone; Bourbon; Boyd; Bracken; Bullitt; Campbell; Carroll; Carter; Clark; Elliott; Fayette; Fleming; Franklin; Gallatin; Grant; Greenup; Harrison; Henry; Jefferson; Jessamine; Kenton; Lawrence; Lewis; Mason; Menifee; Montgomery; Morgan; Nicholas; Oldham; Owen; Pendleton; Robertson; Rowan; Scott; Shelby; Spencer; Trimble; Woodford.@BG{@C33333U}p =TzGU ;'EPSGUSA - Kansas - SPCS - SUnited States (USA) - Kansas - counties of Allen; Anderson; Barber; Barton; Bourbon; Butler; Chase; Chautauqua; Cherokee; Clark; Coffey; Comanche; Cowley; Crawford; Edwards; Elk; Finney; Ford; Franklin; Grant; Gray; Greeley; Greenwood; Hamilton; Harper; Harvey; Haskell; Hodgeman; Kearny; Kingman; Kiowa; Labette; Lane; Linn; Lyon; Marion; McPherson; Meade; Miami; Montgomery; Morton; Neosho; Ness; Osage; Pawnee; Pratt; Reno; Rice; Rush; Scott; Sedgwick; Seward; Stafford; Stanton; Stevens; Sumner; Wichita; Wilson; Woodson.@B~Q@Cp =qY33333Wfffff ;EPSGUSA - Kansas - SPCS - NUnited States (USA) - Kansas - counties of Atchison; Brown; Cheyenne; Clay; Cloud; Decatur; Dickinson; Doniphan; Douglas; Ellis; Ellsworth; Geary; Gove; Graham; Jackson; Jefferson; Jewell; Johnson; Leavenworth; Lincoln; Logan; Marshall; Mitchell; Morris; Nemaha; Norton; Osborne; Ottawa; Phillips; Pottawatomie; Rawlins; Republic; Riley; Rooks; Russell; Saline; Shawnee; Sheridan; Sherman; Smith; Thomas; Trego; Wabaunsee; Wallace; Washington; Wyandotte.@CB\(@DGzY =pWQ녃p 7aEPSGUSA - Iowa - SPCS - SUnited States (USA) - Iowa - counties of Adair; Adams; Appanoose; Audubon; Cass; Cedar; Clarke; Clinton; Dallas; Davis; Decatur; Des Moines; Fremont; Guthrie; Harrison; Henry; Iowa; Jasper; Jefferson; Johnson; Keokuk; Lee; Louisa; Lucas; Madison; Mahaska; Marion; Mills; Monroe; Montgomery; Muscatine; Page; Polk; Pottawattamie; Poweshiek; Ringgold; Scott; Shelby; Taylor; Union; Van Buren; Wapello; Warren; Washington; Wayne.@D.zG@EQX\)V\)7EPSGUSA - Iowa - SPCS - NUnited States (USA) - Iowa - counties of Allamakee; Benton; Black Hawk; Boone; Bremer; Buchanan; Buena Vista; Butler; Calhoun; Carroll; Cerro Gordo; AEPSGUSA - Louisiana - SPCS - NUnited States (USA) - Louisiana - counties of Avoyelles; Bienville; Bossier; Caddo; Caldwell; Catahoula; Claiborne; Concordia; De Soto; East Carroll; Franklin; Grant; Jackson; La Salle; Lincoln; Madison; Morehouse; Natchitoches; Ouachita; Rapides; Red River; Richland; Sabine; Tensas; Union; Vernon; Webster; West Carroll; Winn.@>ٙ@@ =pW33333V =p L (Z E5EPSGUSA - Mississippi - SPCS - WUnited States (USA) - Mississippi - counties of Adams; Amite; Bolivar; Carroll; Claiborne; Coahoma; Copiah; De Soto; Franklin; Grenada; Hinds; Holmes; Humphreys; Issaquena; Jefferson; Jefferson Davis; Lawrence; Leflore; Lincoln; Madison; Marion; Montgomery; Panola; Pike; Quitman; Rankin; Sharkey; Simpson; Sunflower; Tallahatchie; Tate; Tunica; Walthall; Warren; Washington; Wilkinson; Yalobusha; Yazoo.@AGzV陙VWzH& ACEPSGUSA - Minnesota - SPCS - SUnited States (USA) - Minnesota - counties of Anoka; Big Stone; Blue Earth; Brown; Carver; Chippewa; Cottonwood; Dakota; Dodge; Faribault; Fillmore; Freeborn; Goodhue; Hennepin; Houston; Jackson; Kandiyohi; Lac Qui Parle; Le Sueur; Lincoln; Lyon; Martin; McLeod; Meeker; Mower; Murray; Nicollet; Nobles; Olmsted; Pipestone; Ramsey; Redwood; Renville; Rice; Rock; Scott; Sherburne; Sibley; Steele; Swift; Wabasha; Waseca; Washington; Watonwan; Winona; Wright; Yellow Medicine.@EQ@F˅QX6fffffVp = A!EPSGUSA - Minnesota - SPCS - NUnited States (USA) - Minnesota - counties of Beltrami; Clearwater; Cook; Itasca; Kittson; Koochiching; Lake; Lake of the Woods; Mahnomen; Marshall; Norman; Pennington; Polk; Red Lake; Roseau; St Louis.@GQR@H =qXNzGV_\(C A}EPSGUSA - Minnesota - SPCS - CUnited States (USA) - Minnesota - counties of Aitkin; Becker; Benton; Carlton; Cass; Chisago; Clay; Crow Wing; Douglas; Grant; Hubbard; Isanti; Kanabec; Mille Lacs; Morrison; Otter Tail; Pine; Pope; Stearns; Stevens; Todd; Traverse; Wadena; Wilkin.@F =p@Gp =X7 =pW\(Ât A_EPSGUSA - Montana - SPCS27 - SUnited States (USA) - Montana - counties of Beaverhead; Big Horn; Broadwater; Carbon; Carter; Custer; Deer Lodge; Fallon; Gallatin; Golden Valley; Granite; Jefferson; Madison; Musselshell; Park; Powder River; Ravalli; Rosebud; Silver Bow; Stillwater; Sweet Grass; Treasure; Wheatland; Yellowstone.@F,@Go\(\zGZ\( A+EPSGUSA - Montana - SPCS27 - NUnited States (USA) - Montana north of approximately 47°50'N - counties of Blaine; Chouteau; Daniels; Flathead; Glacier; Hill; Liberty; Lincoln; Phillips; Pondera; Roosevelt; Sheridan; Teton; Toole; Valley.@GzG@HGz]zGZ\( A)EPSGUSA - Montana - SPCS27 - CUnited States (USA) - Montana - counties of Cascade; Dawson; Fergus; Garfield; Judith Basin; Lake; Lewis and Clark; McCone; Meagher; Mineral; Missoula; Petroleum; Powell; Prairie; Richland; Sanders; Wibaux.@G\(@H!Gz] =pZ\( WmEPSGUSA - Massachusetts - SPCS - mainlandUnited States (USA) - Massachusetts onshore - counties of Barnstable; Berkshire; Bristol; Essex; Franklin; Hampden; Hampshire; Middlesex; Norfolk; Plymouth; Suffolk; Worcester.@DG{@EqRR`Qw =pׁ! U%EPSGUSA - Massachusetts - SPCS - islandsUnited States (USA) - Massachusetts offshore - counties of Dukes; Nantucket.@DQ@DGzQ=p Qx\)J 9EPSGUSA - Maine - SPCS - WUnited States (USA) - Maine - counties of Androscoggin; Cumberland; Franklin; Kennebec; Lincoln; Oxford; Sagadahoc; Somerset; York.@EQ@GJ=p Q\(QP =q5 9iEPSGUSA - Maine - SPCS - EUnited States (USA) - Maine - counties of Aroostook; Hancock; Knox; Penobscot; Piscataquis; Waldo; Washington.@E =q@G(\QRP=p { EiEPSGUSA - Mississippi - SPCS - EUnited States (USA) - Mississippi - counties of Alcorn; Attala; Benton; Calhoun; Chickasaw; Choctaw; Clarke; Clay; Covington; Forrest; George; Greene; Hancock; Harrison; Itawamba; Jackson; Jasper; Jones; Kemper; Lafayette; Lamar; Lauderdale; Leake; Lee; Lowndes; Marshall; Monroe; Neshoba; Newton; Noxubee; Oktibbeha; Pearl River; Perry; Pontotoc; Prentiss; Scott; Smith; Stone; Tippah; Tishomingo; Union; Wayne; Webster; Winston.@>\(@AGzV~zGV\( { M7u@ CEPSG Africa - AOF 3.5°W to 4°EFrench West Africa onshore between 3°30'W and 4°E - Benin, Burkina Faso, Côte d'Ivoire (Ivory Coast), Mali, Niger, Togo.@Q@8.zG  cuEPSG Japan - 31°20'N to 32°N; 131°E to 132°EJapan - onshore 31°20'N to 32°N; 131°E to 132°E.@?TzG @`q ikEPSG Japan - 34°40'N to 35°20'N; 136°E to 137°EJapan - 34°40'N to 35°20'N; 136°E to 137°E.@ATzG@AQ{ ceEPSG Japan - 38°N to 38°40'N; 140°E to 141°EJapan - 38°N to 38°40'N; 140°E to 141°E.@BQ@CU\( cuEPSG Japan - 44°N to 44°40'N; 144°E to 145°EJapan - onshore 44°N to 44°40'N; 144°E to 145°E.@EQ@FQ EEPSG iAsia - Japan and South KoreaJapan - onshore; Republic of Korea (South Korea) - onshore.@4^Q@FQ@^Q@b; =pw CeEPSG MUSA - Oregon and WashingtonUnited States (USA) - Oregon and Washington.@Dp =@Hfffff_2\(]zG )CEPSG 1Mozambique - DMozambique - provinces of Nampula; Niassa; Cabo Delgado; i.e. north of approximately 16°S.0 =q$ =p@A.zG@Ds33333 ewEPSG Angola - offshore blocks 2 3 17-18 and 31-33Angola - offshore blocks 2, 3, 17, 18, 31, 32 and 33.!.zG =p @$R@)zGz ]_EPSGMyanmar (Burma) - onshore south of 15°NMyanmar (Burma) - onshore south of 15°N.@#\(@Xo\(@X=p A7EPSGUSA - Wisconsin - SPCS - SUnited States (USA) - Wisconsin - counties of Adams; Calumet; Columbia; Crawford; Dane; Dodge; Fond Du Lac; Grant; Green; Green Lake; Iowa; Jefferson; Juneau; Kenosha; La Crosse; Lafayette; Manitowoc; Marquette; Milwaukee; Monroe; Ozaukee; Racine; Richland; Rock; Sauk; Sheboygan; Vernon; Walworth; Washington; Waukesha; Waushara; Winnebago.@E=p =@F*=p VۅQU& ?SEPSGUSA - Texas - SPCS27 - SCUnited States (USA) - Texas - counties of Aransas; Atascosa; Austin; Bandera; Bee; Bexar; Brazoria; Brewster; Caldwell; Calhoun; Chambers; Colorado; Comal; De Witt; Dimmit; Edwards; Fayette; Fort Bend; Frio; Galveston; Goliad; Gonzales; Guadalupe; Harris; Hays; Jackson; Jefferson; Karnes; Kendall; Kerr; Kinney; La Salle; Lavaca; Live Oak; Matagorda; Maverick; McMullen; Medina; Presidio; Real; Refugio; Terrell; Uvalde; Val Verde; Victoria; Waller; Wharton; Wilson; Zavala. Gulf of Mexico outer continental shelf (GoM OCS) protraction areas: Matagorda Island; Brazos; Galveston; High Island, Sabine Pass (TX).@;ǮzH@>QWZ=p V GEPSGUSA - Pennsylvania - SPCS - SUnited States (USA) - Pennsylvania - counties of Adams; Allegheny; Armstrong; Beaver; Bedford; Berks; Blair; Bucks; Butler; Cambria; Chester; Cumberland; Dauphin; Delaware; Fayette; Franklin; Fulton; Greene; Huntingdon; Indiana; Juniata; Lancaster; Lawrence; Lebanon; Lehigh; Mifflin; Montgomery; Northampton; Perry; Philadelphia; Schuylkill; Snyder; Somerset; Washington; Westmoreland; York.@CG{@D =pT!RRzG ?wEPSGUSA - New York - SPCS - EUnited States (USA) - New York mainland - counties of Albany; Clinton; Columbia; Delaware; Dutchess; Essex; Franklin; Fulton; Greene; Hamilton; Herkimer; Montgomery; Orange; Otsego; Putnam; Rensselaer; Rockland; Saratoga; Schenectady; Schoharie; St Lawrence; Sullivan; Ulster; Warren; Washington; Westchester.@Dp =q@F\(RzHRNQz ?mEPSGUSA - Missouri - SPCS - CUnited States (USA) - Missouri - counties of Adair; Audrain; Benton; Boone; Callaway; Camden; Carroll; Chariton; Christian; Cole; Cooper; Dallas; Douglas; Greene; Grundy; Hickory; Howard; Howell; Knox; Laclede; Linn; Livingston; Macon; Maries; Mercer; Miller; Moniteau; Monroe; Morgan; Osage; Ozark; Pettis; Phelps; Polk; Pulaski; Putnam; Randolph; Saline; Schuyler; Scotland; Shelby; Stone; Sullivan; Taney; Texas; Webster; Wright.@B=p =@DNzGWr\(V=p h 5 ^T{ThG*j GSEPSGUSA - New Mexico - SPCS83 - CUnited States (USA) - New Mexico - counties of Bernalillo; Dona Ana; Lincoln; Los Alamos; Otero; Rio Arriba; Sandoval; Santa Fe; Socorro; Taos; Torrance; Valencia.@?ǮzH%ZQZ5\(A GEPSGUSA - New Mexico - SPCS27 - WUnited States (USA) - New Mexico - counties of Catron; Cibola; Grant; Hidalgo; Luna; McKinley; San Juan; Sierra; Valencia.@?TzG%[C =pZzG` G?EPSGUSA - New Mexico - SPCS27 - CUnited States (USA) - New Mexico - counties of Bernalillo; Dona Ana; Lincoln; Los Alamos; Otero; Rio Arriba; Sandoval; Santa Fe; Socorro; Taos; Torrance.@?ǮzH%ZQZ5Q녁U C;EPSGUSA - New Mexico - SPCS - EUnited States (USA) - New Mexico - counties of Chaves; Colfax; Curry; De Baca; Eddy; Guadalupe; Harding; Lea; Mora; Quay; Roosevelt; San Miguel; Union. %ZnzGY\() {EPSGCanada - Newfoundland and Labrador - 57.5°W to 54.5°WCanada - Newfoundland and Labrador between 57°30'W and 54°30'W.@GgzH@KZG{LK>Q [oEPSGCanada - Newfoundland - east of 54.5°WCanada - Newfoundland - onshore east of 54°30'W.@GGzH@HRK@JEQ녁6 ;EPSGUSA - Nevada - SPCS - WUnited States (USA) - Nevada - counties of Churchill; Douglas; Esmeralda; Humboldt; Lyon; Mineral; Pershing; Storey; Washoe.@By*]?\( ;5EPSGUSA - Nevada - SPCS - EUnited States (USA) - Nevada - counties of Clark; Elko; Eureka; Lincoln; White Pine.@A~Q*]@ =q\Rp ;{EPSGUSA - Nevada - SPCS - CUnited States (USA) - Nevada - counties of Lander; Nye.$)](\\\( C#EPSGUSA - Nebraska - SPCS27 - SUnited States (USA) - Nebraska - counties of Adams; Arthur; Banner; Boone; Buffalo; Butler; Cass; Chase; Cheyenne; Clay; Colfax; Custer; Dawson; Deuel; Dodge; Douglas; Dundy; Fillmore; Franklin; Frontier; Furnas; Gage; Garden; Gosper; Greeley; Hall; Hamilton; Harlan; Hayes; Hitchcock; Howard; Jefferson; Johnson; Kearney; Keith; Kimball; Lancaster; Lincoln; Logan; McPherson; Merrick; Morrill; Nance; Nemaha; Nuckolls; Otoe; Pawnee; Perkins; Phelps; Platte; Polk; Red Willow; Richardson; Saline; Sarpy; Saunders; Scotts Bluff; Seward; Sherman; Thayer; Valley; Washington; Webster; York.@CQ@EGzZ =pW33333^ C1EPSGUSA - Nebraska - SPCS27 - NUnited States (USA) - Nebraska - counties of Antelope; Blaine; Box Butte; Boyd; Brown; Burt; Cedar; Cherry; Cuming; Dakota; Dawes; Dixon; Garfield; Grant; Holt; Hooker; Keya Paha; Knox; Loup; Madison; Pierce; Rock; Sheridan; Sioux; Stanton; Thomas; Thurston; Wayne; Wheeler.@D =p@EGzZ =pXzGu ?cEPSGUSA - Missouri - SPCS - WUnited States (USA) - Missouri - counties of Andrew; Atchison; Barry; Barton; Bates; Buchanan; Caldwell; Cass; Cedar; Clay; Clinton; Dade; Daviess; De Kalb; Gentry; Harrison; Henry; Holt; Jackson; Jasper; Johnson; Lafayette; Lawrence; McDonald; Newton; Nodaway; Platte; Ray; St Clair; Vernon; Worth.@B=p =@DKQWGzW^QM ?EPSGUSA - Missouri - SPCS - EUnited States (USA) - Missouri - counties of Bollinger; Butler; Cape Girardeau; Carter; Clark; Crawford; Dent; Dunklin; Franklin; Gasconade; Iron; Jefferson; Lewis; Lincoln; Madison; Marion; Mississippi; Montgomery; New Madrid; Oregon; Pemiscot; Perry; Pike; Ralls; Reynolds; Ripley; Scott; Shannon; St Charles; St Francois; St Louis; Ste. Genevieve; Stoddard; Warren; Washington; Wayne.@Ap =@DNzGVzGVFfffff&?mEPSGUSA - Missouri - SP ?/EPSGUSA - New York - SPCS - CUnited States (USA) - New York - counties of Broome; Cayuga; Chemung; Chenango; Cortland; Jefferson; Lewis; Madison; Oneida; Onondaga; Ontario; Oswego; Schuyler; Seneca; Steuben; Tioga; Tompkins; Wayne; Yates.@DQ@F4zGSpR =p7 GmEPSGUSA - New Mexico - SPCS83 - WUnited States (USA) - New Mexico - counties of Catron; Cibola; Grant; Hidalgo; Luna; McKinley; San Juan; Sierra.@?TzG%[C =pZzG Cj  I( GEPSGUSA - Pennsylvania - SPCS - NUnited States (USA) - Pennsylvania - counties of Bradford; Cameron; Carbon; Centre; Clarion; Clearfield; Clinton; Columbia; Crawford; Elk; Erie; Forest; Jefferson; Lackawanna; Luzerne; Lycoming; McKean; Mercer; Monroe; Montour; Northumberland; Pike; Potter; Sullivan; Susquehanna; Tioga; Union; Venango; Warren; Wayne; Wyoming.@DL@EC =pT!RŔT ;%EPSGUSA - Oregon - SPCS - SUnited States (USA) - Oregon - counties of Coos; Crook; Curry; Deschutes; Douglas; Harney; Jackson; Josephine; Klamath; Lake; Lane; Malheur.@Dp =@FGzH_&fffff]9I ;EPSGUSA - Oregon - SPCS - NUnited States (USA) - Oregon - counties of Baker; Benton; Clackamas; Clatsop; Columbia; Gilliam; Grant; Hood River; Jefferson; Lincoln; Linn; Marion; Morrow; Multnomah; Polk; Sherman; Tillamook; Umatilla; Union; Wallowa; Wasco; Washington; Wheeler; Yamhill.@E@G!Gz_ G{]zG3 ?mEPSGUSA - Oklahoma - SPCS - SUnited States (USA) - Oklahoma - counties of Atoka; Beckham; Bryan; Caddo; Carter; Choctaw; Cleveland; Coal; Comanche; Cotton; Garvin; Grady; Greer; Harmon; Haskell; Hughes; Jackson; Jefferson; Johnston; Kiowa; Latimer; Le Flore; Love; Marshall; McClain; McCurtain; McIntosh; Murray; Pittsburg; Pontotoc; Pottawatomie; Pushmataha; Seminole; Stephens; Tillman; Washita.@@\(@A\)WG{K ?EPSGUSA - Oklahoma - SPCS - NUnited States (USA) - Oklahoma - counties of Adair; Alfalfa; Beaver; Blaine; Canadian; Cherokee; Cimarron; Craig; Creek; Custer; Delaware; Dewey; Ellis; Garfield; Grant; Harper; Kay; Kingfisher; Lincoln; Logan; Major; Mayes; Muskogee; Noble; Nowata; Okfuskee; Oklahoma; Okmulgee; Osage; Ottawa; Pawnee; Payne; Roger Mills; Rogers; Sequoyah; Texas; Tulsa; Wagoner; Washington; Woods; Woodward.@A\(@BGzWG{@ 7EPSGUSA - Ohio - SPCS - SUnited States (USA) - Ohio - counties of Adams; Athens; Belmont; Brown; Butler; Champaign; Clark; Clermont; Clinton; Darke; Fairfield; Fayette; Franklin; Gallia; Greene; Guernsey; Hamilton; Highland; Hocking; Jackson; Lawrence; Licking; Madison; Meigs; Miami; Monroe; Montgomery; Morgan; Muskingum; Noble; Perry; Pickaway; Pike; Preble; Ross; Scioto; Vinton; Warren; Washington.@C333333@D.zGU5QT,̈́ 7+EPSGUSA - Ohio - SPCS - NUnited States (USA) - Ohio - counties of Allen;Ashland; Ashtabula; Auglaize; Carroll; Columbiana; Coshocton; Crawford; Cuyahoga; Defiance; Delaware; Erie; Fulton; Geauga; Hancock; Hardin; Harrison; Henry; Holmes; Huron; Jefferson; Knox; Lake; Logan; Lorain; Lucas; Mahoning; Marion; Medina; Mercer; Morrow; Ottawa; Paulding; Portage; Putnam; Richland; Sandusky; Seneca; Shelby; Stark; Summit; Trumbull; Tuscarawas; Union; Van Wert; Wayne; Williams; Wood; Wyandot.@D @E*=p U3 =pT =q[ G'EPSGUSA - North Dakota - SPCS - SUnited States (USA) - North Dakota - counties of Adams; Barnes; Billings; Bowman; Burleigh; Cass; Dickey; Dunn; Emmons; Golden Valley; Grant; Hettinger; Kidder; La Moure; Logan; McIntosh; Mercer; Morton; Oliver; Ransom; Richland; Sargent; Sioux; Slope; Stark; Stutsman.@F =p@G=p Z33333X#33333g G?EPSGUSA - North Dakota - SPCS - NUnited States (USA) - North Dakota - counties of Benson; Bottineau; Burke; Cavalier; Divide; Eddy; Foster; Grand Forks; Griggs; McHenry; McKenzie; McLean; Mountrial; Nelson; Pembina; Pierce; Ramsey; Renville; Rolette; Sheridan; Steele; Towner; Traill; Walsh; Ward; Wells; Williams.@G33333@HGzZzGX5Q녁W ?'EPSGUSA - New York - SPCS - WUnited States (USA) - New York - counties of Allegany; Cattaraugus; Chautauqua; Erie; Genesee; Livingston; Monroe; Niagara; Orleans; Wyoming.@DQ@ERSGzSW =pׁ; S[EPSGUSA - New York - SPCS - Long IslandUnited States (USA) - New York - counties of Bronx; Kings; Nassau; New York; Queens; Richmond; Suffolk.@D<(\@DfffffR =qQ33333 :P - eD:i =MEPSGUSA - Texas - SPCS27 - SUnited States (USA) - Texas - counties of Brooks; Cameron; Duval; Hidalgo; Jim Hogg; Jim Wells; Kenedy; Kleberg; Nueces; San Patricio; Starr; Webb; Willacy; Zapata. Gulf of Mexico outer continental shelf (GoM OCS) protraction areas: South Padre Island; North Padre Island; Mustang Island.@9zG@<5\(Y W =p׆: ;EPSGUSA - Texas - SPCS - NCUnited States (USA) - Texas - counties of: Andrews; Archer; Bailey; Baylor; Borden; Bowie; Callahan; Camp; Cass; Clay; Cochran; Collin; Cooke; Cottle; Crosby; Dallas; Dawson; Delta; Denton; Dickens; Eastland; Ellis; Erath; Fannin; Fisher; Floyd; Foard; Franklin; Gaines; Garza; Grayson; Gregg; Hale; Hardeman; Harrison; Haskell; Henderson; Hill; Hockley; Hood; Hopkins; Howard; Hunt; Jack; Johnson; Jones; Kaufman; Kent; King; Knox; Lamar; Lamb; Lubbock; Lynn; Marion; Martin; Mitchell; Montague; Morris; Motley; Navarro; Nolan; Palo Pinto; Panola; Parker; Rains; Red River; Rockwall; Rusk; Scurry; Shackelford; Smith; Somervell; Stephens; Stonewall; Tarrant; Taylor; Terry; Throckmorton; Titus; Upshur; Van Zandt; Wichita; Wilbarger; Wise; Wood; Yoakum; Young.@?Q@AJ=p YzGa 9AEPSGUSA - Texas - SPCS - NUnited States (USA) - Texas - counties of: Armstrong; Briscoe; Carson; Castro; Childress; Collingsworth; Dallam; Deaf Smith; Donley; Gray; Hall; Hansford; Hartley; Hemphill; Hutchinson; Lipscomb; Moore; Ochiltree; Oldham; Parmer; Potter; Randall; Roberts; Sherman; Swisher; Wheeler.@A&fffff@B@YRX\( 9=EPSGUSA - Texas - SPCS - CUnited States (USA) - Texas - counties of Anderson; Angelina; Bastrop; Bell; Blanco; Bosque; Brazos; Brown; Burleson; Burnet; Cherokee; Coke; Coleman; Comanche; Concho; Coryell; Crane; Crockett; Culberson; Ector; El Paso; Falls; Freestone; Gillespie; Glasscock; Grimes; Hamilton; Hardin; Houston; Hudspeth; Irion; Jasper; Jeff Davis; Kimble; Lampasas; Lee; Leon; Liberty; Limestone; Llano; Loving; Madison; Mason; McCulloch; McLennan; Menard; Midland; Milam; Mills; Montgomery; Nacogdoches; Newton; Orange; Pecos; Polk; Reagan; Reeves; Robertson; Runnels; Sabine; San Augustine; San Jacinto; San Saba; Schleicher; Shelby; Sterling; Sutton; Tom Green; Travis; Trinity; Tyler; Upton; Walker; Ward; Washington; Williamson; Winkler.@=ǮzH@@"\(Z=p W` gEPSGCaribbean - Puerto Rico and US Virgin IslandsPuerto Rico and US Virgin Islands - onshore and offshore.@- =p@5(\Q\(O =q6 G]EPSGUSA - South Dakota - SPCS - SUnited States (USA) - South Dakota - counties of Aurora; Bennett; Bon Homme; Brule; Buffalo; Charles Mix; Clay; Custer; Davison; Douglas; Fall River; Gregory; Haakon; Hanson; Hughes; Hutchinson; Jackson; Jerauld; Jones; Lake; Lincoln; Lyman; McCook; Mellette; Miner; Minnehaha; Moody; Pennington; Sanborn; Shannon; Stanley; Todd; Tripp; Turner; Union; Yankton.@E=p =@FeQZ =pXQv G]EPSGUSA - South Dakota - SPCS - NUnited States (USA) - South Dakota - counties of Beadle; Brookings; Brown; Butte; Campbell; Clark; Codington; Corson; Day; Deuel; Dewey; Edmunds; Faulk; Grant; Hamlin; Hand; Harding; Hyde; Kingsbury; Lawrence; Marshall; McPherson; Meade; Perkins; Potter; Roberts; Spink; Sully; Walworth; Ziebach.@FR@FZzGX͂! O+EPSGUSA - South Carolina - SPCS27 - SUnited States (USA) - South Carolina - counties of Aiken; Allendale; Bamberg; Barnwell; Beaufort; Berkeley; Charleston; Clarendon; Colleton; Dorchester; Georgetown; Hampton; Jasper; Orangeburg; Williamsburg.@@fffff@@TRS̓. OEEPSGUSA - South Carolina - SPCS27 - NUnited States (USA) - South Carolina - counties of Abbeville; Anderson; Calhoun; Cherokee; Chester; Chesterfield; Darlington; Dillon; Edgefield; Fairfield; Florence; Greenville; Greenwood; Horry; Kershaw; Lancaster; Laurens; Lee; Lexington; Marion; Marlboro; McCormick; Newberry; Oconee; Pickens; Richland; Saluda; Spartanburg; Sumter; Union; York.@@G{@AG{T =pSGz X ~  $  IsEPSGUSA - West Virginia - SPCS - SUnited States (USA) - West Virginia - counties of Boone; Braxton; Cabell; Calhoun; Clay; Fayette; Gilmer; Greenbrier; Jackson; Kanawha; Lewis; Lincoln; Logan; Mason; McDowell; Mercer; Mingo; Monroe; Nicholas; Pendleton; Pocahontas; Putnam; Raleigh; Randolph; Roane; Summers; Upshur; Wayne; Webster; Wyoming.@B@C\(TS33333Z I#EPSGUSA - West Virginia - SPCS - NUnited States (USA) - West Virginia - counties of Barbour; Berkeley; Brooke; Doddridge; Grant; Hampshire; Hancock; Hardy; Harrison; Jefferson; Marion; Marshall; Mineral; Monongalia; Morgan; Ohio; Pleasants; Preston; Ritchie; Taylor; Tucker; Tyler; Wetzel; Wirt; Wood.@CaGz@DQRTp =qSnzGG GEPSGUSA - Washington - SPCS27 - SUnited States (USA) - Washington - counties of Adams; Asotin; Benton; Clark; Columbia; Cowlitz; Franklin; Garfield; Grant; Grays Harbor; Kittitas; Klickitat; Lewis; Mason; Pacific; Pierce; Skamania; Thurston; Wahkiakum; Walla Walla; Whitman; Yakima.@FQ@GG{_]:=p  GEPSGUSA - Washington - SPCS27 - NUnited States (USA) - Washington - counties of Chelan; Clallam; Douglas; Ferry; Island; Jefferson; King; Kitsap; Lincoln; Okanogan; Pend Oreille; San Juan; Skagit; Snohomish; Spokane; Stevens; Whatcom.@G=p @Hfffff_2\(]AGzJ ? EPSGUSA - Virginia - SPCS - SUnited States (USA) - Virginia - counties of Accomack; Albemarle; Alleghany; Amelia; Amherst; Appomattox; Bedford; Bland; Botetourt; Bristol; Brunswick; Buchanan; Buckingham; Campbell; Carroll; Charles City; Charlotte; Chesapeake; Chesterfield; Colonial Heights; Craig; Cumberland; Dickenson; Dinwiddie; Essex; Floyd; Fluvanna; Franklin; Giles; Gloucester; Goochland; Grayson; Greensville; Halifax; Hampton; Hanover; Henrico; Henry; Isle of Wight; James City; King and Queen; King William; Lancaster; Lee; Louisa; Lunenburg; Lynchburg; Mathews; Mecklenburg; Middlesex; Montgomery; Nelson; New Kent; Newport News; Norfolk; Northampton; Northumberland; Norton; Nottoway; Patrick; Petersburg; Pittsylvania; Portsmouth; Powhatan; Prince Edward; Prince George; Pulaski; Richmond; Roanoke; Rockbridge; Russell; Scott; Smyth; Southampton; Suffolk; Surry; Sussex; Tazewell; Washington; Wise; Wythe; York.@BEQ@C# =pTQR =pm ?SEPSGUSA - Virginia - SPCS - NUnited States (USA) - Virginia - counties of Arlington; Augusta; Bath; Caroline; Clarke; Culpeper; Fairfax; Fauquier; Frederick; Greene; Highland; King George; Loudoun; Madison; Orange; Page; Prince William; Rappahannock; Rockingham; Shenandoah; Spotsylvania; Stafford; Warren; Westmoreland.@B\(@CG{T =pS =q0 7aEPSGUSA - Utah - SPCS - SUnited States (USA) - Utah - counties of Beaver; Garfield; Iron; Kane; Piute; San Juan; Washington; Wayne.@B~Q@CJ=p \33333[B\(Á- 7[EPSGUSA - Utah - SPCS - NUnited States (USA) - Utah - counties of Box Elder; Cache; Daggett; Davis; Morgan; Rich; Summit; Weber.@DFfffff@EGz\\([B\(ÁX 71EPSGUSA - Utah - SPCS - CUnited States (USA) - Utah - counties of Carbon; Duchesne; Emery; Grand; Juab; Millard; Salt Lake; Sanpete; Sevier; Tooele; Uintah; Utah; Wasatch.@C>Q@D=p \33333[B\(Z?SEPSGUSA - Texas - SPCS27 - SCUnited States (USA) - Texas - counties of Aran] A1EPSGUSA - Wisconsin - SPCS - NUnited States (USA) - Wisconsin - counties of Ashland; Bayfield; Burnett; Douglas; Florence; Forest; Iron; Oneida; Price; Sawyer; Vilas; Washburn.@F\(@GzHW8\)V33333m AQEPSGUSA - Wisconsin - SPCS - CUnited States (USA) - Wisconsin - counties of Barron; Brown; Buffalo; Chippewa; Clark; Door; Dunn; Eau Claire; Jackson; Kewaunee; Langlade; Lincoln; Marathon; Marinette; Menominee; Oconto; Outagamie; Pepin; Pierce; Polk; Portage; Rusk; Shawano; St Croix; Taylor; Trempealeau; Waupaca; Wood.@Ep =@FfffffW8\)U ;  8$ Uj@;4 s;EPSGAsia - Bangladesh; Myanmar - onshore 15°N to 21°NBangladesh - onshore south of 21°N; Myanmar (Burma) - onshore between 15°N and 21°N.@5\(@Wfffff@Y) ikEPSGAmerican Samoa - Ofu, Olesega and Ta'u islandsAmerican Samoa - Ofu, Olesega and Ta'u islands.,Q,8Qe7\(e,(\o KMEPSGAmerican Samoa - Tutuila islandAmerican Samoa - Tutuila island.,(\,ffffffe\(\ePQ YEPSGAustralia - SE Australia (ACT NSW Vic)Australia - Australian Capital Territory, New South Wales, Victoria.C<&fffff@aQ@c6zG ]_EPSGAustralia - New South Wales and VictoriaAustralia - New South Wales and Victoria.C<&fffff@aQ@c6zGY 57EPSGAustralia - VictoriaAustralia - Victoria.C@p =@aQ@bGzg IKEPSGAustralia - Northern TerritoryAustralia - Northern Territory.:\(%Q@`zH ]_EPSGAustralia - Australian Capital TerritoryAustralia - Australian Capital Territory.A =pA\(@bQ@b́ aeEPSGCote d'Ivoire (Ivory Coast) - Abidjan areaCôte d'Ivoire (Ivory Coast) - Abidjan area.@@(\)Gz͂ _3EPSGCanada - Quebec and Ontario - MTM zone 10Canada - Quebec west of 78°W; Canada - Ontario - between 79°30'W and 78°W in area to north of 47°N; between 80°15'W and 78°W in area between 46°N and 47°N; between 81°W and 78°W in area south of 46°N.@E!Gz@O9 eyEPSGCanada - Quebec and Ontario - 78°W to 75°WCanada - Quebec and Ontario - between 78°W and 75°W.@EУ =q@OS33333 e#EPSGCanada - Quebec and Ontario - 75°W to 72°WCanada - Quebec between 75°W and 72°W.; Canada - Ontario - east of 75°W.@F}p =@OC =p} gwEPSGCanada - Quebec and Labrador - 69°W to 66°WCanada - Quebec and Labrador between 69°W and 66°W.@GzH; gwEPSGCanada - Quebec and Labrador - 66°W to 63°WCanada - Quebec and Labrador between 66°W and 63°W.@G@NB\(þ gwEPSGCanada - Quebec and Labrador - 63°W to 60°WCanada - Quebec and Labrador between 63°W and 60°W.@GzG@Mu\(ā w[EPSGCanada - Newfoundland and Labrador - 60°W to 57.5°WCanada - Newfoundland west of 57°30'W.@G@IEQMp =Lg G?EPSGUSA - Washington - SPCS83 - SUnited States (USA) - Washington - counties of Adams; Asotin; Benton; Clark; Columbia; Cowlitz; Franklin; Garfield; Grant south of approximately 47°30'N; Grays Harbor; Kittitas; Klickitat; Lewis; Mason; Pacific; Pierce; Skamania; Thurston; Wahkiakum; Walla Walla; Whitman; Yakima.@FQ@GzG_]:=p > GmEPSGUSA - Washington - SPCS83 - NUnited States (USA) - Washington - counties of Chelan; Clallam; Douglas; Ferry; Grant north of approximately 47°30'N; Island; Jefferson; King; Kitsap; Lincoln; Okanogan; Pend Oreille; San Juan; Skagit; Snohomish; Spokane; Stevens; Whatcom.@G=p @Hfffff_2\(]AGz ?3EPSGUSA - Wyoming - SPCS - WCUnited States (USA) - Wyoming - counties of Fremont; Hot Springs; Park; Sweetwater.@D~Q@FGz[ =pZ =%EPSGUSA - Wyoming - SPCS - WUnited States (USA) - Wyoming - counties of Lincoln; Sublette; Teton; Uinta.@D~Q@FU\([ =p[B\(Á& ?SEPSGUSA - Wyoming - SPCS - ECUnited States (USA) - Wyoming - counties of Big Horn; Carbon; Johnson; Natrona; Sheridan; Washakie.@D~Q@FGz[(QB =EPSGUSA - Wyoming - SPCS - EUnited States (USA) - Wyoming - counties of Albany; Campbell; Converse; Crook; Goshen; Laramie; Niobrara; Platte; Weston.@D~Q@FGzZQZ33333; qUEPSGAustralasia - Australia and PNG - 150°E to 156°EAustralia - onshore and offshore between 150°E and 156°E. Papua New Guinea onshore east of 150°E.G8Q\(> {GEPSGCanada - Quebec, Newfoundland and Labrador - MTM zone 3Canada - Newfoundland and Labrador between 60°W and 57°30'W; Canada - Quebec east of 60°W.@G@K =qL p | o w | {K5:rcp~ Y]EPSG Angola - offshore blocks 3 7 15 and 17Angola - offshore blocks 3, 7,15 and 17.$.zGQ@%\)@*ǮzHs OQEPSG Angola - offshore blocks 1 and 16Angola - offshore blocks 1 and 16. =p Q@&(\)@(.zG aqEPSG Angola - offshore blocks 7 8 24 + WGC specAngola - offshore blocks 7 and 8. Also used rounded to integer metre in offshore block 24 and for GSI/HGS/Western Geophysical speculative seismic data throughout offshore Angola.1B\( =p @ ffffff@+Qc ?AEPSG Angola - offshore block 7Angola - offshore block 7.$.zG"R@)QR@*ǮzHc ?AEPSG Angola - offshore block 3Angola - offshore block 3.\(\ =p@'zG{@)c ?AEPSG Angola - offshore block 2Angola - offshore block 2. =p  =p @((\)@)zGc ?AEPSG Angola - offshore block 5Angola - offshore block 5.!.zG@)(\)@*́* 1iEPSG Colombia - CusianaColombia - Casanare province BP Cusiana/Cupiagua field areas. Also used by Total in Rivera and Gatanas blocks.@@QR C EPSG Asia - FSU - Caspian statesAzerbaijan; Kazakhstan; Russian Federation; Turkmenistan - Caspian Sea.@A33333@TvfffffZa 5GEPSG Canada - Nova ScotiaCanada - Nova Scotia onshore.@EzG@G=p PRMp =2  EPSG Africa - Botswana, Eswatini, Lesotho, Malawi, Zambia, ZimbabweBotswana; Eswatini (Swaziland); Lesotho; Malawi; Zambia; Zimbabwe.>\) aGz@3p =@A =p[ C-EPSG Africa - Kenya and TanzaniaKenya; Tanzania.'@Q@=W =p@DzGg CEEPSG Brazil - Tucano basin southBrazil - Tucano basin south.(=p %333333C\)Bp =k GIEPSG Brazil - Tucano basin centralBrazil - Tucano basin central.%8Q#zGCRBQg CEEPSG Brazil - Tucano basin northBrazil - Tucano basin north.# ǮzHCQBQ oEPSG Brazil - Campos; Espirito Santo and Santos basinsBrazil - offshore - Campos; Espirito Santo and Santos basins.5\(@C =pׁ> ) EPSG /Mozambique - BMozambique - provinces of Gaza; Inhambane and southern parts of Sofala and Manhica; i.e. between approximately 24°S and 20°S.8\)3p =@?J=p @A33333" )SEPSG .Mozambique - AMozambique - Maputo province and southern part of Gaza province; i.e. south of approximately 24°S.:޸Q7\)@?\)@A@\ -EEPSG -Brunei - onshoreBrunei Darussalam - onshore.@ =p @p =q@\\(@\׮zH^ /G EPSG ,Brunei - offshoreBrunei Darussalam - offshore.@QR@zG{@\ @\\( AwEPSG +Algeria - north of 31.5°NAlgeria - onshore north of 35 grads North (31°30'N).@?@BR@"p =qW [AEPSG *World - WGS72 BE to WGS 84 - by countryWorld. Vietnam - offshore.ZLI +EPSG )Asia - Middle East - Iraq; Israel; Jordan; Lebanon; Kuwait; Saudi Arabia; SyriaIraq, Israel, Jordan, Lebanon, Kuwait, Saudi Arabia and Syria - onshore.@0^Q@BR@A\(@K\(r WGEPSG (Europe - Finland and Norway - onshoreFinland and Norway - onshore.@L33333@Q\(@\(@? =pׁs q-EPSG 'Europe - British Isles and Channel Islands onshoreChannel islands - onshore. Ireland - onshore. Isle of Man - onshore. United Kingdom (UK) - onshore - England; Scotland; Wales; Northern Ireland.@HzG@Ns33333%Q?p =q2 =_EPSG &Europe - common offshoreDenmark - offshore North Sea; Ireland - offshore; Netherlands - offshore; United Kingdom - UKCS offshore.@G\(@OR0@%QY 57EPSG %Egypt - Gulf of SuezEgypt - Gulf of Suez.@;0 =q@>\(@@+Q@A"\(] 9;EPSG $Italy - Sicily onshoreItaly - Sicily onshore.@BKQ@C,@(Q@/kQa =?EPSG #Italy - Sardinia onshoreItaly - Sardinia onshore.@Ch\)@DzH@ (\)@#ǮzHf CCEPSG "Europe - Portugal and SpainPortugal; Spain - mainland.@AGz@E\)#Q@ Q A EPSG !Spain - mainland northwestSpain - onshore mainland north of 41°30'N and west of 4°30' W.@D@E\)"p =$ O1EPSG Spain - mainland except northwestSpain - onshore mainland except northwest (north of 41°30'N and west of 4°30'W).@A@EǮzH(\)@ Qa =?EPSG Spain - Balearic IslandsSpain - Balearic Islands.@CKQ@D33333?Q@\( egEPSG Norway - North Sea - offshore south of 62°NNorway - offshore south of 62°N - North Sea.@L =p @OGz?Q@%Q oEPSG Norway - offshore 62°N to 65°N and west of 5°ENorway - offshore between 62°N and 65°N and west of 5°E.>@P@ =q\(\@ =p  amEPSG Norway - offshore north of 65°N; SvalbardNorway - offshore north of 65°N. Also Svalbard.A@U.Q @CGzc MO EPSG Norway - offshore north of 65°NNorway - offshore north of 65°N.AH@@\(ÁR 19EPSG Europe - North SeaDenmark - North Sea; Germany - North Sea; Netherlands - offshore; Norway - North Sea south of 62°N; United Kingdom (UKCS) - North Sea south of 62°N.@I =p>333333@%Qg /YEPSG Syria - Deir areaSyria - Deir area (35°22'N, 40°06'E)@A>Q@A33333@Cfffff@DgzHk 9WEPSG Syria - Shaddadeh areaSyria - Shaddadeh area (36°N, 41°E)@AQ@B@@D@@DR^ ;;EPSG Syria - Al Whaleed areaSyria - Al Whaleed area@A=p @A33333@C33333@D4zG O{EPSG Germany - West Germany all statesGermany - states of former West Germany onshore - Baden-Wurtemberg, Bayern, Bremen, Hamburg, Hessen, Niedersachsen, Nordrhein-Westfalen, Rheinland-Pfalz, Saarland, Schleswig-Holstein.@G\(@KQ@p =q@+zG ioEPSG Argentina - Neuquen province Auca Mahuida areaArgentina - Neuquen province - Auca Mahuida area.C`BQ`Q M35 Y  % 4 :p#~0tMn AcEPSG LUSA - Texas west of 100°WUnited States (USA) - Texas west of 100°W.@< =p @B@Z=p 6 i;EPSG JUSA - New England - south (CT, MA, NH, RI, VT)United States (USA) - Connecticut; Massachusetts; New Hampshire; Rhode Island; Vermont.@D}p =@FzHRnQQw =pw CeEPSG IUSA - Delaware and MarylandUnited States (USA) - Delaware and Maryland.@B(\@CS\(RzGC -/EPSG HCanada - AlbertaCanada - Alberta.@H~Q<[~QM 79EPSG GCanada - SaskatchewanCanada - Saskatchewan.1@NGzYU\(# ??EPSG FUSA - CONUS including EEZUnited States (USA) - CONUS including EEZ - onshore and offshore - Alabama; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming. US Gulf of Mexico (GoM) OCS.@7\(@H =q`%p =Pl(\u AcEPSG EUSA - Alaska including EEZUnited States (USA) - Alaska including EEZ.@G =q@Rp =@d`?zH~ -EPSG DItaly - mainlandItaly - mainland including San Marino and Vatican City State.@BzG@G@zG{@2zGW +=EPSG CNigeria - southNigeria - onshore south.@Gz@@ffffff@"fffffH QwEPSG BEurope - former Yugoslavia onshoreBosnia and Herzegovina; Croatia - onshore; Kosovo; Montenegro - onshore; North Macedonia; Serbia; Slovenia - onshore.@Dl@Gp =q@*\(@7 =p a =?EPSG ASeychelles - Mahe IslandSeychelles - Mahe Island.p =q@Kfffff@K˅Q A)EPSG @Spain - mainland southwestSpain - onshore mainland south of the parallel of approximately 41°58'N from approximately 6°35'W to the meridian of 4°W of Greenwich and then a line from 41°58'N, 4°W through 40°N, 0°E of Greenwich.@A@Dp =(\)?Q A)EPSG ?Spain - mainland northeastSpain - onshore mainland north of the parallel of approximately 41°58'N from approximately 6°35'W to the meridian of 4°W of Greenwich and then a line from 41°58'N, 4°W through 40°N, 0°E of Greenwich.@CG{@E\)"p =@ Qa =?EPSG >Spain - mainland onshoreSpain - mainland onshore.@A@E\)"p =@ Qm IKEPSG =Philippines - Mindanao onshorePhilippines - Mindanao onshore.@\(@% =p @] =q@_ ]_EPSG IkEPSG mBahamas - main islands onshoreBahamas - onshore southwest of a line from 27°30'N, 77°30'W through 23°15'N, 74°30'W to 22°30'N, 72°30'W.@4(\@;J=p S\(R+Qk 7YEPSG lUSA - Alaska mainlandUnited States (USA) - Alaska mainland.@K+Q@QٙeQ`?zHo KMEPSG kAsia - India mainland and NepalIndia - mainland onshore; Nepal.@ =p @AGz@QQ@XZG{ SyEPSG jCanada - NWT; Nunavut; SaskatchewanCanada - Northwest Territories; Nunavut; Saskatchewan.1@TG{aQN\(\ cuEPSG Japan - 44°N to 44°40'N; 143°E to 144°EJapan - onshore 44°N to 44°40'N; 143°E to 144°E.@EQ@FS33333 p|  } a WM:,p cuEPSG Japan - 38°N to 38°40'N; 139°E to 140°EJapan - onshore 38°N to 38°40'N; 139°E to 140°E.@BQ@CU\(@acQ i{EPSG Japan - 38°40'N to 39°20'N; 141°E to 142°EJapan - onshore 38°40'N to 39°20'N; 141°E to 142°E.@CTzG@CQ@azH ikEPSG Japan - 38°40'N to 39°20'N; 140°E to 141°EJapan - 38°40'N to 39°20'N; 140°E to 141°E.@CTzG@CQ i{EPSG Japan - 38°40'N to 39°20'N; 139°E to 140°EJapan - onshore 38°40'N to 39°20'N; 139°E to 140°E.@CTzG@CQ@aq~ _qEPSG Japan - 39°20'N to 40°N; east of 141°EJapan - onshore 39°20'N to 40°N; east of 141°E.@C=p (@azGt ceEPSG Japan - 39°20'N to 40°N; 140°E to 141°EJapan - 39°20'N to 40°N; 140°E to 141°E.@C=p ( cuEPSG Japan - 39°20'N to 40°N; 139°E to 140°EJapan - onshore 39°20'N to 40°N; 139°E to 140°E.@C=p (@at(\{ ceEPSG Japan - 40°N to 40°40'N; 141°E to 142°EJapan - 40°N to 40°40'N; 141°E to 142°E.@CQ@DU\({ ceEPSG Japan - 40°N to 40°40'N; 140°E to 141°EJapan - 40°N to 40°40'N; 140°E to 141°E.@CQ@DU\( cuEPSG Japan - 40°N to 40°48'N; 139°E to 140°EJapan - onshore 40°N to 40°48'N; 139°E to 140°E.@CQ@Dffffff@at(\ i{EPSG Japan - 40°40'N to 41°20'N; 141°E to 142°EJapan - onshore 40°40'N to 41°20'N; 141°E to 142°E.@DTzG@DQ@a\) ikEPSG Japan - 40°40'N to 41°20'N; 140°E to 141°EJapan - 40°40'N to 41°20'N; 140°E to 141°E.@DTzG@DQ cuEPSG Japan - 41°20'N to 42°N; 141°E to 142°EJapan - onshore 41°20'N to 42°N; 141°E to 142°E.@D=p @DG{@a\) _EPSG Japan - 41°20'N to 42°N; west of 141°EJapan - onshore mainland 41°20'N to 42°N; west of 141°E.@D=p *@a}Q cqEPSG Japan - south of 42°40'N; 143°E to 144°EJapan - onshore south of 42°40'N; east of 143°E.@D\(@EU\(@aQ cuEPSG Japan - 42°N to 42°40'N; 142°E to 143°EJapan - onshore 42°N to 42°40'N; 142°E to 143°E.@E\(@EU\( cuEPSG Japan - 42°N to 42°40'N; 141°E to 142°EJapan - onshore 42°N to 42°40'N; 141°E to 142°E.@EQ@EU\({ ceEPSG Japan - 42°N to 42°40'N; 140°E to 141°EJapan - 42°N to 42°40'N; 140°E to 141°E.@DQ@EU\( YEPSG Japan - north of 42°N; west of 140°EJapan - onshore mainland north of 42°N and west of 140°E.@Efffff@E]p =@avfffff i{EPSG Japan - 42°40'N to 43°20'N; 145°E to 146°EJapan - onshore 42°40'N to 43°20'N; 145°E to 146°E.@Ew =p@EQ@b; =p i{EPSG Japan - 42°40'N to 43°20'N; 144°E to 145°EJapan - onshore 42°40'N to 43°20'N; 144°E to 145°E.@EkQ@EQ ikEPSG Japan - 42°40'N to 43°20'N; 143°E to 144°EJapan - 42°40'N to 43°20'N; 143°E to 144°E.@ETzG@EQ ikEPSG Japan - 42°40'N to 43°20'N; 142°E to 143°EJapan - 42°40'N to 43°20'N; 142°E to 143°E.@ETzG@EQ ikEPSG Japan - 42°40'N to 43°20'N; 141°E to 142°EJapan - 42°40'N to 43°20'N; 141°E to 142°E.@ETzG@EQ i{EPSG Japan - 42°40'N to 43°25'N; 140°E to 141°EJapan - onshore 42°40'N to 43°25'N; 140°E to 141°E.@ETzG@E\( cwEPSG Japan - north of 43°20'N; 145°E to 146°EJapan - onshore north of 43°20'N and west of 145°E.@E=p @F333333@b; =pt ceEPSG Japan - 43°20'N to 44°N; 144°E to 145°EJapan - 43°20'N to 44°N; 144°E to 145°E.@E=p ,t ceEPSG Japan - 43°20'N to 44°N; 143°E to 144°EJapan - 43°20'N to 44°N; 143°E to 144°E.@E=p ,t ceEPSG Japan - 43°20'N to 44°N; 142°E to 143°EJapan - 43°20'N to 44°N; 142°E to 143°E.@E=p , cuEPSG Japan - 43°20'N to 44°N; 141°E to 142°EJapan - onshore 43°20'N to 44°N; 141°E to 142°E.@E=p ,@aQ u_ U U A ; l # ikEPSG Japan - 34°40N' to 35°20'N; 135°E to 136°EJapan - 34°40N' to 35°20'N; 135°E to 136°E.@ATzG@AQ ikEPSG Japan - 34°40'N to 35°20'N; 134°E to 135°EJapan - 34°40'N to 35°20'N; 134°E to 135°E.@ATzG@AQ ikEPSG Japan - 34°40'N to 35°20'N; 133°E to 134°EJapan - 34°40'N to 35°20'N; 133°E to 134°E.@ATzG@AQ ikEPSG Japan - 34°40'N to 35°20'N; 132°E to 133°EJapan - 34°40'N to 35°20'N; 132°E to 133°E.@ATzG@AQ cuEPSG Japan - 35°20'N to 36°N; 140°E to 141°EJapan - onshore 35°20'N to 36°N; 140°E to 141°E.@A=p $@at ceEPSG Japan - 35°20'N to 36°N; 139°E to 140°EJapan - 35°20'N to 36°N; 139°E to 140°E.@A=p $t ceEPSG Japan - 35°20'N to 36°N; 138°E to 139°EJapan - 35°20'N to 36°N; 138°E to 139°E.@A=p $t ceEPSG Japan - 35°20'N to 36°N; 137°E to 138°EJapan - 35°20'N to 36°N; 137°E to 138°E.@A=p $t ceEPSG Japan - 35°20'N to 36°N; 136°E to 137°EJapan - 35°20'N to 36°N; 136°E to 137°E.@A=p $t ceEPSG Japan - 35°20'N to 36°N; 135°E to 136°EJapan - 35°20'N to 36°N; 135°E to 136°E.@A=p $ cuEPSG Japan - 35°20'N to 36°N; 134°E to 135°EJapan - onshore 35°20'N to 36°N; 134°E to 135°E.@A=p @Ap = cEPSG Japan - 35°20'N to 36°N; 133°E to 134°EJapan - onshore mainland 35°20'N to 36°N; 133°E to 134°E.@A=p @AR cEPSG Japan - 35°20'N to 36°N; 132°E to 133°EJapan - onshore mainland 35°20'N to 36°N; 132°E to 133°E.@A=p @A=p @`R cuEPSG Japan - 36°N to 36°40'N; 140°E to 141°EJapan - onshore 36°N to 36°40'N; 140°E to 141°E.@AQ@BU\(@a =q{ ceEPSG Japan - 36°N to 36°40'N; 139°E to 140°EJapan - 36°N to 36°40'N; 139°E to 140°E.@AQ@BU\({ ceEPSG Japan - 36°N to 36°40'N; 138°E to 139°EJapan - 36°N to 36°40'N; 138°E to 139°E.@AQ@BU\({ ceEPSG Japan - 36°N to 36°40'N; 137°E to 138°EJapan - 36°N to 36°40'N; 137°E to 138°E.@AQ@BU\( ]EPSG Japan - 36°N to 36°40'N; west of137°EJapan - onshore between 36°N and 36°40'N; west of 137°E.@AQ@BU\(@` e EPSG Japan - 36°40'N to 37°20'N; east of 140°EJapan - onshore between 36°40'N and 37°20'N; east of 140°E.@BTzG@BQ@a33333 ikEPSG Japan - 36°40'N to 37°20'N; 139°E to 140°EJapan - 36°40'N to 37°20'N; 139°E to 140°E.@BTzG@BQ ikEPSG Japan - 36°40'N to 37°20'N; 138°E to 139°EJapan - 36°40'N to 37°20'N; 138°E to 139°E.@BTzG@BQ ikEPSG Japan - 36°40'N to 37°20'N; 137°E to 138°EJapan - 36°40'N to 37°20'N; 137°E to 138°E.@BTzG@BQ i{EPSG Japan - 36°40'N to 37°20'N; 136°E to 137°EJapan - onshore 36°40'N to 37°20'N; 136°E to 137°E.@BTzG@BQ@a\( cuEPSG Japan - 37°20'N to 38°N; 141°E to 142°EJapan - onshore 37°20'N to 38°N; 141°E to 142°E.@B=p @B\(@aQt ceEPSG Japan - 37°20'N to 38°N; 140°E to 141°EJapan - 37°20'N to 38°N; 140°E to 141°E.@B=p &t ceEPSG Japan - 37°20'N to 38°N; 139°E to 140°EJapan - 37°20'N to 38°N; 139°E to 140°E.@B=p & cEPSG Japan - 37°20'N to 38°N; 138°E to 139°EJapan - onshore mainland 37°20'N to 38°N; 138°E to 139°E.@B=p @B(\@aLzG cuEPSG Japan - 37°20'N to 38°N; 137°E to 138°EJapan - onshore 37°20'N to 38°N; 137°E to 138°E.@B=p @B=p @a-\( cuEPSG Japan - 37°20'N to 38°N; 136°E to 137°EJapan - onshore 37°20'N to 38°N; 136°E to 137°E.@B=p @B(\@ap = cuEPSG Japan - 38°N to 38°40'N; 141°E to 142°EJapan - onshore 38°N to 38°40'N; 141°E to 142°E.@C =p @CU\(@a =p M}e I D L T J-CJI+fM cEPSG Japan - 31°20'N to 32°N; 130°E to 131°EJapan - onshore mainland 31°20'N to 32°N; 130°E to 131°E.@?TzG @`C33333 cuEPSG Japan - 32°N to 32°40'N; 131°E to 132°EJapan - onshore 32°N to 32°40'N; 131°E to 132°E.@?p =@@U\(@`}Q녁 i{EPSG Japan - 32°N to 32°40'N; 129°54'E to 131°EJapan - onshore 32°N to 32°40'N; 129°54'E to 131°E.@?p =@@U\(@`: EuEPSG Africa - AOF 10°W to 3.5°WFrench West Africa between 10°W and 3°30'W - Burkina Faso, Côte d'Ivoire (Ivory Coast), Guinea, Mali, Mauritania.@(\)@;L Q A'EPSG Africa - AOF west of 10°WFrench West Africa onshore west of 10°W - Guinea, Mali, Mauritania, Senegal.@ zG@:\(1 =pu QS EPSG Serbia and Montenegro - MontenegroSerbia and Montenegro - Montenegro.@D\)@E =p@2p =q@4^QU 13EPSG Romania - offshoreRomania - offshore.@EQ@F@< =p@?h\)R -1EPSG Germany - SaxonyGermany - Sachsen.@I@IzG@'ǮzH@.zGW 35EPSG Germany - ThuringenGermany - Thuringen.@I@I33333@#p =@)QR =EPSG Germany - West Germany SGermany - states of former West Germany - south of 50°20'N.@G\(@I+Q@p =q@+zG =EPSG Germany - West Germany CGermany - states of former West Germany - between 50°20'N and 52°20'N.@I*=p @J+Q@p =q@(\( =EPSG Germany - West Germany NGermany - states of former West Germany - onshore north of 52°20'N.@J*=p @KQ@=p =@'.zG} _sEPSG World - N hemisphere - 3-degree CM 045°EBetween 43°30'E and 46°30'E, northern hemisphere.T@E@G@} _sEPSG World - N hemisphere - 3-degree CM 042°EBetween 40°30'E and 43°30'E, northern hemisphere.T@D@@E} _sEPSG World - N hemisphere - 3-degree CM 039°EBetween 37°30'E and 40°30'E, northern hemisphere.T@B@D@} _sEPSG World - N hemisphere - 3-degree CM 036°EBetween 34°30'E and 37°30'E, northern hemisphere.T@A@@B} _sEPSG World - N hemisphere - 3-degree CM 033°EBetween 31°30'E and 34°30'E, northern hemisphere.T@?@A@} _sEPSG World - N hemisphere - 3-degree CM 030°EBetween 28°30'E and 31°30'E, northern hemisphere.T@<@?} _sEPSG World - N hemisphere - 3-degree CM 027°EBetween 25°30'E and 28°30'E, northern hemisphere.T@9@<e ACEPSG Denmark - onshore BornholmDenmark - Bornholm onshore.@KxQ@K =q@-.zG@.} W]EPSG Denmark - onshore Zealand and LollandDenmark - Zealand and Lolland (onshore).@KAGz@LeQ@%zG@)p =r SYEPSG Denmark - onshore Jutland and FunenDenmark - Jutland and Funen - onshore.@KU\(@Lfffff@&zG KEPSG UK - Northern Ireland - onshoreUnited Kingdom (UK) - Northern Ireland (Ulster) - onshore.@JG{@KzG \(\\(\" E7EPSG USA - Louisiana - SPCS83 - SUnited States (USA) - Louisiana - counties of Acadia; Allen; Ascension; Assumption; Beauregard; Calcasieu; Cameron; East Baton Rouge; East Feliciana; Evangeline; Iberia; Iberville; Jefferson; Jefferson Davis; Lafayette; LaFourche; Livingston; Orleans; Plaquemines; Pointe Coupee; St Bernard; St Charles; St Helena; St James; St John the Baptist; St Landry; St Martin; St Mary; St Tammany; Tangipahoa; Terrebonne; Vermilion; Washington; West Baton Rouge; West Feliciana.@<ٙ@?RW|(\V0m =UEPSG USA - Texas - SPCS83 - SUnited States (USA) - Texas - counties of Brooks; Cameron; Duval; Hidalgo; Jim Hogg; Jim Wells; Kenedy; Kleberg; Nueces; San Patricio; Starr; Webb; Willacy; Zapata.@9zG@<5\(Y X6fffff ?CEPSG USA - Texas - SPCS83 - SCUnited States (USA) - Texas - counties of Aransas; Atascosa; Austin; Bandera; Bee; Bexar; Brazoria; Brewster; Caldwell; Calhoun; Chambers; Colorado; Comal; De Witt; Dimmit; Edwards; Fayette; Fort Bend; Frio; Galveston; Goliad; Gonzales; Guadalupe; Harris; Hays; Jackson; Jefferson; Karnes; Kendall; Kerr; Kinney; La Salle; Lavaca; Live Oak; Matagorda; Maverick; McMullen; Medina; Presidio; Real; Refugio; Terrell; Uvalde; Val Verde; Victoria; Waller; Wharton; Wilson; Zavala.@;ǮzH@>QWp =q acEPSG Japan - onshore mainland south of 31°20'NJapan - onshore mainland south of 31°20'N.@> =q@?W =p@`DzG@`fzG >[ f x    *06<at~j[s //EPSG Slovenia - GoricaSlovenia - Gorica region including the Trnovo Forest, Nanos and Idrija Mountains.@F\(@G =p@* =q@,8Qy EgEPSG Slovenia - upper Soca ValleySlovenia - upper Soca Valley and Julian Alps.@GzG@G>Q@*\(@+p = iyEPSG Indonesia - Java Sea - offshore northwest JavaIndonesia - southern Java Sea offshore northwest Java.\(GzH@ZqGz@[ =q$ /QEPSG Australia - AGD84Australia - Queensland, South Australia, Western Australia, federal areas offshore west of 129°E.CC =p"p =@[NQ@c3QV 31EPSG Australia - onshoreAustralia - Australian Capital Territory; New South Wales; Northern Territory; Queensland; South Australia; Tasmania; Western Australia; Victoria.Eٙ#Q@\6fffff@c6zGs OQEPSG Congo - coastal area and offshoreCongo - coastal area and offshore. =p ffffff@!zG@(zG auEPSG Greenland - southwest coast 54°W to 48°WGreenland - southwest coast between 54°W and 48°W.@NP =q@RC33333| _aEPSG Greenland - southwest coast east of 48°WGreenland - southwest coast east of 48°W.@M޸Q@OfffffEB\(o CUEPSG Greenland - Ammassalik areaGreenland - Ammassalik area onshore.@PaGz@Pz=p CnzGBgzHs GYEPSG Greenland - Scoresbysund areaGreenland - Scoresbysund area onshore.@Q*=p @RQ= =q3 =pf ASEPSG Greenland - south of 63°NGreenland - onshore south of 63°N.@M޸Q?I\(\D=p | O EPSG Greenland - west - 63°N to 66°NGreenland - west of 46°W and between 63°N and 66°N, onshore.?BJٙ| O EPSG Greenland - west - 66°N to 69°NGreenland - west of 42°W and between 66°N and 69°N, onshore.BEK Q| O EPSG Greenland - west - 69°N to 72°NGreenland - west of 38°W and between 69°N and 72°N, onshore.EHLzH| O EPSG Greenland - west - 72°N to 75°NGreenland - west of 38°W and between 72°N and 75°N, onshore.HKMG{| O EPSG Greenland - west - 75°N to 78°NGreenland - west of 44°W and between 75°N and 78°N, onshore.KNR2\(| O EPSG Greenland - west - 78°N to 81°NGreenland - west of 44°W and between 78°N and 81°N, onshore.NQRR\(u O EPSG Greenland - east - 63°N to 66°NGreenland - east of 46°W and between 63°N and 66°N, onshore.?B| O EPSG Greenland - east - 66°N to 69°NGreenland - east of 42°W and between 66°N and 69°N, onshore.BE9# =p| O EPSG Greenland - east - 69°N to 72°NGreenland - east of 38°W and between 69°N and 72°N, onshore.EH5QR| O EPSG Greenland - east - 72°N to 75°NGreenland - east of 38°W and between 72°N and 75°N, onshore.HK15\(| O EPSG Greenland - east - 75°N to 78°NGreenland - east of 44°W and between 75°N and 78°N, onshore.KN1Q| O EPSG Greenland - east - 78°N to 81°NGreenland - east of 44°W and between 78°N and 81°N, onshore.NQ,\)f ASEPSG Greenland - north of 81°NGreenland - onshore north of 81°N.Q@TG{PC =p'Q_ ;=EPSG Cameroon - coastal areaCameroon - coastal area.@GzH@\(@ fffff@$́ AEPSG Africa - AEF east of 21°EFrench Equatorial Africa east of 21°E - Central African Republic, Chad.@zG{@5\(@;u\(/ CoEPSG Africa - AEF 14°E to 21°EFrench Equatorial Africa between 14°E and 21°E - Cameroon, Central African Republic, Chad, Congo, Gabon, Niger. =p@7u\(2 AiEPSG Africa - AEF 9°E to 14°EFrench Equatorial Africa onshore west of 14°E - Cameroon, Chad, Congo, Gabon, Niger - between 9°E and 14°E.=p =@7zH@ fffffr ?{EPSG Africa - AOF 4°E to 9°EFrench West Africa between 4°E and 9°E - Mali, Niger.@) =p@5=p  5CEPSG Africa - AOF 3.5°W to 4°EFrench =EPSG Slovenia - upper SavinjaSlovenia - upper Savinja region with part of Koroska (Slovene Carinthia).@GG{@GGzH@- zb B v + 6QU } _sEPSG 3World - N hemisphere - 3-degree CM 069°EBetween 67°30'E and 70°30'E, northern hemisphere.T@P@Q} _sEPSG 2World - N hemisphere - 3-degree CM 066°EBetween 64°30'E and 67°30'E, northern hemisphere.T@P @P} _sEPSG 1World - N hemisphere - 3-degree CM 063°EBetween 61°30'E and 64°30'E, northern hemisphere.T@N@P } _sEPSG 0World - N hemisphere - 3-degree CM 060°EBetween 58°30'E and 61°30'E, northern hemisphere.T@M@@N} _sEPSG /World - N hemisphere - 3-degree CM 057°EBetween 55°30'E and 58°30'E, northern hemisphere.T@K@M@} _sEPSG .World - N hemisphere - 3-degree CM 054°EBetween 52°30'E and 55°30'E, northern hemisphere.T@J@@K} _sEPSG -World - N hemisphere - 3-degree CM 051°EBetween 49°30'E and 52°30'E, northern hemisphere.T@H@J@} _sEPSG ,World - N hemisphere - 3-degree CM 048°EBetween 46°30'E and 49°30'E, northern hemisphere.T@G@@H oUEPSG +Asia - Middle East - Israel and Palestine onshoreIsrael - onshore; Palestine onshore.@=s33333@@ =p@A\(@AQC !EPSG *PalestinePalestine.@?5\(@@Ffffff@A\(@A=p  aEPSG )Norway - offshore north of 62°N; SvalbardNorway - offshore north of 62°N. Also Svalbard - onshore and offshore.>@U.Q @CGz^ ACEPSG (Algeria - Hassi Bir ReikazAlgeria - Hassi Bir Reikaz.@?@@5\(@ =p] 3AEPSG 'Algeria - In AmenasAlgeria - In Amenas block.@;@World - N hemisphere - 3-degree CM 102°EBetween 100°30'E and 103°30'E, northern hemisphere.T@Y @Y~ _uEPSG =World - N hemisphere - 3-degree CM 099°EBetween 97°30'E and 100°30'E, northern hemisphere.T@X`@Y } _sEPSG kQ OEPSG Western Sahara - south of 24.3°NWestern Sahara - onshore south of 27grads North (24°18'N).@4\(@8O\(1(\) OEPSG Western Sahara - north of 24.3°NWestern Sahara - onshore north of 27grads North (24°18'N).@8J=p @;Q. =p!QR} AsEPSG Morocco - south of 31.5°NMorocco onshore south of 35 grads North (31°30'N).@;\)@?\(*zG{ QS )7EPSG Libya - MabrukLibya - Mabruk field.@=(\@>R@1!Gz@1\(l AQEPSG Libya - Murzuq and En NagaLibya - Murzuq and En Naga fields.@;QR@;Q@2^Q@2Q ;  EPSG Canada - south of 60°NCanada south of 60°N - Alberta, British Columbia (BC), Manitoba, New Brunswick (NB), Newfoundland and Labrador, Nova Scotia (NS), Ontario, Prince Edward Island (PEI), Quebec and Saskatchewan.@D =pQ@J =pW 35EPSG Iran - Kharg IslandIran - Kharg Island.@=(\)@=c =p@I(\@I5\( [EPSG Malaysia - East Malaysia - offshore SCSMalaysia - East Malaysia (Sabah; Sarawak) - offshore South China Sea.?\(@zG@[S =p@]S =p EEPSG Portugal - Selvagens onshorePortugal - Selvagens islands (Madeira province) - onshore.@=G{@>5\(0(\/zGr ?_EPSG Asia - FSU - CS63 zone K4Kazakhstan between 55°16'E and 58°16'E.@DGz@IR@KGz@M"\(r ?_EPSG Asia - FSU - CS63 zone K3Kazakhstan between 52°16'E and 55°16'E.@DG{@IQ@J!Gz@K\(r ?_EPSG Asia - FSU - CS63 zone K2Kazakhstan between 49°16'E and 52°16'E.@D33333@I\(@HGz@J"\(e ?EEPSG Asia - FSU - CS63 zone A4Azerbaijan east of 49°02'E.@BR@EKQ@H =p@Ip = ?)EPSG Asia - FSU - CS63 zone A3Armenia and Georgia east of 46°02'E; Azerbaijan between 46°02' and 49°02'E.@C0 =q@E @G =p@HQ녁 ?+EPSG Asia - FSU - CS63 zone A2Armenia and Georgia between 43°02'E and 46°02'E; Azerbaijan west of 46°02'E.@Co\(@Efffff@E =p@GQv ?gEPSG Asia - FSU - CS63 zone A1Armenia and Georgia onshore west of 43°02'E.@D\(@E˅Q@CQ@EQR //EPSG Niger - southeastNiger - southeast@)@033333@=p =@-q MOEPSG Indonesia - northeast KalimantanIndonesia - northeast Kalimantan.Q@(\)@]=p =@] =p SEPSG Russia - 85.5°E to 88.5°E onshoreRussian Federation - onshore between 85°30'E and 88°30'E.@H\)@SJ=p @U`@V  SEPSG Russia - 82.5°E to 85.5°E onshoreRussian Federation - onshore between 82°30'E and 85°30'E.@H=p @Sc =p@T@U` SEPSG Russia - 79.5°E to 82.5°E onshoreRussian Federation - onshore between 79°30'E and 82°30'E.@IY@TAR@S@T SEPSG Russia - 76.5°E to 79.5°E onshoreRussian Federation - onshore between 76°30'E and 79°30'E.@IQ@TAR@S @S SEPSG Russia - 73.5°E to 76.5°E onshoreRussian Federation - onshore between 73°30'E and 76°30'E.@J(\@Sp =@R`@S  SEPSG Russia - 70.5°E to 73.5°E onshoreRussian Federation - onshore between 70°30'E and 73°30'E.@J =p@RdzG@Q@R`SEPSG Russia - 67.5°E to 70.5°E onshoreRussian Federation - onshore between 67°30'E and 70°30'E.@Kl@SDzG@P@Q bt V 8  n B_$-Db WkEPSG New Caledonia - Grande Terre - NoumeaNew Caledonia - Grande Terre - Noumea district.6^Q60 =q@d33333@dGz[ 79EPSG New Caledonia - BelepNew Caledonia - Belep.3ٙ3@dqGz@dxi EGEPSG New Caledonia - Ile des PinsNew Caledonia - Ile des Pins.6G{6}p =@dQ@dQk 5[EPSG New Caledonia - MareNew Caledonia - Loyalty Islands - Mare.5\(5QR@d@ezG WEPSG Antarctica - Adelie Land coastal areaAntarctica - Adelie Land - coastal area between 136°E and 142°E.PQPg =p _aEPSG Antarctica - Adelie Land - Petrels islandAntarctica - Adelie Land - Petrels island.PRPfffff@anzG@a kmEPSG French Southern Territories - Kerguelen onshoreFrench Southern Territories - Kerguelen onshore.H =pHL@Q,(\@QzHe ACEPSG Wallis and Futuna - WallisWallis and Futuna - Wallis.*R*QRff=p m 7]EPSG New Caledonia - LifouNew Caledonia - Loyalty Islands - Lifou.5=p =4Q@d\(@d =qm 7]EPSG New Caledonia - OuveaNew Caledonia - Loyalty Islands - Ouvea.4Q4W =p@dzG@dָQD #EPSG French Polynesia - Society Islands - Bora Bora, Huahine, Raiatea, TahaaFrench Polynesia - Society Islands - Bora Bora, Huahine, Raiatea and Tahaa.0\(0+QbQbzG y{EPSG French Polynesia - Society Islands - Moorea and TahitiFrench Polynesia - Society Islands - Moorea and Tahiti.1zG1h\)jbG{ moEPSG French Polynesia - Marquesas Islands - Nuku HivaFrench Polynesia - Marquesas Islands - Nuku Hiva."Q!p =qaRa~QO +-EPSG Comoros - MwaliComoros - Mwali.(Gz(aGz@E\)@E\(Q -/EPSG Comoros - NzwaniComoros - Nzwani.((\( =p @FzG@FKQu QSEPSG Comoros - Njazidja (Grande Comore)Comoros - Njazidja (Grande Comore).'G{&Q@EzG@Efffffc AM EPSG Iran - northern Gulf coastIran - northern Gulf coast area.@?Q@G@Ij=p i =OEPSG Chile - Tierra del FuegoChile - Tierra del Fuego onshore.KG{IQRQPQ녁C Qm EPSG Europe - Austria and FR YugoslaviaAustria; Boznia and Herzegovina; Croatia; Czech Republic; FYR Macedonia; Montenegro; Serbia; Slovakia; Slovenia.@DnzG@Ifffff@#\(@7zHQ #9EPSG Isle of ManIsle of Man - onshore.@K\(@K8QzG{zG ?EPSG UK - Scilly Isles onshoreUnited Kingdom (UK) - Great Britain - England - Isles of Scilly onshore.@HzG@HQ =pQ AEPSG UK - Flannan Isles onshoreUnited Kingdom (UK) - Great Britain - Scotland - Flannan Isles onshore.@MG{@M, =pׁ 9EPSG UK - St. Kilda onshoreUnited Kingdom (UK) - Great Britain - Scotland - St Kilda onshore.@L޸Q@L =p!zG{ R CEPSG UK - Outer Hebrides onshoreUnited Kingdom (UK) - Great Britain - Scotland - Outer Hebrides onshore.@LaGz@MEQGzffffff ;EPSG UK - North Rona onshoreUnited Kingdom (UK) - Great Britain - Scotland - North Rona onshore.@M\)@MQzGQ =EPSG UK - Sule Skerry onshoreUnited Kingdom (UK) - Great Britain - Scotland - Sule Skerry onshore.@Mfffff@M =q333333 1 EPSG UK - Foula onshoreUnited Kingdom (UK) - Great Britain - Scotland - Foula onshore.@NzH@NzG333333 G!EPSG UK - Shetland Islands onshoreUnited Kingdom (UK) - Great Britain - Scotland - Shetland Islands onshore.@M=p @No\(zG{p =q 9EPSG UK - Fair Isle onshoreUnited Kingdom (UK) - Great Britain - Scotland - Fair Isle onshore.@M@MͿ(\) CEPSG UK - Orkney Islands onshoreUnited Kingdom (UK) - Great Britain - Scotland - Orkney Islands onshore.@M\(\@MzG =pQi EGEPSG New Caledonia - Grande TerreNew Caledonia - Grande Terre.6s333334zH@d}p =@dG{ n w  j S L=n )/EPSG Sweden - 23 15Sweden - communes east of approximately 21°50'E. See information source for map.@P_\(@Q\)@5ٙ@8+Q )5EPSG Sweden - 20 15Sweden - communes in Vaasterbotten east of approximately 19°30'E and (i) north of 63°30'N and (ii) south of approximately 65°05'N. Also Norbotten west of approximately 23°20'E. See information source for map.@O@QDzG@0zG@7GzH^ )KEPSG Sweden - 18 45Sweden - mainland communes between approximately 18°E and 19°30'E and between approximately 62°50'N and 66°N. Also Gotland. See information source for map.@LnzG@PG{@1.zG@48QM ))EPSG Sweden - 17 15Sweden - communes between approximately 14°20'E and 18°50'E and between approximately 67°10'N and 62°05'N. See information source for map.@O\(@P(\@,Q@3 =p G )EPSG Sweden - 15 45Sweden - communes between approximately 15°E and 16°30'E and between approximately 60°30'N and 65°N. See information source for map.@N8Q@PHQ@+QR@1\(Á= ) EPSG Sweden - 14 15Sweden - communes west of approximately 15°E and between approximately 61°35'N and 64°25'N. See information source for map.@Nfffff@P\)@'(\@/< )EPSG Sweden - 18 00Sweden - communes east of approximately 17°15'E between approximately 60°40'N and 58°50'N. See information source for map.@MTzG@NY@1zG@3(\A )EPSG Sweden - 16 30Sweden - communes between approximately 15°45'E and 17°15'E and south of approximately 62°20'N. See information source for map.@L33333@O!Gz@.R@1GzA )EPSG Sweden - 15 00Sweden - communes between approximately 14°15'E and 15°45'E and south of approximately 61°30'N. See information source for map.@K@N\(@+zG@0&fffffA )EPSG Sweden - 13 30Sweden - communes between approximately 12°45'E and 14°15'E and south of approximately 62°10'N. See information source for map.@K =p@O# =p@(=p =@-zG1 )qEPSG Sweden - 12 00Sweden - communes west of approximately 12°45'E and south of approximately 60°N. See information source for map.@L^Q@N =q@%(\@*8Qc ?AEPSG Canada - British ColumbiaCanada - British Columbia.@H @NGzaaGz\Q녁2 AiEPSG Canada - Atlantic offshoreCanada - offshore Newfoundland and Labrador, New Brunswick and Nova Scotia - west of 44°W and north of 40°N.(@P p =PEQ 1GEPSG World (by country)World: Afghanistan; Albania; Algeria; American Samoa; Andorra; Angola; Anguilla; Antarctica; Antigua and Barbuda; Argentina; Armenia; Aruba; Australia; Austria; Azerbaijan; Bahamas; Bahrain; Bangladesh; Barbados; Belgium; Belarus; Belize; Benin; Bermuda; Bhutan; Bolivia; BES Islands - Bonaire, St Eustatius and Saba; Bosnia and Herzegovina; Botswana; Bouvet Island; Brazil; British Indian Ocean Territory; British Virgin Islands; Brunei; Bulgaria; BurkiG AEPSG Guadeloupe - Grande-Terre and surrounding islands - onshoreGuadeloupe - onshore - Basse-Terre, Grande-Terre, La Desirade, Marie-Galante, Les Saintes.@/@0NN|(\ qEPSG Guadeloupe - St Martin and St Barthelemy - onshoreGuadeloupe - onshore - St Martin and St Barthélemy islands.@1R@2+QOG{O]p = kmEPSG Africa - South Sudan and Sudan - 24°E to 30°ESouth Sudan and Sudan - between 24°E and 30°E.@ =p@6\(@7p =@>\(Á iYEPSG Africa - South Sudan and Sudan - west of 24°ESouth Sudan and Sudan - west of 24°E.@!ffffff@/Q@5R@8\(Á- e;EPSG Africa - Ethiopia and Sudan - 30°E to 36°EEthiopia - west of 36°E. South Sudan - east of 30°E. Sudan - between 30°E and 36°E.@ Q@6=p =@=p =$A )EPSG Sweden - 21 45Sweden - communes in Norbotten east of approximately 19°30'E and south of approximately 65°50'N. See information source for map.@P@ =q@PQ@3Gz@6\)na Faso; Burundi; Cambodia; Cameroon; Canada; Cape Verde; Cayman Islands; Central African Republic; Chad; Chile; China; Christmas Island; Cocos (Keeling) Islands; Colombia; Comoros; Congo; Congo DR (Zaire); Cook Islands; Costa Rica; Côte d'Ivoire (Ivory Coast); Croatia; Cuba; Curacao; Cyprus; Czechia; Denmark; Djibouti; Dominica; Dominican Republic; East Timor; Ecuador; Egypt; El Salvador; Equatorial Guinea; Eritrea; Estonia; Eswatini (Swaziland); Ethiopia; Falkland Islands (Malvinas); Faroe Islands; Fiji; Finland; France; French Guiana; French Polynesia; French Southern Territories; Gabon; Gambia; Georgia; Germany; Ghana; Gibraltar; Greece; Greenland; Grenada; Guadeloupe; Guam; Guatemala; Guinea; Guinea-Bissau; Guyana; Haiti; Heard Island and McDonald Islands; Honduras; Hong Kong; Hungary; Iceland; India; Indonesia; Iran; Iraq; Ireland; Israel; Italy; Jamaica; Japan; Jordan; Kazakhstan; Kenya; Kiribati; Democratic People's Republic of Korea (North Korea), Republic of Korea (South Korea), Kosovo; Kuwait; Kyrgyzstan; Laos; Latvia; Lebanon; Lesotho; Liberia; Libya; Liechtenstein; Lithuania; Luxembourg; Macao; Madagascar; Malawi; Malaysia; Maldives; Mali; Malta; Marshall Islands; Martinique; Mauritania; Mauritius; Mayotte; Mexico; Micronesia; Moldova; Monaco; Mongolia; Montenegro; Montserrat; Morocco; Mozambique; Myanmar (Burma); Namibia; Nauru; Nepal; Netherlands; New Caledonia; New Zealand; Nicaragua; Niger; Nigeria; Niue; Norfolk Island; North Macedonia; Northern Mariana Islands; Norway; Oman; Pakistan; Palau; Palestine; Panama; Papua New Guinea (PNG); Paraguay; Peru; Philippines; Pitcairn; Poland; Portugal; Puerto Rico; Qatar; Reunion; Romania; Russia; Rwanda; St Barthelemy; St Helena, Ascension and Tristan da Cunha; St Kitts and Nevis; St Lucia; St Maarten; St Martin; St Pierre and Miquelon; St Vincent and the Grenadines; Samoa; San Marino; Sao Tome and Principe; Saudi Arabia; Senegal; Serbia; Seychelles; Sierra Leone; Singapore; Slovakia; Slovenia; Solomon Islands; Somalia; South Africa; South Georgia and the South Sandwich Islands; South Sudan; Spain; Sri Lanka; Sudan; Suriname; Svalbard and Jan Mayen; Sweden; Switzerland; Syria; Taiwan; Tajikistan; Tanzania; Thailand; Togo; Tokelau; Tonga; Trinidad and Tobago; Tunisia; Türkiye (Turkey); Turkmenistan; Turks and Caicos Islands; Tuvalu; Uganda; Ukraine; United Arab Emirates (UAE); United Kingdom (UK); United States (USA); US Minor Outlying Islands; US Virgin Islands; Uruguay; Uzbekistan; Vanuatu; Vatican; Venezuela; Vietnam; Wallis and Futuna; Western Sahara; Yemen; Zambia; Zimbabwe.ZL j& ~ P v U MH/3>O5+ WwEPSG ;Portugal - Azores C - S Jorge onshorePortugal - central Azores - Sao Jorge island onshore.@C=p =@Cffffff<^Q;\( QmEPSG :Portugal - Azores C - Pico onshorePortugal - central Azores - Pico island onshore.@C(\)@CNzG<(\;G{ SoEPSG 9Portugal - Azores C - Faial onshorePortugal - central Azores - Faial island onshore.@C:G{@CYQR@G.zG@HNzG =83 t v TghLQBR8O) !EPSG TAustralia - 132°E to 138°E, 8°S to 12°S (SC53) onshoreAustralia - onshore mainland between 8°S and 12°S and 132°E and 138°E.% =p@a\(Á) !EPSG SAustralia - 126°E to 132°E, 8°S to 12°S (SC52) onshoreAustralia - onshore mainland between 8°S and 12°S and 126°E and 132°E.&# =p@`` =qQ -/EPSG RGermany - BerlinGermany - Berlin.@J*=p @JS33333@*.zG@+Q녁*  EPSG QAsia - Middle East - Israel and Palestine Territory offshoreIsrael and Palestine Territory - offshore Mediterranean Sea.@?TzG@@@@@ÁD AEPSG PAsia - Middle East - Israel, Palestine, Turkey - offshoreIsrael and Palestine - offshore Mediterranean Sea; Türkiye (Turkey) - offshore Black Sea.@?Y@E@<zH@D(\u QSEPSG OGuadeloupe - Les Saintes - onshoreGuadeloupe - onshore - Les Saintes.@/@/GzN =pN\(y UWEPSG NGuadeloupe - Marie-Galante - onshoreGuadeloupe - onshore - Marie-Galante.@/@0 NRN =qu QSEPSG MGuadeloupe - La Desirade - onshoreGuadeloupe - onshore - La Desirade.@0B\(@0aGzN =qN|(\ suEPSG LGuadeloupe - Grande-Terre and Basse-Terre - onshoreGuadeloupe - onshore - Basse-Terre and Grande-Terre.@/\(@0NN33333 UeEPSG KGuadeloupe - St Barthelemy - onshoreGuadeloupe - onshore - St Barthelemy island.@1R@1G{Ou\(O]p =x M]EPSG JGuadeloupe - St Martin - onshoreGuadeloupe - onshore - St Martin island.@2\(@2+QOG{OzG{ SiEPSG INew Zealand - Chatham Islands groupNew Zealand - Chatham Islands group - onshore.FQREffffff(eGz SEPSG HItaly - Sicily Strait west of 13°EItaly - offshore - Strait of Sicily - west of 13°E (of Greenwich).@A =p@C9@%\(\@*Q녁 SEPSG GItaly - Sicily Strait east of 13°EItaly - offshore - Strait of Sicily - east of 13°E (of Greenwich).@A(\@Bp = @.QRl =UEPSG FItaly - north Ionian SeaItaly - offshore - north Ionian Sea.@B\(@D<(\@0@2zGj ;SEPSG EItaly - Otranto channelItaly - offshore - Otranto channel.@C\(@D =p@133333@2p = MmEPSG DItaly - Adriatic - South GarganoItaly - offshore - Adriatic Sea - South Gargano.@D\(\@E# =p@/fffff@2Gz! kEPSG CItaly - Adriatic - South Ancona / North GarganoItaly - offshore - Adriatic Sea - South Ancona and North Gargano.@D@FQ@+8Q@0# =p~ KkEPSG BItaly - Adriatic - North AnconaItaly - offshore - Adriatic Sea - North Ancona.@E\(@Fp =@(p =q@+Q| 3}EPSG AEurope - LCC & LAEAEurope - European Union (EU) countries and candidates. Europe - onshore and offshore: Albania; Andorra; Austria; Belgium; Bosnia and Herzegovina; Bulgaria; Croatia; Cyprus; Czechia; Denmark; Estonia; Faroe Islands; Finland; France; Germany; Gibraltar; Greece; Hungary; Iceland; Ireland; Italy; Kosovo; Latvia; Liechtenstein; Lithuania; Luxembourg; Malta; Monaco; Montenegro; Netherlands; North Macedonia; Norway including Svalbard and Jan Mayen; Poland; Portugal including Madeira and Azores; Romania; San Marino; Serbia; Slovakia; Slovenia; Spain including Canary Islands; Sweden; Switzerland; Türkiye (Turkey); United Kingdom (UK) including Channel Islands and Isle of Man; Vatican City State.@8@U.QA=p @Fj=p = gEPSG @Antarctica - Australian sector north of 80°SAntarctica - north of 80°S and between 45°E and 136°E and between 142°E and 160°E - Australian sector north of 80°S.-i EGEPSG ?Germany - offshore North SeaGermany - offshore North Sea.@J=p @K\(@ Q@!\(Á C1EPSG >Slovenia - Slovenske GoriceSlovenia - Slovenske Gorice (the Slovene Humpback) with the broad region of Ormoz.@G%Q@GaGz@/@0LGEPSG / !EPSG UAustralia - 138°E to 144°E, 8°S to 12°S (SC54) onshoreAustralia - onshore mainland between 8°S and 12°S and 138°E and 144°E.%L@a =q@aR T c l P ^<1 eZ sEPSG oAustralia - 144°E to 150°E, 24°S to 28°S (SG55)Australia - between 24°S and 28°S and 144°E and 150°E. sEPSG nAustralia - 138°E to 144°E, 24°S to 28°S (SG54)Australia - between 24°S and 28°S and 138°E and 144°E. sEPSG mAustralia - 132°E to 138°E, 24°S to 28°S (SG53)Australia - between 24°S and 28°S and 132°E and 138°E. sEPSG lAustralia - 126°E to 132°E, 24°S to 28°S (SG52)Australia - between 24°S and 28°S and 126°E and 132°E.~ sEPSG kAustralia - 120°E to 126°E, 24°S to 28°S (SG51)Australia - between 24°S and 28°S and 120°E and 126°E.x~ #EPSG jAustralia - 114°E to 120°E, 24°S to 28°S (SG50) onshoreAustralia - onshore mainland between 24°S and 28°S and 114°E and 120°E.rx* #EPSG iAustralia - 108°E to 114°E, 24°S to 28°S (SG49) onshoreAustralia - onshore mainland between 24°S and 28°S and 108°E and 114°E.;p =q@\6fffffr$ #EPSG hAustralia - 150°E to 156°E, 20°S to 24°S (SF56) onshoreAustralia - onshore mainland between 20°S and 24°S and 150°E and 156°E.@b=p  #EPSG gAustralia - 144°E to 150°E, 20°S to 24°S (SF55) onshoreAustralia - onshore mainland between 20°S and 24°S and 144°E and 150°E. sEPSG fAustralia - 138°E to 144°E, 20°S to 24°S (SF54)Australia - between 20°S and 24°S and 138°E and 144°E. sEPSG eAustralia - 132°E to 138°E, 20°S to 24°S (SF53)Australia - between 20°S and 24°S and 132°E and 138°E. sEPSG dAustralia - 126°E to 132°E, 20°S to 24°S (SF52)Australia - between 20°S and 24°S and 126°E and 132°E.~ sEPSG cAustralia - 120°E to 126°E, 20°S to 24°S (SF51)Australia - between 20°S and 24°S and 120°E and 126°E.x~ #EPSG bAustralia - 114°E to 120°E, 20°S to 24°S (SF50) onshoreAustralia - onshore mainland between 20°S and 24°S and 114°E and 120°E.rx* #EPSG aAustralia - 108°E to 114°E, 20°S to 24°S (SF49) onshoreAustralia - onshore mainland between 20°S and 24°S and 108°E and 114°E.5@\X\)r$ #EPSG `Australia - 144°E to 150°E, 16°S to 20°S (SE55) onshoreAustralia - onshore mainland between 16°S and 20°S and 144°E and 150°E.@b =pׁ #EPSG _Australia - 138°E to 144°E, 16°S to 20°S (SE54) onshoreAustralia - onshore mainland between 16°S and 20°S and 138°E and 144°E. EPSG ^Australia - 132°E to 138°E, 16°S to 20°S (SE53) onshoreAustralia - onshore between 16°S and 20°S and 132°E and 138°E. sEPSG ]Australia - 126°E to 132°E, 16°S to 20°S (SE52)Australia - between 16°S and 20°S and 126°E and 132°E.~ #EPSG \Australia - 120°E to 126°E, 16°S to 20°S (SE51) onshoreAustralia - onshore mainland between 16°S and 20°S and 120°E and 126°E.x~* #EPSG [Australia - 114°E to 120°E, 16°S to 20°S (SE50) onshoreAustralia - onshore mainland between 16°S and 20°S and 114°E and 120°E.3Gz@](\x+ #EPSG ZAustralia - 144°E to 150°E, 12°S to 16°S (SD55) onshoreAustralia - onshore mainland between 12°S and 16°S and 144°E and 150°E.,Q@b/zH* #EPSG YAustralia - 138°E to 144°E, 12°S to 16°S (SD54) onshoreAustralia - onshore mainland between 12°S and 16°S and 138°E and 144°E.@aG{@bQ$ #EPSG XAustralia - 132°E to 138°E, 12°S to 16°S (SD53) onshoreAustralia - onshore mainland between 12°S and 16°S and 132°E and 138°E.@a(\) #EPSG WAustralia - 126°E to 132°E, 12°S to 16°S (SD52) onshoreAustralia - onshore mainland between 12°S and 16°S and 126°E and 132°E.~$ #EPSG pAustralia - 150°E to 156°E, 24°S to 28°S (SG56) onshoreAustralia - onshore mainland between 24°S and 28°S and 150°E and 156°E.@c333333 |uS  e  Z=0^auj UEEPSG USA - CONUS west of 107°W - onshoreUnited States (USA) - CONUS west of 107°W - onshore - Arizona; California; Colorado; Idaho; Montana; Nevada; New Mexico; Oregon; Utah; Washington; Wyoming.@?TzG@Hfffff_2\(ÕS Q)EPSG USA - CONUS 89°W-107°W - onshoreUnited States (USA) - CONUS between 89°W and 107°W - onshore - Arkansas; Colorado; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; New Mexico; North Dakota; Oklahoma; South Dakota; Tennessee; Texas; Wisconsin; Wyoming.@9zG@H =q& S?EPSG USA - CONUS east of 89°W - onshoreUnited States (USA) - CONUS east of 89°W - onshore - Alabama; Connecticut; Delaware; Florida; Georgia; llinois; Indiana; Kentucky; Maine; Maryland; Massachusetts; Michigan; Mississippi; New Hampshire; New Jersey; New York; North Carolina; Ohio; Pennsylvania; Rhode Island; South Carolina; Tennessee; Vermont; Virginia; West Virginia; Wisconsin.@8h\)@H(\)P=p } W]EPSG Australia - Tasmania mainland onshoreAustralia - Tasmania mainland - onshore.EٙDQ@b@bzG+ #EPSG Australia - 150°E to 156°E, 36°S to 40°S (SJ56) onshoreAustralia - onshore mainland between 36°S and 40°S and 150°E and 156°E.B\)@b =pׁ% #EPSG Australia - 144°E to 150°E, 36°S to 40°S (SJ55) onshoreAustralia - onshore mainland between 36°S and 40°S and 144°E and 150°E.C+ #EPSG Australia - 138°E to 144°E, 36°S to 40°S (SJ54) onshoreAustralia - onshore mainland between 36°S and 40°S and 138°E and 144°E.CtzG@al(\8 1EPSG Australia - 132°E to 138°E, 36°S to 40°S (SJ53) onshoreAustralia - onshore Kangaroo Island between 36°S and 40°S and 132°E and 138°E.BR@a=p @a5\($ #EPSG ~Australia - 150°E to 156°E, 32°S to 36°S (SI56) onshoreAustralia - onshore mainland between 32°S and 36°S and 150°E and 156°E.@cQ녁 sEPSG }Australia - 144°E to 150°E, 32°S to 36°S (SI55)Australia - between 32°S and 36°S and 144°E and 150°E. EPSG |Australia - 138°E to 144°E, 32°S to 36°S (SI54) onshoreAustralia - onshore between 32°S and 36°S and 138°E and 144°E.8 KEPSG {Australia - 132°E to 138°E, 32°S to 36°S (SI53) onshoreAustralia - onshore mainland and Kangaroo Island between 32°S and 36°S and 132°E and 138°E.@`\(# #EPSG zAustralia - 120°E to 126°E, 32°S to 36°S (SI51) onshoreAustralia - onshore mainland between 32°S and 36°S and 120°E and 126°E.AzGx~* #EPSG yAustralia - 114°E to 120°E, 32°S to 36°S (SI50) onshoreAustralia - onshore mainland between 32°S and 36°S and 114°E and 120°E.AQ@\\)x$ #EPSG xAustralia - 150°E to 156°E, 28°S to 32°S (SH56) onshoreAustralia - onshore mainland between 28°S and 32°S and 150°E and 156°E.@c6zG sEPSG wAustralia - 144°E to 150°E, 28°S to 32°S (SH55)Australia - between 28°S and 32°S and 144°E and 150°E. sEPSG vAustralia - 138°E to 144°E, 28°S to 32°S (SH54)Australia - between 28°S and 32°S and 138°E and 144°E. EPSG uAustralia - 132°E to 138°E, 28°S to 32°S (SH53) onshoreAustralia - onshore between 28°S and 32°S and 132°E and 138°E.# !EPSG tAustralia - 126°E to 132°E, south of 28°S (SH52) onshoreAustralia - onshore mainland south of 28°S and between 126°E and 132°E.@/\(~ sEPSG sAustralia - 120°E to 126°E, 28°S to 32°S (SH51)Australia - between 28°S and 32°S and 120°E and 126°E.x~# #EPSG rAustralia - 114°E to 120°E, 28°S to 32°S (SH50) onshoreAustralia - onshore mainland between 28°S and 32°S and 114°E and 120°E.@\zGxs EPSG qAo MKEPSG Japan - 120°E to 126°E onshoreJapan - onshore west of 126°E.@7G{@8 =q@^zH@_` =q ^C |>Rl3d^ ugEPSG USA - CONUS south of 41°N, west of 112°W - onshoreUnited States (USA) - CONUS onshore south of 41°N and west of 112°W - Arizona west of 112°W; California and Nevada south of 41°N; Utah south of 41°N and west of 112°W.@? =p)_͐_ ;=EPSG Mauritania - NouakchuttMauritania - Nouakchutt.@1 =p@2@0(\/\)n QSEPSG Mauritania - west of 12°W onshoreMauritania - onshore west of 12°W.@-p =q@7u\(1zG` AUEPSG Mauritania - 12°W to 6°WMauritania - between 12°W and 6°W.@-@;L\ ?AEPSG Mauritania - east of 6°WMauritania - east of 6°W.@.G{@9p =333333z AmEPSG Mauritania - central coastMauritania - coastal area south of Cape Timiris.@0\(@3h\)0R/.zGx =mEPSG Mauritania - north coastMauritania - coastal area north of Cape Timiris.@3^Q@5W =p1zG/\(l MaEPSG Brazil - offshore 18°S to 34°SBrazil - offshore between 18°S and 34°S.J =qAQb -QEPSG Brazil - PelotasBrazil - offshore - Pelotas basin.AG{<(\J =qFZG{ QwEPSG Brazil - Espirito Santo and MucuriBrazil - offshore - Espirito Santo and Mucuri basins.6 =p 1 =pD/\(A =p` +OEPSG Brazil - CamposBrazil - offshore - Campos basin.9\)4s33333EQBzG` +OEPSG Brazil - SantosBrazil - offshore - Santos basin. =p@GEQ@H5\(i MKEPSG Japan - 144°E to 150°E onshoreJapan - onshore east of 144°E.@EkQ@F333333@b; =pn MaEPSG Japan - 138°E to 144°E onshoreJapan - onshore between 138°E and 144°E.@8Q@FQn MaEPSG Japan - 132°E to 138°E onshoreJapan - onshore between 132°E and 138°E.@4^Q@B=p uMaEPSG Japan - 126°E to 132°E onshoreJapan - onshore between 126°E and 132°E.@8ffffff@As33333@_Qence westerly along the town line between Brighton Plantation and Athens to the westerly corner of Athens, and continuing southerly to the southwest corner of the town of Athens where it meets the Cornville town line, thence westerly along the Cornville - Solon town line to the intersection of the Cornville - Madison town line, thence southerly and westerly following the Madison town line to the intersection of the Norridgewock - Skowhegan town line, thence southerly along the Skowhegan town line to the Fairfield town line, thence easterly along the Fairfield town line to the Clinton town line (being determined by the Kennebec River), thence southerly along the Kennebec River to the Augusta city line, thence easterly along the city line to the Windsor town line, thence southerly along the Augusta - Windsor town line to the northwest corner of the Lincoln County line, thence southerly along the westerly Lincoln county line to the boundary of the State of Maine as determined by Maritime law, thence following the State boundary on the westerly side of the state to the point of beginning.@E\)@GJ=p Q\(Qffffff R5 WELS town line, thence continuing southerly along town lines to the northeast corner of Penobscot County, thence continuing southerly along the Penobscot County line to the intersection of the Woodville - Mattawamkeag town line (being determined by the Penobscot River), thence along the Penobscot River to the Enfield - Lincoln town line, thence southeasterly along the Enfield - Lincoln town line and the Enfield - Lowell town line to the Passadumkeag - Edinburg town line, thence south-southeasterly along town lines to the intersection of the Hancock County line, thence southerly along the county line to the intersection of the Otis - Mariaville town line, thence southerly along the Otis - Mariaville town line to the Ellsworth city line, thence southerly along the Ellsworth city line to the intersection of the Surry - Trenton town line, thence southerly along the easterly town lines of Surry, Blue Hill, Brooklin, Deer Isle, and Stonington to the Knox County line, thence following the Knox County line to the boundary of the State of Maine as determined by Maritime law, thence following the State boundary westerly to the intersection of the Sagadahoc - Lincoln county line, thence northerly along the easterly boundary of the Maine 2000 West Zone, as defined, to the point of beginning.@E@G(\QRQQ F s ' BO,]Fx wkEPSG Antarctica - 60°S to 64°S, 72°W to 60°W (SP19-20)Antarctica - 60°S to 64°S and 72°W to 60°W.ĸă 5;EPSG Australia - BrisbaneAustralia - Brisbane and surrounding area. Also applicable in other local authorities in south-east Queensland (Gold Coast, Logan, Ipswich, Scenic Rim, Redland, Moreton Bay, Sunshine Coast, Noosa, eastern part of Gympie, eastern part of Fraser Coast) and north-east New South Wales (Tweed, Byron, Lismore, Kyogle, Ballina and Richmond Valley).=\(\8 =p@c =p@c6zG OEPSG GuernseyChannel Islands - Guernsey, Alderney, Sark, Herm, Brecqhou, Jethou, Lihou - onshore and offshore.@HG{@HQzG{=p = +EPSG JerseyChannel Islands - Jersey, Les Ecrehos and Les Minquiers - onshore and offshore.@Ho\(@HQzG{\(O %3EPSG Libya - AmalLibya - Amal field.@=@=@4@5ffffffZ )EEPSG Australia - SAAustralia - South Australia.C =q9p =@`zH@aQ` ?IEPSG Pakistan - offshore IndusPakistan - offshore Indus fan.@5 @9c =p@@Q\(g CSEPSG Pakistan - Badin and MehranPakistan - Badin and Mehran blocks.@9 =p@P\(@QwzHY 57EPSG Pakistan - East SindPakistan - East Sind.@8(\)@<(\@QGz@Q\)[ 1MEPSG Pakistan - KarachiPakistan - Karachi licence area.@8 =q@9\(@PQDU 13EPSG Nigeria - offshoreNigeria - offshore.?Q@Q@GzH@ G{? s_EPSG USA - CONUS north of 41°N, east of 78°W - onshoreUnited States (USA) - CONUS onshore north of 41°N and east of 78°W - Connecticut, Maine, Massachusetts, New Hampshire, Rhode Island and Vermont; New Jersey north of 41°N; New York and Pennsylvania north of 41°N and east of 78°W.)@G(\P=p _ a1EPSG USA - CONUS north of 41°N, 95°W to 78°WUnited States (USA) - CONUS north of 41°N and between 95°W and 78°W - Michigan and Wisconsin; Minnesota east of 95°W; Iowa north of 41°N and east of 95°W; Illinois, Indiana and Ohio north of 41°N; Pennsylvania north of 41°N and west of 78°W; New York west of 78°W.)@H\(S\([ c5EPSG USA - CONUS north of 41°N, 112°W to 95°WUnited States (USA) - CONUS north of 41°N and between 112°W and 95°W - North Dakota, South Dakota and Wyoming; Idaho and Montana east of 112°W; Utah north of 41°N and east of 112°W; Nebraska north of 41°N; Iowa north of 41°N and west of 95°W; Minnesota west of 95°W.)@H =q% u)EPSG USA - CONUS north of 41°N, west of 112°W - onshoreUnited States (USA) - CONUS onshore north of 41°N and west of 112°W - Oregon and Washington; California and Nevada north of 41°N; Utah north of 41°N and west of 112°W; Idaho and Montana west of 112°W.)@Hfffff_2\(ÐJ sgEPSG USA - CONUS south of 41°N, east of 78°W - onshoreUnited States (USA) - CONUS onshore - south of 41°N and east of 78°W - Delaware; Maryland, North Carolina, Virginia and West Virginia east of 78°W; Pennsylvania south of 41°N and east of 78°W; New Jersey and New York south of 41°N.@@Q@DGzQ uiEPSG USA - CONUS south of 41°N, 95°W to 78°W - onshoreUnited States (USA) - CONUS onshore south of 41°N and between 95°W and 78°W - Alabama, Arkansas, Florida, Georgia, Kentucky, Louisiana, Mississippi, South Carolina and Tennessee; Kansas, Missouri, Oklahoma and Texas east of 95°W; Iowa south of 41°N and east of 95°W; Illinois, Indiana and Ohio south of 41°N; Pennsylvania south of 41°N and west of 78°W; Maryland, North Carolina, Virginia and West Virginia west of 78°W.@8h\)@DGzS\(wIE~ {oEPSG Antarctica - 64°S to 68°S, 180°W to 168°W (SQ01-02)Antarctica - 64°S to 68°S and 180°W to 168°W.LXx wkEPSG Antarctica - 60°S to 64°S, 48°W to 36°W (SP23-24)Antarctica - 60°S to 64°S and 48°W to 36°W.x wkEPSG Antarctica - 60°S to 64°S, 60°W to 48°W (SP21-22)Antarctica - 60°S to 64°S and 60°W to 48°W.  * 2 5 7 CQbs"')~ {oEPSG Antarctica - 68°S to 72°S, 156°E to 168°E (SR57-58)Antarctica - 68°S to 72°S and 156°E to 168°E.~ {oEPSG Antarctica - 68°S to 72°S, 144°E to 156°E (SR55-56)Antarctica - 68°S to 72°S and 144°E to 156°E.~ {oEPSG Antarctica - 68°S to 72°S, 132°E to 144°E (SR53-54)Antarctica - 68°S to 72°S and 132°E to 144°E.} {oEPSG Antarctica - 68°S to 72°S, 120°E to 132°E (SR51-52)Antarctica - 68°S to 72°S and 120°E to 132°E.x| {oEPSG Antarctica - 68°S to 72°S, 108°E to 120°E (SR49-50)Antarctica - 68°S to 72°S and 108°E to 120°E.lxz ymEPSG Antarctica - 68°S to 72°S, 96°E to 108°E (SR47-48)Antarctica - 68°S to 72°S and 96°E to 108°E.`lx wkEPSG Antarctica - 68°S to 72°S, 84°E to 96°E (SR45-46)Antarctica - 68°S to 72°S and 84°E to 96°E.T`x wkEPSG Antarctica - 68°S to 72°S, 72°E to 84°E (SR43-44)Antarctica - 68°S to 72°S and 72°E to 84°E.HTx wkEPSG Antarctica - 68°S to 72°S, 60°E to 72°E (SR41-42)Antarctica - 68°S to 72°S and 60°E to 72°E.@? =pt E]EPSG Finland - 29.5°E to 30.5°EFinland - between 29°30'E and 30°30'E.@N =p@PQ@=@>t E]EPSG Finland - 28.5°E to 29.5°EFinland - between 28°30'E and 29°30'E.@NxQ@Qs =p@<@= UmEPSG Finland - 27.5°E to 28.5°E onshoreFinland - onshore between 27°30'E and 28°30'E.@N5\(@Q\(@;@< UmEPSG Finland - 26.5°E to 27.5°E onshoreFinland - onshore between 26°30'E and 27°30'E.@N.zG@Q33333@:@; UmEPSG Finland - 25.5°E to 26.5°E onshoreFinland - onshore between 25°30'E and 26°30'E.@N =p@Q|(\@9@: UmEPSG Finland - 24.5°E to 25.5°E onshoreFinland - onshore between 24°30'E and 25°30'E.@MQ@Q9@8@9 UmEPSG Finland - 23.5°E to 24.5°E onshoreFinland - onshore between 23°30'E and 24°30'E.@MzG@Q5\(@7@8 UmEPSG Finland - 22.5°E to 23.5°E onshoreFinland - onshore between 22°30'E and 23°30'E.@M@Q/\(@6@7 UmEPSG Finland - 21.5°E to 22.5°E onshoreFinland - onshore between 21°30'E and 22°30'E.@MGz@QS =p@5@6 UmEPSG Finland - 20.5°E to 21.5°E onshoreFinland - onshore between 20°30'E and 21°30'E.@MQ@QUQ@4@5 UmEPSG Finland - 19.5°E to 20.5°E onshoreFinland - onshore between 19°30'E and 20°30'E.@M\(@N=p =@3@4t OSEPSG Finland - west of 19.5°E onshoreFinland - onshore west of 19°30'E.@N =p @N+Q@3=p =@3( CEEPSG Colombia - west of 78°35'WColombia - mainland onshore west of 4°30'W of Bogota (approximately 78°35'W of Greenwich).?zG@ =pSfffffSQKeEPSG Colombia - 78°35'W to 75°35'WColombia - onshore between 4°30'W and 1°30'W of Bogota (approximately 78°35'W and 75°35'W of Greenwich).?Q@$kQS\(RQ  X | d m _JU3kU?k z GuEPSG HFrench Guiana - east of 54°WFrench Guiana - east of 54°W, onshore and offshore.@\(\@!\(H_ ;=EPSG EIran - Tombak LNG plantIran - Tombak LNG plant.@;Gz@;\(@J Q@J!Gzk AOEPSG DIran - South Pars block 11Iran - South Pars field phase 11.@:u\(@: =p@J(\@J4zGg CEEPSG CAustralia - New South WalesAustralia - New South Wales.B =p<&fffff@azH@c6zG acEPSG BFrench Polynesia - Society Islands - TahaaFrench Polynesia - Society Islands - Tahaa.0Q0b(\bQ ikEPSG AFrench Polynesia - Society Islands - Bora BoraFrench Polynesia - Society Islands - Bora Bora.0Q0c =pbQbQ egEPSG @French Polynesia - Society Islands - RaiateaFrench Polynesia - Society Islands - Raiatea.0\(0zGb񙙙b陙 egEPSG ?French Polynesia - Society Islands - HuahineFrench Polynesia - Society Islands - Huahine.0޸Q0GzbQbzGF oUEPSG >French Polynesia - Society Islands - main islandsFrench Polynesia - Society Islands - Bora Bora, Huahine, Maupiti, Moorea, Raiatea, Tahaa and Tahiti.1zG0+Qc zGbG{ moEPSG =French Polynesia - Marquesas Islands - Fatu HivaFrench Polynesia - Marquesas Islands - Fatu Hiva.%333333$QaXaQGz ikEPSG ǮzH_ ;=EPSG JFrench Guiana - onshoreFrench Guiana - onshore.@Gz@=p =KNzGIzGGIEPSV 9; EPSG bPoland - east of 24°EPoland - east of 24°E.@I333333@Is33333@8(\) k h /  *EVuG8Yq AEPSG yVanuatu - southern islandsVanuatu - southern islands - Aneityum, Efate, Erromango and Tanna.4O\(1^Q@eG{@e>fffff} EoEPSG xMicronesia - Kosrae (Kusaie)Federated States of Micronesia - Kosrae (Kusaie).@ =p@Q@d[33333@dc33333 akEPSG wPacific - Marshall Islands, Wake - onshoreMarshall Islands - onshore. Wake atoll onshore.@!QR@3aGz@dH =q@d=p S )7EPSG vWake - onshoreWake atoll - onshore.@38Q@3aGz@dљ@d =pׁ! gEPSG uBritish Indian Ocean Territory - Diego GarciaBritish Indian Ocean Territory - Chagos Archipelago - Diego Garcia.\(Q@R33333@R#33333k GIEPSG tChile - Easter Island onshoreChile - Easter Island onshore.;@;\([` =q[J=p  y{EPSG sSouth Georgia and the South Sandwich Islands - onshoreSouth Georgia and the South Sandwich Islands - onshore.M =pJQER:0 =q ikEPSG rCayman Islands - Little Cayman and Cayman BracCayman Islands - Little Cayman and Cayman Brac.@3Gz@3ǮzHT\)S(\k GIEPSG qCayman Islands - Grand CaymanCayman Islands - Grand Cayman.@35\(@3h\)T]p =TB\(Á] E;EPSG pSt Helena - Tristan da CunhaSt Helena, Ascension and Tristan da Cunha - Tristan da Cunha island group including Tristan, Inaccessible, Nightingale, Middle and Stoltenhoff Islands.D5\()Q# EEPSG oSt Helena - St Helena IslandSt Helena, Ascension and Tristan da Cunha - St Helena Island - onshore.0zG/33333ffffff\(\ EEPSG nSt Helena - Ascension IslandSt Helena, Ascension and Tristan da Cunha - Ascension Island - onshore. \(QR,Q,zG{ aEPSG mUSA - Hawaii - Tern Island and Sorel AtollUnited States (USA) - Hawaii - Tern Island and Sorel Atoll.@7 =q@7zGd˅Qd\)? 7EPSG lAfrica - Angola (Cabinda) and DR Congo (Zaire) - offshoreAngola (Cabinda) - offshore; The Democratic Republic of the Congo (Zaire) - offshore.(\)333333@%\(@(p =c }EPSG kAfrica - Angola (Cabinda) and DR Congo (Zaire) - coastalAngola (Cabinda) - onshore and offshore; The Democratic Republic of the Congo (Zaire) - onshore coastal area and offshore.(\)Q@%\(@*333333g IMEPSG jBrazil - east of 36°W onshoreBrazil - onshore east of 36°W .$333333\(A^Q aEPSG iBrazil - 48°W to 42°W and south of 15°SBrazil - onshore between 48°W and 42°W and south of 15°S.9J=p ց gEPSG hBrazil - 54°W to 48°W and 15°S to 32°45'SBrazil - onshore between 54°W and 48°W and between 15°S and 32°45'S.@`Ё CEPSG gEurope - FSU - CS63 zone C2Estonia, Latvia and Lithuania - onshore east of 26°27'E.@K33333@MzG@:s33333@<=p = CEPSG fEurope - FSU - CS63 zone C1Estonia, Latvia and Lithuania - onshore between 23°27'E and 26°27'E.@JR@M(\@7s33333@:s33333# C;EPSG eEurope - FSU - CS63 zone C0Estonia, Latvia and Lithuania - onshore west of 23°27'E. Russia - Kaliningrad onshore.@K\(@M\(@3R@7s33333 '/EPSG dPacific OceanPacific Ocean - American Samoa, Antarctica, Australia, Brunei Darussalam, Cambodia, Canada, Chile, China, China - Hong Kong, China - Macao, Cook Islands, Ecuador, Fiji, French Polynesia, Guam, Indonesia, Japan, Kiribati, Democratic People's Republic of Korea (North Korea), Republic of Korea (South Korea), Malaysia, Marshall Islands, Federated States of Micronesia, Nauru, New Caledonia, New Zealand, Niue, Norfolk Island, Northern Mariana Islands, Palau, Panama, Papua New Guinea (PNG), Peru, Philippines, Pitcairn, Russian Federation, Samoa, Singapore, Solomon Islands, Taiwan, Thailand, Tokelau, Tonga, Tuvalu, United States (USA), United States Minor Outlying Islands, Vanuatu, Venezuela, Vietnam, Wallis and Futuna.@PG{@X(\E AEPSG yVanuatu - southern islandsVanuatu - southern islands - Aneityum, Efate, Erromango and Tanna.4O\(1^Q@eG{@e>fffff &$~ g $ q h JGI5D><,}Y 57EPSG Costa Rica - onshoreCosta Rica - onshore.@Q@&p =qU~zGTRO +-EPSG Congo - onshoreCongo - onshore.=p =@ \(@&8Q@2fffff_ 3EEPSG Colombia - mainlandColombia - mainland onshore.Q@) =p SfffffPzHO +-EPSG China - onshoreChina - onshore.@2(\@JǮzH@RgzH@`أ =q_ IKEPSG Chile - onshore north of 45°SChile - onshore north of 45°S.1RzGU 13EPSG Cameroon - onshoreCameroon - onshore.?ffffff@*.zG@ fffff@05\(U 13EPSG Cambodia - onshoreCambodia - onshore.@$ǮzH@-u\(@Y\(@Z\)U 13EPSG Bulgaria - onshoreBulgaria - onshore.@DQ@Fp =@6\(\@<zGQ -/EPSG Brazil - onshoreBrazil - onshore.@ =p@QR =qA^Q_ ;=EPSG Bouvet Island - onshoreBouvet Island - onshore.KB\(K*=p @ QR@ QRS /1EPSG Bermuda - onshoreBermuda - onshore.@@G{@@7 =pP8\)P' =pO +-EPSG Benin - onshoreBenin - onshore.@zG@(? =p@GzQ -/EPSG Belize - onshoreBelize - onshore.@/\(@2}p =VNzGUzGN 13EPSG Barbados - onshoreBarbados - onshore. @*ǮzHMG{M\(Y 57EPSG Bangladesh - onshoreBangladesh - onshore.@4Q@: =p@V =q@W*G{O +-EPSG Aruba - onshoreAruba - onshore.@(Q@)\(\Q =pQtzGi EGEPSG Argentina - mainland onshoreArgentina - mainland onshore.J7 =p5ǮzHRe\(J33333U 13EPSG Anguilla - onshoreAnguilla - onshore.@2(\@2TzGO(\Ou\(S /1EPSG Algeria - onshoreAlgeria - onshore.@2Q@BR!W =p@'G{S /1EPSG Albania - onshoreAlbania - onshore.@CR@EU\(@38Q@5\(d )YEPSG Aaland IslandsÅland Islands - onshore and offshore.@MQ@N=p =@3=p =@50 =qr 7g EPSG Serbia and MontenegroSerbia and Montenegro - onshore and offshore.@D\)@Gp =@2p =q@7 a 5GEPSG Mauritius - mainlandMauritius - mainland onshore.4R3 =q@L@L^ ACEPSG Pitcairn - Pitcairn IslandPitcairn - Pitcairn Island.9# =p`EQ`@Qi EGEPSG Cayman Islands - Cayman BracCayman Islands - Cayman Brac.@3\)@3ǮzHSG{S(\ sEPSG North America - Bahamas and USA - Florida - onshoreNorth America - onshore - Bahamas and USA - Florida (east).@4(\@>zGTQR+Q| IiEPSG Antarctica - Camp McMurdo areaAntarctica - McMurdo Sound, Camp McMurdo area.S|(\SJG{@d\(@d\( G{EPSG Antarctica - Deception IslandAntarctica - South Shetland Islands - Deception Island.O=p Oh\)NqRN,́ ]_ EPSG Japan - Minamitori-shima (Marcus Island)Japan - Minamitori-shima (Marcus Island).@8B\(@8QR@c>fffff@c@Q1 _;EPSG Midway Islands - Sand and Eastern IslandsUnited States Minor Outlying Islands - Midway Islands - Sand Island and Eastern Island.@ =p@GEQ@H=p =o 7aEPSG South Korea - onshoreRepublic of Korea (South Korea) - onshore.@@R@CQR@_!R@``Q 7 EPSG North Korea - onshoreDemocratic People's Republic of Korea (North Korea) - onshore.@B\(@EGz@_Gz@`XO +-EPSG Kenya - onshoreKenya - onshore.Gz@Q@@33333@DzG =EPSG Japan - onshore mainlandJapan - onshore mainland - Hokkaido, Honshu, Shikoku, Kyushu.@> =q@FQ@`)@b; =pU 13EPSG Iceland - mainlandIceland - mainland.@OQ@P\(8Gz*\(U 13EPSG Honduras - onshoreHonduras - onshore.@)\(@0}p =VW =pTQO +-EPSG Haiti - onshoreHaiti - onshore.@1Q@4&fffffRGzQzHQ -/EPSG Guyana - onshoreGuyana - onshore.?Gz@!(\)NRL<(\_ ;=EPSG Guinea-Bissau - onshoreGuinea-Bissau - onshore.@%p =@)aGz0Q+GzHQ -/EPSG Guinea - onshoreGuinea - onshore.@\(@)\(\.B\(W 35EPSG Guatemala - onshoreGuatemala - onshore.@+aGz@1zGW\(V (\M )+EPSG Guam - onshoreGuam - onshore.@*\(\@+ffffff@b\(@b QQ -/EPSG Greece - onshoreGreece - onshore.@Ap =q@D@3R@Gz@T# MIEPSG -USA - 174°E to 180°E - AK, OCSUnited States (USA) - between 174°E and 180°E - Alaska and offshore continental shelf (OCS).@G\(@LU\( 1EPSG Slovenia - ZasavjeSlovenia - Zasavje (the Sava Valley) with the broad region of Celje..@G(\)@-zG@.33333S /1EPSG Tokelau - onshoreTokelau - onshore."=p "=p =e}p =eyGzQ -/EPSG Mexico - onshoreMexico - onshore.@-Q@@\(\]zGUQ )lTB ? Z  T Y;8xVU"z**lg 5SEPSG East Timor - onshoreTimor-Leste (East Timor) - onshore.# (\)@_R@_ =pU 13EPSG Thailand - onshoreThailand - onshore.@Q@4u\(@XU\(@Zh\)U 13EPSG Tanzania - onshoreTanzania - onshore.'zG@=W =p@D=p =( Y/EPSG Taiwan - onshore - mainland and PenghuTaiwan, Republic of China - onshore - Taiwan Island, Penghu (Pescadores) Islands.@5޸Q@9W =p@]@^ =pO +-EPSG Syria - onshoreSyria - onshore.@@'zH@Bfffff@AzG@E0 =qQ -/EPSG Sweden - onshoreSweden - onshore.@K =p@QDzG@%(\@8+QU 13EPSG Suriname - onshoreSuriname - onshore.?GzH@=p =M =p Js YGEPSG Africa - South Sudan and Sudan onshoreSouth Sudan. Sudan - onshore.@ Q@6=p =@5R@CTzGW 35EPSG Sri Lanka - onshoreSri Lanka - onshore.@p =q@#\(@S\)@T|f 9MEPSG South Africa - onshoreSouth Africa - mainland onshore.Ap =q6!Gz@0s33333@@yS /1EPSG Somalia - onshoreSomalia - onshore.\(\@(\(@D}p =@I(\U 13EPSG Slovenia - onshoreSlovenia - onshore.@F\(@Gp =q@*\(@0(\V 9;EPSG Sierra Leone - onshoreSierra Leone - onshore.@Q *33333$Qo KM EPSG Serbia and Montenegro - onshoreSerbia and Montenegro - onshore.@D\)@Gp =@2p =q@7 S /1EPSG Senegal - onshoreSenegal - onshore.@(zG@0333331 =p&Q] 9;EPSG Saudi Arabia - onshoreSaudi Arabia - onshore.@0^Q@@zG@AAGz@K\(o KMEPSG Sao Tome and Principe - onshoreSao Tome and Principe - onshore.zG{?(\)@ =p@zGO +-EPSG Samoa - onshoreSamoa - onshore.,8Q*ReG{ek =p [}EPSG St Vincent and the Grenadines - onshoreSt Vincent and the northern Grenadine Islands - onshore.@)zG@*GzN\(N\)q MOEPSG St Pierre and Miquelon - onshoreSt Pierre and Miquelon - onshore.@GXQ@GQL=p =L\)U 13EPSG St Lucia - onshoreSt Lucia - onshore.@+QR@,QRN =qNh\)i EGEPSG St Kitts and Nevis - onshoreSt Kitts and Nevis - onshore.@1\(@1u\(Ou\(O@] -GEPSG Russia - onshoreRussian Federation - onshore.@DQ@Tz=p @3zGe =pS /1EPSG Romania - onshoreRomania - onshore.@E\(@H"\(@4B\(@=p =[ 79EPSG Puerto Rico - onshorePuerto Rico - onshore.@1޸Q@2RPzGPL(\J -/EPSG Poland - onshorePoland - onshore.1@KqR@,GzH@8&fffffM )+EPSG Peru - onshorePeru - onshore.2YQTZ=p Q*G{e ACEPSG Papua New Guinea - onshorePapua New Guinea - onshore.'ffffff@a33333@c =qQ -/EPSG Panama - onshorePanama - onshore.@@#\(\T\(SL(\U 13EPSG Pakistan - onshorePakistan - onshore.@7 =p@B\)@NnzG@SuQ녁 ))EPSG Oman - onshoreOman - onshore. Includes Musandam and the Kuria Muria (Al Hallaniyah) islands.@0 =p@:zG@IQ@MzGS /1EPSG Nigeria - onshoreNigeria - onshore.@Gz@+@Q@-LW 35EPSG Nicaragua - onshoreNicaragua - onshore.@%ffffff@.\(U\(TQ녁% S/EPSG New Zealand - onshore and nearshoreNew Zealand - North Island, South Island, Stewart Island - onshore and nearshore.G33333@R@d =p@fh =q[ 79 EPSG Netherlands - onshoreNetherlands - onshore.@Ic =p@J@ =p@333333S /1EPSG Namibia - onshoreNamibia - onshore.5\(@Ds33333S /1EPSG Morocco - onshoreMorocco - onshore.@;\)@A(\*zG{(\)Y 57EPSG Montserrat - onshoreMontserrat - onshore.@0Q@0޸QO%QO =p M )+EPSG Togo - onshoreTogo - onshore.@333333@&GzH333333? !J\5 ; X Y  Y caE>fCJ 1EPSG Slovenia - VelenjeSlovenia - Velenje with part of Koroska Region (Slovene Carinthia).@G# =p@GAGz@-@.Qp 1iEPSG Slovenia - KoroskaSlovenia - Koroska Region (Slovene Carinthia).@G:G{@GTzG@-\)@/Q녁 1EPSG Slovenia - KocevjeSlovenia - Kocevje with the Kocevski Forest and Gotenica Mountain.@FG{@FGz@-333333@.=p = 75EPSG Slovenia - NotranjskaSlovenia - Notranjska (Inner Carniola) with parts of the Karst and the Brkini Hills.@F(\@F =q@,(\)@-.zG7 ?gEPSG Slovenia - Ljubliana westSlovenia - western part of the Ljubljana region with part of Skofja Loka Hills and the Idrija-Cerklje region.@FzG@GG{@+fffff@- =p / EQEPSG Slovenia - Gorenjska - upperSlovenia - upper Gorenjska (Upper Carniola) with the Baca Valley and part of the Cerkno Mountains.@G Q@GC =p@+ffffff@,\(\m 7]EPSG Slovenia - Novo MestoSlovenia - Novo Mesto with the Gorjanci.@FzG@F\(@.Q@. =qm 5_EPSG Slovenia - PrekmurjeSlovenia - Prekmurje (the Transmuraland).@G<(\@Gp =q@/\(@0(\ ?'EPSG Slovenia - Ljubljana eastSlovenia - eastern part of the Ljubljana region with the Kamnik-Domzale area.@F@G(\)@,fffff@.Q녁 [cEPSG New Zealand - South and Stewart IslandsNew Zealand - South Island, Stewart Island.G=p D8Q@d =p@eθQ ]EPSG Italy - including San Marino and VaticanItaly - onshore and offshore; San Marino, Vatican City State.@AaGz@G@Q@2p =S /1EPSG Jamaica - onshoreJamaica - onshore.@1 =p@2zGSQS G{Y -?EPSG India - mainlandIndia - mainland onshore.@ =p @AGz@QQ@XZG{S /1EPSG Mayotte - onshoreMayotte - onshore.*)8Q@F}p =@F͂6 /uEPSG Germany - onshoreGermany - onshore - states of Baden-Wurtemberg, Bayern, Berlin, Brandenburg, Bremen, Hamburg, Hessen, Mecklenburg-Vorpommern, Niedersachsen, Nordrhein-Westfalen, Rheinland-Pfalz, Saarland, Sachsen, Sachsen-Anhalt, Schleswig-Holstein, Thuringen.@G\(@KQ@p =q@.zGi EGEPSG New Zealand - Stewart IslandNew Zealand - Stewart Island.G=p GP =q@dGz@e G{S /1EPSG Reunion - onshoreReunion - onshore.5kQ4\(@KzG@KzGM )+EPSG Iran - onshoreIran - onshore.@9Q@C =p@F =p@OQY 57EPSG Hong Kong - offshoreHong Kong - offshore.@6!Gz@6zG@\p =q@\ =qW 35EPSG Hong Kong - onshoreHong Kong - onshore.@60 =q@6\(@\tzG@\\)S /1EPSG Finland - onshoreFinland - onshore.@M@Q\(@3=p =@? =pH +-EPSG Yemen - onshoreYemen - onshore.@(.zG@Dfffff@KC =pa =?EPSG Western Sahara - onshoreWestern Sahara - onshore.@4\(@;Q1(\)!QR E EPSG Virgin Islands, US - onshoreUS Virgin Islands - onshore - St Croix, St John, and St Thomas.@1Q@2p =qPE\(P =q' O7EPSG Virgin Islands, British - onshoreBritish Virgin Islands - onshore - Anegada, Jost Van Dyke, Tortola, and Virgin Gorda.@2GzH@2ǮzHP8QPS /1EPSG Vietnam - onshoreVietnam - onshore.@ \)@7ffffff@Y\)@[aRW 35EPSG Venezuela - onshoreVenezuela - onshore.?zG{@(RXQMfffffL /1EPSG Uruguay - onshoreUruguay - onshore.> =pM>QJQ+ 'gEPSG UAE - onshoreUnited Arab Emirates (UAE) - onshore. Abu Dhabi, Dubai, Sharjah, Umm al Qaywayn, Al Fujairah, Ras al Khaymah.@6Gz@:@IǮzH@L8QS /1EPSG Ukraine - onshoreUkraine - onshore.@F(\)@J0 =q@6&fffff@D =pu QSEPSG Turks and Caicos Islands - onshoreTurks and Caicos Islands - onshore.@5aGz@6\(R\(QzG\ -EEPSG Turkey - onshoreTürkiye (Turkey) - onshore.@AzH@E33333@9Q@Fj=p O +-EPSG Tonga - onshoreTonga - onshore.5QR2\(ep =e33333T/1EPSG Tokelau - onshoreTokelau - onshore."=p "=p =e}p =eyGz  <YQRC4! I1EPSG ,USA - west of 174°E - AK, OCSUnited States (USA) - west of 174°E. Alaska and offshore continental shelf (OCS).@HGz@L# =p@d@eQ [EPSG +Greenland - east coast - 72°N to 75°NGreenland - east coast onshore - between 72°N and 75°N.H@RQ=&fffff3 =p [EPSG *Greenland - east coast - 69°N to 72°NGreenland - east coast onshore - between 69°N and 72°N.EH= =q5QR [EPSG )Greenland - east coast - 68°N to 69°NGreenland - east coast onshore - between 68°N and 69°N.@Q*=p E:p =9# =p [EPSG (Greenland - west coast - 78°N to 79°NGreenland - west coast onshore - between 78°N and 79°N.NORR\(PO\(z [oEPSG 'Greenland - west coast - 75°N to 78°NGreenland - west coast - between 75°N and 78°N.KNR2\(L'zH [EPSG &Greenland - west coast - 72°N to 75°NGreenland - west coast onshore - between 72°N and 75°N.HKMG{J\(Á [EPSG %Greenland - west coast - 69°N to 72°NGreenland - west coast onshore - between 69°N and 72°N.EHLzHHzG [EPSG $Greenland - west coast - 66°N to 69°NGreenland - west coast onshore - between 66°N and 69°N.BEK QH33333 [EPSG #Greenland - west coast - 63°N to 66°NGreenland - west coast onshore - between 63°N and 66°N.?BJٙH\(^ 9KEPSG "Greenland - west coastGreenland - west coast onshore.@M޸QORR\(EB\(Á UyEPSG !Mexico - offshore GoM - Tampico areaMexico - offshore Gulf of Mexico (GoM) - Tampico area.@5\(@6XfffffX8\)o ?eEPSG USA - GoM - west of 95°WUnited States (USA) - offshore Gulf of Mexico (GoM) west of approximately 95°W - protraction areas Brazos (including south addition), Matagorda Island, Mustang Island (including east addition); North Padre Island (including east addition), South Padre Island (including east addition), Corpus Christi and Port Isabel. Also protraction areas Galveston (including south addition), East Breaks and Aliminos Canyon - west of 95°W.@9Q@@UTJG{ 'EPSG USA - GoM OCSUnited States (USA) - offshore Gulf of Mexico outer continental shelf (GoM OCS) - protraction areas South Padre Island; North Padre Island; Mustang Island; Matagorda Island; Brazos; Galveston; High Island; Sabine Pass; West Cameron; East Cameron; Vermilion; South Marsh Island; Eugene Island; Ship Shoal; South Pelto; Bay Marchand; South Timbalier; Grand Isle; West Delta; South Pass; Main Pass; Breton Sound; Chandeleur; Corpus Christi; Port Isabel; East BreO !3EPSG South America - Brazil - south of 18°S and west of 54°W + DF; N ParaguayBrazil - south of 18°S and west of 54°W, plus Distrito Federal. Paraguay - north.?\).p =OH\)G| _aEPSG Brazil - west of 54°W and south of 18°SBrazil - west of 54°W and south of 18°S.?\)1p =MzGaks; Alaminos Canyon; Garden Banks; Keathley Canyon; Sigsbee Escarpment; Ewing Bank; Green Canyon; Walker Ridge; Amery Terrace; Mobile; Viosca Knoll; Mississippi Canyon; Atwater Valley; Lund; Lund South; Pensacola; Destin Dome; De Soto Canyon; Lloyd Ridge; Henderson; Florida Plain; Campeche Escarpment; Apalachicola; Florida Middle Ground; The Elbow; Vernon Basin; Howell Hook; Rankin; Gainesville; Tarpon Springs; St Petersburg; Charlotte Harbor; Pulley Ridge; Dry Tortugas; Tortugas Valley; Miami; Key West.@7R@>@XNzGTJG{tion), South Timbalier (including south addition), Grand Isle (including south addition), West Delta (including south addition), South Pass (including south and east additions), Main Pass (including south and east addition), Breton Sound, Chandeleur (including east addition), Mobile, Viosca Knoll, Mississippi Canyon, Atwater Valley, Lund, Lund South, Ewing Bank, Green Canyon, Walker Ridge, Amery Terrace, Garden Banks, Keathley Canyon and Sigsbee Escarpment. Also for protraction areas Galveston (including south addition), East Breaks and Aliminos Canyon - east of 95°W; for protraction areas Pensacola, Destin Dome, Desoto Canyon, Lloyd Ridge, Henderson and Florida Plain - west of 87°15'W.@9(\@>:G{U [  I f z'tgm}v h SUEPSG JAlgeria - Hassi Mouina licence areaAlgeria - Hassi Mouina licence area.@=@?k GIEPSG IFiji - Vanua Levu and TaveuniFiji - Vanua Levu and Taveuni.1R0@fMp =fx =q SsEPSG HFiji - main islands - east of 180°Fiji - onshore east of 180° - Vanua Levu, Taveuni.1 =p 0Lfx =qV SEPSG GFiji - main islands - west of 180°Fiji - onshore west of 180° - Vanua Levu, Taveuni, Viti Levu and and immediately adjacent smaller islands of Yasawa and Kandavu groups.38Q0@fR> 3EPSG FFiji - main islandsFiji - onshore - Vanua Levu, Taveuni, Viti Levu and and immediately adjacent smaller islands of Yasawa and Kandavu groups.38Q0@fRfx =qS /1EPSG EIraq - Basra areaIraq - Basra area.@=޸Q@? =p@G:G{@HNzG su EPSG DGermany - Mecklenburg-Vorpommern and Sachsen-AnhaltGermany - Mecklenburg-Vorpommern and Sachsen-Anhalt.@IxQ@Jfffff@%zG@,(\w QWEPSG CGermany - Saxony - west of 13.5°EGermany - Sachsen - west of 13°30'E.@I@IzG@'ǮzH@+Qw QWEPSG BGermany - Saxony - east of 13.5°EGermany - Sachsen - east of 13°30'E.@IO\(@I=p @+@.zG| W[EPSG AGermany - Thuringen - east of 10.5°EGermany - Thuringen - east of 10°30'E.@I@IR@%@)Q| W[EPSG @Germany - Thuringen - west of 10.5°EGermany - Thuringen - west of 10°30'E.@I,@IǮzH@# =p@%S KIEPSG ?World - between 80°S and 84°NWorld between 80°S and 84°N.TL7 [KEPSG >Asia - Middle East -SE Iraq and SW IranIraq - onshore southeast; Iran - onshore northern Gulf coast and west bordering southeast Iraq.@=\(@@@F&fffff@IzH[ EGEPSG =Iraq - east of 48°E onshoreIraq - onshore east of 48°E.@=޸Q0@HNzGV 7KEPSG })= X {EPSG ^Latin America - 78°W to 72°West; N hemisphere and SIRGAS by countryLatin America - Central America and South America - between 78°W and 72°W, northern hemisphere, onshore and offshore.@.zGX {EPSG ]Latin America - 84°W to 78°West; N hemisphere and SIRGAS by countryLatin America - Central America and South America - between 84°W and 78°W, northern hemisphere, onshore and offshore.@3=p 6 s[EPSG \North America - 66°W to 60°W and NAD83 by countryNorth America - between 66°W and 60°W - onshore and offshore. British Virgin Islands. Canada - New Brunswick; Labrador; Nunavut; Prince Edward Island; Quebec. Puerto Rico. US Virgin Islands. United States (USA) offshore Atlantic.@/B\(TĂR sEPSG [North America - 72°W to 66°W and NAD83 by countryNorth America - between 72°W and 66°W - onshore and offshore. Canada - Labrador; New Brunswick; Nova Scotia; Nunavut; Quebec. Puerto Rico. United States (USA) - Connecticut; Maine; Massachusetts; New Hampshire; New York (Long Island); Rhode Island; Vermont.@- =pT? Y]EPSG ZLatin America - SIRGAS 2000 by countryLatin America - Central America and South America - onshore and offshore. Brazil - onshore and offshore.M\(@@\(\^(\9GzH ;QEPSG YCanada - 78°W to 72°WCanada between 78°W and 72°W, onshore and offshore south of 84°N - Nunavut, Ontario and Quebec.@EУ =qT ;QEPSG XCanada - 84°W to 78°WCanada between 84°W and 78°W, onshore and offshore south of 84°N - Nunavut, Ontario and Quebec.@D\(T ;OEPSG WCanada - 90°W to 84°WCanada between 90°W and 84°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Ontario.@GzGT ;OEPSG VCanada - 96°W to 90°WCanada between 96°W and 90°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Ontario.@H =pT =[EPSG UCanada - 102°W to 96°WCanada between 102°W and 96°W, onshore and offshore south of 84°N - Manitoba, Nunavut, Saskatchewan.@H~QT3 ?{EPSG TCanada - 126°W to 120°WCanada between 126°W and 120°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@H =q@Ts333336 ?EPSG SCanada - 132°W to 126°WCanada - between 132°W and 126°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@GB\(@T;Q|5 ?{EPSG RCanada - 138°W to 132°WCanada between 138°W and 132°W, onshore and offshore south of 84°N - British Columbia, Northwest Territories, Yukon.@HzH@SG{v| ?7EPSG QCanada - 144°W to 138°WCanada west of 138°W, onshore and offshore south of 84°N - British Columbia, Yukon.@Jfffff@R!RaQv] 1CEPSG PSweden - StockholmSweden - Stockholm commune.@M(\@M =p@1@2333333 u-EPSG ONorth America - 102°W to 96°W and NAD83 by countryNorth America - between 102°W and 96°W - onshore and offshore. Canada - Manitoba; Nunavut; Saskatchewan. United States (USA) - Iowa; Kansas; Minnesota; Nebraska; North Dakota; Oklahoma; South Dakota; Texas.@9zGT> wgEPSG NNorth America - 108°W to 102°W and NAD83 by countryNorth America - between 108°W and 102°W - onshore and offshore. Canada - Northwest Territories; Nunavut; Saskatchewan. United States (USA) - Colorado; Montana; Nebraska; New Mexico; North Dakota; Oklahoma; South Dakota; Texas; Wyoming.@ 75EPSG World - north of 0°NNorthern hemisphere.ZL> 75EPSG World - south of 0°NSouthern hemisphere.Lg 9 EPSG World - south of 40°SSouthern hemisphere - south of 40°S including Antarctica.L K EPSG Denmark - onshore east of 12°EDenmark - onshore east of 12°E - Zealand and Falster, Bornholm.@KAGz@L =p @. KEPSG Denmark - onshore west of 12°EDenmark - onshore west of 12°E - Zealand, Jutland, Fuen and Lolland.@KAGz@Lfffff@(Q녁 UwEPSG China - offshore - Pearl River basinChina - offshore South China Sea - Pearl River basin.@2O\(@6 =p@[Q@]0 =qw GaEPSG China - offshore - Yellow SeaChina - offshore - Huang Hai (Yellow Sea).@?:G{@B33333@]θQ@_C =p3 }!EPSG North America - Great Lakes basin and St Lawrence SeawayCanada and United States (USA) - Great Lakes basin and St Lawrence Seaway.@D~Q@J(\WJG{K` OsEPSG North America - Great Lakes basinCanada and United States (USA) - Great Lakes basin.@D~Q@I^QWJG{RzGB 35EPSG China - Ordos basinChina - Ordos basin.#'k@[ =qG  sEPSG World - N hemisphere - 18°E to 24°E - by country and WGS 72BEBetween 12°E and 18°E, northern hemisphere between equator and 84°N, onshore and offshore. Chad - east of 18°E.TG  sEPSG World - N hemisphere - 12°E to 18°E - by country and WGS 72BEBetween 12°E and 18°E, northern hemisphere between equator and 84°N, onshore and offshore. Chad - west of 18°E.T J 9IEPSG World - 86°S to 86°NWorld between 86°S and 86°N.VL [EPSG Mexico - offshore GoM - Campeche area SMexico - offshore Gulf of Mexico (GoM) - Bay of Campeche southeast.@1ٙ@4 =pW\(Vp [EPSG Mexico - offshore GoM - Campeche area NMexico - offshore Gulf of Mexico (GoM) - Bay of Campeche northeast.@4޸Q@7\(WQV*G{t ? EPSG Greenland - 12°W to 6°WGreenland - 12°W to 6°W, onshore and offshore south of 84°N.@RQT AEPSG Greenland - 18°W to 12°WGreenland - between 18°W and 12°W, onshore and offshore south of 84°N.@Q*G{T AEPSG Greenland - 24°W to 18°WGreenland - between 24°W and 18°W, onshore and offshore south of 84°N.@PT AEPSG Greenland - 30°W to 24°WGreenland - between 30°W and 24°W, onshore and offshore south of 84°N.@P=p =T AEPSG Greenland - 36°W to 30°WGreenland - between 36°W and 30°W, onshore and offshore south of 84°N.@NzGT AEPSG Greenland - 42°W to 36°WGreenland - between 42°W and 36°W, onshore and offshore south of 84°N.@LGzHT AEPSG ~Greenland - 48°W to 42°WGreenland - between 48°W and 42°W, onshore and offshore south of 84°N.@L0 =qT AEPSG }Greenland - 54°W to 48°WGreenland - between 54°W and 48°W, onshore and offshore south of 84°N.@Ls33333T AEPSG |Greenland - 60°W to 54°WGreenland - between 60°W and 54°W, onshore and offshore south of 84°N.@MtzGTw AEPSG {Greenland - 66°W to 60°WGreenland - between 66°W and 60°W, onshore and offshore.@Q:G{@TzGw AEPSG zGreenland - 72°W to 66°WGreenland - between 72°W and 66°W, onshore and offshore.@RO\(@T9k ?mEPSG yGreenland - west of 72°WGreenland - west of 72°W, onshore and offshore.@RGz@S\(õ. YIEPSG xSouth America - SIRGAS 1995 by countrySouth America - onshore and offshore. Ecuador (mainland and Galapagos) - onshore and offshore.M\(@0\Mp = ;AEPSG wBrazil - 36°W to 30°WBrazil - between 36°W and 30°W, northern and southern hemispheres, onshore and offshore.7@\(=p =8;AEPSG vBrazil - 42°W to 36°WBrazil - betwe] /aEPSG Libya - CyrenaicaLibya - Cyrenaica area 42, blocks 2 and 4. @@ffffff@6}p = \ z  S C)}%{ 5_EPSG USA - 90°W to 84°WUnited States (USA) - between 90°W and 84°W onshore and offshore - Alabama; Arkansas; Florida; Georgia; Indiana; Illinois; Kentucky; Louisiana; Michigan; Minnesota; Mississippi; Missouri; North Carolina; Ohio; Tennessee; Wisconsin.@7Q@H(\) 5)EPSG USA - 96°W to 90°WUnited States (USA) - between 96°W and 90°W onshore and offshore - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin.@9(\@H =qX =qM 77EPSG USA - 102°W to 96°WUnited States (USA) - between 102°W and 96°W onshore and offshore - Iowa; Kansas; Minnesota; Nebraska; North Dakota; Oklahoma; South Dakota; Texas.@9zG@HGzᚠI 9-EPSG USA - 108°W to 102°WUnited States (USA) - between 108°W and 102°W - Colorado; Montana; Nebraska; New Mexico; North Dakota; Oklahoma; South Dakota; Texas; Wyoming.@Gz@HGzሎ& 9YEPSG USA - 126°W to 120°WUnited States (USA) - between 126°W and 120°W onshore and offshore - California; Oregon; Washington.@>=p @HQ]\( 9)EPSG USA - 132°W to 126°WUnited States (USA) - between 132°W and 126°W onshore and offshore - Alaska.@A =q@LkQ| 9)EPSG USA - 138°W to 132°WUnited States (USA) - between 138°W and 132°W onshore and offshore - Alaska.@J@RB\(v`zH 9)EPSG USA - 144°W to 138°WUnited States (USA) - between 144°W and 138°W onshore and offshore - Alaska.@J(\@Re\(pa?zHw C  EPSG USA - 150°W to 144°W - AKUnited States (USA) - between 150°W and 144°W - Alaska (AK).6@Rjp K9EPSG USA - 156°W to 150°W - AK, HIUnited States (USA) - between 156°W and 150°W onshore and offshore - Alaska, Hawaii.@/Q@Rp =dbzH SEPSG USA - 156°W to 150°W onshore - HIUnited States (USA) - between 156°W and 150°W onshore - Hawaii.@2޸Q@4(\dcWzH~ C  EPSG USA - 156°W to 150°W - AKUnited States (USA) - between 156°W and 150°W - Alaska (AK).@J @Rdj K9EPSG USA - 162°W to 156°W - AK, HIUnited States (USA) - between 162°W and 156°W onshore and offshore - Alaska, Hawaii.@/# =p@Rp =^czH SEPSG USA - 162°W to 156°W onshore - HIUnited States (USA) - between 162°W and 156°W onshore - Hawaii.@3\(@6J=p d czH~ C  EPSG USA - 162°W to 156°W - AKUnited States (USA) - between 162°W and 156°W - Alaska (AK).@I@R^d~ C  EPSG USA - 168°W to 162°W - AKUnited States (USA) - between 168°W and 162°W - Alaska (AK).@H@R33333X^w C  EPSG USA - 174°W to 168°W - AKUnited States (USA) - between 174°W and 168°W - Alaska (AK).@HYIRXw C  EPSG USA - 180°W to 174°W - AKUnited States (USA) - between 180°W and 174°W - Alaska (AK).0@OfffffLRw C  EPSG USA - 174°E to 180°E - AKUnited States (USA) - between 174°E and 180°E - Alaska (AK).0@Mfffffi ?s EPSG USA - west of 174°E - AKUnited States (USA) - west of 174°E - Alaska (AK).1@L&fffff\ %[EPSG Canada - NWTCanada - Northwest Territories onshore.@Mp =@S =paQc 9{EPSG World - north of 45°NNorthern hemisphere - north of 45°N, including Arctic.-ZLm ;gEPSG Jamaica - east of 78°WJamaica - east of 78°W onshore and offshore.@,(\)@3333333R =qu;gEPSG Jamaica - west of 78°WJamaica - west of 78°W onshore and offshore.@,QR@3\(\T&fffffS\( e" = % @ X n}1CHd%ee AC EPSG Channel Islands - GuernseyChannel Islands - Guernsey.@H33333@H =p  9-EPSG UAE - Dubai - offshoreUnited Arab Emirates (UAE) - Dubai offshore - Falah, Fateh and Rashid oilfields.@8 =q@9@KzH@Kfffff ;EPSG South Georgia - onshoreSouth Georgia and the South Sandwich Islands - South Georgia onshore.KyJ =pC =p A޸Q. ?qEPSG Canada - 120°W to 114°WCanada between 120°W and 114°W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.@H~Q@T# ?iEPSG Canada - 114°W to 108°WCanada between 114°W and 108°W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.@H~QT ?WEPSG Canada - 108°W to 102°WCanada between 108°W and 102°W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.@H~QT< ;EPSG Canada - 66°W to 60°WCanada between 66°W and 60°W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.@CG{TMQ ;eEPSG Canada - 72°W to 66°WCanada between 72°W and 66°W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.@DffffffTv UiEPSG Indonesia - 135°E to 138°E onshoreIndonesia - onshore between 135°E and 138°E. G{\(v UiEPSG Indonesia - 132°E to 135°E onshoreIndonesia - onshore between 132°E and 135°E.333333ҏ\(v UiEPSG Indonesia - 129°E to 132°E onshoreIndonesia - onshore between 129°E and 132°E. R?u UiEPSG Indonesia - 126°E to 129°E onshoreIndonesia - onshore between 126°E and 129°E. =p@\(\~t UiEPSG Indonesia - 123°E to 126°E onshoreIndonesia - onshore between 123°E and 126°E.% =p@Q{~t UiEPSG Indonesia - 120°E to 123°E onshoreIndonesia - onshore between 120°E and 123°E.%\(?ffffffx{t UiEPSG Indonesia - 117°E to 120°E onshoreIndonesia - onshore between 117°E and 120°E.$L@p =qux{ UiEPSG Indonesia - 114°E to 117°E onshoreIndonesia - onshore between 114°E and 117°E."L@zG{r@]@ =qt UiEPSG Indonesia - 111°E to 114°E onshoreIndonesia - onshore between 111°E and 114°E.!W =p?p =qort UiEPSG Indonesia - 108°E to 111°E onshoreIndonesia - onshore between 108°E and 111°E. Q@lot UiEPSG Indonesia - 105°E to 108°E onshoreIndonesia - onshore between 105°E and 108°E.(\)@p =qilt UiEPSG Indonesia - 102°E to 105°E onshoreIndonesia - onshore between 102°E and 105°E.\(?Gzfir SgEPSG Indonesia - 99°E to 102°E onshoreIndonesia - onshore between 99°E and 102°E. \(@ zGcfp QeEPSG Indonesia - 96°E to 99°E onshoreIndonesia - onshore between 96°E and 99°E.\(@zG`cs AmEPSG UAE - Abu Dhabi - offshoreUnited Arab Emirates (UAE) - Abu Dhabi offshore.@9 =p@I@Kĺ u%EPSG New Zealand - offshore Pacific Ocean, Southern OceanSouthwestern Pacific Ocean and Southern Ocean areas surrounding New Zealand.e?zHx sSEPSG China - Tarim - 77.5°E to 88°E and 37°N to 42°NChina - south and west Tarim basin.%@DQ@S\Xc 5WEPSG USA - 72°W to 66°WUnited States (USA) - between 72°W and 66°W onshore and offshore - Connecticut; Maine; Massachusetts; New Hampshire; New York (Long Island); Rhode Island; Vermont.@@zG@G(\P\( 5!EPSG USA - 78°W to 72°WUnited States (USA) - between 78°W and 72°W onshore and offshore - Connecticut; Delaware; Maryland; Massachusetts; New Hampshire; New Jersey; New York; North Carolina; Pennsylvania; Virginia; Vermont.@LA ?EPSGTaiwan - onshore - PenghuTaiwan, Republic of China - onshore - Penghu (Pescadores) Islands.@7!Gz@7R@]@]R| U]EPSGNigeria - 4°N to 5°N, 6°E to 8°ENigeria - 4°N to 5°N and 6°E to 8°E.@Q@ =p @\(@ QS /1EPSGPakistan - GambatPakistan - Gambat.@9Gz@;Q@Q\(@QS33333 mEPSGEurope - 28.5°E to 31.5°E onshore and S-42(58) by countryBulgaria and Romania - onshore east of 28°30'E.@EQ@FQ@<@=p =* EPSGEurope - 25.5°E to 28.5°E onshore and S-42(58) by countryBulgaria and Romania - onshore between 25°30'E and 28°30'E.@D =p@H"\(@9@< ]EPSGEurope - 22.5°E to 25.5°E onshore and S-42(83) by countryHungary and Slovakia - east of 22°30'E.@GGz@H@6@6fffffS YEPSGEurope - 22.5°E to 25.5°E onshore and S-42(58) by countryBulgaria and Romania - between 22°30'E and 25°30'E. Hungary, Poland and Slovakia - east of 22°30'E.@DQ@K4zG@6@9! wEPSGEurope - 19.5°E to 22.5°E onshore and S-42(83) by countryHungary and Slovakia - between 19°30'E and 22°30'E.@G @H˅Q@3@6o EPSG Europe - 19.5°E to 22.5°E onshore and S-42(58) by countryAlbania - east of 19°30'E. Bulgaria and Romania - west of 22°30'E. Hungary, Poland and Slovakia - between 19°30'E and 22°30'E.@CR@KAGz@3@6N OEPSG Europe - 16.5°E to 19.5°E onshore and S-42(83) by countryCzechia - east of 16°30'E. Hungary - between 16°30'E and 19°30'E. Slovakia - west of 19°30'E.@F޸Q@I9@0@3 =EPSG Europe - 16.5°E to 19.5°E onshore and S-42(58) by countryAlbania - onshore west of 19°30'E. Czechia - east of 16°30'E. Hungary and Poland - onshore between 16°30'E and 19°30'E. Slovakia - west of 19°30'E.@DR@KqR@0@37 !EPSG Europe - 13.5°E to 16.5°E onshore and S-42(58) by countryCzechia - between 13°30'E and 16°30'E. Germany - states of former East Germany onshore - east of 13°30'E - Brandenburg; Mecklenburg-Vorpommern; Sachsen. Hungary and Poland - onshore west of 16°30'E.@GEQ@K\(\@+@0 {wEPSG Europe - 24°E to 30°E onshore and S-42(58) by countryBulgaria, Poland and Romania - onshore east of 24°E.@DQ@Iw =p@=p = {iEPSG Europe - 18°E to 24°E onshore and S-42(83) by countryCzechia, Hungary and Slovakia - east of 18°E.@F޸Q@IzH@6fffff {[EPSG Europe - 18°E to 24°E onshore and S-42(58) by countryAlbania - onshore east of 18°E. Czechia, Hungary and Slovakia - east of 18°E. Poland - onshore between 18°E and 24°E. Bulgaria and Romania - onshore west of 24°E.@CR@KqR= {EEPSG Europe - 12°E to 18°E onshore and S-42(83) by countryGermany (former DDR) - onshore east of 12°E. Czechia, Hungary and Slovakia - west of 18°E.@F =p@K^Q @2\(Á Y}EPSG Germany - East Germany - west of 12°EGermany - states of former East Germany - west of 12°E.@I@Kp =@# =p P WEPSG Europe - onshore - eastern - S-42(58)Onshore: Bulgaria, Czechia, Germany (former DDR), Hungary, Poland and Slovakia. Onshore and offshore: Albania and Romania.@CУ =q@KqR@# =p@?h\)U 13EPSG Slovenia - centralSlovenia - central.@FzG@G'zH@,kQ@.\( cEPSG Slovenia - Primorska and Notranjska onshoreSlovenia - onshore Primorska and Notranjska (Inner Carniola).@FQ@G =p @* =q@-(\) UEPSG Slovenia - Gorenjska and N PrimorskoSlovenia - Gorenjska (Upper Carniola) and northern Primorska.@Gfffff@GC =p@*\(@- =pg 1WEPSG Slovenia - PomurjeSlovenia - Pomurje (the Mura Region).@G<(\@Gp =q@/Q@0(\j 5YEPSG Slovenia - StajerskaSlovenia - Stajerska (Slovene Styria).@G @GaGz@-zG{@0EQj 5YEPSG Slovenia - DolenjskaSlovenia - Dolenjska (Lower Carniola).@Fٙ@G\(@, =q@/u\( F G T Y ^ chmrw|a O+EPSGFinland - east of 30.5°E nominalFinland - nominally east of 30°30'E but may be used in adjacent areas to west if a municipality chooses to use one zone over its whole extent.@O =p @PGz@>@? =pׁi U5EPSGFinland - 29.5°E to 30.5°E nominalFinland - nominally between 29°30'E and 30°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N =p@PQ@=@>i U5EPSGFinland - 28.5°E to 29.5°E nominalFinland - nominally between 28°30'E and 29°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@NxQ@Qs =p@<@=y eEEPSGFinland - 27.5°E to 28.5°E onshore nominalFinland - nominally onshore between 27°30'E and 28°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N5\(@Q\(@;@<y eEEPSGFinland - 26.5°E to 27.5°E onshore nominalFinland - nominally onshore between 26°30'E and 27°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N.zG@Q33333@:@;y eEEPSGFinland - 25.5°E to 26.5°E onshore nominalFinland - nominally onshore between 25°30'E and 26°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@N =p@Q|(\@9@:y eEEPSGFinland - 24.5°E to 25.5°E onshore nominalFinland - nominally onshore between 24°30'E and 25°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@MQ@Q9@8@9y eEEPSGFinland - 23.5°E to 24.5°E onshore nominalFinland - nominally onshore between 23°30'E and 24°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@MzG@Q5\(@7@8y eEEPSGFinland - 22.5°E to 23.5°E onshore nominalFinland - nominally onshore between 22°30'E and 23°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M@Q/\(@6@7y eEEPSGFinland - 21.5°E to 22.5°E onshore nominalFinland - nominally onshore between 21°30'E and 22°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@MGz@QS =p@5@6y eEEPSG Finland - 20.5°E to 21.5°E onshore nominalFinland - nominally onshore between 20°30'E and 21°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@MQ@QUQ@4@5y eEEPSG Finland - 19.5°E to 20.5°E onshore nominalFinland - nominally onshore between 19°30'E and 20°30'E but may be used in adjacent areas if a municipality chooses to use one zone over its whole extent.@M\(@N=p =@3@4q _;EPSG Finland - west of 19.5°E onshore nominalFinland - nominally onshore west of 19°30'E but may be used in adjacent areas to east if a municipality chooses to use one zone over its whole extent.@N =p @N+Q@3=p =@3} /EPSG Europe - EVRF2007Europe - onshore - Andorra; Austria; Belgium; Bosnia and Herzegovina; Bulgaria; Croatia; Czechia; Denmark; Estonia; Finland; France - mainland; Germany; Gibraltar, Hungary; Italy - mainland and Sicily; Latvia; Liechtenstein; Lithuania; Luxembourg; Netherlands; Norway; Poland; Portugal - mainland; Romania; San Marino; Slovakia; Slovenia; Spain - mainland; Sweden; Switzerland; United Kingdom (UK) - Great Britain mainland; Vatican City State.@A@Q\(#Q@? =p] 9;EPSG New Zealand - offshoreNew Zealand - offshore.K9Gz@d33333effffff\QSEPSGAntarctica - Darwin Glacier regionAntarctica - Darwin Glacier region. :N ? } u  PZ#!X: YEPSG.Spain - Canary Islands - east of 18°WSpain - Canary Islands - east of 18°W, onshore and offshore.@9@@@aGz' YEPSG-Spain - Canary Islands - west of 18°WSpain - Canary Islands - west of 18°W, onshore and offshore.@8@?0 =q5zGG cqEPSG,Congo DR (Zaire) - south and 24°E to 30°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and east of 24°E.*Q(\)@=\(J cEPSG+Congo DR (Zaire) - south and 18°E to 24°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 18°E and 24°E.&zG{ \(f c/EPSG*Congo DR (Zaire) - south and 12°E to 18°EThe Democratic Republic of the Congo (Zaire) - onshore and offshore south of a line through Bandundu, Seke and Pweto and between 12°E and 18°E. 8Q GzH @2\(M )+EPSG)Iraq - onshoreIraq - onshore.@=\(@BR@CeQ@HNzGJ cEPSG(Congo DR (Zaire) - south and 27°E to 29°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 27°E and 29°E.*ǮzHQJ cEPSG'Congo DR (Zaire) - south and 25°E to 27°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 25°E and 27°E.'G{\(J cEPSG&Congo DR (Zaire) - south and 23°E to 25°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 23°E and 25°E.& =qQRQ cEPSG%Congo DR (Zaire) - south and 21°E to 23°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 21°E and 23°E.&zG{Q@7\(ÁC cEPSG$Congo DR (Zaire) - south and 19°E to 21°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 19°E and 21°E.(\)c ?AEPSG#Brazil - Distrito FederalBrazil - Distrito Federal./Gz.p =H ǴK eEPSG"Congo DR (Zaire) - south and 17°E and 19°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 17°E and 19°E. 8Q p =qJ cEPSG!Congo DR (Zaire) - south and 15°E to 17°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and between 15°E and 17°E.=p = GzHX ;=EPSG Moldova - east of 30°EMoldova - east of 30°E.@G/\(@G<(\@>!GzX ;=EPSGMoldova - west of 30°EMoldova - west of 30°E.@FQ@H<(\@:Gz- e-EPSGCongo DR (Zaire) - Katanga - Lubumbashi areaThe Democratic Republic of the Congo (Zaire) - Katanga - Likasi-Lubumbashi area.(Q&B\(@:aGz@;@ ={EPSGCongo DR (Zaire) - southThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto - onshore and offshore.*Q GzH@'zG@=\(# aEPSGCongo DR (Zaire) - Katanga east of 28.5°EThe Democratic Republic of the Congo (Zaire) - Katanga east of 28°30'E.*Q\(@<@>ǮzH3 g7EPSGCongo DR (Zaire) - Katanga 26.5°E to 29.5°EThe Democratic Republic of the Congo (Zaire) - Katanga between 26°30'E and 29°30'E.*Gz\(@:@=3 g7EPSGCongo DR (Zaire) - Katanga 24.5°E to 27.5°EThe Democratic Republic of the Congo (Zaire) - Katanga between 24°30'E and 27°30'E.((\)\(@8@;# aEPSGCongo DR (Zaire) - Katanga west of 25.5°EThe Democratic Republic of the Congo (Zaire) - Katanga west of 25°30'E.'p =qGzH@5p =@9\( ? msEPSG0Denmark - onshore Jutland east of 9°E and FunenDenmark - onshore - Jutland east of 9°E and Funen.@KU\(@Lfffff @&zGq []EPSG/Denmark - onshore Jutland west of 10°EDenmark - Jutland onshore west of 10°E.@Kffffff@LR k 5mkovhj K_EPSG@Norway - onshore - 8°E to 9°ENorway - onshore - between 8°E and 9°E.:@Pfffff@"Qx K_EPSG?Norway - onshore - 7°E to 8°ENorway - onshore - between 7°E and 8°E.@L33333@O˅Q@\(@ Q녁 acEPSG>Sao Tome and Principe - onshore - PrincipeSao Tome and Principe - onshore - Principe.?zG?(\)@zG@zG acEPSG=Sao Tome and Principe - onshore - Sao TomeSao Tome and Principe - onshore - Sao Tome.zG{?p =q@ =p@GzH imEPSG\(u OcEPSGYNorway - onshore - 28°E to 29°ENorway - onshore - between 28°E and 29°E.@QAR@Qə@=\(u OcEPSGXNorway - onshore - 27°E to 28°ENorway - onshore - between 27°E and 28°E.@Qy@Q(\@<\(u OcEPSGWNorway - onshore - 26°E to 27°ENorway - onshore - between 26°E and 27°E.@Qmp =@Q@;\( G EPSGVPortugal - Azores and MadeiraPortugal - Azores and Madeira island groups and surrounding EEZ - Flores, Corvo; Graciosa, Terceira, Sao Jorge, Pico, Faial; Sao Miguel, Santa Maria; Madeira, Porto Santo, Desertas; Selvagens.@==p =@E\)A=p (\(u OcEPSGUNorway - onshore - 25°E to 26°ENorway - onshore - between 25°E and 26°E.@Q%\(@Q\(@:\(u OcEPSGTNorway - onshore - 24°E to 25°ENorway - onshore - between 24°E and 25°E.@Q%Q@QG{@9\(u OcEPSGSNorway - onshore - 23°E to 24°ENorway - onshore - between 23°E and 24°E.@Q'zH@Qə@8\(ÁR isEPSGRIndonesia - Java, Java Sea and western SumatraIndonesia - Bali, Java and western Sumatra onshore, offshore southern Java Sea, Madura Strait and western Bali Sea.!R@Gz@W=p @]@ =qu OcEPSGQNorway - onshore - 22°E to 23°ENorway - onshore - between 22°E and 23°E.@Q,(\@QQ@7\(Å MEPSGPUSA - CONUS and Alaska - onshoreUnited States (USA) - CONUS and Alaska - onshore - Alabama; Alaska mainland; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.@8h\)@QٙeQP=p u OcEPSGONorway - onshore - 21°E to 22°ENorway - onshore - between 21°E and 22°E.@QAR@QQ@6\(u OcEPSGNNorway - onshore - 20°E to 21°ENorway - onshore - between 20°E and 21°E.@QzH@QzH@5\(u OcEPSGMNorway - onshore - 19°E to 20°ENorway - onshore - between 19°E and 20°E.@QQ@Qfffff@4\(u OcEPSGLNorway - onshore - 18°E to 19°ENorway - onshore - between 18°E and 19°E.@Q\(@Q\(@3\(Á$ iEPSGKGermany - Schleswig-Holstein - west of 10.5°EGermany - Schleswig-Holstein - west of 10°30'E including Heligoland.@J\(@KQ@333333@%u OcEPSGJNorway - onshore - 17°E to 18°ENorway - onshore - between 17°E and 18°E.@P(\@Q}p =@2\(| OcEPSGINorway - onshore - 16°E to 17°ENorway - onshore - between 16°E and 17°E.@PQ@Q_\(@/G{@1\(u OcEPSGHNorway - onshore - 15°E to 16°ENorway - onshore - between 15°E and 16°E.@P\)@QXQ@0\(u OcEPSGGNorway - onshore - 14°E to 15°ENorway - onshore - between 14°E and 15°E.@PR@QDzG@.Qu OcEPSGFNorway - onshore - 13°E to 14°ENorway - onshore - between 13°E and 14°E.@P =q@Q @,Qu OcEPSGENorway - onshore - 12°E to 13°ENorway - onshore - between 12°E and 13°E.@M =q@Q =p @*Q녁M ?EPSGDUSA - Michigan - SPCS - WUnited States (USA) - Michigan - counties of Baraga; Dickinson; Gogebic; Houghton; Iron; Keweenaw; Marquette; Menominee; Ontonagon.@FQ@H(\)VG{T(\u OcEPSGCNorway - onshore - 11°E to 12°ENorway - onshore - between 11°E and 12°E.@Mp =q@PQ @(Qu OcEPSGBNorway - onshore - 10°E to 11°ENorway - onshore - between 10°E and 11°E.@Ms33333@PQGz @&QMaEPSGANorway\ ?AEPSG[Paraguay - north of 22°SParaguay - north of 22°S.3J=p OH\)LzH  d ,  D4L95@R ?EPSGvIraq - SEIraq - onshore southeast.@=\(@@AGz@Ep =@HNzGf qEPSGuIraq - 34.6°N to 36.2°N, west of 42.8°E (map 5)Iraq - between UTM 3830000mN and 4010000mN (approximately 34°35'N and 36°13'N) and west of UTM 300000mE (approximately 42°48'E).@AH\)@B(\@DQ@Eh\)y CiEPSGtBrazil - Santos and PelotasBrazil - offshore - Santos and Pelotas basins.AG{6\)J =qD0 yEPSGsBrazil - Cumuruxatiba, Jequitinhonha and Camamu-AlmadaBrazil - offshore - Cumuruxatiba, Jequitinhonha and Camamu-Almada basins.133333*QC(\AĹ _EPSGrBrazil - Potiguar, Ceara and BarreirinhasBrazil - offshore - Potiguar, Ceara and Barreirinhas basins.@ =p FeQx CgEPSGqBrazil - Paraiba-PernambucoBrazil - offshore - Paraiba-Pernambuco basin.$W =pffffffA=!Gz{ EkEPSGpBrazil - Sergipe and AlagoasBrazil - offshore - Sergipe and Alagoas basins.+(\)!u\(BQ@Gz uGEPSGoIraq - 31.4°N to 33°N, 43.9°E to 46.1°E (map 16)Iraq - between UTM 3470000mN and 3650000mN (approximately 31°21'N and 32°58'N) and between UTM 400000mE and 600000mE (approximately 43°56'E and 46°04'E).@?\(\@@~Q@E\(@G =p  []EPSGnFrance - onshore - mainland and CorsicaFrance - onshore - mainland and Corsica.@DzH@IRzG{@#B\(Á AEPSGmBrazil - Tucano and JatobaBrazil - Tucano North, Tucano Central, Tucano South and Jatoba basins.(=p ǮzHCRBQ IoEPSGlBrazil - Reconcavo and JacuipeBrazil - offshore - Reconcavo and Jacuipe basins.+# =p&\(\CQAzHg IYEPSGkAustralia - Qld east of 150°EAustralia - Queensland east of 150°E.=0 =q@c3Qu MoEPSGjAustralia - Qld 144°E to 150°EAustralia - Queensland between 144°E and 150°E.=\(,Q [EPSGiAustralia - SA and Qld 138°E to 144°EAustralia - South Australia east of 138°E, Queensland west of 144°E.C =q#Q@bQy KyEPSGhAustralia - SA 132°E to 138°EAustralia - South Australia between 132°E and 138°E.BR9p =W Y EPSGgAustralia - SA and WA 126°E to 132°EAustralia - South Australia west of 132°E, Western Australia east of 126°E, offshore federal waters between 126°E and 129°E.Bfffff"p =@_\(@`Q acEPSGfColombia - mainland and offshore CaribbeanColombia - mainland and offshore Caribbean.Q@+\(\SfffffPzH SoEPSGePortugal - Azores W - Corvo onshorePortugal - western Azores - Corvo island onshore.@CУ =q@C\(?.zG?Q녁 UqEPSGdPortugal - Azores W - Flores onshorePortugal - western Azores - Flores island onshore.@Cfffff@C=p ?W =p?R _{EPSGcPortugal - Azores E - Santa Maria onshorePortugal - eastern Azores - Santa Maria island onshore.@Bo\(@B=p 9B\(8\($ O?EPSGbPortugal - Azores - west of 30°WPortugal - west of 30°W - western Azores - Flores and Corvo islands and surrounding EEZ.@A@E\)A=p YuEPSGaPortugal - Azores C - Graciosa onshorePortugal - central Azores - Graciosa island onshore.@C|(\@CR +X\"=QTz2Pc ?AEPSGBhutan - Trongsa districtBhutan - Trongsa district.@;!Gz@;=p @V =q@V =qc ?AEPSGBhutan - Sarpang districtBhutan - Sarpang district.@:G{@;:G{@V =q@VRa =?EPSGBhutan - Samtse districtBhutan - Samtse district.@:@;GzH@V/\(@VXQu QSEPSGBhutan - Samdrup Jongkhar districtBhutan - Samdrup Jongkhar district.@:=p @;@@V\)@WQc ?AEPSGBhutan - Punakha districtBhutan - Punakha district.@;u\(@;޸Q@VhQ@VQ녁 M3EPSGLatin America - 120°W to 114°WLatin America between 120°W and 114°W, northern hemisphere, onshore and offshore.@.Q@@\(\d GIEPSGBhutan - Pemagatshel districtBhutan - Pemagatshel district.@:ǮzH@;.zG[@V =p] 9;EPSGBhutan - Paro districtBhutan - Paro district.@;.zG@;=p @VGzH@Vc =pa =?EPSGBhutan - Mongar districtBhutan - Mongar district.@:zG@;(\@V@VD A EPSGEurope - Ireland (Republic and Ulster) - on- and offshoreIreland - onshore. United Kingdom (UK) - Northern Ireland (Ulster) - onshore and offshore.@I=p @K33333%333333QRe ACEPSGBhutan - Lhuentse districtBhutan - Lhuentse district.@;c =p@< =p@VGz@V\(Y 57EPSGBhutan - Ha districtBhutan - Ha district.@;Q@;Q@V9@VX\) [qEPSGThailand - onshore and Gulf of ThailandThailand - onshore plus offshore Gulf of Thailand.@Q@4u\(@XU\(@Zh\)] 9;EPSGBhutan - Gasa districtBhutan - Gasa district.@;Q@Q@EnzG?zG{@ QU 13EPSGGeorgia - offshoreGeorgia - offshore.@DQ@E=p @C|(\@DG{ [7EPSGSouth Korea - 126°E to 128°E mainlandRepublic of Korea (South Korea) - between 126°E and 128°E - mainland and nearshore.@@G{@C*=p ~L ooEPSGIraq - 31.4°N to 33°N, west of 40.1°E (map 13)Iraq - sorth of UTM 3650000mN (approximately 32°58'N) and west of UTM zone 37 600000mE (approximately 40°04'E). @@~Q@Cu\(@D =p q q7EPSGIraq - 31.4°N to 33°N, 40.1°E to 42°E (map 14)Iraq - between UTM 3470000mN and 3650000mN (approximately 31°21'N and 32°58'N) and between UTM zone 37 600000mE (approximately 40°04'E) and 42°E.@?QR@@~Q@Dfffff*A WoEPSGAsia - Korea N and S - east of 130°EDemocratic People's Republic of Korea (North Korea) and Republic of Korea (South Korea) - onshore east of 130°E.@BR@E}p =@``QH [EPSGAsia - Korea N and S - 128°E to 130°EDemocratic People's Republic of Korea (North Korea) and Republic of Korea (South Korea) - onshore between 128°E and 130°E.@A>Q@EGz uGEPSGIraq - 33°N to 34.6°N, 43.9°E to 46.1°E (map 11)Iraq - between UTM 3650000mN and 3830000mN (approximately 32°58'N and 34°35'N) and between UTM 400000mE and 600000mE (approximately 43°56'E and 46°04'E).@@}p =@AO\(@E33333@Gi EGEPSGBhutan - Trashigang districtBhutan - Trashigang district.@;\(@;}p =@V׮zH@WQc ?AEPSGBhutan - Thimphu districtBhutan - Thimphu district.@;# =p@<\(@VNzG@VqGz z  :  t v " -\*Mzh [EPSGNew Zealand - South Island - Karamea mcNew Zealand - South Island - Karamea meridional circuit area.DQD`@e~Q@efffff cEPSGNew Zealand - South Island - Collingwood mcNew Zealand - South Island - Collingwood meridional circuit area.D(\D8Q@eQ@e(\ a EPSGNew Zealand - North Island - Mount Eden mcNew Zealand - North Island - Mount Eden meridional circuit area.CGzA @ezH@f =p cEPSGNew Zealand - North Island - Poverty Bay mcNew Zealand - North Island - Poverty Bay meridional circuit area.CQBQ@f\(@fT(\! gEPSGNew Zealand - North Island - Bay of Plenty mcNew Zealand - North Island - Bay of Plenty meridional circuit area.C =qB(\@e@f'\( _ EPSGNew Zealand - North Island - Tuhirangi mcNew Zealand - North Island - Tuhirangi meridional circuit area.CfffffCo\(@e(\@f \(Á ] EPSGNew Zealand - North Island - Taranaki mcNew Zealand - North Island - Taranaki meridional circuit area.C =pC333333@e\(@ezG ] EPSGNew Zealand - North Island - Wanganui mcNew Zealand - North Island - Wanganui meridional circuit area.D|(\CG{@e@f =q _ EPSGNew Zealand - North Island - Wairarapa mcNew Zealand - North Island - Wairarapa meridional circuit area.D\(D%Q@eQ@f a EPSGNew Zealand - North Island - Wellington mcNew Zealand - North Island - Wellington meridional circuit area.DDtzG@eУ =q@eQ eEPSGNew Zealand - North Island - Wellington vcrsNew Zealand - North Island - Wellington vertical CRS area.D\(D\(@eУ =q@f? y=EPSGNew Zealand - North Island - Hawkes Bay mc Napier vcrsNew Zealand - North Island - Hawkes Bay meridional circuit and Napier vertical crs area.DH\)Co\(@e@fB=p  a}EPSGNew Zealand - North Island - Gisborne vcrsNew Zealand - North Island - Gisborne vertical CRS area.CQBQ@f Q@fT(\w ?iEPSGVietnam - DBSCL 02 and 03Vietnam - Mekong delta blocks DBSCL 02 and 03.@"33333@&zG@Z\(@Z =pׁ a}EPSGNew Zealand - North Island - Taranaki vcrsNew Zealand - North Island - Taranaki vertical CRS area.C\(C4zG@e\(@efffff a}EPSGNew Zealand - North Island - Moturiki vcrsNew Zealand - North Island - Moturiki vertical CRS area.DKQB\(@e=p @f(QS /1EPSGIreland - onshoreIreland - onshore.@IR@K =p%QQ~ acEPSGFrench Guiana - coastal area east of 54°WFrench Guiana - coastal area east of 54°W.@ p =q@=p =IzG~ acEPSGFrench Guiana - coastal area west of 54°WFrench Guiana - coastal area west of 54°W.@\(\@\(K9ʁ a}EPSGNew Zealand - North Island - Auckland vcrsNew Zealand - North Island - Auckland vertical CRS area.B\(B\(@fp = K1EPSGLatin America - 102°W to 96°WLatin America between 102°W and 96°W, northern hemisphere, onshore and offshore.@(@=\(Y =q a EPSGNew Zealand - North Island - One Tree vcrsNew Zealand - North Island - One Tree Point vertical CRS area.B4zGA.zG@eQ@eڏ\(e ACEPSGBhutan - Zhemgang districtBhutan - Zhemgang district.@:Q@;c =p@VR@V(\\ ?AEPSGBhutan - Yangtse districtBhutan - Yangtse district.@;^Q@V\(@VGz M3EPSGLatin America - 108°W to 102°WLatin America between 108°W and 102°W, northern hemisphere, onshore and offshore.@,@?=p u QSEPSGBhutan - Wangdue Phodrang districtBhutan - Wangdue Phodrang district.@;(\@<zG@Vmp =@V\(\ ?AEPSGBhutan - Tsirang districtBhutan - Tsirang district.@:\(@;333333Z@Vfffff YEPSGNew Zealand - South Island - Nelson mcNew Zealand - South Island - Nelson meridional circuit area.E =pDTzG@e@e\(Î kG y O  dCv %EPSGCaribbean onshore - BES Islands - St Eustatius and Saba; Sint MaartenCaribbean - Bonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - St Eustatius and Saba - onshore; St Maarten - onshore.@1h\)@2ROzHOp =q^ !UEPSGSt MaartenSint Maarten - onshore and offshore.@1\(@2ROfffffOu\(z M EPSGBrazil - 36°W to 30°W offshoreBrazil - offshore between 36°W and 30°W, southern hemisphere.4(\W MEPSGCuracaoCuraçao - onshore and offshore.@'QR@.33333Qc33333Q"\(Á kEPSGNew Zealand - South Island - Dunedin-Bluff vcrsNew Zealand - South Island - Dunedin-Bluff vertical CRS area.G]p =FB\(@d =p@e>fffff #KEPSGBES IslandsBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - onshore and offshore.@'QR@1\(QE\(OaGz@ cUEPSGNew Zealand - South Island - Lyttleton vcrsNew Zealand - South Island - between approximately 41°20'S and 45°S - Lyttleton vertical CRS area.Fu\(D@efffff@e =q9 _KEPSGNew Zealand - South Island - Dunedin vcrsNew Zealand - South Island - between approximately 44°S and 46°S - Dunedin vertical CRS area.G333333E\)@d\(@eh\)1 ]=EPSGNew Zealand - South Island - Nelson vcrsNew Zealand - South Island - north of approximately 42°20'S - Nelson vertical CRS area.E8QD8Q@ez=p @eθQ [wEPSGNew Zealand - South Island - Bluff vcrsNew Zealand - South Island - Bluff vertical CRS area.GZG{G!Gz@eQ@eQ. q#EPSGNew Zealand - South and Stewart Islands - Bluff mcNew Zealand - Stewart Island; South Island - Bluff meridional circuit area.G=p F=p @dGz@e =pׁ a EPSGNew Zealand - South Island - Mount York mcNew Zealand - South Island - Mount York meridional circuit area.G*=p FC =p@d =p@eQ eEPSGNew Zealand - South Island - North Taieri mcNew Zealand - South Island - North Taieri meridional circuit area.G]p =Fp =@ezG@e[ =p# iEPSGNew Zealand - South Island - Mount Nicholas mcNew Zealand - South Island - Mount Nicholas meridional circuit area.F=p F%Q@d =p@e#Q) oEPSGNew Zealand - South Island - Observation Point mcNew Zealand - South Island - Observation Point meridional circuit area.F\)FNzG@e8 =q@egzH cEPSGNew Zealand - South Island - Lindis Peak mcNew Zealand - South Island - Lindis Peak meridional circuit area.F33333EG{@e =p@eGzH eEPSGNew Zealand - South Island - Jacksons Bay mcNew Zealand - South Island - Jacksons Bay meridional circuit area.F333333E\(@e =q@e@Q YEPSGNew Zealand - South Island - Timaru mcNew Zealand - South Island - Timaru meridional circuit area.F}p =E@e:=p @eq YEPSGNew Zealand - South Island - Gawler mcNew Zealand - South Island - Gawler meridional circuit area.F E =q@eU\(@eQ [EPSGNew Zealand - South Island - Okarito mcNew Zealand - South Island - Okarito meridional circuit area.E@e&Q@e\zG# iEPSGNew Zealand - South Island - Mount Pleasant mcNew Zealand - South Island - Mount Pleasant meridional circuit area.EG{EXQ@ecQ@e(\ ] EPSGNew Zealand - South Island - Hokitika mcNew Zealand - South Island - Hokitika meridional circuit area.Ep =E4zG@eLzG@e|zG WEPSGNew Zealand - South Island - Amuri mcNew Zealand - South Island - Amuri meridional circuit area.EyE Q@e|(\@e UEPSGNew Zealand - South Island - Grey mcNew Zealand - South Island - Grey meridional circuit area.E^QD@ed@e YEPSGNew Zealand - South Island - Buller mcNew Zealand - South Island - Buller meridional circuit area.EQD\(@eh =q@eQ X|J H   p N7).Xl 7wEPSGPeru - 84°W to 78°WPeru - between 84°W and 78°W, onshore and offshore.1TzGGzᬲh 5cEPSGPeru - east of 72°WPeru - east of 72°W, onshore and offshore.4p =qQQ*G{y uQEPSGSouth America - 72°W to 66°W, S hemisphere onshoreBrazil - between 72°W and 66°W, northern and southern hemispheres. In rest of South America between 72°W and 66°W, southern hemisphere onshore north of 45°S.@333333P\(k uEEPSGSouth America - 72°W to 66°W, N hemisphere onshoreSouth America between 72°W and 66°W, northern hemisphere, onshore, but excluding the area between approximately 0°N, 70°W to 2°N, 70°W to 2°N, 66°W.@) =p R wEPSGSouth America - 78°W to 72°W, S hemisphere and SAD69 by countryBrazil - west of 72°W. In rest of South America between 78°W and 72°W, southern hemisphere onshore north of 45°S.ӲQ\(! EPSGSouth America - 78°W to 72°W, N hemisphere and SAD69 by countrySouth America between 78°W and 72°W, northern hemisphere, onshore.@(Q( EPSGSouth America - 84°W to 78°W, S hemisphere and SAD69 by countrySouth America between 84°W and 78°W, southern hemisphere, onshore.%\(TZ=p ( EPSGSouth America - 84°W to 78°W, N hemisphere and SAD69 by countrySouth America between 84°W and 78°W, northern hemisphere, onshore.@T Ql 9gEPSGChile - 78°W to 72°WChile - 78°W to 72°W, onshore and offshore.MzG2YQ\(n ;iEPSGUruguay - east of 54°WUruguay - east of 54°W, onshore and offshore.B\(?fffffIGzX ;=EPSGBolivia - west of 66°WBolivia - west of 66°W.6\)#=p Qj=p n ;iEPSGUruguay - west of 54°WUruguay - west of 54°W, onshore and offshore.BP =q> =pM>Qʂ+ _=EPSGCaribbean - French Antilles west of 60°WFrench Antilles onshore and offshore west of 60°W - Guadeloupe (including Grande Terre, Basse Terre, Marie Galante, Les Saintes, Iles de la Petite Terre, La Desirade); Martinique; St Barthélemy; northern St Martin.@,(\)@2QROzGh ;OEPSGNigeria - Gongola BasinNigeria - onshore - Gongola Basin@!\(@'B\(@"R@(B\(T /3EPSGCuracao - onshoreCuraçao - onshore.@'G{@(GzQNzGQ,(\* GEEPSGBES Islands - Bonaire onshoreBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - Bonaire - onshore.@' =q@(QQzGQ\)/ 7_EPSGBES Islands - BonaireBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - Bonaire - onshore and offshore.@'QR@.QE\(PQK S{EPSGBES Islands - St Eustatius and SabaBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - St Eustatius and Saba - onshore and offshore.@0zG@1\(PGzOaGz _aEPSGNigeria - offshore blocks OPL 215 and 221Nigeria - offshore blocks OPL 215 and 221.@ @Q@zG@=p = ]yEPSGNew Zealand - North Island - Tararu vcrsNew Zealand - North Island - Tararu vertical CRS area.BG{Bc =p@ezG@ezH suEPSGNigeria - offshore blocks OPL 210, 213, 217 and 218Nigeria - offshore blocks OPL 210, 213, 217 and 218.@ Q@(\)@ =p@(\)t WYEPSGNigeria - offshore blocks OPL 217-223Nigeria - offshore blocks OPL 217-223.@ Q@Gz@QR giEPSGNigeria - offshore blocks OPL 209-213 and 316Nigeria - offshore blocks OPL 209-213 and 316.@Gz@=p =@ =p@zG! }EPSGNigeria - offshore blocks OML 99-102 and OPL 222 and 223Nigeria - offshore blocks OML 99-102 and OPL 222 and 223.@ @ =p @ =p@ ikEPSGNigeria - offshore blocks OPL 209, 219 and 220Nigeria - offshore blocks OPL 209, 219 and 220.@ @(\)@ =p @ =pׁ egEPSGNigeria - offshore deep water - east of 6°ENigeria - offshore deep water - east of 6°E.@Gz@ p =q@GzH  A ! <@)pQ0 EEPSGUSA - 96°W to 90°W onshoreUnited States (USA) - between 96°W and 90°W - onshore - Arkansas; Illinois; Iowa; Kansas; Louisiana; Michigan; Minnesota; Mississippi; Missouri; Nebraska; Oklahoma; Tennessee; Texas; Wisconsin.@=p @Ts33333]\( EEPSGUSA - 84°W to 78°W onshoreUnited States (USA) - between 84°W and 78°W - onshore - Florida; Georgia; Maryland; Michigan; New York; North Carolina; Ohio; Pennsylvania; South Carolina; Tennessee; Virginia; West Virginia.@8h\)@G =qU =q bg g U M x  $*Ng-^b k{EPSGLFrench Southern Territories - Amsterdam onshoreFrench Southern Territories - Amsterdam Island onshore.B =pB޸Q@S\@SjG{c ;SEPSGKReunion - west of 54°EReunion - offshore - west of 54°E.8^Q2Q@I=p 6M meEPSGJWorld - N hemisphere - 3°E to 9°E - by countryFrance - offshore Mediterranean including area east of 9°E. Nigeria - offshore including area west of 3°E.?Q@E޸Q@GzH@$\(d ?CEPSGIUkraine - east of 37.5°EUkraine - east of 37°30'E.@Gb\(@I1R@B@D =pׁ E EPSGHUkraine - 34.5°E to 37.5°EUkraine - between 34°30'E and 37°30'E, onshore and offshore.@EQ@I@A@@Bo ;kEPSGGReunion - east of 54°EReunion - onshore and offshore - east of 54°E.8Q2GzH6@MQ E EPSGFUkraine - 31.5°E to 34.5°EUkraine - between 31°30'E and 34°30'E, onshore and offshore.@E =p@J0 =q@?@A@ E EPSGEUkraine - 28.5°E to 31.5°EUkraine - between 28°30'E and 31°30'E, onshore and offshore.@E\(@J\(@<@?t E]EPSGDUkraine - 25.5°E to 28.5°EUkraine - between 25°30'E and 28°30'E.@FGz@IQ@9@<t E]EPSGCUkraine - 22.5°E to 25.5°EUkraine - between 22°30'E and 25°30'E.@GG{@IG{@6@9d ?CEPSGBUkraine - west of 22.5°EUkraine - west of 22°30'E.@HQ@H}p =@6&fffff@6n ;iEPSGAUkraine - east of 36°EUkraine - east of 36°E, onshore and offshore.@E =p@I8Q$@D =ps ]_EPSG@Germany - onshore between 6°E and 12°EGermany - onshore between 6°E and 12°E.@G\(@KQ r =}EPSG?Ukraine - 30°E to 36°EUkraine - between 30°E and 36°E, onshore and offshore.@E =p@J0 =q$V KEPSG>ReunionReunion - onshore and offshore.8Q2GzH@I=p @MQ IwEPSG=Germany - onshore west of 6°EGermany - onshore west of 6°E - Nordrhein-Westfalen.@I|(\@I=p @p =q@ =p  WEPSG5\($O +-EPSGXSudan - onshoreSudan - onshore.@!GzH@6=p =@5R@CTzG a EPSGWFrench Southern Territories - Juan de NovaFrench Southern Territories - Juan de Nova onshore and offshore.35\(.33333@DxQ@EG{ moEPSGVFrench Southern Territories - Glorieuses onshoreFrench Southern Territories - Glorieuses onshore.'B\('@G(\@GzG ] EPSGUFrench Southern Territories - GlorieusesFrench Southern Territories - Glorieuses onshore and offshore.)%L@FGz@H>Q ikEPSGTFrench Southern Territories - Tromelin onshoreFrench Southern Territories - Tromelin onshore./Q/ =p@K:G{@KĹ YEPSGSFrench Southern Territories - TromelinFrench Southern Territories - Tromelin onshore and offshore.2 =q).zG@J9@L =pׁ gwEPSGRFrench Southern Territories - St Paul onshoreFrench Southern Territories - St Paul Island onshore.CeQCP =q@S\(\@ShQ1 o+EPSGQFrench Southern Territories - Amsterdam & St PaulFrench Southern Territories - Amsterdam & St Paul islands onshore and offshore.E =p A<(\@RO\(@TuQ녁 egEPSGPFrench Southern Territories - Crozet onshoreFrench Southern Territories - Crozet onshore.GC =pF\(@I Q@J.zG UEPSGOFrench Southern Territories - CrozetFrench Southern Territories - Crozet onshore and offshore.H\)ENzG@F\(@LzG [EPSGNFrench Southern Territories - KerguelenFrench Southern Territories - Kerguelen onshore and offshore.JQFzG@OzG{@R=p V&+ ( O y ! <1QZWpxV qEPSGIndonesia - 102°E to 108°E, N hemisphere onshoreIndonesia - onshore north of equator and between 102°E and 108°E.@p =qfl oEPSGIndonesia - 96°E to 102°E, N hemisphere onshoreIndonesia - onshore north of equator and between 96°E and 102°E.@zG`f = EPSGMalaysia - East MalaysiaMalaysia - East Malaysia (Sabah; Sarawak), onshore and offshore.?333333@zG@[S =p@] =pl OQEPSGIndonesia - west of 96°E onshoreIndonesia - onshore west of 96°E.@ffffff@Gz@W=p `o QSEPSGIndonesia - east of 138°E onshoreIndonesia - onshore east of 138°E."aGz =p@aQv ;kEPSGCocos (Keeling) IslandsCocos (Keeling) Islands - onshore and offshore./Q =q@WZ=p @Y\( 7EPSGNew Zealand - onshoreNew Zealand - North Island, South Island, Stewart Island - onshore.G=p A @d =p@fT(\w Y[EPSGNew Zealand - nearshore east of 174°ENew Zealand - nearshore east of 174°E.F =qAQ@fh =q~ ]qEPSGNew Zealand - nearshore 168°E to 174°ENew Zealand - nearshore between 168°E and 174°E.GR@Rw Y[EPSGNew Zealand - nearshore west of 168°ENew Zealand - nearshore west of 168°E.G33333EKQ@d =p[ 79EPSGPhilippines - onshorePhilippines - onshore.@\(@3s33333@]8\)@_ OoEPSGSaudi Arabia - onshore Gulf coastSaudi Arabia - onshore Arabian Gulf coastal area.@8Gz@<R@G@IgzH: EgEPSGPhilippines - zone V onshorePhilippines - onshore approximately between 124°E and 126°E - east Mindanao (east of 124°E); Bohol; Samar.@@,L@^Q@_z GeEPSG~Philippines - zone IV onshorePhilippines - onshore approximately between 122°E and 124°E - southeast Luzon (east of 122°E); Tablas; Masbate; Panay; Cebu; Negros; northwest Mindanao (west of 124°E).@ffffff@2zG@^o\(@_\(Á. IKEPSG}Philippines - zone III onshorePhilippines - onshore approximately between 120°E and 122°E. Luzon (west of 122°E); Mindoro.@\(@3s33333@]@^p =! GAEPSG|Philippines - zone II onshorePhilippines - onshore approximately between 118°E and 120°E - Palawan; Calamian Islands.@! =p@'(\)v@^zGo =gEPSG{Japan - 144°E to 150°EJapan - east of 144°E, onshore and offshore.@7zH@F33333@b{Qt =}EPSGzJapan - 138°E to 144°EJapan - between 138°E and 144°E, onshore and offshore.@1Gz@Gffffft =}EPSGyJapan - 132°E to 138°EJapan - between 132°E and 138°E, onshore and offshore.@1 =p@Efffffs =}EPSGxJapan - 126°E to 132°EJapan - between 126°E and 132°E, onshore and offshore.@5Q@CP =q~n =gEPSGwJapan - 120°E to 126°EJapan - west of 126°E, onshore and offshore.@5@=\(@^Q~j EWEPSGvPhilippines - zone I onshorePhilippines - onshore west of 118°E.@@" =p@]8\)vj +cEPSGuJapan - onshoreJapan including outlying islands - onshore.@4^Q@FQ@^Q@cAa 5cEPSGtIraq - east of 48°EIraq - east of 48°E, onshore and offshore.@=0@H`v =iEPSGsMalaysia - West MalaysiaMalaysia - West Malaysia onshore and offshore.?zG@=p =@XGz@ZtzG| 9EPSGrAlgeria - east of 6°EAlgeria - east of 6°E (of Greenwich), onshore and offshore.@3@Cffffff@'G{ 9EPSGqAlgeria - 0°E to 6°EAlgeria - between 0°E and 6°E (of Greenwich), onshore and offshore.@2Q@Cb\(@ =p } 9EPSGpAlgeria - 6°W to 0°WAlgeria - between 6°W and 0°W (of Greenwich), onshore and offshore.@5R@BGz| 9yEPSGoLibya - 18°E to 24°ELibya - between 18°E and 24°E, onshore and offshore.@3@A =p@1p =@8\(n 9yEPSGnLibya - 12°E to 18°ELibya - between 12°E and 18°E, onshore and offshore.@6\(@Ap = k7eEPSGmLibya - west of 12°ELibya - west of 12°E, onshore and offshore.@7\(@@\(@"Q nM\ ) n J 0.<+!MW +=EPSGOman - mainlandOman - mainland onshore.@0 =p@:kQ@IQ@MzGl GYEPSGOman - mainland east of 54°EOman - mainland onshore east of 54°E.@0 =p@:kQ6@MzG" yEPSGAsia - Cambodia and Vietnam - onshore & Cuu Long basinCambodia - onshore; Vietnam - onshore and offshore Cuu Long basin.@\(@7ffffff@Y\)nj 7eEPSGYemen - west of 42°EYemen - west of 42°E, onshore and offshore.@-u\(@0\(\@D=p * QsEPSGIndonesia - Kalimantan W - coastalIndonesia - west Kalimantan - onshore coastal area.?Q@ =p @[2\(@[qR [mEPSGAustralia - Northern Territory mainlandAustralia - Northern Territory mainland onshore.:\(% =p@`zH$ mEPSGGermany - East Germany - east of 13.5°E onshoreGermany - states of former East Germany - onshore east of 13°30'E.@IO\(@K\(\@+@.zGj 7eEPSGYemen - east of 54°EYemen - east of 54°E, onshore and offshore.@!fffff@-fffff6@LG{x QgEPSGGermany - onshore 12°E to 13.5°EGermany - onshore between 12°E and 13°30'E.@GG{@K^Q @+Qx QgEPSGGermany - onshore 10.5°E to 12°EGermany - onshore between 10°30'E and 12°E.@GR@KKQ@% P EEPSGFijiFiji - onshore and offshore.9 =p#\(@eQf =qt OSEPSGGermany - onshore east of 13.5°EGermany - onshore east of 13°30'E.@HAGz@K\(\@+@.zG4 s-EPSGGermany - East Germany - 10.5°E to 13.5°E onshoreGermany - states of former East Germany - onshore between 10°30'E and 13°30'E.@I@K^Q@%@+Q녁 UmEPSGGermany - onshore 10.5°E to 13.5°EGermany - onshore between 10°30'E and 13°30'E.@GR@K^Q@%@+Q녁 giEPSGJapan - onshore mainland and adjacent islandsJapan - onshore mainland and adjacent islands.@>.zG@FQ@` R@b; =p\ !QEPSGMadagascarMadagascar - onshore and offshore.<Q$\(@D'zH@JR SkEPSGGermany - onshore 7.5°E to 10.5°EGermany - onshore between 7°30'E and 10°30'E.@G\(@KQ@@%Q| [oEPSGNew Zealand - offshore 180°W to 174°WNew Zealand - offshore between 180°W and 174°W.J|(\9GzLR qEPSGIndonesia - 132°E to 138°E, S hemisphere onshoreIndonesia - onshore south of equator and between 132°E and 138°E. G{ҏ\( qEPSGIndonesia - 126°E to 132°E, S hemisphere onshoreIndonesia - onshore south of equator and between 126°E and 132°E. R~ qEPSGIndonesia - 120°E to 126°E, S hemisphere onshoreIndonesia - onshore south of equator and between 120°E and 126°E.%\(x~ qEPSGIndonesia - 114°E to 120°E, S hemisphere onshoreIndonesia - onshore south of equator and between 114°E and 120°E.$Lrx qEPSGIndonesia - 108°E to 114°E, S hemisphere onshoreIndonesia - onshore south of equator and between 108°E and 114°E.!W =plr qEPSGIndonesia - 102°E to 108°E, S hemisphere onshoreIndonesia - onshore south of equator and between 102°E and 108°E.(\)fl oEPSGIndonesia - 96°E to 102°E, S hemisphere onshoreIndonesia - onshore south of equator and between 96°E and 102°E. \(@X\(f qEPSGIndonesia - 126°E to 132°E, N hemisphere onshoreIndonesia - onshore north of equator and between 126°E and 132°E.@\(\@_33333 qEPSGIndonesia - 120°E to 126°E, N hemisphere onshoreIndonesia - onshore north of equator and between 120°E and 126°E.@Qx@_mp = CuEPSGTaiwan - onshore - mainlandTaiwan, Republic of China - onshore - Taiwan Island.@5޸Q@9W =p@]\(@^ =p qEPSGIndonesia - 114°E to 120°E, N hemisphere onshoreIndonesia - onshore north of equator and between 114°E and 120°E.@zG{rx+qEPSGIndonesia - 108°E to 11f +[EPSGSolomon IslandsSolomon Islands - onshore and offshore.0!Gz\(@cR\(@e\(>   AsUW[2>M 3EPSGUSA - FBNAmerican Samoa - Tutuila, Aunu'u, Ofu, Olesega, Ta'u and Rose islands - onshore. Guam - onshore. Northern Mariana Islands - onshore. Puerto Rico - onshore. United States (USA) - CONUS - Alabama; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming - onshore plus Gulf of Mexico offshore continental shelf (GoM OCS). US Virgin Islands - onshore.-.zG@H =q@b\(P =q uEPSGAntarctica - Adelie Land coastal area east of 138°EAntarctica - Adelie Land - coastal area between 138°E and 142°E.PQPfffff~ EqEPSGoUSA - Oregon - Siskiyou PassUnited States (USA) - Oregon - Siskiyou Pass area.@D@E:G{^p =^}p = _EPSGUAustralia - Western Australia - BusseltonAustralia - Western Australia - Busselton area onshore below 250m AHD.@@33333@\˅Q@\zHY 57EPSG.India - ChhattisgarhIndia - Chhattisgarh.@1ǮzH@8(\@TQ@U\) WEPSGUSA - Wisconsin - Green and LafayetteUnited States (USA) - Wisconsin - counties of Green and Lafayette.@E@@EnzGVQVW =p| AqEPSGUSA - Wisconsin - WashburnUnited States (USA) - Wisconsin - Washburn county.@FУ =q@GzGW =pV\(x =mEPSGUSA - Indiana - JenningsUnited States (USA) - Indiana - Jennings county.@Cffffff@CUs33333U[Qt 9iEPSGUSA - Indiana - GibsonUnited States (USA) - Indiana - Gibson county.@CzG@CEQU\(U =p qEPSGFrench Southern Territories - Crozet west of 48°EFrench Southern Territories - Crozet offshore west of 48°E.H =qE\(@F\(@HGzH ; EPSG{USA - Iowa - Mason CityUnited States (USA) - Iowa - counties of Cerro Gordo; Chickasaw; Floyd; Hancock; Howard; Mitchell; Winnebago; Winneshiek; Worth.@Es33333@EGzW~QVfffffK EEPSG_Australasia - Australia and Christmas Island - west of 108°EAustralia - offshore west of 108°E. Christmas Island - onshore and offshore west of 108°E.AW =p!p =@Y\)@[ =q _sEPSGFJapan - onshore - Honshu, Shikoku, KyushuJapan - onshore mainland - Honshu, Shikoku, Kyushu.@> =q@D=p @`)@azGi EGEPSG&Colombia - Barranquilla cityColombia - Barranquilla city.@%33333@&QRzHRށ_ k#EPSGArctic - 71°10'N to 66°10'N, 174°W to 156°WArctic - between 71°10'N and 66°10'N, approximately 174°W to approximately 156°W. May be extended eastwards within the latitude limits.@P=p @QG{Rd݁m g9EPSGArctic - 74°30'N to 69°30'N, 24°E to 44°EArctic - between 74°30'N and 69°30'N, approximately 24°E to approximately 44°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q@FGz܁f g9EPSGArctic - 81°10'N to 76°10'N, 54°W to 24°WArctic - between 81°10'N and 76°10'N, approximately 54°W to approximately 24°W. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{ہo i;EPSGArctic - 84°30'N to 79°30'N, 73°E to 113°EArctic - between 84°30'N and 79°30'N, approximately 73°E to approximately 113°E. May be extended westwards or eastwards within the latitude limits.@S@U =qI@\@ =qځY gEPSGArctic - 84°30'N to 79°30'N, 95°W to 55°WArctic - between 84°30'N and 79°30'N, approximately 95°W to approximately 55°W. May be extended westwards within the latitude limits.@S@U =qQ -/EPSGTuvalu - onshoreTuvalu - onshore.!=p =Q@fzH@fiGz G  + ) y HwPGd 9IEPSGItaly - Emilia-RomagnaItaly - Emilia-Romagna region.@Ep =@FR@"aGz@)Q녁Q [EPSGArctic - 79°N to 67°N, 12°W to 78°EArctic - 79°N to 67°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.C@S =q@S =qO YEPSGArctic - 79°N to 67°N, 84°W to 6°EArctic - 79°N to 67°N, approximately 84°W to approximately 6°E. May be extended westwards or eastwards within the latitude limits.C@S =q@ =p M ]EPSGArctic - 79°N to 67°N, 156°W to 66°WArctic - 79°N to 67°N, approximately 156°W to approximately 66°W. May be extended westwards or eastwards within the latitude limits.C@S =qdP _EPSGArctic - 87°N to 75°N, 132°E to 138°WArctic - 87°N to 75°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.K@U =qv\ i!EPSGArctic - 84°30'N to 79°30'N, 135°W to 95°WArctic - between 84°30'N and 79°30'N, approximately 135°W to approximately 95°W. May be extended eastwards within the latitude limits.@S@U =qyS ]EPSGArctic - 87°N to 75°N, 60°E to 150°EArctic - 87°N to 75°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.K@U =q<@bQQ [EPSGArctic - 87°N to 75°N, 12°W to 78°EArctic - 87°N to 75°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.K@U =q@S =qO YEPSGArctic - 87°N to 75°N, 84°W to 6°EArctic - 87°N to 75°N, approximately 84°W to approximately 6°E. May be extended westwards or eastwards within the latitude limits.K@U =q@ =p  ;EPSGBrazil - 66°W to 60°WBrazil - between 66°W and 60°W, northern and southern hemispheres.0GzH@QMQC KsEPSGAngola - offshore north of 8°SAngola - offshore north of 8°S - including blocks 0, 1, 2, 14, 15, 17, 18 north of 8°S and 32; onshore Soyo area. Q333333@$R@)zG ;EPSGBrazil - 72°W to 66°WBrazil - between 72°W and 66°W, northern and southern hemispheres.&GzH@333333P\(] 9;EPSGBrazil - west of 72°WBrazil - west of 72°W.$Q\(\R =qQ\(. o%EPSGUAE - Abu Dhabi and Dubai - onshore east of 54°EUnited Arab Emirates (UAE) - Abu Dhabi onshore east of 54°E; Dubai onshore.@6Gz@9W =p@JQ@L =pw K]EPSGAustralia - Queensland mainlandAustralia - Queensland mainland onshore.=0 =q%L@a?zH@c3QW 35EPSGIndonesia - onshoreIndonesia - onshore.%\(@Gz@W=p @aQM ]EPSGArctic - 87°N to 75°N, 156°W to 66°WArctic - 87°N to 75°N, approximately 156°W to approximately 66°W. May be extended westwards or eastwards within the latitude limits.K@U =qdG cqEPSGCongo DR (Zaire) - south and 29°E to 31°EThe Democratic Republic of the Congo (Zaire) - south of a line through Bandundu, Seke and Pweto and east of 29°E.*Q(L@=\( QEPSGAustralia - SE Australia (ACT NSW)Australia - Australian Capital Territory and New South Wales onshore.B =p<&fffff@azH@c6zG YEPSGSouth America - onshore north of 45°SSouth America - onshore north of 45°S excluding Amazonia.@) =p TZ=p A^Q] 1CEPSGVietnam - mainlandVietnam - mainland onshore.@ \)@7ffffff@Y\)@[aR} Y[EPSGAustralia - Western Australia mainlandAustralia - Western Australia mainland.AQ+W =p@\6fffff@` Qv ;kEPSGPapua New Guinea - PFTBPapua New Guinea - Papuan fold and thrust belt. \(\(\@aǮzH@b" aEPSGCongo DR (Zaire) - Bas Congo east of 15°EThe Democratic Republic of the Congo (Zaire) - Bas Congo east of 15°E.zG{zG@-G{@0GzHR-/EPSGTuvalu - onshoreTuvalu - onshore.!=p =Q@fzH@fiGz +Y ~ ' Y l(4m g9EPSGArctic - 84°30'N to 79°30'N, 33°E to 73°EArctic - between 84°30'N and 79°30'N, approximately 33°E to approximately 73°E. May be extended westwards or eastwards within the latitude limits.@S@U =q!@R@ =q( e1EPSGArctic - 84°30'N to 79°30'N, 4°W to 36°EArctic - between 84°30'N and 79°30'N, approximately 4°W to approximately 36°E.@S@U =q@BGzr k=EPSGArctic - 84°30'N to 79°30'N, 174°W to 135°WArctic - between 84°30'N and 79°30'N, approximately 174°W to approximately 135°W. May be extended westwards or eastwards within the latitude limits.@S@U =qR`߮zHk k=EPSGArctic - 87°50'N to 82°50'N, 120°E to 180°EArctic - between 87°50'N and 82°50'N, approximately 120°E to approximately 180°E. May be extended westwards or eastwards within the latitude limits.@TQ@UQxo i;EPSGArctic - 87°50'N to 82°50'N, 60°E to 120°EArctic - between 87°50'N and 82°50'N, approximately 60°E to approximately 120°E. May be extended westwards or eastwards within the latitude limits.@TQ@U\(<@^ =qj e7EPSGArctic - 87°50'N to 82°50'N, 0°E to 60°EArctic - between 87°50'N and 82°50'N, approximately 0°E to approximately 60°E. May be extended westwards or eastwards within the latitude limits.@TQ@U\(@NGzc e7EPSGArctic - 87°50'N to 82°50'N, 60°W to 0°EArctic - between 87°50'N and 82°50'N, approximately 60°W to approximately 0°E. May be extended westwards or eastwards within the latitude limits.@TQ@U\(āh i;EPSGArctic - 87°50'N to 82°50'N, 120°W to 60°WArctic - between 87°50'N and 82°50'N, approximately 120°W to approximately 60°W. May be extended westwards or eastwards within the latitude limits.@TQ@U\(ā^ eEPSGArctic - 84°30'N to 79°30'N, 32°W to 8°EArctic - between 84°30'N and 79°30'N, approximately 32°W to approximately 8°E. May be extended westwards within the latitude limits.@S@U =q@ Q녁I _EPSGArctic - 71°N to 59°N, 132°E to 138°WArctic - 71°N to 59°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.;Gvk k=EPSGArctic - 87°50'N to 82°50'N, 180°W to 120°WArctic - between 87°50'N and 82°50'N, approximately 180°W to approximately 120°W. May be extended westwards or eastwards within the latitude limits.@TQ@U\(LL ]EPSGArctic - 71°N to 59°N, 60°E to 150°EArctic - 71°N to 59°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.;G<@bQJ [EPSGArctic - 71°N to 59°N, 12°W to 78°EArctic - 71°N to 59°N, approximately 12°W to approximately 78°E. May be extended westwards or eastwards within the latitude limits.;G@S =qA YEPSGArctic - 71°N to 59°N, 84°W to 6°EArctic - 71°N to 59°N, approximately 84°W to approximately 6°E. May be extended westwards or eastwards within the latitude limits.;GF ]EPSGArctic - 71°N to 59°N, 156°W to 66°WArctic - 71°N to 59°N, approximately 156°W to approximately 66°W. May be extended westwards or eastwards within the latitude limits.;GdY gEPSGArctic - 84°30'N to 79°30'N, 72°W to 32°WArctic - between 84°30'N and 79°30'N, approximately 72°W to approximately 32°W. May be extended eastwards within the latitude limits.@S@U =qP _EPSGArctic - 79°N to 67°N, 132°E to 138°WArctic - 79°N to 67°N, approximately 132°E to approximately 138°W. May be extended westwards or eastwards within the latitude limits.C@S =qvS ]EPSGArctic - 79°N to 67°N, 60°E to 150°EArctic - 79°N to 67°N, approximately 60°E to approximately 150°E. May be extended westwards or eastwards within the latitude limits.C@S =q<@bQ  ( y r e VDPb"!^ sEPSGArctic - 81°10'N to 76°10'N, Canada east of 84°WArctic - between 81°10'N and 76°10'N, Canada east of approximately 84°W. May be extended westwards within the latitude limits.@S =p @TJG{P1Rf g9EPSGArctic - 81°10'N to 76°10'N, 84°W to 54°WArctic - between 81°10'N and 76°10'N, approximately 84°W to approximately 54°W. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{ʁh i;EPSGArctic - 81°10'N to 76°10'N, 114°W to 84°WArctic - between 81°10'N and 76°10'N, approximately 114°W to approximately 84°W. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{u OcEPSGNorway - onshore - 24°E to 30°ENorway - onshore - between 24°E and 30°E.@Q%Q@Q\(@>\(u OcEPSGNorway - onshore - 18°E to 24°ENorway - onshore - between 18°E and 24°E.@Q\(@Qə@8\(u OcEPSGNorway - onshore - 12°E to 18°ENorway - onshore - between 12°E and 18°E.@M =q@Q}p = @2\(s MaEPSGNorway - onshore - 6°E to 12°ENorway - onshore - between 6°E and 12°E.@L33333@PQ@(Q녁^ k#EPSGArctic - 81°10'N to 76°10'N, 144°W to 114°WArctic - between 81°10'N and 76°10'N, approximately 144°W to approximately 114°W. May be extended eastwards within the latitude limits.@S =p @TJG{pl k=EPSGArctic - 81°10'N to 76°10'N, 169°W to 138°WArctic - between 81°10'N and 76°10'N, approximately 169°W to approximately 138°W. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{Wvr k=EPSGArctic - 81°10'N to 76°10'N, 160°E to 169°WArctic - between 81°10'N and 76°10'N, approximately 160°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{ezH kyEPSGArctic - 81°10'N to 76°10'N, 129°E to 160°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 129°E to approximately 160°E. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{@dQ iwEPSGArctic - 81°10'N to 76°10'N, 98°E to 129°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 98°E to approximately 129°E. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{b@` Q guEPSGArctic - 81°10'N to 76°10'N, 67°E to 98°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 67°E to approximately 98°E. May be extended westwards or eastwards within the latitude limits.@S =p @TJG{C@X =q g[EPSGArctic - 81°10'N to 76°10'N, 35°E to 67°EArctic (Russia onshore and offshore) - between 81°10'N and 76°10'N, approximately 35°E to approximately 67°E. May be extended eastwards within the latitude limits.@S =p @TJG{@A~Q@P =q- e-EPSGArctic - 81°10'N to 76°10'N, 4°W to 38°EArctic (Norway (Svalbard) onshore and offshore) - between 81°10'N and 76°10'N.@S =p @TJG{ @CGzr k=EPSGArctic - 84°30'N to 79°30'N, 146°E to 174°WArctic - between 84°30'N and 79°30'N, approximately 146°E to approximately 174°W. May be extended westwards or eastwards within the latitude limits.@S@U =qezHq k=EPSGArctic - 84°30'N to 79°30'N, 113°E to 153°EArctic - between 84°30'N and 79°30'N, approximately 113°E to approximately 153°E. May be extended westwards or eastwards within the latitude limits.@S@U =qq@c Qi;EPSG] yEPSGArctic - 81°10'N to 76°10'N, Greenland west of 54°WArctic - between 81°10'N and 76°10'N, Greenland west of approximately 54°W. May be extended eastwards within the latitude limits.@S =p @TJG{ q 2 E [ *9FR^qk e7EPSGArctic - 74°30'N to 69°30'N, 4°E to 24°EArctic - between 74°30'N and 69°30'N, approximately 4°E to approximately 24°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q@8\(Ár k=EPSGArctic - 77°50'N to 72°50'N, 166°E to 169°WArctic - between 77°50'N and 72°50'N, approximately 166°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(ezHr k=EPSGArctic - 77°50'N to 72°50'N, 142°E to 166°EArctic - between 77°50'N and 72°50'N, approximately 142°E to approximately 166°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(@dQq k=EPSGArctic - 77°50'N to 72°50'N, 118°E to 142°EArctic - between 77°50'N and 72°50'N, approximately 118°E to approximately 142°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(v@aQo i;EPSGArctic - 77°50'N to 72°50'N, 94°E to 118°EArctic - between 77°50'N and 72°50'N, approximately 94°E to approximately 118°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(^@] =qm g9EPSGArctic - 77°50'N to 72°50'N, 70°E to 94°EArctic - between 77°50'N and 72°50'N, approximately 70°E to approximately 94°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(F@W =qm g9EPSGArctic - 77°50'N to 72°50'N, 46°E to 70°EArctic - between 77°50'N and 72°50'N, approximately 46°E to approximately 70°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(.@Q =qm g9EPSGArctic - 77°50'N to 72°50'N, 22°E to 46°EArctic - between 77°50'N and 72°50'N, approximately 22°E to approximately 46°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(@GGzk e7EPSGArctic - 77°50'N to 72°50'N, 2°W to 22°EArctic - between 77°50'N and 72°50'N, approximately 2°W to approximately 22°E. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(@6\(ÁW eEPSGArctic - 77°50'N to 72°50'N, 26°W to 2°WArctic - between 77°50'N and 72°50'N, approximately 26°W to approximately 2°W. May be extended westwards within the latitude limits.@R5Q@Su\(f g9EPSGArctic - 77°50'N to 72°50'N, 51°W to 26°WArctic - between 77°50'N and 72°50'N, approximately 51°W to approximately 26°W. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(Y gEPSGArctic - 77°50'N to 72°50'N, 76°W to 51°WArctic - between 77°50'N and 72°50'N, approximately 76°W to approximately 51°W. May be extended eastwards within the latitude limits.@R5Q@Su\(́Y gEPSGArctic - 77°50'N to 72°50'N, 91°W to 67°WArctic - between 77°50'N and 72°50'N, approximately 91°W to approximately 67°W. May be extended westwards within the latitude limits.@R5Q@Su\(h i;EPSGArctic - 77°50'N to 72°50'N, 116°W to 91°WArctic - between 77°50'N and 72°50'N, approximately 116°W to approximately 91°W. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(k k=EPSGArctic - 77°50'N to 72°50'N, 141°W to 116°WArctic - between 77°50'N and 72°50'N, approximately 141°W to approximately 116°W. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(sl k=EPSGArctic - 77°50'N to 72°50'N, 169°W to 141°WArctic - between 77°50'N and 72°50'N, approximately 169°W to approximately 141°W. May be extended westwards or eastwards within the latitude limits.@R5Q@Su\(Ws^ eEPSGArctic - 81°10'N to 76°10'N, 24°W to 3°EArctic - between 81°10'N and 76°10'N, approximately 24°W to approximately 2°E. May be extended westwards within the latitude limits.@S =p @TJG{?=p = t" 3 B O b n-D\tf g9EPSG Arctic - 74°30'N to 69°30'N, 32°W to 12°WArctic - between 74°30'N and 69°30'N, approximately 32°W to approximately 12°W. May be extended westwards or eastwards within the latitude limits.@Q`@R =qf g9EPSG Arctic - 74°30'N to 69°30'N, 52°W to 32°WArctic - between 74°30'N and 69°30'N, approximately 52°W to approximately 32°W. May be extended westwards or eastwards within the latitude limits.@Q`@R =qg gEPSG Arctic - 74°30'N to 69°30'N, 72°W to 52°WArctic - between 74°30'N and 69°30'N, approximately 72°W to approximately 52°W. May be extended eastwards within the latitude limits.@Q^Q@R =qQ\)IQY gEPSG Arctic - 74°30'N to 69°30'N, 81°W to 61°WArctic - between 74°30'N and 69°30'N, approximately 81°W to approximately 61°W. May be extended westwards within the latitude limits.@Q`@R =qÁh i;EPSGArctic - 74°30'N to 69°30'N, 101°W to 81°WArctic - between 74°30'N and 69°30'N, approximately 101°W to approximately 81°W. May be extended westwards or eastwards within the latitude limits.@Q`@R =qj k=EPSGArctic - 74°30'N to 69°30'N, 121°W to 101°WArctic - between 74°30'N and 69°30'N, approximately 121°W to approximately 101°W. May be extended westwards or eastwards within the latitude limits.@Q`@R =q^ k#EPSGArctic - 74°30'N to 69°30'N, 141°W to 121°WArctic - between 74°30'N and 69°30'N, approximately 141°W to approximately 121°W. May be extended eastwards within the latitude limits.@Q`@R =qs_ k#EPSGArctic - 74°30'N to 69°30'N, 157°W to 137°WArctic - between 74°30'N and 69°30'N, approximately 157°W to approximately 137°W. May be extended westwards within the latitude limits.@Q`@R =qcw_ k#EPSGArctic - 74°30'N to 69°30'N, 173°W to 153°WArctic - between 74°30'N and 69°30'N, approximately 173°W to approximately 153°W. May be extended eastwards within the latitude limits.@Q`@R =qSgl k=EPSGArctic - 74°30'N to 69°30'N, 169°E to 169°WArctic - between 74°30'N and 69°30'N, approximately 169°E to approximately 169°W. May be extended westwards or eastwards within the latitude limits.@Q`@R =qWr k=EPSGArctic - 74°30'N to 69°30'N, 148°E to 169°EArctic - between 74°30'N and 69°30'N, approximately 148°E to approximately 169°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q@e Qk k=EPSGArctic - 74°30'N to 69°30'N, 127°E to 148°EArctic - between 74°30'N and 69°30'N, approximately 127°E to approximately 148°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =qq k=EPSGArctic - 74°30'N to 69°30'N, 106°E to 127°EArctic - between 74°30'N and 69°30'N, approximately 106°E to approximately 127°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =qj@_ =qo i;EPSGArctic - 74°30'N to 69°30'N, 85°E to 106°EArctic - between 74°30'N and 69°30'N, approximately 85°E to approximately 106°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =qU@Z =qm g9EPSGArctic - 74°30'N to 69°30'N, 64°E to 85°EArctic - between 74°30'N and 69°30'N, approximately 64°E to approximately 85°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q@@U@ =qm g9EPSGArctic - 74°30'N to 69°30'N, 44°E to 64°EArctic - between 74°30'N and 69°30'N, approximately 44°E to approximately 64°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q,@P =qk e7EPSG Arctic - 74°30'N to 69°30'N, 15°W to 5°EArctic - between 74°30'N and 69°30'N, approximately 15°W to approximately 5°E. May be extended westwards or eastwards within the latitude limits.@Q`@R =q@ =p z Y ! 9 QvR>)AY _ EPSG%Brazil - 42°W to 36°W and north of 0°NBrazil - offshore between 42°W and 36°W, northern hemisphere.?zGC(\[ 79EPSG#Colombia - Tunja cityColombia - Tunja city.@@p =qRX\)RS33333[ 79EPSG"Colombia - Sucre cityColombia - Sucre city.@!zG@!\)R\(R(\ _ EPSG!Brazil - 48°W to 42°W and north of 0°NBrazil - offshore between 48°W and 42°W, northern hemisphere.@QDQg CEEPSG Colombia - Santa Marta cityColombia - Santa Marta city.@&QR@&R\(RQv /wEPSGNigeria - OML 124Nigeria - onshore - block OML 124 (formerly OPL 118).@=p =@\(@Gz@Gz! yEPSGPortugal - Azores E onshore - Santa Maria and FormigasPortugal - eastern Azores onshore - Santa Maria, Formigas.@Bo\(@BQ9B\(8Q kqEPSGPortugal - Madeira and Desertas islands onshorePortugal - Madeira and Desertas islands - onshore.@@,@@w =p1O\(0ffffffY gEPSGArctic - 64°30'N to 59°30'N, 44°W to 29°WArctic - between 64°30'N and 59°30'N, approximately 44°W to approximately 29°W. May be extended westwards within the latitude limits.@M@P =qY gEPSGArctic - 64°30'N to 59°30'N, 59°W to 44°WArctic - between 64°30'N and 59°30'N, approximately 59°W to approximately 44°W. May be extended eastwards within the latitude limits.@M@P =q] 9;EPSGColombia - Arauca cityColombia - Arauca city.@333333@ffffffQRQp =m IKEPSGCayman Islands - Little CaymanCayman Islands - Little Cayman.@3Gz@3p =T\)SQY gEPSGArctic - 67°50'N to 62°50'N, 42°W to 25°WArctic - between 67°50'N and 62°50'N, approximately 42°W to approximately 25°W. May be extended westwards within the latitude limits.@Oj=p @P\(Y gEPSGArctic - 67°50'N to 62°50'N, 59°W to 42°WArctic - between 67°50'N and 62°50'N, approximately 59°W to approximately 42°W. May be extended eastwards within the latitude limits.@Oj=p @P\(ցY gEPSGArctic - 71°10'N to 66°10'N, 29°W to 11°WArctic - between 71°10'N and 66°10'N, approximately 29°W to approximately 11°W. May be extended westwards within the latitude limits.@P=p @QG{f g9EPSGArctic - 71°10'N to 66°10'N, 47°W to 29°WArctic - between 71°10'N and 66°10'N, approximately 47°W to approximately 29°W. May be extended westwards or eastwards within the latitude limits.@P=p @QG{f g9EPSGArctic - 71°10'N to 66°10'N, 65°W to 47°WArctic - between 71°10'N and 66°10'N, approximately 65°W to approximately 47°W. May be extended westwards or eastwards within the latitude limits.@P=p @QG{сf g9EPSGArctic - 71°10'N to 66°10'N, 84°W to 65°WArctic - between 71°10'N and 66°10'N, approximately 84°W to approximately 65°W. May be extended westwards or eastwards within the latitude limits.@P=p @QG{h i;EPSGArctic - 71°10'N to 66°10'N, 103°W to 84°WArctic - between 71°10'N and 66°10'N, approximately 103°W to approximately 84°W. May be extended westwards or eastwards within the latitude limits.@P=p @QG{j k=EPSGArctic - 71°10'N to 66°10'N, 122°W to 103°WArctic - between 71°10'N and 66°10'N, approximately 122°W to approximately 103°W. May be extended westwards or eastwards within the latitude limits.@P=p @QG{^ k#EPSGArctic - 71°10'N to 66°10'N, 141°W to 122°WArctic - between 71°10'N and 66°10'N, approximately 141°W to approximately 122°W. May be extended eastwards within the latitude limits.@P=p @QG{s_ k#EPSGArctic - 71°10'N to 66°10'N, 156°W to 138°WArctic - between 71°10'N and 66°10'N, approximately 156°W to approximately 138°W. May be extended westwards within the latitude limits.@P=p @QG{dv_ ;=EPSG$Colombia - Armenia cityColombia - Armenia city.@@333333RQR陙 X7y Y 5 y  _  Cw3ad!XG }IEPSGEJapan - onshore mainland excluding eastern main provinceJapan - onshore mainland - Hokkaido, Honshu (western part only, see remarks), Shikoku, Kyushu.@> =q@FQ@`)@b; =p8 5sEPSGDUSA - Iowa - SpencerUnited States (USA) - Iowa - counties of Clay; Dickinson; Emmet; Kossuth; Lyon; O'Brien; Osceola; Palo Alto; Sioux.@Es33333@EGzX&fffffW~zG5 YIEPSGCJapan excluding northern main provinceJapan - onshore and offshore, excluding northern prefectures of 'main province' (see remarks).@1 =p@Gfffff@^Q@ćP UEPSGBPacific - US interests Pacific plateAmerican Samoa, Marshall Islands, United States (USA) - Hawaii, United States minor outlying islands; onshore and offshore.1\(@?@c =pb =q ]EPSGANorth America - Mexico and USA - onshoreMexico - onshore. United States (USA) - CONUS and Alaska - onshore - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.@-Q@Qٙ@ep =P=p [ 79EPSG@Colombia - Yopal cityColombia - Yopal city.@333333@zG{RQRfffffk GIEPSG?Colombia - Villavicencio cityColombia - Villavicencio city.@GzH@ =pRl(\Rc =pe ACEPSG>Colombia - Valledupar cityColombia - Valledupar city.@$ǮzH@%QRS33333RL(\{ WYEPSG=Colombia - San Jose del Guaviare cityColombia - San Jose del Guaviare city.@QR@GzR*=p R&fffffe ACEPSG =q@D=p @`)@azG vL ~ ]  q[} k| 'EPSGzVietnam - Quang Ninh; Da Nang, Quang Nam; Ba Ria-Vung Tau, Dong Nai, Lam DongVietnam - Quang Ninh province; Da Nang municipality and Quang Nam province; Ba Ria-Vung Tau, Dong Nai and Lam Dong provinces.@!# =p@5Q@ZQ@[0 =qv QUEPSGyVietnam - east of 106.5°E onshoreVietnam - onshore east of 106°30'E.@!# =p@633333@Z@[aR# E9EPSGxPapua New Guinea - North FlyPapua New Guinea - North Fly area (between 5°04'S and 6°36'S and west of 141°32'E).ffffff333333@azG@aGz YsEPSGwVietnam - 103.5°E to 106.5°E onshoreVietnam - between 103°30'E and 106°30'E, onshore.@ \)@7ffffff@Y@Z =qw SUEPSGvPapua New Guinea - mainland onshorePapua New Guinea - mainland onshore.%Q=p =@a33333@b޸Q OEPSGuUSA - Oregon - Sweet Home-SistersUnited States (USA) - Oregon - Sweet Home-Santiam Pass-Sisters area.@F @FTzG^ =q^l(\n 5aEPSGtUSA - Oregon - SalemUnited States (USA) - Oregon - Salem area.@F(\)@Ffffff^Q^x\)t ;gEPSGsUSA - Oregon - PortlandUnited States (USA) - Oregon - Portland area.@Fp =@GGz^R^ =pׁ Q}EPSGrUSA - Oregon - Pendleton-La GrandeUnited States (USA) - Oregon - Pendleton-La Grande area.@F =q@FR]\)]\(v =iEPSGqUSA - Oregon - PendletonUnited States (USA) - Oregon - Pendleton area.@FG{@G\(] =p]G{w CeEPSGpUSA - Oregon - Oregon CoastUnited States (USA) - Oregon - coastal area.@DR@G333333_5\(^fffffr 9eEPSGoUSA - Oregon - OntarioUnited States (USA) - Oregon - Ontario area.@EzG@FS33333]y],v =iEPSGnUSA - Oregon - La GrandeUnited States (USA) - Oregon - La Grande area.@F =q@Ffffff]G{]H\)f E[EPSGmenter here applicable extententer here applicable geographic extent@V\(Z@fzH| CoEPSGlUSA - Oregon - Dufur-MadrasUnited States (USA) - Oregon - Dufur-Madras area.@FP =q@Ffffff^|^p = ] EPSGkUSA - Oregon - Cottage Grove-CanyonvilleUnited States (USA) - Oregon - Cottage Grove-Canyonville area.@Eh\)@E =q^p =^& Q3EPSGjUSA - Oregon - Columbia River WestUnited States (USA) - Oregon - Columbia River area west of approximately 121°30'W.@F\(@GGzH_Q^^zG SEPSGiUSA - Oregon - Gresham-Warm SpringsUnited States (USA) - Oregon - Gresham-Warm Springs area.@F\(@Ffffff^Q^kQ4 QOEPSGhUSA - Oregon - Columbia River EastUnited States (USA) - Oregon - Columbia River area between approximately 122°03'W and 118°53'W.@FQ@G =p ^33333]\) YEPSGgUSA - Oregon - Canyonville-Grants PassUnited States (USA) - Oregon - Canyonville-Grants Pass area.@E>Q@EQ^Q^Q Q}EPSGfUSA - Oregon - Grants Pass-AshlandUnited States (USA) - Oregon - Grants Pass-Ashland area.@D =q@El^^zHp 7cEPSGeUSA - Oregon - EugeneUnited States (USA) - Oregon - Eugene area.@E޸Q@FZG{^33333^QF mcEPSGdAustralia - 156°E to 162°E including MacquarieAustralia including Lord Howe Island and Macquarie Island - onshore and offshore between 156°E and 162°E.NGzH,(\)@d@Q YEPSGcUSA - Oregon - Bend-Redmond-PrinevilleUnited States (USA) - Oregon - Bend-Redmond-Prineville area.@EGz@F}p =^xQ]\(Á0 i/EPSGbJapan onshore excluding northern main provinceJapan - onshore, excluding northern prefectures of 'main province' (see remarks).@4^Q@FQ@^Q@cAw SUEPSGaVietnam - west of 103°30'E onshoreVietnam - onshore west of 103°30'E.@"ffffff@6R@Y\)@Y =q O{EPSG`USA - Oregon - Bend-Klamath FallsUnited States (USA) - Oregon - Bend-Klamath Falls area.@D =q@ER^^1Gz 6N % < (  YbZ g-Bc 91EPSGUSA - Iowa - FairfieldUnited States (USA) - Iowa - counties of Jefferson; Keokuk; Van Buren; Washington.@DKQ@D\(WG{V޸Qi EEEPSGUSA - Iowa - Red Oak-OttumwaUnited States (USA) - Iowa - counties of Adams; Appanoose; Clarke; Davis; Decatur; Lucas; Monroe; Montgomery; Page; Ringgold; Taylor; Union; Wapello; Wayne.@DH\)@D\(W\)W G{ I!EPSGUSA - Iowa - Dubuque-DavenportUnited States (USA) - Iowa - counties of Clinton; Dubuque; Jackson; Scott.@DQ@EW =pV\)V\) ?3EPSGUSA - Iowa - Cedar RapidsUnited States (USA) - Iowa - counties of Benton; Cedar; Iowa; Johnson; Jones; Linn.@D\(@E&fffffW =pV\) 3EEPSGUSA - Iowa - NewtonUnited States (USA) - Iowa - counties of Jasper; Mahaska; Marion; Marshall; Poweshiek; Tama.@DzG@E&fffffWVfffffW\(Á+ W7EPSGAsia - Middle East - Iraq and SW IranIraq - onshore; Iran - onshore northern Gulf coast and west bordering southeast Iraq.@=\(@BR@CeQ@IzH" E7EPSGUSA - Iowa - Ames-Des MoinesUnited States (USA) - Iowa - counties of Boone; Dallas; Madison; Polk; Story; Warren.@D33333@E(\W\(WNQ& G=EPSGUSA - Iowa - Carroll-AtlanticUnited States (USA) - Iowa - counties of Adair; Audubon; Carroll; Cass; Greene; Guthrie.@D33333@E(\W=p W=p 7 CcEPSGUSA - Iowa - Council BluffsUnited States (USA) - Iowa - counties of Crawford; Fremont; Harrison; Mills; Monona; Pottawattamie; Shelby.@DJ=p @E(\XzHW\(Á% 7KEPSGUSA - Iowa - WaterlooUnited States (USA) - Iowa - counties of Black Hawk; Bremer; Buchanan; Butler; Fayette; Grundy.@E@EQWARV\(u Q_EPSGUSA - Iowa - Sioux City-Iowa FallsUnited States (USA) - Iowa - counties of Buena Vista; Calhoun; Cherokee; Franklin; Hamilton; Hardin; Humboldt; Ida; Plymouth; Pocahontas; Sac; Webster; Woodbury; Wright.@E@Eu\(X)_ IKEPSGChile - onshore north of 32°SChile - onshore north of 32°S.1QGz_ IKEPSGChile - onshore north of 26°SChile - onshore north of 26°S.1Q\(ý 5EPSGUSA - Iowa - ElkaderUnited States (USA) - Iowa - counties of Allamakee; Clayton; Delaware.@E%Q@EGzVzHV\)t 9iEPSGUAE - Abu Dhabi islandUnited Arab Emirates (UAE) - Abu Dhabi island.@8=p =@8 =p@K@KZG{ _oEPSGUSA - California - San Francisco Bay AreaUnited States (USA) - California - San Francisco bay area - counties of Alameda, Contra Costa, Marin, Napa, San Francisco, San Mateo, Santa Clara, Santa Cruz, Solano and Sonoma.@Bl@Co\(^ =p^Ĺ [EPSGUAE - Abu Dhabi - onshore east of 54°EUnited Arab Emirates (UAE) - Abu Dhabi onshore east of 54°E.@6Gz@833333@JQ@L =p| +EPSGUAE - Abu DhabiUnited Arab Emirates (UAE) - Abu Dhabi onshore and offshore.@6Gz@9 =p@I@L =px ?kEPSGUAE - Abu Dhabi - onshoreUnited Arab Emirates (UAE) - Abu Dhabi onshore.@6Gz@833333@IǮzH@L =po I]EPSGChile - onshore 32°S to 36°SChile - onshore between 32°S and 36°S.?p =R7zHQqGz> qCEPSGAsia - Malaysia (west including SCS) and SingaporeMalaysia - West Malaysia onshore and offshore east coast; Singapore - onshore and offshore.?zG@=p =@X\(@ZtzGh I]EPSG~Chile - onshore 26°S to 36°SChile - onshore between 26°S and 36°S.R7zHQR{ McEPSG}Chile - onshore 36°S to 43.5°SChile - onshore between 36°S and 43°30'S.EAQRQQ\)k ?QEPSG|Equatorial Guinea - BiokoEquatorial Guinea - Bioko onshore.@ Q@\(@ p =@" =p -; EPSG{USA - Iowa - Mason CityUni ;3EPSGUSA - Iowa - BurlingtonUnited States (USA) - Iowa - counties of Des Moines; Henry; Lee; Louisa; Muscatine.@D.zG@DVzGVR pz 0  z ZB3&esp_ O EPSGUSA - Indiana - Dubois and MartinUnited States (USA) - Indiana - counties of Dubois and Martin.@C@CtzGUQUG{p 5eEPSGUSA - Indiana - KnoxUnited States (USA) - Indiana - Knox county.@C4zG@CtzGU =qU\( Q EPSGUSA - Indiana - Daviess and GreeneUnited States (USA) - Indiana - counties of Daviess and Greene.@C>Q@C =pURUQx =mEPSGUSA - Indiana - SullivanUnited States (USA) - Indiana - Sullivan county.@Cs33333@CGzU=p U\( O EPSGUSA - Indiana - Monroe and MorganUnited States (USA) - Indiana - counties of Monroe and Morgan.@C~Q@CRU(\U\(p 5eEPSGUSA - Indiana - OwenUnited States (USA) - Indiana - Owen county.@CzG@Cp =U =pUQp 5eEPSGUSA - Indiana - ClayUnited States (USA) - Indiana - Clay county.@CzG@CzGUUQp 5eEPSGUSA - Indiana - VigoUnited States (USA) - Indiana - Vigo county.@C@CzGUQU(\ S EPSGUSA - Indiana - Boone and HendricksUnited States (USA) - Indiana - counties of Boone and Hendricks.@C@DQUU\( WEPSGUSA - Indiana - Montgomery and PutnamUnited States (USA) - Indiana - counties of Montgomery and Putnam.@C(\@D(\UfffffU\) UEPSGUSA - Indiana - Parke and VermillionUnited States (USA) - Indiana - counties of Parke and Vermillion.@C@D33333U\(év ;kEPSGUSA - Indiana - ClintonUnited States (USA) - Indiana - Clinton county.@D\(@D8QUU\( S EPSGUSA - Indiana - Fountain and WarrenUnited States (USA) - Indiana - counties of Fountain and Warren.@C@D=p =U\(U\(v ;kEPSGUSA - Indiana - CarrollUnited States (USA) - Indiana - Carroll county.@D7 =p@D^QURUzH UEPSGUSA - Indiana - Tippecanoe and WhiteUnited States (USA) - Indiana - counties of Tippecanoe and White.@DG{@Du\(UfffffUQt 9iEPSGUSA - Indiana - BentonUnited States (USA) - Indiana - Benton county.@D<(\@D^QURU\(! ]EPSGUSA - Indiana - LaPorte, Pulaski, StarkeUnited States (USA) - Indiana - counties of LaPorte, Pulaski and Starke.@Ds33333@D\(U(\Up = O EPSGUSA - Indiana - Jasper and PorterUnited States (USA) - Indiana - counties of Jasper and Porter.@D]p =@D\(URUG{ KEPSGUSA - Indiana - Lake and NewtonUnited States (USA) - Indiana - counties of Lake and Newton.@D]p =@D\(URUp = cEPSGFrench Southern Territories - east of 78°EFrench Southern Territories - Amsterdam & St Paul offshore east of 78°E.EQA@N@TuQ녁P eEPSGFrench Southern Territories - 72°E to 78°EFrench Southern Territories - Kerguelen offshore east of 72°E and Amsterdam & St Paul onshore and offshore west of 78°E.IQA<(\H@S =q+ e7EPSGFrench Southern Territories - 66°E to 72°EFrench Southern Territories - Kerguelen onshore and offshore between 66°E and 72°E.JQFzGB@R =q e EPSGFrench Southern Territories - 60°E to 66°EFrench Southern Territories - Kerguelen offshore west of 66°E.J =pFp =@OzG{B qEPSGFrench Southern Territories - Crozet east of 54°EFrench Southern Territories - Crozet offshore east of 54°E.HzGEfffff6@LzG. s/EPSGFrench Southern Territories - Crozet 48°E to 54°EFrench Southern Territories - Crozet onshore and offshore between 48°E to 54°E.H\)ENzG0@KGzc _+EPSGFrench Southern and Antarctic TerritoriesFrench Southern Territories - onshore and offshore: Amsterdam and St Paul, Crozet, Europa and Kerguelen. Antarctica - Adelie Land coastal area.PQ4\)@Bp = a!EPSGUSA - Indiana - Crawford, Lawrence, OrangeUnited States (USA) - Indiana - counties of Crawford, Lawrence and Orange.@C 'U(\U\( p~ D 9 ( DHbW+$uv ;kEPSGUSA - Indiana - JacksonUnited States (USA) - Indiana - Jackson county.@C\(\@C=p UzGUr\(~ CsEPSGUSA - Indiana - BartholomewUnited States (USA) - Indiana - Bartholomew county.@C =p@CzGU\(UkQr 7gEPSGUSA - Indiana - BrownUnited States (USA) - Indiana - Brown county.@CQ@CU\)UzG! ]EPSGUSA - Indiana - Fayette, Franklin, UnionUnited States (USA) - Indiana - counties of Fayette, Franklin and Union.@CGz@CQUS =pU3 =p MEPSGUSA - Indiana - Decatur and RushUnited States (USA) - Indiana - counties of Decatur and Rush.@C =q@CQUl(\UR\(t 9iEPSGUSA - Indiana - ShelbyUnited States (USA) - Indiana - Shelby county.@CQ@CٙU}p =UgzH Q EPSGUSA - Indiana - Johnson and MarionUnited States (USA) - Indiana - counties of Johnson and Marion.@CQ@C =pUQU{Qr 7gEPSGUSA - Indiana - HenryUnited States (USA) - Indiana - Henry county.@C =p@D =p UffffffUĹ Q EPSGUSA - Indiana - Randolph and WayneUnited States (USA) - Indiana - counties of Randolph and Wayne.@CG{@D(\)UNQU333333 S EPSGUSA - Indiana - Hancock and MadisonUnited States (USA) - Indiana - counties of Hancock and Madison.@CQ@D0 =qU}p =UdzG S EPSGUSA - Indiana - Hamilton and TiptonUnited States (USA) - Indiana - counties of Hamilton and Tipton.@C\(@D4zGUUw =pn 3cEPSGUSA - Indiana - JayUnited States (USA) - Indiana - Jay county.@D&fffff@DJ=p UNzGU333333 YEPSGUSA - Indiana - Blackford and DelawareUnited States (USA) - Indiana - counties of Blackford and Delaware.@D\)@DH\)UeQULr 7gEPSGUSA - Indiana - GrantUnited States (USA) - Indiana - Grant county.@D/\(@DTzGUwzHU\(\r 7gEPSGUSA - Indiana - AdamsUnited States (USA) - Indiana - Adams county.@DGzH@Dw =pUEQU333333r 7gEPSGUSA - Indiana - WellsUnited States (USA) - Indiana - Wells county.@DGzH@Du\(U\UC =p MEPSGUSA - Indiana - Howard and MiamiUnited States (USA) - Indiana - counties of Howard and Miami.@D/\()UQUw =pp 5eEPSGUSA - Indiana - CassUnited States (USA) - Indiana - Cass county.@DGzH@Du\(U\(U=p r 7gEPSGUSA - Indiana - AllenUnited States (USA) - Indiana - Allen county.@DtzG@D =pUU\(U333333 YEPSGUSA - Indiana - Huntington and WhitleyUnited States (USA) - Indiana - counties of Huntington and Whitley.@DS33333@DfffffUl(\US33333t 9iEPSGUSA - Indiana - DeKalbUnited States (USA) - Indiana - DeKalb county.@DGz@DQULU333333v ;kEPSGUSA - Indiana - SteubenUnited States (USA) - Indiana - Steuben county.@D\(@D\(ULU333333 Q EPSGUSA - Indiana - LaGrange and NobleUnited States (USA) - Indiana - counties of LaGrange and Noble.@DGz@D\(Uj=p UL(\% a!EPSGUSA - Indiana - Elkhart, Kosciusko, WabashUnited States (USA) - Indiana - counties of Elkhart, Kosciusko and Wabash.@DS33333@D\(UQUhQ' c#EPSGUSA - Indiana - Fulton, Marshall, St JosephUnited States (USA) - Indiana - counties of Fulton, Marshall and St Joseph.@Ds33333@D\(URU|(\r 7gEPSGUSA - Indiana - PerryUnited States (USA) - Indiana - Perry county.@BQ@C"\(UzGUQv ;kEPSGUSA - Indiana - SpencerUnited States (USA) - Indiana - Spencer county.@B =p@CG{UGzU =q~ CsEPSGUSA - Indiana - VanderburghUnited States (USA) - Indiana - Vanderburgh county.@B\)@C\(Up =U(\r 7gEPSGUSA - Indiana - PoseyUnited States (USA) - Indiana - Posey county.@B\(@CQVfffffUQ MEPSGUSA - Indiana - Pike and WarrickUnited States (USA) - Indiana - counties of Pike and Warrick.@B\(@CGzHU޸QU =q i 2 9 7 %6_gyx =mEPSGUSA - Wisconsin - SawyerUnited States (USA) - Wisconsin - Sawyer county.@FУ =q@GzGV =pVG{v ;kEPSGUSA - Wisconsin - PriceUnited States (USA) - Wisconsin - Price county.@F\(@FQVQV\(x =mEPSGUSA - Wisconsin - BarronUnited States (USA) - Wisconsin - Barron county.@F@F33333W =p VRx =mEPSGUSA - Wisconsin - OneidaUnited States (USA) - Wisconsin - Oneida county.@FG{@FzGV33333VB\(t 9iEPSGUSA - Wisconsin - IronUnited States (USA) - Wisconsin - Iron county.@Fp =@GLV =pVzG{x =mEPSGUSA - Wisconsin - ForestUnited States (USA) - Wisconsin - Forest county.@F\(@G =p VC33333VG{| AqEPSGUSA - Wisconsin - FlorenceUnited States (USA) - Wisconsin - Florence county.@FG{@G =pV,(\V33333z ?oEPSGUSA - Wisconsin - DouglasUnited States (USA) - Wisconsin - Douglas county.@G33333@GaGzW33333V33333z ?oEPSGUSA - Wisconsin - BurnettUnited States (USA) - Wisconsin - Burnett county.@FУ =q@GzGW8\)WR[ 5IEPSGOman - east of 60°EOman - offshore east of 60°E.@0^Q@8 =p<@O =qr 7uEPSGOman - 54°E to 60°EOman - onshore and offshore between 54°E and 60°E.@,\)@:p =6@NGzn 5aEPSGOman - west of 54°EOman - onshore and offshore west of 54°E.@-Gz@3Q@IQ@KGz| AqEPSGUSA - Wisconsin - BayfieldUnited States (USA) - Wisconsin - Bayfield county.@G33333@GGzV =pVz ?oEPSGUSA - Wisconsin - AshlandUnited States (USA) - Wisconsin - Ashland county.@Fp =@GQVQV33333 Y EPSGUSA - Wyoming - Wind River reservationUnited States (USA) - Wyoming - Wind River Indian Reservation.@EXQ@EzG[`Z(\v =iEPSGUSA - Montana - BillingsUnited States (USA) - Montana - Billings area.@F~Q@GzG[ZG{Z\(| CoEPSGUSA - Montana - Three ForksUnited States (USA) - Montana - Three Forks area.@FzG@GKQ\\([ M}EPSGUSA - Montana - Crow reservationUnited States (USA) - Montana - Crow Indian Reservation.@F~Q@G Q[5\(Z=p < WYEPSGUSA - Montana - Fort Peck lower areasUnited States (USA) - Montana - Fort Peck Indian Reservation - lower areas, notably in south and east.@G@HGzZ =qZ\(Á> Y[EPSGUSA - Montana - Fort Peck higher areasUnited States (USA) - Montana - Fort Peck Indian Reservation - higher areas, notably in west and north.@HGz@Hp =qZzGZ1R EEPSGUSA - Montana - Fort BelknapUnited States (USA) - Montana - Fort Belknap Indian Reservation area.@G =p@HGz[\(Z\(z AmEPSGUSA - Montana - Milk RiverUnited States (USA) - Montana - Milk River area.@G =p@HGz\ [/\( WEPSGUSA - Montana - Blackfeet reservationUnited States (USA) - Montana - Blackfeet Indian Reservation.0@HGz\u\(} IyEPSGUSA - Montana - St Mary valleyUnited States (USA) - Montana - St Mary's Valley area.@HFfffff@HGz\~zGz ?oEPSGUSA - Indiana - JeffersonUnited States (USA) - Indiana - Jefferson county.@CJ=p @Cu\(Ul(\UĹ SEPSGUSA - Indiana - Clark, Floyd, ScottUnited States (USA) - Indiana - counties of Clark, Floyd and Scott.@C\(@CkQU\(UZ=p  [EPSGUSA - Indiana - Harrison and WashingtonUnited States (USA) - Indiana - counties of Harrison and Washington.@B@CeQUQUu\(' c#EPSGUSA - Indiana - Dearborn, Ohio, SwitzerlandUnited States (USA) - Indiana - counties of Dearborn, Ohio and Switzerland.@CW =p@CzHUMp =U1Rt 9iEPSGUSA - Indiana - RipleyUnited States (USA) - Indiana - Ripley county.@CtzG@C\)U\UC =pv ;kEPSGUSA - Wisconsin - VilasUnited States (USA) - Wisconsin - Vilas county.@F@G&fffffV33333V;QQ   ( 1 9 A C6FV^_V& WEPSG USA - Wisconsin - Dodge and JeffersonUnited States (USA) - Wisconsin - counties of Dodge and Jefferson.@EkQ@ERVAGzVm 9iEPSG USA - Wisconsin - DaneUnited States (USA) - Wisconsin - Dane county.@EkQ@EfffffVu\(| AqEPSG USA - Wisconsin - CrawfordUnited States (USA) - Wisconsin - Crawford county.@E}p =@E =pVzGV=p u AqEPSG USA - Wisconsin - ColumbiaUnited States (USA) - Wisconsin - Columbia county.@E =p@E33333Vr\(çM  EEPSG USA - Wisconsin - Calumet, Fond du Lac, Outagamie and WinnebagoUnited States (USA) - Wisconsin - counties of Calumet, Fond du Lac, Outagamie and Winnebago.@EQ@FLV8\)V\(Á Q EPSGUSA - Wisconsin - Adams and JuneauUnited States (USA) - Wisconsin - counties of Adams and Juneau.@ER@F VzGVe\(t 9iEPSGUSA - Wisconsin - WoodUnited States (USA) - Wisconsin - Wood county.@FQ@FXQVzGVnzGz ?oEPSGUSA - Wisconsin - WaupacaUnited States (USA) - Wisconsin - Waupaca county.@FQ@FXQVNQV&fffff GwEPSGUSA - Wisconsin - TrempealeauUnited States (USA) - Wisconsin - Trempealeau county.@Ep =@FLVzHVəx =mEPSGUSA - Wisconsin - TaylorUnited States (USA) - Wisconsin - Taylor county.@F =p@FRVQV\(~ CsEPSGUSA - Wisconsin - St. CroixUnited States (USA) - Wisconsin - St. Croix county.@Fl@F(\W3 =pWQz ?oEPSGUSA - Wisconsin - ShawanoUnited States (USA) - Wisconsin - Shawano county.@FJ=p @F =pVNQV\(t 9iEPSGUSA - Wisconsin - RuskUnited States (USA) - Wisconsin - Rusk county.@FQ@FRV33333VG{z ?oEPSGUSA - Wisconsin - PortageUnited States (USA) - Wisconsin - Portage county.@FQ@FXQVvfffffVNzGt 9iEPSGUSA - Wisconsin - PolkUnited States (USA) - Wisconsin - Polk county.@F@Fp =W8\)W  Q EPSGUSA - Wisconsin - Pepin and PierceUnited States (USA) - Wisconsin - counties of Pepin and Pierce.@F333333@Fo\(W3 =pV陙x =mEPSGUSA - Wisconsin - OcontoUnited States (USA) - Wisconsin - Oconto county.@FU\(@F =qV,(\U =q~ CsEPSGUSA - Wisconsin - MenomineeUnited States (USA) - Wisconsin - Menominee county.@Fl@F\(V?\(VQ~ CsEPSGUSA - Wisconsin - MarinetteUnited States (USA) - Wisconsin - Marinette county.@FzG{@FfffffVQU޸Q| AqEPSGUSA - Wisconsin - MarathonUnited States (USA) - Wisconsin - Marathon county.@FW =p@F =qVzGVNzGz ?oEPSGUSA - Wisconsin - LincolnUnited States (USA) - Wisconsin - Lincoln county.@FzG@FǮzHV33333VZG{| AqEPSGUSA - Wisconsin - LangladeUnited States (USA) - Wisconsin - Langlade county.@F\(@Fp =V[QV(Qz ?oEPSGUSA - Wisconsin - JacksonUnited States (USA) - Wisconsin - Jackson county.@F\)@FLVG{V =p EuEPSGUSA - Wisconsin - Eau ClaireUnited States (USA) - Wisconsin - Eau Claire county.@FKQ@FnzGV=p VG{t 9iEPSGUSA - Wisconsin - DunnUnited States (USA) - Wisconsin - Dunn county.@FW =p@FG{W =p V\)t 9iEPSGUSA - Wisconsin - DoorUnited States (USA) - Wisconsin - Door county.@FU\(@F =pU\(U33333v ;kEPSGUSA - Wisconsin - ClarkUnited States (USA) - Wisconsin - Clark county.@F5\(@FQVQV =p| AqEPSGUSA - Wisconsin - ChippewaUnited States (USA) - Wisconsin - Chippewa county.@Fl@FfffffVG{VG{z ?oEPSGUSA - Wisconsin - BuffaloUnited States (USA) - Wisconsin - Buffalo county.@F\(@FLW\(VGzv ;kEPSGUSA - Wisconsin - BrownUnited States (USA) - Wisconsin - Brown county.@FQ@FW =pV =qU =qAqv ;kEPSGUSA - Wisconsin - GrantUnited States (USA) - Wisconsin - Grant county.@E@@E(\V=p VG{ D % - ; M NTR4:XItDK ')EPSG-India - BiharIndia - Bihar.@8GzH@;(\@T =p@V33333c ?AEPSG+India - Arunachal PradeshIndia - Arunachal Pradesh.@:fffff@=xQ@V33333@XZG{ UEPSG*India - Andhra Pradesh and TelanganaIndia - Andhra Pradesh; Telangana; Yanam area of Pudacherry territory.@)8Q@3Q@S0@U3 =pJ +WEPSG)To be specifiedDescription of the extent of the CRS.ZL /5EPSG(India - northeastIndia - Arunachal Pradesh, Assam, Manipur, Meghalaya, Mizoram, Nagaland and Tripura.@5 =q@=xQ@Vl(\@XZG{S gwEPSG'UK - offshore 49°45'N to 61°N, 9°W to 2°EUnited Kingdom (UK) - offshore between 2km from shore and boundary of UKCS within 49°45'N to 61°N and 9°W to 2°E.@H@NGz"Q@zG w[EPSG&UK - Britain and UKCS 49°45'N to 61°N, 9°W to 2°EUnited Kingdom (UK) - offshore to boundary of UKCS within 49°45'N to 61°N and 9°W to 2°E; onshore Great Britain (England, Wales and Scotland). Isle of Man onshore.@H@NGz"Q@zGk GIEPSG%Kyrgyzstan - east of 79°01'EKyrgyzstan - east of 79°01'E.@DzG@Effffff@S =q@T\(u OcEPSG$Kyrgyzstan - 76°01'E to 79°01'EKyrgyzstan - between 76°01'E and 79°01'E.@D,+@S =q@SGz| OcEPSG#Kyrgyzstan - 73°01'E to 76°01'EKyrgyzstan - between 73°01'E and 76°01'E.@C@E(\@R@ =q@SGz| OcEPSG"Kyrgyzstan - 70°01'E to 73°01'EKyrgyzstan - between 70°01'E and 73°01'E.@CQ@Ej=p @Q =q@RAGzk GIEPSG!Kyrgyzstan - west of 70°01'EKyrgyzstan - west of 70°01'E.@CGz@D(\@QO\(@QGz0 w;EPSG Papua New Guinea - 0°N to 12°S and 140°E to 158°EPapua New Guinea - between 0°N and 12°S and 140°E and 158°E - onshore and offshore.?zG{@cQ" EPSGPapua New Guinea - onshore south of 5°S and west of 144°EPapua New Guinea - onshore south of 5°S and west of 144°E."33333@a33333@bQ] 3AEPSGAlgeria - Ain TsilaAlgeria - Ain Tsila field.@;ffffff@<@ =p@ =p | AqEPSGUSA - Wisconsin - WausharaUnited States (USA) - Wisconsin - Waushara county.@Ep =@F VffffffV8Q| AqEPSGUSA - Wisconsin - WaukeshaUnited States (USA) - Wisconsin - Waukesha county.@EkQ@EV#33333V =p EuEPSGUSA - Wisconsin - WashingtonUnited States (USA) - Wisconsin - Washington county.@EQ@EfffffVG{VR| AqEPSGUSA - Wisconsin - WalworthUnited States (USA) - Wisconsin - Walworth county.@E>Q@ElV1RV33333x =mEPSGUSA - Wisconsin - VernonUnited States (USA) - Wisconsin - Vernon county.@E\(@E޸QVRV =pt 9iEPSGUSA - Wisconsin - SaukUnited States (USA) - Wisconsin - Sauk county.@ER@E33333VzGVe\(t 9iEPSGUSA - Wisconsin - RockUnited States (USA) - Wisconsin - Rock county.@E>Q@ElVWzHV1Gz| AqEPSGUSA - Wisconsin - RichlandUnited States (USA) - Wisconsin - Richland county.@EzG@EǮzHVQV(\x =mEPSGUSA - Wisconsin - MonroeUnited States (USA) - Wisconsin - Monroe county.@E(\@F\(VQV =p~ CsEPSGUSA - Wisconsin - La CrosseUnited States (USA) - Wisconsin - La Crosse county.@E(\@F VۅQV=p 4 s-EPSGUSA - Wisconsin - Kewaunee, Manitowoc and SheboyganUnited States (USA) - Wisconsin - counties of Kewaunee, Manitowoc and Sheboygan.@EQ@FW =pV G{U׮zH> }7EPSGUSA - Wisconsin - Kenosha, Milwaukee, Ozaukee and RacineUnited States (USA) - Wisconsin - counties of Kenosha, Milwaukee, Ozaukee and Racine.@E>Q@EfffffV =pUt 9iEPSGUSA - Wisconsin - IowaUnited States (USA) - Wisconsin - Iowa county.@EgzH@EG{VQVuQ녁" aEPSGUSA - Wisconsin - Green Lake and MarquetteUnited States (USA) - Wisconsin - counties of Green Lake and Marquette.@EУ =q@EQVffffffV8QK ')EPSG,India - AssamIndia - Assam.@8!Gz@;G{@Vl(\@XR &*j e 2 > 2 U02Cc/Ew amEPSGTAustralia - Western Australia - KalgoorlieAustralia - Western Australia - Kalgoorlie area.@ <y@^u\(_ ;=EPSGSUkraine - west of 25°EUkraine - west of 25°E.@GG{@I\(@6&fffff@9\(X ;=EPSGRUkraine - east of 40°EUkraine - east of 40°E.@Hffffff@H\((@D =pt McEPSGQUkraine - 37°E to 40°E onshoreUkraine - between 37°E and 40°E, onshore.@Gffffff@I8Q%@DGzt McEPSGPUkraine - 34°E to 37°E onshoreUkraine - between 34°E and 37°E, onshore.@F*=p @J "@BGzt McEPSGOUkraine - 31°E to 34°E onshoreUkraine - between 31°E and 34°E, onshore.@F(\)@J0 =q@AGzt McEPSGNUkraine - 28°E to 31°E onshoreUkraine - between 28°E and 31°E, onshore.@F =p@J Q@?\(c =QEPSGMUkraine - 25°E to 28°EUkraine - between 25°E and 28°E.@G(\@IG{@<\(Z =?EPSGLBulgaria - west of 24°EBulgaria - west of 24°E.@D\)@Fp =@6\(\{ ?EPSGKBulgaria - 24°E to 30°EBulgaria - onshore east of 24°E, offshore west of 30°E.@DQ@F33333@>\(c =QEPSGJBulgaria - east of 30°EBulgaria - offshore east of 30°E.@EGzH@E\(@?Ym )gEPSGIPapua New Guinea - onshore - Central province and Gulf province east of 144°EPapua New Guinea - onshore - Gulf province east of 144°24'E, Central province and National Capital District.$ =pzG@b @bp = 3 EPSGHIndia - LakshadweepIndia - Lakshadweep (Laccadive, Minicoy, and Aminidivi Islands).@ kQ@'Q@R\(@Rp =qw SUEPSGGIndia - Andaman and Nicobar IslandsIndia - Andaman and Nicobar Islands.@@+u\(@W @WQf '_EPSGFIndia - DelhiIndia - Delhi national capital territory.@kQ@SEQ@U(\)O +-EPSGBIndia - TripuraIndia - Tripura.@6 =q@8=p @Və@W\( 1!EPSGAIndia - Tamil NaduIndia - Tamil Nadu; Pudacherry and Karaikal areas of Pudacherry territory.@ =p @+.zG@SzG@TM )+EPSG@India - SikkimIndia - Sikkim.@;zG@<# =p@V =q@V:G{S /1EPSG?India - RajasthanIndia - Rajasthan.@7\(@>333333@Q^Q@SGzb )UEPSG>India - PunjabIndia - Punjab including Chandigarh.@==p @@J=p @RwzH@S<(\V )=EPSG=India - OdishaIndia - Odisha (Orissa).@1@6R@TXQ@UQ -/EPSGzG@W =qW 35EPSG8India - MaharashtraIndia - Maharashtra.@/333333@6 =p @R&fffff@T9] 9;EPSG7India - Madhya PradeshIndia - Madhya Pradesh.@5R@:Gz@RR@T =p| )EPSG6India - KeralaIndia - Kerala; Mayyazhi (Mahe) area of Pudacherry territory.@ @)@R =p@SYL /1EPSG5India - KarnatakaIndia - Karnataka.@'# =p@2u\(J@SQS /1EPSG4India - JharkhandIndia - Jharkhand.@5\(@9Y@TzG@UQc ?AEPSG3India - Jammu and KashmirIndia - Jammu and Kashmir.@@"\(@AGz@Rp =q@SzGZ =?EPSG2India - Himachal PradeshIndia - Himachal Pradesh.@>aGz@@Gz@RzGOd +WEPSG1India - HaryanaIndia - Haryana including Chandigarh.@;fffff@> =q@Rp =@Sffffff +%EPSG0India - GujaratIndia - Gujarat and union territories of Daman, Diu, Dadra and Nagar Haveli.@4 @8\(@QQ@RQG #%EPSG/India - GoaIndia - Goa.@-Q@/@Rg =p@Rfffff ^S#  _ 1 p7AuK Sf A#EPSGmGreenland - 59°N to 84°NGreenland - onshore and offshore between 59°N and 84°N and west of 10°W.;@U =q6 SQEPSGlUSA - Arizona - Pima county centralUnited States (USA) - Arizona - Pima county - between the township line between ranges R2W and R3W and the township line between ranges R7E and R8E, Gila and Salt River Meridian (between approximately 112°31'W and 111°34'W).@?@@AGz\!Gz[ =p| CoEPSGkUSA - Oregon - Burns-HarperUnited States (USA) - Oregon - Burns-Harper area.@EQ@FQ] =p]_\( GsEPSGjUSA - Oregon - Riley-LakeviewUnited States (USA) - Oregon - Riley-Lakeview area.@D =q@E^>zG]ə* i#EPSGiAustralia - Western Australia - Margaret RiverAustralia - Western Australia - Margaret River area onshore below 200m AHD.A5\(@Gz@\p =@\\( QEPSGhEurope - Lower Austria and MoraviaAustria - Lower Austria. Czechia - Moravia and Czech Silesia.@G\(@I9@,R@2(\ eEPSGgEurope - Upper Austria, Salzburg and BohemiaAustria - Upper Austria and Salzburg provinces. Czechia - Bohemia.@Gw =p@IzH@(# =p@0zG A!EPSGfGreenland - 58°N to 85°NGreenland - onshore and offshore between 58°N and 85°N and west of 7°W.:@U@ =q\( ]EPSGeAustralia - Western Australia - LancelinAustralia - Western Australia - Lancelin area onshore below 200m AHD.?}p =>\(@\ə@\zH _EPSGdAustralia - Western Australia - KununurraAustralia - Western Australia - Kununurra area onshore below 200m AHD.0-@` ]yEPSGcAustralia - Western Australia - KarrathaAustralia - Western Australia - Karratha area onshore.4Q4@@]%Q@]Pt MSEPSGbUSA - Arizona - Pima county westUnited States (USA) - Arizona - Pima county - west of the township line between ranges R2W and R3W, Gila and Salt River Meridian (west of approximately 112°31'W).@?@@AGz\UQ\ =q _EPSGaAustralia - Western Australia - GeraldtonAustralia - Western Australia - Geraldton area onshore below 195m AHD.=p ==zG@\Q@\\( YEPSGWAustralia - Western Australia - AlbanyAustralia - Western Australia - Albany area onshore below 190m AHD.AG{A`@]c33333@]zG YEPSGVAustralia - Western Australia - BarrowAustralia - Western Australia - Barrow Island and Onslow area onshore.633333345\(@\@\\(_ WEPSGnAustralia - Western Australia - PerthAustralia - Western Australia - Perth area onshore below 165m AHD.@\(?TzG@\(\@]\( mK*  @ k}z mCm IEPSGAustralia - Queensland - WeipaAustralia - Queensland - Weipa area between 141°30'E and 142°30'E.+&G{@a@aQ /AEPSGGermany - HamburgGermany - Hamburg, including Neuwerk, Nigehörn, Scharhörn and surrounding maritime area.@JzG@JQ@ \)@$R! uEPSGAntarctica - Adelie Land coastal area west of 138°EAntarctica - Adelie Land - coastal area between 136°E and 138°E.PQPg =p@a@Q IuEPSGUSA - Oregon - Willamette PassUnited States (USA) - Oregon - Willamette Pass area.@E~Q@F =p^ =q^^Q$ [%EPSGUSA - Nevada - Las Vegas high elevationUnited States (USA) - Nevada - Las Vegas area above approximately 2850 feet.@A =q@B7 =p\\p = GsEPSGUSA - Oregon - Warner HighwayUnited States (USA) - Oregon - Warner Highway area.@D@E7 =p^G{]33333 =%EPSGUSA - Nevada - Las VegasUnited States (USA) - Nevada - Las Vegas area below approximately 3000 feet.@A =q@B7 =p\\p = Q}EPSGUSA - Oregon - Prairie City-BroganUnited States (USA) - Oregon - Prairie City-Brogan area.@FzG@F\(]Gz]^Q KwEPSGUSA - Oregon - Pilot Rock-UkiahUnited States (USA) - Oregon - Pilot Rock-Ukiah area.@F~Q@GQ]陙] =pp 7cEPSGUSA - Oregon - OwyheeUnited States (USA) - Oregon - Owyhee area.@D =q@EQ]\)]6fffff~ EqEPSGUSA - Oregon - Ochoco SummitUnited States (USA) - Oregon - Ochoco Summit area.@FG{@FNzG^@ =q^ =pr 9eEPSGUSA - Oregon - WallowaUnited States (USA) - Oregon - Wallowa area.@F\(@Gfffff]=p ]G{~ EqEPSGUSA - Oregon - North CentralUnited States (USA) - Oregon - North Central area.@FqR@F^r\(]Rt ;gEPSG~USA - Oregon - MitchellUnited States (USA) - Oregon - Mitchell area.@F0 =q@Fc =p^# =p]zG SEPSG}USA - Oregon - Medford-Diamond LakeUnited States (USA) - Oregon - Medford-Diamond Lake area.@EC =p@EQ^Q^mp =r 9eEPSG|USA - Oregon - HalfwayUnited States (USA) - Oregon - Halfway area.@FNzG@F =p]g =p](Qz AmEPSG{USA - Oregon - Denio-BurnsUnited States (USA) - Oregon - Denio-Burns area.@D =q@EQ]=p ]jG{ UEPSGzUSA - Oregon - Dayville-Prairie CityUnited States (USA) - Oregon - Dayville-Prairie City area.@FQ@FxQ]\)] =pׁD YgEPSGyUSA - Arizona - Pima county Mt. LemmonUnited States (USA) - Arizona - Pima county - Catalina Highway corridor between Mt. Lemmon and Willow Canyon.@@*=p @@>Q[zH[ =pׁt MSEPSGxUSA - Arizona - Pima county eastUnited States (USA) - Arizona - Pima county - east of the township line between ranges R7E and R8E, Gila and Salt River Meridian (east of approximately 111°34'W).@?nzG@@B\([zG[(\ MyEPSGwUSA - Oregon - Coast Range NorthUnited States (USA) - Oregon - Coast Range North area.@F33333@Fp =^ =p^ =qv =iEPSGvUSA - Oregon - Ukiah-FoxUnited States (USA) - Oregon - Ukiah-Fox area.@FB\(@FG{]fffff]\)c -SEPSGuAngola - onshoreAngola - onshore including Cabinda.2QQ@'W =p@8 =pׁ egEPSGtTrinidad and Tobago - offshore east of 60°WTrinidad and Tobago - offshore east of 60°W.@#fffff@(aGzL =p egEPSGsTrinidad and Tobago - offshore west of 60°WTrinidad and Tobago - offshore west of 60°W.@#\)@(zGO QMQ eEPSGrAustralia - Western Australia - Port HedlandAustralia - Western Australia - Port Hedland area onshore.4=p 4@]@]zG MyEPSGqUSA - Oregon - Canyon City-BurnsUnited States (USA) - Oregon - Canyon City-Burns area.@E\(@F.zG]zG]Gz3 OOEPSGpUSA - onshore - AZ MI MT ND OR SCUnited States (USA) - onshore - Arizona; Michigan; Montana; North Dakota; Oregon; South Carolina.@?TzG@HGz_&fffffSGz c) q N QjuQ$em WEPSGPacific - Guam and NMI west of 144°EGuam and Northern Mariana Islands; offshore west of 144°E.@%fffff@7fffff@azG@bQI = EPSGUSA - Kansas - PittsburgUnited States (USA) - Kansas - counties of Allen; Anderson; Bourbon; Cherokee; Crawford; Franklin; Labette; Linn; Miami; Neosho.@B~Q@C^QWRWfffff= AqEPSGUSA - Kansas - CoffeyvilleUnited States (USA) - Kansas - counties of Chautauqua; Coffey; Elk; Greenwood; Montgomery; Osage; Wilson; Woodson.@B~Q@Cp =qX!RW EEPSGUSA - Kansas - Arkansas CityUnited States (USA) - Kansas - counties of Cowley; Harper; Sumner.@B~Q@Bp =XfffffX!Gz 93EPSGUSA - Kansas - WichitaUnited States (USA) - Kansas - counties of Butler; Harvey; Kingman; Reno; Sedgwick.@B =q@C =pXQX!Gz 5EPSGUSA - Kansas - PrattUnited States (USA) - Kansas - counties of Barber; Pratt; Stafford.@B~Q@C"\(XRX\( 71EPSGUSA - Kansas - LarnedUnited States (USA) - Kansas - counties of Comanche; Edwards; Kiowa; Pawnee; Rush.@B~Q@CYX\(X=p  ?EPSGUSA - Kansas - Dodge CityUnited States (USA) - Kansas - counties of Clark; Ford; Hodgeman; Ness.@B~Q@CYYX\(Á( AGEPSGUSA - Kansas - Garden CityUnited States (USA) - Kansas - counties of Finney; Gray; Haskell; Lane; Meade; Scott; Seward.@B~Q@CZG{YHQYQ녁6 9kEPSGUSA - Kansas - UlyssesUnited States (USA) - Kansas - counties of Grant; Greeley; Hamilton; Kearny; Morton; Stanton; Stevens; Wichita.@B~Q@CZG{Y33333YC =p3 A]EPSGUSA - Kansas - Kansas CityUnited States (USA) - Kansas - counties of Douglas; Jefferson; Johnson; Leavenworth; Shawnee; Wyandotte.@C]p =@C =pX\(WQ녁( ;MEPSGUSA - Kansas - AtchisonUnited States (USA) - Kansas - counties of Atchison; Brown; Doniphan; Jackson; Marshall; Nemaha.@CG{@DGzX3 =pWfffff 9 EPSGUSA - Kansas - EmporiaUnited States (USA) - Kansas - counties of Chase; Lyon; Morris.@C =p @Cp =qX<(\W(\ =/EPSGUSA - Kansas - ManhattanUnited States (USA) - Kansas - counties of Geary; Pottawatomie; Riley; Wabaunsee.@C]p =@C\)X>zGW(\A 7EPSGUSA - Kansas - SalinaUnited States (USA) - Kansas - counties of Clay; Cloud; Dickinson; Marion; McPherson; Ottawa; Republic; Saline; Washington.@C =p @DGzX|(\X333333 79EPSGUSA - Kansas - BeloitUnited States (USA) - Kansas - counties of Ellsworth; Jewell; Lincoln; Mitchell; Rice.@C33333@DGzX =qXzG{ ?#EPSGUSA - Kansas - Great BendUnited States (USA) - Kansas - counties of Barton; Osborne; Russell; Smith.@C!Gz@DGzXzGXzG 9EPSGUSA - Kansas - OberlinUnited States (USA) - Kansas - counties of Decatur; Gove; Sheridan.@CXQ@DGzY4zGY\) 5EPSGUSA - Kansas - ColbyUnited States (USA) - Kansas - counties of Logan; Rawlins; Thomas.@CXQ@DGzY_\(Y-p = ;EPSGUSA - Kansas - GoodlandUnited States (USA) - Kansas - counties of Cheyenne; Sherman; Wallace.@CXQ@DGzY =pYXQ 3?EPSGUSA - Kansas - HaysUnited States (USA) - Kansas - counties of Ellis; Graham; Norton; Phillips; Rooks; Trego.@CXQ@DGzY (\XR8 [MEPSGAustralia Christmas and Cocos - onshoreAustralia - Australian Capital Territory, New South Wales, Northern Territory, Queensland, South Australia, Tasmania, Western Australia and Victoria - onshore. Christmas Island - onshore. Cocos and Keeling Islands - onshore.Eٙ#Q@X0 =q@c6zG u WEPSGPacific - Guam and NMI west of 144°EGuam and Northern Mariana Islands; offshore west of 144°E.@%fffff@7fffff@azG@bQ  ]+'pN.mz Q eEPSGAfrica - South Africa, Lesotho and Eswatini.Eswatini (Swaziland); Lesotho; South Africa - onshore and offshore.I(\)6!Gz@*\)@Eĺ KEPSGCanada - British Columbia - CRDCanada - British Columbia - Vancouver Island - Capital Regional District.@H @HzH_!Gzᅁ GEPSGCosta Rica - offshore PacificCosta Rica - offshore Pacific ocean and onshore Coco Island.@333333@&8QVTG{u KYEPSGCosta Rica - offshore CaribbeanCosta Rica - offshore - Caribbean sea.@#333333@'=p TfffffT[Q* oEPSGLatin America - Central America and South AmericaLatin America - Central America and South America, onshore and offshore.M\(@@\(\^(\9GzH y{EPSGUSA - California - San Francisco international airportUSA - California - San Francisco international airport.@B=p @BzG^Q^Q녁 G EPSGSaudi Arabia - 48°E to 54°ESaudi Arabia - onshore and offshore - between 48°E and 54°E.@1 =q@< =q@GQ@KGz GEPSGSaudi Arabia - 42°E to 48°ESaudi Arabia - onshore and offshore - between of 42°E and 48°E.@0Y@?&fffff@DQ0~ G EPSGSaudi Arabia - 36°E to 42°ESaudi Arabia - onshore and offshore - between 36°E and 42°E.@0J=p @@zG$* MsEPSGPacific - Guam and NMI - onshoreGuam - onshore. Northern Mariana Islands - onshore.@*\(\@4(\@b\(@bC =p EuEPSGSaudi Arabia - west of 36°ESaudi Arabia - onshore and offshore - west of 36°E.@8Q@=aGz@A8Q@BGzW ;IEPSGWorld centred on 150°EWorld centred on Asia-Pacific.Z=p =>\(Á O}EPSGFinland - mainland south of 66°NFinland - onshore mainland south of approximately 66°N.@M@PQ@433333@? =pu QSEPSGNorthern Mariana Islands - onshoreNorthern Mariana Islands - onshore.@,Q@4(\@b\(@bC =pV 9IEPSGWorld centred on 90°WWorld centred on the Americas.Z@V =q@V\( CEPSGAlgeria - 32°N to 34°39'NAlgeria - 35.6 grads to 38.5 grads North (32°N to 34°39'N).@?p =@ATzG@".zG WEPSGPacific - Guam and NMI east of 144°EGuam and Northern Mariana Islands; onshore and offshore east of 144°E.@&@7fffff@b1 ) EPSGCanada - NAD27Canada - onshore - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon; offshore east coast west of 44°W and north of 40°N.(@TG{aQԅ 3;EPSGUSA - CONUS and GoMUnited States (USA) - CONUS onshore - Alabama; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming. US Gulf of Mexico offshore continental shelf (GoM OCS).@7R@H =q_2\(P=p ] 9;EPSGAngola - east of 18°EAngola - east of 18°E.2Q =p@1p =@8 =pZ -AEPSGVietnam - Son LaVietnam - Son La province.@4R@6 =p @Yp =@ZARo ESEPSGCanada - Ontario ex. TorontoCanada - Ontario excluding Toronto.@D\(@Ls33333W=p Rfffffe ACEPSGCanada - Ontario - TorontoCanada - Ontario - Toronto.@E=p @EzGS\)S =pׁ U{EPSGCanada - British Columbia - mainlandCanada - British Columbia - mainland and Graham Island.@H~Q@NGzaaGz\Q녁 isEPSGCanada - British Columbia - north Vancouver IsCanada - British Columbia - north Vancouver Island.@H=p =@Iw =p`^\( p z ^g9~^ I+EPSGArgentina - 42.5°S to 50.3°SArgentina - Chibut province south of approximately 42°30'S, Santa Cruz province north of approximately 50°20'S, and offshore Golfo San Jorge.I+QE>QRe\(P^zG9 K_EPSGArgentina - Mendoza and NeuquenArgentina - Mendoza province, Neuquen province, western La Pampa province and western Rio Negro province.EzG?\)R\)Pw =pz MaEPSGArgentina - Mendoza - Cuyo basinArgentina - Mendoza province - Cuyo basin.B/\(?\(QYPG{1 EPSGVietnam - Binh Thuan, Dak Lak, Dak Nong, Gia Lai, Phu YenVietnam - Binh Thuan, Dak Lak, Dak Nong, Gia Lai and Phu Yen provinces.@$(\@-8Q@Z@[aGz a}EPSGVietnam - Binh Dinh, Khanh Hoa, Ninh ThuanVietnam - Binh Dinh, Khanh Hoa and Ninh Thuan provinces.@&@-kQ@[#33333@[aRb 5IEPSGVietnam - Quang NgaiVietnam - Quang Ngai province.@-\(@.G{@[Q@[L\ /CEPSGVietnam - Kon TumVietnam - Kon Tum province.@+ =p@. =p@ZQ@[#33333^ 1EEPSGVietnam - Lang SonVietnam - Lang Son province.@5QR@6xQ@Z\(@Z׮zHp ;{EPSGAngola - 12°E to 18°EAngola - between 12°E and 18°E, onshore and offshore.1p =qQ  YoEPSGVietnam - Bac Giang and Thua Thien-HueVietnam - Bac Giang and Thua Thien-Hue provinces.@/G{@5Gz@ZxQ@[\(} OeEPSGVietnam - Bac Kan and Thai NguyenVietnam - Bac Kan and Thai Nguyen provinces.@5QR@6@Z[Q@Z QgEPSGVietnam - Binh Phuoc and Quang TriVietnam - Binh Phuoc and Quang Tri provinces.@&@18Q@Z=p @ZۅQs 9gEPSGAngola - west of 12°EAngola - west of 12°E, onshore and offshore.1GzHQ@ ffffff@(Q녁 iEPSGVietnam - Hoa Binh, Quang Binh and Tuyen QuangVietnam - Hoa Binh, Quang Binh and Tuyen Quang provinces.@0Q@633333@Z5Q@ZRP seEPSGVietnam - 105°15'E to 107°50'E by province - HCMCVietnam - Hai Phong and Ho Chi Minh cities; Ben Tre, Binh Duong, Cao Bang, Long An and Tien Giang provinces.@#@7Q@ZP =q@Z33333d eEPSGVietnam - 104°20'E to 106°40'E by provinceVietnam - Bac Ninh, Ha Giang, Ha Tinh, Hai Duong, Hung Yen, Nam Dinh, Soc Trang, Tay Ninh, Thai Binh, Tra Vinh and Vinh Long provinces.@"aGz@7ffffff@ZQ@Z(\t u+EPSGVietnam - 104°20'E to 106°10'E by province - HanoiVietnam - Ha Noi city, Ha Nam, Ha Tay, Ninh Binh, Thanh Hoa and Vinh Phuc provinces; Can Tho city, Bac Lieu, Dong Thap and Hau Giang provinces.@! =q@5zG@ZzH@Z(\+ yEPSGVietnam - An Giang, Lao Cai, Nghe An, Phu Tho, Yen BaiVietnam - An Giang, Lao Cai, Nghe An, Phu Tho and Yen Bai provinces.@$\(\@6ٙ@YR@Zw =py KaEPSGVietnam - Ca Mau and Kien GiangVietnam - Ca Mau and Kien Giang provinces.@ \)@%@Yٙ@Zb\(Æz cIEPSGNorth America - Canada, US (Conus+AK), PRVINorth America - onshore and offshore: Canada - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon. Puerto Rico. United States (USA) - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming. US Virgin Islands.@- =p@Up =@dG޸QQ CEPSGSerbiaSerbia including Vojvodina.@Ep =@GQ@2\(@7\(= EPSGKosovoKosovo.@D@E@3Q@57 l -  ,VfD" IGNFTERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 43TERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 43HN ]]IGNFOUVEA (ILES LOYAUTE) - UTM SUD FUSEAU 58OUVEA (ILES LOYAUTE) - UTM SUD FUSEAU 584ǮzH4@@dÅQ@dָQ ssIGNFHIVA OA (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7HIVA OA (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7#p =#333333ahaR\(/ IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - ILES CROZET (ARCHIPEL)PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - ILES CROZET (ARCHIPEL)G`F2@J@q OOIGNF{NOUVELLE-CALEDONIE - GRANDE TERRENOUVELLE-CALEDONIE - GRANDE TERRE63@dp@dp =X KKIGNFMEUROPE (RESEAU VERTICAL UNIFIE)EUROPE (RESEAU VERTICAL UNIFIE)$@Q c GGIGNF$MAKEMO (ARCHIPEL DES TUAMOTU)MAKEMO (ARCHIPEL DES TUAMOTU)0zG0TzGpa\(f CCESRIAzores - Santa Maria IslandAzores - Santa Maria Island@Bs33333@B9@833333f CCESRIUK - Highways England - C15UK - Highways England - C15@J+ I@K #9\N;e CCESRIhUK - Highways England - A11UK - Highways England - A11@I@Igvȴ9u\(eOu SSESRIAColombia - Barranquilla - AtlanticoColombia - Barranquilla - Atlantico@$UUUUW@&RfffffRUUUUU {{ESRIAustralia - New South Wales - 152~E to 154~E (ISG 56/2)Australia - New South Wales - 152~E to 154~E (ISG 56/2)G8Q<&fffffW KEPSGSvalbardSvalbard including Bear Island.@R#@Tvl!-@Ϫ͞@@B gEPSGUSA - CONUS and Alaska - onshore and offshoreUnited States (USA) - CONUS and Alaska - onshore and offshore - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming.@7\(@Rp =@dPl(\b CWEPSGUzbekistan - 60°E to 66°EUzbekistan - between 60°E and 66°E.@C(\@Fh\)333333@@Qd 7KEPSGUkraine - Lviv oblastUkraine - Lviv region (oblast).@HZG{@IS33333@6 =p@9nzGj =QEPSGUkraine - Luhansk oblastUkraine - Luhansk region (oblast).@G\)@I Q@B=p @Dp =p CWEPSGUkraine - Kirovohrad oblastUkraine - Kirovohrad region (oblast).@G޸Q@H@=p =@@33333k 7YEPSGUkraine - Kyiv oblastUkraine - Kyiv (Kiev) region (oblast).@H\(@Ifffff@=B\(@@zGt G[EPSGUkraine - Khmelnytskyi oblastUkraine - Khmelnytskyi region (oblast).@H9@IKQ@:!Gz@;fffffj =QEPSGUkraine - Kherson oblastUkraine - Kherson region (oblast).@F@G@?\(@AzGj =QEPSGUkraine - Kharkiv oblastUkraine - Kharkiv region (oblast).@HB\(@I:G{@AkQ@C z MaEPSGUkraine - Ivano-Frankivsk oblastUkraine - Ivano-Frankivsk region (oblast).@G(\@HǮzH@7zH@9\)j =QEPSGUkraine - Donetsk oblastUkraine - Donetsk region (oblast).@GnzG@HQ@BEQ@Cx K_EPSGUkraine - Dnipropetrovsk oblastUkraine - Dnipropetrovsk region (oblast).@G@HQ@@y@BxQp CWEPSGUkraine - Chernivtsi oblastUkraine - Chernivtsi region (oblast).@G(\@HW =p@8fffff@;=p n AUEPSGUkraine - Chernihiv oblastUkraine - Chernihiv region (oblast).@I+Q@J0 =q@>zG{@@Gzl ?SEPSGUkraine - Cherkasy oblastUkraine - Cherkasy region (oblast).@H9@Ip =@=@@qR^ 3CEPSGUkraine - Kyiv cityUkraine - Kyiv (Kiev) city.@IG{@IKQ@>:G{@>zG| 9wEPSGUK - Oxford to BedfordUnited Kingdom (UK) - on or related to East West Rail (Phase 2) routes from Oxford to Bicester, Bletchley and Bedford, and from Claydon Junction to Aylesbury and Princes Risborough.@Iٙ@JQGz =p i CGEPSG UK - Newcastle to AshingtonUnited Kingdom (UK) - on or related to rail routes from Newcastle Central to Ashington via Benton North Junction, and the section from Bedlington to Morpeth.@Kl@Kfffffffffff͂g CCEPSG UK - Tweedmouth to AberdeenUnited Kingdom (UK) - on or related to the complex of rail routes in the East of Scotland, incorporating the route from Tweedbank through the Borders to Edinburgh; the line from Edinburgh to Aberdeen; routes via Kirkaldy and Cowdenbeath; and routes via Leuchars and Perth to Dundee. @Kfffff@LG{ zG{ =p s /mEPSG Italy - 6°22'E to 18°40'E and north of 35°16'N; San Marino, Vatican City StateItaly - onshore and offshore between 6°22'E and 18°40'E and north of 35°16'N; San Marino, Vatican City State.@AGz@G@p =q@2QQ YEPSG Canada - 41°N to 85°N, west of 50°WCanada - onshore and offshore between 41°N and 85°N and west of 50°W - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon.)@U@ =qaQHQh 9_EPSG Canada - east of 42°WCanada offshore Atlantic - east of 42°W.@F =p@H =pD]p =7 [KEPSGUK - Great Britain onshore; Isle of ManUnited Kingdom (UK) - Great Britain - England, Scotland and Wales onshore; Isle of Man onshore.@HzH@Nw =p!aGz?\( _}EPSGNorway, Svalbard and Jan Mayen - offshoreNorway (offshore) and Svalbard and Jan Mayen (offshore).@L =p @U.Q+B\(@CGz mwEPSGArgentina - Comodoro Rivadavia - west of 67.5°WArgentina - Comodoro Rivadavia area west of 67°30'W.GYFQQ`P 3EPSGEurope - Lyon-TurinFrance and Italy - on or related to the rail route from Lyon to Turin.@Fo\(@FR@@Q ;_ f 0 -~#yf? MiEPSG=p 7Q\Mp =< Q_EPSG:UK - Manchester, Wigan and ChesterUnited Kingdom (UK) - on or related to the rail route from Manchester via Wigan and Liverpool to Chester.@JQ@J33333 333333́V EEPSG9UK - Motherwell to InvernessUnited Kingdom (UK) - on or related to the Scottish central mainline rail route from Motherwell through Perth and Pitlochry to Inverness.@Kٙ@Lfffff ffffff ==EPSG8UK - Inverness to ThursoUnited Kingdom (UK) - on or related to the rail route from Inverness to Thurso and Wick.@L33333@MQRffffff& 1SEPSG7UK - Leeds to HullUnited Kingdom (UK) - on or related to the rail route from the Morley tunnel through Leeds to Hull.@J@J33333333333GzHS /1EPSG6Iceland - onshoreIceland - onshore.@OQ@PQ8Gz*\(Á* ?MEPSG5UK - Newport to Ebbw ValeUnited Kingdom (UK) - on or related to the rail route from Newport (Park Junction) to Ebbw Vale.@I@I ffffffQQ -/EPSG4Germany - HessenGermany - Hessen.@HR@IzG@zG@$zG{. IKEPSG3Italy - mainland west of 16°EItaly - mainland northwest of approximately 16°E, including San Marino and Vatican City State.@C33333@G@zG{@0zHc 'YEPSG2St BarthelemySt Barthélemy - onshore and offshore.@1 =p@2QROzGOG{Z OEPSG1St MartinSt Martin - onshore and offshore.@1޸Q@20 =qOzGO]p =m IKEPSG0Norway - inshore and nearshoreNorway - inshore and nearshore.@L@Q\)@QR@?Q녁D ;EPSG/UK - Manchester to DoreUnited Kingdom (UK) - on or related to the rail route from Manchester via Ordsall Lane and the Hope Valley to Dore Junction.@J@Jfffff333333=p =z OkEPSG.Papua New Guinea - east of 162°EPapua New Guinea - east of 162°E to EEZ limit.p =qQ@dYR SEPSG-Papua New Guinea - 156°E to 162°EPapua New Guinea - between 156°E and 162°E, onshore and offshore.,Q녿\(@d@Qa ;?EPSG,UK - Cardiff to LincolnUnited Kingdom (UK) - on or related to Midland Rail Hub, covering routes through Cardiff, Bristol, Gloucester, Derby, Birmingham, Leicester, and Lincoln.@I@JGz (\) =p ]sEPSG+Ukraine - Rivne and Khmelnytskyi oblastsUkraine - Rivne and Khmelnytskyi regions (oblasts).@H9@I@9zG@;fffff IuEPSG*Ukraine - Kyiv city and oblastUkraine - Kyiv (Kiev) city and Kyiv region (oblast).@H\(@Ifffff@=B\(@@zGk 5[EPSG)Ukraine - SevastopolUkraine - Sevastopol (Sebastopol) city.@F0 =q@Fl@@\(@@ =pc -SEPSG(Ukraine - CrimeaUkraine - Crimea autonomous region.@F0 =q@GQ@@<(\@BS33333l ?SEPSG'Ukraine - Zhytomyr oblastUkraine - Zhytomyr region (oblast).@H=p @I =p@;0 =q@=p =t G[EPSG&Ukraine - Zaporizhzhia oblastUkraine - Zaporizhzhia region (oblast).@G\)@H33333@A\(@B EEPSG%Ukraine - Zakarpattia oblastUkraine - Zakarpattia (Zakarpatska) region (Transcarpathia oblast).@GR@H@6!Gz@8Gzf 9MEPSG$Ukraine - Volyn oblastUkraine - Volyn region (oblast).@I# =p@I(\@7@:(\n AUEPSG#Ukraine - Vinnytsia oblastUkraine - Vinnytsia region (oblast).@HzH@HR@;^Q@>Ql ?SEPSG"Ukraine - Ternopil oblastUkraine - Ternopil region (oblast).@H@@I"\(@8\(@:s33333d 7KEPSG!Ukraine - Sumy oblastUkraine - Sumy region (oblast).@I @J/\(@@w =p@A\(`9MEPSG Ukraine - Rivne oblastUkraine - Rivne region (oblast).2@I@9zG@;p =   B p'F@Z& K9EPSGNUK - Dovey Junction to PwllheliUnited Kingdom (UK) - on or related to the rail route from Dovey Junction to Pwllheli.@J9@JGz =p ffffff! 9AEPSGMUK - London to SwanseaUnited Kingdom (UK) - on or related to the rail route from London (Paddington) to Swansea.@I@JzH =p # E9EPSGLUK - Cardiff and the valleysUnited Kingdom (UK) - on or related to the rail routes around Cardiff and the valleys.@I@IzH \(< ?qEPSGKUK - Swansea to FishguardUnited Kingdom (UK) - on or related to the rail routes from Swansea to Pembroke Dock, Milford Haven and Fishguard.@Ifffff@JzH =p ́/ GOEPSGJUK - London to Leamington SpaUnited Kingdom (UK) - on or related to the rail route from London (Marylebone) to Leamington Spa.@I@JtzGzG 9'EPSGIUK - Didcot to BanburyUnited Kingdom (UK) - on or related to the rail route from Didcot to Banbury.@I\)@JzG\(\ffffff =+EPSGHUK - Oxford to WorcesterUnited Kingdom (UK) - on or related to the rail route from Oxford to Worcester.@I33333@J!GzzG{ffffff =+EPSGGUK - Shrewsbury to CreweUnited Kingdom (UK) - on or related to the rail route from Shrewsbury to Crewe.@JS33333@JzGGzHffffff- AQEPSGFUK - Chester to ShrewsburyUnited Kingdom (UK) - on or related to the rail route from from Chester via Wrexham to Shrewsbury.@J@@JGz GzH333333 9?EPSGEUK - Crewe to HolyheadUnited Kingdom (UK) - on or related to the rail route from Crewe via Chester to Holyhead.@J\(@JG{ =p=p = SEPSGDJapan - zone XII - onshore mainlandJapan - onshore - Hokkaido between approximately 141°E and 143°E - Sapporo city; Asahikawa city; Wakkanai city; Rumoi city; Bibai city; Yubari city; Iwamizawa city; Tomakomai city; Muroran city; Shibetsu city; Nayoro city; Ashibetsu city; Akabira city; Mikasa city; Takikawa city; Sunagawa city; Ebetsu city; Chitose city; Utashinai city; Fukagawa city; Monbetsu city; Furano city; Noboribetsu city; Eniwa city; Ishikari-shicho; Monbetsu-gun of Abashiri-shicho; Kamikawa-shicho; Soya-shicho; Hidaka-shicho; Iburi-shicho (except Usu-gun and Abuta-gun); Sorachi-shicho; Rumoi-shicho.@E33333@FQ@aQp QGEPSGCJapan - zone XI - onshore mainlandJapan - onshore - Hokkaido west of approximately 141°E - Otaru city; Usu-gun and Abuta-gun of Iburi-shicho; Hiyama-shicho; Shiribeshi-shicho; Oshima-shicho.@DQ@E\(@avfffff@aQ% Q1EPSGBJapan - zone IX - onshore mainlandJapan - onshore - Honshu - Tokyo-to. (Excludes offshore island areas of Tokyo-to).@AkQ@Bp =@aL@aQZ UEPSGAJapan - zone VIII - onshore mainlandJapan - onshore - Honshu between approximately 137°45'E and 139°E - Niigata-ken on Honshu; Nagano-ken; Yamanashi-ken; Shizuoka-ken.@AEQ@CJ=p @a*=p @a}Q녁9 SWEPSG@Japan - zone III - onshore mainlandJapan - onshore - Honshu west of approximately 133°15'E - Yamaguchi-ken; Shimane-ken; Hiroshima-ken.@@(\@AR@`YR@`zH* Q;EPSG?Japan - zone II - onshore mainlandJapan - onshore - Kyushu east of approximately 130°E - Fukuoka-ken; Saga-ken; Kumamoto-ken; Oita-ken; Miyazaki-ken; Kagoshima-ken on Kyushu (except for area within Japan Plane Rectangular Coordinate System zone I).@> =q@@Q@`8Q@` OEPSG>Japan - zone I - onshore mainlandJapan - onshore - Kyushu west of approximately 130°E - Nagasaki-ken@@AGz@@Q@`)@`NQ==EPSG=USA - Amtr C1EPSGPUK - Okehampton to PenstoneUnited Kingdom (UK) - on or related to the rail route from Okehampton to Penstone.@IS33333@InzGp =q ́$ I7EPSGOUK - Shrewsbury to AberystwythUnited Kingdom (UK) - on or related to the rail route from Shrewsbury to Aberystwyth.@J/\(@Jb\( =p ZY X  x 8 <}bGv ;kEPSGiUSA - Illinois - McLeanUnited States (USA) - Illinois - McLean county.@D# =p@DaGzVQGzV́ SEPSGhUSA - Illinois - Marshall, WoodfordUnited States (USA) - Illinois - counties of Marshall and Woodford.@DKQ@D33333Vh\)V:G{ OEPSGgUSA - Illinois - Peoria, TazewellUnited States (USA) - Illinois - counties of Peoria and Tazewell.@D'zH@D}p =V\(VP =q UEPSGfUSA - Illinois - Fulton, Knox, StarkUnited States (USA) - Illinois - counties of Fulton, Knox and Stark.@D =p@DQVp =VhQ% a!EPSGeUSA - Illinois - Henderson, Mercer, WarrenUnited States (USA) - Illinois - counties of Henderson, Mercer and Warren.@DO\(@DQV(\VQ K EPSGdUSA - Illinois - Kankakee, WillUnited States (USA) - Illinois - counties of Kankakee and Will.@D~Q@Dp =VGzUGz1 m-EPSGcUSA - Illinois - Bureau, Grundy, LaSalle, PutnamUnited States (USA) - Illinois - counties of Bureau, Grundy, LaSalle and Putnam.@Du\(@DRVwzHV\( OEPSGbUSA - Illinois - Henry, WhitesideUnited States (USA) - Illinois - counties of Henry and Whiteside.@DR@DQV(\VgzH EuEPSGaUSA - Illinois - Rock IslandUnited States (USA) - Illinois - Rock Island county.@D\)@DQVQV SEPSG`USA - Illinois - Cook, DuPage, LakeUnited States (USA) - Illinois - counties of Cook, DuPage and Lake.@DG{@E@VGzUGz= y9EPSG_USA - Illinois - Boone, Dekalb, Kane, Kendall, McHenryUnited States (USA) - Illinois - counties of Boone, Dekalb, Kane, Kendall and McHenry.@D@E@V\(Á MEPSGEurope - 18°E to 24°E and ETRFEurope between 18°E and 24°E and approximately 33°36'N to 84°N.@@˅Q@U =q@8\(Á MEPSGEurope - 12°E to 18°E and ETRFEurope between 12°E and 18°E and approximately 34°30'N to 84°N.@A>Q@U =q @2\(Á KEPSGEurope - 6°E to 12°E and ETRFEurope between 6°E and 12°E and approximately 36°30'N to 84°N.@BC =p@U =q@(Q녁 IEPSGEurope - 0°E to 6°E and ETRFEurope between 0°E and 6°E and approximately 37°N to 82°27'N.%@T@ =p IEPSGEurope - 6°W to 0°W and ETRFEurope between 6°W and 0°W and approximately 35°15'N to 80°30'N.@AGz@T\( =p $ A?EPSGBES Islands - Saba onshoreBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - Saba - onshore.@1\(@1\(OzHOzGU 13EPSGDenmark - offshoreDenmark - offshore.@K.zG@M"\(@ @0\(Å$ =CEPSGEurope - ETRF by countryEurope - onshore and offshore: Albania; Andorra; Austria; Belgium; Bosnia and Herzegovina; Bulgaria; Croatia; Czechia; Denmark; Estonia; Faroe Islands; Finland; France; Germany; Gibraltar; Greece; Hungary; Ireland; Italy; Kosovo; Latvia; Liechtenstein; Lithuania; Luxembourg; Malta; Moldova; Monaco; Montenegro; Netherlands; North Macedonia; Norway including Svalbard and Jan Mayen; Poland; Portugal - mainland; Romania; San Marino; Serbia; Slovakia; Slovenia; Spain - mainland and Balearic islands; Sweden; Switzerland; United Kingdom (UK) including Channel Islands and Isle of Man; Vatican City State.@@Gz@U.Q0@CGz& -WEPSGCanada - onshoreCanada - onshore - Alberta; British Columbia (BC); Manitoba; New Brunswick (NB); Newfoundland and Labrador; Northwest Territories (NWT); Nova Scotia (NS); Nunavut; Ontario; Prince Edward Island (PEI); Quebec; Saskatchewan; Yukon.@D\(@TG{aQJEQ녁A KoEPSGCanada - onshore north of 60°NCanada - onshore north of 60°N - Newfoundland and Labrador; Northwest Territories (NWT); Nunavut; Quebec; Yukon.@MQ@TG{aQN\(\ K!EPSGCanada - onshore south of 60°NCanada - onshore south of 60°N - Alberta, British Columbia (BC), Manitoba, New Brunswick (NB), Newfoundland and Labrador, Nova Scotia (NS), Ontario, Prince Edward Island (PEI), Quebec and Saskatchewan.@D\(@NGzaaGzJEQi +aEPSGOceania - Equi7Australasia and the western Pacific Ocean.NGzH@5R@RzH^C33333d 7KEPSGSouth America - Equi7South America including Panama.M\(@>O\(_4zG-(\)( 7wEPSGNorth America - Equi7North America including Greenland, the Caribbean and Central America, together with circum-polar area north of 83°40'N. Excluding the circum-polar area, the longitude extent is from 167.65° in west across the 180° meridian to 15.72° in east.@QZLq )sEPSGEurope - Equi7Europe including Russia west of the Ural Mountains.@==p =@TG{EB\(@Ip =x %EPSGAsia - Equi7Asia including Maldives and British Indian Ocean Territory.%@TG{@?s33333e \(: 1#EPSGAntarctica - Equi7Antarctica.A<(\L_ )OEPSGAfrica - Equi7Africa and the Arabian peninsula.ER@Cffffff?zG@S333334 -sEPSGEurope - BrennerAustria and Italy - on or related to the Brenner Base Tunnel rail route from Innsbruck to Fortezza (Franzensfeste).@G9@G=p @&zG@'R' '_EPSGUK - CoventryUnited Kingdom (UK) - in and around the area of Coventry city centre and the route to Birmingham airport.@J&fffff@J@ [G  VYl84[^ ACEPSGUzbekistan - west of 60°EUzbekistan - west of 60°E.@D@F=p @KQ:G{4 ;EPSGCanada - CGVD28(HTv2.0)Canada - onshore and offshore between 41°N and 84°N and west of 48°W - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon.)TaQu QSEPSGBrazil - Porto Alegre municipalityBrazil - Porto Alegre municipality.>EQ=zGIfffffIGzR 57EPSGGreenland - offshoreGreenland - offshore.@L0 =q@UR@\(> 9{EPSGUK - London to GlasgowUnited Kingdom (UK) - on or related to the west coast mainline rail route from London (Euston) via Carlisle to Glasgow.@I33333@K\(QRzG{H = EPSGUK - London to EdinburghUnited Kingdom (UK) - on or related to the east coast mainline rail route from London (Kings Cross) via Newcastle to Edinburgh.@I@L ?_ c!EPSGEurope - 30°E to 36°E and ETRF by countryEurope between 30°E and 36°E and approximately 33°55'N to 84°N: Bulgaria - offshore; Norway including Svalbard - onshore and offshore.@@zG@U =q@BGzk c9EPSGEurope - 24°E to 30°E and ETRF by countryEurope between 24°E and 30°E and approximately 33°15'N to 84°N: Bulgaria - onshore and offshore; Norway including Svalbard - onshore and offshore.@@Gz@U =q@>\(Á{ cYEPSGEurope - 18°E to 24°E and ETRF by countryEurope between 18°E and 24°E and approximately 33°36'N to 84°N: Bulgaria; Croatia; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore.@@˅Q@U =q@8\(Â< c[EPSGEurope - 12°E to 18°E and ETRF by countryEurope between 12°E and 18°E and approximately 34°30'N to 84°N.: Austria; Croatia; Denmark - offshore and offshore; Germany - onshore and offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore.@A>Q@U =q @2\(ÂA agEPSGEurope - 6°E to 12°E and ETRF by countryEurope between 6°E and 12°E and approximately 36°30'N to 84°N: Austria; Denmark - onshore and offshore; Germany - onshore and offshore; Italy - onshore and offshore; Norway including Svalbard - onshore and offshore; Spain - offshore.@BC =p@U =q@(Q녂C _}EPSGEurope - 0°E to 6°E and ETRF by countryEurope between 0°E and 6°E and approximately 37°N to 82°27'N: Andorra; Denmark - offshore; Germany - offshore; Jan Mayen - offshore; Norway including Svalbard - onshore and offshore; Spain - mainland and Balearic islands - onshore and offshore.%@T@ =p ) _;EPSGEurope - 6°W to 0°W and ETRF by countryEurope between 6°W and 0°W and approximately 35°15'N to 80°30'N: Faroe Islands - offshore; Ireland - offshore; Jan Mayen - offshore; Norway including Svalbard - offshore; Spain - mainland - onshore and offshore.@AGz@T\( =p ^ a!EPSGEurope - 12°W to 6°W and ETRF by countryEurope between 12°W and 6°W and approximately 34°50'N to 74°10'N: Faroe Islands - offshore; Ireland - offshore; Jan Mayen - onshore and offshore; Portugal - mainland - onshore and offshore; Spain - mainland - onshore and offshore; United Kingdom - UKCS offshore.@AtzG@RQ(QX ;=EPSGFinland - east of 30°EFinland - east of 30°E.@Np =@Pp =@? =p sA& ! / ^ ( AAsw GaEPSGGermany - Lower Saxony - AsseGermany - Lower Saxony - Asse mining area.@JzG@JzG@%333333@%ffffffT YEPSGNorth America - Canada, USA (Conus+AK)North America - onshore and offshore: Canada - Alberta; British Columbia; Manitoba; New Brunswick; Newfoundland and Labrador; Northwest Territories; Nova Scotia; Nunavut; Ontario; Prince Edward Island; Quebec; Saskatchewan; Yukon. United States (USA) - Alabama; Alaska; Arizona; Arkansas; California; Colorado; Connecticut; Delaware; Florida; Georgia; Idaho; Illinois; Indiana; Iowa; Kansas; Kentucky; Louisiana; Maine; Maryland; Massachusetts; Michigan; Minnesota; Mississippi; Missouri; Montana; Nebraska; Nevada; New Hampshire; New Jersey; New Mexico; New York; North Carolina; North Dakota; Ohio; Oklahoma; Oregon; Pennsylvania; Rhode Island; South Carolina; South Dakota; Tennessee; Texas; Utah; Vermont; Virginia; Washington; West Virginia; Wisconsin; Wyoming@7\(@Up =@dD]p =T IEPSGNorway - onshore and nearshoreNorway - onshore, nearshore, and offshore southeast of a line from Haugesund to the western limit of the southern maritime boundary.@L =p @Q\)@ Q@?Q녁` E3EPSGUK - Sneatonthorpe to RedcarUnited Kingdom (UK) - covering the surface level works associated with the Woodsmith mining project between Sneatonthorpe and Wilton works, Redcar.@K,@KY͂ 'YEPSGPapua New Guinea - onshore and offshore - Western, Gulf and Central provincesPapua New Guinea - onshore and offshore - Western Province, Gulf Province, Central Province, National Capital District and maritime zones offshore of these provinces.Q@affffff@bp =& =GEPSGUK - Oxford to CambridgeUnited Kingdom (UK) - on or related to the East West Rail (Phases 2 and 3) route from Oxford to Cambridge via Bicester, Bletchley and Bedford, including the route from Claydon Junction to Aylesbury and Princes Risborough.@Iٙ@J*=p Gz?GzHv ;kEPSGGeorgia - east of 42°EGeorgia - east of 42°E - onshore and offshore.@DQ@EQ@DQ@G\(\o ;kEPSGGeorgia - west of 42°EGeorgia - west of 42°E - onshore and offshore.@D =p@E˅Q@C|(\*4 UKEPSGEurope - Nordic and Baltic countriesDenmark, Estonia, Finland, Latvia, Lithuania, and Sweden - onshore and offshore; Norway - onshore, nearshore, and offshore southeast of a line joining Haugesund and the western limit of the Norway-Denmark maritime boundary.@JR@Q\)@ Q@?Qa ;OEPSGLiberia - west of 12°WLiberia - offshore west of 12°W.@\(@+.zGn ;iEPSGLiberia - east of 12°WLiberia - onshore, and offshore east of 12°W.?QR@! =p p =qx ceEPSGUganda - south of equator and west of 30°EUganda - south of equator and west of 30°E.zG@=Rx ceEPSGUganda - south of equator and east of 30°EUganda - south of equator and east of 30°E.333333@@p =x ceEPSGUganda - north of equator and east of 30°EUganda - north of equator and east of 30°E.@Q@AGz UyEPSGBrazil - Ribeirao Preto municipalityBrazil - Ribeirao Preto municipality, Sao Paulo state.5^Q5\(GQGR: YSEPSGBES Islands - Sint Eustatius - onshoreBonaire, Sint Eustatius and Saba (BES Islands or Caribbean Netherlands) - Sint Eustatius - onshore.@1h\)@1zGOfffffOp =q^ ACEPSGUzbekistan - east of 72°EUzbekistan - east of 72°E.@D!Gz@DG{H@RJG{[ CWEPSGUzbekistan - 66°E to 72°EUzbekistan - between 66°E and 72°E.@B =p+BHcCWEPSGUzbekistan - 60°E to 66°EUzbekistan - between 60°E and 66°E.@C(\@Fh\)Q0N _uEPSGUSA - GoM OCS - 90°W to 84°W deep waterUSA - Gulf outer continental shelf (GoM OCS) deep water between approxinately 90°W and 84°W - protraction areas Mobile, Viosca Knoll, Mississippi Canyon, Atwater Valley, Lund, Lund South, Pensacola, Destin Dome, De Soto Canyon, Lloyd Ridge, Henderson, Florida Plain, Campeche Escarpment, Apalachicola, Florida Middle Ground, The Elbow, Vernon Basin, Howell Hook, Rankin.@733333@>@V|T=p S _EPSGUSA - GoM OCS - 96°W to 90°W deep waterUSA - Gulf outer continental shelf (GoM OCS) deep water between approxinately 96°W and 90°W - protraction areas East Breaks, Alaminos Canyon, Garden Banks, Keathley Canyon, Sigsbee Escarpment, Ewing Bank, Green Canyon, Walker Ridge, Amery Terrace.@9(\@< =qWG{Vw =pׁW ]EPSGUSA - GoM OCS - west of 96°W deep waterUSA - Gulf outer continental shelf (GoM OCS) deep water west of approxinately 96°W - protraction areas Corpus Christi, Port Isabel.@;(\X!GzWzHY MEPSGUSA - Gulf OCS - Louisiana shelfUSA - Gulf OCS - Louisiana shelf - leasing areas Sabine Pass; West Cameron, East Cameron, Vermilion, South Marsh Island, Eugene Island, Ship Shoal, South Pelto, Bay Marchand, South Timbalier, Grand Isle, West Delta, South Pass, Breton Sound, Main Pass, Chandeleur.@;R@>QWtzGU =q_ Q%EPSGUSA - Gulf OCS - Texas shelf northUSA - Gulf OCS - Texas shelf north of approximately 27°48'N - leasing areas Matagorda Island, Brazos, Galveston, High Island; Sabine Pass. @;=p @==p X7 =pWZ=p Z QEPSGUSA - Gulf OCS - Texas shelf southUSA - Gulf OCS - Texas shelf south of approximately 27°50'N - leasing areas Mustang Island, North Padre Island and South Padre Island.@9Q@; =pXNzGW =pgb 9aEPSGNorway - east of 36°ENorway including Svalbard - east of 36°E.@R?\(@SzG$& ;;EPSGNorway - 30°E to 36°ENorway including Svalbard south of 84°N between 30°E and 36°E, onshore and offshore.@Q]p =T$ ;;EPSGNorway - 24°E to 30°ENorway including Svalbard south of 84°N between 24°E and 30°E, onshore and offshore.@Q%QT@7p = ;;EPSGNorway - 18°E to 24°ENorway including Svalbard south of 84°N between 18°E and 24°E, onshore and offshore.@Q\(T ;;EPSGNorway - 12°E to 18°ENorway including Svalbard south of 84°N between 12°E and 18°E, onshore and offshore.@M =qT  "lhQ ( . p > RlF&A!DK%l {{ESRIAustralia - New South Wales - 150~E to 152~E (ISG 56/1)Australia - New South Wales - 150~E to 152~E (ISG 56/1)G8Q<&fffff {{ESRIAustralia - New South Wales - 148~E to 150~E (ISG 55/3)Australia - New South Wales - 148~E to 150~E (ISG 55/3)G<&fffff {{ESRIAustralia - New South Wales - 146~E to 148~E (ISG 55/2)Australia - New South Wales - 146~E to 148~E (ISG 55/2)G<&fffff {{ESRIAustralia - New South Wales - 144~E to 146~E (ISG 55/1)Australia - New South Wales - 144~E to 146~E (ISG 55/1)G<&fffff {{ESRI Australia - New South Wales - 142~E to 144~E (ISG 54/3)Australia - New South Wales - 142~E to 144~E (ISG 54/3)GP =q<&fffff {{ESRI Australia - New South Wales - 140~E to 142~E (ISG 54/2)Australia - New South Wales - 140~E to 142~E (ISG 54/2)GP =q<&fffffe CCESRI USA - USFS - Eastern RegionUSA - USFS - Eastern Region@A33333@HXS33333P33333e CCESRI USA - Washington - BellevueUSA - Washington - Bellevue@G@GQ^ =q^ =p, %%ESRI Asia - SouthAsia - South, %%ESRIAsia - NorthAsia - North UQ ESRIAsiaAsiaUQ ESRIAfricaAfrica'7f YYESRIVenezuela - east of 60~W, N hemisphereVenezuela - east of 60~W, N hemisphere@ffffff } [[ESRINAD83 PA11 - US interests Pacific plateNAD83 PA11 - US interests Pacific plate1\(@?@b陙b =q ESRIEuropeEurope"U2E ##ESRIUK - LondonUK - London@I@Ifffffffffff?333333  ooESRIUSA - California and borders of NV, AZ, OR and MXUSA - California and borders of NV, AZ, OR and MX@@ @EC =p_\ffffffq =_EPSGUSA - Montana - PhillipsUnited States (USA) - Montana - Phillips.@GzG@HQ[ARZ\(i 5WEPSGUSA - Montana - NECIUnited States (USA) - Montana - NECI.@HQ@HC =p[zG[W =pq =_EPSGUSA - Montana - MissoulaUnited States (USA) - Montana - Missoula.@F =p@GQ\Q\JG{o ;]EPSGUSA - Montana - MissionUnited States (USA) - Montana - Mission.@G =p@HR\ҏ\(\]p =u AcEPSGUSA - Montana - InterstateUnited States (USA) - Montana - Interstate.@Fٙ@GRZQY=p q =_EPSGUSA - Montana - FlatheadUnited States (USA) - Montana - Flathead.@Gٙ@HQ\\)\:=p y EgEPSGUSA - Montana - Canyon FerryUnited States (USA) - Montana - Canyon Ferry.@FG{@G =p\*G{[\)k 7YEPSGUSA - Montana - ButteUnited States (USA) - Montana - Butte.@FzH@G.zG\i\ =p D ;EPSGCanada - British Columbia - mainland 138°05'W to 114°20'WCanada - British Columbia - mainland between 138°05'W and 114°20'W and Graham Island.@H~Q@NGzaB=p \Q녁< -EPSGArgentina - 67.5°W to 64.5°W onshore and Golfo San JorgeArgentina - between 67°30'W and 64°30'W, onshore and offshore Golfo San Jorge.KzG5ǮzHPP\(u AcEPSGUSA - Montana - Big TimberUnited States (USA) - Montana - Big Timber.@Fs33333@G'zH[G{[R\(Á 5%EPSGSpain - east of 0°ESpain - east of 0°E - onshore and offshore, including the Balearic Islands.%@EnzG@333333 KCEPSGSpain - mainland - 6°W to 0°ESpain - mainland between 6°W and 0°E - onshore and offshore, including Ceuta and Melilla.@AGz@FzG M EPSGSpain - mainland - 12°W to 6°WSpain - mainland between 12°W and 6°W - onshore and offshore.@A@G!Gz\(q M]EPSGSpain - mainland - west of 12°WSpain - mainland offshore west of 12°W.@DzG@F=p +Q# W'EPSGSpain - mainland and Balearic IslandsSpain - mainland, Balearic Islands, Ceuta and Melilla - onshore and offshore.@AGz@G!Gz+Q@333333 aEPSGPortugal - mainland - onshore and offshorePortugal - mainland ("continental") - onshore and offshore.@AtzG@EzG+p =\( m.lo K ^ E y nl0|@MU.Quolc AAESRI@Colombia - Arauca - AraucaColombia - Arauca - Arauca@UUUUUU@ffffffQQK 77ESRI>Panama - 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TUAMOTUHAO - TUAMOTU2ap =a\(X 55IGNFFANGATAUFA - TUAMOTUFANGATAUFA - TUAMOTU6TzG6&fffffaZ\(aR\(J ''IGNFILE DE MOOREAILE DE MOOREA1333331YbbC --IGNFKAUEHI - TUAMOTUKAUEHI - TUAMOTU/W =pb*\(oT 11IGNFTUBUAI - AUSTRALESTUBUAI - AUSTRALES7s333337@b\(b\(V 33IGNFMANGAREVA - GAMBIERMANGAREVA - GAMBIER7s333336zG`\(`ҏ\(@ IGNFRAIVAVAERAIVAVAE7Q7bxbr\(B IGNFFATU HIVAFATU HIVA%333333$aVfffff@aS33333E ))IGNFILE DE MAUPITIILE DE MAUPITI00@ch6 ))IGNF~ILES KERGUELENILES KERGUELENI@CG: --IGNF}KERGUELEN (TAAF)KERGUELEN (TAAF)I@CG5 --IGNF|TAHITI - SOCIETETAHITI - SOCIETEjk Og ( : d % Oy1D5"Z^;l ooIGNFHARAIKI (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7HARAIKI (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 71zG1kQa\(a\(Á ggIGNFHAO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7HAO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 72ap =a\(Á yyIGNFHAO ET AMANU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7HAO ET AMANU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 721zGap =a\(Áz UUIGNFGRANDE-TERRE, BASSE-TERRE, MARIE-GALANTE, LA DESIRADE, LES SAINTES (GUADELOUPE) - UTM NORD FUSEAU 20GRANDE-TERRE, BASSE-TERRE, MARIE-GALANTE, LA DESIRADE, LES SAINTES (GUADELOUPE) - UTM NORD FUSEAU 20@/ =p@0N=p Nb\(ÁF !!IGNFILES DE SAINT-MARTIN ET SAINT-BARTHELEMY (GUADELOUPE) - UTM NORD FUSEAU 20ILES DE SAINT-MARTIN ET SAINT-BARTHELEMY (GUADELOUPE) - UTM NORD FUSEAU 20@1R@2.zGO =pO  wwIGNFGRANDE TERRE (NOUVELLE-CALEDONIE) - UTM SUD FUSEAU 58GRANDE TERRE (NOUVELLE-CALEDONIE) - UTM SUD FUSEAU 5863@dp@dp =v SSIGNFILES GLORIEUSES - UTM SUD FUSEAU 38ILES GLORIEUSES - UTM SUD FUSEAU 38'=p =&(\@G@G(\t QQIGNFILES GLORIEUSES - MERCATOR DIRECTEILES GLORIEUSES - MERCATOR DIRECTE'=p =&(\@G@G(\ uuIGNFFANGATAUFA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7FANGATAUFA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 76TzG6&fffffaZ\(aR\(Á qqIGNFFAKARAVA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6FAKARAVA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 60zGnb(c GGIGNFILE EUROPA - MERCATOR DIRECTEILE EUROPA - MERCATOR DIRECTE6TzG@D @D@q UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 38EUROPE (ETRS89) - UTM NORD FUSEAU 38@;@Q*@Fj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 37EUROPE (ETRS89) - UTM NORD FUSEAU 37@;@Q$*j UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 36EUROPE (ETRS89) - UTM NORD FUSEAU 36@;@Q$j UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 35EUROPE (ETRS89) - UTM NORD FUSEAU 35@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 34EUROPE (ETRS89) - UTM NORD FUSEAU 34@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 33EUROPE (ETRS89) - UTM NORD FUSEAU 33@;@Q j UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 32EUROPE (ETRS89) - UTM NORD FUSEAU 32@;@Q i UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 31EUROPE (ETRS89) - UTM NORD FUSEAU 31@;@Qi UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 30EUROPE (ETRS89) - UTM NORD FUSEAU 30@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 29EUROPE (ETRS89) - UTM NORD FUSEAU 29@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 28EUROPE (ETRS89) - UTM NORD FUSEAU 28@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 27EUROPE (ETRS89) - UTM NORD FUSEAU 27@;@Qj UUIGNFEUROPE (ETRS89) - UTM NORD FUSEAU 26EUROPE (ETRS89) - UTM NORD FUSEAU 26@;@Q kkIGNFEFATE (ARCHIPEL DU VANUATU) - UTM SUD FUSEAU 59EFATE (ARCHIPEL DU VANUATU) - UTM SUD FUSEAU 591@@ep =i ccIGNFEUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 31EUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 31"Hj ccIGNFEUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 32EUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 32"H i ccIGNFEUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 30EUROPE DE L'OUEST ED50 - UTM NORD FUSEAU 30"Hs WWIGNFGUYANE FRANCAISE - UTM NORD FUSEAU 22GUYANE FRANCAISE - UTM NORD FUSEAU 22@ffffff@Ifffffs WWIGNFGUYANE FRANCAISE - UTM NORD FUSEAU 21GUYANE FRANCAISE - UTM NORD FUSEAU 21@ffffff@KyIGNFPLANETE T ooIGNFHIKUERU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7HIKUERU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 71zG1kQaڏ\(ap = @ -   Wx:a%JB IGNFNUKU HIVA, UA HUKA ET UA POU (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7NUKU HIVA, UA HUKA ET UA POU (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7#!=p a =qao\( IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT IV CARTOFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT IV CARTO@Dǜ@Eׇ@u  IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT IV CORSEFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT IV CORSE@Dǜ@Eׇ@u  IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT III CARTOFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT III CARTO@E&fǺ@F6602  }}IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT III SUDFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT III SUD@E&fǺ@F6602  IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II ETENDUFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II ETENDU@D@IliC%7Mփ  IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II CARTOFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II CARTO@FK@H2 O7<r  IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II CENTREFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT II CENTRE@FK@H2 O7<r  }}IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT I CARTOFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT I CARTO@H/@IeL7#ov  {{IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT I NORDFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT I NORD@H/@IeL7#ov # IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT GRAND CHAMPFRANCE METROPOLITAINE (CORSE COMPRISE) - LAMBERT GRAND CHAMP@D@IeL7#ov ooIGNFMURUROA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7MURUROA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 75Qaep =aR\(Á qqIGNFMOOREA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 6MOOREA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 611@jb@ IGNFMANGAREVA, AGAKAUITAI, AUKENA, MEKIRO (ILES GAMBIER) - UTM SUD FUSEAU 8MANGAREVA, AGAKAUITAI, AUKENA, MEKIRO (ILES GAMBIER) - UTM SUD FUSEAU 87.zG7R`Gz`zG^ AAIGNFMAUPITI - UTM SUD FUSEAU 5MAUPITI - UTM SUD FUSEAU 500@chg KKIGNFMARTINIQUE - UTM NORD FUSEAU 20MARTINIQUE - UTM NORD FUSEAU 20@,=p NN`x [[IGNFMARE (ILES LOYAUTE) - UTM SUD FUSEAU 58MARE (ILES LOYAUTE) - UTM SUD FUSEAU 585 =q5J=p @dzG ccIGNFMANGAREVA (ILES GAMBIER) - UTM SUD FUSEAU 8MANGAREVA (ILES GAMBIER) - UTM SUD FUSEAU 87s333336zG`\(`ҏ\(Á mmIGNFMAKEMO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7MAKEMO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 70zG0TzGpa\(Á ]]IGNFLIFOU (ILES LOYAUTE) - UTM SUD FUSEAU 58LIFOU (ILES LOYAUTE) - UTM SUD FUSEAU 5858Q4fffff@d޸Q@dQ wwIGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - KERGUELENPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - KERGUELENI@CGU GGIGNFKERGUELEN - UTM SUD FUSEAU 42KERGUELEN - UTM SUD FUSEAU 42I@CG mmIGNFKAUHEI (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6KAUHEI (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6/W =pb*\(oq UUIGNFILE JUAN DE NOVA - UTM SUD FUSEAU 38ILE JUAN DE NOVA - UTM SUD FUSEAU 381+Q@EU\(@Ej=p  yyIGNFGRANDE TERRE (NOUVELLE-CALEDONIE) - NOUVELLE-CALEDONIEGRANDE TERRE (NOUVELLE-CALEDONIE) - NOUVELLE-CALEDONIE63@dp@dp = IGNFRAIATEA, TAHAA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 5RAIATEA, TAHAA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 50bp =b\(Á> IGNFHIVA OA, TAHUATA, MOHOTANI (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7HIVA OA, TAHUATA, MOHOTANI (ARCHIPEL DES MARQUISES) - UTM SUD FUSEAU 7#\(#LaffffffaX H|R @ 9 2+|#]H" IGNFTERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 42TERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 42BH" IGNFTERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 39TERRES AUSTRALES ET ANTARCTIQUES FRANCAISES (TAAF) - UTM SUD FUSEAU 3906 ggIGNFSAINT-PIERRE-ET-MIQUELON - UTM NORD FUSEAU 21SAINT-PIERRE-ET-MIQUELON - UTM NORD FUSEAU 21@GY@GL>QL z WWIGNFILE DE LA REUNION - UTM SUD FUSEAU 40ILE DE LA REUNION - UTM SUD FUSEAU 405kQ4@K\(@K\(b YYIGNFPOLYNESIE FRANCAISE - UTM SUD FUSEAU 8POLYNESIE FRANCAISE - UTM SUD FUSEAU 8vzb YYIGNFPOLYNESIE FRANCAISE - UTM SUD FUSEAU 7POLYNESIE FRANCAISE - UTM SUD FUSEAU 7pvb YYIGNFPOLYNESIE FRANCAISE - UTM SUD FUSEAU 6POLYNESIE FRANCAISE - UTM SUD FUSEAU 6jpb YYIGNFPOLYNESIE FRANCAISE - UTM SUD FUSEAU 5POLYNESIE FRANCAISE - UTM SUD FUSEAU 5djp YYIGNFNOUVELLE-CALEDONIE - UTM SUD FUSEAU 59NOUVELLE-CALEDONIE - UTM SUD FUSEAU 59:fffff-333333p YYIGNFNOUVELLE-CALEDONIE - UTM SUD FUSEAU 58NOUVELLE-CALEDONIE - UTM SUD FUSEAU 58:fffff-333333v YYIGNFNOUVELLE-CALEDONIE - UTM SUD FUSEAU 57NOUVELLE-CALEDONIE - UTM SUD FUSEAU 57:fffff-333333@c33333 IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 30FRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 30)4 IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 32FRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 32)4 IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 31FRANCE METROPOLITAINE (CORSE COMPRISE) - UTM NORD FUSEAU 31)4+ IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC50 (CONIQUE CONFORME ZONE 9)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC50 (CONIQUE CONFORME ZONE 9)13 + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC49 (CONIQUE CONFORME ZONE 8)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC49 (CONIQUE CONFORME ZONE 8)02 + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC48 (CONIQUE CONFORME ZONE 7)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC48 (CONIQUE CONFORME ZONE 7)/1 + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC47 (CONIQUE CONFORME ZONE 6)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC47 (CONIQUE CONFORME ZONE 6).0 + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC46 (CONIQUE CONFORME ZONE 5)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC46 (CONIQUE CONFORME ZONE 5)-/ + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC45 (CONIQUE CONFORME ZONE 4)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC45 (CONIQUE CONFORME ZONE 4),. + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC44 (CONIQUE CONFORME ZONE 3)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC44 (CONIQUE CONFORME ZONE 3)+- + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC43 (CONIQUE CONFORME ZONE 2)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC43 (CONIQUE CONFORME ZONE 2)*, + IGNFFRANCE METROPOLITAINE (CORSE COMPRISE) - CC42 (CONIQUE CONFORME ZONE 1)FRANCE METROPOLITAINE (CORSE COMPRISE) - CC42 (CONIQUE CONFORME ZONE 1))+ ]]IGNFANTILLES FRANCAISES - UTM NORD FUSEAU 20ANTILLES FRANCAISES - UTM NORD FUSEAU 20@,@2333333ON]p = kkIGNFILES WALLIS, FUTUNA ET ALOFI - UTM SUD FUSEAU 1ILES WALLIS, FUTUNA ET ALOFI - UTM SUD FUSEAU 1,ǮzH*QRf\(f  qqIGNFRANGIROA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6RANGIROA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6-\), =plbd́ uuIGNFRAIVAVAE (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 6RAIVAVAE (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 67Q7bxbr\(Á __IGNFILE DE LA REUNION - GAUSS LABORDE REUNIONILE DE LA REUNION - GAUSS LABORDE REUNION5kQ4\(@K\(@K\( \YQ ! h hq"];Yn {{IGNFFRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 30FRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 30*@I> 33IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - PSEUDO MERCATOR (POPULAR VISUALISATION)PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - PSEUDO MERCATOR (POPULAR VISUALISATION)UL IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 43PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 43HN IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 42PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 42BH IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 39PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 3906 IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 1PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM SUD FUSEAU 1LR  IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 32PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 32P   IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 31PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 31P  IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 30PLANETE TERRE ET SON ENVIRONNEMENT PROCHE - UTM NORD FUSEAU 30P| YYIGNFILE D'UVEA (WALLIS) - UTM SUD FUSEAU 1ILE D'UVEA (WALLIS) - UTM SUD FUSEAU 1* =p*W =pf f33333B IGNFPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - ILES WALLIS, FUTUNA ET ALOFIPLANETE TERRE ET SON ENVIRONNEMENT PROCHE - ILES WALLIS, FUTUNA ET ALOFI,ǮzH*QRf\(f mmIGNFTUREIA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 7TUREIA (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 74Qaz\(aZ\(Á qqIGNFTUBUAI (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 6TUBUAI (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 67s333337@b\(b\(x [[IGNFAPATAKI, RAPA et HAO - UTM SUD FUSEAU 7APATAKI, RAPA et HAO - UTM SUD FUSEAU 7;.tpad8x [[IGNFAPATAKI, RAPA et HAO - UTM SUD FUSEAU 6APATAKI, RAPA et HAO - UTM SUD FUSEAU 6;.tbN]cfpn KKIGNF ILE TROMELIN - MERCATOR DIRECTEILE TROMELIN - MERCATOR DIRECTE//p =@KAGz@KC =p ooIGNF TIKEHAU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6TIKEHAU (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6.ffffff-\)bl uuIGNF TETIAROA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 6TETIAROA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 611Qb33333b\)V 11IGNF ARCHIPEL POINTE GEOLOGIE (TERRE ADELIE) - STEREOGRAPHIQUE POLAIRE SUD TERRE ADELIEARCHIPEL POINTE GEOLOGIE (TERRE ADELIE) - STEREOGRAPHIQUE POLAIRE SUD TERRE ADELIEPzGPfffff@aup =@a =p kkIGNF TANNA (ARCHIPEL DU VANUATU) - UTM SUD FUSEAU 59TANNA (ARCHIPEL DU VANUATU) - UTM SUD FUSEAU 593Q3zG@e%p =@e:\(Á, IGNFTAKAROA ET TAKAPOTO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6TAKAROA ET TAKAPOTO (ARCHIPEL DES TUAMOTU) - UTM SUD FUSEAU 6-,b*\(bz qqIGNFTAHITI (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 6TAHITI (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 6jk ooIGNFTAHAA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 5TAHAA (ARCHIPEL DE LA SOCIETE) - UTM SUD FUSEAU 50333330zHb\(b(\ wwIGNFILE DES PINS (NOUVELLE-CALEDONIE) - UTM SUD FUSEAU 58ILE DES PINS (NOUVELLE-CALEDONIE) - UTM SUD FUSEAU 5866p =q@dGz@d =pt QQIGNFILE SAINT-PAUL - UTM SUD FUSEAU 43ILE SAINT-PAUL - UTM SUD FUSEAU 43Cb\(CU\(@S^Q@SeQ녁 qqIGNFRURUTU (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 5RURUTU (ARCHIPEL DES AUSTRALES) - UTM SUD FUSEAU 56zG6@bb\(IGNF {{IGNFFRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 32FRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 32*@I@!  {s i _ @ u J|$x t* IGNF:FRANCE CONTINENTALE (CORSE EXCLUE) - CC49 (CONIQUE CONFORME ZONE 8)FRANCE CONTINENTALE (CORSE EXCLUE) - CC49 (CONIQUE CONFORME ZONE 8)02@!* IGNF9FRANCE CONTINENTALE (CORSE EXCLUE) - CC48 (CONIQUE CONFORME ZONE 7)FRANCE CONTINENTALE (CORSE EXCLUE) - CC48 (CONIQUE CONFORME ZONE 7)/1@!* IGNF8FRANCE CONTINENTALE (CORSE EXCLUE) - CC47 (CONIQUE CONFORME ZONE 6)FRANCE CONTINENTALE (CORSE EXCLUE) - CC47 (CONIQUE CONFORME ZONE 6).0@!* IGNF7FRANCE CONTINENTALE (CORSE EXCLUE) - CC46 (CONIQUE CONFORME ZONE 5)FRANCE CONTINENTALE (CORSE EXCLUE) - CC46 (CONIQUE CONFORME ZONE 5)-/@!* IGNF6FRANCE CONTINENTALE (CORSE EXCLUE) - CC45 (CONIQUE CONFORME ZONE 4)FRANCE CONTINENTALE (CORSE EXCLUE) - CC45 (CONIQUE CONFORME ZONE 4),.@!* IGNF5FRANCE CONTINENTALE (CORSE EXCLUE) - CC44 (CONIQUE CONFORME ZONE 3)FRANCE CONTINENTALE (CORSE EXCLUE) - CC44 (CONIQUE CONFORME ZONE 3)+-@!g YYIGNF4CORSE - CC43 (CONIQUE CONFORME ZONE 2)CORSE - CC43 (CONIQUE CONFORME ZONE 2)*@E * IGNF3FRANCE CONTINENTALE (CORSE EXCLUE) - CC43 (CONIQUE CONFORME ZONE 2)FRANCE CONTINENTALE (CORSE EXCLUE) - CC43 (CONIQUE CONFORME ZONE 2)*,@!g YYIGNF2CORSE - CC42 (CONIQUE CONFORME ZONE 1)CORSE - CC42 (CONIQUE CONFORME ZONE 1)@D+ * IGNF1FRANCE CONTINENTALE (CORSE EXCLUE) - CC42 (CONIQUE CONFORME ZONE 1)FRANCE CONTINENTALE (CORSE EXCLUE) - CC42 (CONIQUE CONFORME ZONE 1)*+@!R ==IGNF0CORSE - LAMBERT IV CORSECORSE - LAMBERT IV CORSE@Ḍ@Eׇ R ==IGNF/CORSE - LAMBERT IV CARTOCORSE - LAMBERT IV CARTO@Ḍ@Eׇ  uuIGNF.FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT III SUDFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT III SUD@E&fǺ@FB602@! yyIGNF-FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT III CARTOFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT III CARTO@E&fǺ@FB602@! yyIGNF,FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II CENTREFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II CENTRE@FK@H1Ԅ7<r@!T ??IGNF+CORSE - LAMBERT II ETENDUCORSE - LAMBERT II ETENDU@D1'@E  yyIGNF*FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II ETENDUFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II ETENDU*@Il zX7Mփ@! wwIGNF)FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II CARTOFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT II CARTO@FK@H1Ԅ7<r@! ssIGNF(FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT I NORDFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT I NORD@H/@Id15 7#ov@! uuIGNF'FRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT I CARTOFRANCE CONTINENTALE (CORSE EXCLUE) - LAMBERT I CARTO@H/@Id15 7#ov@! uuIGNF&EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 36EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 36$@Q  uuIGNF%EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 35EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 35$@Q uuIGNF$EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 34EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 34$@Q uuIGNF#EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 33EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 33$@Q  uuIGNF"EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 32EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 32$@Q  uuIGNF!EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 31EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 31$@Q uuIGNF EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 30EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 30$@Q uuIGNFEUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 29EUROPE (RESEAU VERTICAL UNIFIE) - UTM NORD FUSEAU 29$@Qr * IGNF:FRANCE CONTINENTALE (CORSE EXCLUE) - CC49 (CONIQUE CONFORME ZONE 8)FRANCE CONTINENTALE (CORSE EXCLUE) - CC49 (CONIQUE CONFORME ZONE 8)02@! {{IGNFFRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 31FRANCE CONTINENTALE (CORSE EXCLUE) - UTM NORD FUSEAU 31*@I -Tk-= )')PROJEXTENT_UNKNOWNNot specifiedNot specified.ZLs #CNKGEXTENT_2020Nordic and Baltic countriesDenmark; Estonia; Finland; Latvia; Lithuania; Norway; Sweden2K1t #CNKGEXTENT_2008Nordic and Baltic countriesDenmark; Estonia; Finland; Latvia; Lithuania; Norway; Sweden5I(* IGNF;FRANCE CONTINENTALE (CORSE EXCLUE) - CC50 (CONIQUE CONFORME ZONE 9)FRANCE CONTINENTALE (CORSE EXCLUE) - CC50 (CONIQUE CONFORME ZONE 9)13@! <uO ? s / L B ' ] v )^uJ<Gd,aEPSG;Approximation (to better than 2cm) using NTv2 method of results of FINELTRA programme concatenated with LV-95 parameters.b9EPSG:Approximate transformation of seismic data acquired before 1985 to CRS used post 1985.+EPSG9Seismic survey.3EPSG8Angola LNG project.DEPSG7Transformation of coordinates at 0.05m level of accuracy.DEPSG6Transformation of coordinates at 0.15m level of accuracy.B{EPSG5Transformation of coordinates at 30m level of accuracy.B{EPSG4Transformation of coordinates at 25m level of accuracy.7eEPSG3Arctic small scale mapping - Russia-centred.7eEPSG2Arctic small scale mapping - Norway-centred.:kEPSG1Arctic small scale mapping - Greenland-centred.7eEPSG0Arctic small scale mapping - Canada-centred.7eEPSG/Arctic small scale mapping - Alaska-centred.1WEPSG.Adopted as official definition of OSGB36 from August 2016. Accuracy by definition exact. Accuracy compared to triangulation coordinates 0.1m at 67% confidence level.9gEPSG-Adopted as official definition of OSGB36 from 2002 to August 2016. Accuracy by definition exact. Accuracy compared to triangulation coordinates 0.1m at 67% confidence level.C}EPSG,Pre-1996 data related to the classical geodetic network.B{EPSG+Post-1996 data based on the classical geodetic network.d=EPSG*Recommended by OSi and OSNI for all horizontal CTs in the Republic and Northern Ireland.5aEPSG)Academic research, not officially adopted.&CEPSG(Abu Dhabi Municipality GIS.K EPSG'Topographic mapping (1:50,000) published between 1955 and 2000.*KEPSG&Topographic mapping (1:50,000).Y'EPSG%Cadastre, engineering survey, topographic mapping (1:5000 and larger scales).FEPSG$Change of depth to a different vertical reference surface.GEPSG#Change of height to a different vertical reference surface.>sEPSG"Change of coordinate epoch in 3-dimensions (φλh).MEPSG!Cadastre, engineering survey, topographic mapping (medium scale).=qEPSG Cadastre, engineering survey, topographic mapping.L EPSGCadastre, engineering survey, topographic mapping (large scale).(GEPSGCadastre, engineering survey. 7EPSGBoundary demarcation.+MEPSGBasin-wide mapping and analysis.pUEPSGHorizontal component of official 3D RDNAPTRANS(TM)2018 transformation. Accuracy by definition exact.B{EPSGTransformation of coordinates at 10m level of accuracy.AyEPSGTransformation of coordinates at 9m level of accuracy.DEPSGTransformation of coordinates at 0.25m level of accuracy.+EPSGRemote sensing.C}EPSGAtlas of Canada and nationwide web mapping applications.AyEPSGTransformation of coordinates at 5m level of accuracy.AyEPSGTransformation of coordinates at 4m level of accuracy.AyEPSGTransformation of coordinates at 3m level of accuracy.AyEPSGTransformation of coordinates at 2m level of accuracy.AyEPSGTransformation of coordinates at 1m level of accuracy.+EPSGPolar research.C}EPSGTransformation of coordinates at 0.9m level of accuracy.C}EPSGTransformation of coordinates at 0.8m level of accuracy.C}EPSG Transformation of coordinates at 0.7m level of accuracy.C}EPSG Transformation of coordinates at 0.6m level of accuracy.C}EPSG Transformation of coordinates at 0.5m level of accuracy.C}EPSG Transformation of coordinates at 0.4m level of accuracy.C}EPSG Transformation of coordinates at 0.3m level of accuracy.C}EPSGTransformation of coordinates at 0.2m level of accuracy.C}EPSGTransformation of coordinates at 0.1m level of accuracy.%AEPSGExample only (fictitious).3EPSGEngineering survey.EPSGCadastre.EPSGGeodesy.5EPSGSpatial referencing.  EPSG?!EPSGNot known. :\ Q r  y o 4 i ! u7@]3m6]9_9QlHS3]EPSGvEngineering survey, topographic mapping.GEPSGsEngineering survey and construction for Fehmarnbelt tunnel.3]EPSGrEngineering survey, harbour hydrography.#=EPSGqEmulation of polynomial.2[EPSGpOil and gas exploration and production..SEPSGoState-wide spatial data management.8gEPSGnDescription of the use or purpose of the CRS.IEPSGmDerivation of gravity-related heights from GNSS observations.UEPSGlDerivation of approximate gravity-related heights from GNSS observations.NEPSGkChange of coordinate epoch for points referenced to NAD83(CSRS)v7./EPSGjEEZ delimitation.%AEPSGiGeodesy. Defines ETRF2014.%AEPSGhGeodesy. Defines ETRF2005.%AEPSGgGeodesy. Defines ETRF2000.#=EPSGfGeodesy. Defines ETRF97.#=EPSGeGeodesy. Defines ETRF96.#=EPSGdGeodesy. Defines ETRF94.#=EPSGcGeodesy. Defines ETRF93.#=EPSGbGeodesy. Defines ETRF92.#=EPSGaGeodesy. Defines ETRF91.#=EPSG`Geodesy. Defines ETRF90.#=EPSG_Geodesy. Defines ETRF89.GEPSG^Defines geocentric coordinates of origin of topocentric CS.HEPSG]Defines ellipsoidal coordinates of origin of topocentric CS.6cEPSG\Geodesy. Defines ED50 in the Faroe Islands.<oEPSG[Geodesy. Defines the S-JTSK [JTSK03] realization.kKEPSGZGeodesy. Defined as exact for S-JTSK/05 (Ferro) / Modified Krovak projCRSs (CRS codes 5224-25)./EPSGYDefined as exact.)I EPSGXConvert degree representation.uEPSGWChange of axis positive direction to facilitate transformation of heights or depths through concatenated operations.`5EPSGVUS Defense Meteorological Satellite Program (DMSP) SSM/I microwave imagery products.[+EPSGUData analysis and small scale data presentation for contiguous lower 48 states.Y'EPSGTTransformation of GDA94 coordinates that have been derived through GNSS CORS.@wEPSGSConformal mapping at scales of 1:500,000 and smaller.=qEPSGRConstruction of the Basic Spatial Unit (BSU) grid.9iEPSGQCoastal hydrography. Not used by oil industry.QEPSGPCoastal hydrography, offshore oil and gas exploration and production.5EPSGOCoastal hydrography.GEPSGNCadastre, engineering survey, civilian topographic mapping.*KEPSGMChange of height or depth unit.$?EPSGLChange of prime meridian.PEPSGKChange of height to a different vertical reference surface and unit.)IEPSGJWeb mapping and visualisation.:kEPSGICartography System of Distrito Federal (SICAD).EPSGHCadastre, survey control and engineering survey in urban areas, typically in all municipalities that previously comprised the 73 Municipal Integrated Surveying and Mapping (MISAM) areas, also known as urban cadastral map areas. For rural areas use UTM. 7EPSGGCadastre in Slovakia.5EPSGFCadastre in Czechia._3EPSGECadastre, engineering survey. Usage restricted to areas below 290m above sea level.W#EPSGDCadastre, engineering survey, topographic mapping (large and medium scale).)IEPSGCCadastre, topographic mapping.)IEPSGBBasis for topographic mapping. EPSGABasis for topographic mapping in Republic of Ireland between 1965 and 1975; for scientific purposes only in Northern Ireland.SEPSG@Approximation for pan-European statistical analysis in extended ETRS89.REPSG?Approximation for pan-European small-scale mapping in extended ETRS89.c;EPSG>Approximation of horizontal component of official 3D RDNAPTRANS(TM)2008 transformation.u_EPSG=Approximation using NTv2 method of results of FINELTRA programme to an accuracy of 0.01m except at boundary of the Geneva and Vaud cantons, in city of Geneva and in the main valleys of Valais canton where differences are up to 20 cm.PEPSGuEngineering survey and topographic mapping for railway applications.[+EPSGtEngineering survey for onshore facilities for South Pars phase 11 and Pars LNG. Iw& v ) T .  } P / ` 5 ^ KrJ!\* `k+ {FXv=EPSGObsolete.-EPSGNot recommended.1EPSGNot a valid datum.1EPSGNo official usage..SEPSGTopographic mapping (medium scale).8gEPSGTopographic mapping (medium and small scale).-QEPSGTopographic mapping (large scale).AyEPSGEngineering survey, topographic mapping (large scale).7eEPSGCadastre, topographic mapping (large scale).9iEPSGKOC survey control and facilities engineering.AyEPSGKOC exploration and field development subsurface work. 7EPSGPreliminary estimate.GEPSGIntermediate stage in transformations - not used otherwise.!EPSGHydrology.,OEPSGHydrography, topographic mapping.4_EPSGHydrography, drilling, marine geophysics.!9EPSGHydrography, drilling.-QEPSGHydrography and nautical charting.?uEPSGHistoric record only - now superseded - see remarks.5EPSGHighway engineering.?uEPSGEnvironmental science - used as basis for EASE grid.OEPSGSpatial referencing in and around city and county of San Francisco.5 EPSGGeological analysis.?uEPSGGraticule coordinates in rectangular Cartesian form.DEPSGGraticule coordinates expressed in simple Cartesian form.5EPSGGeological analysis.EPSGGIS.0WEPSGGeodesy, onshore minerals management.1YEPSGGeodesy, offshore minerals management.'EPSGGeodesy, GIS.1EPSGGeodesy, cadastre.1YEPSGGeodesy, cadastre, engineering survey.-QEPSGHorizontal component of 3D system.NEPSGGeodesy; air, land and sea navigation and safety of life purposes.GEPSGGeodesy, cadastre, engineering survey, topographic mapping.(GEPSGGeodesy, topographic mapping.'EEPSGGeodesy, engineering survey.<oEPSGGeodesy, engineering survey, topographic mapping.OEPSGGeodesy. Navigation and positioning using Glonass satellite system.K EPSGGeodesy. Navigation and positioning using GPS satellite system.a7EPSGGeodesy. Defines NAD83(CORS96) from from 1st January 2002 through 6th September 2011.SEPSGGeodesy. Defines NAD83(CORS96) from January 2000 through December 2001.\-EPSGGeodesy. Defines NAD83(CORS96) from 1st January 1997 through 31st December 1999.*KEPSGGeodesy. Defines NAD83(CSRS)v7.*KEPSGGeodesy. Defines NAD83(CSRS)v6.*KEPSGGeodesy. Defines NAD83(CSRS)v5.*KEPSGGeodesy. Defines NAD83(CSRS)v4.*KEPSGGeodesy. Defines NAD83(CSRS)v3.*KEPSGGeodesy. Defines NAD83(CSRS)v2.*KEPSGGeodesy. Defines NAD83(CSRS96).EPSGForestry.3]EPSGTransformation of MRT68 RSO coordinates.Z)EPSGSpatial referencing in zoned CRSs where zone boundaries are strictly enforced. 7EPSGStatistical analysis.,OEPSGPan-European spatial positioning.-EPSGMilitary survey.kKEPSGApproximation for medium and low accuracy applications ignoring static/dynamic CRS differences.(GEPSGMedium accuracy applications.%AEPSGLow accuracy applications.:kEPSGHeight to depth or depth to height conversions.6cEPSGGeographic 3D to geographic 2D conversions.B{EPSGGeocentric to geographic 3D conversions and vice versa.5EPSGTopographic mapping.L EPSGTransformation of coordinates at 0.1m to 0.2m level of accuracy.HEPSGTransformation of coordinates at 1m to 2m level of accuracy.DEPSG~Transformation of coordinates at 0.01m level of accuracy.EPSG}Exploration and production operations in Brunei. Formerly also topographic mapping (large and medium scale) and engineering survey.0WEPSG|Exploration and development, mapping._3EPSG{Engineering survey prior to 2016 including Airport and Ruperts Wharfe construction.PEPSGzEngineering survey including Airport and Ruperts Wharf construction.+MEPSGyEngineering survey 2011 to 2015.8gEPSGxEngineering survey, GIS, topographic mapping.#=EPSGOil and gas exploration. 7_V x /  c 6  r ;  V (nM0uWiF}Ou0fDEPSGTransformation of coordinates at 0.03m level of accuracy.3]EPSGReversible hydroid model transformation.b9EPSGEngineering survey and mapping for the Trans-Europe Lyon-Turin (TELT) railway project.1YEPSGReversible geoid model transformation.IEPSGIntermediate CRS in transformation to and from projected CRS.MEPSGGeodesy, location based services, intelligent transport services.]/EPSGLocation-based services, Intelligent Transport Services, navigation, positioning.MEPSGEngineering survey, topographic mapping (large and medium scale).7eEPSGHydrography, drilling, offshore engineering.`5EPSGGeodesy, hydrography, transfer of accurate heights over distances greater than 10km.SEPSGCadastre, engineering surveying applications over distances up to 10km.(GEPSGGeodesy (GNSS), oceanography.1EPSGGeodesy (gravity).>sEPSGEngineering survey for HS2 project phases 1 and 2a.-QEPSGStatistical mapping (small scale).;mEPSGProducts and services through the BEV Geoportal.  EPSGTransformation of coordinates obtained independently of the classical geodetic network (GPS observations conducted after 1994).EPSGTransformation of coordinates at accuracy of about 1 part in 10^5 of distance between points, depending on relative tectonic motion.DEPSGTransformation of coordinates at 0.02m level of accuracy.K EPSGAntarctic Digital Database and small scale topographic mapping.)IEPSGApproximation at the 1m level.ByEPSG(null/copy) Approximation for medium and low accuracy applications assuming equality between plate-fixed static and earth-fixed dynamic CRSs, ignoring static/dynamic CRS differences.1EPSGMarine navigation.#=EPSGMetrication of RSO grid.SEPSGMinerals management (including oil and gas exploration and production).)IEPSGMunicipal spatial referencing.'EPSGOceanography./EPSGRegional studies. 7EPSGSatellite navigation.X%EPSGenter as appropriate: seismic data acquisition / processing / interpretation1YEPSGHydrography and aeronautical charting..SEPSGTopographic and geological mapping.-QEPSGTopographic mapping (small scale).L EPSGSpatial analysis for the purposes of Natural Capital Accounting.d=EPSGTemporary transformation pending introduction of bilinear interpolation gridded dataset.2[EPSGTerritory-wide spatial data management.6cEPSGCadastre, hydrography, topographic mapping.6cEPSGTopographic mapping, environmental studies.,OEPSGApproximation at the 0.01m level./SEPSGTransformation of GDA94 coordinates when localised distortion needs to be taken into account, e.g. if GDA94 coordinates were derived from survey control monuments.,OEPSGUS space and military operations.MEPSGGRANIT coordinate transformation programme between 1987 and 1997.3]EPSGGeoNB Coordinate Transformation Service.,OEPSGUser-defined CRS in GPS receiver.4_EPSGEngineering design concept visualisation..SEPSGVery small scale conformal mapping.K EPSGPan-European conformal mapping at scales larger than 1:500,000.-EPSGWellbore survey.HEPSGVery small scale equal-area mapping - Europe-Africa-centred.GEPSGVery small scale equal-area mapping - Asia-Pacific-centred.B{EPSGVery small scale equal-area mapping - Americas-centred.REPSGState-wide spatial data presentation requiring true area measurements.NEPSGState-wide spatial data presentation requiring shape preservation.1YEPSGProvince-wide spatial data management.EPSGNNRMS National Spatial Framework (NSF) state resource database of medium resolution earth observation imagery and mapping.s[EPSGNNRMS 1:250,000 national resources database of coarse resolution earth observation imagery and mapping.-OEPSGOil and gas exploration offshore. '#R ` + @ d >  t 8taAr '!PROJSCOPE_UNKNOWNNot known.S! PROJOGC_CRS84h3D system frequently used in GIS, Web APIs and Web applicationsB'gNKGSCOPE_GENERICGeodesy. High accuracy ETRS89 transformationsEIGNF SYSTEMES GEODESIQUES ASSIMILABLES SUR LEUR ETENDUE COMMUNE"=IGNF CONTINENTALE, HISTORIQUE"=IGNF LOCALE A CARACTERE LEGAL7IGNF NATIONALE, HISTORIQUEIGNFMONDIALE5IGNFMONDIALE, HISTORIQUEIGNFNATIONALEIGNFLOCALE%CIGNFNATIONALE A CARACTERE LEGAL%IGNFCONTINENTALE1IGNFLOCALE, HISTORIQUE% EIGNFINTERMEDIAIRE POUR LE CALCULREPSGEngineering survey and topographic mapping for transport applications.{EPSGMerging of spatial data referenced to different national realizations of ETRS89 at the sub-decimetre level of accuracy.c;EPSGGeodesy. Active GNSS network / Continuously Operating Reference Station (CORS) network.5EPSGEmulation of SPCS27.]/EPSG Engineering survey and topographic mapping related to the Woodsmith mine project.";EPSG Crop inventory mapping. 5EPSG Reference surface for depths in BSHC offshore products for the Baltic Sea (including nautical maps, bathymetry data, water level corrections, etc.).EPSG Pan-European conformal mapping at scales larger than 1:500,000, engineering survey and topographic mapping at all scales.%AEPSG Geodesy. Defines ETRF2020.NEPSGChange of coordinate epoch in 2-dimensions (φλ horizontal only)..SEPSGContinental mapping of raster data.]/EPSGMapping and data analysis for Texas Water Development Board groundwater modeling.]/EPSGEngineering survey and mapping for the Brenner base tunnel (BBT) railway project.*KEPSGGeodesy. Defines NAD83(CSRS)v8.,OEPSGGeodesy. Defines LUREF from 2020.4_EPSGGeodesy. Defines LUREF from 2014 to 2020.4_EPSGGeodesy. Defines LUREF from 2006 to 2014.kKEPSGReadjustment of coordinates to account for ground deformation caused by 2011 Tohoku earthquake.>sEPSGNavigation and medium accuracy spatial referencing.FEPSGTransformation of coordinates at 0.006m level of accuracy.7eEPSGDerivation of depths from GNSS observations.#EPSGAlignment of datasets referenced to WGS 84 which have been derived from GDA94 via the null transformation EPSG::1150 with GDA2020 datasets.#EPSGAlignment of datasets referenced to WGS 84 which have been derived from GDA2020 via the null transformation EPSG::8450 with GDA94 datasets.C}EPSGSpatial referencing including water resource management. X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 *X )geodetic_datumEPSGEPSGEPSG*W )geodetic_datumEPSGEPSGEPSG*V )geodetic_datumEPSGEPSG oEPSG*U )geodetic_datumEPSGEPSG oEPSGz*T )geodetic_datumEPSGEPSGQEPSG*S )geodetic_datumEPSGEPSG EPSG*R )geodetic_datumEPSGEPSGEPSG*Q )geodetic_datumEPSGEPSGEPSG*P )geodetic_datumEPSGEPSGqEPSG*O )geodetic_datumEPSGEPSGEPSG*N )geodetic_datumEPSGEPSGEPSG*M )geodetic_datumEPSGEPSGEPSG*L )geodetic_datumEPSGEPSGEPSG*K )geodetic_datumEPSGEPSGEPSG*J )geodetic_datumEPSGEPSGEPSG*I )geodetic_datumEPSGEPSGEPSG*H )geodetic_datumEPSGEPSGEPSG*G )geodetic_datumEPSG{EPSGEPSG*F )geodetic_datumEPSGyEPSGfEPSG*E )geodetic_datumEPSGxEPSG +EPSG*D )geodetic_datumEPSGwEPSGfEPSG*C )geodetic_datumEPSGvEPSG +EPSG*B )geodetic_datumEPSGuEPSGEPSG*A )geodetic_datumEPSGsEPSG EPSG*@ )geodetic_datumEPSGrEPSGWEPSG*? )geodetic_datumEPSGqEPSG EPSG*> )geodetic_datumEPSGpEPSG|EPSG*= )geodetic_datumEPSGoEPSGEPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG=EPSG* )geodetic_datumEPSGEPSG+EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGVEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSG EPSG EPSG* )geodetic_datumEPSG EPSGEPSG* )geodetic_datumEPSG EPSG EPSG* )geodetic_datumEPSG EPSGEPSG* )geodetic_datumEPSG EPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG BEPSG* )geodetic_datumEPSGEPSGdEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG_EPSG W|P$tH l @  d 8 \ 0  T ( x L k>]0|O"nA`3R%qDc6 */ )geodetic_datumEPSG'EPSG5EPSGu*. )geodetic_datumEPSG%EPSG7EPSGu*- )geodetic_datumEPSG#EPSG/EPSGu*, )geodetic_datumEPSG"EPSG,EPSGu*+ )geodetic_datumEPSG!EPSGHEPSG** )geodetic_datumEPSG EPSGHEPSG*) )geodetic_datumEPSGEPSGEPSGu*( )geodetic_datumEPSGEPSG EPSGu*' )geodetic_datumEPSGEPSGEPSG*& )geodetic_datumEPSGEPSG EPSGu*% )geodetic_datumEPSGEPSGEPSG*$ )geodetic_datumEPSGEPSG*EPSG*# )geodetic_datumEPSGEPSGEPSG*" )geodetic_datumEPSG EPSGbEPSG*! )geodetic_datumEPSG EPSGQEPSG* )geodetic_datumEPSG EPSGEPSGu* )geodetic_datumEPSGEPSG!EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSGu* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSGu* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG 5EPSGp* )geodetic_datumEPSGEPSG 5EPSGp* )geodetic_datumEPSGEPSGEPSGp* )geodetic_datumEPSGEPSG*EPSG* )geodetic_datumEPSGEPSG*EPSG* )geodetic_datumEPSGEPSG*EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGBEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG*EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG*~ )geodetic_datumEPSGEPSGEPSG*} )geodetic_datumEPSGEPSGEPSG*| )geodetic_datumEPSGEPSGEPSG*{ )geodetic_datumEPSGEPSGEPSG*z )geodetic_datumEPSGEPSGEPSG*y )geodetic_datumEPSGEPSG2EPSG*x )geodetic_datumEPSGEPSGEPSG*w )geodetic_datumEPSGEPSGGEPSG*v )geodetic_datumEPSGEPSGEPSG*u )geodetic_datumEPSGEPSGEPSG*t )geodetic_datumEPSGEPSGEPSGj*s )geodetic_datumEPSGEPSGEPSG*r )geodetic_datumEPSGEPSG2EPSG*q )geodetic_datumEPSGEPSGEPSG*p )geodetic_datumEPSGEPSG^EPSG*o )geodetic_datumEPSGEPSG{EPSG*n )geodetic_datumEPSGEPSG{EPSG*m )geodetic_datumEPSGEPSGEPSG*l )geodetic_datumEPSGEPSGEPSG*k )geodetic_datumEPSGEPSGEPSG*j )geodetic_datumEPSGEPSG%EPSG*i )geodetic_datumEPSGEPSG%EPSG*h )geodetic_datumEPSGEPSG%EPSG*g )geodetic_datumEPSGEPSG%EPSG*f )geodetic_datumEPSGEPSG%EPSG*e )geodetic_datumEPSGEPSG%EPSG*d )geodetic_datumEPSGEPSG%EPSG*c )geodetic_datumEPSGEPSGEPSG*b )geodetic_datumEPSGEPSGhEPSG*a )geodetic_datumEPSGEPSGgEPSG*` )geodetic_datumEPSGEPSG`EPSG*_ )geodetic_datumEPSGEPSGEPSG*^ )geodetic_datumEPSGEPSGEPSG*] )geodetic_datumEPSGEPSGEPSG*\ )geodetic_datumEPSGEPSGEPSG*[ )geodetic_datumEPSGEPSGEPSG*Z )geodetic_datumEPSGEPSGEPSG*Y )geodetic_datumEPSGEPSGEPSG VyLk> ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG|EPSG* )geodetic_datumEPSGEPSGREPSG* )geodetic_datumEPSGEPSGEEPSG*~ )geodetic_datumEPSGEPSGEPSG*} )geodetic_datumEPSGEPSGEPSG*| )geodetic_datumEPSGEPSG7EPSG*{ )geodetic_datumEPSGEPSGEPSG*z )geodetic_datumEPSGEPSG EPSG*y )geodetic_datumEPSGEPSGEPSG*x )geodetic_datumEPSGEPSGEPSG*w )geodetic_datumEPSGEPSG2EPSG*v )geodetic_datumEPSGEPSGEPSG*u )geodetic_datumEPSGEPSGbEPSG*t )geodetic_datumEPSGEPSGEPSG*s )geodetic_datumEPSGEPSGEPSG*r )geodetic_datumEPSGEPSGSEPSG*q )geodetic_datumEPSGEPSGSEPSG*p )geodetic_datumEPSGEPSG_EPSG*o )geodetic_datumEPSGEPSGkEPSG*n )geodetic_datumEPSGEPSG_EPSG*m )geodetic_datumEPSGEPSGEPSGx*l )geodetic_datumEPSGEPSG8EPSG*k )geodetic_datumEPSGEPSGEPSG*j )geodetic_datumEPSGEPSGEPSG*i )geodetic_datumEPSG~EPSGEPSG *h )geodetic_datumEPSG}EPSGEPSGu*g )geodetic_datumEPSG|EPSGNEPSG*f )geodetic_datumEPSG{EPSGEPSG*e )geodetic_datumEPSGzEPSGvEPSG*d )geodetic_datumEPSGyEPSGEPSG*c )geodetic_datumEPSGxEPSGEPSG*b )geodetic_datumEPSGwEPSGEPSG*a )geodetic_datumEPSGuEPSGEPSG*` )geodetic_datumEPSGtEPSGEPSG *_ )geodetic_datumEPSGrEPSGEPSG*^ )geodetic_datumEPSGqEPSGEPSG *] )geodetic_datumEPSGpEPSGEPSG*\ )geodetic_datumEPSGoEPSGGEPSG*[ )geodetic_datumEPSGmEPSGEPSG*Z )geodetic_datumEPSGjEPSGEPSGu*Y )geodetic_datumEPSGiEPSGEPSGu*X )geodetic_datumEPSGgEPSGEPSG*W )geodetic_datumEPSGfEPSGEPSG*V )geodetic_datumEPSGdEPSGEPSG*U )geodetic_datumEPSGcEPSGEPSG *T )geodetic_datumEPSGWEPSGEPSG*S )geodetic_datumEPSGVEPSGEPSGu*R )geodetic_datumEPSGUEPSG%EPSG*Q )geodetic_datumEPSGPEPSGEPSG*P )geodetic_datumEPSGOEPSGEPSGV*O )geodetic_datumEPSGNEPSGEPSG*N )geodetic_datumEPSGMEPSGEPSG*M )geodetic_datumEPSGLEPSGsEPSG*L )geodetic_datumEPSGKEPSGEPSGp*K )geodetic_datumEPSGIEPSGOEPSG*J )geodetic_datumEPSGHEPSGQEPSGu*I )geodetic_datumEPSGGEPSGPEPSGu*H )geodetic_datumEPSGFEPSGVEPSG*G )geodetic_datumEPSGEEPSGUEPSG*F )geodetic_datumEPSGDEPSG EPSG*E )geodetic_datumEPSGCEPSGEPSG*D )geodetic_datumEPSGBEPSG EPSG*C )geodetic_datumEPSGAEPSGGEPSGu*B )geodetic_datumEPSG@EPSGHEPSGu*A )geodetic_datumEPSG?EPSGJEPSGu*@ )geodetic_datumEPSG>EPSGKEPSGu*? )geodetic_datumEPSG=EPSGLEPSGu*> )geodetic_datumEPSG ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*[ )geodetic_datumEPSG EPSGEPSG*Z )geodetic_datumEPSG EPSG EPSG*Y )geodetic_datumEPSG EPSGcEPSG*X )geodetic_datumEPSG EPSG:EPSG*W )geodetic_datumEPSGEPSG9EPSG*V )geodetic_datumEPSGEPSGEPSG*U )geodetic_datumEPSGEPSGEPSG*T )geodetic_datumEPSGEPSGEPSG*S )geodetic_datumEPSGEPSGEPSG*R )geodetic_datumEPSGEPSG EPSG*Q )geodetic_datumEPSGEPSG EPSG*P )geodetic_datumEPSGEPSGEPSG*O )geodetic_datumEPSGEPSGEPSG*N )geodetic_datumEPSGEPSG3EPSG*M )geodetic_datumEPSGEPSG3EPSG*L )geodetic_datumEPSGEPSG +EPSG*K )geodetic_datumEPSGEPSG%EPSG*J )geodetic_datumEPSGEPSG7EPSG*I )geodetic_datumEPSGEPSG3EPSG*H )geodetic_datumEPSGEPSG5EPSG*G )geodetic_datumEPSGEPSG4EPSG*F )geodetic_datumEPSGEPSG6EPSG*E )geodetic_datumEPSGEPSG EPSG*D )geodetic_datumEPSGEPSG EPSG*C )geodetic_datumEPSGEPSGEPSG*B )geodetic_datumEPSGEPSGEPSG*A )geodetic_datumEPSGEPSGEPSG*@ )geodetic_datumEPSGEPSG1EPSG*? )geodetic_datumEPSGEPSG#EPSG*> )geodetic_datumEPSGEPSG EPSG*= )geodetic_datumEPSGEPSGyEPSG*< )geodetic_datumEPSGEPSG0EPSG*; )geodetic_datumEPSGEPSGEPSG*: )geodetic_datumEPSGEPSG EPSG*9 )geodetic_datumEPSGEPSGEPSG*8 )geodetic_datumEPSGEPSG EPSG*7 )geodetic_datumEPSGEPSG EPSG*6 )geodetic_datumEPSGEPSGEPSGJ*5 )geodetic_datumEPSGEPSGEPSG*4 )geodetic_datumEPSGEPSGEPSG*3 )geodetic_datumEPSGEPSGEPSG*2 )geodetic_datumEPSGEPSGEPSG*1 )geodetic_datumEPSGEPSGEPSG*0 )geodetic_datumEPSGEPSGEPSG*/ )geodetic_datumEPSGEPSGEPSG*. )geodetic_datumEPSGEPSGEPSG*- )geodetic_datumEPSGEPSGEPSG*, )geodetic_datumEPSGEPSGEPSG*+ )geodetic_datumEPSGEPSGEPSG** )geodetic_datumEPSGEPSGEPSG*) )geodetic_datumEPSGEPSGEPSG*( )geodetic_datumEPSGEPSGEPSG*' )geodetic_datumEPSGEPSGEPSG*& )geodetic_datumEPSGEPSGEPSG*% )geodetic_datumEPSGEPSGEPSG*$ )geodetic_datumEPSGEPSGEPSG*# )geodetic_datumEPSGEPSGEPSG*" )geodetic_datumEPSGEPSGEPSG*! )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSG~EPSGEPSG* )geodetic_datumEPSG}EPSGEPSG* )geodetic_datumEPSG|EPSGEPSG* )geodetic_datumEPSG{EPSGEPSG* )geodetic_datumEPSGzEPSGEPSG* )geodetic_datumEPSGyEPSGEPSG* )geodetic_datumEPSGxEPSGEPSG* )geodetic_datumEPSGwEPSGEPSG* )geodetic_datumEPSGvEPSGEPSG* )geodetic_datumEPSGuEPSGEPSG* )geodetic_datumEPSGtEPSGEPSG* )geodetic_datumEPSGsEPSGEPSG* )geodetic_datumEPSGrEPSGEPSG* )geodetic_datumEPSGqEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGOEPSG* )geodetic_datumEPSGEPSG4EPSG* )geodetic_datumEPSGEPSG_EPSG VyLk> ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*1 )geodetic_datumEPSGfEPSG EPSG*0 )geodetic_datumEPSGeEPSGEPSG*/ )geodetic_datumEPSGdEPSG EPSG*. )geodetic_datumEPSGcEPSGEPSG*- )geodetic_datumEPSGbEPSG EPSG*, )geodetic_datumEPSGaEPSG EPSG*+ )geodetic_datumEPSG`EPSGEPSG** )geodetic_datumEPSG_EPSGEPSG*) )geodetic_datumEPSG^EPSGEPSG*( )geodetic_datumEPSG]EPSG_EPSG*' )geodetic_datumEPSG\EPSG EPSG*& )geodetic_datumEPSG[EPSGIEPSG*% )geodetic_datumEPSGZEPSG$EPSG*$ )geodetic_datumEPSGYEPSGEPSG*# )geodetic_datumEPSGXEPSGEPSG*" )geodetic_datumEPSGWEPSGEPSG*! )geodetic_datumEPSGVEPSGEPSG* )geodetic_datumEPSGUEPSG>EPSG* )geodetic_datumEPSGTEPSG$EPSG* )geodetic_datumEPSGSEPSGWEPSG* )geodetic_datumEPSGREPSG3EPSG* )geodetic_datumEPSGQEPSG EPSG* )geodetic_datumEPSGPEPSG EPSG* )geodetic_datumEPSGOEPSGEPSG* )geodetic_datumEPSGNEPSG EPSG* )geodetic_datumEPSGMEPSGEPSG* )geodetic_datumEPSGLEPSGEPSGP* )geodetic_datumEPSGKEPSGEPSG* )geodetic_datumEPSGJEPSGfEPSG* )geodetic_datumEPSGHEPSG EPSG* )geodetic_datumEPSGGEPSGCEPSG* )geodetic_datumEPSGFEPSG+EPSG* )geodetic_datumEPSGEEPSG EPSG* )geodetic_datumEPSGDEPSG EPSG* )geodetic_datumEPSGCEPSGREPSG* )geodetic_datumEPSGBEPSGEPSG* )geodetic_datumEPSGAEPSGEPSG* )geodetic_datumEPSG@EPSGEPSG* )geodetic_datumEPSG?EPSGEPSG* )geodetic_datumEPSG>EPSGEPSG* )geodetic_datumEPSG=EPSG EPSG* )geodetic_datumEPSGEPSGv*l )geodetic_datumEPSGEPSGEPSG*k )geodetic_datumEPSGEPSG EPSG*j )geodetic_datumEPSGEPSGHEPSG*i )geodetic_datumEPSGEPSG xEPSG*h )geodetic_datumEPSGEPSG %EPSG*g )geodetic_datumEPSGEPSGPEPSG*f )geodetic_datumEPSGEPSGEPSG*e )geodetic_datumEPSGEPSG EPSG*d )geodetic_datumEPSGEPSG EPSG*c )geodetic_datumEPSGEPSG ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<* )geodetic_datumEPSGEPSGPEPSG* )geodetic_datumEPSGEPSGiEPSG* )geodetic_datumEPSGEPSG^EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSGXEPSG* )geodetic_datumEPSGEPSGWEPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG EPSG*~ )geodetic_datumEPSGEPSG EPSG*} )geodetic_datumEPSGEPSGEPSG*| )geodetic_datumEPSGEPSG EPSG*{ )geodetic_datumEPSGEPSGEPSG*z )geodetic_datumEPSGEPSG EPSG*y )geodetic_datumEPSGEPSGEPSG*x )geodetic_datumEPSGEPSGEPSG*w )geodetic_datumEPSGEPSGEPSG*v )geodetic_datumEPSGEPSG EPSG*u )geodetic_datumEPSGEPSGEPSG*t )geodetic_datumEPSGEPSG EPSG*s )geodetic_datumEPSGEPSG EPSG*r )geodetic_datumEPSGEPSG EPSG*q )geodetic_datumEPSGEPSGCEPSG*p )geodetic_datumEPSGEPSG EPSG*o )geodetic_datumEPSGEPSGEPSG*n )geodetic_datumEPSGEPSGEPSG*m )geodetic_datumEPSGEPSG EPSG*l )geodetic_datumEPSGEPSG EPSG*k )geodetic_datumEPSGEPSGEPSG*j )geodetic_datumEPSGEPSGEPSG*i )geodetic_datumEPSGEPSGUEPSG*h )geodetic_datumEPSGEPSGSEPSG*g )geodetic_datumEPSGEPSG;EPSG*f )geodetic_datumEPSGEPSGTEPSG*e )geodetic_datumEPSGEPSGEPSG*d )geodetic_datumEPSGEPSGEPSG*c )geodetic_datumEPSGEPSGREPSG*b )geodetic_datumEPSGEPSG}EPSG*a )geodetic_datumEPSGEPSGQEPSG*` )geodetic_datumEPSGEPSGEPSG*_ )geodetic_datumEPSGEPSGOEPSG*^ )geodetic_datumEPSGEPSGEPSG*] )geodetic_datumEPSGEPSG EPSG*\ )geodetic_datumEPSGEPSGNEPSG*[ )geodetic_datumEPSGEPSGEPSG*Z )geodetic_datumEPSGEPSG!EPSG*Y )geodetic_datumEPSGEPSGSEPSG*X )geodetic_datumEPSGEPSGBEPSG*W )geodetic_datumEPSGEPSGEPSG*V )geodetic_datumEPSGEPSG wEPSG*U )geodetic_datumEPSGEPSGQEPSG*T )geodetic_datumEPSGEPSG0EPSG*S )geodetic_datumEPSGEPSGLEPSG*R )geodetic_datumEPSGEPSGKEPSG*Q )geodetic_datumEPSGEPSGJEPSG*P )geodetic_datumEPSGEPSGEPSG*O )geodetic_datumEPSGEPSG&EPSG*N )geodetic_datumEPSGEPSGEPSG*M )geodetic_datumEPSGEPSGnEPSG*L )geodetic_datumEPSGEPSGEPSG*K )geodetic_datumEPSGEPSGHEPSG*J )geodetic_datumEPSGEPSG EPSG*I )geodetic_datumEPSGEPSG*EPSG*H )geodetic_datumEPSG~EPSGGEPSG*G )geodetic_datumEPSG}EPSGFEPSG*F )geodetic_datumEPSG|EPSGoEPSG*E )geodetic_datumEPSG{EPSGEEPSG*D )geodetic_datumEPSGzEPSGLEPSG*C )geodetic_datumEPSGyEPSG EPSG*B )geodetic_datumEPSGxEPSG&EPSGO*A )geodetic_datumEPSGwEPSGEPSG*@ )geodetic_datumEPSGvEPSGAEPSG*? )geodetic_datumEPSGuEPSGEPSG*> )geodetic_datumEPSGtEPSG$EPSG*= )geodetic_datumEPSGsEPSG lEPSGp*< )geodetic_datumEPSGqEPSG$EPSG*; )geodetic_datumEPSGpEPSG AEPSG*: )geodetic_datumEPSGoEPSGEPSG*9 )geodetic_datumEPSGnEPSGEPSG*8 )geodetic_datumEPSGmEPSGEPSG*7 )geodetic_datumEPSGlEPSGEPSG*6 )geodetic_datumEPSGkEPSG EPSG*5 )geodetic_datumEPSGjEPSGPEPSG*4 )geodetic_datumEPSGiEPSG EPSG*3 )geodetic_datumEPSGhEPSGDEPSG*2 )geodetic_datumEPSGgEPSG EPSG VyLk> ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*] )geodetic_datumEPSG.EPSGEPSG*\ )geodetic_datumEPSG-EPSG cEPSG *[ )geodetic_datumEPSG,EPSG EPSG*Z )geodetic_datumEPSG+EPSG EPSG*Y )geodetic_datumEPSG*EPSG EPSG*X )geodetic_datumEPSG)EPSG MEPSG*W )geodetic_datumEPSG(EPSG LEPSG *V )geodetic_datumEPSG'EPSG KEPSG *U )geodetic_datumEPSG&EPSG EPSG*T )geodetic_datumEPSG%EPSG :EPSGt*S )geodetic_datumEPSG$EPSG 6EPSG*R )geodetic_datumEPSG#EPSG 5EPSG*Q )geodetic_datumEPSG"EPSG 4EPSG*P )geodetic_datumEPSG!EPSG :EPSG*O )geodetic_datumEPSG EPSG =EPSG*N )geodetic_datumEPSGEPSGJEPSG*M )geodetic_datumEPSGEPSG.EPSG*L )geodetic_datumEPSGEPSGEPSG*K )geodetic_datumEPSGEPSG EPSG*J )geodetic_datumEPSGEPSGEPSG*I )geodetic_datumEPSGEPSGEPSG*H )geodetic_datumEPSGEPSGEPSG*G )geodetic_datumEPSGEPSG EPSG*F )geodetic_datumEPSGEPSG EPSG*E )geodetic_datumEPSGEPSGrEPSG *D )geodetic_datumEPSGEPSGrEPSG*C )geodetic_datumEPSGEPSGrEPSG*B )geodetic_datumEPSGEPSGEPSG*A )geodetic_datumEPSGEPSG ZEPSG*@ )geodetic_datumEPSGEPSG IEPSG*? )geodetic_datumEPSGEPSG IEPSG*> )geodetic_datumEPSGEPSGUEPSG*= )geodetic_datumEPSGEPSG EPSG*< )geodetic_datumEPSG EPSGEPSG*; )geodetic_datumEPSG EPSG EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSGIEPSG* )geodetic_datumEPSGEPSG !EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSGNEPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSG"EPSG* )geodetic_datumEPSGEPSGBEPSG VyLk> ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*3 )geodetic_datumEPSGEPSGYEPSG*2 )geodetic_datumEPSGEPSG.EPSG*1 )geodetic_datumEPSGEPSGEPSG*0 )geodetic_datumEPSGEPSGUEPSG*/ )geodetic_datumEPSGEPSGPEPSG*. )geodetic_datumEPSGEPSGVEPSG*- )geodetic_datumEPSGEPSGEPSG*, )geodetic_datumEPSGEPSGHEPSG*+ )geodetic_datumEPSGEPSGREPSG** )geodetic_datumEPSGEPSG EPSG*) )geodetic_datumEPSGEPSG EPSG*( )geodetic_datumEPSGEPSGEPSG*' )geodetic_datumEPSGEPSGUEPSG*& )geodetic_datumEPSGEPSG EPSG*% )geodetic_datumEPSGEPSGCEPSG*$ )geodetic_datumEPSGEPSGKEPSG*# )geodetic_datumEPSGEPSGnEPSG*" )geodetic_datumEPSGEPSG EPSG*! )geodetic_datumEPSGEPSG)EPSG* )geodetic_datumEPSGEPSG$EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGEPSG EPSG* )geodetic_datumEPSGEPSGEPSG* )geodetic_datumEPSGmEPSGEPSG* )geodetic_datumEPSGlEPSG EPSG* )geodetic_datumEPSGkEPSG EPSG * )geodetic_datumEPSGjEPSGEPSG * )geodetic_datumEPSGiEPSG4EPSG* )geodetic_datumEPSGhEPSGEPSG* )geodetic_datumEPSGgEPSGEPSG* )geodetic_datumEPSGfEPSGhEPSG* )geodetic_datumEPSGeEPSGEPSG* )geodetic_datumEPSGdEPSG EPSG* )geodetic_datumEPSGcEPSGbEPSG* )geodetic_datumEPSGbEPSGwEPSG* )geodetic_datumEPSGaEPSG EPSG* )geodetic_datumEPSG`EPSG {EPSG* )geodetic_datumEPSG_EPSGEPSG* )geodetic_datumEPSG^EPSG EPSG* )geodetic_datumEPSG]EPSGEPSG* )geodetic_datumEPSG\EPSG IEPSG* )geodetic_datumEPSG[EPSGSEPSG* )geodetic_datumEPSGZEPSG EPSG* )geodetic_datumEPSGYEPSG EPSG* )geodetic_datumEPSGXEPSGEPSGp* )geodetic_datumEPSGWEPSG)EPSG* )geodetic_datumEPSGVEPSGEPSG* )geodetic_datumEPSGUEPSG EPSG* )geodetic_datumEPSGTEPSGEPSG* )geodetic_datumEPSGSEPSG^EPSG* )geodetic_datumEPSGREPSG^EPSG* )geodetic_datumEPSGQEPSGoEPSG* )geodetic_datumEPSGPEPSG EPSG*~ )geodetic_datumEPSGOEPSG xEPSG*} )geodetic_datumEPSGNEPSG pEPSG*| )geodetic_datumEPSGMEPSG vEPSG*{ )geodetic_datumEPSGLEPSG wEPSG*z )geodetic_datumEPSGKEPSG {EPSG*y )geodetic_datumEPSGJEPSG zEPSG*x )geodetic_datumEPSGIEPSG EPSG*w )geodetic_datumEPSGHEPSGEPSG*v )geodetic_datumEPSGGEPSG EPSG*u )geodetic_datumEPSGFEPSG rEPSG*t )geodetic_datumEPSGEEPSG EPSG*s )geodetic_datumEPSGDEPSG uEPSG*r )geodetic_datumEPSGCEPSG qEPSG*q )geodetic_datumEPSGBEPSG EPSG*p )geodetic_datumEPSGAEPSG FEPSG*o )geodetic_datumEPSG@EPSGFEPSG*n )geodetic_datumEPSG?EPSG tEPSG*m )geodetic_datumEPSG>EPSGEPSG*l )geodetic_datumEPSG=EPSG EPSG*k )geodetic_datumEPSG ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<* )vertical_datumEPSGEPSG%EPSG* )vertical_datumEPSGEPSG fEPSG* )vertical_datumEPSGEPSG MEPSG* )vertical_datumEPSGEPSG EPSG* )vertical_datumEPSGEPSGEPSG* )vertical_datumEPSGEPSG EPSG* )vertical_datumEPSGEPSGEPSG* )vertical_datumEPSGEPSG EPSG* )vertical_datumEPSGEPSGEPSG* )vertical_datumEPSGEPSG{EPSG* )vertical_datumEPSGEPSG)EPSG*~ )vertical_datumEPSGEPSGEPSG*} )vertical_datumEPSGEPSGfEPSG*| )vertical_datumEPSGEPSGmEPSG*{ )vertical_datumEPSGEPSG6EPSG*z )vertical_datumEPSGEPSG oEPSG*y )vertical_datumEPSGEPSG oEPSG*x )vertical_datumEPSGEPSG oEPSG*w )vertical_datumEPSGEPSGIEPSG*v )vertical_datumEPSGEPSGIEPSG*u )vertical_datumEPSGEPSGOEPSG*t )vertical_datumEPSGEPSGEPSG*s )vertical_datumEPSGEPSG'EPSG*r )vertical_datumEPSGEPSG EPSG*q )vertical_datumEPSGEPSG EPSG*p )vertical_datumEPSGEPSGEPSG*o )vertical_datumEPSG~EPSGEPSG*n )vertical_datumEPSG}EPSG EPSG*m )vertical_datumEPSG|EPSG EPSGv*l )vertical_datumEPSGzEPSGEPSG*k )vertical_datumEPSGtEPSGEPSGx*j )vertical_datumEPSGkEPSG EPSG*i )vertical_datumEPSGjEPSG EPSG*h )vertical_datumEPSGiEPSGHEPSG*g )vertical_datumEPSGgEPSG%EPSG*f )vertical_datumEPSGfEPSG EPSG*e )vertical_datumEPSGeEPSGEPSG*d )vertical_datumEPSGdEPSG EPSG*c )vertical_datumEPSGcEPSG EPSG*b )vertical_datumEPSGbEPSG EPSG*a )vertical_datumEPSGaEPSGEPSG*` )vertical_datumEPSG_EPSGKEPSG*_ )vertical_datumEPSGVEPSG 7EPSG*^ )vertical_datumEPSGUEPSGEPSG*] )vertical_datumEPSGTEPSG@EPSG*\ )vertical_datumEPSGSEPSG 8EPSG*[ )vertical_datumEPSGREPSGaEPSG*Z )vertical_datumEPSGQEPSG :EPSG*Y )vertical_datumEPSGPEPSG 9EPSG*X )vertical_datumEPSGOEPSG ;EPSG*W )vertical_datumEPSGNEPSG`EPSG*V )vertical_datumEPSGMEPSGEPSG*U )vertical_datumEPSGKEPSG EPSG*T )vertical_datumEPSGJEPSGEPSG*S )vertical_datumEPSGIEPSG qEPSG*R )vertical_datumEPSGHEPSGHEPSG*Q )vertical_datumEPSGFEPSGEPSG*P )vertical_datumEPSGEEPSGEPSG*O )vertical_datumEPSGDEPSGEPSG*N )vertical_datumEPSGCEPSGEPSG*M )vertical_datumEPSGBEPSGEPSG*L )vertical_datumEPSGAEPSGEPSG*K )vertical_datumEPSG@EPSGEPSG*J )vertical_datumEPSG?EPSGEPSG*I )vertical_datumEPSG>EPSGEPSG*H )vertical_datumEPSG=EPSGEPSG*G )vertical_datumEPSG )vertical_datumEPSGEPSG EPSG*= )vertical_datumEPSGEPSGEPSG*< )vertical_datumEPSGEPSGEPSG*; )vertical_datumEPSGEPSG EPSG*: )vertical_datumEPSGEPSG)EPSG*9 )vertical_datumEPSGEPSGEPSG*8 )geodetic_datumEPSGEPSGEPSG*7 )geodetic_datumEPSGrEPSGEPSG*6 )geodetic_datumEPSGEPSGSEPSG *5 )geodetic_datumEPSGEPSGEPSG*4 )geodetic_datumEPSGEPSG >EPSG VyLk> ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*_ )vertical_datumEPSGEPSG/EPSG*^ )vertical_datumEPSGEPSG.EPSG*] )vertical_datumEPSGEPSG.EPSG*\ )vertical_datumEPSGEPSG EPSG*[ )vertical_datumEPSGEPSG EPSG*Z )vertical_datumEPSGEPSG EPSG*Y )vertical_datumEPSGEPSG EPSG*X )vertical_datumEPSGEPSGEPSG*W )vertical_datumEPSGEPSG EPSG*V )vertical_datumEPSGEPSGEPSG*U )vertical_datumEPSGEPSGCEPSG*T )vertical_datumEPSGEPSGEPSG*S )vertical_datumEPSGEPSG.EPSG*R )vertical_datumEPSGEPSG EPSG*Q )vertical_datumEPSGEPSG wEPSG*P )vertical_datumEPSGEPSG EPSG*O )vertical_datumEPSGEPSGAEPSG*N )vertical_datumEPSGEPSG+EPSG*M )vertical_datumEPSGEPSG EPSG*L )vertical_datumEPSGEPSGEPSG*K )vertical_datumEPSGEPSG EPSG*J )vertical_datumEPSGEPSGEPSG*I )vertical_datumEPSGEPSGEPSG*H )vertical_datumEPSGEPSG_EPSG*G )vertical_datumEPSGEPSGEPSGx*F )vertical_datumEPSGvEPSGEPSG*E )vertical_datumEPSGsEPSGEPSG*D )vertical_datumEPSGnEPSGEPSG *C )vertical_datumEPSGlEPSGEPSG*B )vertical_datumEPSGkEPSGEPSG*A )vertical_datumEPSGhEPSGEPSGl*@ )vertical_datumEPSGeEPSGEPSG*? )vertical_datumEPSGbEPSG /EPSGv*> )vertical_datumEPSG_EPSGEPSG*= )vertical_datumEPSG^EPSGEPSG*< )vertical_datumEPSG]EPSGEPSG*; )vertical_datumEPSG\EPSGEPSG*: )vertical_datumEPSGZEPSG EPSGv*9 )vertical_datumEPSGYEPSG EPSGv*8 )vertical_datumEPSGXEPSG EPSGv*7 )vertical_datumEPSGTEPSGEPSG*6 )vertical_datumEPSGSEPSGEPSG*5 )vertical_datumEPSGREPSGEPSG*4 )vertical_datumEPSGQEPSGEPSG*3 )vertical_datumEPSGJEPSG EPSG*2 )vertical_datumEPSG3EPSG ] 0  | O " n A  ` 3   R %qDc6 U(tGf9 X+wJi<*5 )vertical_datumEPSGVEPSG EPSGv*4 )vertical_datumEPSGUEPSG EPSG*3 )vertical_datumEPSGTEPSG EPSG*2 )vertical_datumEPSGSEPSGEPSG*1 )vertical_datumEPSGREPSG AEPSG*0 )vertical_datumEPSGQEPSG BEPSG*/ )vertical_datumEPSGPEPSG ?EPSG*. )vertical_datumEPSGOEPSG 6EPSG*- )vertical_datumEPSGNEPSG @EPSG*, )vertical_datumEPSGMEPSG 5EPSG*+ )vertical_datumEPSGLEPSG 4EPSG** )vertical_datumEPSGKEPSG >EPSG*) )vertical_datumEPSGJEPSG EPSG*( )vertical_datumEPSGIEPSG LEPSG*' )vertical_datumEPSGHEPSG EPSG*& )vertical_datumEPSGGEPSG EPSG*% )vertical_datumEPSGFEPSG EPSG*$ )vertical_datumEPSGEEPSG/EPSG*# )vertical_datumEPSGDEPSG EPSG*" )vertical_datumEPSGCEPSG EPSG*! )vertical_datumEPSGBEPSG EPSG* )vertical_datumEPSGAEPSG_EPSG* )vertical_datumEPSG@EPSG EPSG* )vertical_datumEPSG?EPSG?EPSG* )vertical_datumEPSG>EPSG EPSG* )vertical_datumEPSG=EPSG EPSG* )vertical_datumEPSGEPSG*{ )vertical_datumEPSGEPSG EPSG*z )vertical_datumEPSGEPSG EPSG*y )vertical_datumEPSGEPSG EPSG*x )vertical_datumEPSGEPSG EPSG*w )vertical_datumEPSGEPSG EPSG*v )vertical_datumEPSGEPSG EPSG*u )vertical_datumEPSGEPSG EPSG*t )vertical_datumEPSGEPSG EPSG*s )vertical_datumEPSGEPSG EPSG*r )vertical_datumEPSGEPSG EPSG*q )vertical_datumEPSGEPSG EPSG*p )vertical_datumEPSGEPSG EPSG*o )vertical_datumEPSGEPSG EPSG*n )vertical_datumEPSGEPSG EPSG*m )vertical_datumEPSGEPSGNEPSG*l )vertical_datumEPSG EPSG EPSGp*k )vertical_datumEPSG EPSG EPSGv*j )vertical_datumEPSG EPSG EPSG*i )vertical_datumEPSG EPSGEPSG*h )vertical_datumEPSG EPSGEPSG*g )vertical_datumEPSGEPSGEPSG*f )vertical_datumEPSGEPSGEPSGC*e )vertical_datumEPSGEPSGEPSG*d )vertical_datumEPSGEPSGEPSG*c )vertical_datumEPSGEPSGEPSG*b )vertical_datumEPSGEPSG EPSG*a )vertical_datumEPSGEPSGFEPSG*` )vertical_datumEPSGEPSG EPSG [yLk> W ' g 7  w G  s J ! } T + ^5 h?rI |S*]4 g>qH{R)& !conversionEPSGEPSG EPSG & !conversionEPSGEPSG 8EPSG& !conversionEPSGEPSG 7EPSG& !conversionEPSGEPSG 6EPSG& !conversionEPSGEPSG 5EPSG& !conversionEPSG[EPSG -EPSG& !conversionEPSGZEPSG ,EPSG& !conversionEPSGQEPSG 4EPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG 3EPSG& !conversionEPSGEPSG 2EPSG& !conversionEPSGEPSG 1EPSG& !conversionEPSGEPSG 0EPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG EPSG&~ !conversionEPSG EPSG EPSG&} !conversionEPSG EPSG EPSG&| !conversionEPSG EPSG EPSG&{ !conversionEPSG EPSGXEPSG&z !conversionEPSG EPSGWEPSG&y !conversionEPSGEPSGVEPSG&x !conversionEPSGEPSGUEPSG&w !conversionEPSGEPSG /EPSG&v !conversionEPSGEPSG .EPSG&u !conversionEPSGEPSG EPSG&t !conversionEPSGEPSG EPSG&s !conversionEPSGEPSG0EPSG&r !conversionEPSGEPSG/EPSG&q !conversionEPSGEPSGEPSG&p !conversionEPSGEPSGEPSG&o !conversionEPSGEPSGEPSG&n !conversionEPSGEPSGEPSG&m !conversionEPSGEPSGEPSG&l !conversionEPSGEPSGEPSG&k !conversionEPSGEPSGEPSG&j !conversionEPSGEPSG KEPSG&i !conversionEPSGEPSG%EPSG&h !conversionEPSGEPSGEPSGo&g !conversionEPSG;EPSGEPSG&f !conversionEPSG:EPSG EPSG&e !conversionEPSG9EPSG EPSG&d !conversionEPSG EPSGEPSG&c !conversionEPSGEPSGEPSG&b !conversionEPSGEPSGEPSG&a !conversionEPSGEPSGEPSG&` !conversionEPSGEPSGEPSG&_ !conversionEPSGEPSGEPSG&^ !conversionEPSGEPSGEPSG&] !conversionEPSGEPSGEPSG&\ !conversionEPSGEPSGEPSG&[ !conversionEPSGEPSGEPSG&Z !conversionEPSGEPSG EPSG&Y !conversionEPSGEPSG EPSG&X !conversionEPSGEPSG EPSG&W !conversionEPSGEPSGEPSGJ&V !conversionEPSG EPSGEPSG&U !conversionEPSGEPSG dEPSG&T !conversionEPSGEPSG EPSG &S !conversionEPSGEPSG EPSG &R !conversionEPSGEPSGqEPSGo&Q !conversionEPSGEPSGCEPSGv-P /engineering_datumEPSG$bEPSG :EPSG-O /engineering_datumEPSG$_EPSGEPSG-N /engineering_datumEPSG$^EPSG[EPSG-M /engineering_datumEPSG$]EPSGEPSG-L /engineering_datumEPSG$\EPSGZEPSG-K /engineering_datumEPSG$[EPSGEPSG-J /engineering_datumEPSG$ZEPSGEPSG-I /engineering_datumEPSG$YEPSGEPSG-H /engineering_datumEPSG$XEPSGEPSG-G /engineering_datumEPSG$WEPSG'EPSG-F /engineering_datumEPSG$VEPSG(EPSG-E /engineering_datumEPSG$UEPSGEPSG-D /engineering_datumEPSG$TEPSGEPSG-C /engineering_datumEPSGnEPSGIEPSG *B )vertical_datumEPSGaEPSGEPSG*A )vertical_datumEPSG`EPSGEPSG*@ )vertical_datumEPSG[EPSG EPSGv*? )vertical_datumEPSGEPSGEPSG*> )vertical_datumEPSG_EPSG EPSG*= )vertical_datumEPSG^EPSG JEPSG*< )vertical_datumEPSG]EPSG KEPSG*; )vertical_datumEPSG\EPSG MEPSG*: )vertical_datumEPSG[EPSG NEPSG*9 )vertical_datumEPSGZEPSG OEPSG*8 )vertical_datumEPSGYEPSG EPSGv*7 )vertical_datumEPSGXEPSG EPSG*6 )vertical_datumEPSGWEPSG EPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&o !conversionEPSGEPSGEPSG&n !conversionEPSGEPSGEPSG&m !conversionEPSGEPSGEPSG&l !conversionEPSGEPSGEPSG&k !conversionEPSGEPSGEPSG&j !conversionEPSGEPSGEPSG&i !conversionEPSGEPSGEPSG&h !conversionEPSGEPSGEPSG&g !conversionEPSGEPSGEPSG&f !conversionEPSGEPSGEPSG&e !conversionEPSGEPSGEPSG&d !conversionEPSGEPSGEPSG&c !conversionEPSGEPSGEPSG&b !conversionEPSGEPSGEPSG&a !conversionEPSGEPSGEPSG&` !conversionEPSGpEPSG EPSGv&_ !conversionEPSGoEPSG EPSGv&^ !conversionEPSGfEPSG EPSG&] !conversionEPSGdEPSG7EPSG&\ !conversionEPSGcEPSG7EPSGD&[ !conversionEPSGbEPSGEPSG&Z !conversionEPSG-EPSGEPSGD&Y !conversionEPSG,EPSGEPSGD&X !conversionEPSG+EPSGEPSGD&W !conversionEPSG*EPSGEPSGD&V !conversionEPSG)EPSGEPSGD&U !conversionEPSG(EPSG\EPSG&T !conversionEPSG'EPSGZEPSG&S !conversionEPSG&EPSGYEPSG&R !conversionEPSG%EPSGXEPSG&Q !conversionEPSG$EPSGWEPSG&P !conversionEPSG#EPSGUEPSG&O !conversionEPSG"EPSGTEPSG&N !conversionEPSG!EPSGSEPSG&M !conversionEPSG EPSGQEPSG&L !conversionEPSGEPSGOEPSG&K !conversionEPSGEPSGNEPSG&J !conversionEPSGEPSGMEPSG&I !conversionEPSGEPSGLEPSG&H !conversionEPSGEPSGJEPSG&G !conversionEPSGEPSGIEPSG&F !conversionEPSGEPSGHEPSG&E !conversionEPSGEPSGGEPSG&D !conversionEPSGEPSGFEPSG&C !conversionEPSGEPSGEEPSG&B !conversionEPSGEPSGCEPSG&A !conversionEPSGEPSGBEPSG&@ !conversionEPSGEPSGAEPSG&? !conversionEPSGEPSG@EPSG&> !conversionEPSGEPSG?EPSG&= !conversionEPSGEPSG7EPSG&< !conversionEPSGEPSG4EPSG&; !conversionEPSG EPSGEPSGv&: !conversionEPSGEPSGEPSGv&9 !conversionEPSGEPSGEPSGv&8 !conversionEPSGEPSGEPSGv&7 !conversionEPSGEPSGEPSGv&6 !conversionEPSGEPSGoEPSG&5 !conversionEPSGEPSG+EPSG&4 !conversionEPSGEPSGEPSGv&3 !conversionEPSGEPSGEPSGv&2 !conversionEPSGEPSGEPSG&&1 !conversionEPSGEPSG\EPSG&0 !conversionEPSGEPSGZEPSG&/ !conversionEPSGEPSGYEPSG&. !conversionEPSGEPSGXEPSG&- !conversionEPSGEPSGWEPSG&, !conversionEPSGEPSGUEPSG&+ !conversionEPSGEPSGTEPSG&* !conversionEPSGEPSGSEPSG&) !conversionEPSGEPSGQEPSG&( !conversionEPSGEPSGOEPSG&' !conversionEPSGEPSGNEPSG&& !conversionEPSGEPSGMEPSG&% !conversionEPSGEPSGGEPSG&$ !conversionEPSGEPSGFEPSG&# !conversionEPSGEPSGEEPSG&" !conversionEPSGEPSGCEPSG&! !conversionEPSGEPSGBEPSG& !conversionEPSGEPSGAEPSG& !conversionEPSGEPSG@EPSG& !conversionEPSGEPSG?EPSG& !conversionEPSGEPSG7EPSG& !conversionEPSGEPSG4EPSG& !conversionEPSGEPSGLEPSG& !conversionEPSGEPSGJEPSG& !conversionEPSGEPSGIEPSG& !conversionEPSGEPSGHEPSG& !conversionEPSGEPSG EPSG& !conversionEPSGEPSG&EPSG& !conversionEPSG(EPSG -EPSGv& !conversionEPSGlEPSG EPSG& !conversionEPSGfEPSGEPSGv& !conversionEPSGTEPSGEPSGv& !conversionEPSG@EPSG KEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&N !conversionEPSGnEPSGEPSG|&M !conversionEPSGmEPSGEPSG|&L !conversionEPSGlEPSGEPSG|&K !conversionEPSGkEPSGEPSG|&J !conversionEPSGjEPSGEPSG|&I !conversionEPSGiEPSGEPSG|&H !conversionEPSGhEPSGEPSG|&G !conversionEPSGgEPSGEPSG|&F !conversionEPSGfEPSGEPSG|&E !conversionEPSGeEPSGEPSG|&D !conversionEPSGdEPSGEPSG|&C !conversionEPSGcEPSGEPSG|&B !conversionEPSGbEPSGEPSG|&A !conversionEPSGaEPSGEPSG|&@ !conversionEPSG`EPSGEPSG|&? !conversionEPSG_EPSGEPSG|&> !conversionEPSG^EPSGEPSG|&= !conversionEPSG]EPSGEPSG|&< !conversionEPSG\EPSGEPSG|&; !conversionEPSG[EPSGEPSG|&: !conversionEPSGZEPSGEPSG|&9 !conversionEPSGYEPSGEPSG|&8 !conversionEPSG8EPSGEPSG|&7 !conversionEPSG7EPSGEPSG|&6 !conversionEPSG EPSGEPSG&5 !conversionEPSGEPSGEPSG&4 !conversionEPSGEPSGEPSG&3 !conversionEPSGEPSGEPSG&2 !conversionEPSGEPSGEPSG&1 !conversionEPSGEPSGEPSG&0 !conversionEPSGEPSGEPSG&/ !conversionEPSGEPSGEPSG&. !conversionEPSGEPSGEPSG&- !conversionEPSGEPSGEPSG&, !conversionEPSGEPSGEPSG&+ !conversionEPSGEPSGEPSG&* !conversionEPSGEPSGEPSG&) !conversionEPSGEPSGEPSG&( !conversionEPSGEPSGEPSG&' !conversionEPSGEPSGEPSG3&& !conversionEPSGEPSGEPSG2&% !conversionEPSGEPSGEPSG1&$ !conversionEPSGEPSGEPSG0&# !conversionEPSG EPSGEPSG/&" !conversionEPSGEPSGzEPSG&! !conversionEPSGEPSGEPSG& !conversionEPSGEPSGyEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGwEPSG& !conversionEPSGEPSGaEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSGv& !conversionEPSGEPSG .EPSGv& !conversionEPSGEPSG ,EPSGv& !conversionEPSG EPSGEPSGv& !conversionEPSG EPSG;EPSG& !conversionEPSGEPSG8EPSGp& !conversionEPSGEPSG1EPSGs& !conversionEPSGEPSGEPSGv& !conversionEPSGEPSG-EPSGD& !conversionEPSGEPSG-EPSGD& !conversionEPSGEPSG*EPSGD& !conversionEPSGEPSGLEPSGD& !conversionEPSGEPSG IEPSG & !conversionEPSGEPSG7EPSG& !conversionEPSGEPSG7EPSGD& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSGv& !conversionEPSGfEPSGEPSG& !conversionEPSGeEPSGEPSG& !conversionEPSGdEPSGEPSG& !conversionEPSGcEPSG EPSG& !conversionEPSG_EPSG EPSGv& !conversionEPSG\EPSG EPSGv& !conversionEPSGYEPSG EPSG& !conversionEPSGDEPSGEPSGv& !conversionEPSG?EPSGEPSGv& !conversionEPSGEPSG EPSGv&~ !conversionEPSGEPSG EPSGv&} !conversionEPSGEPSGEPSGv&| !conversionEPSGEPSGEPSGv&{ !conversionEPSGEPSGEPSGv&z !conversionEPSGEPSG EPSGD&y !conversionEPSGEPSGEPSGv&x !conversionEPSGEPSG`EPSG&w !conversionEPSGEPSGWEPSG&v !conversionEPSGEPSGEEPSG&u !conversionEPSGEPSGEPSG&t !conversionEPSGEPSGEPSG&s !conversionEPSGEPSGEPSG&r !conversionEPSGEPSGEPSG&q !conversionEPSGEPSGEPSG&p !conversionEPSGEPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&- !conversionEPSGEPSGEEPSG&, !conversionEPSGEPSGDEPSG&+ !conversionEPSGEPSGCEPSG&* !conversionEPSGEPSGBEPSG&) !conversionEPSGEPSGEPSG&( !conversionEPSGEPSG EPSG &' !conversionEPSGcEPSG@EPSG&& !conversionEPSGbEPSG?EPSG&% !conversionEPSGaEPSG>EPSG&$ !conversionEPSG`EPSG#EPSG&# !conversionEPSG_EPSG"EPSG&" !conversionEPSG^EPSG EPSG&! !conversionEPSG]EPSG=EPSG& !conversionEPSG\EPSG !conversionEPSGKEPSGSEPSGv&= !conversionEPSGJEPSG^EPSGv&< !conversionEPSGIEPSG]EPSGv&; !conversionEPSGHEPSGYEPSGv&: !conversionEPSGGEPSGXEPSGv&9 !conversionEPSGFEPSGUEPSGv&8 !conversionEPSGEEPSGMEPSGv&7 !conversionEPSG?EPSG-EPSG&6 !conversionEPSG>EPSG-EPSG&5 !conversionEPSG=EPSGIEPSG&4 !conversionEPSG !conversionEPSG EPSGEPSG&= !conversionEPSGEPSGEPSG&< !conversionEPSGEPSGEPSG&; !conversionEPSGEPSGEPSG&: !conversionEPSGEPSGEPSG&9 !conversionEPSGEPSGEPSG&8 !conversionEPSGEPSGEPSG&7 !conversionEPSGEPSGEPSG&6 !conversionEPSGEPSGEPSG&5 !conversionEPSGEPSGEPSG&4 !conversionEPSGEPSGEPSG&3 !conversionEPSGEPSGEPSG&2 !conversionEPSGEPSGEPSG&1 !conversionEPSGEPSGEPSG&0 !conversionEPSGEPSGEPSG&/ !conversionEPSGEPSGEPSG&. !conversionEPSGEPSGEPSG&- !conversionEPSGEPSGEPSG&, !conversionEPSGEPSGEPSG&+ !conversionEPSGEPSGEPSG&* !conversionEPSGEPSGEPSG&) !conversionEPSGEPSGEPSG&( !conversionEPSGEPSGEPSG&' !conversionEPSGEPSGEPSG&& !conversionEPSGEPSGEPSG&% !conversionEPSGEPSGEPSG&$ !conversionEPSGEPSGEPSG&# !conversionEPSGEPSGEPSG&" !conversionEPSGEPSGEPSG&! !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGLEPSGv& !conversionEPSGEPSGEPSGv& !conversionEPSGEPSGEPSGv& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&J !conversionEPSG.EPSGEPSG&I !conversionEPSG-EPSGEPSG&H !conversionEPSG,EPSGEPSG&G !conversionEPSG+EPSGEPSG&F !conversionEPSG*EPSGEPSG&E !conversionEPSG)EPSGEPSG&D !conversionEPSG(EPSGEPSG&C !conversionEPSG'EPSGEPSG&B !conversionEPSG&EPSGEPSG&A !conversionEPSG%EPSGEPSG&@ !conversionEPSG$EPSGEPSG&? !conversionEPSG#EPSGEPSG&> !conversionEPSG"EPSGEPSG&= !conversionEPSG!EPSGEPSG&< !conversionEPSG EPSGEPSG&; !conversionEPSGEPSGEPSG&: !conversionEPSGEPSGEPSG&9 !conversionEPSGEPSGEPSG&8 !conversionEPSGEPSGEPSG&7 !conversionEPSGEPSGEPSG&6 !conversionEPSGEPSGEPSG&5 !conversionEPSGEPSGEPSG&4 !conversionEPSGEPSGEPSG&3 !conversionEPSGEPSGEPSG&2 !conversionEPSGEPSGEPSG&1 !conversionEPSG EPSGEPSG&0 !conversionEPSG EPSGEPSG&/ !conversionEPSG EPSGEPSG&. !conversionEPSG EPSGEPSG&- !conversionEPSG EPSGEPSG&, !conversionEPSGEPSGEPSG&+ !conversionEPSGEPSGEPSG&* !conversionEPSGEPSGEPSG&) !conversionEPSGEPSGEPSG&( !conversionEPSGEPSGEPSG&' !conversionEPSGEPSGEPSG&& !conversionEPSGEPSGEPSG&% !conversionEPSGEPSGEPSG&$ !conversionEPSGEPSGEPSG&# !conversionEPSGEPSGEPSG&" !conversionEPSGEPSGEPSG&! !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGEPSGEPSG& !conversionEPSGXEPSGEPSG& !conversionEPSGWEPSGEPSG& !conversionEPSGVEPSGEPSG& !conversionEPSGUEPSGEPSG& !conversionEPSGTEPSGEPSG& !conversionEPSGSEPSGEPSG& !conversionEPSGREPSGEPSG& !conversionEPSGQEPSGEPSG& !conversionEPSGPEPSGEPSG& !conversionEPSGOEPSGEPSG& !conversionEPSGNEPSGEPSG& !conversionEPSGMEPSGEPSG& !conversionEPSGLEPSGEPSG& !conversionEPSGKEPSGEPSG& !conversionEPSGJEPSGEPSG&~ !conversionEPSGIEPSGEPSG&} !conversionEPSGHEPSGEPSG&| !conversionEPSGGEPSGEPSG&{ !conversionEPSGFEPSGEPSG&z !conversionEPSGEEPSGEPSG&y !conversionEPSGDEPSGEPSG&x !conversionEPSGCEPSGEPSG&w !conversionEPSGBEPSGEPSG&v !conversionEPSGAEPSGEPSG&u !conversionEPSG@EPSGEPSG&t !conversionEPSG?EPSGEPSG&s !conversionEPSG>EPSGEPSG&r !conversionEPSG=EPSGEPSG&q !conversionEPSGEPSGCEPSG& !conversionEPSG=EPSG?EPSG& !conversionEPSGEPSG& !conversionEPSG;EPSG=EPSG& !conversionEPSG:EPSG(EPSG& !conversionEPSG9EPSGEPSG EPSG&Y !conversionEPSG=EPSGEPSG&X !conversionEPSG !conversionEPSGAEPSG]EPSG&= !conversionEPSG@EPSG[EPSG&< !conversionEPSG?EPSG-EPSG&; !conversionEPSG>EPSGIEPSG&: !conversionEPSG=EPSGZEPSG&9 !conversionEPSG !conversionEPSG&DEPSG*EPSG&= !conversionEPSG&%EPSGEPSGu&< !conversionEPSG& EPSG EPSGu&; !conversionEPSG&EPSGkEPSGv&: !conversionEPSG&EPSGjEPSGv&9 !conversionEPSG& EPSG EPSGu&8 !conversionEPSG%EPSG EPSG&7 !conversionEPSG%EPSG MEPSG&6 !conversionEPSG%LEPSGEPSG&5 !conversionEPSG%EPSGEPSG &4 !conversionEPSG$EPSGEPSGu&3 !conversionEPSG$EPSGEPSG&2 !conversionEPSG$EPSG.EPSG&1 !conversionEPSG$EPSGEPSGu&0 !conversionEPSG$EPSGEPSGu&/ !conversionEPSG$EPSGEPSG&. !conversionEPSG$UEPSGEPSG&- !conversionEPSG$6EPSGEPSG&, !conversionEPSG$5EPSGEPSG&+ !conversionEPSG$4EPSGEPSG&* !conversionEPSG$EPSGEPSGR&) !conversionEPSG$EPSGEPSGR&( !conversionEPSG#EPSGEPSG&' !conversionEPSG#EPSGEPSG&& !conversionEPSG#EPSGEPSG&% !conversionEPSG#EPSGEPSG&$ !conversionEPSG#EPSGEPSG&# !conversionEPSG#EPSGEPSG&" !conversionEPSG#EPSGEPSG&! !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSGEPSG& !conversionEPSG#EPSG EPSG& !conversionEPSG#bEPSGEPSG& !conversionEPSG"EPSGEPSG& !conversionEPSG"EPSGEPSG& !conversionEPSG"EPSGEPSG& !conversionEPSG"yEPSGeEPSGo& !conversionEPSG!DEPSGEPSG& !conversionEPSG!CEPSGEPSG& !conversionEPSG!;EPSGEPSG& !conversionEPSG!:EPSGEPSG& !conversionEPSG!9EPSGEPSG& !conversionEPSG!8EPSGEPSG& !conversionEPSG!7EPSGEPSG& !conversionEPSG!6EPSGEPSG& !conversionEPSG!5EPSGEPSG& !conversionEPSG!4EPSGEPSG& !conversionEPSG!3EPSGEPSG& !conversionEPSG!2EPSGEPSG& !conversionEPSG!/EPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&F !conversionEPSG)EPSGEPSG &E !conversionEPSG)EPSGEPSG &D !conversionEPSG)EPSGbEPSGv&C !conversionEPSG)EPSGEPSG&B !conversionEPSG)EPSGEPSG&A !conversionEPSG)EPSGEPSG&@ !conversionEPSG)EPSGEPSG&? !conversionEPSG)EPSGbEPSGv&> !conversionEPSG)EPSGEPSG &= !conversionEPSG)EPSGEPSG &< !conversionEPSG)EPSGEPSGu&; !conversionEPSG)EPSGaEPSGv&: !conversionEPSG)EPSGEPSGu&9 !conversionEPSG)}EPSGEPSG&8 !conversionEPSG)jEPSGEPSG&7 !conversionEPSG)hEPSGaEPSGv&6 !conversionEPSG)gEPSGEPSG&5 !conversionEPSG)eEPSGEPSG&4 !conversionEPSG)cEPSGEPSG&3 !conversionEPSG)aEPSGEPSG&2 !conversionEPSG)_EPSGEPSG&1 !conversionEPSG)%EPSGEPSGv&0 !conversionEPSG)$EPSGEPSGv&/ !conversionEPSG)#EPSGEPSGv&. !conversionEPSG)EPSGEPSG&- !conversionEPSG)EPSGEPSGv&, !conversionEPSG)EPSGEPSGv&+ !conversionEPSG)EPSGEPSGv&* !conversionEPSG(EPSGEPSG&) !conversionEPSG(EPSGEPSG&( !conversionEPSG(EPSGEPSGu&' !conversionEPSG(EPSGrEPSG&& !conversionEPSG(EPSGnEPSG&% !conversionEPSG(EPSGiEPSG&$ !conversionEPSG(EPSGeEPSG&# !conversionEPSG(EPSGdEPSG&" !conversionEPSG(EPSGcEPSG&! !conversionEPSG(EPSG\EPSG& !conversionEPSG(EPSGXEPSG& !conversionEPSG(EPSGTEPSG& !conversionEPSG(EPSGaEPSG& !conversionEPSG(EPSG`EPSG& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSG]EPSG& !conversionEPSG(EPSG[EPSG& !conversionEPSG(EPSGZEPSG& !conversionEPSG(EPSGUEPSG& !conversionEPSG(EPSGYEPSG& !conversionEPSG(EPSGVEPSG& !conversionEPSG(EPSGWEPSG& !conversionEPSG(EPSG_EPSGo& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(EPSGEPSGv& !conversionEPSG(\EPSGzEPSGv& !conversionEPSG([EPSGyEPSGv& !conversionEPSG(UEPSGEPSG & !conversionEPSG(IEPSG fEPSGv& !conversionEPSG(>EPSGzEPSGv& !conversionEPSG(=EPSGyEPSGv& !conversionEPSG('EPSGQEPSGu& !conversionEPSG("EPSGPEPSGu&~ !conversionEPSG(EPSGVEPSG&} !conversionEPSG(EPSG EPSG&| !conversionEPSG(EPSGEPSG&{ !conversionEPSG( EPSG EPSG&z !conversionEPSG'EPSGGEPSGu&y !conversionEPSG'EPSGHEPSGu&x !conversionEPSG'EPSGxEPSGv&w !conversionEPSG'EPSGvEPSGv&v !conversionEPSG'EPSGwEPSGv&u !conversionEPSG'EPSGJEPSGu&t !conversionEPSG'EPSGREPSGu&s !conversionEPSG'EPSGIEPSGu&r !conversionEPSG'EPSGxEPSGv&q !conversionEPSG'EPSGvEPSGv&p !conversionEPSG'EPSGwEPSGv&o !conversionEPSG'EPSGFEPSGu&n !conversionEPSG'EPSGEEPSGu&m !conversionEPSG'EPSGOEPSGu&l !conversionEPSG'EPSGNEPSGu&k !conversionEPSG'EPSGEPSG&j !conversionEPSG'EPSG=EPSGu&i !conversionEPSG'EPSG EPSG&h !conversionEPSG'EPSGkEPSGv _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&% !conversionEPSG,XEPSGEPSG&$ !conversionEPSG,WEPSGEPSG&# !conversionEPSG,VEPSGEPSG&" !conversionEPSG,UEPSGEPSG&! !conversionEPSG,TEPSGEPSG& !conversionEPSG,SEPSGEPSG& !conversionEPSG,REPSGEPSG& !conversionEPSG,QEPSGEPSG& !conversionEPSG,PEPSGEPSG& !conversionEPSG,OEPSGEPSG& !conversionEPSG,NEPSGEPSG& !conversionEPSG,LEPSGEPSG & !conversionEPSG,DEPSGEPSGv& !conversionEPSG,CEPSGEPSGv& !conversionEPSG,&EPSGEPSGv& !conversionEPSG,%EPSGEPSGv& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSGEPSGD& !conversionEPSG,EPSG^EPSG& !conversionEPSG,EPSG]EPSG& !conversionEPSG+EPSG}EPSG& !conversionEPSG+EPSG|EPSG& !conversionEPSG+EPSG{EPSG& !conversionEPSG+EPSGzEPSG& !conversionEPSG+EPSGyEPSG& !conversionEPSG+EPSGxEPSG& !conversionEPSG+EPSGwEPSG& !conversionEPSG+EPSGvEPSG& !conversionEPSG+EPSGuEPSG& !conversionEPSG+EPSGtEPSG& !conversionEPSG+EPSGsEPSG& !conversionEPSG+EPSGrEPSG&~ !conversionEPSG+EPSGqEPSG&} !conversionEPSG+EPSGpEPSG&| !conversionEPSG+EPSGoEPSG&{ !conversionEPSG+EPSGnEPSG&z !conversionEPSG+EPSGmEPSG&y !conversionEPSG+EPSGlEPSG&x !conversionEPSG+EPSGkEPSG&w !conversionEPSG+EPSGjEPSG&v !conversionEPSG+EPSGiEPSG&u !conversionEPSG+EPSGhEPSG&t !conversionEPSG+EPSGgEPSG&s !conversionEPSG+EPSGfEPSG&r !conversionEPSG+EPSGeEPSG&q !conversionEPSG+EPSGdEPSG&p !conversionEPSG+EPSGcEPSG&o !conversionEPSG+EPSGbEPSG&n !conversionEPSG+EPSGaEPSG&m !conversionEPSG+EPSG`EPSG&l !conversionEPSG+EPSG_EPSG&k !conversionEPSG+EPSGEPSGv&j !conversionEPSG+EPSGEPSGv&i !conversionEPSG+EPSGEPSGv&h !conversionEPSG+EPSGEPSGv&g !conversionEPSG+}EPSGEPSGv&f !conversionEPSG+|EPSGEPSGv&e !conversionEPSG+{EPSGEPSGv&d !conversionEPSG+_EPSGEPSGv&c !conversionEPSG+^EPSGEPSGv&b !conversionEPSG+]EPSGEPSGv&a !conversionEPSG+EPSGEPSGv&` !conversionEPSG+EPSGEPSGv&_ !conversionEPSG*EPSGEPSGv&^ !conversionEPSG*EPSGEPSGv&] !conversionEPSG*EPSGEPSG&\ !conversionEPSG*EPSG~EPSG&[ !conversionEPSG*EPSGEPSG&Z !conversionEPSG*EPSGEPSG&Y !conversionEPSG*EPSGEPSG&X !conversionEPSG*EPSGEPSG&W !conversionEPSG*EPSGEPSG&V !conversionEPSG*EPSGEPSG&U !conversionEPSG*EPSG EPSGv&T !conversionEPSG*EPSG EPSGv&S !conversionEPSG*EPSGcEPSGo&R !conversionEPSG*EPSGEPSGv&Q !conversionEPSG*EPSGEPSGv&P !conversionEPSG*EPSGEPSGv&O !conversionEPSG*EPSGEPSGv&N !conversionEPSG*EPSGEPSGv&M !conversionEPSG*EPSGEPSGv&L !conversionEPSG*nEPSGEPSG &K !conversionEPSG*hEPSG EPSG&J !conversionEPSG*PEPSG EPSG&I !conversionEPSG*CEPSGEPSG &H !conversionEPSG*EPSGEPSGv&G !conversionEPSG*EPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD& !conversionEPSG3-EPSGEPSGv& !conversionEPSG2EPSGEPSGv& !conversionEPSG2EPSGEPSGv& !conversionEPSG2EPSGEPSGv& !conversionEPSG2EPSGEPSGv& !conversionEPSG2EPSGEPSGv&~ !conversionEPSG2EPSGEPSGv&} !conversionEPSG2EPSGwEPSGv&| !conversionEPSG2dEPSGwEPSGv&{ !conversionEPSG2EPSGvEPSGv&z !conversionEPSG2EPSGvEPSGv&y !conversionEPSG1EPSGEPSGv&x !conversionEPSG1EPSGEPSGv&w !conversionEPSG1EPSGEPSGv&v !conversionEPSG1EPSGEPSGv&u !conversionEPSG1EPSGEPSGv&t !conversionEPSG1EPSGEPSGv&s !conversionEPSG1VEPSGtEPSGv&r !conversionEPSG1:EPSGEPSGv&q !conversionEPSG19EPSGEPSGv&p !conversionEPSG0EPSGsEPSGv&o !conversionEPSG0EPSGEPSGv&n !conversionEPSG0EPSGEPSGv&m !conversionEPSG0EPSGEPSGv&l !conversionEPSG0EPSGEPSGv&k !conversionEPSG0EPSGEPSGv&j !conversionEPSG0EPSGEPSGv&i !conversionEPSG0sEPSGEPSGv&h !conversionEPSG0rEPSGEPSGv&g !conversionEPSG0qEPSGEPSGv&f !conversionEPSG0,EPSGEPSGv&e !conversionEPSG0+EPSGEPSGv&d !conversionEPSG0EPSGEPSGv&c !conversionEPSG0 EPSGEPSGv&b !conversionEPSG/EPSGEPSGv&a !conversionEPSG/EPSGEPSGv&` !conversionEPSG/EPSGEPSGv&_ !conversionEPSG/EPSGEPSGv&^ !conversionEPSG/EPSGEPSGv&] !conversionEPSG/EPSGEPSGv&\ !conversionEPSG/EPSGEPSGv&[ !conversionEPSG/EPSGEPSGv&Z !conversionEPSG/EPSGEPSGv&Y !conversionEPSG/vEPSGoEPSGo&X !conversionEPSG/oEPSGEPSGv&W !conversionEPSG/nEPSGEPSGv&V !conversionEPSG/mEPSGEPSGv&U !conversionEPSG/QEPSGEPSGv&T !conversionEPSG/PEPSGEPSGv&S !conversionEPSG/OEPSGEPSGv&R !conversionEPSG/GEPSGDEPSG&Q !conversionEPSG/FEPSGEPSG&P !conversionEPSG/EEPSGEPSG&O !conversionEPSG/EPSGEPSGv&N !conversionEPSG.EPSGEPSGv&M !conversionEPSG.EPSGEPSGv&L !conversionEPSG.EPSGEPSGv&K !conversionEPSG.EPSGmEPSGv&J !conversionEPSG.|EPSGmEPSGv&I !conversionEPSG.NEPSG EPSGv&H !conversionEPSG.MEPSG EPSGv&G !conversionEPSG.LEPSG EPSGv&F !conversionEPSG.KEPSG EPSGv&E !conversionEPSG.:EPSGEPSGv&D !conversionEPSG.9EPSGEPSGv&C !conversionEPSG.8EPSGEPSGv&B !conversionEPSG.7EPSGEPSGv&A !conversionEPSG.EPSGEPSGv&@ !conversionEPSG.EPSGEPSGv&? !conversionEPSG-EPSGEPSG&> !conversionEPSG-EPSG EPSGv&= !conversionEPSG-EPSGEPSGv&< !conversionEPSG-EPSGEPSG&; !conversionEPSG-EPSGEPSGv&: !conversionEPSG-EPSGEPSGv&9 !conversionEPSG-pEPSGEPSGv&8 !conversionEPSG-oEPSGEPSGv&7 !conversionEPSG-nEPSGjEPSGo&6 !conversionEPSG-REPSGEPSGv&5 !conversionEPSG-QEPSGEPSGv&4 !conversionEPSG- EPSGEPSGv&3 !conversionEPSG- EPSGEPSGv&2 !conversionEPSG,EPSGEPSGv&1 !conversionEPSG,EPSGEPSGv&0 !conversionEPSG,EPSGEPSGv&/ !conversionEPSG,EPSGEPSGv&. !conversionEPSG,EPSGEPSGv&- !conversionEPSG,EPSGEPSGv&, !conversionEPSG,_EPSGEPSG&+ !conversionEPSG,^EPSGEPSG&* !conversionEPSG,]EPSGEPSG&) !conversionEPSG,\EPSGEPSG&( !conversionEPSG,[EPSGEPSG&' !conversionEPSG,ZEPSGEPSG&& !conversionEPSG,YEPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&c !conversionEPSG:SEPSGEPSGv&b !conversionEPSG:REPSGEPSGo&a !conversionEPSG:8EPSGEPSGv&` !conversionEPSG:7EPSGEPSGv&_ !conversionEPSG:6EPSGEPSGv&^ !conversionEPSG:5EPSGEPSGv&] !conversionEPSG9EPSGEPSGo&\ !conversionEPSG9EPSGEPSGv&[ !conversionEPSG9EPSGEPSGv&Z !conversionEPSG9EPSGEPSGv&Y !conversionEPSG9EPSGEPSGo&X !conversionEPSG9EPSGEPSGv&W !conversionEPSG9EPSGEPSGv&V !conversionEPSG9EPSGEPSGv&U !conversionEPSG9EPSGEPSGv&T !conversionEPSG9EPSGEPSGv&S !conversionEPSG9EPSGEPSGv&R !conversionEPSG9EPSGEPSGv&Q !conversionEPSG9EPSGEPSGv&P !conversionEPSG9EPSGEPSGv&O !conversionEPSG9nEPSGEPSGv&N !conversionEPSG9mEPSGEPSGv&M !conversionEPSG9(EPSGEPSGv&L !conversionEPSG9'EPSGEPSGv&K !conversionEPSG9 EPSGEPSGv&J !conversionEPSG9 EPSGEPSGv&I !conversionEPSG8EPSGEPSGv&H !conversionEPSG8EPSGEPSGv&G !conversionEPSG8EPSGEPSGv&F !conversionEPSG8EPSGEPSGv&E !conversionEPSG8^EPSGEPSGv&D !conversionEPSG8@EPSGEPSGv&C !conversionEPSG7EPSGEPSGv&B !conversionEPSG7EPSGEPSGv&A !conversionEPSG7EPSGEPSGv&@ !conversionEPSG7EPSGEPSGv&? !conversionEPSG7EPSGEPSGv&> !conversionEPSG7EPSGEPSGv&= !conversionEPSG7EPSGEPSG&< !conversionEPSG7EPSGEPSG&; !conversionEPSG7EPSGEPSGo&: !conversionEPSG7EPSGEPSGo&9 !conversionEPSG7EPSG EPSGv&8 !conversionEPSG7EPSG EPSGv&7 !conversionEPSG7EPSGEPSGv&6 !conversionEPSG7EPSGEPSGv&5 !conversionEPSG7EPSGEPSGv&4 !conversionEPSG7}EPSGEPSGv&3 !conversionEPSG7|EPSGEPSGv&2 !conversionEPSG7{EPSGEPSGv&1 !conversionEPSG7zEPSGEPSGv&0 !conversionEPSG7yEPSGEPSGv&/ !conversionEPSG72EPSGEPSGv&. !conversionEPSG7EPSGEPSGv&- !conversionEPSG6EPSGEPSGv&, !conversionEPSG6EPSGEPSGv&+ !conversionEPSG6EPSGEPSGv&* !conversionEPSG6EPSGEPSGv&) !conversionEPSG6jEPSGEPSGv&( !conversionEPSG6NEPSGEPSGv&' !conversionEPSG6MEPSGEPSGv&& !conversionEPSG6EPSGEPSGv&% !conversionEPSG5EPSGEPSGv&$ !conversionEPSG5EPSGEPSGv&# !conversionEPSG5EPSGEPSGv&" !conversionEPSG5EPSGEPSGv&! !conversionEPSG5EPSGEPSGv& !conversionEPSG5AEPSG~EPSGo& !conversionEPSG5@EPSGEPSGv& !conversionEPSG5?EPSGEPSGv& !conversionEPSG5"EPSGEPSGv& !conversionEPSG5!EPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG4zEPSGEPSGv& !conversionEPSG4yEPSGEPSGv& !conversionEPSG4xEPSGEPSGv& !conversionEPSG4wEPSGEPSGv& !conversionEPSG4ZEPSGEPSGv& !conversionEPSG4YEPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG4EPSGEPSGv& !conversionEPSG3EPSGEPSGv& !conversionEPSG3EPSGEPSGv& !conversionEPSG3EPSGzEPSGv& !conversionEPSG3EPSGzEPSGv& !conversionEPSG3NEPSGEPSGv& !conversionEPSG3MEPSGEPSGv& !conversionEPSG3LEPSGEPSGv& !conversionEPSG3KEPSGEPSGv& !conversionEPSG30EPSGEPSGv& !conversionEPSG3/EPSGEPSGv& !conversionEPSG3.EPSGEPSGv _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&B !conversionEPSG;EPSGEPSGv&A !conversionEPSG;EPSGEPSGv&@ !conversionEPSG;EPSGzEPSGv&? !conversionEPSG;EPSGEPSGv&> !conversionEPSG;EPSGEPSGv&= !conversionEPSG;EPSGEPSGv&< !conversionEPSG;EPSGEPSGv&; !conversionEPSG;EPSGEPSGv&: !conversionEPSG;EPSGEPSGv&9 !conversionEPSG;EPSGEPSGv&8 !conversionEPSG;EPSGsEPSGv&7 !conversionEPSG;EPSGEPSGv&6 !conversionEPSG;EPSGEPSGv&5 !conversionEPSG;EPSGEPSGv&4 !conversionEPSG;EPSGEPSGv&3 !conversionEPSG;EPSGEPSGv&2 !conversionEPSG;EPSGEPSGv&1 !conversionEPSG;EPSGEPSGv&0 !conversionEPSG;EPSGmEPSGv&/ !conversionEPSG;EPSGEPSGv&. !conversionEPSG;EPSGEPSGv&- !conversionEPSG;EPSGEPSGv&, !conversionEPSG;EPSGEPSGv&+ !conversionEPSG;EPSGEPSGv&* !conversionEPSG;EPSGEPSGv&) !conversionEPSG;EPSGEPSGv&( !conversionEPSG;EPSGEPSGv&' !conversionEPSG;EPSGEPSGv&& !conversionEPSG;EPSGEPSGv&% !conversionEPSG;EPSGEPSGv&$ !conversionEPSG;EPSGEPSGv&# !conversionEPSG;EPSGbEPSGv&" !conversionEPSG;EPSGaEPSGv&! !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGxEPSGv& !conversionEPSG;EPSGvEPSGv& !conversionEPSG;EPSGwEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;~EPSG2EPSGv& !conversionEPSG;bEPSG EPSGv& !conversionEPSG;aEPSG EPSGv& !conversionEPSG;"EPSG EPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSG EPSGv& !conversionEPSG;EPSG EPSGv& !conversionEPSG;EPSG EPSGv& !conversionEPSG;EPSG EPSGv& !conversionEPSG;EPSGEPSGv& !conversionEPSG;EPSG EPSGv& !conversionEPSG:EPSG EPSGv& !conversionEPSG:EPSG EPSGv& !conversionEPSG:EPSG EPSGv& !conversionEPSG:EPSGmEPSGv& !conversionEPSG:EPSGuEPSGv&~ !conversionEPSG:EPSGtEPSGv&} !conversionEPSG:EPSGsEPSGv&| !conversionEPSG:EPSGrEPSGv&{ !conversionEPSG:EPSGqEPSGv&z !conversionEPSG:EPSGpEPSGv&y !conversionEPSG:EPSGoEPSGv&x !conversionEPSG:EPSGnEPSGv&w !conversionEPSG:EPSGlEPSGv&v !conversionEPSG:EPSG2EPSG&u !conversionEPSG:EPSG2EPSG&t !conversionEPSG:EPSGmEPSGv&s !conversionEPSG:EPSGuEPSGv&r !conversionEPSG:EPSGtEPSGv&q !conversionEPSG:EPSGsEPSGv&p !conversionEPSG:EPSGrEPSGv&o !conversionEPSG:EPSGqEPSGv&n !conversionEPSG:EPSGpEPSGv&m !conversionEPSG:EPSGoEPSGv&l !conversionEPSG:EPSGnEPSGv&k !conversionEPSG:EPSGlEPSGv&j !conversionEPSG:ZEPSGEPSGv&i !conversionEPSG:YEPSGEPSGv&h !conversionEPSG:XEPSGEPSGv&g !conversionEPSG:WEPSGEPSGv&f !conversionEPSG:VEPSGEPSGv&e !conversionEPSG:UEPSGEPSGv&d !conversionEPSG:TEPSGEPSGv _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&! !conversionEPSGEPSGEPSGv& !conversionEPSG>EPSGEPSGv&~ !conversionEPSG>EPSGEPSGv&} !conversionEPSG>EPSGEPSGv&| !conversionEPSG>EPSGEPSGv&{ !conversionEPSG>EPSGEPSGv&z !conversionEPSG>EPSGEPSGv&y !conversionEPSG>EPSGEPSGv&x !conversionEPSG>EPSGEPSGv&w !conversionEPSG>EPSGEPSGv&v !conversionEPSG>EPSGEPSGv&u !conversionEPSG>EPSGEPSGv&t !conversionEPSG>EPSG}EPSGv&s !conversionEPSG>EPSG{EPSGv&r !conversionEPSG>EPSGyEPSGv&q !conversionEPSG>EPSGwEPSGv&p !conversionEPSG>EPSGuEPSGv&o !conversionEPSG>EPSGsEPSGv&n !conversionEPSG>EPSGqEPSGv&m !conversionEPSG>EPSGoEPSGv&l !conversionEPSG>EPSGmEPSGv&k !conversionEPSG>EPSGkEPSGv&j !conversionEPSG>EPSGiEPSGv&i !conversionEPSG>EPSGgEPSGv&h !conversionEPSG>EPSGeEPSGv&g !conversionEPSG>EPSGcEPSGv&f !conversionEPSG>EPSGaEPSGv&e !conversionEPSG>EPSG_EPSGv&d !conversionEPSG>EPSG]EPSGv&c !conversionEPSG>EPSG[EPSGv&b !conversionEPSG>EPSGYEPSGv&a !conversionEPSG>EPSGWEPSGv&` !conversionEPSG>EPSGUEPSGv&_ !conversionEPSG>EPSGSEPSGv&^ !conversionEPSG>EPSGQEPSGv&] !conversionEPSG>EPSGEPSG&\ !conversionEPSG>-EPSG:EPSG&[ !conversionEPSG>,EPSG9EPSG&Z !conversionEPSG>+EPSG8EPSG&Y !conversionEPSG>*EPSG5EPSG&X !conversionEPSG !conversionEPSGEPSGEPSGv&P !conversionEPSG>EPSGEPSGv&O !conversionEPSG>EPSGEPSGv&N !conversionEPSG>EPSGEPSGv&M !conversionEPSG>EPSG~EPSGv&L !conversionEPSG>EPSG|EPSGv&K !conversionEPSG>EPSGzEPSGv&J !conversionEPSG>EPSGxEPSGv&I !conversionEPSG>EPSGvEPSGv&H !conversionEPSG>EPSGtEPSGv&G !conversionEPSG>EPSGrEPSGv&F !conversionEPSG>EPSGpEPSGv&E !conversionEPSG>EPSGnEPSGv&D !conversionEPSG>EPSGlEPSGv&C !conversionEPSG>EPSGjEPSGv&B !conversionEPSG>EPSGhEPSGv&A !conversionEPSG>EPSGfEPSGv&@ !conversionEPSG>EPSGdEPSGv&? !conversionEPSG>EPSGbEPSGv&> !conversionEPSG>EPSG`EPSGv&= !conversionEPSG>EPSG^EPSGv&< !conversionEPSG>EPSG\EPSGv&; !conversionEPSG>EPSGZEPSGv&: !conversionEPSG>EPSGXEPSGv&9 !conversionEPSG>EPSGVEPSGv&8 !conversionEPSG>EPSGTEPSGv&7 !conversionEPSG>EPSGREPSGv&6 !conversionEPSG>EPSGEPSG&5 !conversionEPSG>EPSG XEPSG&4 !conversionEPSG>EPSG \EPSG&3 !conversionEPSG>EPSG [EPSG&2 !conversionEPSG>EPSG ZEPSG&1 !conversionEPSG>EPSG YEPSG&0 !conversionEPSG>EPSG XEPSG&/ !conversionEPSG>EPSG WEPSG&. !conversionEPSG>EPSG VEPSG&- !conversionEPSG>EPSG UEPSG&, !conversionEPSG>EPSG TEPSG&+ !conversionEPSG>EPSG SEPSG&* !conversionEPSG>EPSG REPSG&) !conversionEPSG>EPSG QEPSG&( !conversionEPSG>EPSG PEPSG&' !conversionEPSG>EPSG OEPSG&& !conversionEPSG>EPSG NEPSG&% !conversionEPSG>EPSG MEPSG&$ !conversionEPSG>EPSG LEPSG&# !conversionEPSG>EPSG KEPSG&" !conversionEPSG>EPSG JEPSG&! !conversionEPSG>EPSG IEPSG& !conversionEPSG>EPSG HEPSG& !conversionEPSG>EPSG GEPSG& !conversionEPSG>EPSG FEPSG& !conversionEPSG>EPSG EEPSG& !conversionEPSG>EPSG DEPSG& !conversionEPSG>EPSGGEPSGv& !conversionEPSG>EPSGEPSG& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv& !conversionEPSG>EPSGEPSGv _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&> !conversionEPSG?zEPSG EPSG&= !conversionEPSG?yEPSG EPSG&< !conversionEPSG?xEPSG EPSG&; !conversionEPSG?wEPSG EPSG&: !conversionEPSG?vEPSGoEPSG&9 !conversionEPSG?uEPSGmEPSG&8 !conversionEPSG?tEPSGkEPSG&7 !conversionEPSG?sEPSGiEPSG&6 !conversionEPSG?rEPSGgEPSG&5 !conversionEPSG?qEPSGeEPSG&4 !conversionEPSG?pEPSGcEPSG&3 !conversionEPSG?oEPSGaEPSG&2 !conversionEPSG?nEPSG_EPSG&1 !conversionEPSG?mEPSG]EPSG&0 !conversionEPSG?lEPSG[EPSG&/ !conversionEPSG?kEPSGYEPSG&. !conversionEPSG?jEPSGWEPSG&- !conversionEPSG?iEPSGUEPSG&, !conversionEPSG?hEPSGSEPSG&+ !conversionEPSG?gEPSGQEPSG&* !conversionEPSG?fEPSGEPSG&) !conversionEPSG?eEPSGEPSG&( !conversionEPSG?dEPSGEPSG&' !conversionEPSG?cEPSGEPSG&& !conversionEPSG?bEPSGEPSG&% !conversionEPSG?aEPSGEPSG&$ !conversionEPSG?`EPSGEPSG&# !conversionEPSG?_EPSGEPSG&" !conversionEPSG?^EPSGEPSG&! !conversionEPSG?]EPSGEPSG& !conversionEPSG?\EPSGEPSG& !conversionEPSG?[EPSGEPSG& !conversionEPSG?ZEPSGEPSG& !conversionEPSG?YEPSGEPSG& !conversionEPSG?XEPSGEPSG& !conversionEPSG?WEPSGEPSG& !conversionEPSG?VEPSGEPSG& !conversionEPSG?UEPSGEPSG& !conversionEPSG?TEPSGEPSG& !conversionEPSG?SEPSGEPSG& !conversionEPSG?REPSGEPSG& !conversionEPSG?QEPSGEPSG& !conversionEPSG?PEPSGEPSG& !conversionEPSG?OEPSG EPSG& !conversionEPSG?NEPSG EPSG& !conversionEPSG?MEPSG EPSG& !conversionEPSG?LEPSG EPSG& !conversionEPSG?KEPSG EPSG& !conversionEPSG?JEPSG EPSG& !conversionEPSG?IEPSGEPSG& !conversionEPSG?BEPSG \EPSG& !conversionEPSG?AEPSG [EPSG& !conversionEPSG?@EPSG ZEPSG& !conversionEPSG??EPSG YEPSG& !conversionEPSG?>EPSG XEPSG& !conversionEPSG?=EPSG WEPSG& !conversionEPSG?EPSG&i !conversionEPSG?EPSG =EPSG&h !conversionEPSG?EPSG EPSG&L !conversionEPSG@ EPSG =EPSG&K !conversionEPSG@EPSG !conversionEPSG?EPSG /EPSG&= !conversionEPSG?EPSG .EPSG&< !conversionEPSG?EPSG -EPSG&; !conversionEPSG?EPSG ,EPSG&: !conversionEPSG?EPSG EPSG&9 !conversionEPSG?EPSG EPSG&8 !conversionEPSG?EPSG EPSG&7 !conversionEPSG?EPSG EPSG&6 !conversionEPSG?EPSG EPSG&5 !conversionEPSG?EPSG EPSG&4 !conversionEPSG?EPSG EPSG&3 !conversionEPSG?EPSG EPSG&2 !conversionEPSG?EPSG EPSG&1 !conversionEPSG?EPSG EPSG&0 !conversionEPSG?EPSGEPSG&/ !conversionEPSG?EPSGEPSG&. !conversionEPSG?EPSGEPSG&- !conversionEPSG?EPSGEPSG&, !conversionEPSG?EPSGEPSG&+ !conversionEPSG?EPSGEPSG&* !conversionEPSG?EPSGEPSG&) !conversionEPSG?EPSGEPSG&( !conversionEPSG?EPSGEPSG&' !conversionEPSG?EPSGEPSG&& !conversionEPSG?EPSGEPSG&% !conversionEPSG?EPSGEPSG&$ !conversionEPSG?EPSG}EPSG&# !conversionEPSG?EPSG{EPSG&" !conversionEPSG?EPSGyEPSG&! !conversionEPSG?EPSGwEPSG& !conversionEPSG?EPSGuEPSG& !conversionEPSG?EPSGsEPSG& !conversionEPSG?EPSGqEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&[ !conversionEPSGC4EPSG EPSG&Z !conversionEPSGC EPSG EPSG&Y !conversionEPSGC EPSG EPSG&X !conversionEPSGC EPSG EPSG&W !conversionEPSGC EPSG EPSG&V !conversionEPSGCEPSG EPSG&U !conversionEPSGCEPSG EPSG&T !conversionEPSGCEPSG EPSG&S !conversionEPSGCEPSG EPSG&R !conversionEPSGCEPSG EPSG&Q !conversionEPSGCEPSG EPSG&P !conversionEPSGCEPSG EPSG&O !conversionEPSGCEPSG EPSG&N !conversionEPSGCEPSG EPSG&M !conversionEPSGBEPSG EPSG&L !conversionEPSGBEPSG EPSG&K !conversionEPSGBEPSG EPSG&J !conversionEPSGBEPSG EPSG&I !conversionEPSGBEPSG EPSG&H !conversionEPSGBEPSG EPSG&G !conversionEPSGBEPSG EPSG&F !conversionEPSGBEPSG EPSG&E !conversionEPSGBEPSG EPSG&D !conversionEPSGBEPSG EPSG&C !conversionEPSGBEPSG EPSG&B !conversionEPSGBEPSG ~EPSG&A !conversionEPSGBEPSG }EPSG&@ !conversionEPSGBEPSG |EPSG&? !conversionEPSGBEPSG {EPSG&> !conversionEPSGBEPSG zEPSG&= !conversionEPSGBEPSG yEPSG&< !conversionEPSGBEPSG xEPSG&; !conversionEPSGBEPSG wEPSG&: !conversionEPSGBEPSG vEPSG&9 !conversionEPSGBEPSG uEPSG&8 !conversionEPSGBEPSG tEPSG&7 !conversionEPSGBEPSG EPSG&6 !conversionEPSGBEPSG EPSG&5 !conversionEPSGBEPSG EPSG&4 !conversionEPSGBEPSG EPSG&3 !conversionEPSGBEPSG EPSG&2 !conversionEPSGBEPSG EPSG&1 !conversionEPSGBEPSG EPSG&0 !conversionEPSGBEPSG EPSG&/ !conversionEPSGBEPSG EPSG&. !conversionEPSGBEPSG EPSG&- !conversionEPSGBEPSG EPSG&, !conversionEPSGBEPSG EPSG&+ !conversionEPSGBEPSG EPSG&* !conversionEPSGBEPSG EPSG&) !conversionEPSGBEPSG EPSG&( !conversionEPSGBEPSG EPSG&' !conversionEPSGBEPSG EPSG&& !conversionEPSGBEPSG EPSG&% !conversionEPSGBEPSG EPSG&$ !conversionEPSGBEPSG EPSG&# !conversionEPSGBEPSG EPSG&" !conversionEPSGBEPSG EPSG&! !conversionEPSGBEPSG EPSG& !conversionEPSGBEPSGEPSGp& !conversionEPSGBmEPSGEPSGp& !conversionEPSGBiEPSGEPSGp& !conversionEPSGBDEPSG EPSG& !conversionEPSGBCEPSG EPSG& !conversionEPSGBBEPSG EPSG& !conversionEPSGBAEPSG EPSG& !conversionEPSGB@EPSG EPSG& !conversionEPSGB?EPSG EPSG& !conversionEPSGB>EPSG EPSG& !conversionEPSGB=EPSG EPSG& !conversionEPSGBEPSG EPSG&d !conversionEPSGC=EPSG EPSG&c !conversionEPSGC !conversionEPSGCEPSG EPSG&= !conversionEPSGCEPSG EPSG&< !conversionEPSGCEPSG EPSG&; !conversionEPSGCEPSG EPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&x !conversionEPSGFEPSGEPSG&w !conversionEPSGFEPSGEPSG&v !conversionEPSGFEPSGEPSG&u !conversionEPSGFEPSGEPSG&t !conversionEPSGFEPSGEPSG&s !conversionEPSGFEPSGEPSG&r !conversionEPSGFEPSGEPSG&q !conversionEPSGFEPSGEPSG&p !conversionEPSGF EPSGEPSG&o !conversionEPSGF EPSGEPSG&n !conversionEPSGF EPSGEPSG&m !conversionEPSGFEPSGEPSG&l !conversionEPSGFEPSGEPSG&k !conversionEPSGFEPSGEPSG&j !conversionEPSGFEPSGEPSG&i !conversionEPSGFEPSGEPSG&h !conversionEPSGFEPSGEPSG&g !conversionEPSGFEPSGEPSG&f !conversionEPSGFEPSGEPSG&e !conversionEPSGFEPSGEPSG&d !conversionEPSGEEPSGEPSG&c !conversionEPSGEEPSGEPSG&b !conversionEPSGEEPSGEPSG&a !conversionEPSGEEPSGEPSG&` !conversionEPSGEEPSGEPSG&_ !conversionEPSGEEPSGEPSG&^ !conversionEPSGEEPSGEPSG&] !conversionEPSGEEPSGEPSG&\ !conversionEPSGEEPSGEPSG&[ !conversionEPSGEEPSGEPSG&Z !conversionEPSGEEPSGEPSG&Y !conversionEPSGEEPSGEPSG&X !conversionEPSGEEPSGEPSG&W !conversionEPSGEEPSGEPSG&V !conversionEPSGEEPSGEPSG&U !conversionEPSGEEPSGEPSG&T !conversionEPSGEEPSGEPSG&S !conversionEPSGEEPSGEPSG&R !conversionEPSGEEPSGEPSG&Q !conversionEPSGEEPSGPEPSGD&P !conversionEPSGEEPSGOEPSGD&O !conversionEPSGEEPSGNEPSGD&N !conversionEPSGEEPSGMEPSGD&M !conversionEPSGEEPSGLEPSGD&L !conversionEPSGEEPSGKEPSGD&K !conversionEPSGEEPSGJEPSGD&J !conversionEPSGEEPSGIEPSGD&I !conversionEPSGEEPSGHEPSGD&H !conversionEPSGEEPSGGEPSGD&G !conversionEPSGEEPSGFEPSGD&F !conversionEPSGEEPSGEEPSGD&E !conversionEPSGEEPSGDEPSGD&D !conversionEPSGEEPSGCEPSGD&C !conversionEPSGEEPSGBEPSGD&B !conversionEPSGEEPSGAEPSGD&A !conversionEPSGEEPSG@EPSGD&@ !conversionEPSGEEPSG?EPSGD&? !conversionEPSGEEPSG>EPSGD&> !conversionEPSGEEPSGEPSGv&= !conversionEPSGEEPSGEPSGv&< !conversionEPSGEqEPSGEPSG&; !conversionEPSGEpEPSGEPSG&: !conversionEPSGEoEPSGEPSG&9 !conversionEPSGEnEPSGEPSG&8 !conversionEPSGEmEPSGEPSG&7 !conversionEPSGElEPSGEPSG&6 !conversionEPSGEkEPSGEPSG&5 !conversionEPSGE>EPSG EPSGH&4 !conversionEPSGE=EPSG EPSGH&3 !conversionEPSGE !conversionEPSGFEPSG EPSGv&= !conversionEPSGFEPSG EPSGv&< !conversionEPSGFEPSGEPSGv&; !conversionEPSGFEPSGEPSGv&: !conversionEPSGFEPSGEPSGv&9 !conversionEPSGFEPSGEPSGv&8 !conversionEPSGFEPSGAEPSGv&7 !conversionEPSGFEPSG@EPSGv&6 !conversionEPSGFEPSG EPSG&5 !conversionEPSGFEPSG?EPSG&4 !conversionEPSGFEPSG EPSGv&3 !conversionEPSGFEPSG EPSGv&2 !conversionEPSGFEPSGAEPSGv&1 !conversionEPSGFEPSG@EPSGv&0 !conversionEPSGFEPSG?EPSGv&/ !conversionEPSGFEPSG>EPSGv&. !conversionEPSGFEPSGEPSGv&- !conversionEPSGFEPSGEPSGv&, !conversionEPSGFEPSGEPSGv&+ !conversionEPSGF~EPSGEPSGv&* !conversionEPSGF}EPSGEPSGv&) !conversionEPSGF|EPSGEPSGv&( !conversionEPSGF{EPSGEPSG&' !conversionEPSGFzEPSGEPSG&& !conversionEPSGFyEPSGEPSG&% !conversionEPSGFuEPSGNEPSGv&$ !conversionEPSGFtEPSGMEPSGv&# !conversionEPSGFsEPSGLEPSGv&" !conversionEPSGFrEPSGKEPSGv&! !conversionEPSGFqEPSGEPSGv& !conversionEPSGFpEPSGIEPSGv& !conversionEPSGFoEPSGHEPSGv& !conversionEPSGFfEPSGEPSGv& !conversionEPSGFeEPSGEPSGv& !conversionEPSGF\EPSGEPSGv& !conversionEPSGF[EPSGEPSGv& !conversionEPSGFYEPSGEPSGv& !conversionEPSGFXEPSGEPSGv& !conversionEPSGFWEPSGEPSGv& !conversionEPSGFVEPSGEPSGv& !conversionEPSGFUEPSGEPSGv& !conversionEPSGFTEPSGEPSGv& !conversionEPSGFSEPSGEPSGv& !conversionEPSGFREPSGEPSGv& !conversionEPSGFQEPSGEPSGv& !conversionEPSGF.EPSGEPSG& !conversionEPSGF-EPSG IEPSGv& !conversionEPSGF,EPSG EPSG& !conversionEPSGF+EPSG EPSGv& !conversionEPSGF*EPSG EPSGv& !conversionEPSGF)EPSG EPSGv& !conversionEPSGF(EPSG EPSGv& !conversionEPSGF'EPSG IEPSG& !conversionEPSGF&EPSGEPSG& !conversionEPSGF%EPSGEPSG& !conversionEPSGF$EPSGEPSG& !conversionEPSGF#EPSGEPSG& !conversionEPSGF"EPSGEPSG& !conversionEPSGF!EPSGEPSG& !conversionEPSGF EPSGEPSG& !conversionEPSGFEPSGEPSG& !conversionEPSGFEPSGEPSG& !conversionEPSGFEPSGEPSG& !conversionEPSGFEPSGEPSG&~ !conversionEPSGFEPSGEPSG&} !conversionEPSGFEPSGEPSG&| !conversionEPSGFEPSGEPSG&{ !conversionEPSGFEPSGEPSG&z !conversionEPSGFEPSGEPSG&y !conversionEPSGFEPSGEPSG _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&6 !conversionEPSGGhEPSGEPSGN&5 !conversionEPSGGfEPSGEPSGv&4 !conversionEPSGGeEPSG|EPSG&3 !conversionEPSGGeEPSGEPSGv&2 !conversionEPSGGdEPSGEPSGv&1 !conversionEPSGGcEPSGEPSGv&0 !conversionEPSGGWEPSG'EPSGp&/ !conversionEPSGGVEPSG'EPSGp&. !conversionEPSGGUEPSG'EPSGp&- !conversionEPSGGTEPSG'EPSGp&, !conversionEPSGGMEPSGEPSGv&+ !conversionEPSGGLEPSGEPSGv&* !conversionEPSGGKEPSGEPSGv&) !conversionEPSGGHEPSGEPSGv&( !conversionEPSGGGEPSGEPSGv&' !conversionEPSGGFEPSGEPSGv&& !conversionEPSGGEEPSGEPSGv&% !conversionEPSGGDEPSGEPSGv&$ !conversionEPSGGCEPSGEPSGv&# !conversionEPSGGBEPSGEPSGv&" !conversionEPSGGAEPSGEPSGv&! !conversionEPSGG@EPSGEPSGv& !conversionEPSGG>EPSG EPSGv& !conversionEPSGG=EPSGEPSGv& !conversionEPSGG !conversionEPSGGEPSGEPSG&= !conversionEPSGG|EPSGEPSG&< !conversionEPSGGnEPSGEPSG&; !conversionEPSGGmEPSGEPSGN&: !conversionEPSGGlEPSGEPSGN&9 !conversionEPSGGkEPSGEPSGN&8 !conversionEPSGGjEPSGEPSGN&7 !conversionEPSGGiEPSGEPSGN _\3 f= p G  z Q ( [ 2 e <  o F yP'Z1d;nExO&Y0c:mD&t !conversionEPSGNEPSG;EPSGp&s !conversionEPSGNEPSGEPSGv&r !conversionEPSGNEPSG EPSGv&q !conversionEPSGNEPSGEPSGv&p !conversionEPSGNEPSGEPSGv&o !conversionEPSGNEPSGEPSGv&n !conversionEPSGNEPSGEPSG&m !conversionEPSGMEPSGEPSGv&l !conversionEPSGMEPSGzEPSGv&k !conversionEPSGMEPSGEPSG&j !conversionEPSGMEPSG>EPSGv&i !conversionEPSGMEPSG>EPSGv&h !conversionEPSGMEPSGEPSGv&g !conversionEPSGMEPSGCEPSGv&f !conversionEPSGMEPSGEPSGv&e !conversionEPSGMEPSGPEPSGv&d !conversionEPSGMEPSGREPSGv&c !conversionEPSGMEPSGEPSGv&b !conversionEPSGMEPSGREPSGv&a !conversionEPSGMEPSGEPSGv&` !conversionEPSGMEPSGEPSGv&_ !conversionEPSGMEPSGBEPSGv&^ !conversionEPSGMEPSGEPSGv&] !conversionEPSGMEPSG:EPSGv&\ !conversionEPSGMEPSGEPSGv&[ !conversionEPSGMEPSGWEPSGv&Z !conversionEPSGMEPSGWEPSGv&Y !conversionEPSGMEPSG EPSG&X !conversionEPSGMEPSGEPSGv&W !conversionEPSGMEPSGEPSGv&V !conversionEPSGMEPSGXEPSG&U !conversionEPSGMEPSG EPSGv&T !conversionEPSGMEPSGEPSGv&S !conversionEPSGMEPSGEPSG&R !conversionEPSGMEPSGWEPSGv&Q !conversionEPSGMEPSGnEPSGv&P !conversionEPSGMEPSGBEPSGv&O !conversionEPSGMEPSGREPSG&N !conversionEPSGMEPSGEPSG&M !conversionEPSGMEPSGEPSGv&L !conversionEPSGMEPSGyEPSGv&K !conversionEPSGMEPSGEPSGv&J !conversionEPSGMEPSG_EPSGv&I !conversionEPSGMEPSG EPSGv&H !conversionEPSGMEPSG EPSG&G !conversionEPSGMEPSG EPSG&F !conversionEPSGMEPSGEPSGv&E !conversionEPSGMEPSGEPSGv&D !conversionEPSGMEPSGEPSGv&C !conversionEPSGMEPSG;EPSGv&B !conversionEPSGMEPSG*EPSGv&A !conversionEPSGMEPSGEPSGv&@ !conversionEPSGMEPSGEPSGv&? !conversionEPSGMEPSG >EPSGv&> !conversionEPSGMEPSGEPSGv&= !conversionEPSGMEPSGEPSGv&< !conversionEPSGMEPSGEPSGv&; !conversionEPSGMEPSG&EPSGv&: !conversionEPSGMEPSG EPSGv&9 !conversionEPSGMEPSGEPSGv&8 !conversionEPSGMEPSGEPSGv&7 !conversionEPSGMEPSG}EPSG&6 !conversionEPSGMEPSG EPSGv&5 !conversionEPSGMEPSG EPSGv&4 !conversionEPSGMEPSGEPSGv&3 !conversionEPSGMEPSG)EPSGv&2 !conversionEPSGMEPSGEPSGv&1 !conversionEPSGMEPSGEPSGv&0 !conversionEPSGMEPSGPEPSGv&/ !conversionEPSGMEPSGYEPSG&. !conversionEPSGMEPSGCEPSGv&- !conversionEPSGMEPSGCEPSGv&, !conversionEPSGMEPSGEPSGv&+ !conversionEPSGMEPSG EPSGv&* !conversionEPSGMEPSG dEPSG&) !conversionEPSGMEPSG%EPSG&( !conversionEPSGMEPSG^EPSG&' !conversionEPSGMEPSGsEPSGv&& !conversionEPSGMEPSGREPSGv&% !conversionEPSGMEPSG 0EPSGv&$ !conversionEPSGMEPSG 1EPSGv&# !conversionEPSGMEPSG 2EPSGv&" !conversionEPSGMEPSG 3EPSGv&! !conversionEPSGMEPSG 4EPSGv& !conversionEPSGMEPSG 5EPSGv& !conversionEPSGMEPSG 6EPSGv& !conversionEPSGMEPSG 7EPSGv& !conversionEPSGMEPSG 8EPSGv& !conversionEPSGMEPSG EPSG& !conversionEPSGMEPSG ?EPSG& !conversionEPSGMEPSG HEPSG& !conversionEPSGMEPSG HEPSG& !conversionEPSGMEPSGFEPSG & !conversionEPSGMEPSG {EPSG & !conversionEPSGMEPSG IEPSG [\3 f= p G  z Q & z O $ x M " v K tIrGpEnClAj?h=f;(O %geodetic_crsEPSGEPSG EPSG(N %geodetic_crsEPSGEPSGEPSG(M %geodetic_crsEPSGEPSG EPSG(L %geodetic_crsEPSGEPSG EPSG(K %geodetic_crsEPSGEPSG EPSG(J %geodetic_crsEPSGEPSG EPSG(I %geodetic_crsEPSGEPSG EPSG(H %geodetic_crsEPSGEPSGEPSG(G %geodetic_crsEPSGEPSGEPSG(F %geodetic_crsEPSGEPSGEPSG(E %geodetic_crsEPSGEPSGEPSGJ(D %geodetic_crsEPSGEPSGEPSGV(C %geodetic_crsEPSGEPSGEPSG(B %geodetic_crsEPSGEPSGEPSG(A %geodetic_crsEPSGEPSGEPSG(@ %geodetic_crsEPSGEPSGEPSG(? %geodetic_crsEPSGEPSGEPSG(> %geodetic_crsEPSGEPSGEPSG(= %geodetic_crsEPSGEPSGEPSG(< %geodetic_crsEPSGEPSGEPSG(; %geodetic_crsEPSGEPSGEPSG(: %geodetic_crsEPSGEPSGEPSG(9 %geodetic_crsEPSGEPSGEPSG(8 %geodetic_crsEPSGEPSGEPSG(7 %geodetic_crsEPSGEPSGEPSG(6 %geodetic_crsEPSGEPSGEPSG(5 %geodetic_crsEPSGEPSGEPSG(4 %geodetic_crsEPSGEPSGEPSG(3 %geodetic_crsEPSGEPSGEPSG(2 %geodetic_crsEPSGEPSGEPSG(1 %geodetic_crsEPSGEPSGEPSG(0 %geodetic_crsEPSGEPSGEPSG(/ %geodetic_crsEPSGEPSGEPSG(. %geodetic_crsEPSGEPSGEPSG(- %geodetic_crsEPSGEPSGEPSG(, %geodetic_crsEPSGEPSGEPSG(+ %geodetic_crsEPSGEPSGEPSG(* %geodetic_crsEPSGEPSGEPSG() %geodetic_crsEPSGEPSGEPSG(( %geodetic_crsEPSGEPSGEPSG(' %geodetic_crsEPSGEPSGEPSG(& %geodetic_crsEPSGEPSGEPSG(% %geodetic_crsEPSGEPSGEPSG($ %geodetic_crsEPSGEPSGEPSG(# %geodetic_crsEPSGEPSGEPSG(" %geodetic_crsEPSGEPSGEPSG(! %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGBEPSG BEPSG( %geodetic_crsEPSG1EPSGdEPSG( %geodetic_crsEPSG0EPSGdEPSG( %geodetic_crsEPSG/EPSGdEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSGEPSG( %geodetic_crsEPSGEPSG EPSG( %geodetic_crsEPSGEPSG_EPSG& !conversionEPSGNEPSG EPSGv& !conversionEPSGNEPSG EPSGv& !conversionEPSGNEPSGEPSGv& !conversionEPSGNEPSG REPSG& !conversionEPSGNEPSGjEPSGv& !conversionEPSGNEPSG @EPSG& !conversionEPSGNEPSGEPSG& !conversionEPSGNEPSGEPSG& !conversionEPSGNEPSG 5EPSG& !conversionEPSGNEPSGsEPSGv& !conversionEPSGNEPSG`EPSG& !conversionEPSGNEPSG EPSG& !conversionEPSGNEPSG EPSG&~ !conversionEPSGNEPSG AEPSG&} !conversionEPSGNEPSG AEPSG&| !conversionEPSGNEPSG EPSG&{ !conversionEPSGNEPSG EPSG&z !conversionEPSGNEPSGEPSGv&y !conversionEPSGN EPSG fEPSGv&x !conversionEPSGN EPSGEPSG&&w !conversionEPSGN EPSG^EPSG&v !conversionEPSGN EPSG EPSGp&u !conversionEPSGNEPSGEPSG ZT)}R' { P % y N # w L ! u J  s H qFoDmBk@i>g<e:c8 () %geodetic_crsEPSGxEPSG EPSG(( %geodetic_crsEPSGwEPSGCEPSG(' %geodetic_crsEPSGvEPSG+EPSG(& %geodetic_crsEPSGuEPSG EPSG(% %geodetic_crsEPSGtEPSG EPSG($ %geodetic_crsEPSGsEPSGREPSG(# %geodetic_crsEPSGrEPSGEPSG(" %geodetic_crsEPSGqEPSGEPSG(! %geodetic_crsEPSGpEPSGEPSG( %geodetic_crsEPSGoEPSGEPSG( %geodetic_crsEPSGnEPSGEPSG( %geodetic_crsEPSGmEPSG EPSG( %geodetic_crsEPSGlEPSGEPSG( %geodetic_crsEPSGkEPSG EPSG( %geodetic_crsEPSGjEPSGEPSG( %geodetic_crsEPSGiEPSGEPSG( %geodetic_crsEPSGhEPSGEPSG( %geodetic_crsEPSGgEPSG EPSG( %geodetic_crsEPSGfEPSG EPSG( %geodetic_crsEPSGeEPSG EPSG( %geodetic_crsEPSGdEPSG EPSG( %geodetic_crsEPSGcEPSG EPSG( %geodetic_crsEPSGbEPSG "EPSG( %geodetic_crsEPSGaEPSG EPSG( %geodetic_crsEPSG`EPSG EPSG( 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%geodetic_crsEPSG#7EPSGEPSG(f %geodetic_crsEPSG#6EPSGEPSG(e %geodetic_crsEPSG#5EPSGEPSG(d %geodetic_crsEPSG#4EPSGEPSG(c %geodetic_crsEPSG#3EPSGEPSG(b %geodetic_crsEPSG#2EPSGEPSG(a %geodetic_crsEPSG#1EPSGEPSG(` %geodetic_crsEPSG#0EPSGEPSG(_ %geodetic_crsEPSG#/EPSGEPSG(^ %geodetic_crsEPSG#.EPSGEPSG(] %geodetic_crsEPSG#-EPSGEPSG(\ %geodetic_crsEPSG#,EPSGEPSG([ %geodetic_crsEPSG#+EPSGEPSG(Z %geodetic_crsEPSG#*EPSGEPSG(Y %geodetic_crsEPSG#)EPSGEPSG(X %geodetic_crsEPSG#(EPSGEPSG(W %geodetic_crsEPSG#'EPSGEPSG(V %geodetic_crsEPSG#&EPSGEPSG(U %geodetic_crsEPSG#%EPSGEPSG(T %geodetic_crsEPSG#$EPSGEPSG ZT)}R' { P % y N # w L ! u J  s H qFoDmBk@i>g<e:c8 ( %geodetic_crsEPSG)EPSGEPSGu( %geodetic_crsEPSG)nEPSGEPSG( %geodetic_crsEPSG)mEPSG EPSG( %geodetic_crsEPSG)lEPSGEPSG( %geodetic_crsEPSG)KEPSGEPSG( %geodetic_crsEPSG)JEPSGEPSG( %geodetic_crsEPSG)IEPSGEPSG( %geodetic_crsEPSG(EPSGEPSG( %geodetic_crsEPSG(EPSGEPSG(~ %geodetic_crsEPSG(EPSGEPSG(} %geodetic_crsEPSG(EPSGEPSGu(| %geodetic_crsEPSG(EPSG%EPSG({ %geodetic_crsEPSG(EPSG%EPSG(z %geodetic_crsEPSG(EPSG%EPSG(y %geodetic_crsEPSG(jEPSGEPSG(x %geodetic_crsEPSG(iEPSGEPSGV(w %geodetic_crsEPSG(XEPSGEPSG(v %geodetic_crsEPSG(WEPSGEPSG(u %geodetic_crsEPSG(VEPSGEPSG(t %geodetic_crsEPSG(HEPSGEPSG(s %geodetic_crsEPSG(GEPSGEPSG(r %geodetic_crsEPSG(FEPSGEPSG(q %geodetic_crsEPSG(EEPSGEPSG(p %geodetic_crsEPSG(DEPSGEPSG(o %geodetic_crsEPSG(CEPSGEPSG(n %geodetic_crsEPSG(AEPSGsEPSG(m %geodetic_crsEPSG(@EPSGsEPSG(l %geodetic_crsEPSG(?EPSGsEPSG(k %geodetic_crsEPSG( %geodetic_crsEPSG&4EPSGHEPSG(= %geodetic_crsEPSG&3EPSGHEPSG(< %geodetic_crsEPSG&2EPSGHEPSG(; %geodetic_crsEPSG&1EPSGHEPSG(: %geodetic_crsEPSG&0EPSGHEPSG(9 %geodetic_crsEPSG&/EPSGHEPSG(8 %geodetic_crsEPSG&#EPSGEPSGu(7 %geodetic_crsEPSG&EPSG EPSGu(6 %geodetic_crsEPSG&EPSGEPSG(5 %geodetic_crsEPSG&EPSGEPSG(4 %geodetic_crsEPSG&EPSGEPSG(3 %geodetic_crsEPSG& EPSG EPSGu(2 %geodetic_crsEPSG%EPSGEPSG(1 %geodetic_crsEPSG%EPSGEPSG(0 %geodetic_crsEPSG%EPSGEPSG(/ %geodetic_crsEPSG%EPSG*EPSG(. %geodetic_crsEPSG%EPSG*EPSG ZT)}R' { P % y N # w L ! u J  s H qFoDmBk@i>g<e:c8 (a %geodetic_crsEPSG+&EPSGEPSG(` %geodetic_crsEPSG+%EPSGEPSG(_ %geodetic_crsEPSG+#EPSG2EPSG(^ %geodetic_crsEPSG+"EPSG2EPSG(] %geodetic_crsEPSG+!EPSG2EPSG(\ %geodetic_crsEPSG+EPSGEPSG([ %geodetic_crsEPSG+EPSGEPSG(Z %geodetic_crsEPSG+EPSGEPSG(Y %geodetic_crsEPSG+EPSGbEPSG(X %geodetic_crsEPSG+EPSGbEPSG(W %geodetic_crsEPSG+EPSGbEPSG(V %geodetic_crsEPSG+EPSGEPSG(U %geodetic_crsEPSG+EPSGEPSG(T %geodetic_crsEPSG*EPSGEPSG(S %geodetic_crsEPSG*EPSGEPSG(R %geodetic_crsEPSG*EPSGEPSG(Q %geodetic_crsEPSG*EPSGEPSG(P %geodetic_crsEPSG*EPSGEPSG(O %geodetic_crsEPSG*EPSGEPSG(N %geodetic_crsEPSG*EPSGEPSG(M %geodetic_crsEPSG*EPSGSEPSG(L %geodetic_crsEPSG*EPSGSEPSG(K %geodetic_crsEPSG*EPSGSEPSG(J %geodetic_crsEPSG*EPSGSEPSG(I %geodetic_crsEPSG*EPSGSEPSG(H %geodetic_crsEPSG*EPSGSEPSG(G %geodetic_crsEPSG*EPSG_EPSG(F %geodetic_crsEPSG*EPSG_EPSG(E %geodetic_crsEPSG*EPSG_EPSG(D %geodetic_crsEPSG*EPSGkEPSG(C %geodetic_crsEPSG*EPSGkEPSG(B %geodetic_crsEPSG*EPSGkEPSG(A %geodetic_crsEPSG*EPSG_EPSG(@ %geodetic_crsEPSG*EPSG_EPSG(? %geodetic_crsEPSG*EPSG_EPSG(> %geodetic_crsEPSG*EPSGEPSGx(= %geodetic_crsEPSG*EPSG8EPSG(< %geodetic_crsEPSG*EPSG8EPSG(; %geodetic_crsEPSG*EPSG8EPSG(: %geodetic_crsEPSG*{EPSGEPSG(9 %geodetic_crsEPSG*zEPSGEPSG(8 %geodetic_crsEPSG*yEPSGEPSG(7 %geodetic_crsEPSG*lEPSGEPSG (6 %geodetic_crsEPSG*aEPSGEPSGu(5 %geodetic_crsEPSG*OEPSGNEPSG(4 %geodetic_crsEPSG*NEPSGNEPSG(3 %geodetic_crsEPSG*MEPSGNEPSG(2 %geodetic_crsEPSG*7EPSGEPSG(1 %geodetic_crsEPSG*6EPSGEPSG(0 %geodetic_crsEPSG*5EPSGEPSG(/ %geodetic_crsEPSG*0EPSGvEPSG(. %geodetic_crsEPSG*/EPSGvEPSG(- %geodetic_crsEPSG*.EPSGvEPSG(, %geodetic_crsEPSG*'EPSGEPSG(+ %geodetic_crsEPSG*&EPSGEPSG(* %geodetic_crsEPSG*%EPSGEPSG() %geodetic_crsEPSG*!EPSGEPSG(( %geodetic_crsEPSG* EPSGEPSG(' %geodetic_crsEPSG*EPSG EPSG(& %geodetic_crsEPSG*EPSGEPSG(% %geodetic_crsEPSG*EPSGEPSG($ %geodetic_crsEPSG*EPSG EPSG(# %geodetic_crsEPSG* EPSGEPSG(" %geodetic_crsEPSG* EPSGEPSG(! %geodetic_crsEPSG*EPSGEPSG( %geodetic_crsEPSG*EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGGEPSG( %geodetic_crsEPSG)EPSGGEPSG( %geodetic_crsEPSG)EPSGGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSG( %geodetic_crsEPSG)EPSGEPSGu ZT)}R' { P % y N # w L ! u J  s H qFoDmBk@e9 ]1U)yM!); 'projected_crsEPSGEPSGEPSGv): 'projected_crsEPSGEPSGEPSGv)9 'projected_crsEPSGEPSGEPSGv)8 'projected_crsEPSGEPSGEPSGv)7 'projected_crsEPSGEPSGEPSGv)6 'projected_crsEPSGEPSGEPSGv)5 'projected_crsEPSGEPSGEPSGv)4 'projected_crsEPSGEPSGEPSGv)3 'projected_crsEPSGEPSGEPSGv)2 'projected_crsEPSGEPSGEPSGv)1 'projected_crsEPSGEPSGEPSGv)0 'projected_crsEPSGEPSGEPSGv)/ 'projected_crsEPSGEPSGEPSGv). 'projected_crsEPSGEPSGEPSGv)- 'projected_crsEPSGEPSGEPSGv), 'projected_crsEPSGEPSGEPSGv)+ 'projected_crsEPSGEPSGEPSGv)* 'projected_crsEPSGEPSG EPSGv)) 'projected_crsEPSGEPSG EPSGv)( 'projected_crsEPSGEPSG EPSGv)' 'projected_crsEPSGEPSG EPSGv)& 'projected_crsEPSGEPSGEPSGv)% 'projected_crsEPSGEPSG EPSGv)$ 'projected_crsEPSGEPSGEPSGv)# 'projected_crsEPSGEPSG EPSGv(" %geodetic_crsEPSGNNEPSG.EPSG(! %geodetic_crsEPSGNMEPSG.EPSG( %geodetic_crsEPSGNLEPSG.EPSG( %geodetic_crsEPSGNIEPSG*EPSG( %geodetic_crsEPSGNHEPSG*EPSG( %geodetic_crsEPSGNGEPSG*EPSG( %geodetic_crsEPSGNAEPSG:EPSGu( %geodetic_crsEPSG,+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGEPSG( %geodetic_crsEPSG+EPSGOEPSG( %geodetic_crsEPSG+EPSGOEPSG( %geodetic_crsEPSG+EPSGOEPSG( %geodetic_crsEPSG+EPSG4EPSG( %geodetic_crsEPSG+EPSG4EPSG( %geodetic_crsEPSG+EPSG4EPSG( %geodetic_crsEPSG+EPSG_EPSG( %geodetic_crsEPSG+EPSG_EPSG( %geodetic_crsEPSG+EPSG_EPSG( %geodetic_crsEPSG+~EPSGEPSG( %geodetic_crsEPSG+zEPSGEPSG( %geodetic_crsEPSG+yEPSGEPSG( %geodetic_crsEPSG+xEPSGEPSG( %geodetic_crsEPSG+wEPSGEPSG( %geodetic_crsEPSG+vEPSGEPSG( %geodetic_crsEPSG+oEPSGEPSG( %geodetic_crsEPSG+iEPSGEPSG( %geodetic_crsEPSG+hEPSGEPSG( %geodetic_crsEPSG+dEPSGEPSG( %geodetic_crsEPSG+cEPSGEPSG(~ %geodetic_crsEPSG+bEPSGEPSG(} %geodetic_crsEPSG+[EPSG|EPSG(| %geodetic_crsEPSG+ZEPSG|EPSG({ %geodetic_crsEPSG+YEPSG|EPSG(z %geodetic_crsEPSG+UEPSGREPSG(y %geodetic_crsEPSG+TEPSGREPSG(x %geodetic_crsEPSG+SEPSGREPSG(w %geodetic_crsEPSG+OEPSGEEPSG(v %geodetic_crsEPSG+NEPSGEEPSG(u %geodetic_crsEPSG+MEPSGEEPSG(t %geodetic_crsEPSG+GEPSGEPSG(s %geodetic_crsEPSG+FEPSGEPSG(r %geodetic_crsEPSG+EEPSGEPSG(q %geodetic_crsEPSG+DEPSGEPSG(p %geodetic_crsEPSG+CEPSGEPSG(o %geodetic_crsEPSG+BEPSGEPSG(n %geodetic_crsEPSG+>EPSG7EPSG(m %geodetic_crsEPSG+=EPSG7EPSG(l %geodetic_crsEPSG+EPSGEPSG) 'projected_crsEPSG=EPSGEPSG) 'projected_crsEPSGEPSGv)` 'projected_crsEPSG EPSGEPSGv)_ 'projected_crsEPSG EPSGEPSGv)^ 'projected_crsEPSG EPSGEPSGv)] 'projected_crsEPSG EPSGEPSGv)\ 'projected_crsEPSG EPSG:EPSG)[ 'projected_crsEPSGEPSGEPSGD)Z 'projected_crsEPSGEPSGEPSGD)Y 'projected_crsEPSGEPSGEPSGD)X 'projected_crsEPSGEPSGEPSGD)W 'projected_crsEPSGEPSGEPSGD)V 'projected_crsEPSGEPSGEPSGD)U 'projected_crsEPSGEPSGEPSGD)T 'projected_crsEPSGEPSGEPSGD)S 'projected_crsEPSGEPSGEPSGD)R 'projected_crsEPSGEPSGEPSGD)Q 'projected_crsEPSGEPSGEPSGD)P 'projected_crsEPSGEPSGEPSGv)O 'projected_crsEPSGEPSGEPSGv)N 'projected_crsEPSGEPSGEPSGv)M 'projected_crsEPSGEPSGEPSGv)L 'projected_crsEPSGEPSGEPSGv)K 'projected_crsEPSGEPSGEPSGv)J 'projected_crsEPSGEPSG +EPSGD)I 'projected_crsEPSGEPSGEPSGv)H 'projected_crsEPSGEPSGEPSGv)G 'projected_crsEPSGEPSGEPSGv)F 'projected_crsEPSGEPSGEPSGv)E 'projected_crsEPSGEPSGEPSGv)D 'projected_crsEPSGEPSGEPSGv)C 'projected_crsEPSGEPSGEPSGv)B 'projected_crsEPSGEPSGEPSGv)A 'projected_crsEPSGEPSGEPSGv)@ 'projected_crsEPSGEPSGEPSGv)? 'projected_crsEPSGEPSGEPSGv)> 'projected_crsEPSGEPSGEPSGv)= 'projected_crsEPSGEPSGEPSGv)< 'projected_crsEPSGEPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )k 'projected_crsEPSGEPSGEPSG)j 'projected_crsEPSGEPSGEPSG)i 'projected_crsEPSGEPSGEPSGv)h 'projected_crsEPSGEPSGEPSGv)g 'projected_crsEPSGEPSGEPSGv)f 'projected_crsEPSGEPSGEPSGv)e 'projected_crsEPSGEPSGEPSGv)d 'projected_crsEPSGEPSGEPSGv)c 'projected_crsEPSGEPSGEPSG )b 'projected_crsEPSGEPSG EPSG)a 'projected_crsEPSGEPSG EPSG)` 'projected_crsEPSGEPSG EPSG)_ 'projected_crsEPSGEPSG &EPSGv)^ 'projected_crsEPSGEPSGEPSGv)] 'projected_crsEPSGEPSGEPSGv)\ 'projected_crsEPSGEPSG.EPSG)[ 'projected_crsEPSGEPSG"EPSG)Z 'projected_crsEPSGEPSGAEPSG)Y 'projected_crsEPSGEPSGEPSG)X 'projected_crsEPSGEPSG@EPSG)W 'projected_crsEPSGEPSGEPSG)V 'projected_crsEPSGEPSGEPSG%)U 'projected_crsEPSGEPSGEPSG%)T 'projected_crsEPSGEPSGEPSG%)S 'projected_crsEPSGEPSGEPSG%)R 'projected_crsEPSGEPSGEPSGv)Q 'projected_crsEPSG~EPSGEPSGv)P 'projected_crsEPSG}EPSGEPSGv)O 'projected_crsEPSG|EPSGEPSGv)N 'projected_crsEPSG{EPSGEPSGv)M 'projected_crsEPSGzEPSGEPSGv)L 'projected_crsEPSGyEPSGzEPSGv)K 'projected_crsEPSGxEPSGEPSG )J 'projected_crsEPSGwEPSGEPSG )I 'projected_crsEPSGvEPSGEPSG )H 'projected_crsEPSGuEPSGEPSGp)G 'projected_crsEPSGtEPSGEPSGp)F 'projected_crsEPSGsEPSGEPSG)E 'projected_crsEPSGrEPSGEPSGv)D 'projected_crsEPSGqEPSGEPSGv)C 'projected_crsEPSGpEPSG>EPSG)B 'projected_crsEPSGoEPSG>EPSGv)A 'projected_crsEPSGnEPSGEPSGv)@ 'projected_crsEPSGmEPSGEPSGv)? 'projected_crsEPSGlEPSGEPSGv)> 'projected_crsEPSGkEPSGEPSGv)= 'projected_crsEPSGjEPSGHEPSGv)< 'projected_crsEPSGiEPSGEPSGv); 'projected_crsEPSGhEPSGEPSGv): 'projected_crsEPSGgEPSGEPSGv)9 'projected_crsEPSGfEPSGEPSGv)8 'projected_crsEPSGeEPSGEPSGv)7 'projected_crsEPSGdEPSGEPSGv)6 'projected_crsEPSGcEPSGEPSGv)5 'projected_crsEPSGbEPSGEPSGv)4 'projected_crsEPSGaEPSGEPSGv)3 'projected_crsEPSG`EPSGEPSGv)2 'projected_crsEPSG_EPSGEPSGv)1 'projected_crsEPSG^EPSGEPSGv)0 'projected_crsEPSG]EPSGEPSGv)/ 'projected_crsEPSG\EPSGEPSGv). 'projected_crsEPSG[EPSGEPSGv)- 'projected_crsEPSGZEPSGXEPSG), 'projected_crsEPSGYEPSGEPSGp)+ 'projected_crsEPSGXEPSG EPSGv)* 'projected_crsEPSGWEPSGEPSGv)) 'projected_crsEPSGVEPSGEPSGv)( 'projected_crsEPSGUEPSGEPSGv)' 'projected_crsEPSGTEPSGEPSG)& 'projected_crsEPSGSEPSGEPSG)% 'projected_crsEPSGREPSGEPSG)$ 'projected_crsEPSGQEPSGEPSG)# 'projected_crsEPSGPEPSGEPSG)" 'projected_crsEPSGOEPSGEPSG)! 'projected_crsEPSGNEPSGEPSG) 'projected_crsEPSGMEPSGEPSG) 'projected_crsEPSGLEPSGEPSG) 'projected_crsEPSGKEPSGEPSG) 'projected_crsEPSGJEPSGEPSG) 'projected_crsEPSGIEPSGEPSG) 'projected_crsEPSGHEPSGEPSG) 'projected_crsEPSGGEPSGEPSG) 'projected_crsEPSGFEPSGEPSG) 'projected_crsEPSGEEPSGEPSG) 'projected_crsEPSGDEPSGEPSG) 'projected_crsEPSGCEPSGEPSG) 'projected_crsEPSGBEPSGEPSG) 'projected_crsEPSGAEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )C 'projected_crsEPSGEPSG EPSG)B 'projected_crsEPSGEPSGEPSGv)A 'projected_crsEPSGEPSGEPSGv)@ 'projected_crsEPSGEPSGEPSGv)? 'projected_crsEPSGEPSGEPSGv)> 'projected_crsEPSGEPSGEPSGv)= 'projected_crsEPSGEPSGEPSGv)< 'projected_crsEPSGEPSGEPSGv); 'projected_crsEPSGEPSGEPSGv): 'projected_crsEPSGEPSGEPSGv)9 'projected_crsEPSGEPSGEPSGv)8 'projected_crsEPSGEPSGEPSGv)7 'projected_crsEPSGEPSGEPSGv)6 'projected_crsEPSGEPSGEPSGv)5 'projected_crsEPSGEPSGEPSGv)4 'projected_crsEPSGEPSGEPSGv)3 'projected_crsEPSGEPSG EPSGv)2 'projected_crsEPSGEPSG EPSGv)1 'projected_crsEPSGEPSGEPSGv)0 'projected_crsEPSGEPSGEPSGv)/ 'projected_crsEPSGEPSGEPSGv). 'projected_crsEPSGEPSGEPSGv)- 'projected_crsEPSGEPSGEPSGv), 'projected_crsEPSGEPSGEPSGv)+ 'projected_crsEPSGEPSGEPSGv)* 'projected_crsEPSGEPSGEPSGv)) 'projected_crsEPSGEPSGEPSGv)( 'projected_crsEPSGEPSGEPSGv)' 'projected_crsEPSGEPSGEPSGv)& 'projected_crsEPSGEPSGEPSGv)% 'projected_crsEPSGEPSGEPSGv)$ 'projected_crsEPSGEPSGzEPSGv)# 'projected_crsEPSGEPSGEPSGv)" 'projected_crsEPSGEPSGEPSGv)! 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGsEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGmEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGbEPSGv) 'projected_crsEPSGEPSGaEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv)~ 'projected_crsEPSGEPSGEPSGv)} 'projected_crsEPSGEPSGEPSGv)| 'projected_crsEPSGEPSGxEPSGv){ 'projected_crsEPSGEPSGvEPSGv)z 'projected_crsEPSGEPSGwEPSGv)y 'projected_crsEPSGEPSG )EPSG)x 'projected_crsEPSGEPSGEPSGv)w 'projected_crsEPSGEPSGEPSGv)v 'projected_crsEPSGEPSG *EPSG)u 'projected_crsEPSGEPSG EPSG)t 'projected_crsEPSGEPSG EPSG)s 'projected_crsEPSGEPSG EPSGv)r 'projected_crsEPSGEPSG EPSG)q 'projected_crsEPSGEPSG EPSGp)p 'projected_crsEPSGEPSGEPSG)o 'projected_crsEPSGEPSGEPSG)n 'projected_crsEPSGEPSGEPSG)m 'projected_crsEPSGEPSGEPSG)l 'projected_crsEPSGEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSG PEPSG EPSG) 'projected_crsEPSG OEPSG EPSG) 'projected_crsEPSG NEPSG EPSG) 'projected_crsEPSG MEPSG EPSG) 'projected_crsEPSG LEPSG EPSG) 'projected_crsEPSG KEPSG EPSG) 'projected_crsEPSG JEPSG EPSG) 'projected_crsEPSG IEPSG EPSG) 'projected_crsEPSG HEPSG EPSG) 'projected_crsEPSG GEPSG EPSG) 'projected_crsEPSG FEPSG EPSG) 'projected_crsEPSG EEPSG EPSG) 'projected_crsEPSG DEPSG EPSG) 'projected_crsEPSG CEPSG EPSG) 'projected_crsEPSG BEPSG EPSG) 'projected_crsEPSG AEPSG EPSG) 'projected_crsEPSG @EPSG EPSG) 'projected_crsEPSG ?EPSG EPSG) 'projected_crsEPSG >EPSG EPSG) 'projected_crsEPSG =EPSG EPSG) 'projected_crsEPSG EPSGD)V 'projected_crsEPSG EPSG EPSG)U 'projected_crsEPSG EPSG EPSG)T 'projected_crsEPSG EPSG EPSG)S 'projected_crsEPSG EPSG EPSG)R 'projected_crsEPSG EPSG EPSG)Q 'projected_crsEPSG EPSG EPSG)P 'projected_crsEPSG EPSG EPSG)O 'projected_crsEPSG EPSG EPSG)N 'projected_crsEPSG EPSG EPSG)M 'projected_crsEPSG EPSG EPSG)L 'projected_crsEPSG EPSG EPSG)K 'projected_crsEPSG EPSG EPSG)J 'projected_crsEPSG ~EPSG EPSG)I 'projected_crsEPSG }EPSG EPSG)H 'projected_crsEPSG |EPSG EPSG)G 'projected_crsEPSG {EPSG EPSG)F 'projected_crsEPSG zEPSG EPSG)E 'projected_crsEPSG yEPSG EPSG)D 'projected_crsEPSG xEPSG EPSG)C 'projected_crsEPSG wEPSG EPSG)B 'projected_crsEPSG vEPSG EPSG)A 'projected_crsEPSG uEPSG EPSG)@ 'projected_crsEPSG tEPSG EPSG)? 'projected_crsEPSG sEPSG EPSG)> 'projected_crsEPSG rEPSG EPSG)= 'projected_crsEPSG qEPSG EPSG)< 'projected_crsEPSG pEPSG EPSG); 'projected_crsEPSG oEPSG EPSG): 'projected_crsEPSG nEPSG EPSG)9 'projected_crsEPSG mEPSG EPSG)8 'projected_crsEPSG lEPSG EPSG)7 'projected_crsEPSG kEPSG EPSG)6 'projected_crsEPSG jEPSG EPSG)5 'projected_crsEPSG iEPSG EPSG)4 'projected_crsEPSG hEPSG EPSG)3 'projected_crsEPSG gEPSG EPSG)2 'projected_crsEPSG fEPSG EPSG)1 'projected_crsEPSG eEPSG EPSG)0 'projected_crsEPSG dEPSG EPSG)/ 'projected_crsEPSG cEPSG EPSG). 'projected_crsEPSG bEPSG EPSG)- 'projected_crsEPSG aEPSG EPSG), 'projected_crsEPSG `EPSGEPSG )+ 'projected_crsEPSG _EPSGEPSG)* 'projected_crsEPSG ^EPSGEPSG)) 'projected_crsEPSG ]EPSGEPSG)( 'projected_crsEPSG \EPSGEPSGv)' 'projected_crsEPSG [EPSGEPSGv)& 'projected_crsEPSG ZEPSGEPSGv)% 'projected_crsEPSG YEPSG EPSG)$ 'projected_crsEPSG YEPSGEPSG)# 'projected_crsEPSG XEPSGEPSGv)" 'projected_crsEPSG WEPSGEPSGv)! 'projected_crsEPSG VEPSG EPSG) 'projected_crsEPSG UEPSG EPSG) 'projected_crsEPSG TEPSG EPSG) 'projected_crsEPSG SEPSG EPSG) 'projected_crsEPSG REPSG EPSG) 'projected_crsEPSG QEPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )K 'projected_crsEPSG EPSG EPSG)J 'projected_crsEPSG EPSG EPSG)I 'projected_crsEPSG EPSG ~EPSG)H 'projected_crsEPSG EPSG }EPSG)G 'projected_crsEPSG EPSG |EPSG)F 'projected_crsEPSG EPSG {EPSG)E 'projected_crsEPSG EPSG zEPSG)D 'projected_crsEPSG EPSG yEPSG)C 'projected_crsEPSG EPSG xEPSG)B 'projected_crsEPSG EPSG0EPSGv)A 'projected_crsEPSG EPSG wEPSG)@ 'projected_crsEPSG EPSG vEPSG)? 'projected_crsEPSG EPSG uEPSG)> 'projected_crsEPSG EPSG tEPSG)= 'projected_crsEPSG EPSG sEPSG)< 'projected_crsEPSG EPSG rEPSG); 'projected_crsEPSG EPSG qEPSG): 'projected_crsEPSG EPSG pEPSG)9 'projected_crsEPSG EPSG oEPSG)8 'projected_crsEPSG EPSG nEPSG)7 'projected_crsEPSG EPSG mEPSG)6 'projected_crsEPSG EPSG lEPSG)5 'projected_crsEPSG EPSG kEPSG)4 'projected_crsEPSG EPSG jEPSG)3 'projected_crsEPSG EPSG iEPSG)2 'projected_crsEPSG EPSG hEPSG)1 'projected_crsEPSG EPSG gEPSG)0 'projected_crsEPSG EPSG fEPSG)/ 'projected_crsEPSG EPSG eEPSG). 'projected_crsEPSG EPSG dEPSG)- 'projected_crsEPSG EPSG cEPSG), 'projected_crsEPSG EPSG bEPSG)+ 'projected_crsEPSG EPSG aEPSG)* 'projected_crsEPSG EPSG `EPSG)) 'projected_crsEPSG EPSG _EPSG)( 'projected_crsEPSG EPSG ^EPSG)' 'projected_crsEPSG EPSG ]EPSG)& 'projected_crsEPSG EPSGEPSG)% 'projected_crsEPSG EPSGEPSG)$ 'projected_crsEPSG EPSGEPSG)# 'projected_crsEPSG EPSGEPSG)" 'projected_crsEPSG EPSGEPSG)! 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSGEPSG)~ 'projected_crsEPSG EPSGEPSG)} 'projected_crsEPSG EPSGEPSG)| 'projected_crsEPSG EPSGEPSG){ 'projected_crsEPSG EPSGEPSG)z 'projected_crsEPSG EPSGEPSG)y 'projected_crsEPSG EPSGEPSG)x 'projected_crsEPSG EPSGEPSG)w 'projected_crsEPSG EPSGEPSG)v 'projected_crsEPSG EPSGEPSG)u 'projected_crsEPSG EPSGEPSG)t 'projected_crsEPSG EPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )# 'projected_crsEPSG WEPSG EPSG)" 'projected_crsEPSG VEPSG EPSG)! 'projected_crsEPSG UEPSG EPSG) 'projected_crsEPSG TEPSG EPSG) 'projected_crsEPSG SEPSG EPSG) 'projected_crsEPSG REPSG EPSG) 'projected_crsEPSG QEPSG EPSG) 'projected_crsEPSG PEPSG EPSG) 'projected_crsEPSG OEPSG EPSG) 'projected_crsEPSG NEPSG EPSG) 'projected_crsEPSG MEPSG EPSG) 'projected_crsEPSG LEPSG EPSG) 'projected_crsEPSG KEPSG EPSG) 'projected_crsEPSG JEPSG EPSG) 'projected_crsEPSG IEPSG EPSG) 'projected_crsEPSG HEPSG EPSG) 'projected_crsEPSG GEPSG EPSG) 'projected_crsEPSG FEPSG EPSG) 'projected_crsEPSG EEPSG EPSG) 'projected_crsEPSG DEPSG EPSG) 'projected_crsEPSG CEPSG EPSG) 'projected_crsEPSG BEPSG EPSG) 'projected_crsEPSG AEPSG EPSG) 'projected_crsEPSG @EPSG EPSG) 'projected_crsEPSG ?EPSG EPSG) 'projected_crsEPSG >EPSG EPSG) 'projected_crsEPSG =EPSG EPSG) 'projected_crsEPSG 'projected_crsEPSG rEPSG ~EPSG)= 'projected_crsEPSG qEPSG }EPSG)< 'projected_crsEPSG pEPSG |EPSG); 'projected_crsEPSG oEPSG {EPSG): 'projected_crsEPSG nEPSG zEPSG)9 'projected_crsEPSG mEPSG yEPSG)8 'projected_crsEPSG lEPSG xEPSG)7 'projected_crsEPSG kEPSG wEPSG)6 'projected_crsEPSG jEPSG vEPSG)5 'projected_crsEPSG iEPSG uEPSG)4 'projected_crsEPSG hEPSG tEPSG)3 'projected_crsEPSG gEPSG EPSG)2 'projected_crsEPSG fEPSG EPSG)1 'projected_crsEPSG eEPSG EPSG)0 'projected_crsEPSG dEPSG EPSG)/ 'projected_crsEPSG cEPSG EPSG). 'projected_crsEPSG bEPSG EPSG)- 'projected_crsEPSG aEPSG EPSG), 'projected_crsEPSG `EPSG EPSG)+ 'projected_crsEPSG _EPSG EPSG)* 'projected_crsEPSG ^EPSG EPSG)) 'projected_crsEPSG ]EPSG EPSG)( 'projected_crsEPSG \EPSG EPSG)' 'projected_crsEPSG [EPSG EPSG)& 'projected_crsEPSG ZEPSG EPSG)% 'projected_crsEPSG YEPSG EPSG)$ 'projected_crsEPSG XEPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )S 'projected_crsEPSG EPSGvEPSGv)R 'projected_crsEPSG EPSGEPSGv)Q 'projected_crsEPSG EPSGEPSGv)P 'projected_crsEPSG EPSGEPSGv)O 'projected_crsEPSG EPSGtEPSGv)N 'projected_crsEPSG EPSGsEPSGv)M 'projected_crsEPSG EPSGEPSGv)L 'projected_crsEPSG EPSGEPSGv)K 'projected_crsEPSG EPSGEPSGv)J 'projected_crsEPSG EPSGEPSGv)I 'projected_crsEPSG EPSGEPSGv)H 'projected_crsEPSG EPSGEPSGv)G 'projected_crsEPSG EPSGEPSGv)F 'projected_crsEPSG EPSGEPSGv)E 'projected_crsEPSG EPSGEPSGv)D 'projected_crsEPSG EPSGEPSGv)C 'projected_crsEPSG EPSGEPSGv)B 'projected_crsEPSG EPSGEPSGv)A 'projected_crsEPSG EPSGEPSGv)@ 'projected_crsEPSG EPSGmEPSGv)? 'projected_crsEPSG EPSGEPSGv)> 'projected_crsEPSG EPSGEPSGv)= 'projected_crsEPSG EPSG EPSGv)< 'projected_crsEPSG EPSGEPSGv); 'projected_crsEPSG EPSGEPSGv): 'projected_crsEPSG EPSGEPSGv)9 'projected_crsEPSG EPSGEPSGv)8 'projected_crsEPSG EPSGEPSGv)7 'projected_crsEPSG EPSGEPSGv)6 'projected_crsEPSG EPSGEPSGv)5 'projected_crsEPSG EPSGEPSGv)4 'projected_crsEPSG EPSGEPSGv)3 'projected_crsEPSG EPSGEPSGv)2 'projected_crsEPSG EPSGEPSGv)1 'projected_crsEPSG EPSGEPSGv)0 'projected_crsEPSG EPSGEPSGv)/ 'projected_crsEPSG EPSGEPSGv). 'projected_crsEPSG EPSGEPSGv)- 'projected_crsEPSG EPSG EPSGv), 'projected_crsEPSG EPSG EPSGv)+ 'projected_crsEPSG EPSG EPSGv)* 'projected_crsEPSG EPSG EPSGv)) 'projected_crsEPSG EPSGEPSGv)( 'projected_crsEPSG EPSGEPSGv)' 'projected_crsEPSG EPSGEPSGv)& 'projected_crsEPSG EPSGEPSGv)% 'projected_crsEPSG EPSGEPSGv)$ 'projected_crsEPSG EPSGbEPSGv)# 'projected_crsEPSG EPSGaEPSGv)" 'projected_crsEPSG EPSGEPSGv)! 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGzEPSGv) 'projected_crsEPSG EPSGyEPSGv) 'projected_crsEPSG EPSGxEPSGv) 'projected_crsEPSG EPSGvEPSGv) 'projected_crsEPSG EPSGwEPSGv) 'projected_crsEPSG EPSGkEPSGv) 'projected_crsEPSG EPSGjEPSGv) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG)~ 'projected_crsEPSG EPSG EPSG)} 'projected_crsEPSG EPSGEPSGv)| 'projected_crsEPSG EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )+ 'projected_crsEPSG _EPSGEPSGv)* 'projected_crsEPSG ^EPSGEPSGv)) 'projected_crsEPSG ]EPSGEPSGv)( 'projected_crsEPSG \EPSGEPSGv)' 'projected_crsEPSG [EPSGEPSGv)& 'projected_crsEPSG ZEPSGEPSGv)% 'projected_crsEPSG YEPSGEPSGv)$ 'projected_crsEPSG XEPSGEPSGv)# 'projected_crsEPSG WEPSGEPSGv)" 'projected_crsEPSG VEPSGEPSGv)! 'projected_crsEPSG UEPSGsEPSGv) 'projected_crsEPSG TEPSGEPSGv) 'projected_crsEPSG SEPSGEPSGv) 'projected_crsEPSG REPSGEPSGv) 'projected_crsEPSG QEPSGEPSGv) 'projected_crsEPSG PEPSGEPSGv) 'projected_crsEPSG OEPSGEPSGv) 'projected_crsEPSG NEPSGEPSGv) 'projected_crsEPSG MEPSGmEPSGv) 'projected_crsEPSG LEPSGEPSGv) 'projected_crsEPSG KEPSGEPSGv) 'projected_crsEPSG JEPSGEPSGv) 'projected_crsEPSG IEPSGEPSGv) 'projected_crsEPSG HEPSGEPSGv) 'projected_crsEPSG GEPSGEPSGv) 'projected_crsEPSG FEPSGEPSGv) 'projected_crsEPSG EEPSGEPSGv) 'projected_crsEPSG DEPSGEPSGv) 'projected_crsEPSG CEPSGEPSGv) 'projected_crsEPSG BEPSGEPSGv) 'projected_crsEPSG AEPSGEPSGv) 'projected_crsEPSG @EPSGbEPSGv) 'projected_crsEPSG ?EPSGaEPSGv) 'projected_crsEPSG >EPSGEPSGv) 'projected_crsEPSG =EPSGEPSGv) 'projected_crsEPSG 'projected_crsEPSG rEPSGEPSGv)= 'projected_crsEPSG qEPSGEPSGv)< 'projected_crsEPSG pEPSGEPSGv); 'projected_crsEPSG oEPSGEPSGv): 'projected_crsEPSG nEPSGEPSGv)9 'projected_crsEPSG mEPSGEPSGv)8 'projected_crsEPSG lEPSGEPSGv)7 'projected_crsEPSG kEPSGEPSGv)6 'projected_crsEPSG jEPSGEPSGv)5 'projected_crsEPSG iEPSGEPSGv)4 'projected_crsEPSG hEPSG EPSGv)3 'projected_crsEPSG gEPSG EPSGv)2 'projected_crsEPSG fEPSGEPSGv)1 'projected_crsEPSG eEPSGEPSGv)0 'projected_crsEPSG dEPSGEPSGv)/ 'projected_crsEPSG cEPSGEPSGv). 'projected_crsEPSG bEPSGEPSGv)- 'projected_crsEPSG aEPSGEPSGv), 'projected_crsEPSG `EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )[ 'projected_crsEPSG EPSGEPSG)Z 'projected_crsEPSG EPSGEPSG)Y 'projected_crsEPSG EPSGEPSG)X 'projected_crsEPSG EPSGEPSG)W 'projected_crsEPSG EPSGEPSGo)V 'projected_crsEPSG EPSGEPSGo)U 'projected_crsEPSG EPSGoEPSGo)T 'projected_crsEPSG EPSGoEPSGo)S 'projected_crsEPSG EPSG EPSGv)R 'projected_crsEPSG EPSG EPSGv)Q 'projected_crsEPSG EPSG EPSGv)P 'projected_crsEPSG EPSG EPSGv)O 'projected_crsEPSG EPSG EPSGv)N 'projected_crsEPSG EPSG EPSGv)M 'projected_crsEPSG EPSGEPSGo)L 'projected_crsEPSG EPSGEPSGo)K 'projected_crsEPSG EPSGEPSGo)J 'projected_crsEPSG EPSG REPSG)I 'projected_crsEPSG EPSGEPSG)H 'projected_crsEPSG EPSGGEPSGv)G 'projected_crsEPSG EPSGjEPSGv)F 'projected_crsEPSG EPSGZEPSGv)E 'projected_crsEPSG EPSGEPSGv)D 'projected_crsEPSG EPSGEPSG)C 'projected_crsEPSG EPSGAEPSG)B 'projected_crsEPSG EPSG"EPSG)A 'projected_crsEPSG EPSG EPSGv)@ 'projected_crsEPSG EPSGsEPSGv)? 'projected_crsEPSG EPSG 5EPSG)> 'projected_crsEPSG EPSG`EPSG)= 'projected_crsEPSG EPSG %EPSG')< 'projected_crsEPSG EPSG $EPSG'); 'projected_crsEPSG EPSG #EPSG'): 'projected_crsEPSG EPSG EPSGv)9 'projected_crsEPSG EPSG EPSG)8 'projected_crsEPSG EPSG 4EPSG)7 'projected_crsEPSG EPSG 3EPSG)6 'projected_crsEPSG EPSGSEPSG)5 'projected_crsEPSG EPSGEPSG)4 'projected_crsEPSG EPSGEPSG)3 'projected_crsEPSG EPSGEPSG)2 'projected_crsEPSG EPSGEPSG)1 'projected_crsEPSG EPSGEPSG)0 'projected_crsEPSG EPSGEPSG)/ 'projected_crsEPSG EPSGEPSG). 'projected_crsEPSG EPSGEPSG)- 'projected_crsEPSG EPSGJEPSG), 'projected_crsEPSG EPSG (EPSG)+ 'projected_crsEPSG EPSG 'EPSG)* 'projected_crsEPSG EPSG[EPSGv)) 'projected_crsEPSG EPSGYEPSGv)( 'projected_crsEPSG EPSG AEPSG)' 'projected_crsEPSG EPSG AEPSGS)& 'projected_crsEPSG EPSG @EPSG)% 'projected_crsEPSG EPSGEPSG)$ 'projected_crsEPSG EPSGEPSG)# 'projected_crsEPSG EPSG "EPSG )" 'projected_crsEPSG EPSG !EPSG )! 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG "EPSG ) 'projected_crsEPSG EPSG !EPSG ) 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG EPSG ) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSGEPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSG$EPSGv) 'projected_crsEPSG EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )3 'projected_crsEPSG dEPSG kEPSGv)2 'projected_crsEPSG cEPSG iEPSGv)1 'projected_crsEPSG bEPSG hEPSGv)0 'projected_crsEPSG aEPSG gEPSGv)/ 'projected_crsEPSG `EPSGEPSGv). 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'projected_crsEPSG REPSG QEPSGv) 'projected_crsEPSG QEPSG EPSG) 'projected_crsEPSG PEPSG PEPSG) 'projected_crsEPSG OEPSG KEPSG) 'projected_crsEPSG NEPSG KEPSG) 'projected_crsEPSG MEPSGEPSGv) 'projected_crsEPSG LEPSGEPSGv) 'projected_crsEPSG KEPSG KEPSG) 'projected_crsEPSG JEPSG KEPSG) 'projected_crsEPSG IEPSG EPSG) 'projected_crsEPSG HEPSG EPSG) 'projected_crsEPSG GEPSGFEPSG ) 'projected_crsEPSG FEPSG HEPSG) 'projected_crsEPSG EEPSG GEPSG) 'projected_crsEPSG DEPSG {EPSG) 'projected_crsEPSG CEPSG IEPSG) 'projected_crsEPSG BEPSG EPSG) 'projected_crsEPSG AEPSG EPSG) 'projected_crsEPSG @EPSG EPSG) 'projected_crsEPSG ?EPSG EPSG) 'projected_crsEPSG >EPSG EPSG) 'projected_crsEPSG =EPSG EPSG) 'projected_crsEPSG 'projected_crsEPSG oEPSG ~EPSGv)= 'projected_crsEPSG nEPSG }EPSGv)< 'projected_crsEPSG mEPSG |EPSGv); 'projected_crsEPSG lEPSG {EPSGv): 'projected_crsEPSG kEPSG zEPSGv)9 'projected_crsEPSG jEPSG yEPSGv)8 'projected_crsEPSG iEPSGwEPSG)7 'projected_crsEPSG hEPSGEPSGp)6 'projected_crsEPSG gEPSG EPSG)5 'projected_crsEPSG fEPSG EPSG)4 'projected_crsEPSG eEPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )c 'projected_crsEPSG EPSG%EPSG)b 'projected_crsEPSG EPSG%EPSG)a 'projected_crsEPSG EPSGyEPSGv)` 'projected_crsEPSG EPSG EPSGv)_ 'projected_crsEPSG EPSG EPSGv)^ 'projected_crsEPSG EPSGbEPSGv)] 'projected_crsEPSG EPSG cEPSGp)\ 'projected_crsEPSG EPSGEPSGv)[ 'projected_crsEPSG EPSG OEPSGv)Z 'projected_crsEPSG EPSG NEPSGv)Y 'projected_crsEPSG EPSG2EPSG)X 'projected_crsEPSG EPSG EPSGv)W 'projected_crsEPSG EPSG EPSGv)V 'projected_crsEPSG EPSG EPSG)U 'projected_crsEPSG EPSG EPSG)T 'projected_crsEPSG EPSGEPSG)S 'projected_crsEPSG EPSGEPSG)R 'projected_crsEPSG EPSG EPSG)Q 'projected_crsEPSG EPSG EPSG)P 'projected_crsEPSG EPSG EPSG)O 'projected_crsEPSG EPSG EPSG)N 'projected_crsEPSG EPSG _EPSG!)M 'projected_crsEPSG EPSG ^EPSG!)L 'projected_crsEPSG EPSG ]EPSG!)K 'projected_crsEPSG EPSG \EPSG!)J 'projected_crsEPSG EPSG [EPSG!)I 'projected_crsEPSG EPSG ZEPSG!)H 'projected_crsEPSG EPSG YEPSG!)G 'projected_crsEPSG EPSG XEPSG!)F 'projected_crsEPSG EPSG OEPSG!)E 'projected_crsEPSG EPSG NEPSG!)D 'projected_crsEPSG EPSG \EPSG!)C 'projected_crsEPSG EPSGEPSG!)B 'projected_crsEPSG EPSG KEPSG)A 'projected_crsEPSG EPSG KEPSG)@ 'projected_crsEPSG EPSG IEPSGv)? 'projected_crsEPSG EPSGEPSGv)> 'projected_crsEPSG EPSG_EPSGo)= 'projected_crsEPSG EPSG_EPSGo)< 'projected_crsEPSG EPSG_EPSGo); 'projected_crsEPSG EPSG CEPSGo): 'projected_crsEPSG EPSG :EPSGt)9 'projected_crsEPSG EPSG 6EPSGv)8 'projected_crsEPSG EPSG 5EPSGv)7 'projected_crsEPSG EPSG 4EPSGv)6 'projected_crsEPSG EPSG =EPSGv)5 'projected_crsEPSG EPSG :EPSGv)4 'projected_crsEPSG EPSGBEPSG)3 'projected_crsEPSG EPSG EPSG)2 'projected_crsEPSG EPSG 3EPSGv)1 'projected_crsEPSG EPSG 2EPSGv)0 'projected_crsEPSG EPSG 1EPSGv)/ 'projected_crsEPSG EPSG 0EPSGv). 'projected_crsEPSG EPSG $EPSG)- 'projected_crsEPSG EPSG EPSG), 'projected_crsEPSG EPSG EPSG)+ 'projected_crsEPSG EPSG EPSG)* 'projected_crsEPSG EPSG EPSG)) 'projected_crsEPSG EPSG EPSG)( 'projected_crsEPSG EPSG EPSG)' 'projected_crsEPSG EPSG EPSG)& 'projected_crsEPSG EPSG EPSG)% 'projected_crsEPSG EPSG EPSG)$ 'projected_crsEPSG EPSG EPSG)# 'projected_crsEPSG EPSG EPSG)" 'projected_crsEPSG EPSG EPSG)! 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG) 'projected_crsEPSG EPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ); 'projected_crsEPSG lEPSGEPSGv): 'projected_crsEPSG kEPSGEPSGv)9 'projected_crsEPSG jEPSGzEPSGv)8 'projected_crsEPSG iEPSGyEPSGv)7 'projected_crsEPSG hEPSGwEPSGv)6 'projected_crsEPSG gEPSGEPSGv)5 'projected_crsEPSG fEPSGEPSGv)4 'projected_crsEPSG eEPSGEPSGv)3 'projected_crsEPSG dEPSGEPSGv)2 'projected_crsEPSG cEPSGEPSGv)1 'projected_crsEPSG bEPSGEPSGv)0 'projected_crsEPSG aEPSGEPSGv)/ 'projected_crsEPSG `EPSGwEPSGv). 'projected_crsEPSG _EPSGEPSGv)- 'projected_crsEPSG ^EPSGEPSGv), 'projected_crsEPSG ]EPSGEPSGv)+ 'projected_crsEPSG \EPSGEPSGv)* 'projected_crsEPSG [EPSGEPSGv)) 'projected_crsEPSG ZEPSGEPSGv)( 'projected_crsEPSG YEPSGEPSGv)' 'projected_crsEPSG XEPSG EPSG)& 'projected_crsEPSG WEPSG EPSGp)% 'projected_crsEPSG VEPSGEPSG )$ 'projected_crsEPSG UEPSGEPSG)# 'projected_crsEPSG TEPSGEPSG)" 'projected_crsEPSG SEPSGEPSG)! 'projected_crsEPSG REPSG EPSG) 'projected_crsEPSG QEPSG EPSG) 'projected_crsEPSG PEPSG EPSG) 'projected_crsEPSG OEPSG^EPSG) 'projected_crsEPSG NEPSGEPSG) 'projected_crsEPSG MEPSGEPSG) 'projected_crsEPSG LEPSGzEPSGv) 'projected_crsEPSG KEPSG HEPSG) 'projected_crsEPSG JEPSG HEPSG) 'projected_crsEPSG IEPSG HEPSG) 'projected_crsEPSG HEPSG HEPSG) 'projected_crsEPSG GEPSG BEPSGC) 'projected_crsEPSG FEPSG CEPSGC) 'projected_crsEPSG EEPSG AEPSGC) 'projected_crsEPSG DEPSG @EPSGC) 'projected_crsEPSG CEPSG ?EPSG) 'projected_crsEPSG BEPSGEPSGv) 'projected_crsEPSG AEPSG =EPSGv) 'projected_crsEPSG @EPSG EPSG EPSG) 'projected_crsEPSG =EPSG EPSG) 'projected_crsEPSG 'projected_crsEPSG oEPSGEPSGp)= 'projected_crsEPSG nEPSGEPSGv)< 'projected_crsEPSG mEPSGvEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )k 'projected_crsEPSGEPSGEPSGv)j 'projected_crsEPSGEPSGEPSGv)i 'projected_crsEPSGEPSGEPSGv)h 'projected_crsEPSGEPSGEPSGv)g 'projected_crsEPSGEPSGEPSGv)f 'projected_crsEPSGEPSGEPSGv)e 'projected_crsEPSGEPSGtEPSGv)d 'projected_crsEPSGEPSGsEPSGv)c 'projected_crsEPSGEPSGsEPSGv)b 'projected_crsEPSGEPSGEPSGv)a 'projected_crsEPSGEPSGEPSGv)` 'projected_crsEPSGEPSGEPSGv)_ 'projected_crsEPSGEPSGEPSGv)^ 'projected_crsEPSGEPSGEPSGv)] 'projected_crsEPSGEPSGEPSGv)\ 'projected_crsEPSG EPSGEPSGv)[ 'projected_crsEPSG EPSGEPSGv)Z 'projected_crsEPSG EPSGEPSGv)Y 'projected_crsEPSG EPSGEPSGv)X 'projected_crsEPSG EPSGEPSGv)W 'projected_crsEPSGEPSGEPSGv)V 'projected_crsEPSGEPSGoEPSGo)U 'projected_crsEPSGEPSGEPSGv)T 'projected_crsEPSGEPSGEPSGv)S 'projected_crsEPSGEPSGEPSGv)R 'projected_crsEPSGEPSGEPSGv)Q 'projected_crsEPSGEPSGEPSGv)P 'projected_crsEPSGEPSGEPSGv)O 'projected_crsEPSGEPSGEPSGv)N 'projected_crsEPSG EPSGEPSGv)M 'projected_crsEPSG EPSGmEPSGv)L 'projected_crsEPSG EPSG EPSG)K 'projected_crsEPSG EPSG EPSG)J 'projected_crsEPSG EPSG qEPSG)I 'projected_crsEPSG EPSG qEPSG)H 'projected_crsEPSG EPSG EPSG)G 'projected_crsEPSG EPSG EPSG)F 'projected_crsEPSG EPSG EPSG)E 'projected_crsEPSG EPSG EPSG)D 'projected_crsEPSG EPSG EPSG)C 'projected_crsEPSG EPSG EPSG)B 'projected_crsEPSG EPSG EPSG)A 'projected_crsEPSG EPSGEPSGv)@ 'projected_crsEPSG EPSGEPSGv)? 'projected_crsEPSG EPSGEPSGv)> 'projected_crsEPSG EPSGEPSGv)= 'projected_crsEPSG EPSGEPSGv)< 'projected_crsEPSG EPSGEPSGv); 'projected_crsEPSG EPSG EPSGv): 'projected_crsEPSG EPSG EPSGv)9 'projected_crsEPSG EPSG EPSGv)8 'projected_crsEPSG EPSG EPSGv)7 'projected_crsEPSG EPSGEPSGv)6 'projected_crsEPSG EPSGmEPSGv)5 'projected_crsEPSG EPSGEPSGv)4 'projected_crsEPSG EPSGEPSGv)3 'projected_crsEPSG EPSG EPSGv)2 'projected_crsEPSG EPSG EPSGv)1 'projected_crsEPSG EPSG EPSGv)0 'projected_crsEPSG EPSG EPSGv)/ 'projected_crsEPSG EPSG EPSGv). 'projected_crsEPSG EPSGEPSGv)- 'projected_crsEPSG EPSGEPSGv), 'projected_crsEPSG EPSGEPSGv)+ 'projected_crsEPSG EPSGEPSGv)* 'projected_crsEPSG EPSGjEPSGo)) 'projected_crsEPSG EPSGjEPSGo)( 'projected_crsEPSG EPSGEPSGv)' 'projected_crsEPSG EPSGEPSGv)& 'projected_crsEPSG EPSGEPSGv)% 'projected_crsEPSG EPSGEPSGv)$ 'projected_crsEPSG EPSGEPSGv)# 'projected_crsEPSG EPSGEPSGv)" 'projected_crsEPSG EPSGEPSGv)! 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv) 'projected_crsEPSG EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )C 'projected_crsEPSGtEPSGEPSGv)B 'projected_crsEPSGsEPSGEPSGv)A 'projected_crsEPSGrEPSGEPSGv)@ 'projected_crsEPSGqEPSGEPSGv)? 'projected_crsEPSGpEPSGEPSGv)> 'projected_crsEPSGoEPSGEPSGv)= 'projected_crsEPSGnEPSGEPSGv)< 'projected_crsEPSGmEPSGEPSGv); 'projected_crsEPSGlEPSGEPSGv): 'projected_crsEPSGkEPSGEPSGv)9 'projected_crsEPSGjEPSGEPSGv)8 'projected_crsEPSGiEPSGEPSGv)7 'projected_crsEPSGhEPSGEPSGv)6 'projected_crsEPSGgEPSGEPSGv)5 'projected_crsEPSGfEPSGEPSGv)4 'projected_crsEPSGeEPSGEPSGv)3 'projected_crsEPSGdEPSGEPSGv)2 'projected_crsEPSGcEPSGEPSGv)1 'projected_crsEPSGbEPSGEPSGv)0 'projected_crsEPSGaEPSGEPSGv)/ 'projected_crsEPSG`EPSGEPSGv). 'projected_crsEPSG_EPSGEPSGv)- 'projected_crsEPSG^EPSGEPSGv), 'projected_crsEPSG]EPSGEPSGv)+ 'projected_crsEPSG\EPSGEPSGv)* 'projected_crsEPSG[EPSGEPSGv)) 'projected_crsEPSGZEPSG EPSGv)( 'projected_crsEPSGYEPSG EPSGv)' 'projected_crsEPSGXEPSG EPSGv)& 'projected_crsEPSGWEPSG EPSGv)% 'projected_crsEPSGVEPSGEPSGv)$ 'projected_crsEPSGUEPSGEPSGv)# 'projected_crsEPSGTEPSGEPSGv)" 'projected_crsEPSGSEPSGEPSGv)! 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGQEPSGEPSG) 'projected_crsEPSGPEPSGEPSGv) 'projected_crsEPSGOEPSGEPSGv) 'projected_crsEPSGNEPSGEPSGv) 'projected_crsEPSGMEPSGEPSGv) 'projected_crsEPSGLEPSGEPSGv) 'projected_crsEPSGKEPSGEPSGv) 'projected_crsEPSGJEPSGEPSGv) 'projected_crsEPSGIEPSGEPSGv) 'projected_crsEPSGHEPSGEPSGv) 'projected_crsEPSGGEPSGEPSGv) 'projected_crsEPSGFEPSGEPSGv) 'projected_crsEPSGEEPSGEPSGv) 'projected_crsEPSGDEPSGEPSGv) 'projected_crsEPSGCEPSGEPSGv) 'projected_crsEPSGBEPSGEPSGv) 'projected_crsEPSGAEPSGEPSGv) 'projected_crsEPSG@EPSGEPSGv) 'projected_crsEPSG?EPSGEPSGv) 'projected_crsEPSG>EPSGEPSGv) 'projected_crsEPSG=EPSGEPSGv) 'projected_crsEPSG 'projected_crsEPSGEPSGEPSG )= 'projected_crsEPSGEPSGEPSG)< 'projected_crsEPSGEPSGEPSG); 'projected_crsEPSGEPSG EPSG): 'projected_crsEPSGEPSGEPSG)9 'projected_crsEPSGEPSGEPSG)8 'projected_crsEPSGEPSGEPSG)7 'projected_crsEPSGEPSGEPSG)6 'projected_crsEPSGEPSG EPSG)5 'projected_crsEPSGEPSG EPSG)4 'projected_crsEPSGEPSG EPSG)3 'projected_crsEPSGEPSG EPSG)2 'projected_crsEPSGEPSG dEPSG)1 'projected_crsEPSGEPSG EPSG)0 'projected_crsEPSGEPSGEPSG )/ 'projected_crsEPSGEPSGEPSG ). 'projected_crsEPSGEPSG EPSGv)- 'projected_crsEPSGEPSG EPSGv), 'projected_crsEPSGEPSGqEPSGo)+ 'projected_crsEPSGEPSGqEPSGo)* 'projected_crsEPSGEPSGqEPSGo)) 'projected_crsEPSGEPSGCEPSGv)( 'projected_crsEPSGEPSG EPSGH)' 'projected_crsEPSGEPSG EPSGH)& 'projected_crsEPSGEPSG EPSGH)% 'projected_crsEPSGEPSGXEPSG)$ 'projected_crsEPSGEPSGXEPSG)# 'projected_crsEPSGEPSGXEPSG)" 'projected_crsEPSGEPSGEPSGv)! 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSG IEPSG ) 'projected_crsEPSGEPSG EPSG ) 'projected_crsEPSGEPSG EPSG ) 'projected_crsEPSGEPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )K 'projected_crsEPSGsEPSGEPSGv)J 'projected_crsEPSGnEPSG EPSG)I 'projected_crsEPSGiEPSGEPSGv)H 'projected_crsEPSGhEPSGEPSGv)G 'projected_crsEPSGgEPSGEPSGv)F 'projected_crsEPSGWEPSG EPSG)E 'projected_crsEPSGVEPSG EPSG)D 'projected_crsEPSGUEPSG2EPSGv)C 'projected_crsEPSGREPSGEPSG)B 'projected_crsEPSGQEPSG EPSG)A 'projected_crsEPSGPEPSG EPSG)@ 'projected_crsEPSGOEPSG EPSG)? 'projected_crsEPSGNEPSG EPSG)> 'projected_crsEPSGMEPSG EPSG)= 'projected_crsEPSGLEPSG EPSG)< 'projected_crsEPSGKEPSG EPSG); 'projected_crsEPSGJEPSGXEPSG): 'projected_crsEPSGIEPSGWEPSG)9 'projected_crsEPSGHEPSGVEPSG)8 'projected_crsEPSGGEPSGUEPSG)7 'projected_crsEPSGFEPSG /EPSG)6 'projected_crsEPSGEEPSG .EPSG)5 'projected_crsEPSGDEPSG -EPSG)4 'projected_crsEPSGCEPSG EPSG)3 'projected_crsEPSGBEPSG EPSG)2 'projected_crsEPSGAEPSGEPSG)1 'projected_crsEPSG?EPSG KEPSG)0 'projected_crsEPSG>EPSG EPSGD)/ 'projected_crsEPSG=EPSG EPSG). 'projected_crsEPSG 'projected_crsEPSGEPSG EPSG)= 'projected_crsEPSGEPSG EPSG)< 'projected_crsEPSGEPSG EPSG); 'projected_crsEPSGEPSG EPSG): 'projected_crsEPSGEPSG EPSG)9 'projected_crsEPSGEPSG EPSG)8 'projected_crsEPSGEPSG EPSG)7 'projected_crsEPSGEPSG EPSG)6 'projected_crsEPSGEPSG EPSG)5 'projected_crsEPSGEPSG EPSG)4 'projected_crsEPSGEPSG EPSG)3 'projected_crsEPSGEPSG EPSG)2 'projected_crsEPSGEPSG EPSG)1 'projected_crsEPSGEPSG EPSG)0 'projected_crsEPSG0EPSG EPSG)/ 'projected_crsEPSG/EPSG EPSG). 'projected_crsEPSG.EPSG EPSG)- 'projected_crsEPSG-EPSG EPSG), 'projected_crsEPSG,EPSG EPSG)+ 'projected_crsEPSG'EPSG -EPSG)* 'projected_crsEPSGEPSG=EPSG)) 'projected_crsEPSGEPSG 'projected_crsEPSGEPSGEPSG)= 'projected_crsEPSGEPSGEPSGv)< 'projected_crsEPSGEPSGEPSG); 'projected_crsEPSGEPSGEPSG): 'projected_crsEPSGEPSGEPSG)9 'projected_crsEPSGEPSGEPSG)8 'projected_crsEPSGEPSGEPSG)7 'projected_crsEPSGEPSGEPSG)6 'projected_crsEPSGEPSGEPSG)5 'projected_crsEPSGEPSGEPSGv)4 'projected_crsEPSG{EPSG EPSG)3 'projected_crsEPSGsEPSG EPSGv)2 'projected_crsEPSGrEPSG EPSGv)1 'projected_crsEPSGiEPSG7EPSG)0 'projected_crsEPSGhEPSG7EPSGv)/ 'projected_crsEPSGgEPSG EPSG). 'projected_crsEPSGeEPSGEPSG)- 'projected_crsEPSGDEPSGEPSGC), 'projected_crsEPSGCEPSGEPSGC)+ 'projected_crsEPSGBEPSGEPSGC)* 'projected_crsEPSGAEPSGEPSGC)) 'projected_crsEPSG@EPSGEPSGv)( 'projected_crsEPSG?EPSGEPSGv)' 'projected_crsEPSG>EPSGEPSGv)& 'projected_crsEPSG=EPSGEPSGv)% 'projected_crsEPSG 'projected_crsEPSGEPSGEPSGS)= 'projected_crsEPSGEPSGEPSG)< 'projected_crsEPSGEPSG EPSG); 'projected_crsEPSGEPSG EPSGS): 'projected_crsEPSGEPSGVEPSG)9 'projected_crsEPSGEPSGVEPSGS)8 'projected_crsEPSGEPSG EPSG)7 'projected_crsEPSGEPSGEPSGv)6 'projected_crsEPSGEPSG9EPSGp)5 'projected_crsEPSGEPSGDEPSGv)4 'projected_crsEPSGEPSGEPSGv)3 'projected_crsEPSGEPSGEPSGv)2 'projected_crsEPSGEPSG1EPSGs)1 'projected_crsEPSGEPSG EPSGv)0 'projected_crsEPSGEPSGEPSGv)/ 'projected_crsEPSGEPSGIEPSG). 'projected_crsEPSGEPSGHEPSG)- 'projected_crsEPSGEPSGFEPSG), 'projected_crsEPSGEPSGEEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )[ 'projected_crsEPSG8EPSGEPSGv)Z 'projected_crsEPSGEPSG'EPSG)Y 'projected_crsEPSGEPSG rEPSG )X 'projected_crsEPSGEPSG qEPSG )W 'projected_crsEPSGEPSG EPSG|)V 'projected_crsEPSGEPSGEPSG|)U 'projected_crsEPSGEPSGEPSG|)T 'projected_crsEPSGEPSGEPSG|)S 'projected_crsEPSGEPSGEPSG|)R 'projected_crsEPSGEPSGEPSG|)Q 'projected_crsEPSGEPSGEPSG|)P 'projected_crsEPSGEPSGEPSG|)O 'projected_crsEPSGEPSGEPSG|)N 'projected_crsEPSGEPSGEPSG|)M 'projected_crsEPSGEPSGEPSG|)L 'projected_crsEPSGEPSGEPSG|)K 'projected_crsEPSGEPSGEPSG|)J 'projected_crsEPSGEPSGEPSG|)I 'projected_crsEPSGEPSGEPSG|)H 'projected_crsEPSGEPSG EPSG|)G 'projected_crsEPSGEPSGEPSG|)F 'projected_crsEPSGEPSGEPSG|)E 'projected_crsEPSGEPSGEPSG|)D 'projected_crsEPSGEPSGEPSG|)C 'projected_crsEPSGEPSGEPSG|)B 'projected_crsEPSGEPSGEPSG|)A 'projected_crsEPSGEPSGEPSG|)@ 'projected_crsEPSGEPSGEPSG|)? 'projected_crsEPSGEPSGEPSG|)> 'projected_crsEPSGEPSGEPSG|)= 'projected_crsEPSGEPSGEPSG|)< 'projected_crsEPSGEPSGEPSG|); 'projected_crsEPSGEPSGEPSG|): 'projected_crsEPSGEPSGEPSG|)9 'projected_crsEPSGEPSGEPSG|)8 'projected_crsEPSGEPSGEPSG|)7 'projected_crsEPSGEPSGEPSG|)6 'projected_crsEPSGEPSGEPSG|)5 'projected_crsEPSGEPSGEPSG|)4 'projected_crsEPSGEPSGEPSG|)3 'projected_crsEPSGEPSGEPSG|)2 'projected_crsEPSGEPSGEPSG|)1 'projected_crsEPSGEPSGEPSG|)0 'projected_crsEPSGEPSGEPSG|)/ 'projected_crsEPSGEPSGEPSG|). 'projected_crsEPSGEPSGEPSG|)- 'projected_crsEPSGEPSGEPSG|), 'projected_crsEPSGEPSGEPSG|)+ 'projected_crsEPSGEPSGEPSG|)* 'projected_crsEPSGEPSGEPSG|)) 'projected_crsEPSGEPSGEPSG|)( 'projected_crsEPSGEPSGEPSG|)' 'projected_crsEPSGEPSGEPSG|)& 'projected_crsEPSGEPSGEPSG|)% 'projected_crsEPSGEPSGEPSG|)$ 'projected_crsEPSGEPSGEPSG|)# 'projected_crsEPSGEPSGEPSG|)" 'projected_crsEPSGEPSGEPSG|)! 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSG EPSG|) 'projected_crsEPSGEPSG EPSG|) 'projected_crsEPSGEPSG EPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSG4EPSGEPSG3) 'projected_crsEPSG3EPSGEPSG2) 'projected_crsEPSG2EPSGEPSG1) 'projected_crsEPSG1EPSGEPSG0) 'projected_crsEPSG0EPSGEPSG/) 'projected_crsEPSG/EPSGEPSG) 'projected_crsEPSG.EPSGEPSG) 'projected_crsEPSG-EPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )3 'projected_crsEPSGEPSGnEPSGv)2 'projected_crsEPSGEPSGlEPSGv)1 'projected_crsEPSGEPSG2EPSG)0 'projected_crsEPSGEPSG'EPSG)/ 'projected_crsEPSGEPSGIEPSG). 'projected_crsEPSGEPSGHEPSG)- 'projected_crsEPSGEPSGFEPSG), 'projected_crsEPSGEPSGEEPSG)+ 'projected_crsEPSGEPSGDEPSG)* 'projected_crsEPSGEPSGCEPSG)) 'projected_crsEPSGEPSGBEPSG)( 'projected_crsEPSGEPSGEPSG)' 'projected_crsEPSGEPSG3EPSGv)& 'projected_crsEPSGEPSG1EPSGv)% 'projected_crsEPSGEPSG bEPSGv)$ 'projected_crsEPSGEPSG aEPSGv)# 'projected_crsEPSGEPSG `EPSGv)" 'projected_crsEPSGEPSG _EPSGv)! 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGkEPSGv) 'projected_crsEPSGEPSGjEPSGv) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSGEPSG|) 'projected_crsEPSGEPSG+EPSGU) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSGXEPSGv) 'projected_crsEPSGEPSGWEPSGv) 'projected_crsEPSGEPSGVEPSGv) 'projected_crsEPSGEPSGUEPSGv) 'projected_crsEPSGEPSG /EPSG) 'projected_crsEPSGEPSG .EPSG) 'projected_crsEPSGEPSG -EPSG) 'projected_crsEPSGEPSG ,EPSG) 'projected_crsEPSGEPSG|EPSG) 'projected_crsEPSGEPSGEPSGD) 'projected_crsEPSGEPSG EPSGD) 'projected_crsEPSGEPSG2EPSGv) 'projected_crsEPSGEPSG@EPSG) 'projected_crsEPSGEPSG?EPSG)~ 'projected_crsEPSGEPSG>EPSG)} 'projected_crsEPSGEPSG#EPSG)| 'projected_crsEPSGEPSG"EPSG){ 'projected_crsEPSG~EPSG EPSG)z 'projected_crsEPSG}EPSG=EPSG)y 'projected_crsEPSG|EPSGEPSGEPSGv)u 'projected_crsEPSG=EPSGEPSGv)t 'projected_crsEPSG 'projected_crsEPSGEPSGwEPSGv)= 'projected_crsEPSGEPSGvEPSGv)< 'projected_crsEPSGEPSGvEPSGv); 'projected_crsEPSGEPSGmEPSGv): 'projected_crsEPSGEPSGuEPSGv)9 'projected_crsEPSGEPSGtEPSGv)8 'projected_crsEPSGEPSGsEPSGv)7 'projected_crsEPSGEPSGrEPSGv)6 'projected_crsEPSGEPSGqEPSGv)5 'projected_crsEPSGEPSGpEPSGv)4 'projected_crsEPSGEPSGoEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )c 'projected_crsEPSGEPSGEPSGv)b 'projected_crsEPSGEPSGEPSGv)a 'projected_crsEPSGEPSGEPSGv)` 'projected_crsEPSGEPSGEPSGv)_ 'projected_crsEPSGEPSGEPSGv)^ 'projected_crsEPSGEPSG2EPSGv)] 'projected_crsEPSGEPSGEPSGv)\ 'projected_crsEPSGEPSGEPSGv)[ 'projected_crsEPSGEPSGEPSGv)Z 'projected_crsEPSGEPSGEPSGv)Y 'projected_crsEPSGEPSGEPSGv)X 'projected_crsEPSGEPSGEPSGv)W 'projected_crsEPSGEPSGEPSGv)V 'projected_crsEPSGEPSGEPSGv)U 'projected_crsEPSGEPSG~EPSGo)T 'projected_crsEPSGEPSG~EPSG)S 'projected_crsEPSGEPSGEPSGv)R 'projected_crsEPSGEPSGEPSGv)Q 'projected_crsEPSGEPSGEPSGv)P 'projected_crsEPSGEPSGEPSGv)O 'projected_crsEPSGEPSGEPSGv)N 'projected_crsEPSGEPSGEPSGv)M 'projected_crsEPSGEPSGEPSGv)L 'projected_crsEPSGEPSGEPSGv)K 'projected_crsEPSGEPSGEPSGv)J 'projected_crsEPSGEPSGEPSGv)I 'projected_crsEPSGEPSGEPSGv)H 'projected_crsEPSGEPSGEPSGv)G 'projected_crsEPSGEPSGzEPSGv)F 'projected_crsEPSGEPSGzEPSGv)E 'projected_crsEPSGEPSGEPSGv)D 'projected_crsEPSGEPSGEPSGv)C 'projected_crsEPSGEPSGEPSGv)B 'projected_crsEPSGEPSGEPSGv)A 'projected_crsEPSGEPSGEPSGv)@ 'projected_crsEPSGEPSGEPSGv)? 'projected_crsEPSGEPSGEPSGv)> 'projected_crsEPSGEPSGEPSGv)= 'projected_crsEPSGEPSGEPSGv)< 'projected_crsEPSGEPSGEPSGv); 'projected_crsEPSGEPSGEPSGv): 'projected_crsEPSGEPSGEPSGv)9 'projected_crsEPSGEPSGEPSGv)8 'projected_crsEPSGEPSGEPSGv)7 'projected_crsEPSGEPSGwEPSGv)6 'projected_crsEPSG~EPSGwEPSGv)5 'projected_crsEPSG}EPSGvEPSGv)4 'projected_crsEPSG|EPSGvEPSGv)3 'projected_crsEPSG{EPSGEPSGv)2 'projected_crsEPSGzEPSGEPSGv)1 'projected_crsEPSGyEPSGEPSGv)0 'projected_crsEPSGxEPSGEPSGv)/ 'projected_crsEPSGwEPSGEPSGv). 'projected_crsEPSGvEPSGEPSGv)- 'projected_crsEPSGuEPSGtEPSGv), 'projected_crsEPSGtEPSGtEPSGv)+ 'projected_crsEPSGsEPSGsEPSGv)* 'projected_crsEPSGrEPSGsEPSGv)) 'projected_crsEPSGqEPSGEPSGv)( 'projected_crsEPSGpEPSGEPSGv)' 'projected_crsEPSGoEPSGEPSGv)& 'projected_crsEPSGnEPSGEPSGv)% 'projected_crsEPSGmEPSGEPSGv)$ 'projected_crsEPSGlEPSGqEPSGo)# 'projected_crsEPSGkEPSGEPSGv)" 'projected_crsEPSGjEPSGEPSGv)! 'projected_crsEPSGiEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGgEPSGEPSGv) 'projected_crsEPSGfEPSGEPSGv) 'projected_crsEPSGeEPSGEPSGv) 'projected_crsEPSGdEPSGEPSGv) 'projected_crsEPSGcEPSGEPSGv) 'projected_crsEPSGbEPSGEPSGv) 'projected_crsEPSGaEPSGoEPSGo) 'projected_crsEPSG`EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG\EPSGEPSGv) 'projected_crsEPSG[EPSGEPSGv) 'projected_crsEPSGZEPSGEPSGv) 'projected_crsEPSGYEPSGEPSGv) 'projected_crsEPSGXEPSGmEPSGv) 'projected_crsEPSGWEPSGmEPSGv) 'projected_crsEPSGVEPSGEPSGv) 'projected_crsEPSGUEPSGEPSGv) 'projected_crsEPSGTEPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ); 'projected_crsEPSG!EPSGxEPSG): 'projected_crsEPSG EPSGwEPSG)9 'projected_crsEPSGEPSGPEPSGD)8 'projected_crsEPSGEPSGOEPSGD)7 'projected_crsEPSGEPSGNEPSGD)6 'projected_crsEPSGEPSGMEPSGD)5 'projected_crsEPSGEPSGLEPSGD)4 'projected_crsEPSGEPSGKEPSGD)3 'projected_crsEPSGEPSGJEPSGD)2 'projected_crsEPSGEPSGIEPSGD)1 'projected_crsEPSGEPSGHEPSGD)0 'projected_crsEPSGEPSGGEPSGD)/ 'projected_crsEPSGEPSGFEPSGD). 'projected_crsEPSGEPSGEEPSGD)- 'projected_crsEPSGEPSGDEPSGD), 'projected_crsEPSGEPSGCEPSGD)+ 'projected_crsEPSGEPSGBEPSGD)* 'projected_crsEPSGEPSGAEPSGD)) 'projected_crsEPSGEPSG@EPSGD)( 'projected_crsEPSGEPSG?EPSGD)' 'projected_crsEPSG EPSG>EPSGD)& 'projected_crsEPSGEPSG)EPSG)% 'projected_crsEPSGEPSG EPSGD)$ 'projected_crsEPSGEPSG &EPSGv)# 'projected_crsEPSGEPSG EPSGv)" 'projected_crsEPSGEPSG EPSGv)! 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSG EPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGXEPSG) 'projected_crsEPSGEPSGXEPSG) 'projected_crsEPSGEPSGXEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGo) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv)~ 'projected_crsEPSGEPSGEPSGv)} 'projected_crsEPSGEPSGEPSGv)| 'projected_crsEPSGEPSGEPSGv){ 'projected_crsEPSGEPSGEPSGv)z 'projected_crsEPSGEPSGEPSGv)y 'projected_crsEPSGEPSGEPSGv)x 'projected_crsEPSGEPSGEPSGv)w 'projected_crsEPSGEPSGEPSGo)v 'projected_crsEPSGEPSGEPSGv)u 'projected_crsEPSGEPSGEPSGv)t 'projected_crsEPSGEPSG EPSGv)s 'projected_crsEPSGEPSG EPSGv)r 'projected_crsEPSGEPSG EPSGv)q 'projected_crsEPSGEPSG EPSGv)p 'projected_crsEPSGEPSGEPSGv)o 'projected_crsEPSGEPSGEPSGv)n 'projected_crsEPSGEPSGEPSGv)m 'projected_crsEPSGEPSGEPSGv)l 'projected_crsEPSGEPSGEPSG)k 'projected_crsEPSGEPSGEPSG)j 'projected_crsEPSGEPSGEPSGv)i 'projected_crsEPSGEPSGEPSGv)h 'projected_crsEPSGEPSGEPSGv)g 'projected_crsEPSGEPSGEPSGv)f 'projected_crsEPSGEPSGEPSGv)e 'projected_crsEPSGEPSGEPSGv)d 'projected_crsEPSGEPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSGEPSGsEPSG) 'projected_crsEPSGEPSGsEPSG) 'projected_crsEPSGEPSGrEPSG) 'projected_crsEPSGEPSGrEPSG) 'projected_crsEPSGEPSGrEPSG) 'projected_crsEPSGEPSGrEPSG) 'projected_crsEPSGEPSGqEPSG) 'projected_crsEPSGEPSGqEPSG) 'projected_crsEPSGEPSGqEPSG) 'projected_crsEPSGEPSGqEPSG) 'projected_crsEPSGEPSGpEPSG) 'projected_crsEPSGEPSGpEPSG) 'projected_crsEPSGEPSGpEPSG) 'projected_crsEPSGEPSGpEPSG) 'projected_crsEPSGEPSGoEPSG) 'projected_crsEPSGEPSGoEPSG) 'projected_crsEPSGEPSGoEPSG) 'projected_crsEPSGEPSGoEPSG) 'projected_crsEPSGEPSGnEPSG) 'projected_crsEPSGEPSGnEPSG) 'projected_crsEPSGEPSGnEPSG)~ 'projected_crsEPSGEPSGnEPSG)} 'projected_crsEPSGEPSGiEPSG)| 'projected_crsEPSGEPSGiEPSG){ 'projected_crsEPSGEPSGiEPSG)z 'projected_crsEPSGEPSGiEPSG)y 'projected_crsEPSGEPSGfEPSG)x 'projected_crsEPSGEPSGfEPSG)w 'projected_crsEPSGEPSGfEPSG)v 'projected_crsEPSGEPSGfEPSG)u 'projected_crsEPSGEPSGeEPSG)t 'projected_crsEPSGEPSGeEPSG)s 'projected_crsEPSGEPSGeEPSG)r 'projected_crsEPSGEPSGeEPSG)q 'projected_crsEPSGEPSGlEPSG)p 'projected_crsEPSGEPSGlEPSG)o 'projected_crsEPSGEPSGlEPSG)n 'projected_crsEPSGEPSGlEPSG)m 'projected_crsEPSGEPSGkEPSG)l 'projected_crsEPSGEPSGkEPSG)k 'projected_crsEPSGEPSGkEPSG)j 'projected_crsEPSGEPSGkEPSG)i 'projected_crsEPSGEPSGjEPSG)h 'projected_crsEPSGEPSGjEPSG)g 'projected_crsEPSGEPSGjEPSG)f 'projected_crsEPSGEPSGjEPSG)e 'projected_crsEPSGEPSGhEPSG)d 'projected_crsEPSGEPSGhEPSG)c 'projected_crsEPSGEPSGhEPSG)b 'projected_crsEPSGEPSGhEPSG)a 'projected_crsEPSGEPSGgEPSG)` 'projected_crsEPSGEPSGgEPSG)_ 'projected_crsEPSGEPSGgEPSG)^ 'projected_crsEPSGEPSGgEPSG)] 'projected_crsEPSGEPSGVEPSG)\ 'projected_crsEPSGEPSGVEPSG)[ 'projected_crsEPSGEPSGVEPSG)Z 'projected_crsEPSGEPSGVEPSG)Y 'projected_crsEPSGEPSGcEPSG)X 'projected_crsEPSGEPSGcEPSG)W 'projected_crsEPSGEPSGcEPSG)V 'projected_crsEPSGEPSGcEPSG)U 'projected_crsEPSGEPSG`EPSG)T 'projected_crsEPSGEPSG`EPSG)S 'projected_crsEPSGEPSG`EPSG)R 'projected_crsEPSGEPSG`EPSG)Q 'projected_crsEPSGEPSGTEPSG)P 'projected_crsEPSGEPSGTEPSG)O 'projected_crsEPSGEPSGTEPSG)N 'projected_crsEPSGEPSGTEPSG)M 'projected_crsEPSGREPSGSEPSGv)L 'projected_crsEPSGQEPSG^EPSGv)K 'projected_crsEPSGPEPSG]EPSGv)J 'projected_crsEPSGOEPSGYEPSGv)I 'projected_crsEPSGNEPSGXEPSGv)H 'projected_crsEPSGMEPSGUEPSGv)G 'projected_crsEPSGLEPSGMEPSGv)F 'projected_crsEPSGCEPSG-EPSG)E 'projected_crsEPSGBEPSG-EPSG)D 'projected_crsEPSGAEPSGIEPSGE)C 'projected_crsEPSG@EPSGIEPSG)B 'projected_crsEPSG5EPSG[EPSG )A 'projected_crsEPSG4EPSGZEPSG )@ 'projected_crsEPSG3EPSGEPSG )? 'projected_crsEPSG/EPSGLEPSGp)> 'projected_crsEPSG$EPSG{EPSG)= 'projected_crsEPSG#EPSGzEPSG)< 'projected_crsEPSG"EPSGyEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )k 'projected_crsEPSGEPSGLEPSGv)j 'projected_crsEPSGEPSGEPSG)i 'projected_crsEPSGEPSGEPSG)h 'projected_crsEPSGEPSGEPSG)g 'projected_crsEPSGEPSGEPSG)f 'projected_crsEPSGEPSGEPSG)e 'projected_crsEPSGEPSGEPSG)d 'projected_crsEPSGEPSGEPSG)c 'projected_crsEPSGEPSGEPSG)b 'projected_crsEPSGEPSGEPSG)a 'projected_crsEPSGEPSGEPSG)` 'projected_crsEPSGEPSGEPSG)_ 'projected_crsEPSGEPSGEPSG)^ 'projected_crsEPSGEPSGEPSG)] 'projected_crsEPSGEPSGEPSG)\ 'projected_crsEPSGEPSGEPSG)[ 'projected_crsEPSGEPSGEPSG)Z 'projected_crsEPSGEPSGEPSG)Y 'projected_crsEPSGEPSGEPSG)X 'projected_crsEPSGEPSGEPSG)W 'projected_crsEPSGEPSGEPSG)V 'projected_crsEPSGEPSGEPSG)U 'projected_crsEPSGEPSGEPSG)T 'projected_crsEPSGEPSG EPSGv)S 'projected_crsEPSGEPSGEPSGv)R 'projected_crsEPSGEPSGEPSGv)Q 'projected_crsEPSGEPSGEPSGv)P 'projected_crsEPSGEPSGEPSGv)O 'projected_crsEPSGEPSGEPSGv)N 'projected_crsEPSGEPSGEPSGv)M 'projected_crsEPSGEPSGEPSGv)L 'projected_crsEPSGEPSG^EPSGv)K 'projected_crsEPSGEPSGEPSG)J 'projected_crsEPSGEPSGEPSG)I 'projected_crsEPSGEPSGEPSG)H 'projected_crsEPSGEPSGEPSG)G 'projected_crsEPSGEPSGEPSG)F 'projected_crsEPSGEPSGEPSG)E 'projected_crsEPSGEPSGEPSG)D 'projected_crsEPSGEPSGEPSG)C 'projected_crsEPSGEPSGEPSG)B 'projected_crsEPSGEPSGEPSG)A 'projected_crsEPSGEPSGEPSG)@ 'projected_crsEPSGEPSGEPSG)? 'projected_crsEPSGEPSG{EPSG)> 'projected_crsEPSGEPSGDEPSG)= 'projected_crsEPSG_EPSGtEPSGv)< 'projected_crsEPSG^EPSG 'projected_crsEPSGEPSGEPSG)= 'projected_crsEPSGEPSGEPSG)< 'projected_crsEPSGEPSGEPSG); 'projected_crsEPSGEPSGEPSG): 'projected_crsEPSGEPSGEPSG)9 'projected_crsEPSGEPSGEPSG)8 'projected_crsEPSGEPSGEPSG)7 'projected_crsEPSGEPSGEPSG)6 'projected_crsEPSGEPSGEPSG)5 'projected_crsEPSGEPSGEPSG)4 'projected_crsEPSGEPSGEPSG)3 'projected_crsEPSGEPSGEPSG)2 'projected_crsEPSGEPSGEPSG)1 'projected_crsEPSGEPSGEPSG)0 'projected_crsEPSGEPSGEPSG)/ 'projected_crsEPSGEPSGEPSG). 'projected_crsEPSGEPSGEPSG)- 'projected_crsEPSGEPSGEPSG), 'projected_crsEPSGEPSGEPSG)+ 'projected_crsEPSGEPSGEPSG)* 'projected_crsEPSGEPSGEPSG)) 'projected_crsEPSGEPSGEPSG)( 'projected_crsEPSGEPSGEPSG)' 'projected_crsEPSGEPSGEPSG)& 'projected_crsEPSGEPSGEPSG)% 'projected_crsEPSGEPSGEPSG)$ 'projected_crsEPSGEPSGEPSG)# 'projected_crsEPSGEPSGEPSG)" 'projected_crsEPSGEPSGEPSG)! 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSG~EPSGEPSG) 'projected_crsEPSG}EPSGEPSG) 'projected_crsEPSG|EPSGEPSG) 'projected_crsEPSG{EPSGEPSG) 'projected_crsEPSGzEPSGEPSG) 'projected_crsEPSGyEPSGEPSG) 'projected_crsEPSGxEPSGEPSG) 'projected_crsEPSGwEPSGEPSG) 'projected_crsEPSGvEPSGEPSG) 'projected_crsEPSGuEPSGEPSG) 'projected_crsEPSGtEPSGEPSG) 'projected_crsEPSGsEPSGEPSG) 'projected_crsEPSGrEPSGEPSG) 'projected_crsEPSGqEPSGEPSG) 'projected_crsEPSGpEPSGEPSG) 'projected_crsEPSGoEPSGEPSG) 'projected_crsEPSGnEPSGEPSG) 'projected_crsEPSGmEPSGEPSG) 'projected_crsEPSGlEPSGEPSG)~ 'projected_crsEPSGkEPSGEPSG)} 'projected_crsEPSGjEPSGEPSG)| 'projected_crsEPSGiEPSGEPSG){ 'projected_crsEPSGhEPSGEPSG)z 'projected_crsEPSGgEPSGEPSG)y 'projected_crsEPSGfEPSGEPSG)x 'projected_crsEPSGeEPSGEPSG)w 'projected_crsEPSGdEPSGEPSG)v 'projected_crsEPSGcEPSGEPSG)u 'projected_crsEPSGbEPSGEPSG)t 'projected_crsEPSGaEPSGEPSG)s 'projected_crsEPSG`EPSGEPSG)r 'projected_crsEPSG_EPSGEPSG)q 'projected_crsEPSG^EPSGEPSG)p 'projected_crsEPSG]EPSGEPSG)o 'projected_crsEPSG\EPSGEPSG)n 'projected_crsEPSG[EPSGEPSG)m 'projected_crsEPSGZEPSGEPSG)l 'projected_crsEPSGYEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG)~ 'projected_crsEPSGEPSGEPSG)} 'projected_crsEPSGEPSGEPSG)| 'projected_crsEPSGEPSGEPSG){ 'projected_crsEPSGEPSGEPSG)z 'projected_crsEPSGEPSGEPSG)y 'projected_crsEPSGEPSGEPSG)x 'projected_crsEPSGEPSGEPSG)w 'projected_crsEPSG~EPSGEPSG)v 'projected_crsEPSG}EPSGEPSG)u 'projected_crsEPSG|EPSGEPSG)t 'projected_crsEPSG{EPSGEPSG)s 'projected_crsEPSGzEPSGEPSG)r 'projected_crsEPSGyEPSGEPSG)q 'projected_crsEPSGxEPSGEPSG)p 'projected_crsEPSGwEPSGEPSG)o 'projected_crsEPSGvEPSGEPSG)n 'projected_crsEPSGuEPSG EPSG)m 'projected_crsEPSGtEPSG EPSG)l 'projected_crsEPSGsEPSG EPSG)k 'projected_crsEPSGrEPSG EPSG)j 'projected_crsEPSGqEPSGEPSG)i 'projected_crsEPSGpEPSGEPSG)h 'projected_crsEPSGoEPSG EPSG)g 'projected_crsEPSGnEPSGEPSG)f 'projected_crsEPSGmEPSGEPSG)e 'projected_crsEPSGlEPSGEPSG)d 'projected_crsEPSGkEPSGEPSG)c 'projected_crsEPSGjEPSGEPSG)b 'projected_crsEPSGiEPSGEPSG)a 'projected_crsEPSGhEPSGEPSG)` 'projected_crsEPSGEPSGEPSG)_ 'projected_crsEPSGEPSGEPSG)^ 'projected_crsEPSGEPSGEPSG)] 'projected_crsEPSGEPSGEPSG)\ 'projected_crsEPSGEPSGEPSG)[ 'projected_crsEPSGEPSGEPSG)Z 'projected_crsEPSGEPSGEPSG)Y 'projected_crsEPSGEPSGEPSG)X 'projected_crsEPSGEPSGEPSG)W 'projected_crsEPSGEPSGEPSG)V 'projected_crsEPSGEPSGEPSG)U 'projected_crsEPSGEPSGEPSG)T 'projected_crsEPSGEPSGEPSG)S 'projected_crsEPSGEPSGEPSG)R 'projected_crsEPSGEPSGEPSG)Q 'projected_crsEPSGEPSGEPSG)P 'projected_crsEPSGEPSGEPSG)O 'projected_crsEPSGEPSGEPSG)N 'projected_crsEPSGEPSGEPSG)M 'projected_crsEPSGEPSGEPSG)L 'projected_crsEPSGEPSGEPSG)K 'projected_crsEPSGEPSGEPSG)J 'projected_crsEPSGEPSGEPSG)I 'projected_crsEPSGEPSGEPSG)H 'projected_crsEPSGEPSGEPSG)G 'projected_crsEPSGEPSGEPSG)F 'projected_crsEPSGEPSGEPSG)E 'projected_crsEPSGEPSGEPSG)D 'projected_crsEPSGEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )s 'projected_crsEPSGbEPSG.EPSG)r 'projected_crsEPSGaEPSGGEPSG)q 'projected_crsEPSG`EPSGDEPSG)p 'projected_crsEPSG_EPSGCEPSG)o 'projected_crsEPSG^EPSG?EPSG)n 'projected_crsEPSG]EPSG>EPSG)m 'projected_crsEPSG\EPSG=EPSG)l 'projected_crsEPSG[EPSG(EPSG)k 'projected_crsEPSGZEPSG 'projected_crsEPSGEPSGEPSG)= 'projected_crsEPSGEPSGEPSG)< 'projected_crsEPSGEPSGEPSG); 'projected_crsEPSGEPSGEPSG): 'projected_crsEPSGEPSGEPSG)9 'projected_crsEPSGEPSGEPSG)8 'projected_crsEPSGEPSGEPSG)7 'projected_crsEPSGEPSGEPSG)6 'projected_crsEPSGEPSGEPSG)5 'projected_crsEPSGEPSGEPSG)4 'projected_crsEPSGEPSGEPSG)3 'projected_crsEPSGEPSGEPSG)2 'projected_crsEPSGEPSGEPSG)1 'projected_crsEPSGEPSGEPSG)0 'projected_crsEPSGEPSGEPSG)/ 'projected_crsEPSGEPSGEPSG). 'projected_crsEPSGEPSGEPSG)- 'projected_crsEPSGEPSGEPSG), 'projected_crsEPSGEPSGEPSG)+ 'projected_crsEPSGEPSGEPSG)* 'projected_crsEPSGEPSGEPSG)) 'projected_crsEPSGEPSG EPSG)( 'projected_crsEPSGEPSG EPSG)' 'projected_crsEPSGEPSG EPSG)& 'projected_crsEPSGEPSG EPSG)% 'projected_crsEPSGEPSGEPSG)$ 'projected_crsEPSGEPSGEPSG)# 'projected_crsEPSGEPSG EPSG)" 'projected_crsEPSGEPSGEPSG)! 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )K 'projected_crsEPSGEPSGEPSG)J 'projected_crsEPSGEPSGEPSG)I 'projected_crsEPSGEPSGEPSG)H 'projected_crsEPSGEPSGEPSG)G 'projected_crsEPSGEPSGEPSG)F 'projected_crsEPSGEPSG`EPSG)E 'projected_crsEPSGEPSGEPSGv)D 'projected_crsEPSGEPSGEPSGv)C 'projected_crsEPSGEPSGyEPSG)B 'projected_crsEPSGEPSGbEPSG)A 'projected_crsEPSGEPSGlEPSG)@ 'projected_crsEPSGEPSGxEPSG)? 'projected_crsEPSG{EPSG EPSGo)> 'projected_crsEPSGzEPSG CEPSGo)= 'projected_crsEPSGmEPSGhEPSG)< 'projected_crsEPSGlEPSGgEPSG); 'projected_crsEPSGdEPSGtEPSGp): 'projected_crsEPSGcEPSGsEPSGp)9 'projected_crsEPSG`EPSGrEPSG)8 'projected_crsEPSG_EPSGnEPSG)7 'projected_crsEPSG^EPSGiEPSG)6 'projected_crsEPSG]EPSGeEPSG)5 'projected_crsEPSG\EPSGdEPSG)4 'projected_crsEPSG[EPSGcEPSG)3 'projected_crsEPSGZEPSG\EPSG)2 'projected_crsEPSGYEPSGXEPSG)1 'projected_crsEPSGXEPSGTEPSG)0 'projected_crsEPSGWEPSGaEPSG)/ 'projected_crsEPSGVEPSG`EPSG). 'projected_crsEPSGUEPSG]EPSG)- 'projected_crsEPSGTEPSG[EPSG), 'projected_crsEPSGSEPSG-EPSG)+ 'projected_crsEPSGREPSGIEPSGE)* 'projected_crsEPSGQEPSGZEPSG)) 'projected_crsEPSGPEPSGUEPSG)( 'projected_crsEPSGOEPSGYEPSG)' 'projected_crsEPSGNEPSGVEPSG)& 'projected_crsEPSGMEPSGWEPSG)% 'projected_crsEPSG8EPSG_EPSGp)$ 'projected_crsEPSG7EPSGEPSGv)# 'projected_crsEPSGEPSGEPSGo)" 'projected_crsEPSGEPSG oEPSG{)! 'projected_crsEPSGEPSG oEPSG{) 'projected_crsEPSGEPSG oEPSGz) 'projected_crsEPSGEPSG oEPSG) 'projected_crsEPSGEPSG oEPSG) 'projected_crsEPSGEPSGSEPSGv) 'projected_crsEPSGEPSGOEPSGv) 'projected_crsEPSGEPSGdEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGEPSGv) 'projected_crsEPSGEPSGREPSGv) 'projected_crsEPSGEPSGPEPSGv) 'projected_crsEPSGEPSG_EPSGv) 'projected_crsEPSGEPSG^EPSGv) 'projected_crsEPSGEPSG]EPSGv) 'projected_crsEPSGEPSG EPSG) 'projected_crsEPSGEPSGREPSG) 'projected_crsEPSGEPSGQEPSG) 'projected_crsEPSGEPSGPEPSG) 'projected_crsEPSGEPSGOEPSG) 'projected_crsEPSGEPSGNEPSG) 'projected_crsEPSGEPSGMEPSG) 'projected_crsEPSGEPSGSEPSG) 'projected_crsEPSG}EPSGJEPSGv) 'projected_crsEPSG|EPSGKEPSG) 'projected_crsEPSG{EPSGLEPSG) 'projected_crsEPSGyEPSG EPSG%) 'projected_crsEPSGxEPSGKEPSG) 'projected_crsEPSGwEPSGLEPSG) 'projected_crsEPSGsEPSGgEPSG) 'projected_crsEPSGrEPSGgEPSG) 'projected_crsEPSGqEPSG[EPSG )~ 'projected_crsEPSGpEPSGZEPSG )} 'projected_crsEPSGoEPSGEPSG )| 'projected_crsEPSGkEPSGEEPSG){ 'projected_crsEPSGjEPSGBEPSG)z 'projected_crsEPSGiEPSGAEPSG)y 'projected_crsEPSGhEPSG@EPSG)x 'projected_crsEPSGgEPSG;EPSG)w 'projected_crsEPSGfEPSGHEPSG)v 'projected_crsEPSGeEPSG6EPSG)u 'projected_crsEPSGdEPSG5EPSG)t 'projected_crsEPSGcEPSG/EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )# 'projected_crsEPSGEPSG EPSG)" 'projected_crsEPSGEPSG EPSG)! 'projected_crsEPSGEPSG EPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG) 'projected_crsEPSGEPSGEPSG)~ 'projected_crsEPSGEPSGEPSG)} 'projected_crsEPSGEPSGEPSG)| 'projected_crsEPSGEPSGEPSG){ 'projected_crsEPSGEPSGEPSG)z 'projected_crsEPSGEPSGEPSG)y 'projected_crsEPSGEPSGEPSG)x 'projected_crsEPSGEPSGEPSG)w 'projected_crsEPSGEPSGEPSG)v 'projected_crsEPSGEPSGEPSG)u 'projected_crsEPSGEPSGEPSG)t 'projected_crsEPSGEPSGEPSG)s 'projected_crsEPSGEPSGEPSG)r 'projected_crsEPSGEPSGEPSG)q 'projected_crsEPSGEPSGEPSG)p 'projected_crsEPSGEPSGEPSG)o 'projected_crsEPSGEPSGEPSG)n 'projected_crsEPSGEPSGEPSG)m 'projected_crsEPSGEPSGEPSG)l 'projected_crsEPSGEPSGEPSG)k 'projected_crsEPSGEPSGEPSG)j 'projected_crsEPSGEPSGEPSG)i 'projected_crsEPSGEPSGEPSG)h 'projected_crsEPSGEPSGEPSG)g 'projected_crsEPSGEPSGEPSG)f 'projected_crsEPSGEPSGEPSG)e 'projected_crsEPSGEPSGEPSG)d 'projected_crsEPSGEPSGEPSG)c 'projected_crsEPSGEPSGEPSG)b 'projected_crsEPSGEPSGEPSG)a 'projected_crsEPSGEPSGEPSG)` 'projected_crsEPSGEPSGEPSG)_ 'projected_crsEPSGEPSGEPSG)^ 'projected_crsEPSGEPSGEPSG)] 'projected_crsEPSGEPSGEPSG)\ 'projected_crsEPSGEPSGEPSG)[ 'projected_crsEPSGEPSGEPSG)Z 'projected_crsEPSGEPSGEPSG)Y 'projected_crsEPSGEPSGEPSG)X 'projected_crsEPSGEPSGEPSG)W 'projected_crsEPSGEPSGEPSG)V 'projected_crsEPSGEPSGEPSG)U 'projected_crsEPSGEPSGEPSG)T 'projected_crsEPSGEPSGEPSG)S 'projected_crsEPSGEPSGEPSG)R 'projected_crsEPSGEPSGEPSG)Q 'projected_crsEPSGEPSGEPSG)P 'projected_crsEPSGEPSGEPSG)O 'projected_crsEPSGEPSGEPSG)N 'projected_crsEPSGEPSGEPSG)M 'projected_crsEPSGEPSGEPSG)L 'projected_crsEPSGEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ){ 'projected_crsEPSG!NEPSGEPSG)z 'projected_crsEPSG!MEPSGEPSG)y 'projected_crsEPSG!LEPSGEPSG)x 'projected_crsEPSG!KEPSGEPSG)w 'projected_crsEPSG!JEPSGEPSG)v 'projected_crsEPSG!IEPSGEPSG)u 'projected_crsEPSG!HEPSGEPSG)t 'projected_crsEPSG!GEPSGEPSG)s 'projected_crsEPSG!FEPSGEPSG)r 'projected_crsEPSG!EPSGEPSGv)q 'projected_crsEPSG!EPSGEPSGv)p 'projected_crsEPSG EPSG EPSGv)o 'projected_crsEPSG EPSG{EPSG)n 'projected_crsEPSG EPSGEPSGw)m 'projected_crsEPSG EPSGEPSG)l 'projected_crsEPSG EPSGEPSG)k 'projected_crsEPSG EPSGEPSG)j 'projected_crsEPSG EPSGEPSG)i 'projected_crsEPSG EPSGEPSG)h 'projected_crsEPSG EPSGEPSG)g 'projected_crsEPSG EPSGEPSG)f 'projected_crsEPSG EPSGEPSG)e 'projected_crsEPSG EPSGEPSG)d 'projected_crsEPSG EPSGEPSG)c 'projected_crsEPSG EPSGEPSGv)b 'projected_crsEPSG EPSGEPSG)a 'projected_crsEPSG EPSGEPSG)` 'projected_crsEPSG EPSGEPSG)_ 'projected_crsEPSG EPSGEPSG)^ 'projected_crsEPSG EPSGEPSG)] 'projected_crsEPSG EPSGEPSG)\ 'projected_crsEPSG EPSGvEPSG)[ 'projected_crsEPSG EPSGvEPSG)Z 'projected_crsEPSG EPSGoEPSG)Y 'projected_crsEPSG EPSGoEPSG)X 'projected_crsEPSG EPSGjEPSG)W 'projected_crsEPSG EPSGjEPSG)V 'projected_crsEPSG EPSGEPSG)U 'projected_crsEPSG EPSGEPSG)T 'projected_crsEPSG EPSGEPSG)S 'projected_crsEPSG EPSGEPSG)R 'projected_crsEPSG EPSGEPSG)Q 'projected_crsEPSG EPSGEPSG)P 'projected_crsEPSG EPSGEPSG)O 'projected_crsEPSG EPSGEPSG)N 'projected_crsEPSG EPSGEPSG)M 'projected_crsEPSG EPSGEPSG)L 'projected_crsEPSG EPSG~EPSG)K 'projected_crsEPSG EPSG~EPSG)J 'projected_crsEPSG EPSG}EPSG)I 'projected_crsEPSG EPSG}EPSG)H 'projected_crsEPSG EPSG|EPSG)G 'projected_crsEPSG EPSG|EPSG)F 'projected_crsEPSG EPSG{EPSG)E 'projected_crsEPSG EPSG{EPSG)D 'projected_crsEPSG ~EPSGzEPSG)C 'projected_crsEPSG }EPSGzEPSG)B 'projected_crsEPSG |EPSGwEPSG)A 'projected_crsEPSG {EPSGwEPSG)@ 'projected_crsEPSG zEPSGqEPSG)? 'projected_crsEPSG yEPSGqEPSG)> 'projected_crsEPSG xEPSGkEPSG)= 'projected_crsEPSG wEPSGkEPSG)< 'projected_crsEPSG "EPSGEPSG); 'projected_crsEPSG !EPSGEPSG): 'projected_crsEPSG EPSGEPSG)9 'projected_crsEPSG EPSGEPSG)8 'projected_crsEPSG EPSGEPSG)7 'projected_crsEPSG EPSGEPSG)6 'projected_crsEPSG EPSGEPSG)5 'projected_crsEPSG EPSGEPSG)4 'projected_crsEPSG EPSGEPSG)3 'projected_crsEPSG EPSGEPSG)2 'projected_crsEPSG EPSGEPSG)1 'projected_crsEPSG EPSGEPSG)0 'projected_crsEPSG EPSGEPSG)/ 'projected_crsEPSG EPSGEPSG). 'projected_crsEPSG EPSG EPSG)- 'projected_crsEPSG EPSG EPSG), 'projected_crsEPSG EPSGEPSG)+ 'projected_crsEPSG EPSGEPSG)* 'projected_crsEPSG EPSGEPSG)) 'projected_crsEPSG EPSGEPSG)( 'projected_crsEPSG EPSG EPSG)' 'projected_crsEPSG EPSG EPSG)& 'projected_crsEPSG EPSG EPSG)% 'projected_crsEPSG EPSG EPSG)$ 'projected_crsEPSG EPSG EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )S 'projected_crsEPSG$EPSGKEPSG)R 'projected_crsEPSG$EPSGEPSG)Q 'projected_crsEPSG$EPSG.EPSGC)P 'projected_crsEPSG$EPSGEPSGu)O 'projected_crsEPSG$EPSGEPSGu)N 'projected_crsEPSG$EPSG "EPSGD)M 'projected_crsEPSG$EPSGEPSGD)L 'projected_crsEPSG$EPSGEPSGD)K 'projected_crsEPSG$EPSGEPSGD)J 'projected_crsEPSG$EPSGEPSGD)I 'projected_crsEPSG$EPSGEPSG)H 'projected_crsEPSG$_EPSGEPSG)G 'projected_crsEPSG$TEPSGEPSG)F 'projected_crsEPSG$QEPSGEPSG)E 'projected_crsEPSG$PEPSGEPSG)D 'projected_crsEPSG$OEPSGEPSG)C 'projected_crsEPSG$EEPSGEPSGp)B 'projected_crsEPSG$DEPSGEPSGp)A 'projected_crsEPSG$9EPSGEPSG)@ 'projected_crsEPSG$8EPSGEPSG)? 'projected_crsEPSG$7EPSGEPSG)> 'projected_crsEPSG$1EPSG $EPSGp)= 'projected_crsEPSG$&EPSG 5EPSGp)< 'projected_crsEPSG$$EPSG 5EPSGp); 'projected_crsEPSG$"EPSGEPSGp): 'projected_crsEPSG$!EPSGEPSGp)9 'projected_crsEPSG$EPSGEPSG)8 'projected_crsEPSG$EPSGEPSG)7 'projected_crsEPSG$EPSGEPSG)6 'projected_crsEPSG$EPSGEPSG)5 'projected_crsEPSG$EPSGEPSG)4 'projected_crsEPSG#EPSGEPSG)3 'projected_crsEPSG#EPSGEPSG)2 'projected_crsEPSG#EPSGEPSG)1 'projected_crsEPSG#EPSGEPSG)0 'projected_crsEPSG#EPSGEPSG)/ 'projected_crsEPSG#EPSGEPSG). 'projected_crsEPSG#EPSGEPSG)- 'projected_crsEPSG#EPSGEPSG), 'projected_crsEPSG#EPSGEPSG)+ 'projected_crsEPSG#EPSGEPSG)* 'projected_crsEPSG#EPSGEPSG)) 'projected_crsEPSG#EPSG EPSG)( 'projected_crsEPSG#EPSGDEPSGp)' 'projected_crsEPSG#EPSGEPSGv)& 'projected_crsEPSG#EPSGEPSGv)% 'projected_crsEPSG#EPSGEPSGv)$ 'projected_crsEPSG#EPSGEPSGv)# 'projected_crsEPSG#EPSGEPSGv)" 'projected_crsEPSG#EPSGEPSGv)! 'projected_crsEPSG#EPSGEPSGv) 'projected_crsEPSG#EPSGEPSGD) 'projected_crsEPSG#PEPSG`EPSGS) 'projected_crsEPSG#OEPSG`EPSG) 'projected_crsEPSG"EPSGEPSGv) 'projected_crsEPSG"EPSGEPSGv) 'projected_crsEPSG"EPSGEPSGp) 'projected_crsEPSG"EPSGEPSGp) 'projected_crsEPSG"EPSG EPSGD) 'projected_crsEPSG"EPSGEPSGv) 'projected_crsEPSG"EPSGEPSG) 'projected_crsEPSG"EPSGEPSG) 'projected_crsEPSG"EPSGEPSG) 'projected_crsEPSG"EPSG "EPSGD) 'projected_crsEPSG"EPSGEPSGD) 'projected_crsEPSG"EPSGEPSGD) 'projected_crsEPSG"EPSGEPSGD) 'projected_crsEPSG"EPSGEPSGD) 'projected_crsEPSG"zEPSGeEPSGo) 'projected_crsEPSG!EPSGEPSGv) 'projected_crsEPSG!EPSGEPSGv) 'projected_crsEPSG!EPSGEPSG) 'projected_crsEPSG!EPSGEPSGv) 'projected_crsEPSG!EPSGEPSGD) 'projected_crsEPSG!EPSGEPSGD) 'projected_crsEPSG!EPSGEPSGD) 'projected_crsEPSG!EPSGEPSGD) 'projected_crsEPSG!\EPSGEPSG) 'projected_crsEPSG![EPSGEPSG) 'projected_crsEPSG!ZEPSGEPSG) 'projected_crsEPSG!XEPSGEPSG) 'projected_crsEPSG!WEPSGEPSG) 'projected_crsEPSG!VEPSGEPSG) 'projected_crsEPSG!UEPSGEPSG) 'projected_crsEPSG!SEPSGEPSG)~ 'projected_crsEPSG!QEPSGEPSG)} 'projected_crsEPSG!PEPSGEPSG)| 'projected_crsEPSG!OEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )+ 'projected_crsEPSG&EPSG.EPSGD)* 'projected_crsEPSG&EPSG-EPSGD)) 'projected_crsEPSG&EPSG,EPSGu)( 'projected_crsEPSG&EPSG)EPSG)' 'projected_crsEPSG&EPSGEPSG)& 'projected_crsEPSG&EPSGEPSG)% 'projected_crsEPSG&EPSGEPSG)$ 'projected_crsEPSG&EPSGEPSG)# 'projected_crsEPSG&EPSGEPSG)" 'projected_crsEPSG&EPSGEPSG)! 'projected_crsEPSG&EPSGEPSG) 'projected_crsEPSG&EPSG"EPSG) 'projected_crsEPSG&EPSG!EPSG) 'projected_crsEPSG&EPSG EPSG) 'projected_crsEPSG&~EPSGEPSG) 'projected_crsEPSG&}EPSGEPSG) 'projected_crsEPSG&|EPSGEPSG) 'projected_crsEPSG&{EPSGEPSG) 'projected_crsEPSG&zEPSG EPSG) 'projected_crsEPSG&yEPSG EPSG) 'projected_crsEPSG&xEPSG EPSG) 'projected_crsEPSG&wEPSG EPSG) 'projected_crsEPSG&vEPSG EPSG) 'projected_crsEPSG&uEPSG EPSG) 'projected_crsEPSG&tEPSG EPSG) 'projected_crsEPSG&sEPSG EPSG) 'projected_crsEPSG&rEPSG EPSG) 'projected_crsEPSG&qEPSGEPSG) 'projected_crsEPSG&pEPSGEPSG) 'projected_crsEPSG&oEPSGEPSG) 'projected_crsEPSG&nEPSG&EPSG) 'projected_crsEPSG&mEPSG%EPSG) 'projected_crsEPSG&lEPSG'EPSG) 'projected_crsEPSG&kEPSGEPSG) 'projected_crsEPSG&jEPSGEPSG) 'projected_crsEPSG&iEPSG$EPSG) 'projected_crsEPSG&hEPSG#EPSG) 'projected_crsEPSG&gEPSG(EPSG) 'projected_crsEPSG&fEPSG EPSG) 'projected_crsEPSG&eEPSG EPSG) 'projected_crsEPSG&dEPSG EPSG) 'projected_crsEPSG&cEPSG EPSG) 'projected_crsEPSG&bEPSG EPSG) 'projected_crsEPSG&aEPSG EPSG) 'projected_crsEPSG&`EPSG EPSG)~ 'projected_crsEPSG&_EPSG EPSG)} 'projected_crsEPSG&^EPSG EPSG)| 'projected_crsEPSG&]EPSGEPSG){ 'projected_crsEPSG&BEPSGHEPSGv)z 'projected_crsEPSG&AEPSGHEPSGv)y 'projected_crsEPSG&&EPSGEPSGu)x 'projected_crsEPSG&!EPSG EPSGu)w 'projected_crsEPSG&EPSGkEPSGv)v 'projected_crsEPSG&EPSGjEPSGv)u 'projected_crsEPSG& EPSG EPSGu)t 'projected_crsEPSG%EPSG[EPSGv)s 'projected_crsEPSG%EPSG EPSGv)r 'projected_crsEPSG%EPSG EPSGv)q 'projected_crsEPSG%EPSGiEPSGv)p 'projected_crsEPSG%EPSGEPSG)o 'projected_crsEPSG%EPSGEPSG)n 'projected_crsEPSG%EPSG tEPSG)m 'projected_crsEPSG%EPSGEPSGv)l 'projected_crsEPSG%EPSG EPSG)k 'projected_crsEPSG%EPSG MEPSG)j 'projected_crsEPSG%MEPSGEPSG)i 'projected_crsEPSG%EPSGEPSG )h 'projected_crsEPSG%EPSGEPSG)g 'projected_crsEPSG%EPSG~EPSG)f 'projected_crsEPSG%EPSG|EPSG)e 'projected_crsEPSG%EPSGzEPSG)d 'projected_crsEPSG%EPSGxEPSG)c 'projected_crsEPSG%EPSGvEPSG)b 'projected_crsEPSG%EPSGtEPSG)a 'projected_crsEPSG%EPSGrEPSG)` 'projected_crsEPSG% EPSG{EPSG)_ 'projected_crsEPSG% EPSGyEPSG)^ 'projected_crsEPSG%EPSGwEPSG)] 'projected_crsEPSG%EPSGuEPSG)\ 'projected_crsEPSG%EPSGsEPSG)[ 'projected_crsEPSG%EPSGqEPSG)Z 'projected_crsEPSG%EPSGoEPSG)Y 'projected_crsEPSG%EPSG EPSG)X 'projected_crsEPSG$EPSGEPSGu)W 'projected_crsEPSG$EPSGEPSG)V 'projected_crsEPSG$EPSGEPSG)U 'projected_crsEPSG$EPSGEPSG)T 'projected_crsEPSG$EPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSG*EPSGEPSG ) 'projected_crsEPSG)EPSGEPSG ) 'projected_crsEPSG)EPSGEPSG ) 'projected_crsEPSG)EPSG .EPSG) 'projected_crsEPSG)EPSG -EPSG)~ 'projected_crsEPSG)EPSG ,EPSG)} 'projected_crsEPSG)EPSGEPSG)| 'projected_crsEPSG)EPSGEPSG){ 'projected_crsEPSG)EPSGEPSG)z 'projected_crsEPSG)EPSGEPSG)y 'projected_crsEPSG)EPSGEPSG)x 'projected_crsEPSG)EPSGEPSG)w 'projected_crsEPSG)EPSGEPSGv)v 'projected_crsEPSG)EPSGEPSG )u 'projected_crsEPSG)EPSGEPSG )t 'projected_crsEPSG)EPSGEPSGu)s 'projected_crsEPSG)EPSGEPSGu)r 'projected_crsEPSG)~EPSGEPSG)q 'projected_crsEPSG)kEPSGEPSG)p 'projected_crsEPSG)iEPSGEPSG)o 'projected_crsEPSG)fEPSGEPSG)n 'projected_crsEPSG)dEPSGEPSG)m 'projected_crsEPSG)bEPSGEPSG)l 'projected_crsEPSG)`EPSGEPSG)k 'projected_crsEPSG)EPSGEPSG)j 'projected_crsEPSG(EPSGEPSG)i 'projected_crsEPSG(EPSGEPSG)h 'projected_crsEPSG(EPSGEPSG)g 'projected_crsEPSG(EPSGEPSGu)f 'projected_crsEPSG(EPSGrEPSG)e 'projected_crsEPSG(EPSGnEPSG)d 'projected_crsEPSG(EPSGiEPSG)c 'projected_crsEPSG(EPSGeEPSG)b 'projected_crsEPSG(EPSGdEPSG)a 'projected_crsEPSG(EPSGcEPSG)` 'projected_crsEPSG(EPSG\EPSG)_ 'projected_crsEPSG(EPSGXEPSG)^ 'projected_crsEPSG(EPSGTEPSG)] 'projected_crsEPSG(EPSGaEPSG)\ 'projected_crsEPSG(EPSG`EPSG)[ 'projected_crsEPSG(EPSG]EPSG)Z 'projected_crsEPSG(EPSG[EPSG)Y 'projected_crsEPSG(EPSGZEPSG)X 'projected_crsEPSG(EPSGUEPSG)W 'projected_crsEPSG(EPSGYEPSG)V 'projected_crsEPSG(EPSGVEPSG)U 'projected_crsEPSG(EPSGWEPSG)T 'projected_crsEPSG(YEPSGEPSG )S 'projected_crsEPSG(MEPSG iEPSGv)R 'projected_crsEPSG(LEPSG hEPSGv)Q 'projected_crsEPSG(KEPSG gEPSGv)P 'projected_crsEPSG(JEPSG fEPSGv)O 'projected_crsEPSG(BEPSGsEPSG )N 'projected_crsEPSG(3EPSG .EPSG)M 'projected_crsEPSG(2EPSG .EPSG)L 'projected_crsEPSG(1EPSG -EPSG)K 'projected_crsEPSG(0EPSG -EPSG)J 'projected_crsEPSG(/EPSG ,EPSG)I 'projected_crsEPSG(.EPSG ,EPSG)H 'projected_crsEPSG(-EPSGEPSG)G 'projected_crsEPSG((EPSGQEPSGu)F 'projected_crsEPSG(#EPSGPEPSGu)E 'projected_crsEPSG(EPSGVEPSG)D 'projected_crsEPSG(EPSGUEPSG)C 'projected_crsEPSG(EPSG EPSG)B 'projected_crsEPSG(EPSGEPSG)A 'projected_crsEPSG(EPSG EPSG)@ 'projected_crsEPSG( EPSG EPSG)? 'projected_crsEPSG(EPSGGEPSGu)> 'projected_crsEPSG'EPSGHEPSGu)= 'projected_crsEPSG'EPSGJEPSGu)< 'projected_crsEPSG'EPSGKEPSGu); 'projected_crsEPSG'EPSGLEPSGu): 'projected_crsEPSG'EPSGMEPSGu)9 'projected_crsEPSG'EPSGIEPSGu)8 'projected_crsEPSG'EPSGFEPSGu)7 'projected_crsEPSG'EPSGEEPSGu)6 'projected_crsEPSG'EPSGOEPSGu)5 'projected_crsEPSG'EPSGNEPSGu)4 'projected_crsEPSG'EPSG EPSG)3 'projected_crsEPSG&EPSG8EPSGu)2 'projected_crsEPSG&EPSG9EPSGu)1 'projected_crsEPSG&EPSG7EPSGu)0 'projected_crsEPSG&EPSG`EPSG)/ 'projected_crsEPSG&EPSG|EPSG). 'projected_crsEPSG&EPSG5EPSGu)- 'projected_crsEPSG&EPSGzEPSGC), 'projected_crsEPSG&EPSG/EPSGu X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )[ 'projected_crsEPSG,EPSGxEPSG)Z 'projected_crsEPSG,EPSGvEPSG)Y 'projected_crsEPSG,EPSGtEPSG)X 'projected_crsEPSG, EPSGrEPSG)W 'projected_crsEPSG,EPSG{EPSG)V 'projected_crsEPSG,EPSGyEPSG)U 'projected_crsEPSG,EPSGwEPSG)T 'projected_crsEPSG,EPSGuEPSG)S 'projected_crsEPSG,EPSGsEPSG)R 'projected_crsEPSG,EPSGqEPSG)Q 'projected_crsEPSG,EPSGoEPSG)P 'projected_crsEPSG+EPSGCEPSGv)O 'projected_crsEPSG+EPSGEPSG)N 'projected_crsEPSG+EPSGEPSG )M 'projected_crsEPSG+EPSGEPSG)L 'projected_crsEPSG+EPSGEPSG )K 'projected_crsEPSG+EPSGEPSG)J 'projected_crsEPSG+EPSGEPSG )I 'projected_crsEPSG+EPSGEPSG)H 'projected_crsEPSG+EPSGEPSGv)G 'projected_crsEPSG+nEPSGAEPSGv)F 'projected_crsEPSG+mEPSG@EPSGv)E 'projected_crsEPSG+lEPSG?EPSG)D 'projected_crsEPSG+kEPSG EPSGv)C 'projected_crsEPSG+jEPSG EPSGv)B 'projected_crsEPSG+EPSGEPSGv)A 'projected_crsEPSG+EPSGEPSGv)@ 'projected_crsEPSG+EPSGEPSGv)? 'projected_crsEPSG+EPSGEPSGv)> 'projected_crsEPSG+EPSGEPSGv)= 'projected_crsEPSG+EPSGEPSGv)< 'projected_crsEPSG+ EPSGEPSGv); 'projected_crsEPSG+ EPSGEPSGv): 'projected_crsEPSG+ EPSGEPSGv)9 'projected_crsEPSG+ EPSGEPSGv)8 'projected_crsEPSG+ EPSGEPSGv)7 'projected_crsEPSG+EPSGEPSGv)6 'projected_crsEPSG+EPSGEPSGv)5 'projected_crsEPSG+EPSGEPSGv)4 'projected_crsEPSG+EPSGEPSGv)3 'projected_crsEPSG+EPSGEPSGv)2 'projected_crsEPSG*EPSGEPSG)1 'projected_crsEPSG*EPSG~EPSG)0 'projected_crsEPSG*EPSGEPSG)/ 'projected_crsEPSG*EPSGEPSG). 'projected_crsEPSG*EPSGEPSG)- 'projected_crsEPSG*EPSGEPSG), 'projected_crsEPSG*EPSGEPSG)+ 'projected_crsEPSG*EPSGEPSG)* 'projected_crsEPSG*EPSG EPSGv)) 'projected_crsEPSG*EPSG EPSGv)( 'projected_crsEPSG*EPSGEPSG )' 'projected_crsEPSG*EPSGEPSG )& 'projected_crsEPSG*EPSGEPSG )% 'projected_crsEPSG*EPSGEPSG )$ 'projected_crsEPSG*EPSGEPSG )# 'projected_crsEPSG*EPSGEPSG )" 'projected_crsEPSG*EPSGEPSG )! 'projected_crsEPSG*EPSGEPSG ) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSG_EPSGo) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGv) 'projected_crsEPSG*EPSGEPSGx) 'projected_crsEPSG*oEPSGEPSG ) 'projected_crsEPSG*iEPSG EPSG) 'projected_crsEPSG*cEPSGEPSGu) 'projected_crsEPSG*UEPSGEPSG) 'projected_crsEPSG*TEPSGEPSG) 'projected_crsEPSG*QEPSG EPSGC) 'projected_crsEPSG*DEPSGEPSG ) 'projected_crsEPSG*2EPSGEPSG ) 'projected_crsEPSG*1EPSGEPSG) 'projected_crsEPSG*+EPSGEPSGv) 'projected_crsEPSG**EPSGEPSGv) 'projected_crsEPSG*)EPSGEPSGv) 'projected_crsEPSG*(EPSG*EPSGv) 'projected_crsEPSG*$EPSGEPSG ) 'projected_crsEPSG*EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )3 'projected_crsEPSGNtEPSGEPSG)2 'projected_crsEPSGNsEPSGEPSG)1 'projected_crsEPSGNrEPSGEPSG)0 'projected_crsEPSGNqEPSGEPSG)/ 'projected_crsEPSGNpEPSGEPSG). 'projected_crsEPSGNoEPSGEPSG)- 'projected_crsEPSGNnEPSGEPSG), 'projected_crsEPSGNmEPSGEPSG)+ 'projected_crsEPSGNlEPSGEPSG)* 'projected_crsEPSGNkEPSGEPSG)) 'projected_crsEPSGNjEPSGEPSG)( 'projected_crsEPSGNiEPSGEPSG)' 'projected_crsEPSGNhEPSGEPSG)& 'projected_crsEPSGNgEPSGEPSG)% 'projected_crsEPSGNfEPSGEPSG)$ 'projected_crsEPSGNeEPSGEPSG)# 'projected_crsEPSGNdEPSGEPSG)" 'projected_crsEPSGNcEPSGEPSG)! 'projected_crsEPSGNbEPSGEPSG) 'projected_crsEPSGNaEPSGEPSG) 'projected_crsEPSGN`EPSGEPSG) 'projected_crsEPSGNREPSG=EPSGu) 'projected_crsEPSGNQEPSGEPSGv) 'projected_crsEPSGNPEPSGEPSGv) 'projected_crsEPSGNOEPSG EPSG) 'projected_crsEPSGNJEPSG;EPSGv) 'projected_crsEPSGN@EPSGEPSG) 'projected_crsEPSGN?EPSGEPSG) 'projected_crsEPSGN>EPSGEPSG) 'projected_crsEPSGN=EPSGEPSG) 'projected_crsEPSGN 'projected_crsEPSGNEPSGEPSGv)= 'projected_crsEPSGNEPSG EPSGv)< 'projected_crsEPSGNEPSG EPSGv); 'projected_crsEPSGN|EPSGEPSG): 'projected_crsEPSGN{EPSGEPSG)9 'projected_crsEPSGNzEPSGEPSG)8 'projected_crsEPSGNyEPSGEPSG)7 'projected_crsEPSGNxEPSGEPSG)6 'projected_crsEPSGNwEPSGEPSG)5 'projected_crsEPSGNvEPSGEPSG)4 'projected_crsEPSGNuEPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )c 'projected_crsEPSGSEPSG EPSG)b 'projected_crsEPSGSEPSG EPSG)a 'projected_crsEPSGSEPSG EPSG)` 'projected_crsEPSGS EPSG EPSG)_ 'projected_crsEPSGS EPSG EPSG)^ 'projected_crsEPSGS EPSG EPSG)] 'projected_crsEPSGS EPSG EPSG)\ 'projected_crsEPSGS EPSG EPSG)[ 'projected_crsEPSGSEPSG EPSG)Z 'projected_crsEPSGSEPSG EPSG)Y 'projected_crsEPSGSEPSG EPSG)X 'projected_crsEPSGSEPSG EPSG)W 'projected_crsEPSGSEPSG EPSG)V 'projected_crsEPSGSEPSG EPSG)U 'projected_crsEPSGSEPSG EPSG)T 'projected_crsEPSGSEPSG EPSG)S 'projected_crsEPSGSEPSG EPSG)R 'projected_crsEPSGREPSG EPSG)Q 'projected_crsEPSGREPSG EPSG)P 'projected_crsEPSGREPSG EPSG)O 'projected_crsEPSGREPSG EPSG)N 'projected_crsEPSGREPSG EPSG)M 'projected_crsEPSGREPSG EPSG)L 'projected_crsEPSGREPSG EPSG)K 'projected_crsEPSGREPSG ~EPSG)J 'projected_crsEPSGREPSG }EPSG)I 'projected_crsEPSGREPSG |EPSG)H 'projected_crsEPSGREPSG {EPSG)G 'projected_crsEPSGREPSG zEPSG)F 'projected_crsEPSGREPSG yEPSG)E 'projected_crsEPSGREPSG xEPSG)D 'projected_crsEPSGREPSG wEPSG)C 'projected_crsEPSGREPSG vEPSG)B 'projected_crsEPSGREPSG uEPSG)A 'projected_crsEPSGREPSG tEPSG)@ 'projected_crsEPSGREPSG EPSG)? 'projected_crsEPSGREPSG EPSG)> 'projected_crsEPSGREPSG EPSG)= 'projected_crsEPSGREPSG EPSG)< 'projected_crsEPSGREPSG EPSG); 'projected_crsEPSGREPSG EPSG): 'projected_crsEPSGREPSG EPSG)9 'projected_crsEPSGREPSG EPSG)8 'projected_crsEPSGREPSG EPSG)7 'projected_crsEPSGREPSG EPSG)6 'projected_crsEPSGREPSG EPSG)5 'projected_crsEPSGREPSG EPSG)4 'projected_crsEPSGREPSG EPSG)3 'projected_crsEPSGREPSG EPSG)2 'projected_crsEPSGREPSG EPSG)1 'projected_crsEPSGREPSG EPSG)0 'projected_crsEPSGREPSG EPSG)/ 'projected_crsEPSGREPSG EPSG). 'projected_crsEPSGREPSG EPSG)- 'projected_crsEPSGREPSG EPSG), 'projected_crsEPSGREPSG EPSG)+ 'projected_crsEPSGREPSG EPSG)* 'projected_crsEPSGREPSG EPSG)) 'projected_crsEPSGREPSG1EPSGv)( 'projected_crsEPSGREPSG2EPSGv)' 'projected_crsEPSGREPSG0EPSGv)& 'projected_crsEPSGRlEPSGEPSGv)% 'projected_crsEPSGRiEPSG.EPSGv)$ 'projected_crsEPSGRhEPSG,EPSGv)# 'projected_crsEPSGRgEPSG*EPSGv)" 'projected_crsEPSGR-EPSG/EPSGv)! 'projected_crsEPSGR,EPSG-EPSGv) 'projected_crsEPSGR+EPSG+EPSGv) 'projected_crsEPSGR(EPSGEPSG) 'projected_crsEPSGR'EPSGEPSG) 'projected_crsEPSGR&EPSGEPSG) 'projected_crsEPSGR%EPSGEPSG) 'projected_crsEPSGR$EPSGEPSG) 'projected_crsEPSGR#EPSGEPSG) 'projected_crsEPSGR"EPSGEPSG) 'projected_crsEPSGR!EPSGEPSG) 'projected_crsEPSGR EPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG) 'projected_crsEPSGREPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ); 'projected_crsEPSGSEPSG8EPSG): 'projected_crsEPSGSEPSG7EPSG)9 'projected_crsEPSGSEPSG6EPSG)8 'projected_crsEPSGSEPSG5EPSG)7 'projected_crsEPSGSEPSG4EPSG)6 'projected_crsEPSGSEPSG3EPSG)5 'projected_crsEPSGSEPSG=EPSG)4 'projected_crsEPSGSEPSGEPSG EPSG)h 'projected_crsEPSGS=EPSG EPSG)g 'projected_crsEPSGSEPSGv)J 'projected_crsEPSGUEPSGAEPSGv)I 'projected_crsEPSGUEPSG@EPSGv)H 'projected_crsEPSGUEPSG?EPSGv)G 'projected_crsEPSGUEPSG>EPSGv)F 'projected_crsEPSGU:EPSGCEPSGv)E 'projected_crsEPSGU9EPSGBEPSGv)D 'projected_crsEPSGUEPSGxEPSGD)C 'projected_crsEPSGUEPSGEPSGD)B 'projected_crsEPSGUEPSGEPSGv)A 'projected_crsEPSGSEPSGCEPSGv)@ 'projected_crsEPSGSEPSG=EPSG)? 'projected_crsEPSGSEPSG 'projected_crsEPSGSEPSG;EPSG)= 'projected_crsEPSGSEPSG:EPSG)< 'projected_crsEPSGSEPSG9EPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )k 'projected_crsEPSGX{EPSGEPSGv)j 'projected_crsEPSGXzEPSGEPSGv)i 'projected_crsEPSGXyEPSGEPSGv)h 'projected_crsEPSGXxEPSGEPSGv)g 'projected_crsEPSGXvEPSG(EPSGv)f 'projected_crsEPSGXuEPSGEPSGv)e 'projected_crsEPSGXtEPSG#EPSGv)d 'projected_crsEPSGXsEPSGEPSGv)c 'projected_crsEPSGXrEPSGEPSGv)b 'projected_crsEPSGXqEPSGEPSGv)a 'projected_crsEPSGXoEPSGEPSGv)` 'projected_crsEPSGX^EPSGhEPSGv)_ 'projected_crsEPSGX]EPSGgEPSGv)^ 'projected_crsEPSGX\EPSG EPSGv)] 'projected_crsEPSGX[EPSG EPSGv)\ 'projected_crsEPSGXZEPSG YEPSGv)[ 'projected_crsEPSGXYEPSG XEPSGv)Z 'projected_crsEPSGXXEPSG WEPSGv)Y 'projected_crsEPSGXWEPSG VEPSGv)X 'projected_crsEPSGXVEPSG UEPSGv)W 'projected_crsEPSGXUEPSG EPSGv)V 'projected_crsEPSGXTEPSG EPSGv)U 'projected_crsEPSGXSEPSG EPSGv)T 'projected_crsEPSGXREPSG TEPSGv)S 'projected_crsEPSGXQEPSG SEPSGv)R 'projected_crsEPSGXPEPSG REPSGv)Q 'projected_crsEPSGXOEPSG QEPSGv)P 'projected_crsEPSGWEPSG jEPSGv)O 'projected_crsEPSGWEPSGEPSGv)N 'projected_crsEPSGWEPSG iEPSGv)M 'projected_crsEPSGWEPSG hEPSGv)L 'projected_crsEPSGWEPSG EPSGv)K 'projected_crsEPSGWEPSG EPSGH)J 'projected_crsEPSGWEPSG EPSGH)I 'projected_crsEPSGWEPSG EPSGH)H 'projected_crsEPSGWEPSG EPSGH)G 'projected_crsEPSGWEPSGhEPSGv)F 'projected_crsEPSGWEPSGgEPSGv)E 'projected_crsEPSGWEPSG EPSGv)D 'projected_crsEPSGWEPSG EPSGv)C 'projected_crsEPSGWEPSG YEPSGv)B 'projected_crsEPSGWEPSG XEPSGv)A 'projected_crsEPSGWEPSG WEPSGv)@ 'projected_crsEPSGWEPSG VEPSGv)? 'projected_crsEPSGWEPSG UEPSGv)> 'projected_crsEPSGWEPSG EPSGv)= 'projected_crsEPSGWEPSG EPSGv)< 'projected_crsEPSGWEPSG EPSGv); 'projected_crsEPSGWEPSG TEPSGv): 'projected_crsEPSGWEPSG SEPSGv)9 'projected_crsEPSGWEPSG REPSGv)8 'projected_crsEPSGWEPSG QEPSGv)7 'projected_crsEPSGWxEPSGTEPSGv)6 'projected_crsEPSGWwEPSGSEPSGv)5 'projected_crsEPSGWUEPSGEPSGv)4 'projected_crsEPSGWTEPSGEPSGv)3 'projected_crsEPSGWSEPSGEPSGv)2 'projected_crsEPSGWREPSGEPSGv)1 'projected_crsEPSGWQEPSGEPSGv)0 'projected_crsEPSGWPEPSGEPSGv)/ 'projected_crsEPSGWOEPSGEPSGv). 'projected_crsEPSGWNEPSGEPSGv)- 'projected_crsEPSGWMEPSGEPSGv), 'projected_crsEPSGWLEPSGEPSGv)+ 'projected_crsEPSGWBEPSGEPSGv)* 'projected_crsEPSGWAEPSGEPSGv)) 'projected_crsEPSGW 'projected_crsEPSG[EPSGmEPSG)= 'projected_crsEPSG[EPSGlEPSG)< 'projected_crsEPSG[EPSGkEPSG); 'projected_crsEPSG[EPSGjEPSG): 'projected_crsEPSG[EPSGiEPSG)9 'projected_crsEPSG[EPSGhEPSG)8 'projected_crsEPSG[EPSGgEPSG)7 'projected_crsEPSG[EPSGfEPSG)6 'projected_crsEPSG[ EPSGeEPSG)5 'projected_crsEPSG[ EPSGdEPSG)4 'projected_crsEPSG[ EPSGcEPSG)3 'projected_crsEPSG[ EPSGbEPSG)2 'projected_crsEPSG[ EPSGaEPSG)1 'projected_crsEPSG[EPSG`EPSG)0 'projected_crsEPSG[EPSG_EPSG)/ 'projected_crsEPSG[EPSG^EPSG). 'projected_crsEPSG[EPSG]EPSG)- 'projected_crsEPSGZEPSGEPSGv), 'projected_crsEPSGZEPSGEPSGv)+ 'projected_crsEPSGZ7EPSG^EPSGp)* 'projected_crsEPSGZ2EPSG]EPSGp)) 'projected_crsEPSGYEPSGiEPSGv)( 'projected_crsEPSGYEPSGhEPSGv)' 'projected_crsEPSGYEPSGgEPSGv)& 'projected_crsEPSGYEPSGfEPSGv)% 'projected_crsEPSGYEPSGeEPSGv)$ 'projected_crsEPSGYEPSGdEPSGv)# 'projected_crsEPSGYEPSGcEPSGv)" 'projected_crsEPSGYEPSGbEPSGv)! 'projected_crsEPSGYEPSGaEPSGv) 'projected_crsEPSGYEPSG`EPSGv) 'projected_crsEPSGYEPSG_EPSGv) 'projected_crsEPSGYEPSGmEPSGv) 'projected_crsEPSGYEPSGlEPSGv) 'projected_crsEPSGYEPSGkEPSGv) 'projected_crsEPSGYEPSGjEPSG) 'projected_crsEPSGY0EPSG$EPSGv) 'projected_crsEPSGY&EPSGhEPSGv) 'projected_crsEPSGY%EPSGgEPSGv) 'projected_crsEPSGY$EPSG EPSGv) 'projected_crsEPSGY#EPSG EPSGv) 'projected_crsEPSGY"EPSG YEPSGv) 'projected_crsEPSGY!EPSG XEPSGv) 'projected_crsEPSGY EPSG WEPSGv) 'projected_crsEPSGYEPSG VEPSGv) 'projected_crsEPSGYEPSG UEPSGv) 'projected_crsEPSGYEPSG EPSGv) 'projected_crsEPSGYEPSG EPSGv) 'projected_crsEPSGYEPSG EPSGv) 'projected_crsEPSGYEPSG TEPSGv) 'projected_crsEPSGYEPSG SEPSGv) 'projected_crsEPSGYEPSG REPSGv) 'projected_crsEPSGYEPSG QEPSGv) 'projected_crsEPSGXEPSGWEPSG) 'projected_crsEPSGXEPSGWEPSGv) 'projected_crsEPSGXEPSG EPSGH) 'projected_crsEPSGXEPSG EPSGH) 'projected_crsEPSGXEPSG EPSGH) 'projected_crsEPSGXEPSG EPSGH) 'projected_crsEPSGXEPSGEPSGv) 'projected_crsEPSGXEPSGhEPSGv) 'projected_crsEPSGXEPSGgEPSGv) 'projected_crsEPSGXEPSG EPSGv) 'projected_crsEPSGXEPSG EPSGv)~ 'projected_crsEPSGXEPSG YEPSGv)} 'projected_crsEPSGXEPSG XEPSGv)| 'projected_crsEPSGXEPSG WEPSGv){ 'projected_crsEPSGXEPSG VEPSGv)z 'projected_crsEPSGXEPSG UEPSGv)y 'projected_crsEPSGXEPSG EPSGv)x 'projected_crsEPSGXEPSG EPSGv)w 'projected_crsEPSGXEPSG EPSGv)v 'projected_crsEPSGXEPSG TEPSGv)u 'projected_crsEPSGXEPSG SEPSGv)t 'projected_crsEPSGXEPSG REPSGv)s 'projected_crsEPSGXEPSG QEPSGv)r 'projected_crsEPSGXEPSGWEPSGv)q 'projected_crsEPSGXEPSGEPSGv)p 'projected_crsEPSGXEPSGEPSGv)o 'projected_crsEPSGXEPSGEPSGv)n 'projected_crsEPSGX~EPSGEPSGv)m 'projected_crsEPSGX}EPSGEPSGv)l 'projected_crsEPSGX|EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSG_:EPSGEPSGv) 'projected_crsEPSG_9EPSGEPSGv) 'projected_crsEPSG_8EPSGEPSGv) 'projected_crsEPSG_7EPSG EPSGv) 'projected_crsEPSG_6EPSGEPSGv) 'projected_crsEPSG_5EPSGEPSGv) 'projected_crsEPSG_4EPSGEPSGv) 'projected_crsEPSG_3EPSGEPSGv) 'projected_crsEPSG_2EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG_EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG^EPSGEPSGv) 'projected_crsEPSG^EPSG EPSGD) 'projected_crsEPSG^$EPSG EPSGD) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG]EPSGEPSGv) 'projected_crsEPSG]VEPSGEPSGv) 'projected_crsEPSG]UEPSGEPSGv)~ 'projected_crsEPSG]TEPSGEPSGv)} 'projected_crsEPSG]SEPSGEPSGv)| 'projected_crsEPSG]REPSGEPSGv){ 'projected_crsEPSG]QEPSGEPSGv)z 'projected_crsEPSG]PEPSGEPSGv)y 'projected_crsEPSG]OEPSGEPSGv)x 'projected_crsEPSG]NEPSGpEPSGv)w 'projected_crsEPSG]LEPSGEPSGv)v 'projected_crsEPSG]KEPSG~EPSGv)u 'projected_crsEPSG]JEPSG|EPSGv)t 'projected_crsEPSG]IEPSGzEPSGv)s 'projected_crsEPSG]HEPSGxEPSGv)r 'projected_crsEPSG]GEPSGvEPSGv)q 'projected_crsEPSG]FEPSGtEPSGv)p 'projected_crsEPSG]EEPSGrEPSGv)o 'projected_crsEPSG]@EPSG{EPSGv)n 'projected_crsEPSG]?EPSGyEPSGv)m 'projected_crsEPSG]>EPSGwEPSGv)l 'projected_crsEPSG]=EPSGuEPSGv)k 'projected_crsEPSG] 'projected_crsEPSGddEPSG$EPSGv)= 'projected_crsEPSGc3EPSGEPSGv)< 'projected_crsEPSGc2EPSG~EPSGv); 'projected_crsEPSGc1EPSG}EPSGv): 'projected_crsEPSGc0EPSG|EPSGv)9 'projected_crsEPSGc/EPSGvEPSGv)8 'projected_crsEPSGbEPSGEPSGv)7 'projected_crsEPSGaEPSGPEPSGv)6 'projected_crsEPSGa=EPSGEPSGv)5 'projected_crsEPSGaEPSGEPSGv) 'projected_crsEPSG_=EPSGEPSGv) 'projected_crsEPSG_ 'projected_crsEPSGhEPSGEPSGv)= 'projected_crsEPSGhEPSGEPSGv)< 'projected_crsEPSGhEPSGEPSGv); 'projected_crsEPSGhEPSGDEPSGv): 'projected_crsEPSGhEPSGEPSGv)9 'projected_crsEPSGhEPSGEPSGv)8 'projected_crsEPSGhEPSGEPSGv)7 'projected_crsEPSGhEPSGEPSGv)6 'projected_crsEPSGhEPSGEPSGv)5 'projected_crsEPSGhEPSGEPSGv)4 'projected_crsEPSGhEPSGEPSGv)3 'projected_crsEPSGhEPSGEPSGv)2 'projected_crsEPSGhEPSGEPSGv)1 'projected_crsEPSGhEPSGEPSGv)0 'projected_crsEPSGhEPSGEPSGv)/ 'projected_crsEPSGhEPSGEPSGv). 'projected_crsEPSGhEPSGEPSGv)- 'projected_crsEPSGhEPSGmEPSGv), 'projected_crsEPSGhEPSGEPSGv)+ 'projected_crsEPSGhEPSGEPSGv)* 'projected_crsEPSGhEPSGEPSGv)) 'projected_crsEPSGhEPSGEPSGv)( 'projected_crsEPSGhEPSGEPSGv)' 'projected_crsEPSGhEPSGEPSGv)& 'projected_crsEPSGhEPSGEPSGv)% 'projected_crsEPSGhEPSGEPSGv)$ 'projected_crsEPSGhEPSGEPSGv)# 'projected_crsEPSGhEPSGEPSGv)" 'projected_crsEPSGhEPSGEPSGv)! 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGbEPSGv) 'projected_crsEPSGhEPSGaEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGEPSGv) 'projected_crsEPSGhEPSGzEPSGv) 'projected_crsEPSGhEPSGyEPSGv) 'projected_crsEPSGh~EPSGxEPSGv) 'projected_crsEPSGh}EPSGvEPSGv) 'projected_crsEPSGh|EPSGwEPSGv) 'projected_crsEPSGh{EPSGEPSGv) 'projected_crsEPSGhzEPSGEPSGv) 'projected_crsEPSGhyEPSGEPSGv) 'projected_crsEPSGhxEPSGEPSGv) 'projected_crsEPSGhwEPSGEPSGv) 'projected_crsEPSGhvEPSGEPSGv) 'projected_crsEPSGhuEPSGEPSGv) 'projected_crsEPSGhtEPSGmEPSGv) 'projected_crsEPSGhsEPSGuEPSGv) 'projected_crsEPSGhrEPSGtEPSGv) 'projected_crsEPSGhqEPSGsEPSGv) 'projected_crsEPSGhpEPSGrEPSGv) 'projected_crsEPSGhoEPSGqEPSGv) 'projected_crsEPSGhnEPSGpEPSGv)~ 'projected_crsEPSGhmEPSGoEPSGv)} 'projected_crsEPSGhlEPSGnEPSGv)| 'projected_crsEPSGhkEPSGlEPSGv){ 'projected_crsEPSGhjEPSGkEPSGv)z 'projected_crsEPSGhiEPSGjEPSGv)y 'projected_crsEPSGhbEPSGhEPSGv)x 'projected_crsEPSGhaEPSG3EPSGv)w 'projected_crsEPSGh`EPSGfEPSGv)v 'projected_crsEPSGh_EPSGeEPSGv)u 'projected_crsEPSGh^EPSGdEPSGv)t 'projected_crsEPSGh]EPSGcEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )# 'projected_crsEPSGiFEPSGxEPSGv)" 'projected_crsEPSGiEEPSGvEPSGv)! 'projected_crsEPSGiDEPSGwEPSGv) 'projected_crsEPSGiBEPSGEPSGv) 'projected_crsEPSGiAEPSGEPSGv) 'projected_crsEPSGi@EPSGEPSGv) 'projected_crsEPSGi?EPSGEPSGv) 'projected_crsEPSGi>EPSGEPSGv) 'projected_crsEPSGi=EPSGEPSGv) 'projected_crsEPSGi 'projected_crsEPSGiaEPSGEPSGv)= 'projected_crsEPSGi`EPSGEPSGv)< 'projected_crsEPSGi_EPSGEPSGv); 'projected_crsEPSGi^EPSGEPSGv): 'projected_crsEPSGi]EPSGEPSGv)9 'projected_crsEPSGi\EPSGEPSGv)8 'projected_crsEPSGi[EPSGEPSGv)7 'projected_crsEPSGiZEPSGEPSGv)6 'projected_crsEPSGiYEPSGEPSGv)5 'projected_crsEPSGiXEPSGEPSGv)4 'projected_crsEPSGiWEPSGEPSGv)3 'projected_crsEPSGiVEPSGEPSGv)2 'projected_crsEPSGiUEPSGEPSGv)1 'projected_crsEPSGiTEPSG EPSGv)0 'projected_crsEPSGiSEPSG EPSGv)/ 'projected_crsEPSGiREPSG EPSGv). 'projected_crsEPSGiQEPSG EPSGv)- 'projected_crsEPSGiPEPSGEPSGv), 'projected_crsEPSGiOEPSGEPSGv)+ 'projected_crsEPSGiNEPSGEPSGv)* 'projected_crsEPSGiMEPSGbEPSGv)) 'projected_crsEPSGiLEPSGaEPSGv)( 'projected_crsEPSGiKEPSGEPSGv)' 'projected_crsEPSGiJEPSGEPSGv)& 'projected_crsEPSGiIEPSGEPSGv)% 'projected_crsEPSGiHEPSGzEPSGv)$ 'projected_crsEPSGiGEPSGyEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )S 'projected_crsEPSGo4EPSGEPSG)R 'projected_crsEPSGo3EPSGEPSG)Q 'projected_crsEPSGo2EPSGEPSG)P 'projected_crsEPSGo1EPSGEPSG)O 'projected_crsEPSGo0EPSGEPSG)N 'projected_crsEPSGo/EPSGEPSG)M 'projected_crsEPSGo.EPSG EPSG)L 'projected_crsEPSGoEPSGEPSG)K 'projected_crsEPSGoEPSGEPSG)J 'projected_crsEPSGoEPSGEPSG)I 'projected_crsEPSGo EPSGEPSG)H 'projected_crsEPSGo EPSGEPSG)G 'projected_crsEPSGo EPSGEPSG)F 'projected_crsEPSGo EPSGEPSG)E 'projected_crsEPSGo EPSGEPSG)D 'projected_crsEPSGoEPSGEPSG)C 'projected_crsEPSGoEPSGEPSG)B 'projected_crsEPSGoEPSGEPSG)A 'projected_crsEPSGoEPSGEPSG)@ 'projected_crsEPSGoEPSGEPSG)? 'projected_crsEPSGoEPSGEPSG)> 'projected_crsEPSGoEPSGEPSG)= 'projected_crsEPSGoEPSGEPSG)< 'projected_crsEPSGoEPSGEPSG); 'projected_crsEPSGnEPSG EPSG): 'projected_crsEPSGnEPSG EPSG)9 'projected_crsEPSGnEPSG EPSG)8 'projected_crsEPSGnEPSG EPSG)7 'projected_crsEPSGnEPSGEPSG)6 'projected_crsEPSGnEPSGEPSG)5 'projected_crsEPSGnEPSGEPSG)4 'projected_crsEPSGnEPSGEPSG)3 'projected_crsEPSGnEPSGEPSG)2 'projected_crsEPSGnEPSGEPSG)1 'projected_crsEPSGnEPSGEPSG)0 'projected_crsEPSGnEPSGEPSG)/ 'projected_crsEPSGnEPSGEPSG). 'projected_crsEPSGnEPSG EPSG)- 'projected_crsEPSGnEPSGOEPSGv), 'projected_crsEPSGnEPSGdEPSGv)+ 'projected_crsEPSGnEPSGEPSGv)* 'projected_crsEPSGnEPSGEPSGv)) 'projected_crsEPSGnEPSGEPSGv)( 'projected_crsEPSGnEPSGEPSGv)' 'projected_crsEPSGnEPSGEPSGv)& 'projected_crsEPSGnEPSGEPSGv)% 'projected_crsEPSGnEPSGREPSGv)$ 'projected_crsEPSGnEPSGPEPSGv)# 'projected_crsEPSGnEPSG_EPSGv)" 'projected_crsEPSGnHEPSG0EPSGv)! 'projected_crsEPSGn!EPSG +EPSGv) 'projected_crsEPSGn EPSGLEPSGv) 'projected_crsEPSGnEPSGLEPSGv) 'projected_crsEPSGl;EPSGEPSG) 'projected_crsEPSGl:EPSGEPSG) 'projected_crsEPSGl9EPSGEPSG) 'projected_crsEPSGl8EPSGEPSG) 'projected_crsEPSGl7EPSGEPSG) 'projected_crsEPSGl6EPSGEPSG) 'projected_crsEPSGl5EPSGEPSG) 'projected_crsEPSGl4EPSG&EPSGv) 'projected_crsEPSGkEPSG/EPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSG/EPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSG/EPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSG/EPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGkEPSGEPSGv) 'projected_crsEPSGklEPSGYEPSGv) 'projected_crsEPSGkeEPSGEPSGv) 'projected_crsEPSGkdEPSGEPSGv) 'projected_crsEPSGk%EPSGEPSGv) 'projected_crsEPSGkEPSGEPSGC) 'projected_crsEPSGkEPSGEPSGC) 'projected_crsEPSGkEPSGEPSGC) 'projected_crsEPSGkEPSGEPSGC)~ 'projected_crsEPSGkEPSGEPSGC)} 'projected_crsEPSGkEPSGEPSGC)| 'projected_crsEPSGkEPSGEPSGC X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )+ 'projected_crsEPSGuEPSG@EPSGD)* 'projected_crsEPSGuEPSG?EPSGD)) 'projected_crsEPSGuEPSG>EPSGD)( 'projected_crsEPSGtEPSGEPSGv)' 'projected_crsEPSGtEPSGEPSGv)& 'projected_crsEPSGtEPSG EPSGv)% 'projected_crsEPSGtEPSGEPSGv)$ 'projected_crsEPSGtEPSGEPSGv)# 'projected_crsEPSGtEPSGREPSG})" 'projected_crsEPSGtEPSGEPSGp)! 'projected_crsEPSGtEPSGREPSGv) 'projected_crsEPSGtEPSG=EPSGv) 'projected_crsEPSGtEPSGEPSGEPSG)\ 'projected_crsEPSGo=EPSGEPSG)[ 'projected_crsEPSGoEPSGEPSGv)m 'projected_crsEPSGz=EPSGEPSGv)l 'projected_crsEPSGz 'projected_crsEPSGvEPSGEPSGp)= 'projected_crsEPSGvEPSG:EPSGp)< 'projected_crsEPSGuEPSG;EPSGv); 'projected_crsEPSGuEPSGPEPSGD): 'projected_crsEPSGuEPSGOEPSGD)9 'projected_crsEPSGuEPSGNEPSGD)8 'projected_crsEPSGuEPSGMEPSGD)7 'projected_crsEPSGuEPSGLEPSGD)6 'projected_crsEPSGuEPSGKEPSGD)5 'projected_crsEPSGuEPSGJEPSGD)4 'projected_crsEPSGuEPSGIEPSGD)3 'projected_crsEPSGuEPSGHEPSGD)2 'projected_crsEPSGuEPSGGEPSGD)1 'projected_crsEPSGuEPSGFEPSGD)0 'projected_crsEPSGuEPSGEEPSGD)/ 'projected_crsEPSGuEPSGDEPSGD). 'projected_crsEPSGuEPSGCEPSGD)- 'projected_crsEPSGuEPSGBEPSGD), 'projected_crsEPSGuEPSGAEPSGD X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )[ 'projected_crsEPSG}5EPSGEPSGv)Z 'projected_crsEPSG}4EPSGEPSGv)Y 'projected_crsEPSG}3EPSGEPSGv)X 'projected_crsEPSG}2EPSGEPSGv)W 'projected_crsEPSG}1EPSGEPSGv)V 'projected_crsEPSG}0EPSGEPSGv)U 'projected_crsEPSG}/EPSGEPSGv)T 'projected_crsEPSG}.EPSGEPSGv)S 'projected_crsEPSG}-EPSGEPSGv)R 'projected_crsEPSG},EPSGEPSGv)Q 'projected_crsEPSG}+EPSGEPSGv)P 'projected_crsEPSG}*EPSGEPSGv)O 'projected_crsEPSG})EPSGEPSGv)N 'projected_crsEPSG}(EPSGEPSGv)M 'projected_crsEPSG}'EPSGEPSGv)L 'projected_crsEPSG}&EPSGEPSGv)K 'projected_crsEPSG}%EPSGEPSGv)J 'projected_crsEPSG}$EPSGEPSGv)I 'projected_crsEPSG}#EPSGEPSGv)H 'projected_crsEPSG}"EPSGEPSGv)G 'projected_crsEPSG}!EPSGEPSGv)F 'projected_crsEPSG}EPSGEPSGv)E 'projected_crsEPSG}EPSGEPSGv)D 'projected_crsEPSG}EPSGEPSGv)C 'projected_crsEPSG}EPSGEPSGv)B 'projected_crsEPSG}EPSGEPSGv)A 'projected_crsEPSG}EPSGEPSGv)@ 'projected_crsEPSG}EPSGEPSGv)? 'projected_crsEPSG}EPSGEPSGv)> 'projected_crsEPSG}EPSGEPSGv)= 'projected_crsEPSG}EPSGEPSGv)< 'projected_crsEPSG}EPSGEPSGv); 'projected_crsEPSG}EPSGEPSGv): 'projected_crsEPSG}EPSGzEPSGv)9 'projected_crsEPSG}EPSGEPSGv)8 'projected_crsEPSG}EPSGEPSGv)7 'projected_crsEPSG}EPSGEPSGv)6 'projected_crsEPSG}EPSGEPSGv)5 'projected_crsEPSG}EPSGEPSGv)4 'projected_crsEPSG} EPSGEPSGv)3 'projected_crsEPSG} EPSGEPSGv)2 'projected_crsEPSG} EPSGwEPSGv)1 'projected_crsEPSG} EPSGvEPSGv)0 'projected_crsEPSG} EPSGEPSGv)/ 'projected_crsEPSG}EPSGEPSGv). 'projected_crsEPSG}EPSGEPSGv)- 'projected_crsEPSG}EPSGEPSGv), 'projected_crsEPSG}EPSGEPSGv)+ 'projected_crsEPSG}EPSGEPSGv)* 'projected_crsEPSG}EPSGEPSGv)) 'projected_crsEPSG}EPSGEPSGv)( 'projected_crsEPSG}EPSG-EPSGv)' 'projected_crsEPSG|EPSG,EPSGv)& 'projected_crsEPSG|EPSG+EPSGv)% 'projected_crsEPSG|EPSG*EPSGv)$ 'projected_crsEPSG|EPSG(EPSGv)# 'projected_crsEPSG|EPSG&EPSGv)" 'projected_crsEPSG|EPSG$EPSGv)! 'projected_crsEPSG|EPSG"EPSGv) 'projected_crsEPSG|EPSG6EPSGv) 'projected_crsEPSG|EPSG)EPSGv) 'projected_crsEPSG|EPSG'EPSGv) 'projected_crsEPSG|EPSG%EPSGv) 'projected_crsEPSG|EPSG#EPSGv) 'projected_crsEPSG|EPSG!EPSGv) 'projected_crsEPSG|EPSGEPSGv) 'projected_crsEPSG|EPSG wEPSGv) 'projected_crsEPSG|EPSG vEPSGv) 'projected_crsEPSG|EPSG uEPSGv) 'projected_crsEPSG|EPSG tEPSGv) 'projected_crsEPSG|EPSG sEPSGv) 'projected_crsEPSG|EPSG rEPSGv) 'projected_crsEPSG|EPSG qEPSGv) 'projected_crsEPSG|EPSG pEPSGv) 'projected_crsEPSG|EPSG EPSGv) 'projected_crsEPSG|EPSG oEPSGv) 'projected_crsEPSG|EPSG nEPSGv) 'projected_crsEPSG|EPSG mEPSGv) 'projected_crsEPSG|EPSG lEPSGv) 'projected_crsEPSG|EPSG ^EPSGv) 'projected_crsEPSG|EPSG ]EPSGv) 'projected_crsEPSG|EPSG dEPSGv) 'projected_crsEPSG|EPSG cEPSGv) 'projected_crsEPSG|EPSGEPSGv) 'projected_crsEPSG|EPSGEPSGv) 'projected_crsEPSG|EPSGEPSGv) 'projected_crsEPSG|EPSGEPSGv) 'projected_crsEPSG|EPSGEPSG X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )3 'projected_crsEPSG}EPSGEPSGv)2 'projected_crsEPSG}EPSGEPSGv)1 'projected_crsEPSG}EPSGEPSGv)0 'projected_crsEPSG}EPSGEPSGv)/ 'projected_crsEPSG}EPSGEPSGv). 'projected_crsEPSG}EPSGEPSGv)- 'projected_crsEPSG}EPSGEPSGv), 'projected_crsEPSG}EPSG:EPSG)+ 'projected_crsEPSG}EPSG9EPSG)* 'projected_crsEPSG}EPSG8EPSG)) 'projected_crsEPSG}EPSG5EPSG)( 'projected_crsEPSG}EPSGEPSGv)' 'projected_crsEPSG}EPSGEPSGo)& 'projected_crsEPSG}EPSGEPSGv)% 'projected_crsEPSG}EPSGEPSGv)$ 'projected_crsEPSG}EPSGEPSGv)# 'projected_crsEPSG}EPSGEPSGv)" 'projected_crsEPSG}EPSGEPSGv)! 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSG EPSGv) 'projected_crsEPSG}EPSG EPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}EPSGEPSGv) 'projected_crsEPSG}~EPSGEPSGv) 'projected_crsEPSG}}EPSGEPSGv) 'projected_crsEPSG}|EPSGEPSGv) 'projected_crsEPSG}{EPSGEPSGv) 'projected_crsEPSG}zEPSGEPSGv) 'projected_crsEPSG}yEPSGEPSGv) 'projected_crsEPSG}xEPSGEPSGv) 'projected_crsEPSG}wEPSGzEPSGv) 'projected_crsEPSG}vEPSGEPSGv) 'projected_crsEPSG}uEPSGEPSGv)~ 'projected_crsEPSG}tEPSGEPSGv)} 'projected_crsEPSG}sEPSGEPSGv)| 'projected_crsEPSG}rEPSGEPSGv){ 'projected_crsEPSG}qEPSGEPSGv)z 'projected_crsEPSG}pEPSGEPSGv)y 'projected_crsEPSG}oEPSGwEPSGv)x 'projected_crsEPSG}nEPSGvEPSGv)w 'projected_crsEPSG}mEPSGEPSGv)v 'projected_crsEPSG}lEPSGEPSGv)u 'projected_crsEPSG}kEPSGEPSGv)t 'projected_crsEPSG}hEPSGtEPSGv)s 'projected_crsEPSG}dEPSGsEPSGv)r 'projected_crsEPSG}cEPSGEPSG)q 'projected_crsEPSG}bEPSGXEPSG)p 'projected_crsEPSG}VEPSG(EPSGv)o 'projected_crsEPSG}UEPSGEPSGv)n 'projected_crsEPSG}TEPSG#EPSGv)m 'projected_crsEPSG}SEPSGEPSGv)l 'projected_crsEPSG}REPSGEPSGv)k 'projected_crsEPSG}QEPSGEPSGv)j 'projected_crsEPSG}MEPSG~EPSG)i 'projected_crsEPSG}LEPSG}EPSG)h 'projected_crsEPSG}KEPSG|EPSG)g 'projected_crsEPSG}JEPSG{EPSG)f 'projected_crsEPSG}CEPSG:EPSG)e 'projected_crsEPSG}BEPSG9EPSG)d 'projected_crsEPSG}AEPSG8EPSG)c 'projected_crsEPSG}@EPSG5EPSG)b 'projected_crsEPSG}>EPSGIEPSGv)a 'projected_crsEPSG}=EPSGHEPSGv)` 'projected_crsEPSG}:EPSGEPSGv)_ 'projected_crsEPSG}9EPSGEPSGv)^ 'projected_crsEPSG}8EPSGEPSGv)] 'projected_crsEPSG}7EPSGEPSGv)\ 'projected_crsEPSG}6EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 ) 'projected_crsEPSG~;EPSGnEPSGv) 'projected_crsEPSG~:EPSGlEPSGv) 'projected_crsEPSG~9EPSGjEPSGv) 'projected_crsEPSG~8EPSGhEPSGv) 'projected_crsEPSG~7EPSGfEPSGv) 'projected_crsEPSG~6EPSGdEPSGv) 'projected_crsEPSG~5EPSGbEPSGv) 'projected_crsEPSG~4EPSG`EPSGv) 'projected_crsEPSG~3EPSG^EPSGv) 'projected_crsEPSG~2EPSG\EPSGv) 'projected_crsEPSG~1EPSGZEPSGv) 'projected_crsEPSG~0EPSGXEPSGv) 'projected_crsEPSG~/EPSGVEPSGv)~ 'projected_crsEPSG~.EPSGTEPSGv)} 'projected_crsEPSG~-EPSGREPSGv)| 'projected_crsEPSG~EPSGEPSGv){ 'projected_crsEPSG~EPSGEPSGv)z 'projected_crsEPSG~EPSGEPSGv)y 'projected_crsEPSG~EPSGEPSGv)x 'projected_crsEPSG~EPSGEPSGv)w 'projected_crsEPSG}EPSGEPSGv)v 'projected_crsEPSG}EPSGEPSGv)u 'projected_crsEPSG}EPSGEPSGv)t 'projected_crsEPSG}EPSGEPSGv)s 'projected_crsEPSG}EPSGEPSGv)r 'projected_crsEPSG}EPSGEPSGv)q 'projected_crsEPSG}EPSGEPSGv)p 'projected_crsEPSG}EPSGEPSGv)o 'projected_crsEPSG}EPSGEPSGv)n 'projected_crsEPSG}EPSGEPSGv)m 'projected_crsEPSG}EPSGEPSGv)l 'projected_crsEPSG}EPSGEPSGv)k 'projected_crsEPSG}EPSGEPSGv)j 'projected_crsEPSG}EPSGEPSGv)i 'projected_crsEPSG}EPSGEPSGv)h 'projected_crsEPSG}EPSGEPSGv)g 'projected_crsEPSG}EPSGEPSGv)f 'projected_crsEPSG}EPSGEPSGv)e 'projected_crsEPSG}EPSGEPSGv)d 'projected_crsEPSG}EPSGEPSGv)c 'projected_crsEPSG}EPSGEPSGv)b 'projected_crsEPSG}EPSGEPSGv)a 'projected_crsEPSG}EPSGEPSGv)` 'projected_crsEPSG}EPSGEPSGv)_ 'projected_crsEPSG}EPSGEPSGv)^ 'projected_crsEPSG}EPSGEPSGv)] 'projected_crsEPSG}EPSGEPSGv)\ 'projected_crsEPSG}EPSGEPSGv)[ 'projected_crsEPSG}EPSGEPSGv)Z 'projected_crsEPSG}EPSGEPSGv)Y 'projected_crsEPSG}EPSGEPSGv)X 'projected_crsEPSG}EPSGEPSGv)W 'projected_crsEPSG}EPSG}EPSGv)V 'projected_crsEPSG}EPSG{EPSGv)U 'projected_crsEPSG}EPSGyEPSGv)T 'projected_crsEPSG}EPSGwEPSGv)S 'projected_crsEPSG}EPSGuEPSGv)R 'projected_crsEPSG}EPSGsEPSGv)Q 'projected_crsEPSG}EPSGqEPSGv)P 'projected_crsEPSG}EPSGoEPSGv)O 'projected_crsEPSG}EPSGmEPSGv)N 'projected_crsEPSG}EPSGkEPSGv)M 'projected_crsEPSG}EPSGiEPSGv)L 'projected_crsEPSG}EPSGgEPSGv)K 'projected_crsEPSG}EPSGeEPSGv)J 'projected_crsEPSG}EPSGcEPSGv)I 'projected_crsEPSG}EPSGaEPSGv)H 'projected_crsEPSG}EPSG_EPSGv)G 'projected_crsEPSG}EPSG]EPSGv)F 'projected_crsEPSG}EPSG[EPSGv)E 'projected_crsEPSG}EPSGYEPSGv)D 'projected_crsEPSG}EPSGWEPSGv)C 'projected_crsEPSG}EPSGUEPSGv)B 'projected_crsEPSG}EPSGSEPSGv)A 'projected_crsEPSG}EPSGQEPSGv)@ 'projected_crsEPSG}EPSGEPSG)? 'projected_crsEPSG}EPSGXEPSG)> 'projected_crsEPSG}EPSGEPSGv)= 'projected_crsEPSG}EPSGEPSGv)< 'projected_crsEPSG}EPSGEPSGv); 'projected_crsEPSG}EPSGEPSGv): 'projected_crsEPSG}EPSGEPSGv)9 'projected_crsEPSG}EPSGEPSGv)8 'projected_crsEPSG}EPSGEPSGv)7 'projected_crsEPSG}EPSGEPSGv)6 'projected_crsEPSG}EPSGEPSGv)5 'projected_crsEPSG}EPSGEPSGv)4 'projected_crsEPSG}EPSGEPSGv X|P$tH l @  d 8 \ 0  T ( x L pDh<`4X,|P$tHl@d8 )c 'projected_crsEPSG~EPSGEPSGv)b 'projected_crsEPSG~EPSGEPSGv)a 'projected_crsEPSG~EPSGEPSGv)` 'projected_crsEPSG~EPSGEPSGv)_ 'projected_crsEPSG~EPSGEPSGv)^ 'projected_crsEPSG~EPSGEPSGv)] 'projected_crsEPSG~EPSGEPSGv)\ 'projected_crsEPSG~EPSGEPSGv)[ 'projected_crsEPSG~EPSGEPSGv)Z 'projected_crsEPSG~EPSG EPSGv)Y 'projected_crsEPSG~EPSG EPSGv)X 'projected_crsEPSG~EPSGEPSGv)W 'projected_crsEPSG~EPSGEPSGv)V 'projected_crsEPSG~EPSGEPSGv)U 'projected_crsEPSG~EPSGEPSGv)T 'projected_crsEPSG~EPSGEPSGv)S 'projected_crsEPSG~EPSGEPSGv)R 'projected_crsEPSG~EPSGEPSGv)Q 'projected_crsEPSG~EPSGEPSGv)P 'projected_crsEPSG~EPSGEPSGv)O 'projected_crsEPSG~EPSG}EPSGv)N 'projected_crsEPSG~EPSG{EPSGv)M 'projected_crsEPSG~EPSGyEPSGv)L 'projected_crsEPSG~EPSGwEPSGv)K 'projected_crsEPSG~EPSGuEPSGv)J 'projected_crsEPSG~EPSGsEPSGv)I 'projected_crsEPSG~EPSGqEPSGv)H 'projected_crsEPSG~EPSGoEPSGv)G 'projected_crsEPSG~EPSGmEPSGv)F 'projected_crsEPSG~EPSGkEPSGv)E 'projected_crsEPSG~EPSGiEPSGv)D 'projected_crsEPSG~EPSGgEPSGv)C 'projected_crsEPSG~EPSGeEPSGv)B 'projected_crsEPSG~EPSGcEPSGv)A 'projected_crsEPSG~EPSGaEPSGv)@ 'projected_crsEPSG~EPSG_EPSGv)? 'projected_crsEPSG~EPSG]EPSGv)> 'projected_crsEPSG~EPSG[EPSGv)= 'projected_crsEPSG~EPSGYEPSGv)< 'projected_crsEPSG~EPSGWEPSGv); 'projected_crsEPSG~EPSGUEPSGv): 'projected_crsEPSG~EPSGSEPSGv)9 'projected_crsEPSG~EPSGQEPSGv)8 'projected_crsEPSG~hEPSGEPSGv)7 'projected_crsEPSG~gEPSGEPSGv)6 'projected_crsEPSG~fEPSGEPSGv)5 'projected_crsEPSG~eEPSGEPSGv)4 'projected_crsEPSG~dEPSGEPSGv)3 'projected_crsEPSG~cEPSGEPSGv)2 'projected_crsEPSG~bEPSGEPSGv)1 'projected_crsEPSG~aEPSGEPSGv)0 'projected_crsEPSG~`EPSGEPSGv)/ 'projected_crsEPSG~_EPSGEPSGv). 'projected_crsEPSG~^EPSGEPSGv)- 'projected_crsEPSG~]EPSGEPSGv), 'projected_crsEPSG~\EPSGEPSGv)+ 'projected_crsEPSG~[EPSGEPSGv)* 'projected_crsEPSG~ZEPSGEPSGv)) 'projected_crsEPSG~YEPSGEPSGv)( 'projected_crsEPSG~XEPSGEPSGv)' 'projected_crsEPSG~WEPSGEPSGv)& 'projected_crsEPSG~VEPSGEPSGv)% 'projected_crsEPSG~UEPSGEPSGv)$ 'projected_crsEPSG~TEPSGEPSGv)# 'projected_crsEPSG~SEPSGEPSGv)" 'projected_crsEPSG~REPSGEPSGv)! 'projected_crsEPSG~QEPSGEPSGv) 'projected_crsEPSG~PEPSGEPSGv) 'projected_crsEPSG~OEPSGEPSGv) 'projected_crsEPSG~NEPSGEPSGv) 'projected_crsEPSG~MEPSGEPSGv) 'projected_crsEPSG~LEPSGEPSGv) 'projected_crsEPSG~KEPSGEPSGv) 'projected_crsEPSG~JEPSGEPSGv) 'projected_crsEPSG~IEPSGEPSGv) 'projected_crsEPSG~HEPSGEPSGv) 'projected_crsEPSG~GEPSGEPSGv) 'projected_crsEPSG~FEPSGEPSGv) 'projected_crsEPSG~EEPSGEPSGv) 'projected_crsEPSG~DEPSGEPSGv) 'projected_crsEPSG~CEPSG~EPSGv) 'projected_crsEPSG~BEPSG|EPSGv) 'projected_crsEPSG~AEPSGzEPSGv) 'projected_crsEPSG~@EPSGxEPSGv) 'projected_crsEPSG~?EPSGvEPSGv) 'projected_crsEPSG~>EPSGtEPSGv) 'projected_crsEPSG~=EPSGrEPSGv) 'projected_crsEPSG~EPSG)h 'projected_crsEPSGEPSG 'projected_crsEPSGeEPSGEPSG)= 'projected_crsEPSGdEPSGEPSG)< 'projected_crsEPSGcEPSGEPSG Z|P$tH l @  d 8 \ 0  U * ~ S (|Q&zO$xM"vK tIrGpEnC(m %vertical_crsEPSGbEPSGEPSG(l %vertical_crsEPSGaEPSGEPSG(k %vertical_crsEPSG`EPSGEPSGv(j %vertical_crsEPSG_EPSGEPSG(i %vertical_crsEPSG^EPSGEPSG(h %vertical_crsEPSG]EPSGEPSG(g %vertical_crsEPSG\EPSG EPSG(f %vertical_crsEPSG[EPSGFEPSG(e %vertical_crsEPSGZEPSG EPSG(d %vertical_crsEPSGYEPSG/EPSG(c %vertical_crsEPSGXEPSG.EPSG(b %vertical_crsEPSGWEPSG.EPSG(a %vertical_crsEPSGVEPSG EPSG(` %vertical_crsEPSGUEPSG EPSG(_ %vertical_crsEPSGTEPSG EPSG(^ %vertical_crsEPSGSEPSGEPSG(] %vertical_crsEPSGREPSGEPSG(\ %vertical_crsEPSGQEPSG EPSG([ %vertical_crsEPSGPEPSG EPSG(Z %vertical_crsEPSGOEPSGEPSG(Y %vertical_crsEPSGNEPSGCEPSG(X %vertical_crsEPSGMEPSGEPSG(W %vertical_crsEPSGIEPSG wEPSG(V %vertical_crsEPSGHEPSG+EPSG(U %vertical_crsEPSGGEPSGAEPSG(T %vertical_crsEPSGFEPSG+EPSG(S %vertical_crsEPSGEEPSG EPSG(R %vertical_crsEPSGEPSG EPSG(Q %vertical_crsEPSGEPSG JEPSG(P %vertical_crsEPSGEPSG KEPSG(O %vertical_crsEPSGEPSG MEPSG(N %vertical_crsEPSGEPSG NEPSG(M %vertical_crsEPSGEPSG OEPSG(L %vertical_crsEPSGEPSG EPSG(K %vertical_crsEPSGEPSG EPSG(J %vertical_crsEPSGEPSG EPSGp(I %vertical_crsEPSGEPSG EPSG(H %vertical_crsEPSGEPSG EPSG(G %vertical_crsEPSGEPSG EPSG(F %vertical_crsEPSGEPSG AEPSG(E %vertical_crsEPSGEPSG BEPSG(D %vertical_crsEPSGEPSG ?EPSG(C %vertical_crsEPSGEPSG 6EPSG(B %vertical_crsEPSGEPSG @EPSG(A %vertical_crsEPSGEPSG 5EPSG(@ %vertical_crsEPSGEPSG 4EPSG(? %vertical_crsEPSGEPSG >EPSG(> %vertical_crsEPSGEPSG2EPSGs(= %vertical_crsEPSGEPSG EPSG(< %vertical_crsEPSGuEPSG EPSG(; %vertical_crsEPSG^EPSGEPSG(: %vertical_crsEPSGKEPSG BEPSG(9 %vertical_crsEPSGIEPSG EPSG(8 %vertical_crsEPSGjEPSGEPSG(7 %vertical_crsEPSGXEPSGEPSG(6 %vertical_crsEPSGg<e:c8 (G %vertical_crsEPSG$EPSG ;EPSG(F %vertical_crsEPSG#EPSG`EPSG(E %vertical_crsEPSG"EPSGEPSG(D %vertical_crsEPSGEPSG EPSG(C %vertical_crsEPSGEPSGEPSG(B %vertical_crsEPSGEPSG qEPSG(A %vertical_crsEPSG5EPSGHEPSG(@ %vertical_crsEPSGEPSGEPSG(? %vertical_crsEPSGEPSGEPSG(> %vertical_crsEPSGEPSGEPSG(= %vertical_crsEPSGEPSGEPSG(< %vertical_crsEPSGEPSGEPSG(; %vertical_crsEPSGEPSGEPSG(: %vertical_crsEPSGEPSGEPSG(9 %vertical_crsEPSGEPSGEPSG(8 %vertical_crsEPSGEPSGEPSG(7 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#EPSG2j 9helmert_transformationEPSGpEPSG6EPSG2i 9helmert_transformationEPSGoEPSG )EPSG2h 9helmert_transformationEPSGnEPSG uEPSG2g 9helmert_transformationEPSGmEPSG tEPSG2f 9helmert_transformationEPSGlEPSG EPSG2e 9helmert_transformationEPSGkEPSG[EPSG2d 9helmert_transformationEPSGjEPSGEPSG2c 9helmert_transformationEPSGiEPSG EPSG2b 9helmert_transformationEPSGhEPSG EPSG2a 9helmert_transformationEPSGgEPSGEPSG2` 9helmert_transformationEPSGfEPSGEPSG2_ 9helmert_transformationEPSGeEPSGfEPSG2^ 9helmert_transformationEPSGdEPSG EPSG2] 9helmert_transformationEPSGcEPSGKEPSG2\ 9helmert_transformationEPSGbEPSG EPSG2[ 9helmert_transformationEPSGaEPSGEPSG2Z 9helmert_transformationEPSG`EPSGEPSG2Y 9helmert_transformationEPSG_EPSGEPSG2X 9helmert_transformationEPSG^EPSGEPSG2W 9helmert_transformationEPSG]EPSG~EPSG2V 9helmert_transformationEPSG\EPSGuEPSG2U 9helmert_transformationEPSG[EPSG"EPSG2T 9helmert_transformationEPSGZEPSGEPSG2S 9helmert_transformationEPSGYEPSG EPSG2R 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#EPSGp2q 9helmert_transformationEPSGEPSG "EPSGp2p 9helmert_transformationEPSGEPSG !EPSGp2o 9helmert_transformationEPSGEPSGEPSGp2n 9helmert_transformationEPSGEPSG EPSG2m 9helmert_transformationEPSG EPSG EPSG2l 9helmert_transformationEPSG EPSG EPSGp2k 9helmert_transformationEPSG EPSG EPSG2j 9helmert_transformationEPSGEPSG EPSG2i 9helmert_transformationEPSGEPSG EPSG2h 9helmert_transformationEPSGEPSG "EPSG2g 9helmert_transformationEPSGEPSG "EPSG2f 9helmert_transformationEPSGEPSG EPSGp2e 9helmert_transformationEPSGEPSG EPSGp2d 9helmert_transformationEPSGEPSG EPSGp2c 9helmert_transformationEPSGEPSGEPSG2b 9helmert_transformationEPSGEPSGEPSG2a 9helmert_transformationEPSGEPSGEPSG2` 9helmert_transformationEPSGEPSGEPSG2_ 9helmert_transformationEPSGEPSGEPSG2^ 9helmert_transformationEPSGEPSGEPSG2] 9helmert_transformationEPSGEPSGEPSG2\ 9helmert_transformationEPSGEPSGEPSG2[ 9helmert_transformationEPSGEPSGEPSG2Z 9helmert_transformationEPSGEPSGEPSG2Y 9helmert_transformationEPSGEPSGEPSG2X 9helmert_transformationEPSGEPSG EPSG2W 9helmert_transformationEPSGEPSG EPSG2V 9helmert_transformationEPSGEPSG EPSG2U 9helmert_transformationEPSGEPSG EPSG2T 9helmert_transformationEPSGEPSG EPSG2S 9helmert_transformationEPSGEPSG EPSG2R 9helmert_transformationEPSGEPSG EPSG2Q 9helmert_transformationEPSGEPSG?EPSG2P 9helmert_transformationEPSGEPSG EPSG2O 9helmert_transformationEPSGEPSG EPSG2N 9helmert_transformationEPSGEPSGEPSG2M 9helmert_transformationEPSGEPSG EPSG2L 9helmert_transformationEPSGEPSGEPSG2K 9helmert_transformationEPSGEPSG EPSG2J 9helmert_transformationEPSGEPSGEPSG2I 9helmert_transformationEPSGEPSGEPSG2H 9helmert_transformationEPSGEPSGEPSG2G 9helmert_transformationEPSGEPSG CEPSGp2F 9helmert_transformationEPSGEPSGEPSG2E 9helmert_transformationEPSGEPSGEPSG 2D 9helmert_transformationEPSGEPSG EPSG2C 9helmert_transformationEPSGEPSG 1EPSG2B 9helmert_transformationEPSGEPSG 0EPSG2A 9helmert_transformationEPSGEPSG /EPSG2@ 9helmert_transformationEPSGEPSG .EPSG2? 9helmert_transformationEPSGEPSG EPSG2> 9helmert_transformationEPSGEPSGEPSG EPSGp2 9helmert_transformationEPSG=EPSG EPSGp2 9helmert_transformationEPSGEPSG2G 9helmert_transformationEPSGwEPSGEPSG52F 9helmert_transformationEPSGvEPSG EPSG2E 9helmert_transformationEPSGuEPSG EPSG2D 9helmert_transformationEPSGtEPSG !EPSG2C 9helmert_transformationEPSGsEPSGIEPSG2B 9helmert_transformationEPSGrEPSG !EPSG2A 9helmert_transformationEPSGqEPSG EPSG2@ 9helmert_transformationEPSGpEPSG EPSG2? 9helmert_transformationEPSGoEPSG EPSG2> 9helmert_transformationEPSGnEPSG EPSGp Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2Q 9helmert_transformationEPSGEPSGEPSG2P 9helmert_transformationEPSGEPSGEPSG2O 9helmert_transformationEPSGEPSGEPSG2N 9helmert_transformationEPSGEPSGEPSG2M 9helmert_transformationEPSGEPSGEPSG2L 9helmert_transformationEPSGEPSGEPSG2K 9helmert_transformationEPSGEPSGEPSG2J 9helmert_transformationEPSGEPSGEPSG2I 9helmert_transformationEPSGEPSGEPSG2H 9helmert_transformationEPSGEPSGEPSG2G 9helmert_transformationEPSGEPSG EPSG2F 9helmert_transformationEPSG~EPSG EPSG2E 9helmert_transformationEPSG}EPSGEPSG2D 9helmert_transformationEPSG|EPSGEPSG2C 9helmert_transformationEPSGmEPSG+EPSG2B 9helmert_transformationEPSGEPSG EPSG2A 9helmert_transformationEPSGEPSG EPSG2@ 9helmert_transformationEPSGEPSGEPSG2? 9helmert_transformationEPSGEPSGEPSG2> 9helmert_transformationEPSGEPSGEPSG2= 9helmert_transformationEPSGEPSGEPSGI2< 9helmert_transformationEPSGEPSG#EPSGw2; 9helmert_transformationEPSGEPSGEPSG2: 9helmert_transformationEPSGEPSGEPSG 29 9helmert_transformationEPSGEPSGEPSG28 9helmert_transformationEPSGEPSGEPSG27 9helmert_transformationEPSGEPSGEPSG26 9helmert_transformationEPSGEPSG"EPSG25 9helmert_transformationEPSGEPSG EPSG24 9helmert_transformationEPSGEPSG#EPSGw23 9helmert_transformationEPSGEPSG EPSG22 9helmert_transformationEPSG}EPSG EPSGp21 9helmert_transformationEPSG|EPSG EPSG20 9helmert_transformationEPSG{EPSG EPSG2/ 9helmert_transformationEPSGzEPSG BEPSG2. 9helmert_transformationEPSGXEPSG EPSG 2- 9helmert_transformationEPSGWEPSG EPSG 2, 9helmert_transformationEPSGVEPSG EPSG 2+ 9helmert_transformationEPSGUEPSG EPSG 2* 9helmert_transformationEPSGTEPSG EPSG 2) 9helmert_transformationEPSGSEPSG EPSG 2( 9helmert_transformationEPSGREPSG EPSG 2' 9helmert_transformationEPSGQEPSG EPSG 2& 9helmert_transformationEPSGOEPSG EPSG 2% 9helmert_transformationEPSGNEPSG EPSG 2$ 9helmert_transformationEPSGMEPSG EPSG2# 9helmert_transformationEPSGLEPSG EPSG2" 9helmert_transformationEPSGKEPSG EPSG2! 9helmert_transformationEPSGJEPSG EPSG2 9helmert_transformationEPSGAEPSGEPSG2 9helmert_transformationEPSG@EPSG^EPSG2 9helmert_transformationEPSG6EPSGdEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSG_EPSG2 9helmert_transformationEPSGEPSG^EPSG2 9helmert_transformationEPSGEPSG ?EPSGp2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSGp2 9helmert_transformationEPSGEPSG EPSGp2 9helmert_transformationEPSGEPSG EPSG2 9helmert_transformationEPSGEPSG EPSG|EPSG2Q 9helmert_transformationEPSG=EPSG|EPSG2P 9helmert_transformationEPSG4EPSGEPSGp2O 9helmert_transformationEPSG3EPSGEPSG2N 9helmert_transformationEPSG2EPSG EPSG2M 9helmert_transformationEPSG1EPSG EPSG2L 9helmert_transformationEPSG0EPSG EPSG2K 9helmert_transformationEPSG/EPSG EPSG2J 9helmert_transformationEPSG!EPSG'EPSG2I 9helmert_transformationEPSGEPSG rEPSG2H 9helmert_transformationEPSGEPSG qEPSG2G 9helmert_transformationEPSGEPSG rEPSG62F 9helmert_transformationEPSGEPSG qEPSG 2E 9helmert_transformationEPSG EPSGEPSGh2D 9helmert_transformationEPSGEPSG EPSG 2C 9helmert_transformationEPSGEPSGEPSG2B 9helmert_transformationEPSGEPSGEPSG2A 9helmert_transformationEPSGEPSGEPSGp2@ 9helmert_transformationEPSGEPSGEPSGp2? 9helmert_transformationEPSGEPSGEPSG2> 9helmert_transformationEPSGEPSGEPSG2= 9helmert_transformationEPSGEPSG EPSGu2< 9helmert_transformationEPSGEPSGEPSG2; 9helmert_transformationEPSGEPSGEPSG2: 9helmert_transformationEPSGEPSGEPSGp29 9helmert_transformationEPSGEPSGEPSG28 9helmert_transformationEPSGEPSGMEPSGp27 9helmert_transformationEPSGEPSG5EPSGp26 9helmert_transformationEPSGEPSG1EPSG25 9helmert_transformationEPSGEPSGEPSG24 9helmert_transformationEPSGEPSGEPSG23 9helmert_transformationEPSGEPSGEPSG22 9helmert_transformationEPSGEPSGEPSG21 9helmert_transformationEPSGEPSGEPSG20 9helmert_transformationEPSGEPSG EPSG2/ 9helmert_transformationEPSG}EPSG EPSG2. 9helmert_transformationEPSGyEPSG EPSG2- 9helmert_transformationEPSGxEPSG EPSG2, 9helmert_transformationEPSGwEPSG EPSG2+ 9helmert_transformationEPSGvEPSGEPSG2* 9helmert_transformationEPSGuEPSG EPSG2) 9helmert_transformationEPSGtEPSG EPSG2( 9helmert_transformationEPSGsEPSG EPSG2' 9helmert_transformationEPSGnEPSGzEPSG2& 9helmert_transformationEPSGmEPSGzEPSG2% 9helmert_transformationEPSGlEPSGzEPSG2$ 9helmert_transformationEPSGkEPSGzEPSG2# 9helmert_transformationEPSGbEPSG$EPSG2" 9helmert_transformationEPSGaEPSG EPSG2! 9helmert_transformationEPSG^EPSG EPSG2 9helmert_transformationEPSGEPSG?EPSG2 9helmert_transformationEPSG EPSG EPSG2 9helmert_transformationEPSG EPSG EPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2/ 9helmert_transformationEPSG=EPSG}EPSG2. 9helmert_transformationEPSGEPSG2M 9helmert_transformationEPSGEPSGEPSG2L 9helmert_transformationEPSGEPSGEPSG 2K 9helmert_transformationEPSGEPSGEPSG2J 9helmert_transformationEPSGEPSGEPSG2I 9helmert_transformationEPSGEPSGEPSG2H 9helmert_transformationEPSGEPSGEPSG2G 9helmert_transformationEPSGEPSGEPSG2F 9helmert_transformationEPSGEPSGEPSG2E 9helmert_transformationEPSGEPSGEPSG2D 9helmert_transformationEPSGEPSG}EPSG2C 9helmert_transformationEPSGEPSGEPSG2B 9helmert_transformationEPSGEPSG EPSG2A 9helmert_transformationEPSGEPSG EPSG2@ 9helmert_transformationEPSGEPSGEPSG2? 9helmert_transformationEPSGEPSGEPSGp2> 9helmert_transformationEPSGEPSGEPSG2= 9helmert_transformationEPSGEPSG +EPSGY2< 9helmert_transformationEPSGEPSG EPSG 2; 9helmert_transformationEPSGyEPSG)EPSGp2: 9helmert_transformationEPSG\EPSGEPSG(29 9helmert_transformationEPSGPSG:EPSG(28 9helmert_transformationEPSGZEPSGEPSG(27 9helmert_transformationEPSGWEPSGEPSGp26 9helmert_transformationEPSGVEPSGEPSGp25 9helmert_transformationEPSGQEPSG +EPSGY24 9helmert_transformationEPSGPEPSGfEPSG23 9helmert_transformationEPSGAEPSG EPSG22 9helmert_transformationEPSG@EPSG}EPSG21 9helmert_transformationEPSG?EPSGEPSG20 9helmert_transformationEPSG>EPSGEPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2C 9helmert_transformationEPSG"EPSG =EPSG2B 9helmert_transformationEPSG"EPSG =EPSG2A 9helmert_transformationEPSG"EPSG EPSG2@ 9helmert_transformationEPSG"EPSG EPSG2? 9helmert_transformationEPSG"EPSG 5EPSG2> 9helmert_transformationEPSG"EPSG 5EPSG2= 9helmert_transformationEPSG"~EPSG 4EPSG2< 9helmert_transformationEPSG"}EPSG 4EPSG2; 9helmert_transformationEPSG"|EPSGJEPSG2: 9helmert_transformationEPSG"{EPSGEPSGj29 9helmert_transformationEPSG"xEPSG EPSG28 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9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGEPSGEPSG2 9helmert_transformationEPSGqEPSGQEPSG2~ 9helmert_transformationEPSGpEPSGQEPSGT2} 9helmert_transformationEPSGEPSGEPSG2| 9helmert_transformationEPSGEPSGEPSG2{ 9helmert_transformationEPSGEPSGEPSG2z 9helmert_transformationEPSGEPSGEPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2 9helmert_transformationEPSG#LEPSGEPSG2 9helmert_transformationEPSG#KEPSGEPSG2 9helmert_transformationEPSG#JEPSGEPSG2 9helmert_transformationEPSG#IEPSGEPSG2 9helmert_transformationEPSG#HEPSGEPSG2 9helmert_transformationEPSG#GEPSGEPSG2 9helmert_transformationEPSG#FEPSGEPSG2 9helmert_transformationEPSG#EEPSGEPSG2 9helmert_transformationEPSG#DEPSGEPSG2 9helmert_transformationEPSG#CEPSGEPSG2 9helmert_transformationEPSG#BEPSGEPSG2 9helmert_transformationEPSG#AEPSGEPSG2 9helmert_transformationEPSG#@EPSGEPSG2 9helmert_transformationEPSG#?EPSGEPSG2 9helmert_transformationEPSG#>EPSGEPSG2~ 9helmert_transformationEPSG#=EPSGEPSG2} 9helmert_transformationEPSG# 9helmert_transformationEPSG$~EPSGEPSG2= 9helmert_transformationEPSG$}EPSG}EPSG2< 9helmert_transformationEPSG$|EPSG~EPSG2; 9helmert_transformationEPSG${EPSGEPSG2: 9helmert_transformationEPSG$vEPSGEPSG29 9helmert_transformationEPSG$REPSGEPSG28 9helmert_transformationEPSG$KEPSG`EPSG27 9helmert_transformationEPSG$AEPSGEPSG26 9helmert_transformationEPSG$0EPSG EPSGp25 9helmert_transformationEPSG$/EPSG 5EPSGp24 9helmert_transformationEPSG$.EPSG 5EPSGp23 9helmert_transformationEPSG$-EPSG 5EPSGp22 9helmert_transformationEPSG$,EPSGEPSGp21 9helmert_transformationEPSG$+EPSGEPSGp20 9helmert_transformationEPSG$*EPSG EPSGp2/ 9helmert_transformationEPSG$)EPSGEPSGp2. 9helmert_transformationEPSG$EPSG EPSG2- 9helmert_transformationEPSG$ EPSG%EPSG2, 9helmert_transformationEPSG$ EPSG oEPSG2+ 9helmert_transformationEPSG$ 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9helmert_transformationEPSG+gEPSGEPSG2 9helmert_transformationEPSG+eEPSGEPSG2 9helmert_transformationEPSG+aEPSG|EPSG2 9helmert_transformationEPSG+`EPSG|EPSG2 9helmert_transformationEPSG+\EPSG|EPSG2 9helmert_transformationEPSG+XEPSGREPSG2 9helmert_transformationEPSG+WEPSGREPSG2 9helmert_transformationEPSG+VEPSGREPSG2 9helmert_transformationEPSG+REPSGEEPSG2 9helmert_transformationEPSG+QEPSGEEPSG2 9helmert_transformationEPSG+PEPSGEEPSG2 9helmert_transformationEPSG+LEPSGEPSG2 9helmert_transformationEPSG+KEPSGEPSG2 9helmert_transformationEPSG+JEPSGEPSG2 9helmert_transformationEPSG+IEPSGEPSG2 9helmert_transformationEPSG+HEPSGEPSG2 9helmert_transformationEPSG+AEPSG7EPSG2 9helmert_transformationEPSG+@EPSG7EPSG2 9helmert_transformationEPSG+?EPSG7EPSG2 9helmert_transformationEPSG+;EPSGEPSG2 9helmert_transformationEPSG+9EPSGEPSG2 9helmert_transformationEPSG+8EPSGEPSG2 9helmert_transformationEPSG+4EPSG EPSG2 9helmert_transformationEPSG+3EPSG EPSG2 9helmert_transformationEPSG+2EPSG EPSG2 9helmert_transformationEPSG+.EPSGEPSG2 9helmert_transformationEPSG+*EPSGEPSG2~ 9helmert_transformationEPSG+)EPSGEPSG2} 9helmert_transformationEPSG+(EPSGEPSG2| 9helmert_transformationEPSG+$EPSG2EPSG 2{ 9helmert_transformationEPSG+ EPSGEPSG2z 9helmert_transformationEPSG+EPSGEPSG2y 9helmert_transformationEPSG+EPSGEPSG2x 9helmert_transformationEPSG+EPSGEPSG2w 9helmert_transformationEPSG+EPSGEPSG2v 9helmert_transformationEPSG+EPSGEPSG2u 9helmert_transformationEPSG*EPSGEPSG2t 9helmert_transformationEPSG*EPSGEPSG2s 9helmert_transformationEPSG*EPSGEPSG2r 9helmert_transformationEPSG*EPSGkEPSG2q 9helmert_transformationEPSG*EPSG EPSG2p 9helmert_transformationEPSG*EPSG "EPSG2o 9helmert_transformationEPSG*EPSG EPSG2n 9helmert_transformationEPSG*EPSGSEPSG2m 9helmert_transformationEPSG*EPSG_EPSG2l 9helmert_transformationEPSG*EPSGEPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2 9helmert_transformationEPSG=|EPSGEPSG 2~ 9helmert_transformationEPSG={EPSGEPSG 2} 9helmert_transformationEPSG=zEPSG.EPSG2| 9helmert_transformationEPSG=yEPSG EPSG2{ 9helmert_transformationEPSG=xEPSG EPSG2z 9helmert_transformationEPSG=wEPSG EPSG2y 9helmert_transformationEPSG=vEPSG EPSG2x 9helmert_transformationEPSG=uEPSG EPSG2w 9helmert_transformationEPSG=tEPSG EPSG2v 9helmert_transformationEPSG=sEPSG EPSG2u 9helmert_transformationEPSG=rEPSG EPSG2t 9helmert_transformationEPSG=qEPSG EPSG2s 9helmert_transformationEPSG=pEPSG EPSG2r 9helmert_transformationEPSG=oEPSG EPSG2q 9helmert_transformationEPSG=nEPSG EPSG2p 9helmert_transformationEPSG=mEPSG EPSG2o 9helmert_transformationEPSG=lEPSG EPSG2n 9helmert_transformationEPSG=kEPSG EPSG2m 9helmert_transformationEPSG=jEPSG EPSG2l 9helmert_transformationEPSG=iEPSG EPSG2k 9helmert_transformationEPSG=hEPSG EPSG2j 9helmert_transformationEPSG=gEPSG EPSG2i 9helmert_transformationEPSG=fEPSG EPSG2h 9helmert_transformationEPSG=eEPSG EPSG2g 9helmert_transformationEPSG=dEPSG EPSG2f 9helmert_transformationEPSG=cEPSG EPSG2e 9helmert_transformationEPSG=bEPSG EPSG2d 9helmert_transformationEPSG=aEPSG EPSG2c 9helmert_transformationEPSG=`EPSG EPSGp2b 9helmert_transformationEPSG=_EPSG EPSGp2a 9helmert_transformationEPSG=^EPSG EPSGp2` 9helmert_transformationEPSG=]EPSG EPSGp2_ 9helmert_transformationEPSG=\EPSGEPSG2^ 9helmert_transformationEPSG=[EPSG EPSGp2] 9helmert_transformationEPSG=ZEPSGEPSG2\ 9helmert_transformationEPSG=YEPSGEPSG2[ 9helmert_transformationEPSG=XEPSG EPSGp2Z 9helmert_transformationEPSG=WEPSG EPSGp2Y 9helmert_transformationEPSG=VEPSG EPSGp2X 9helmert_transformationEPSG=UEPSG EPSGp2W 9helmert_transformationEPSG=TEPSGEPSGp2V 9helmert_transformationEPSG=SEPSG EPSGp2U 9helmert_transformationEPSG=REPSGEPSG2T 9helmert_transformationEPSG 9helmert_transformationEPSG+EPSGEPSG2= 9helmert_transformationEPSG+EPSGEPSG2< 9helmert_transformationEPSG+EPSGEPSG2; 9helmert_transformationEPSG+EPSGEPSG2: 9helmert_transformationEPSG+EPSGEPSG29 9helmert_transformationEPSG+EPSGOEPSG28 9helmert_transformationEPSG+EPSGOEPSG27 9helmert_transformationEPSG+EPSGEPSG26 9helmert_transformationEPSG+EPSG4EPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*V!M2I 9helmert_transformationEPSG=EPSG zEPSG2H 9helmert_transformationEPSG=EPSG EPSG2G 9helmert_transformationEPSG=EPSG EPSG2F 9helmert_transformationEPSG=EPSG EPSG2E 9helmert_transformationEPSG=EPSG pEPSG2D 9helmert_transformationEPSG=EPSGEPSG2C 9helmert_transformationEPSG=EPSG rEPSG2B 9helmert_transformationEPSG=EPSG EPSG2A 9helmert_transformationEPSG=EPSG EPSG2@ 9helmert_transformationEPSG=EPSGEPSG2? 9helmert_transformationEPSG=EPSG xEPSG2> 9helmert_transformationEPSG=EPSG EPSG2= 9helmert_transformationEPSG=EPSG uEPSG2< 9helmert_transformationEPSG=EPSG }EPSG2; 9helmert_transformationEPSG=EPSG tEPSG2: 9helmert_transformationEPSG=EPSG ~EPSG29 9helmert_transformationEPSG=EPSG EPSG28 9helmert_transformationEPSG=EPSG |EPSG27 9helmert_transformationEPSG=EPSG EPSG26 9helmert_transformationEPSG=EPSG yEPSG25 9helmert_transformationEPSG=EPSG9EPSG24 9helmert_transformationEPSG=EPSGPEPSG23 9helmert_transformationEPSG=EPSG oEPSG22 9helmert_transformationEPSG=EPSG nEPSG21 9helmert_transformationEPSG=EPSG EPSG20 9helmert_transformationEPSG=EPSG mEPSG2/ 9helmert_transformationEPSG=EPSG-EPSG2. 9helmert_transformationEPSG=EPSG EPSG2- 9helmert_transformationEPSG=EPSG %EPSGp2, 9helmert_transformationEPSG=EPSG lEPSGp2+ 9helmert_transformationEPSG=EPSG lEPSGp2* 9helmert_transformationEPSG=EPSG EPSG2) 9helmert_transformationEPSG=EPSG EPSG2( 9helmert_transformationEPSG=EPSG cEPSGp2' 9helmert_transformationEPSG=EPSG EPSG2& 9helmert_transformationEPSG=EPSG EPSG2% 9helmert_transformationEPSG=EPSG EPSG2$ 9helmert_transformationEPSG=EPSG EPSG2# 9helmert_transformationEPSG=EPSGEPSGp2" 9helmert_transformationEPSG=EPSG FEPSGp2! 9helmert_transformationEPSG=EPSG 8EPSG2 9helmert_transformationEPSG=EPSG 7EPSG2 9helmert_transformationEPSG=EPSG EPSG2 9helmert_transformationEPSG=EPSG .EPSG EPSGp2 9helmert_transformationEPSG>)EPSG EPSGp2 9helmert_transformationEPSG>(EPSGbEPSG2 9helmert_transformationEPSG>'EPSGEPSG2 9helmert_transformationEPSG>&EPSG EPSG2 9helmert_transformationEPSG>%EPSG EPSG2 9helmert_transformationEPSG>$EPSGwEPSG2 9helmert_transformationEPSG> EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSGSEPSG2 9helmert_transformationEPSG>EPSG {EPSG2 9helmert_transformationEPSG>EPSGEPSG2 9helmert_transformationEPSG>EPSG ZEPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2 9helmert_transformationEPSG>EPSG EPSG2~ 9helmert_transformationEPSG>EPSG EPSG2} 9helmert_transformationEPSG>EPSG EPSG2| 9helmert_transformationEPSG>EPSG EPSG 2{ 9helmert_transformationEPSG>EPSG EPSG2z 9helmert_transformationEPSG> EPSG EPSG 2y 9helmert_transformationEPSG> EPSG EPSG2x 9helmert_transformationEPSG> EPSG EPSG2w 9helmert_transformationEPSG> EPSG EPSG2v 9helmert_transformationEPSG> EPSG EPSG2u 9helmert_transformationEPSG>EPSGEPSG2t 9helmert_transformationEPSG>EPSGSEPSG2s 9helmert_transformationEPSG>EPSG IEPSG2r 9helmert_transformationEPSG>EPSG FEPSG2q 9helmert_transformationEPSG>EPSGFEPSG2p 9helmert_transformationEPSG>EPSG FEPSG2o 9helmert_transformationEPSG>EPSG JEPSGp2n 9helmert_transformationEPSG>EPSG EPSGp2m 9helmert_transformationEPSG>EPSG EEPSGp2l 9helmert_transformationEPSG=EPSG)EPSGp2k 9helmert_transformationEPSG=EPSG EPSG2j 9helmert_transformationEPSG=EPSG?EPSG2i 9helmert_transformationEPSG=EPSG EPSG2h 9helmert_transformationEPSG=EPSG EPSG2g 9helmert_transformationEPSG=EPSG EPSG\2f 9helmert_transformationEPSG=EPSG wEPSG2e 9helmert_transformationEPSG=EPSGEPSG2d 9helmert_transformationEPSG=EPSG EPSGp2c 9helmert_transformationEPSG=EPSG !EPSGp2b 9helmert_transformationEPSG=EPSG EPSGp2a 9helmert_transformationEPSG=EPSG EPSGp2` 9helmert_transformationEPSG=EPSG EPSGp2_ 9helmert_transformationEPSG=EPSG EPSG2^ 9helmert_transformationEPSG=EPSG EPSGp2] 9helmert_transformationEPSG=EPSG EPSG2\ 9helmert_transformationEPSG=EPSG EPSG2[ 9helmert_transformationEPSG=EPSG %EPSGp2Z 9helmert_transformationEPSG=EPSGEPSGp2Y 9helmert_transformationEPSG=EPSG wEPSG2X 9helmert_transformationEPSG=EPSGEPSG2W 9helmert_transformationEPSG=EPSG^EPSG2V 9helmert_transformationEPSG=EPSGJEPSG2U 9helmert_transformationEPSG=EPSGJEPSG 2T 9helmert_transformationEPSG=EPSGoEPSG2S 9helmert_transformationEPSG=EPSG qEPSG2R 9helmert_transformationEPSG=EPSG rEPSG2Q 9helmert_transformationEPSG=EPSG EPSG2P 9helmert_transformationEPSG=EPSG EPSG2O 9helmert_transformationEPSG=EPSG EPSG2N 9helmert_transformationEPSG=EPSG EPSG2M 9helmert_transformationEPSG=EPSG6EPSG2L 9helmert_transformationEPSG=EPSG vEPSG2K 9helmert_transformationEPSG=EPSG wEPSG2J 9helmert_transformationEPSG=EPSG {EPSG Ka,X# O  { F  r =  i 4 ` +W"NzEq<h6n< tBzH/^ 3grid_transformationEPSGEPSG]EPSG/] 3grid_transformationEPSGEPSG\EPSG/\ 3grid_transformationEPSGEPSGEPSG/[ 3grid_transformationEPSGEPSGEPSG/Z 3grid_transformationEPSGEPSGWEPSG/Y 3grid_transformationEPSGEPSGXEPSG/X 3grid_transformationEPSGEPSG7EPSG7/W 3grid_transformationEPSGEPSG3EPSG /V 3grid_transformationEPSGEPSG5EPSG /U 3grid_transformationEPSGEPSG4EPSG /T 3grid_transformationEPSGEPSG6EPSG/S 3grid_transformationEPSGEPSGXEPSG/R 3grid_transformationEPSG!EPSGEPSG/Q 3grid_transformationEPSG EPSGEPSG/P 3grid_transformationEPSGEPSG EPSG/O 3grid_transformationEPSGEPSG EEPSG/N 3grid_transformationEPSGEPSG FEPSG/M 3grid_transformationEPSG-EPSG EPSG/L 3grid_transformationEPSG,EPSG EPSG2K 9helmert_transformationEPSG>EPSG EPSG2J 9helmert_transformationEPSG>~EPSGEPSG2I 9helmert_transformationEPSG>}EPSG EPSG2H 9helmert_transformationEPSG>|EPSG_EPSG2G 9helmert_transformationEPSG>{EPSGEPSG2F 9helmert_transformationEPSG>zEPSGEPSG2E 9helmert_transformationEPSG>yEPSGEPSG2D 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9helmert_transformationEPSG>_EPSG4EPSG2+ 9helmert_transformationEPSG>^EPSG4EPSG2* 9helmert_transformationEPSG>]EPSGEPSG2) 9helmert_transformationEPSG>\EPSG EPSG2( 9helmert_transformationEPSG>[EPSGEPSG2' 9helmert_transformationEPSG>UEPSG "EPSG2& 9helmert_transformationEPSG>QEPSG EPSG2% 9helmert_transformationEPSG>PEPSG EPSGp2$ 9helmert_transformationEPSG>BEPSG EPSGp2# 9helmert_transformationEPSG>AEPSG EPSGp2" 9helmert_transformationEPSG>@EPSG EPSGp2! 9helmert_transformationEPSG>?EPSG EPSGp2 9helmert_transformationEPSG>>EPSGEPSG2 9helmert_transformationEPSG>;EPSGEPSG2 9helmert_transformationEPSG>:EPSG+EPSG2 9helmert_transformationEPSG>9EPSGCEPSG2 9helmert_transformationEPSG>8EPSGCEPSG2 9helmert_transformationEPSG>7EPSG EPSG2 9helmert_transformationEPSG>6EPSG EPSG 2 9helmert_transformationEPSG>5EPSGhEPSG2 9helmert_transformationEPSG>4EPSG EPSG2 9helmert_transformationEPSG>3EPSG EPSGp2 9helmert_transformationEPSG>1EPSG EPSGp2 9helmert_transformationEPSG>0EPSG EPSGp2 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GEPSG/ 3grid_transformationEPSG@EPSG GEPSG/ 3grid_transformationEPSG?EPSGEPSG/ 3grid_transformationEPSG v D  | J  P  V $ \ *b0h6n< tBzHNT"Z(/z 3grid_transformationEPSGEPSG EPSG/y 3grid_transformationEPSGEPSG"EPSG/x 3grid_transformationEPSGEPSG KEPSGm/w 3grid_transformationEPSGEPSG MEPSGm/v 3grid_transformationEPSGEPSG OEPSGm/u 3grid_transformationEPSGEPSG JEPSGm/t 3grid_transformationEPSGEPSG NEPSGm/s 3grid_transformationEPSGEPSG LEPSGm/r 3grid_transformationEPSG~EPSG EPSGm/q 3grid_transformationEPSG#EPSG EPSG/p 3grid_transformationEPSG"EPSG EPSG/o 3grid_transformationEPSG!EPSG EPSG/n 3grid_transformationEPSGEPSGEPSG/m 3grid_transformationEPSGEPSGEPSG/l 3grid_transformationEPSGEPSGEPSGm/k 3grid_transformationEPSGEPSG EPSGm/j 3grid_transformationEPSGEPSG KEPSGm/i 3grid_transformationEPSGEPSG MEPSGm/h 3grid_transformationEPSGEPSG OEPSGm/g 3grid_transformationEPSGEPSG JEPSGm/f 3grid_transformationEPSGEPSG NEPSGm/e 3grid_transformationEPSGEPSG LEPSGm/d 3grid_transformationEPSGEPSG EPSGm/c 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3grid_transformationEPSGEPSGEPSG/G 3grid_transformationEPSGEPSGEPSG/F 3grid_transformationEPSGEPSG MEPSG/E 3grid_transformationEPSGEPSGEPSG/D 3grid_transformationEPSGEPSG LEPSG/C 3grid_transformationEPSGEPSG KEPSG/B 3grid_transformationEPSGEPSGEPSG/A 3grid_transformationEPSGEPSGEPSG/@ 3grid_transformationEPSGEPSG2EPSG/? 3grid_transformationEPSGEPSG}EPSG/> 3grid_transformationEPSGEPSG{EPSG/= 3grid_transformationEPSGEPSG]EPSG/< 3grid_transformationEPSGEPSGyEPSG/; 3grid_transformationEPSGEPSGxEPSG/: 3grid_transformationEPSGEPSG JEPSG/9 3grid_transformationEPSGEPSGtEPSG/8 3grid_transformationEPSGEPSGqEPSG/7 3grid_transformationEPSGEPSGoEPSG/6 3grid_transformationEPSGEPSGlEPSG/5 3grid_transformationEPSGEPSG IEPSG/4 3grid_transformationEPSGEPSGkEPSG/3 3grid_transformationEPSGEPSGjEPSG/2 3grid_transformationEPSGEPSG\EPSG/1 3grid_transformationEPSGEPSG OEPSG/0 3grid_transformationEPSGEPSG NEPSG// 3grid_transformationEPSGEPSGcEPSG/. 3grid_transformationEPSGEPSGdEPSG/- 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%geodetic_crsESRIEPSGUEPSG4^ )%geodetic_datumESRI106011_ParisEPSGUEPSG(] %geodetic_crsESRIEPSGUEPSG+\ )geodetic_datumESRIEPSGUEPSG2[ 9concatenated_operationEPSG,3EPSGsEPSG2Z 9concatenated_operationEPSG,.EPSGEPSG2Y 9concatenated_operationEPSG,EPSGEPSG2X 9concatenated_operationEPSG+EPSGEPSG2W 9concatenated_operationEPSG+EPSGEPSG2V 9concatenated_operationEPSG+EPSG4EPSG2U 9concatenated_operationEPSG+EPSGEPSG2T 9concatenated_operationEPSG+fEPSGEPSG2S 9concatenated_operationEPSG+:EPSGEPSG2R 9concatenated_operationEPSG*EPSGEPSG#2Q 9concatenated_operationEPSG*EPSG8EPSG2P 9concatenated_operationEPSG*EPSG8EPSG2O 9concatenated_operationEPSG*xEPSGEPSG2N 9concatenated_operationEPSG*wEPSGyEPSG2M 9concatenated_operationEPSG*vEPSGHEPSG2L 9concatenated_operationEPSG*uEPSGGEPSG2K 9concatenated_operationEPSG*tEPSGBEPSG2J 9concatenated_operationEPSG*IEPSGBEPSG2I 9concatenated_operationEPSG*HEPSGEPSG2H 9concatenated_operationEPSG*BEPSGyEPSG2G 9concatenated_operationEPSG*AEPSGHEPSG2F 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%geodetic_crsESRIEPSG EPSG+P )geodetic_datumESRIEPSG EPSG)O %geodetic_crsESRIEPSG EPSG+N )geodetic_datumESRI EPSG EPSG)M %geodetic_crsESRIEPSG %EPSG+L )geodetic_datumESRI EPSG %EPSG)K %geodetic_crsESRIEPSG pEPSG+J )geodetic_datumESRI EPSG pEPSG)I %geodetic_crsESRIEPSG EPSG+H )geodetic_datumESRI EPSG EPSG)G %geodetic_crsESRIEPSGAEPSG+F )geodetic_datumESRI EPSGAEPSG)E %geodetic_crsESRIEPSG"EPSG+D )geodetic_datumESRIEPSG"EPSG)C %geodetic_crsESRI~EPSG!EPSG+B )geodetic_datumESRIEPSG!EPSG)A %geodetic_crsESRI}EPSG@EPSG+@ )geodetic_datumESRIEPSG@EPSG)? %geodetic_crsESRI{EPSG rEPSG+> )geodetic_datumESRIEPSG rEPSG)= %geodetic_crsESRIzEPSG EPSG+< )geodetic_datumESRIEPSG EPSG); %geodetic_crsESRIyEPSGEPSG+: )geodetic_datumESRIEPSGEPSG)9 %geodetic_crsESRIxEPSGEPSG+8 )geodetic_datumESRIEPSGEPSG)7 %geodetic_crsESRIwEPSG EPSG+6 )geodetic_datumESRIEPSG EPSG)5 %geodetic_crsESRIvEPSG oEPSG+4 )geodetic_datumESRIEPSG oEPSG)3 %geodetic_crsESRIuEPSG nEPSG+2 )geodetic_datumESRIEPSG nEPSG)1 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)geodetic_datumESRI(EPSGEPSG){ %geodetic_crsESRI`EPSGEPSG+z )geodetic_datumESRI'EPSGEPSG)y %geodetic_crsESRI_EPSG *EPSG)x %geodetic_crsESRI^EPSG *EPSG+w )geodetic_datumESRI&EPSG *EPSG)v %geodetic_crsESRI\EPSGEPSG+u )geodetic_datumESRI,EPSGEPSG)t %geodetic_crsESRI[EPSGEPSG+s )geodetic_datumESRI+EPSGEPSG)r %geodetic_crsESRIZEPSGUEPSG8q )-geodetic_datumESRI106011_GreenwichEPSGUEPSG)p %geodetic_crsESRIYEPSGUEPSG'o % geodetic_crsESRIXESRIEPSG)n ) geodetic_datumESRIESRIEPSG)m %geodetic_crsESRIWEPSGEPSG*l )geodetic_datumESRIEPSGEPSG)k %geodetic_crsESRIVEPSGNEPSG+j )geodetic_datumESRIEPSGNEPSG)i %geodetic_crsESRIUEPSGEPSG)h %geodetic_crsESRITEPSGiEPSG+g )geodetic_datumESRI$EPSGiEPSG WzN nB ` 4  T ( x L l @  ^ 2 ~R$rEj@b6 X,xJj<\.+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) 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)geodetic_datumESRIEPSGpEPSG)U %geodetic_crsESRI&EPSGpEPSG+T )geodetic_datumESRIEPSGpEPSG)S %geodetic_crsESRI%EPSGpEPSG+R )geodetic_datumESRIEPSGpEPSG)Q %geodetic_crsESRI$EPSGpEPSG+P )geodetic_datumESRIEPSGpEPSG)O %geodetic_crsESRI#EPSGpEPSG+N )geodetic_datumESRIEPSGpEPSG)M %geodetic_crsESRI"EPSGpEPSG+L )geodetic_datumESRIEPSGpEPSG)K %geodetic_crsESRI!EPSGpEPSG+J )geodetic_datumESRIEPSGpEPSG)I %geodetic_crsESRI EPSGpEPSG+H )geodetic_datumESRIEPSGpEPSG)G %geodetic_crsESRIEPSGpEPSG+F )geodetic_datumESRIEPSGpEPSG)E %geodetic_crsESRIEPSGpEPSG+D )geodetic_datumESRIEPSGpEPSG)C %geodetic_crsESRIEPSGpEPSG+B )geodetic_datumESRIEPSGpEPSG)A %geodetic_crsESRIEPSGpEPSG+@ )geodetic_datumESRIEPSGpEPSG)? %geodetic_crsESRIEPSGpEPSG+> )geodetic_datumESRIEPSGpEPSG)= %geodetic_crsESRIEPSGpEPSG+< )geodetic_datumESRIEPSGpEPSG); %geodetic_crsESRIEPSGpEPSG+: )geodetic_datumESRIEPSGpEPSG)9 %geodetic_crsESRIEPSGpEPSG+8 )geodetic_datumESRIEPSGpEPSG)7 %geodetic_crsESRIEPSGpEPSG+6 )geodetic_datumESRIEPSGpEPSG)5 %geodetic_crsESRIEPSGpEPSG+4 )geodetic_datumESRIEPSGpEPSG)3 %geodetic_crsESRIEPSGpEPSG+2 )geodetic_datumESRIEPSGpEPSG)1 %geodetic_crsESRIEPSGpEPSG+0 )geodetic_datumESRIEPSGpEPSG)/ %geodetic_crsESRIEPSGpEPSG+. )geodetic_datumESRIEPSGpEPSG)- %geodetic_crsESRIEPSGpEPSG+, )geodetic_datumESRIEPSGpEPSG)+ %geodetic_crsESRIEPSGpEPSG+* )geodetic_datumESRIEPSGpEPSG)) %geodetic_crsESRIEPSGpEPSG+( )geodetic_datumESRIEPSGpEPSG)' %geodetic_crsESRIEPSGpEPSG+& )geodetic_datumESRIEPSGpEPSG)% %geodetic_crsESRIEPSGpEPSG+$ )geodetic_datumESRIEPSGpEPSG)# %geodetic_crsESRI EPSGpEPSG+" )geodetic_datumESRIEPSGpEPSG)! %geodetic_crsESRI EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEPSGpEPSG VxLj> \ 0  | N " n @  ` 2  ~ R $pDb6T(tFf8 X*vJh<)A %geodetic_crsESRIiEPSGEPSG+@ )geodetic_datumESRI7EPSGEPSG)? %geodetic_crsESRIhEPSGEPSG+> )geodetic_datumESRI6EPSGEPSG)= %geodetic_crsESRIgEPSGEPSG+< )geodetic_datumESRIhEPSGEPSG); %geodetic_crsESRIfEPSGEPSG+: )geodetic_datumESRI5EPSGEPSG)9 %geodetic_crsESRIeEPSGEPSG+8 )geodetic_datumESRI4EPSGEPSG)7 %geodetic_crsESRIdEPSGEPSG+6 )geodetic_datumESRI3EPSGEPSG)5 %geodetic_crsESRIcEPSGEPSG+4 )geodetic_datumESRI2EPSGEPSG)3 %geodetic_crsESRIbEPSGEPSG+2 )geodetic_datumESRI1EPSGEPSG)1 %geodetic_crsESRIaEPSGEPSG+0 )geodetic_datumESRI0EPSGEPSG)/ %geodetic_crsESRI`EPSGEPSG+. )geodetic_datumESRIcEPSGEPSG)- %geodetic_crsESRIREPSGpEPSG+, )geodetic_datumESRI"EPSGpEPSG)+ %geodetic_crsESRIQEPSGpEPSG+* )geodetic_datumESRI!EPSGpEPSG)) %geodetic_crsESRIPEPSGpEPSG+( )geodetic_datumESRI EPSGpEPSG)' %geodetic_crsESRIOEPSGpEPSG+& )geodetic_datumESRIEPSGpEPSG)% %geodetic_crsESRINEPSGpEPSG+$ )geodetic_datumESRIEPSGpEPSG)# %geodetic_crsESRIMEPSGpEPSG+" )geodetic_datumESRIEPSGpEPSG)! %geodetic_crsESRILEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIKEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIJEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIIEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIHEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIGEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIFEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIEEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIDEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRICEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIBEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRIAEPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI@EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI?EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI>EPSGpEPSG+ )geodetic_datumESRIEPSGpEPSG) %geodetic_crsESRI=EPSGpEPSG+ )geodetic_datumESRI EPSGpEPSG) %geodetic_crsESRI \ 0  | P " n B  ` 4  T (tHh:\.zN"pBb6T(tF) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIWEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIVEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIUEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRITEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRISEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIREPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIQEPSGEPSG) %geodetic_crsESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIPEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIOEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRINEPSGEPSG) %geodetic_crsESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIgEPSGEPSG) %geodetic_crsESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG)~ %geodetic_crsESRIEPSGEPSG+} )geodetic_datumESRIMEPSGEPSG)| %geodetic_crsESRIEPSGEPSG+{ )geodetic_datumESRILEPSGEPSG)z %geodetic_crsESRIEPSGEPSG+y )geodetic_datumESRIKEPSGEPSG)x %geodetic_crsESRIEPSGEPSG)w %geodetic_crsESRIEPSGEPSG+v )geodetic_datumESRIJEPSGEPSG)u %geodetic_crsESRIEPSGEPSG)t %geodetic_crsESRIEPSGEPSG+s )geodetic_datumESRIIEPSGEPSG)r %geodetic_crsESRIEPSGEPSG+q )geodetic_datumESRIHEPSGEPSG)p %geodetic_crsESRIEPSGEPSG)o %geodetic_crsESRIEPSGEPSG+n )geodetic_datumESRIGEPSGEPSG)m %geodetic_crsESRIEPSGEPSG+l )geodetic_datumESRIFEPSGEPSG)k %geodetic_crsESRIEPSGEPSG)j %geodetic_crsESRIEPSGEPSG+i )geodetic_datumESRIEEPSGEPSG)h %geodetic_crsESRI~EPSGEPSG+g )geodetic_datumESRIjEPSGEPSG)f %geodetic_crsESRI}EPSGEPSG+e )geodetic_datumESRIiEPSGEPSG)d %geodetic_crsESRI|EPSGEPSG)c %geodetic_crsESRI{EPSGEPSG)b %geodetic_crsESRIzEPSGEPSG+a )geodetic_datumESRIDEPSGEPSG)` %geodetic_crsESRIyEPSGEPSG+_ )geodetic_datumESRICEPSGEPSG)^ %geodetic_crsESRIxEPSGEPSG+] )geodetic_datumESRIBEPSGEPSG)\ %geodetic_crsESRIwEPSGEPSG+[ )geodetic_datumESRIeEPSGEPSG)Z %geodetic_crsESRIvEPSGEPSG+Y )geodetic_datumESRIdEPSGEPSG)X %geodetic_crsESRIuEPSGEPSG+W )geodetic_datumESRIAEPSGEPSG)V %geodetic_crsESRItEPSGEPSG+U )geodetic_datumESRI@EPSGEPSG)T %geodetic_crsESRIsEPSGEPSG)S %geodetic_crsESRIrEPSGEPSG+R )geodetic_datumESRI?EPSGEPSG)Q %geodetic_crsESRIqEPSGEPSG+P )geodetic_datumESRI>EPSGEPSG)O %geodetic_crsESRIpEPSGEPSG+N )geodetic_datumESRI=EPSGEPSG)M %geodetic_crsESRIoEPSGEPSG+L )geodetic_datumESRI ^ 0  | P $ p B  b 4  T &tFf8 X*vJh<Z.zL l>)o %geodetic_crsESRIEPSGEPSG+n )geodetic_datumESRIEPSGEPSG)m %geodetic_crsESRIEPSGEPSG+l )geodetic_datumESRIEPSGEPSG)k %geodetic_crsESRIEPSGEPSG+j )geodetic_datumESRIEPSGEPSG)i %geodetic_crsESRIEPSGEPSG+h )geodetic_datumESRIEPSGEPSG)g %geodetic_crsESRIEPSGEPSG+f )geodetic_datumESRIEPSGEPSG)e %geodetic_crsESRIEPSGEPSG+d )geodetic_datumESRIEPSGEPSG)c %geodetic_crsESRIEPSGEPSG+b )geodetic_datumESRIEPSGEPSG)a %geodetic_crsESRIEPSGEPSG+` )geodetic_datumESRIEPSGEPSG)_ %geodetic_crsESRIEPSGEPSG+^ )geodetic_datumESRIEPSGEPSG)] %geodetic_crsESRIEPSGEPSG+\ )geodetic_datumESRIEPSGEPSG)[ %geodetic_crsESRIEPSGEPSG+Z )geodetic_datumESRIEPSGEPSG)Y %geodetic_crsESRIEPSGEPSG+X )geodetic_datumESRIEPSGEPSG)W %geodetic_crsESRIEPSGEPSG+V )geodetic_datumESRIEPSGEPSG)U %geodetic_crsESRIEPSGEPSG+T )geodetic_datumESRIEPSGEPSG)S %geodetic_crsESRIEPSGEPSG+R )geodetic_datumESRIEPSGEPSG)Q %geodetic_crsESRIEPSGEPSG+P )geodetic_datumESRIEPSGEPSG)O %geodetic_crsESRIEPSGEPSG+N )geodetic_datumESRIEPSGEPSG)M %geodetic_crsESRIEPSGEPSG+L )geodetic_datumESRIEPSGEPSG)K %geodetic_crsESRIEPSGEPSG+J )geodetic_datumESRIEPSGEPSG)I %geodetic_crsESRIEPSGEPSG+H )geodetic_datumESRIEPSGEPSG)G %geodetic_crsESRIEPSGEPSG+F )geodetic_datumESRIEPSGEPSG)E %geodetic_crsESRIEPSGEPSG+D )geodetic_datumESRIEPSGEPSG)C %geodetic_crsESRIEPSGEPSG+B )geodetic_datumESRIEPSGEPSG)A %geodetic_crsESRIEPSGEPSG)@ %geodetic_crsESRIEPSGEPSG+? )geodetic_datumESRItEPSGEPSG)> %geodetic_crsESRIEPSGEPSG+= )geodetic_datumESRIsEPSGEPSG)< %geodetic_crsESRIEPSGEPSG+; )geodetic_datumESRIrEPSGEPSG): %geodetic_crsESRIEPSGEPSG+9 )geodetic_datumESRIqEPSGEPSG)8 %geodetic_crsESRIEPSGEPSG+7 )geodetic_datumESRIpEPSGEPSG)6 %geodetic_crsESRIEPSGEPSG+5 )geodetic_datumESRIoEPSGEPSG)4 %geodetic_crsESRIEPSGEPSG+3 )geodetic_datumESRInEPSGEPSG)2 %geodetic_crsESRIEPSGEPSG+1 )geodetic_datumESRImEPSGEPSG)0 %geodetic_crsESRIEPSGEPSG+/ )geodetic_datumESRIbEPSGEPSG). %geodetic_crsESRIEPSGEPSG)- %geodetic_crsESRIEPSGEPSG+, )geodetic_datumESRIaEPSGEPSG)+ %geodetic_crsESRIEPSGEPSG+* )geodetic_datumESRI`EPSGEPSG)) %geodetic_crsESRIEPSGEPSG+( )geodetic_datumESRI_EPSGEPSG)' %geodetic_crsESRIEPSGEPSG+& )geodetic_datumESRI^EPSGEPSG)% %geodetic_crsESRIEPSGEPSG+$ )geodetic_datumESRI]EPSGEPSG)# %geodetic_crsESRIEPSGEPSG+" )geodetic_datumESRI\EPSGEPSG)! %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRI[EPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIZEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIYEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIXEPSGEPSG) %geodetic_crsESRIEPSGEPSG VxLj> \ 0  | N " n @  ` 2  ~ R $pDb6T(tFf8 X*vJh<)E %geodetic_crsESRIEPSGEPSG+D )geodetic_datumESRIEPSGEPSG)C %geodetic_crsESRIEPSGEPSG+B )geodetic_datumESRIEPSGEPSG)A %geodetic_crsESRIEPSGEPSG+@ )geodetic_datumESRIEPSGEPSG)? %geodetic_crsESRIEPSGEPSG+> )geodetic_datumESRIEPSGEPSG)= %geodetic_crsESRIEPSGEPSG+< )geodetic_datumESRIEPSGEPSG); %geodetic_crsESRIEPSGEPSG+: )geodetic_datumESRIEPSGEPSG)9 %geodetic_crsESRIEPSGEPSG+8 )geodetic_datumESRIEPSGEPSG)7 %geodetic_crsESRIEPSGEPSG+6 )geodetic_datumESRIEPSGEPSG)5 %geodetic_crsESRIEPSGEPSG+4 )geodetic_datumESRIEPSGEPSG)3 %geodetic_crsESRIEPSGEPSG+2 )geodetic_datumESRIEPSGEPSG)1 %geodetic_crsESRIEPSGEPSG+0 )geodetic_datumESRIEPSGEPSG)/ %geodetic_crsESRIEPSGEPSG+. )geodetic_datumESRIEPSGEPSG)- %geodetic_crsESRIEPSGEPSG+, )geodetic_datumESRIEPSGEPSG)+ %geodetic_crsESRIEPSGEPSG+* )geodetic_datumESRIEPSGEPSG)) %geodetic_crsESRIEPSGEPSG+( )geodetic_datumESRIEPSGEPSG)' %geodetic_crsESRIEPSGEPSG+& )geodetic_datumESRIEPSGEPSG)% %geodetic_crsESRIEPSGEPSG+$ )geodetic_datumESRIEPSGEPSG)# %geodetic_crsESRIEPSGEPSG+" )geodetic_datumESRIEPSGEPSG)! %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRIEPSGEPSG+~ )geodetic_datumESRIEPSGEPSG)} %geodetic_crsESRIEPSGEPSG+| )geodetic_datumESRIEPSGEPSG){ %geodetic_crsESRIEPSGEPSG+z )geodetic_datumESRIEPSGEPSG)y %geodetic_crsESRIEPSGEPSG+x )geodetic_datumESRIEPSGEPSG)w %geodetic_crsESRIEPSGEPSG+v )geodetic_datumESRIEPSGEPSG)u %geodetic_crsESRIEPSGEPSG+t )geodetic_datumESRIEPSGEPSG)s %geodetic_crsESRIEPSGEPSG+r )geodetic_datumESRIEPSGEPSG)q %geodetic_crsESRIEPSGEPSG+p )geodetic_datumESRIEPSGEPSG WxLj> \ 0  | N " n @  ` 2  ~ R $pDb6T(tFf8 X*T+U,& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) 'projected_crsESRIEPSGEPSG& !conversionESRIEPSGEPSG) %geodetic_crsESRI'EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI&EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI%EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI$EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI#EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI"EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI!EPSGEPSG+ )geodetic_datumESRIEPSGEPSG) %geodetic_crsESRI EPSG BEPSG+ )geodetic_datumESRIEPSG BEPSG) %geodetic_crsESRIEPSGdEPSG+~ )geodetic_datumESRIEPSGdEPSG)} %geodetic_crsESRIEPSG_EPSG+| )geodetic_datumESRIEPSG_EPSG){ %geodetic_crsESRIEPSGEPSG+z )geodetic_datumESRIEPSGEPSG)y %geodetic_crsESRIEPSGEPSG+x )geodetic_datumESRIEPSGEPSG)w %geodetic_crsESRIEPSGEPSG+v )geodetic_datumESRIEPSGEPSG)u %geodetic_crsESRIEPSGEPSG+t )geodetic_datumESRIEPSGEPSG)s %geodetic_crsESRIEPSGEPSG+r )geodetic_datumESRIEPSGEPSG)q %geodetic_crsESRIEPSGEPSG+p )geodetic_datumESRIEPSGEPSG)o %geodetic_crsESRIEPSGEPSG+n )geodetic_datumESRIEPSGEPSG)m %geodetic_crsESRIEPSGEPSG+l )geodetic_datumESRIEPSGEPSG)k %geodetic_crsESRIEPSGEPSG+j )geodetic_datumESRIEPSGEPSG)i %geodetic_crsESRIEPSGEPSG+h )geodetic_datumESRIEPSGEPSG)g %geodetic_crsESRIEPSGEPSG+f )geodetic_datumESRIEPSGEPSG)e %geodetic_crsESRIEPSGEPSG+d )geodetic_datumESRIEPSGEPSG)c %geodetic_crsESRIEPSGEPSG+b )geodetic_datumESRIEPSGEPSG)a %geodetic_crsESRIEPSGEPSG+` )geodetic_datumESRIEPSGEPSG)_ %geodetic_crsESRIEPSGEPSG+^ )geodetic_datumESRIEPSGEPSG)] %geodetic_crsESRIEPSGEPSG+\ )geodetic_datumESRIEPSGEPSG)[ %geodetic_crsESRI EPSGEPSG+Z )geodetic_datumESRIEPSGEPSG)Y %geodetic_crsESRI EPSGEPSG+X )geodetic_datumESRIEPSGEPSG)W %geodetic_crsESRI EPSGEPSG+V )geodetic_datumESRIEPSGEPSG)U %geodetic_crsESRI EPSGEPSG+T )geodetic_datumESRIEPSGEPSG)S %geodetic_crsESRI EPSGEPSG+R )geodetic_datumESRIEPSGEPSG)Q %geodetic_crsESRIEPSGEPSG+P )geodetic_datumESRIEPSGEPSG)O %geodetic_crsESRIEPSGEPSG+N )geodetic_datumESRIEPSGEPSG)M %geodetic_crsESRIEPSGEPSG+L )geodetic_datumESRIEPSGEPSG)K %geodetic_crsESRIEPSGEPSG+J )geodetic_datumESRIEPSGEPSG)I %geodetic_crsESRIEPSGEPSG+H )geodetic_datumESRIEPSGEPSG)G %geodetic_crsESRIEPSGEPSG+F )geodetic_datumESRIEPSGEPSG Y|Q(~R)  S * T + { O # s G  q D i<[.zM#oBd7 Y/~Q$pC*u 'projected_crsESRIUEPSGEPSG*t 'projected_crsESRITEPSGEPSG*s 'projected_crsESRISEPSGEPSG*r 'projected_crsESRIREPSGEPSG*q 'projected_crsESRI9EPSGEPSG*p 'projected_crsESRI8EPSGEPSG*o 'projected_crsESRI6EPSGEPSG*n 'projected_crsESRI5EPSGEPSG*m 'projected_crsESRI4EPSGEPSG*l 'projected_crsESRI3EPSGEPSG*k 'projected_crsESRI2EPSGEPSG*j 'projected_crsESRI-EPSGEPSG'i !conversionESRI-EPSGEPSG*h 'projected_crsESRI,EPSGEPSG'g !conversionESRI,EPSGEPSG*f 'projected_crsESRI+EPSGEPSG'e !conversionESRI+EPSGEPSG*d 'projected_crsESRI*EPSGEPSG*c 'projected_crsESRI(EPSGEPSG*b 'projected_crsESRI'EPSGEPSG*a 'projected_crsESRI&EPSGEPSG*` 'projected_crsESRI%EPSGEPSG*_ 'projected_crsESRI$EPSGEPSG'^ !conversionESRI$EPSGEPSG*] 'projected_crsESRI#EPSGEPSG*\ 'projected_crsESRI"EPSGEPSG*[ 'projected_crsESRI!EPSGEPSG*Z 'projected_crsESRI EPSGEPSG*Y 'projected_crsESRIEPSGEPSG*X 'projected_crsESRIEPSGEPSG*W 'projected_crsESRIEPSGEPSG'V !conversionESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG*T 'projected_crsESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG*R 'projected_crsESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG*P 'projected_crsESRIEPSGEPSG*O 'projected_crsESRIEPSGEPSG*N 'projected_crsESRIEPSGEPSG*M 'projected_crsESRIEPSGEPSG*L 'projected_crsESRIEPSGEPSG*K 'projected_crsESRIEPSGEPSG*J 'projected_crsESRIEPSGEPSG*I 'projected_crsESRI EPSGEPSG'H !conversionESRI EPSGEPSG*G 'projected_crsESRI EPSGEPSG*F 'projected_crsESRI EPSGEPSG'E !conversionESRI EPSGEPSG*D 'projected_crsESRI EPSGEPSG)C 'projected_crsESRI} 'projected_crsESRI|EPSG'EPSG)= 'projected_crsESRI|EPSG%EPSG)< 'projected_crsESRI|EPSG#EPSG); 'projected_crsESRI|EPSG!EPSG): 'projected_crsESRI|EPSGEPSG)9 'projected_crsESRI{EPSG[EPSG)8 'projected_crsESRI{EPSGZEPSG)7 'projected_crsESRI{EPSGYEPSG)6 'projected_crsESRI{EPSGXEPSG)5 'projected_crsESRI{EPSG4EPSG)4 'projected_crsESRIwEPSGEPSG&3 !conversionESRIwEPSGEPSG)2 'projected_crsESRIwEPSGEPSG&1 !conversionESRIwEPSGEPSG)0 'projected_crsESRIhEPSGEPSG&/ !conversionESRIhEPSGEPSG). 'projected_crsESRIhEPSGEPSG&- !conversionESRIhEPSGEPSG), 'projected_crsESRIhEPSGEPSG&+ !conversionESRIhEPSGEPSG)* 'projected_crsESRIhEPSGEPSG&) !conversionESRIhEPSGEPSG)( 'projected_crsESRIhEPSG EPSG&' !conversionESRIhEPSG EPSG)& 'projected_crsESRIhEPSG EPSG&% !conversionESRIhEPSG EPSG)$ 'projected_crsESRIhEPSG EPSG&# !conversionESRIhEPSG EPSG)" 'projected_crsESRIhEPSG EPSG&! !conversionESRIhEPSG EPSG( 'projected_crsESRI`ESRIEPSG) 'projected_crsESRIN_EPSGEPSG) 'projected_crsESRIN^EPSG EPSG) 'projected_crsESRIEPSGEPSG WyLk> ] 0  | O " n A  ` 6 [ . zM l?^1V){N!pCk>c6 'L !conversionESRIvEPSG2EPSG*K 'projected_crsESRIuEPSG+EPSG*J 'projected_crsESRItEPSG+EPSG*I 'projected_crsESRIsEPSG+EPSG*H 'projected_crsESRIrEPSG%EPSG'G !conversionESRIrEPSG%EPSG*F 'projected_crsESRIqEPSG%EPSG'E !conversionESRIqEPSG%EPSG*D 'projected_crsESRIEPSGjEPSG'C !conversionESRIEPSGjEPSG*B 'projected_crsESRIEPSGVEPSG'A !conversionESRIEPSGVEPSG*@ 'projected_crsESRI&EPSGEPSG'? !conversionESRI&EPSGEPSG*> 'projected_crsESRI%EPSGVEPSG'= !conversionESRI%EPSGVEPSG*< 'projected_crsESRIUEPSGEPSG*; 'projected_crsESRITEPSGEPSG*: 'projected_crsESRISEPSGEPSG*9 'projected_crsESRIREPSGEPSG*8 'projected_crsESRIPEPSG+EPSG'7 !conversionESRIPEPSG+EPSG*6 'projected_crsESRIOEPSG+EPSG*5 'projected_crsESRINEPSG+EPSG'4 !conversionESRINEPSG+EPSG*3 'projected_crsESRIMEPSG+EPSG'2 !conversionESRIMEPSG+EPSG*1 'projected_crsESRILEPSG EPSG'0 !conversionESRILEPSG EPSG*/ 'projected_crsESRIKEPSGEPSG*. 'projected_crsESRIJEPSGEPSG*- 'projected_crsESRI@EPSGEPSG*, 'projected_crsESRI?EPSGEPSG*+ 'projected_crsESRI>EPSGEPSG** 'projected_crsESRI=EPSGEPSG*) 'projected_crsESRI  g ;  e <  c 6 X+zQ%vIh;Z-yL"qDh>)% 'projected_crsESRIESRI EPSG&$ !conversionESRIESRI EPSG*# 'projected_crsESRIEPSGEPSG'" !conversionESRIEPSGEPSG*! 'projected_crsESRIEPSG EPSG' !conversionESRIEPSG EPSG) 'projected_crsESRIESRIEPSG) 'projected_crsESRIESRIEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSG EPSG' !conversionESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG' !conversionESRIEPSG EPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSGXEPSG* 'projected_crsESRIEPSGWEPSG* 'projected_crsESRIEPSGVEPSG* 'projected_crsESRIEPSGUEPSG* 'projected_crsESRIEPSG /EPSG* 'projected_crsESRIEPSG .EPSG* 'projected_crsESRIEPSG -EPSG* 'projected_crsESRIEPSG ,EPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG) 'projected_crsESRIESRI EPSG& !conversionESRIESRI EPSG) 'projected_crsESRIESRI EPSG& !conversionESRIESRI EPSG*~ 'projected_crsESRIEPSG EPSG'} !conversionESRIEPSG EPSG*| 'projected_crsESRIEPSG+EPSG*{ 'projected_crsESRIEPSGEPSG*z 'projected_crsESRIEPSG EPSG*y 'projected_crsESRIEPSG EPSG*x 'projected_crsESRIEPSG EPSG*w 'projected_crsESRIEPSG EPSG*v 'projected_crsESRIEPSGNEPSG'u !conversionESRIEPSGNEPSG*t 'projected_crsESRIEPSGNEPSG)s 'projected_crsESRIESRIEPSG)r 'projected_crsESRIESRI EPSG&q !conversionESRIESRI EPSG)p 'projected_crsESRIESRI EPSG)o 'projected_crsESRIESRI EPSG&n !conversionESRIESRI EPSG)m 'projected_crsESRIESRIEPSG&l !conversionESRIESRIEPSG)k 'projected_crsESRIESRIEPSG)j 'projected_crsESRIESRIEPSG&i !conversionESRIESRIEPSG)h 'projected_crsESRIESRIEPSG&g !conversionESRIESRIEPSG)f 'projected_crsESRIESRIEPSG)e 'projected_crsESRIESRIEPSG&d !conversionESRIESRIEPSG*c 'projected_crsESRIEPSG EPSG*b 'projected_crsESRIEPSG EPSG*a 'projected_crsESRIEPSG EPSG*` 'projected_crsESRIEPSG EPSG*_ 'projected_crsESRIEPSG EPSG*^ 'projected_crsESRIEPSG EPSG*] 'projected_crsESRIEPSGNEPSG'\ !conversionESRIEPSGNEPSG)[ 'projected_crsESRI~ESRIEPSG&Z !conversionESRI~ESRIEPSG)Y 'projected_crsESRI}ESRIEPSG&X !conversionESRI}ESRIEPSG)W 'projected_crsESRI|ESRIEPSG&V !conversionESRI|ESRIEPSG)U 'projected_crsESRI{ESRIEPSG*T 'projected_crsESRIzEPSG-EPSG*S 'projected_crsESRIyEPSG-EPSG'R !conversionESRIyEPSG-EPSG*Q 'projected_crsESRIxEPSG-EPSG'P !conversionESRIxEPSG-EPSG*O 'projected_crsESRIwEPSG6EPSG'N !conversionESRIwEPSG6EPSG*M 'projected_crsESRIvEPSG2EPSG YV-W. S & u K  p F  h ;  ] 0 U(zP#uKpCe8`3 X.zM *~ 'projected_crsESRIEPSG ,EPSG*} 'projected_crsESRIEPSG /EPSG*| 'projected_crsESRIEPSG .EPSG*{ 'projected_crsESRIEPSG -EPSG*z 'projected_crsESRIEPSG ,EPSG*y 'projected_crsESRIEPSG /EPSG*x 'projected_crsESRIEPSG .EPSG*w 'projected_crsESRIEPSGoEPSG'v !conversionESRIEPSGoEPSG*u 'projected_crsESRIEPSGoEPSG't !conversionESRIEPSGoEPSG*s 'projected_crsESRIEPSGoEPSG*r 'projected_crsESRIEPSGoEPSG'q !conversionESRIEPSGoEPSG*p 'projected_crsESRIEPSGEPSG'o !conversionESRIEPSGEPSG*n 'projected_crsESRIEPSGdEPSG'm !conversionESRIEPSGdEPSG*l 'projected_crsESRIEPSG2EPSG'k !conversionESRIEPSG2EPSG*j 'projected_crsESRIEPSGEPSG*i 'projected_crsESRIEPSG EPSG*h 'projected_crsESRIEPSG EPSG*g 'projected_crsESRIEPSG EPSG*f 'projected_crsESRIEPSG IEPSG'e !conversionESRIEPSG IEPSG*d 'projected_crsESRIEPSG IEPSG'c !conversionESRIEPSG IEPSG*b 'projected_crsESRIEPSGHEPSG'a !conversionESRIEPSGHEPSG*` 'projected_crsESRIEPSGEPSG*_ 'projected_crsESRIEPSGEPSG'^ !conversionESRIEPSGEPSG*] 'projected_crsESRIEPSGEPSG'\ !conversionESRIEPSGEPSG*[ 'projected_crsESRIEPSGEPSG'Z !conversionESRIEPSGEPSG*Y 'projected_crsESRIEPSGEPSG'X !conversionESRIEPSGEPSG*W 'projected_crsESRIEPSGEPSG'V !conversionESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG'T !conversionESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG'P !conversionESRIEPSGEPSG*O 'projected_crsESRIEPSG EPSG*N 'projected_crsESRIEPSG 4EPSG*M 'projected_crsESRIEPSG (EPSG*L 'projected_crsESRIEPSG 'EPSG*K 'projected_crsESRIEPSGEPSG*J 'projected_crsESRIEPSG EPSG'I !conversionESRIEPSG EPSG*H 'projected_crsESRIEPSGEPSG*G 'projected_crsESRIEPSGEPSG*F 'projected_crsESRIEPSGEPSG*E 'projected_crsESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG'C !conversionESRIEPSGEPSG*B 'projected_crsESRIEPSGEPSG'A !conversionESRIEPSGEPSG*@ 'projected_crsESRIEPSGEPSG'? !conversionESRIEPSGEPSG*> 'projected_crsESRIEPSGEPSG'= !conversionESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG'; !conversionESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG'9 !conversionESRIEPSGEPSG*8 'projected_crsESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG*6 'projected_crsESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG*4 'projected_crsESRIEPSGoEPSG)3 'projected_crsESRIESRIEPSG&2 !conversionESRIESRIEPSG)1 'projected_crsESRIESRIEPSG&0 !conversionESRIESRIEPSG)/ 'projected_crsESRIESRIEPSG&. !conversionESRIESRIEPSG)- 'projected_crsESRIESRIEPSG&, !conversionESRIESRIEPSG)+ 'projected_crsESRIESRIEPSG&* !conversionESRIESRIEPSG)) 'projected_crsESRIESRIEPSG&( !conversionESRIESRIEPSG)' 'projected_crsESRIESRI EPSG&& !conversionESRIESRI EPSG VxJnD b 4  } O ! j <  Z ,  z O !lA[0~P%sEe7 Q#k@`5'T !conversionESRI2EPSGEPSG*S 'projected_crsESRI1EPSGEPSG'R !conversionESRI1EPSGEPSG*Q 'projected_crsESRI0EPSG EPSG'P !conversionESRI0EPSG EPSG*O 'projected_crsESRI/EPSGEPSG'N !conversionESRI/EPSGEPSG*M 'projected_crsESRI.EPSG EPSG'L !conversionESRI.EPSG EPSG*K 'projected_crsESRI-EPSG EPSG*J 'projected_crsESRI,EPSG EPSG*I 'projected_crsESRI+EPSG EPSG*H 'projected_crsESRI*EPSG EPSG*G 'projected_crsESRI)EPSG HEPSG*F 'projected_crsESRI(EPSG HEPSG*E 'projected_crsESRI'EPSG EPSG*D 'projected_crsESRI&EPSG EPSG*C 'projected_crsESRI%EPSG EPSG*B 'projected_crsESRI$EPSG EPSG*A 'projected_crsESRI#EPSG HEPSG*@ 'projected_crsESRI"EPSG HEPSG*? 'projected_crsESRI!EPSGEPSG'> !conversionESRI!EPSGEPSG*= 'projected_crsESRI EPSGEPSG'< !conversionESRI EPSGEPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSG EPSG'4 !conversionESRIEPSG EPSG*3 'projected_crsESRIEPSGEPSG'2 !conversionESRIEPSGEPSG*1 'projected_crsESRIEPSGEPSG'0 !conversionESRIEPSGEPSG*/ 'projected_crsESRIEPSG EPSG*. 'projected_crsESRIEPSGAEPSG*- 'projected_crsESRIEPSG"EPSG*, 'projected_crsESRIEPSG@EPSG*+ 'projected_crsESRIEPSGEPSG'* !conversionESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG'( !conversionESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG*& 'projected_crsESRIEPSGEPSG*% 'projected_crsESRIEPSGEPSG'$ !conversionESRIEPSGEPSG*# 'projected_crsESRIEPSGEPSG'" !conversionESRIEPSGEPSG*! 'projected_crsESRIEPSG{EPSG' !conversionESRIEPSG{EPSG* 'projected_crsESRIEPSGjEPSG* 'projected_crsESRI EPSG EPSG' !conversionESRI EPSG EPSG) 'projected_crsESRI ESRIEPSG* 'projected_crsESRI EPSG EPSG* 'projected_crsESRI EPSG EPSG* 'projected_crsESRI EPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG) 'projected_crsESRIESRIEPSG* 'projected_crsESRIEPSG{EPSG* 'projected_crsESRIEPSGzEPSG* 'projected_crsESRIEPSGyEPSG* 'projected_crsESRIEPSGxEPSG* 'projected_crsESRIEPSGwEPSG) 'projected_crsESRIESRIEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSG^EPSG* 'projected_crsESRIEPSG^EPSG* 'projected_crsESRIEPSG^EPSG' !conversionESRIEPSG^EPSG* 'projected_crsESRIEPSGGEPSG) 'projected_crsESRIESRIEPSG& !conversionESRIESRIEPSG) 'projected_crsESRIESRIEPSG& !conversionESRIESRIEPSG) 'projected_crsESRIESRIEPSG& !conversionESRIESRIEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG) 'projected_crsESRIESRIEPSG* 'projected_crsESRIEPSG -EPSG WyN nC ` 2  } O $ r D  d 6 [ - xMm@a3V(sEb7 W,zL*+ 'projected_crsESRIhEPSGwEPSG'* !conversionESRIhEPSGwEPSG*) 'projected_crsESRIgEPSG2EPSG*( 'projected_crsESRIfEPSGEPSG'' !conversionESRIfEPSGEPSG*& 'projected_crsESRIeEPSGEPSG'% !conversionESRIeEPSGEPSG*$ 'projected_crsESRIdEPSGEPSG'# !conversionESRIdEPSGEPSG*" 'projected_crsESRIcEPSGEPSG'! !conversionESRIcEPSGEPSG* 'projected_crsESRIbEPSGEPSG' !conversionESRIbEPSGEPSG* 'projected_crsESRIaEPSGEPSG' !conversionESRIaEPSGEPSG* 'projected_crsESRI`EPSGVEPSG' !conversionESRI`EPSGVEPSG* 'projected_crsESRI_EPSGVEPSG* 'projected_crsESRI^EPSGEPSG* 'projected_crsESRI]EPSGEPSG* 'projected_crsESRI\EPSG WEPSG* 'projected_crsESRI[EPSG VEPSG* 'projected_crsESRIZEPSG UEPSG* 'projected_crsESRIYEPSG EPSG' !conversionESRIYEPSG EPSG* 'projected_crsESRIXEPSG EPSG' !conversionESRIXEPSG EPSG* 'projected_crsESRIWEPSG EPSG' !conversionESRIWEPSG EPSG* 'projected_crsESRIVEPSGkEPSG' !conversionESRIVEPSGkEPSG* 'projected_crsESRIUEPSGjEPSG' !conversionESRIUEPSGjEPSG) 'projected_crsESRITESRIEPSG) 'projected_crsESRISESRIEPSG) 'projected_crsESRIRESRIEPSG) 'projected_crsESRIQESRIEPSG) 'projected_crsESRIPESRIEPSG* 'projected_crsESRIOEPSG2EPSG' !conversionESRIOEPSG2EPSG* 'projected_crsESRINEPSGEPSG' !conversionESRINEPSGEPSG* 'projected_crsESRIMEPSGEPSG' !conversionESRIMEPSGEPSG* 'projected_crsESRILEPSGEPSG*~ 'projected_crsESRIKEPSGEPSG*} 'projected_crsESRIJEPSG MEPSG'| !conversionESRIJEPSG MEPSG*{ 'projected_crsESRIIEPSGEPSG'z !conversionESRIIEPSGEPSG)y 'projected_crsESRIHESRIEPSG&x !conversionESRIHESRIEPSG*w 'projected_crsESRIGEPSG%EPSG'v !conversionESRIGEPSG%EPSG*u 'projected_crsESRIFEPSG&EPSG't !conversionESRIFEPSG&EPSG*s 'projected_crsESRIEEPSGDEPSG*r 'projected_crsESRIDEPSGEPSG'q !conversionESRIDEPSGEPSG*p 'projected_crsESRICEPSGEPSG*o 'projected_crsESRIBEPSG EPSG'n !conversionESRIBEPSG EPSG*m 'projected_crsESRIAEPSG EPSG'l !conversionESRIAEPSG EPSG*k 'projected_crsESRI@EPSG EPSG'j !conversionESRI@EPSG EPSG*i 'projected_crsESRI?EPSG EPSG*h 'projected_crsESRI>EPSG EPSG*g 'projected_crsESRI=EPSG EPSG*f 'projected_crsESRI !conversionESRIrEPSGEPSG*= 'projected_crsESRIqEPSGbEPSG'< !conversionESRIqEPSGbEPSG*; 'projected_crsESRIpEPSGaEPSG': !conversionESRIpEPSGaEPSG*9 'projected_crsESRIoEPSGEPSG'8 !conversionESRIoEPSGEPSG*7 'projected_crsESRInEPSGEPSG'6 !conversionESRInEPSGEPSG*5 'projected_crsESRImEPSGEPSG'4 !conversionESRImEPSGEPSG*3 'projected_crsESRIlEPSGzEPSG'2 !conversionESRIlEPSGzEPSG*1 'projected_crsESRIkEPSGyEPSG'0 !conversionESRIkEPSGyEPSG*/ 'projected_crsESRIjEPSGxEPSG'. !conversionESRIjEPSGxEPSG*- 'projected_crsESRIiEPSGvEPSG', !conversionESRIiEPSGvEPSG WyN nC c 5 U * x J  m ?  _ 4 T&tIi>^4R$rDg9\.*Y 'projected_crsESRIEPSGEPSG'X !conversionESRIEPSGEPSG*W 'projected_crsESRIEPSG EPSG'V !conversionESRIEPSG EPSG*U 'projected_crsESRIEPSG EPSG'T !conversionESRIEPSG EPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG'P !conversionESRIEPSGEPSG*O 'projected_crsESRIEPSGEPSG'N !conversionESRIEPSGEPSG*M 'projected_crsESRIEPSGEPSG'L !conversionESRIEPSGEPSG*K 'projected_crsESRIEPSGEPSG'J !conversionESRIEPSGEPSG*I 'projected_crsESRIEPSGEPSG'H !conversionESRIEPSGEPSG*G 'projected_crsESRIEPSG^EPSG*F 'projected_crsESRIEPSG]EPSG*E 'projected_crsESRIEPSGbEPSG*D 'projected_crsESRIEPSGEPSG'C !conversionESRIEPSGEPSG*B 'projected_crsESRIEPSG .EPSG)A 'projected_crsESRIESRI EPSG&@ !conversionESRIESRI EPSG*? 'projected_crsESRIEPSGEPSG'> !conversionESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG'< !conversionESRIEPSGEPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG'2 !conversionESRIEPSGEPSG*1 'projected_crsESRIEPSGEPSG'0 !conversionESRIEPSGEPSG*/ 'projected_crsESRIEPSG EPSG*. 'projected_crsESRIEPSGEPSG'- !conversionESRIEPSGEPSG*, 'projected_crsESRIEPSGEPSG'+ !conversionESRIEPSGEPSG** 'projected_crsESRIEPSGEPSG') !conversionESRIEPSGEPSG*( 'projected_crsESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG'& !conversionESRIEPSGEPSG*% 'projected_crsESRIEPSGEPSG'$ !conversionESRIEPSGEPSG*# 'projected_crsESRIEPSGEPSG'" !conversionESRIEPSGEPSG*! 'projected_crsESRIEPSGwEPSG' !conversionESRIEPSGwEPSG* 'projected_crsESRIEPSGvEPSG' !conversionESRIEPSGvEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSGtEPSG' !conversionESRIEPSGtEPSG* 'projected_crsESRIEPSGsEPSG' !conversionESRIEPSGsEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG W|N#qC f 8 [ -  { P " p F  d 6 S%m?\1Q&n@\/}R$rG*0 'projected_crsESRIEPSGmEPSG'/ !conversionESRIEPSGmEPSG*. 'projected_crsESRIEPSGuEPSG'- !conversionESRIEPSGuEPSG*, 'projected_crsESRIEPSGtEPSG'+ !conversionESRIEPSGtEPSG** 'projected_crsESRIEPSGsEPSG') !conversionESRIEPSGsEPSG*( 'projected_crsESRIEPSGrEPSG'' !conversionESRIEPSGrEPSG*& 'projected_crsESRIEPSGqEPSG'% !conversionESRIEPSGqEPSG*$ 'projected_crsESRIEPSGpEPSG'# !conversionESRIEPSGpEPSG)" 'projected_crsESRIESRI!EPSG)! 'projected_crsESRIESRI!EPSG) 'projected_crsESRIESRI!EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG EPSG* 'projected_crsESRIEPSG~EPSG' !conversionESRIEPSG~EPSG* 'projected_crsESRIEPSG~EPSG' !conversionESRIEPSG~EPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGmEPSG' !conversionESRIEPSGmEPSG* 'projected_crsESRIEPSGuEPSG* 'projected_crsESRIEPSGtEPSG* 'projected_crsESRIEPSGsEPSG* 'projected_crsESRIEPSGrEPSG* 'projected_crsESRIEPSGqEPSG* 'projected_crsESRIEPSGpEPSG* 'projected_crsESRIEPSGoEPSG* 'projected_crsESRIEPSGnEPSG* 'projected_crsESRIEPSGlEPSG' !conversionESRIEPSGlEPSG* 'projected_crsESRIEPSG -EPSG* 'projected_crsESRIEPSG ,EPSG* 'projected_crsESRIEPSGjEPSG* 'projected_crsESRIEPSG -EPSG*~ 'projected_crsESRIEPSG2EPSG'} !conversionESRIEPSG2EPSG*| 'projected_crsESRIEPSG .EPSG){ 'projected_crsESRIESRI EPSG&z !conversionESRIESRI EPSG*y 'projected_crsESRIEPSGEPSG'x !conversionESRIEPSGEPSG*w 'projected_crsESRIEPSGEPSG'v !conversionESRIEPSGEPSG*u 'projected_crsESRIEPSGEPSG't !conversionESRIEPSGEPSG*s 'projected_crsESRIEPSGEPSG'r !conversionESRIEPSGEPSG*q 'projected_crsESRIEPSGEPSG'p !conversionESRIEPSGEPSG*o 'projected_crsESRIEPSGEPSG'n !conversionESRIEPSGEPSG*m 'projected_crsESRIEPSGEPSG'l !conversionESRIEPSGEPSG*k 'projected_crsESRIEPSGEPSG'j !conversionESRIEPSGEPSG*i 'projected_crsESRIEPSGEPSG'h !conversionESRIEPSGEPSG*g 'projected_crsESRIEPSGEPSG'f !conversionESRIEPSGEPSG*e 'projected_crsESRIEPSGEPSG'd !conversionESRIEPSGEPSG*c 'projected_crsESRIEPSGEPSG'b !conversionESRIEPSGEPSG*a 'projected_crsESRIEPSGEPSG'` !conversionESRIEPSGEPSG*_ 'projected_crsESRIEPSGEPSG'^ !conversionESRIEPSGEPSG*] 'projected_crsESRIEPSGEPSG'\ !conversionESRIEPSGEPSG*[ 'projected_crsESRIEPSGEPSG'Z !conversionESRIEPSGEPSG WR$l> X * r D  e 8  ` 3 [ . S){N$vIl>[-{MqGf9 & !conversionESRI;ESRI8EPSG) 'projected_crsESRI:ESRI7EPSG) 'projected_crsESRI9ESRI6EPSG) 'projected_crsESRI8ESRI5EPSG) 'projected_crsESRI7ESRI7EPSG) 'projected_crsESRI6ESRI6EPSG) 'projected_crsESRI5ESRI5EPSG) 'projected_crsESRI4ESRIEPSG& !conversionESRI4ESRIEPSG)~ 'projected_crsESRI3ESRIEPSG&} !conversionESRI3ESRIEPSG)| 'projected_crsESRI2ESRIEPSG&{ !conversionESRI2ESRIEPSG*z 'projected_crsESRI1EPSGEPSG*y 'projected_crsESRI0EPSG{EPSG*x 'projected_crsESRI/EPSGoEPSG'w !conversionESRI/EPSGoEPSG*v 'projected_crsESRI.EPSGnEPSG'u !conversionESRI.EPSGnEPSG*t 'projected_crsESRI-EPSGlEPSG's !conversionESRI-EPSGlEPSG*r 'projected_crsESRI,EPSG EPSG*q 'projected_crsESRI+EPSG EPSG*p 'projected_crsESRI*EPSGEPSG*o 'projected_crsESRI)EPSGEPSG*n 'projected_crsESRI(EPSGsEPSG*m 'projected_crsESRI'EPSG EPSG'l !conversionESRI'EPSG EPSG)k 'projected_crsESRI&ESRI4EPSG)j 'projected_crsESRI%ESRI3EPSG&i !conversionESRI%ESRI3EPSG)h 'projected_crsESRI$ESRI2EPSG&g !conversionESRI$ESRI2EPSG)f 'projected_crsESRI#ESRI1EPSG&e !conversionESRI#ESRI1EPSG)d 'projected_crsESRI"ESRI0EPSG&c !conversionESRI"ESRI0EPSG)b 'projected_crsESRI!ESRI/EPSG&a !conversionESRI!ESRI/EPSG)` 'projected_crsESRI ESRI.EPSG&_ !conversionESRI ESRI.EPSG)^ 'projected_crsESRIESRI-EPSG&] !conversionESRIESRI-EPSG)\ 'projected_crsESRIESRI,EPSG&[ !conversionESRIESRI,EPSG)Z 'projected_crsESRIESRI+EPSG)Y 'projected_crsESRIESRI*EPSG&X !conversionESRIESRI*EPSG)W 'projected_crsESRIESRI)EPSG&V !conversionESRIESRI)EPSG)U 'projected_crsESRIESRI(EPSG&T !conversionESRIESRI(EPSG)S 'projected_crsESRIESRI'EPSG&R !conversionESRIESRI'EPSG)Q 'projected_crsESRIESRI&EPSG&P !conversionESRIESRI&EPSG)O 'projected_crsESRIESRI%EPSG&N !conversionESRIESRI%EPSG)M 'projected_crsESRIESRI$EPSG&L !conversionESRIESRI$EPSG)K 'projected_crsESRIESRI#EPSG&J !conversionESRIESRI#EPSG*I 'projected_crsESRIEPSG`EPSG'H !conversionESRIEPSG`EPSG*G 'projected_crsESRIEPSG EPSG*F 'projected_crsESRIEPSG EPSG*E 'projected_crsESRIEPSG EPSG*D 'projected_crsESRIEPSG EPSG*C 'projected_crsESRIEPSG EPSG*B 'projected_crsESRIEPSG EPSG*A 'projected_crsESRI EPSG EPSG*@ 'projected_crsESRI EPSG EPSG*? 'projected_crsESRI EPSG EPSG*> 'projected_crsESRI EPSG EPSG*= 'projected_crsESRI EPSG EPSG*< 'projected_crsESRIEPSG EPSG*; 'projected_crsESRIEPSG EPSG*: 'projected_crsESRIEPSGXEPSG*9 'projected_crsESRIEPSGWEPSG*8 'projected_crsESRIEPSGUEPSG*7 'projected_crsESRIEPSGUEPSG*6 'projected_crsESRIEPSG /EPSG*5 'projected_crsESRIEPSG .EPSG)4 'projected_crsESRIESRIEPSG&3 !conversionESRIESRIEPSG)2 'projected_crsESRIESRI"EPSG&1 !conversionESRIESRI"EPSG W|Q#qF f ; [ 0  ~ P % s E  h : W)qCc5}P#qFf; [0~P%'^ !conversionESRIoEPSGiEPSG*] 'projected_crsESRInEPSGfEPSG'\ !conversionESRInEPSGfEPSG*[ 'projected_crsESRImEPSGeEPSG'Z !conversionESRImEPSGeEPSG*Y 'projected_crsESRIlEPSGlEPSG'X !conversionESRIlEPSGlEPSG*W 'projected_crsESRIkEPSGkEPSG'V !conversionESRIkEPSGkEPSG*U 'projected_crsESRIjEPSGjEPSG'T !conversionESRIjEPSGjEPSG*S 'projected_crsESRIiEPSGhEPSG'R !conversionESRIiEPSGhEPSG*Q 'projected_crsESRIhEPSGgEPSG'P !conversionESRIhEPSGgEPSG*O 'projected_crsESRIgEPSGcEPSG'N !conversionESRIgEPSGcEPSG*M 'projected_crsESRIfEPSG`EPSG'L !conversionESRIfEPSG`EPSG*K 'projected_crsESRIeEPSGVEPSG'J !conversionESRIeEPSGVEPSG*I 'projected_crsESRIdEPSGTEPSG'H !conversionESRIdEPSGTEPSG*G 'projected_crsESRIcEPSGCEPSG'F !conversionESRIcEPSGCEPSG)E 'projected_crsESRIbESRI:EPSG)D 'projected_crsESRIaESRI:EPSG*C 'projected_crsESRI`EPSG &EPSG*B 'projected_crsESRI_EPSG EPSG*A 'projected_crsESRI^EPSG EPSG*@ 'projected_crsESRI]EPSG EPSG*? 'projected_crsESRI\EPSGEPSG'> !conversionESRI\EPSGEPSG*= 'projected_crsESRI[EPSGEPSG'< !conversionESRI[EPSGEPSG*; 'projected_crsESRIZEPSGEPSG*: 'projected_crsESRIYEPSGEPSG*9 'projected_crsESRIXEPSGEPSG*8 'projected_crsESRIWEPSGEPSG*7 'projected_crsESRIVEPSGEPSG*6 'projected_crsESRIUEPSGEPSG*5 'projected_crsESRITEPSGEPSG*4 'projected_crsESRISEPSGEPSG*3 'projected_crsESRIREPSGEPSG*2 'projected_crsESRIQEPSGEPSG*1 'projected_crsESRIPEPSGEPSG*0 'projected_crsESRIOEPSGEPSG'/ !conversionESRIOEPSGEPSG*. 'projected_crsESRINEPSGEPSG'- !conversionESRINEPSGEPSG*, 'projected_crsESRIMEPSGEPSG'+ !conversionESRIMEPSGEPSG** 'projected_crsESRILEPSGEPSG') !conversionESRILEPSGEPSG*( 'projected_crsESRIKEPSGEPSG'' !conversionESRIKEPSGEPSG*& 'projected_crsESRIJEPSGEPSG'% !conversionESRIJEPSGEPSG*$ 'projected_crsESRIIEPSGEPSG'# !conversionESRIIEPSGEPSG*" 'projected_crsESRIHEPSGEPSG'! !conversionESRIHEPSGEPSG* 'projected_crsESRIGEPSGEPSG' !conversionESRIGEPSGEPSG* 'projected_crsESRIFEPSGEPSG' !conversionESRIFEPSGEPSG* 'projected_crsESRIEEPSGqEPSG' !conversionESRIEEPSGqEPSG* 'projected_crsESRIDEPSGEPSG' !conversionESRIDEPSGEPSG* 'projected_crsESRICEPSGEPSG' !conversionESRICEPSGEPSG* 'projected_crsESRIBEPSGEPSG' !conversionESRIBEPSGEPSG* 'projected_crsESRIAEPSGEPSG' !conversionESRIAEPSGEPSG* 'projected_crsESRI@EPSG EPSG' !conversionESRI@EPSG EPSG* 'projected_crsESRI?EPSG EPSG' !conversionESRI?EPSG EPSG* 'projected_crsESRI>EPSG EPSG' !conversionESRI>EPSG EPSG* 'projected_crsESRI=EPSG EPSG' !conversionESRI=EPSG EPSG) 'projected_crsESRI  a 3  V (vKk@`2U'uJj?_4T)'5 !conversionESRIEPSG$EPSG*4 'projected_crsESRIEPSG#EPSG'3 !conversionESRIEPSG#EPSG*2 'projected_crsESRIEPSG"EPSG'1 !conversionESRIEPSG"EPSG*0 'projected_crsESRIEPSG!EPSG'/ !conversionESRIEPSG!EPSG*. 'projected_crsESRIEPSGEPSG'- !conversionESRIEPSGEPSG*, 'projected_crsESRIEPSGEPSG'+ !conversionESRIEPSGEPSG** 'projected_crsESRIEPSGEPSG') !conversionESRIEPSGEPSG*( 'projected_crsESRIEPSGEPSG'' !conversionESRIEPSGEPSG*& 'projected_crsESRIEPSGEPSG'% !conversionESRIEPSGEPSG*$ 'projected_crsESRIEPSGEPSG'# !conversionESRIEPSGEPSG*" 'projected_crsESRIEPSGEPSG'! !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGuEPSG' !conversionESRIEPSGuEPSG* 'projected_crsESRIEPSGtEPSG' !conversionESRIEPSGtEPSG* 'projected_crsESRIEPSGsEPSG' !conversionESRIEPSGsEPSG* 'projected_crsESRIEPSGqEPSG' !conversionESRIEPSGqEPSG* 'projected_crsESRIEPSGrEPSG' !conversionESRIEPSGrEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGoEPSG' !conversionESRIEPSGoEPSG* 'projected_crsESRIEPSGnEPSG* 'projected_crsESRIEPSGiEPSG' !conversionESRIEPSGiEPSG* 'projected_crsESRIEPSGfEPSG' !conversionESRIEPSGfEPSG* 'projected_crsESRIEPSGeEPSG' !conversionESRIEPSGeEPSG* 'projected_crsESRIEPSGlEPSG' !conversionESRIEPSGlEPSG* 'projected_crsESRIEPSGkEPSG' !conversionESRIEPSGkEPSG* 'projected_crsESRIEPSGjEPSG' !conversionESRIEPSGjEPSG* 'projected_crsESRIEPSGhEPSG' !conversionESRIEPSGhEPSG* 'projected_crsESRIEPSGgEPSG' !conversionESRIEPSGgEPSG* 'projected_crsESRIEPSGcEPSG' !conversionESRIEPSGcEPSG* 'projected_crsESRIEPSG`EPSG'~ !conversionESRIEPSG`EPSG*} 'projected_crsESRIEPSGVEPSG'| !conversionESRIEPSGVEPSG*{ 'projected_crsESRIEPSGTEPSG'z !conversionESRIEPSGTEPSG*y 'projected_crsESRIEPSGEPSG*x 'projected_crsESRIEPSG EPSG*w 'projected_crsESRIEPSG EPSG*v 'projected_crsESRI~EPSG EPSG*u 'projected_crsESRI}EPSG EPSG*t 'projected_crsESRI|EPSGEPSG*s 'projected_crsESRI{EPSG EPSG*r 'projected_crsESRIzEPSG EPSG*q 'projected_crsESRIyEPSG EPSG*p 'projected_crsESRIxEPSG EPSG*o 'projected_crsESRIwEPSGuEPSG'n !conversionESRIwEPSGuEPSG*m 'projected_crsESRIvEPSGtEPSG'l !conversionESRIvEPSGtEPSG*k 'projected_crsESRIuEPSGsEPSG'j !conversionESRIuEPSGsEPSG*i 'projected_crsESRItEPSGqEPSG'h !conversionESRItEPSGqEPSG*g 'projected_crsESRIsEPSGrEPSG'f !conversionESRIsEPSGrEPSG*e 'projected_crsESRIrEPSGpEPSG'd !conversionESRIrEPSGpEPSG*c 'projected_crsESRIqEPSGoEPSG'b !conversionESRIqEPSGoEPSG*a 'projected_crsESRIpEPSGnEPSG'` !conversionESRIpEPSGnEPSG*_ 'projected_crsESRIoEPSGiEPSG WyN nC c 5  } O ! i ; [ 0  { M lA^0|N nCc5R'uGj<' !conversionESRIEPSGFEPSG* 'projected_crsESRIEPSGEEPSG' !conversionESRIEPSGEEPSG* 'projected_crsESRIEPSGDEPSG' !conversionESRIEPSGDEPSG* 'projected_crsESRIEPSGCEPSG' !conversionESRIEPSGCEPSG* 'projected_crsESRIEPSGBEPSG' !conversionESRIEPSGBEPSG* 'projected_crsESRIEPSGAEPSG' !conversionESRIEPSGAEPSG* 'projected_crsESRIEPSG@EPSG' !conversionESRIEPSG@EPSG* 'projected_crsESRIEPSG?EPSG'~ !conversionESRIEPSG?EPSG*} 'projected_crsESRIEPSG>EPSG'| !conversionESRIEPSG>EPSG*{ 'projected_crsESRIEPSGqEPSG*z 'projected_crsESRIEPSG EPSG*y 'projected_crsESRIEPSG EPSG*x 'projected_crsESRIEPSG EPSG*w 'projected_crsESRIEPSGeEPSG'v !conversionESRIEPSGeEPSG*u 'projected_crsESRIEPSGdEPSG't !conversionESRIEPSGdEPSG*s 'projected_crsESRIEPSGEPSG'r !conversionESRIEPSGEPSG*q 'projected_crsESRIEPSGEPSG'p !conversionESRIEPSGEPSG*o 'projected_crsESRIEPSGEPSG'n !conversionESRIEPSGEPSG*m 'projected_crsESRIEPSG_EPSG*l 'projected_crsESRIEPSG_EPSG'k !conversionESRIEPSG_EPSG)j 'projected_crsESRIESRIEPSG*i 'projected_crsESRIEPSG{EPSG*h 'projected_crsESRIEPSGzEPSG*g 'projected_crsESRIEPSGyEPSG*f 'projected_crsESRIEPSGxEPSG*e 'projected_crsESRIEPSGwEPSG*d 'projected_crsESRIEPSGEPSG'c !conversionESRIEPSGEPSG*b 'projected_crsESRIEPSGEPSG'a !conversionESRIEPSGEPSG*` 'projected_crsESRIEPSG EPSG)_ 'projected_crsESRIESRI;EPSG&^ !conversionESRIESRI;EPSG*] 'projected_crsESRIEPSG/EPSG*\ 'projected_crsESRIEPSGEPSG*[ 'projected_crsESRIEPSGEPSG*Z 'projected_crsESRIEPSGEPSG*Y 'projected_crsESRIEPSG/EPSG'X !conversionESRIEPSG/EPSG*W 'projected_crsESRIEPSGEPSG'V !conversionESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG'T !conversionESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG*P 'projected_crsESRIEPSGEPSG*O 'projected_crsESRIEPSGEPSG*N 'projected_crsESRIEPSGEPSG*M 'projected_crsESRIEPSGEPSG*L 'projected_crsESRIEPSGEPSG*K 'projected_crsESRIEPSGEPSG*J 'projected_crsESRIEPSG}EPSG*I 'projected_crsESRIEPSG{EPSG*H 'projected_crsESRIEPSGyEPSG*G 'projected_crsESRIEPSGwEPSG*F 'projected_crsESRIEPSG EPSG*E 'projected_crsESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG'C !conversionESRIEPSGEPSG*B 'projected_crsESRIEPSGEPSG'A !conversionESRIEPSGEPSG*@ 'projected_crsESRIEPSGEPSG'? !conversionESRIEPSGEPSG*> 'projected_crsESRIEPSGEPSG'= !conversionESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG'; !conversionESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG'9 !conversionESRIEPSGEPSG*8 'projected_crsESRIEPSG%EPSG'7 !conversionESRIEPSG%EPSG*6 'projected_crsESRIEPSG$EPSG WyN nC c 8 X - x J  d 6  V (vKk=`2U'uJj?Y+yN *c 'projected_crsESRI EPSGEPSG'b !conversionESRI EPSGEPSG*a 'projected_crsESRI EPSGEPSG'` !conversionESRI EPSGEPSG*_ 'projected_crsESRI EPSGEPSG'^ !conversionESRI EPSGEPSG*] 'projected_crsESRI EPSGEPSG'\ !conversionESRI EPSGEPSG*[ 'projected_crsESRI EPSGEPSG*Z 'projected_crsESRIEPSG EPSG*Y 'projected_crsESRIEPSG EPSG*X 'projected_crsESRIEPSG EPSG*W 'projected_crsESRIEPSG EPSG*V 'projected_crsESRIEPSGEPSG'U !conversionESRIEPSGEPSG*T 'projected_crsESRIEPSGEPSG'S !conversionESRIEPSGEPSG*R 'projected_crsESRIEPSGEPSG'Q !conversionESRIEPSGEPSG*P 'projected_crsESRIEPSGbEPSG'O !conversionESRIEPSGbEPSG*N 'projected_crsESRIEPSGaEPSG'M !conversionESRIEPSGaEPSG*L 'projected_crsESRIEPSGEPSG'K !conversionESRIEPSGEPSG*J 'projected_crsESRIEPSGEPSG'I !conversionESRIEPSGEPSG*H 'projected_crsESRIEPSGEPSG'G !conversionESRIEPSGEPSG*F 'projected_crsESRIEPSGzEPSG'E !conversionESRIEPSGzEPSG*D 'projected_crsESRIEPSGyEPSG'C !conversionESRIEPSGyEPSG*B 'projected_crsESRIEPSGxEPSG'A !conversionESRIEPSGxEPSG*@ 'projected_crsESRIEPSGvEPSG'? !conversionESRIEPSGvEPSG*> 'projected_crsESRIEPSGwEPSG'= !conversionESRIEPSGwEPSG*< 'projected_crsESRIEPSG2EPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG'2 !conversionESRIEPSGEPSG*1 'projected_crsESRIEPSGEPSG'0 !conversionESRIEPSGEPSG*/ 'projected_crsESRIEPSGmEPSG*. 'projected_crsESRIEPSGuEPSG*- 'projected_crsESRIEPSGtEPSG*, 'projected_crsESRIEPSGsEPSG*+ 'projected_crsESRIEPSGrEPSG** 'projected_crsESRIEPSGqEPSG*) 'projected_crsESRIEPSGpEPSG*( 'projected_crsESRIEPSGoEPSG*' 'projected_crsESRIEPSGnEPSG*& 'projected_crsESRIEPSGlEPSG*% 'projected_crsESRIEPSGkEPSG'$ !conversionESRIEPSGkEPSG*# 'projected_crsESRIEPSGjEPSG'" !conversionESRIEPSGjEPSG*! 'projected_crsESRIEPSGPEPSG' !conversionESRIEPSGPEPSG* 'projected_crsESRIEPSGOEPSG' !conversionESRIEPSGOEPSG* 'projected_crsESRIEPSGNEPSG' !conversionESRIEPSGNEPSG* 'projected_crsESRIEPSGMEPSG' !conversionESRIEPSGMEPSG* 'projected_crsESRIEPSGLEPSG' !conversionESRIEPSGLEPSG* 'projected_crsESRIEPSGKEPSG' !conversionESRIEPSGKEPSG* 'projected_crsESRIEPSGJEPSG' !conversionESRIEPSGJEPSG* 'projected_crsESRIEPSGIEPSG' !conversionESRIEPSGIEPSG* 'projected_crsESRIEPSGHEPSG' !conversionESRIEPSGHEPSG* 'projected_crsESRIEPSGGEPSG' !conversionESRIEPSGGEPSG* 'projected_crsESRIEPSGFEPSG W|N#qC f 8 [ -  { P " p E  e : W)wLlA^0U'uJj?_1*: 'projected_crsESRIEPSG)W 'projected_crsESRIKESRI=EPSG*V 'projected_crsESRIJEPSGEPSG'U !conversionESRIJEPSGEPSG*T 'projected_crsESRIIEPSGEPSG'S !conversionESRIIEPSGEPSG*R 'projected_crsESRIHEPSGEPSG'Q !conversionESRIHEPSGEPSG*P 'projected_crsESRIGEPSGEPSG'O !conversionESRIGEPSGEPSG*N 'projected_crsESRIFEPSGEPSG'M !conversionESRIFEPSGEPSG*L 'projected_crsESRIEEPSGEPSG'K !conversionESRIEEPSGEPSG*J 'projected_crsESRIDEPSGEPSG'I !conversionESRIDEPSGEPSG*H 'projected_crsESRICEPSGEPSG'G !conversionESRICEPSGEPSG*F 'projected_crsESRIBEPSGEPSG'E !conversionESRIBEPSGEPSG*D 'projected_crsESRIAEPSGEPSG'C !conversionESRIAEPSGEPSG*B 'projected_crsESRI@EPSGEPSG'A !conversionESRI@EPSGEPSG*@ 'projected_crsESRI?EPSGzEPSG'? !conversionESRI?EPSGzEPSG*> 'projected_crsESRI>EPSGEPSG'= !conversionESRI>EPSGEPSG*< 'projected_crsESRI=EPSGEPSG'; !conversionESRI=EPSGEPSG Y|N n@ h ;  c 6 ^ 1  Y ,  ~ T 'yO"tJoEj@e;`6 [1V,&j !conversionESRIESRIcEPSG)i 'projected_crsESRIESRIcEPSG&h !conversionESRIESRIcEPSG)g 'projected_crsESRIESRIbEPSG&f !conversionESRIESRIbEPSG)e 'projected_crsESRIESRIbEPSG&d !conversionESRIESRIbEPSG)c 'projected_crsESRIESRIaEPSG&b !conversionESRIESRIaEPSG)a 'projected_crsESRIESRI`EPSG&` !conversionESRIESRI`EPSG)_ 'projected_crsESRIESRI`EPSG&^ !conversionESRIESRI`EPSG)] 'projected_crsESRIESRI_EPSG&\ !conversionESRIESRI_EPSG)[ 'projected_crsESRIESRI^EPSG&Z !conversionESRIESRI^EPSG)Y 'projected_crsESRIESRI]EPSG&X !conversionESRIESRI]EPSG)W 'projected_crsESRIESRI\EPSG&V !conversionESRIESRI\EPSG)U 'projected_crsESRIESRI[EPSG&T !conversionESRIESRI[EPSG)S 'projected_crsESRIESRIZEPSG&R !conversionESRIESRIZEPSG)Q 'projected_crsESRIESRIYEPSG&P !conversionESRIESRIYEPSG)O 'projected_crsESRIESRIXEPSG&N !conversionESRIESRIXEPSG)M 'projected_crsESRIESRIWEPSG&L !conversionESRIESRIWEPSG)K 'projected_crsESRIESRIVEPSG&J !conversionESRIESRIVEPSG)I 'projected_crsESRIESRIUEPSG&H !conversionESRIESRIUEPSG)G 'projected_crsESRIESRITEPSG&F !conversionESRIESRITEPSG)E 'projected_crsESRIESRISEPSG&D !conversionESRIESRISEPSG)C 'projected_crsESRIESRIREPSG&B !conversionESRIESRIREPSG)A 'projected_crsESRIESRIQEPSG&@ !conversionESRIESRIQEPSG)? 'projected_crsESRIESRIPEPSG&> !conversionESRIESRIPEPSG)= 'projected_crsESRIESRIOEPSG&< !conversionESRIESRIOEPSG); 'projected_crsESRIESRINEPSG&: !conversionESRIESRINEPSG)9 'projected_crsESRI~ESRIMEPSG&8 !conversionESRI~ESRIMEPSG)7 'projected_crsESRI}ESRILEPSG&6 !conversionESRI}ESRILEPSG)5 'projected_crsESRI|ESRIKEPSG&4 !conversionESRI|ESRIKEPSG)3 'projected_crsESRI{ESRIJEPSG&2 !conversionESRI{ESRIJEPSG)1 'projected_crsESRIzESRIIEPSG&0 !conversionESRIzESRIIEPSG)/ 'projected_crsESRIyESRIHEPSG&. !conversionESRIyESRIHEPSG)- 'projected_crsESRIxESRIGEPSG&, !conversionESRIxESRIGEPSG)+ 'projected_crsESRIwESRIFEPSG&* !conversionESRIwESRIFEPSG)) 'projected_crsESRIvESRIEEPSG&( !conversionESRIvESRIEEPSG)' 'projected_crsESRIuESRIDEPSG&& !conversionESRIuESRIDEPSG)% 'projected_crsESRItESRICEPSG&$ !conversionESRItESRICEPSG)# 'projected_crsESRIsESRIBEPSG&" !conversionESRIsESRIBEPSG)! 'projected_crsESRIrESRIAEPSG& !conversionESRIrESRIAEPSG) 'projected_crsESRIqESRI@EPSG& !conversionESRIqESRI@EPSG) 'projected_crsESRIpESRI?EPSG& !conversionESRIpESRI?EPSG* 'projected_crsESRIoEPSG/EPSG' !conversionESRIoEPSG/EPSG* 'projected_crsESRInEPSGVEPSG' !conversionESRInEPSGVEPSG* 'projected_crsESRImEPSGEPSG* 'projected_crsESRIlEPSGEPSG* 'projected_crsESRIkEPSGjEPSG' !conversionESRIkEPSGjEPSG* 'projected_crsESRIjEPSG KEPSG' !conversionESRIjEPSG KEPSG Y|R%wM r H  m C  h >  c 9 ^ 4 Y/T*|O%wJ rEm@h;c6 )C 'projected_crsESRIESRIxEPSG&B !conversionESRIESRIxEPSG)A 'projected_crsESRIESRIxEPSG&@ !conversionESRIESRIxEPSG)? 'projected_crsESRIESRIwEPSG&> !conversionESRIESRIwEPSG)= 'projected_crsESRIESRIwEPSG&< !conversionESRIESRIwEPSG); 'projected_crsESRIESRIvEPSG&: !conversionESRIESRIvEPSG)9 'projected_crsESRIESRIvEPSG&8 !conversionESRIESRIvEPSG)7 'projected_crsESRIESRIuEPSG&6 !conversionESRIESRIuEPSG)5 'projected_crsESRIESRIuEPSG&4 !conversionESRIESRIuEPSG)3 'projected_crsESRIESRItEPSG&2 !conversionESRIESRItEPSG)1 'projected_crsESRIESRItEPSG&0 !conversionESRIESRItEPSG)/ 'projected_crsESRIESRIsEPSG&. !conversionESRIESRIsEPSG)- 'projected_crsESRIESRIsEPSG&, !conversionESRIESRIsEPSG)+ 'projected_crsESRIESRIrEPSG&* !conversionESRIESRIrEPSG)) 'projected_crsESRIESRIrEPSG&( !conversionESRIESRIrEPSG)' 'projected_crsESRIESRIqEPSG&& !conversionESRIESRIqEPSG)% 'projected_crsESRIESRIqEPSG&$ !conversionESRIESRIqEPSG)# 'projected_crsESRIESRIpEPSG&" !conversionESRIESRIpEPSG)! 'projected_crsESRIESRIpEPSG& !conversionESRIESRIpEPSG) 'projected_crsESRIESRIoEPSG& !conversionESRIESRIoEPSG) 'projected_crsESRIESRIoEPSG& !conversionESRIESRIoEPSG) 'projected_crsESRIESRInEPSG& !conversionESRIESRInEPSG) 'projected_crsESRIESRInEPSG& !conversionESRIESRInEPSG) 'projected_crsESRIESRImEPSG& !conversionESRIESRImEPSG) 'projected_crsESRIESRImEPSG& !conversionESRIESRImEPSG) 'projected_crsESRIESRIlEPSG& !conversionESRIESRIlEPSG) 'projected_crsESRIESRIlEPSG& !conversionESRIESRIlEPSG) 'projected_crsESRIESRIkEPSG& !conversionESRIESRIkEPSG) 'projected_crsESRIESRIkEPSG& !conversionESRIESRIkEPSG) 'projected_crsESRIESRIjEPSG& !conversionESRIESRIjEPSG) 'projected_crsESRIESRIjEPSG& !conversionESRIESRIjEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIhEPSG& !conversionESRIESRIhEPSG) 'projected_crsESRIESRIhEPSG&~ !conversionESRIESRIhEPSG)} 'projected_crsESRIESRIhEPSG&| !conversionESRIESRIhEPSG){ 'projected_crsESRIESRIgEPSG&z !conversionESRIESRIgEPSG)y 'projected_crsESRIESRIgEPSG&x !conversionESRIESRIgEPSG)w 'projected_crsESRIESRIfEPSG&v !conversionESRIESRIfEPSG)u 'projected_crsESRIESRIfEPSG&t !conversionESRIESRIfEPSG)s 'projected_crsESRIESRIeEPSG&r !conversionESRIESRIeEPSG)q 'projected_crsESRIESRIeEPSG&p !conversionESRIESRIeEPSG)o 'projected_crsESRIESRIdEPSG&n !conversionESRIESRIdEPSG)m 'projected_crsESRIESRIdEPSG&l !conversionESRIESRIdEPSG)k 'projected_crsESRIESRIcEPSG XR(zM# u H  p C  k >  c 5 X *xMmBb7 W,zL!oAd6 Y+* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG'~ !conversionESRIESRIEPSG*} 'projected_crsESRIESRIEPSG'| !conversionESRIESRIEPSG*{ 'projected_crsESRIESRIEPSG'z !conversionESRIESRIEPSG*y 'projected_crsESRIESRIEPSG'x !conversionESRIESRIEPSG*w 'projected_crsESRIESRIEPSG'v !conversionESRIESRIEPSG*u 'projected_crsESRIESRIEPSG't !conversionESRIESRIEPSG*s 'projected_crsESRIESRIEPSG'r !conversionESRIESRIEPSG*q 'projected_crsESRIESRIEPSG'p !conversionESRIESRIEPSG*o 'projected_crsESRIESRIEPSG'n !conversionESRIESRIEPSG*m 'projected_crsESRIESRIEPSG'l !conversionESRIESRIEPSG*k 'projected_crsESRIESRIEPSG'j !conversionESRIESRIEPSG*i 'projected_crsESRIESRIEPSG'h !conversionESRIESRIEPSG*g 'projected_crsESRIESRIEPSG'f !conversionESRIESRIEPSG*e 'projected_crsESRIESRIEPSG'd !conversionESRIESRIEPSG*c 'projected_crsESRIESRIEPSG'b !conversionESRIESRIEPSG)a 'projected_crsESRIESRIEPSG&` !conversionESRIESRIEPSG)_ 'projected_crsESRIESRIEPSG&^ !conversionESRIESRIEPSG)] 'projected_crsESRIESRI~EPSG&\ !conversionESRIESRI~EPSG)[ 'projected_crsESRIESRI~EPSG&Z !conversionESRIESRI~EPSG)Y 'projected_crsESRIESRI}EPSG&X !conversionESRIESRI}EPSG)W 'projected_crsESRIESRI}EPSG&V !conversionESRIESRI}EPSG)U 'projected_crsESRIESRI}EPSG&T !conversionESRIESRI}EPSG)S 'projected_crsESRIESRI}EPSG&R !conversionESRIESRI}EPSG)Q 'projected_crsESRIESRI|EPSG&P !conversionESRIESRI|EPSG)O 'projected_crsESRIESRI|EPSG&N !conversionESRIESRI|EPSG)M 'projected_crsESRIESRI|EPSG&L !conversionESRIESRI|EPSG)K 'projected_crsESRIESRI{EPSG&J !conversionESRIESRI{EPSG)I 'projected_crsESRIESRIzEPSG&H !conversionESRIESRIzEPSG)G 'projected_crsESRIESRIyEPSG&F !conversionESRIESRIyEPSG)E 'projected_crsESRIESRIyEPSG&D !conversionESRIESRIyEPSG W|N#qC c 8 U ' u G  g 9 Y + vKh: W)wIi>^0~P%pE*r 'projected_crsESRI&ESRIEPSG'q !conversionESRI&ESRIEPSG*p 'projected_crsESRI%ESRIEPSG'o !conversionESRI%ESRIEPSG*n 'projected_crsESRI$ESRIEPSG*m 'projected_crsESRI#ESRIEPSG'l !conversionESRI#ESRIEPSG*k 'projected_crsESRI"ESRIEPSG'j !conversionESRI"ESRIEPSG*i 'projected_crsESRI!ESRIEPSG'h !conversionESRI!ESRIEPSG*g 'projected_crsESRI ESRIEPSG*f 'projected_crsESRIESRIEPSG'e !conversionESRIESRIEPSG*d 'projected_crsESRIESRIEPSG'c !conversionESRIESRIEPSG*b 'projected_crsESRIESRIEPSG'a !conversionESRIESRIEPSG*` 'projected_crsESRIESRIEPSG*_ 'projected_crsESRIESRIEPSG'^ !conversionESRIESRIEPSG*] 'projected_crsESRIESRIEPSG*\ 'projected_crsESRIESRIEPSG'[ !conversionESRIESRIEPSG*Z 'projected_crsESRIESRIEPSG'Y !conversionESRIESRIEPSG*X 'projected_crsESRIESRIEPSG'W !conversionESRIESRIEPSG*V 'projected_crsESRIESRIEPSG'U !conversionESRIESRIEPSG*T 'projected_crsESRIEPSG}EPSG*S 'projected_crsESRIEPSG|EPSG*R 'projected_crsESRIEPSGzEPSG*Q 'projected_crsESRIEPSG{EPSG*P 'projected_crsESRIEPSGyEPSG'O !conversionESRIEPSGyEPSG*N 'projected_crsESRIEPSGwEPSG*M 'projected_crsESRIEPSGtEPSG'L !conversionESRIEPSGtEPSG*K 'projected_crsESRIEPSGxEPSG*J 'projected_crsESRI EPSGuEPSG*I 'projected_crsESRI EPSGsEPSG*H 'projected_crsESRI EPSGvEPSG'G !conversionESRI EPSGvEPSG*F 'projected_crsESRI EPSGqEPSG*E 'projected_crsESRI EPSGrEPSG*D 'projected_crsESRIEPSGmEPSG'C !conversionESRIEPSGmEPSG*B 'projected_crsESRIEPSGnEPSG*A 'projected_crsESRIEPSGlEPSG'@ !conversionESRIEPSGlEPSG*? 'projected_crsESRIEPSGoEPSG'> !conversionESRIEPSGoEPSG*= 'projected_crsESRIEPSGpEPSG*< 'projected_crsESRIEPSGfEPSG'; !conversionESRIEPSGfEPSG*: 'projected_crsESRIEPSGiEPSG*9 'projected_crsESRIEPSGgEPSG'8 !conversionESRIEPSGgEPSG*7 'projected_crsESRIEPSGkEPSG*6 'projected_crsESRIEPSGeEPSG'5 !conversionESRIEPSGeEPSG*4 'projected_crsESRIEPSGjEPSG*3 'projected_crsESRIEPSGhEPSG'2 !conversionESRIEPSGhEPSG*1 'projected_crsESRIEPSGdEPSG'0 !conversionESRIEPSGdEPSG*/ 'projected_crsESRIEPSGbEPSG*. 'projected_crsESRIEPSGcEPSG*- 'projected_crsESRIEPSGaEPSG*, 'projected_crsESRIEPSG^EPSG'+ !conversionESRIEPSG^EPSG** 'projected_crsESRIEPSG`EPSG') !conversionESRIEPSG`EPSG*( 'projected_crsESRIEPSG]EPSG*' 'projected_crsESRIEPSG_EPSG'& !conversionESRIEPSG_EPSG*% 'projected_crsESRIESRIEPSG'$ !conversionESRIESRIEPSG*# 'projected_crsESRIESRIEPSG'" !conversionESRIESRIEPSG*! 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG UyKe7 W ) t I  c 5  } R $ l > [-xMj<V(pB\.vHb4*G 'projected_crsESRIqEPSGEPSG*F 'projected_crsESRIpEPSGEPSG*E 'projected_crsESRIoEPSGEPSG*D 'projected_crsESRInEPSGEPSG*C 'projected_crsESRImEPSGEPSG*B 'projected_crsESRIlEPSGEPSG*A 'projected_crsESRIkEPSGEPSG*@ 'projected_crsESRIjEPSGbEPSG*? 'projected_crsESRIiEPSGbEPSG*> 'projected_crsESRIhEPSGaEPSG*= 'projected_crsESRIgEPSGaEPSG*< 'projected_crsESRIfEPSGEPSG*; 'projected_crsESRIeEPSGEPSG*: 'projected_crsESRIdEPSGEPSG*9 'projected_crsESRIcEPSGEPSG*8 'projected_crsESRIbEPSGEPSG*7 'projected_crsESRIaEPSGEPSG*6 'projected_crsESRI`EPSGEPSG*5 'projected_crsESRI_EPSGEPSG*4 'projected_crsESRI^EPSGEPSG*3 'projected_crsESRI]EPSGEPSG*2 'projected_crsESRI\EPSGEPSG*1 'projected_crsESRI[EPSGEPSG*0 'projected_crsESRIZEPSGEPSG*/ 'projected_crsESRIYEPSGEPSG*. 'projected_crsESRIXEPSGEPSG*- 'projected_crsESRIWEPSGEPSG*, 'projected_crsESRIVEPSGEPSG*+ 'projected_crsESRIUEPSGEPSG** 'projected_crsESRITEPSGzEPSG*) 'projected_crsESRISEPSGyEPSG*( 'projected_crsESRIREPSGzEPSG*' 'projected_crsESRIQEPSGyEPSG*& 'projected_crsESRIPEPSGxEPSG'% !conversionESRIPEPSGxEPSG*$ 'projected_crsESRIOEPSGvEPSG'# !conversionESRIOEPSGvEPSG*" 'projected_crsESRINEPSGwEPSG'! !conversionESRINEPSGwEPSG* 'projected_crsESRIMEPSGxEPSG* 'projected_crsESRILEPSGvEPSG* 'projected_crsESRIKEPSGwEPSG* 'projected_crsESRIJEPSGmEPSG' !conversionESRIJEPSGmEPSG* 'projected_crsESRIIEPSGuEPSG* 'projected_crsESRIHEPSGtEPSG* 'projected_crsESRIGEPSGsEPSG* 'projected_crsESRIFEPSGrEPSG* 'projected_crsESRIEEPSGqEPSG* 'projected_crsESRIDEPSGpEPSG* 'projected_crsESRICEPSGoEPSG* 'projected_crsESRIBEPSGnEPSG* 'projected_crsESRIAEPSGlEPSG' !conversionESRIAEPSGlEPSG* 'projected_crsESRI@EPSGkEPSG* 'projected_crsESRI?EPSGjEPSG* 'projected_crsESRI>EPSGEPSG* 'projected_crsESRI=EPSGEPSG* 'projected_crsESRI 'projected_crsESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG*; 'projected_crsESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG*8 'projected_crsESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG*6 'projected_crsESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG*4 'projected_crsESRIEPSGEPSG'3 !conversionESRIEPSGEPSG*2 'projected_crsESRIEPSGEPSG'1 !conversionESRIEPSGEPSG*0 'projected_crsESRIEPSGEPSG*/ 'projected_crsESRIEPSGEPSG*. 'projected_crsESRIEPSGzEPSG'- !conversionESRIEPSGzEPSG*, 'projected_crsESRIEPSGzEPSG'+ !conversionESRIEPSGzEPSG** 'projected_crsESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG*( 'projected_crsESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG*& 'projected_crsESRIEPSGEPSG*% 'projected_crsESRIEPSGEPSG*$ 'projected_crsESRIEPSGEPSG*# 'projected_crsESRIEPSGEPSG*" 'projected_crsESRIEPSGEPSG*! 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG VvHb4 | N h : T & n @  Z ,zL!oAd6 Y+yN nCc8 X-'G !conversionESRIKEPSGEPSG*F 'projected_crsESRIJEPSGEPSG'E !conversionESRIJEPSGEPSG*D 'projected_crsESRIIEPSGEPSG'C !conversionESRIIEPSGEPSG*B 'projected_crsESRIHEPSGEPSG'A !conversionESRIHEPSGEPSG*@ 'projected_crsESRIGEPSGEPSG'? !conversionESRIGEPSGEPSG*> 'projected_crsESRIFEPSGEPSG'= !conversionESRIFEPSGEPSG*< 'projected_crsESRIEEPSGEPSG'; !conversionESRIEEPSGEPSG*: 'projected_crsESRIDEPSGEPSG'9 !conversionESRIDEPSGEPSG*8 'projected_crsESRICEPSGEPSG'7 !conversionESRICEPSGEPSG*6 'projected_crsESRIBEPSGEPSG'5 !conversionESRIBEPSGEPSG*4 'projected_crsESRIAEPSGEPSG'3 !conversionESRIAEPSGEPSG*2 'projected_crsESRI@EPSGEPSG'1 !conversionESRI@EPSGEPSG*0 'projected_crsESRI?EPSGzEPSG'/ !conversionESRI?EPSGzEPSG*. 'projected_crsESRI>EPSGyEPSG'- !conversionESRI>EPSGyEPSG*, 'projected_crsESRI=EPSGzEPSG'+ !conversionESRI=EPSGzEPSG** 'projected_crsESRI 'projected_crsESRIEPSGEPSG'= !conversionESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG'; !conversionESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG'9 !conversionESRIEPSGEPSG*8 'projected_crsESRIEPSGEPSG'7 !conversionESRIEPSGEPSG*6 'projected_crsESRIEPSGEPSG'5 !conversionESRIEPSGEPSG*4 'projected_crsESRIEPSGEPSG'3 !conversionESRIEPSGEPSG*2 'projected_crsESRIEPSGEPSG'1 !conversionESRIEPSGEPSG*0 'projected_crsESRIEPSG EPSG'/ !conversionESRIEPSG EPSG*. 'projected_crsESRI~EPSGEPSG'- !conversionESRI~EPSGEPSG*, 'projected_crsESRI}EPSG EPSG'+ !conversionESRI}EPSG EPSG** 'projected_crsESRI|EPSGEPSG') !conversionESRI|EPSGEPSG*( 'projected_crsESRI{EPSGEPSG'' !conversionESRI{EPSGEPSG*& 'projected_crsESRIzEPSGEPSG'% !conversionESRIzEPSGEPSG*$ 'projected_crsESRIyEPSGjEPSG'# !conversionESRIyEPSGjEPSG*" 'projected_crsESRIxEPSGjEPSG'! !conversionESRIxEPSGjEPSG* 'projected_crsESRIwEPSGEPSG' !conversionESRIwEPSGEPSG W|N n@ ` 5  R ' r G  g 9  \ . |N#qCf8 [-{M"pBe7 Z,*L 'projected_crsESRIEPSGEPSG'K !conversionESRIEPSGEPSG*J 'projected_crsESRIEPSGEPSG'I !conversionESRIEPSGEPSG*H 'projected_crsESRIEPSGEPSG'G !conversionESRIEPSGEPSG*F 'projected_crsESRIEPSGEPSG'E !conversionESRIEPSGEPSG*D 'projected_crsESRIEPSGmEPSG'C !conversionESRIEPSGmEPSG*B 'projected_crsESRIEPSGmEPSG'A !conversionESRIEPSGmEPSG*@ 'projected_crsESRIEPSG EPSG'? !conversionESRIEPSG EPSG*> 'projected_crsESRIEPSG EPSG'= !conversionESRIEPSG EPSG*< 'projected_crsESRIEPSG EPSG'; !conversionESRIEPSG EPSG*: 'projected_crsESRIEPSGEPSG'9 !conversionESRIEPSGEPSG*8 'projected_crsESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG'2 !conversionESRIEPSGEPSG*1 'projected_crsESRIEPSGEPSG'0 !conversionESRIEPSGEPSG*/ 'projected_crsESRIEPSGEPSG'. !conversionESRIEPSGEPSG*- 'projected_crsESRIEPSGEPSG', !conversionESRIEPSGEPSG*+ 'projected_crsESRIEPSGEPSG'* !conversionESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG'( !conversionESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG'& !conversionESRIEPSGEPSG*% 'projected_crsESRIEPSGEPSG'$ !conversionESRIEPSGEPSG*# 'projected_crsESRIEPSGEPSG'" !conversionESRIEPSGEPSG*! 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG*~ 'projected_crsESRIEPSGEPSG'} !conversionESRIEPSGEPSG*| 'projected_crsESRIEPSGEPSG'{ !conversionESRIEPSGEPSG*z 'projected_crsESRIEPSGEPSG*y 'projected_crsESRIEPSGEPSG'x !conversionESRIEPSGEPSG*w 'projected_crsESRIEPSGEPSG'v !conversionESRIEPSGEPSG W|N#qC f 8 [ -  { P " p E  e : Z/}O$rDg9\.|Q#qCf8 *# 'projected_crsESRIEPSGEPSG'" !conversionESRIEPSGEPSG*! 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG*~ 'projected_crsESRIEPSGEPSG'} !conversionESRIEPSGEPSG*| 'projected_crsESRIEPSGEPSG'{ !conversionESRIEPSGEPSG*z 'projected_crsESRIEPSGEPSG'y !conversionESRIEPSGEPSG*x 'projected_crsESRIEPSGEPSG'w !conversionESRIEPSGEPSG*v 'projected_crsESRIEPSGEPSG'u !conversionESRIEPSGEPSG*t 'projected_crsESRIEPSGEPSG's !conversionESRIEPSGEPSG*r 'projected_crsESRIEPSGEPSG'q !conversionESRIEPSGEPSG*p 'projected_crsESRIEPSGEPSG'o !conversionESRIEPSGEPSG*n 'projected_crsESRIEPSGEPSG'm !conversionESRIEPSGEPSG*l 'projected_crsESRIEPSGEPSG'k !conversionESRIEPSGEPSG*j 'projected_crsESRIEPSGEPSG'i !conversionESRIEPSGEPSG*h 'projected_crsESRIEPSGEPSG'g !conversionESRIEPSGEPSG*f 'projected_crsESRIEPSGEPSG'e !conversionESRIEPSGEPSG*d 'projected_crsESRIEPSGEPSG'c !conversionESRIEPSGEPSG*b 'projected_crsESRIEPSGEPSG'a !conversionESRIEPSGEPSG*` 'projected_crsESRIEPSGEPSG'_ !conversionESRIEPSGEPSG*^ 'projected_crsESRIEPSGEPSG'] !conversionESRIEPSGEPSG*\ 'projected_crsESRIEPSGEPSG'[ !conversionESRIEPSGEPSG*Z 'projected_crsESRIEPSGEPSG'Y !conversionESRIEPSGEPSG*X 'projected_crsESRIEPSGEPSG'W !conversionESRIEPSGEPSG*V 'projected_crsESRIEPSGEPSG'U !conversionESRIEPSGEPSG*T 'projected_crsESRIEPSGEPSG'S !conversionESRIEPSGEPSG*R 'projected_crsESRIEPSGEPSG'Q !conversionESRIEPSGEPSG*P 'projected_crsESRIEPSGEPSG'O !conversionESRIEPSGEPSG*N 'projected_crsESRIEPSGEPSG'M !conversionESRIEPSGEPSG W|N n@ ` 5  U ' r G  g 9 Y + yK n@c5U*xJm?b4T)'z !conversionESRI2EPSGtEPSG*y 'projected_crsESRI1EPSGsEPSG'x !conversionESRI1EPSGsEPSG*w 'projected_crsESRI0EPSGsEPSG'v !conversionESRI0EPSGsEPSG*u 'projected_crsESRI/EPSGEPSG't !conversionESRI/EPSGEPSG*s 'projected_crsESRI.EPSGEPSG*r 'projected_crsESRI-EPSGEPSG'q !conversionESRI-EPSGEPSG*p 'projected_crsESRI,EPSGEPSG'o !conversionESRI,EPSGEPSG*n 'projected_crsESRI+EPSGEPSG'm !conversionESRI+EPSGEPSG*l 'projected_crsESRI*EPSGEPSG'k !conversionESRI*EPSGEPSG*j 'projected_crsESRI)EPSGEPSG'i !conversionESRI)EPSGEPSG*h 'projected_crsESRI(EPSGEPSG'g !conversionESRI(EPSGEPSG*f 'projected_crsESRI'EPSGEPSG'e !conversionESRI'EPSGEPSG*d 'projected_crsESRI&EPSGEPSG'c !conversionESRI&EPSGEPSG*b 'projected_crsESRI%EPSGEPSG'a !conversionESRI%EPSGEPSG*` 'projected_crsESRI$EPSGEPSG'_ !conversionESRI$EPSGEPSG*^ 'projected_crsESRI#EPSGEPSG'] !conversionESRI#EPSGEPSG*\ 'projected_crsESRI"EPSGEPSG*[ 'projected_crsESRI!EPSGEPSG'Z !conversionESRI!EPSGEPSG*Y 'projected_crsESRI EPSGEPSG'X !conversionESRI EPSGEPSG*W 'projected_crsESRIEPSGEPSG'V !conversionESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG'T !conversionESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG'P !conversionESRIEPSGEPSG*O 'projected_crsESRIEPSGEPSG*N 'projected_crsESRIEPSGEPSG'M !conversionESRIEPSGEPSG*L 'projected_crsESRIEPSGEPSG'K !conversionESRIEPSGEPSG*J 'projected_crsESRIEPSGEPSG'I !conversionESRIEPSGEPSG*H 'projected_crsESRIEPSGEPSG*G 'projected_crsESRIEPSGEPSG'F !conversionESRIEPSGEPSG*E 'projected_crsESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG*C 'projected_crsESRIEPSGEPSG'B !conversionESRIEPSGEPSG*A 'projected_crsESRIEPSGEPSG'@ !conversionESRIEPSGEPSG*? 'projected_crsESRIEPSGEPSG'> !conversionESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG'; !conversionESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG*9 'projected_crsESRI EPSGEPSG'8 !conversionESRI EPSGEPSG*7 'projected_crsESRI EPSGEPSG'6 !conversionESRI EPSGEPSG*5 'projected_crsESRI EPSGEPSG*4 'projected_crsESRI EPSGEPSG'3 !conversionESRI EPSGEPSG*2 'projected_crsESRI EPSGEPSG'1 !conversionESRI EPSGEPSG*0 'projected_crsESRIEPSGEPSG*/ 'projected_crsESRIEPSGEPSG'. !conversionESRIEPSGEPSG*- 'projected_crsESRIEPSGEPSG', !conversionESRIEPSGEPSG*+ 'projected_crsESRIEPSGEPSG'* !conversionESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG*( 'projected_crsESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG'& !conversionESRIEPSGEPSG*% 'projected_crsESRIEPSGEPSG'$ !conversionESRIEPSGEPSG WyN nC c 8 X - { M " p B  b 7 W)wLlAa6V+yK n@c5 *Q 'projected_crsESRI^EPSGEPSG'P !conversionESRI^EPSGEPSG*O 'projected_crsESRI]EPSGEPSG'N !conversionESRI]EPSGEPSG*M 'projected_crsESRI\EPSGEPSG'L !conversionESRI\EPSGEPSG*K 'projected_crsESRI[EPSGEPSG'J !conversionESRI[EPSGEPSG*I 'projected_crsESRIZEPSGEPSG'H !conversionESRIZEPSGEPSG*G 'projected_crsESRIYEPSGEPSG'F !conversionESRIYEPSGEPSG*E 'projected_crsESRIXEPSGEPSG'D !conversionESRIXEPSGEPSG*C 'projected_crsESRIWEPSGEPSG'B !conversionESRIWEPSGEPSG*A 'projected_crsESRIVEPSGEPSG'@ !conversionESRIVEPSGEPSG*? 'projected_crsESRIUEPSGEPSG'> !conversionESRIUEPSGEPSG*= 'projected_crsESRITEPSGEPSG'< !conversionESRITEPSGEPSG*; 'projected_crsESRISEPSGEPSG': !conversionESRISEPSGEPSG*9 'projected_crsESRIREPSGEPSG'8 !conversionESRIREPSGEPSG*7 'projected_crsESRIQEPSGEPSG'6 !conversionESRIQEPSGEPSG*5 'projected_crsESRIPEPSGEPSG'4 !conversionESRIPEPSGEPSG*3 'projected_crsESRIOEPSGEPSG'2 !conversionESRIOEPSGEPSG*1 'projected_crsESRINEPSGEPSG'0 !conversionESRINEPSGEPSG*/ 'projected_crsESRIMEPSGzEPSG'. !conversionESRIMEPSGzEPSG*- 'projected_crsESRILEPSGzEPSG', !conversionESRILEPSGzEPSG*+ 'projected_crsESRIKEPSGEPSG'* !conversionESRIKEPSGEPSG*) 'projected_crsESRIJEPSGEPSG'( !conversionESRIJEPSGEPSG*' 'projected_crsESRIIEPSGEPSG'& !conversionESRIIEPSGEPSG*% 'projected_crsESRIHEPSGEPSG*$ 'projected_crsESRIGEPSGEPSG'# !conversionESRIGEPSGEPSG*" 'projected_crsESRIFEPSGEPSG'! !conversionESRIFEPSGEPSG* 'projected_crsESRIEEPSGEPSG' !conversionESRIEEPSGEPSG* 'projected_crsESRIDEPSGEPSG* 'projected_crsESRICEPSGEPSG' !conversionESRICEPSGEPSG* 'projected_crsESRIBEPSGEPSG' !conversionESRIBEPSGEPSG* 'projected_crsESRIAEPSGEPSG' !conversionESRIAEPSGEPSG* 'projected_crsESRI@EPSGEPSG' !conversionESRI@EPSGEPSG* 'projected_crsESRI?EPSGEPSG' !conversionESRI?EPSGEPSG* 'projected_crsESRI>EPSGEPSG' !conversionESRI>EPSGEPSG* 'projected_crsESRI=EPSGwEPSG' !conversionESRI=EPSGwEPSG* 'projected_crsESRI !conversionESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG'< !conversionESRIEPSGEPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG'2 !conversionESRIEPSGEPSG*1 'projected_crsESRIEPSGEPSG'0 !conversionESRIEPSGEPSG*/ 'projected_crsESRIEPSGEPSG'. !conversionESRIEPSGEPSG*- 'projected_crsESRIEPSGEPSG', !conversionESRIEPSGEPSG*+ 'projected_crsESRIEPSGEPSG'* !conversionESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG WyN nC c 5 X * x J  j <  \ 1 Q&qFf8 [-xJj?_1|Q#*V 'projected_crsESRIEPSGpEPSG*U 'projected_crsESRIEPSGpEPSG*T 'projected_crsESRIEPSGpEPSG'S !conversionESRIEPSGpEPSG*R 'projected_crsESRIEPSGpEPSG*Q 'projected_crsESRIEPSGpEPSG'P !conversionESRIEPSGpEPSG*O 'projected_crsESRIEPSGpEPSG*N 'projected_crsESRIEPSGpEPSG'M !conversionESRIEPSGpEPSG*L 'projected_crsESRIEPSGpEPSG'K !conversionESRIEPSGpEPSG*J 'projected_crsESRIEPSGpEPSG*I 'projected_crsESRIEPSGpEPSG'H !conversionESRIEPSGpEPSG*G 'projected_crsESRIEPSGpEPSG'F !conversionESRIEPSGpEPSG*E 'projected_crsESRIEPSGpEPSG*D 'projected_crsESRIEPSGpEPSG'C !conversionESRIEPSGpEPSG*B 'projected_crsESRIEPSGpEPSG*A 'projected_crsESRIEPSGpEPSG'@ !conversionESRIEPSGpEPSG*? 'projected_crsESRIEPSGpEPSG*> 'projected_crsESRIEPSGpEPSG*= 'projected_crsESRIEPSGpEPSG'< !conversionESRIEPSGpEPSG*; 'projected_crsESRIEPSGpEPSG': !conversionESRIEPSGpEPSG*9 'projected_crsESRIEPSGpEPSG'8 !conversionESRIEPSGpEPSG*7 'projected_crsESRIEPSGpEPSG'6 !conversionESRIEPSGpEPSG*5 'projected_crsESRIEPSGpEPSG'4 !conversionESRIEPSGpEPSG*3 'projected_crsESRIEPSGpEPSG*2 'projected_crsESRIEPSGpEPSG'1 !conversionESRIEPSGpEPSG*0 'projected_crsESRIEPSGpEPSG'/ !conversionESRIEPSGpEPSG*. 'projected_crsESRIEPSGpEPSG*- 'projected_crsESRIEPSGpEPSG', !conversionESRIEPSGpEPSG*+ 'projected_crsESRIEPSGpEPSG'* !conversionESRIEPSGpEPSG*) 'projected_crsESRIEPSGpEPSG'( !conversionESRIEPSGpEPSG*' 'projected_crsESRIEPSGpEPSG'& !conversionESRIEPSGpEPSG*% 'projected_crsESRIEPSGpEPSG*$ 'projected_crsESRIEPSGpEPSG'# !conversionESRIEPSGpEPSG*" 'projected_crsESRIEPSGpEPSG'! !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG WyKk= ] /  w L  l >  [ 0  ~ P "mBb7 W,zL!oAd6 Y+yN *- 'projected_crsESRI)EPSGpEPSG', !conversionESRI)EPSGpEPSG*+ 'projected_crsESRI(EPSGpEPSG'* !conversionESRI(EPSGpEPSG*) 'projected_crsESRI'EPSGpEPSG'( !conversionESRI'EPSGpEPSG*' 'projected_crsESRI&EPSGpEPSG'& !conversionESRI&EPSGpEPSG*% 'projected_crsESRI%EPSGpEPSG'$ !conversionESRI%EPSGpEPSG*# 'projected_crsESRI$EPSGpEPSG'" !conversionESRI$EPSGpEPSG*! 'projected_crsESRI#EPSGpEPSG' !conversionESRI#EPSGpEPSG* 'projected_crsESRI"EPSGpEPSG' !conversionESRI"EPSGpEPSG* 'projected_crsESRI!EPSGpEPSG' !conversionESRI!EPSGpEPSG* 'projected_crsESRI EPSGpEPSG' !conversionESRI EPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSGpEPSG' !conversionESRIEPSGpEPSG* 'projected_crsESRIEPSG *EPSG' !conversionESRIEPSG *EPSG* 'projected_crsESRIEPSGgEPSG*~ 'projected_crsESRIEPSG EPSG*} 'projected_crsESRIEPSG EPSG*| 'projected_crsESRIEPSGpEPSG'{ !conversionESRIEPSGpEPSG*z 'projected_crsESRIEPSGpEPSG'y !conversionESRIEPSGpEPSG*x 'projected_crsESRI EPSGpEPSG'w !conversionESRI EPSGpEPSG*v 'projected_crsESRI EPSGpEPSG*u 'projected_crsESRI EPSGpEPSG't !conversionESRI EPSGpEPSG*s 'projected_crsESRI EPSGpEPSG*r 'projected_crsESRI EPSGpEPSG*q 'projected_crsESRIEPSGpEPSG*p 'projected_crsESRIEPSGpEPSG'o !conversionESRIEPSGpEPSG*n 'projected_crsESRIEPSGpEPSG'm !conversionESRIEPSGpEPSG*l 'projected_crsESRIEPSGpEPSG'k !conversionESRIEPSGpEPSG*j 'projected_crsESRIEPSGpEPSG*i 'projected_crsESRIEPSGpEPSG*h 'projected_crsESRIEPSGpEPSG*g 'projected_crsESRIEPSGpEPSG*f 'projected_crsESRIEPSGpEPSG*e 'projected_crsESRIEPSGpEPSG'd !conversionESRIEPSGpEPSG*c 'projected_crsESRIEPSGpEPSG*b 'projected_crsESRIEPSGpEPSG'a !conversionESRIEPSGpEPSG*` 'projected_crsESRIEPSGpEPSG'_ !conversionESRIEPSGpEPSG*^ 'projected_crsESRIEPSGpEPSG'] !conversionESRIEPSGpEPSG*\ 'projected_crsESRIEPSGpEPSG*[ 'projected_crsESRIEPSGpEPSG*Z 'projected_crsESRIEPSGpEPSG*Y 'projected_crsESRIEPSGpEPSG*X 'projected_crsESRIEPSGpEPSG'W !conversionESRIEPSGpEPSG W|N#nC c 8 U * u J  j <  _ 1 Q#qFf8 X*xJj<\.yK' !conversionESRI_EPSGpEPSG* 'projected_crsESRI^EPSGpEPSG* 'projected_crsESRI]EPSGpEPSG* 'projected_crsESRI\EPSGpEPSG* 'projected_crsESRI[EPSGpEPSG* 'projected_crsESRIZEPSGpEPSG'~ !conversionESRIZEPSGpEPSG*} 'projected_crsESRIYEPSGpEPSG*| 'projected_crsESRIXEPSGpEPSG*{ 'projected_crsESRIWEPSGpEPSG'z !conversionESRIWEPSGpEPSG*y 'projected_crsESRIVEPSGpEPSG*x 'projected_crsESRIUEPSGpEPSG'w !conversionESRIUEPSGpEPSG*v 'projected_crsESRITEPSGpEPSG*u 'projected_crsESRISEPSGpEPSG't !conversionESRISEPSGpEPSG*s 'projected_crsESRIREPSGpEPSG'r !conversionESRIREPSGpEPSG*q 'projected_crsESRIQEPSGpEPSG*p 'projected_crsESRIPEPSGpEPSG'o !conversionESRIPEPSGpEPSG*n 'projected_crsESRIOEPSGpEPSG'm !conversionESRIOEPSGpEPSG*l 'projected_crsESRINEPSGpEPSG*k 'projected_crsESRIMEPSGpEPSG'j !conversionESRIMEPSGpEPSG*i 'projected_crsESRILEPSGpEPSG*h 'projected_crsESRIKEPSGpEPSG'g !conversionESRIKEPSGpEPSG*f 'projected_crsESRIJEPSGpEPSG*e 'projected_crsESRIIEPSGpEPSG*d 'projected_crsESRIHEPSGpEPSG'c !conversionESRIHEPSGpEPSG*b 'projected_crsESRIGEPSGpEPSG'a !conversionESRIGEPSGpEPSG*` 'projected_crsESRIFEPSGpEPSG'_ !conversionESRIFEPSGpEPSG*^ 'projected_crsESRIEEPSGpEPSG'] !conversionESRIEEPSGpEPSG*\ 'projected_crsESRIDEPSGpEPSG'[ !conversionESRIDEPSGpEPSG*Z 'projected_crsESRICEPSGpEPSG*Y 'projected_crsESRIBEPSGpEPSG'X !conversionESRIBEPSGpEPSG*W 'projected_crsESRIAEPSGpEPSG'V !conversionESRIAEPSGpEPSG*U 'projected_crsESRI@EPSGpEPSG*T 'projected_crsESRI?EPSGpEPSG'S !conversionESRI?EPSGpEPSG*R 'projected_crsESRI>EPSGpEPSG'Q !conversionESRI>EPSGpEPSG*P 'projected_crsESRI=EPSGpEPSG'O !conversionESRI=EPSGpEPSG*N 'projected_crsESRI 'projected_crsESRI2EPSGpEPSG'= !conversionESRI2EPSGpEPSG*< 'projected_crsESRI1EPSGpEPSG'; !conversionESRI1EPSGpEPSG*: 'projected_crsESRI0EPSGpEPSG'9 !conversionESRI0EPSGpEPSG*8 'projected_crsESRI/EPSGpEPSG'7 !conversionESRI/EPSGpEPSG*6 'projected_crsESRI.EPSGpEPSG'5 !conversionESRI.EPSGpEPSG*4 'projected_crsESRI-EPSGpEPSG*3 'projected_crsESRI,EPSGpEPSG'2 !conversionESRI,EPSGpEPSG*1 'projected_crsESRI+EPSGpEPSG'0 !conversionESRI+EPSGpEPSG*/ 'projected_crsESRI*EPSGpEPSG'. !conversionESRI*EPSGpEPSG WyN k= Z /  z L  l >  X * x M mBb7 W,wLl>^3~S%sE'[ !conversionESRIEPSGEPSG*Z 'projected_crsESRIEPSGEPSG*Y 'projected_crsESRIEPSGEPSG*X 'projected_crsESRIEPSGEPSG'W !conversionESRIEPSGEPSG*V 'projected_crsESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG'T !conversionESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG*P 'projected_crsESRIEPSGEPSG'O !conversionESRIEPSGEPSG*N 'projected_crsESRIEPSGEPSG'M !conversionESRIEPSGEPSG*L 'projected_crsESRIEPSGEPSG'K !conversionESRIEPSGEPSG*J 'projected_crsESRIEPSGEPSG'I !conversionESRIEPSGEPSG*H 'projected_crsESRIEPSGEPSG*G 'projected_crsESRIEPSGEPSG*F 'projected_crsESRIEPSGEPSG'E !conversionESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG'C !conversionESRIEPSGEPSG*B 'projected_crsESRIEPSGEPSG'A !conversionESRIEPSGEPSG*@ 'projected_crsESRIEPSGEPSG'? !conversionESRIEPSGEPSG*> 'projected_crsESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG'< !conversionESRIEPSGEPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRI~EPSGEPSG'2 !conversionESRI~EPSGEPSG*1 'projected_crsESRI}EPSGEPSG'0 !conversionESRI}EPSGEPSG*/ 'projected_crsESRI|EPSGEPSG'. !conversionESRI|EPSGEPSG*- 'projected_crsESRI{EPSGEPSG', !conversionESRI{EPSGEPSG*+ 'projected_crsESRIzEPSGEPSG'* !conversionESRIzEPSGEPSG*) 'projected_crsESRIyEPSGEPSG'( !conversionESRIyEPSGEPSG*' 'projected_crsESRIxEPSGEPSG'& !conversionESRIxEPSGEPSG*% 'projected_crsESRIwEPSG3EPSG*$ 'projected_crsESRIvEPSG1EPSG*# 'projected_crsESRIuEPSG bEPSG*" 'projected_crsESRItEPSG aEPSG*! 'projected_crsESRIsEPSG `EPSG* 'projected_crsESRIrEPSG _EPSG* 'projected_crsESRIqEPSGpEPSG' !conversionESRIqEPSGpEPSG* 'projected_crsESRIpEPSGpEPSG* 'projected_crsESRIoEPSGpEPSG' !conversionESRIoEPSGpEPSG* 'projected_crsESRInEPSGpEPSG* 'projected_crsESRImEPSGpEPSG* 'projected_crsESRIlEPSGpEPSG* 'projected_crsESRIkEPSGpEPSG' !conversionESRIkEPSGpEPSG* 'projected_crsESRIjEPSGpEPSG' !conversionESRIjEPSGpEPSG* 'projected_crsESRIiEPSGpEPSG' !conversionESRIiEPSGpEPSG* 'projected_crsESRIhEPSGpEPSG* 'projected_crsESRIgEPSGpEPSG* 'projected_crsESRIfEPSGpEPSG* 'projected_crsESRIeEPSGpEPSG* 'projected_crsESRIdEPSGpEPSG* 'projected_crsESRIcEPSGpEPSG' !conversionESRIcEPSGpEPSG* 'projected_crsESRIbEPSGpEPSG* 'projected_crsESRIaEPSGpEPSG' !conversionESRIaEPSGpEPSG* 'projected_crsESRI`EPSGpEPSG' !conversionESRI`EPSGpEPSG* 'projected_crsESRI_EPSGpEPSG WyK n@ ` 5  U * u J  j ?  _ 4 T&tFi; [0~P%sEh: T&*2 'projected_crsESRIESRIEPSG*1 'projected_crsESRIESRIEPSG*0 'projected_crsESRIEPSGEPSG*/ 'projected_crsESRIEPSGEPSG*. 'projected_crsESRIEPSG YEPSG*- 'projected_crsESRIEPSG XEPSG*, 'projected_crsESRIEPSG WEPSG*+ 'projected_crsESRIEPSG VEPSG** 'projected_crsESRIEPSGEPSG') !conversionESRIEPSGEPSG*( 'projected_crsESRIEPSGEPSG'' !conversionESRIEPSGEPSG*& 'projected_crsESRIEPSGEPSG'% !conversionESRIEPSGEPSG*$ 'projected_crsESRIEPSGEPSG'# !conversionESRIEPSGEPSG*" 'projected_crsESRIEPSGEPSG'! !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG'~ !conversionESRIEPSGEPSG*} 'projected_crsESRIEPSGEPSG'| !conversionESRIEPSGEPSG*{ 'projected_crsESRIEPSGEPSG'z !conversionESRIEPSGEPSG*y 'projected_crsESRIEPSGEPSG'x !conversionESRIEPSGEPSG*w 'projected_crsESRIEPSGEPSG'v !conversionESRIEPSGEPSG*u 'projected_crsESRIEPSGEPSG't !conversionESRIEPSGEPSG*s 'projected_crsESRIEPSGEPSG*r 'projected_crsESRIEPSGEPSG'q !conversionESRIEPSGEPSG*p 'projected_crsESRIEPSGEPSG'o !conversionESRIEPSGEPSG*n 'projected_crsESRIEPSGEPSG'm !conversionESRIEPSGEPSG*l 'projected_crsESRIEPSGEPSG'k !conversionESRIEPSGEPSG*j 'projected_crsESRIEPSGEPSG*i 'projected_crsESRIEPSGEPSG'h !conversionESRIEPSGEPSG*g 'projected_crsESRIEPSGEPSG'f !conversionESRIEPSGEPSG*e 'projected_crsESRIEPSGEPSG'd !conversionESRIEPSGEPSG*c 'projected_crsESRIEPSGEPSG'b !conversionESRIEPSGEPSG*a 'projected_crsESRIEPSGEPSG'` !conversionESRIEPSGEPSG*_ 'projected_crsESRIEPSGEPSG*^ 'projected_crsESRIEPSGEPSG'] !conversionESRIEPSGEPSG*\ 'projected_crsESRIEPSGEPSG WvHe: W ) t F  i ;  ^ 0  ~ S %sHh:]/zO!oDd6S(sH* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG*~ 'projected_crsESRIEPSGEPSG'} !conversionESRIEPSGEPSG*| 'projected_crsESRIEPSGEPSG*{ 'projected_crsESRIEPSGEPSG'z !conversionESRIEPSGEPSG*y 'projected_crsESRIEPSGEPSG'x !conversionESRIEPSGEPSG*w 'projected_crsESRIEPSGEPSG*v 'projected_crsESRIEPSGEPSG'u !conversionESRIEPSGEPSG*t 'projected_crsESRIEPSGEPSG's !conversionESRIEPSGEPSG*r 'projected_crsESRIEPSGEPSG'q !conversionESRIEPSGEPSG*p 'projected_crsESRIEPSGEPSG'o !conversionESRIEPSGEPSG*n 'projected_crsESRIEPSGEPSG*m 'projected_crsESRIEPSGEPSG*l 'projected_crsESRIEPSGEPSG'k !conversionESRIEPSGEPSG*j 'projected_crsESRIEPSGEPSG'i !conversionESRIEPSGEPSG*h 'projected_crsESRIEPSGEPSG'g !conversionESRIEPSGEPSG*f 'projected_crsESRIEPSGEPSG'e !conversionESRIEPSGEPSG*d 'projected_crsESRIEPSGEPSG*c 'projected_crsESRIEPSGEPSG'b !conversionESRIEPSGEPSG*a 'projected_crsESRIEPSGEPSG'` !conversionESRIEPSGEPSG*_ 'projected_crsESRIEPSGEPSG'^ !conversionESRIEPSGEPSG*] 'projected_crsESRIEPSGEPSG'\ !conversionESRIEPSGEPSG*[ 'projected_crsESRIEPSGEPSG'Z !conversionESRIEPSGEPSG*Y 'projected_crsESRIEPSGEPSG'X !conversionESRIEPSGEPSG*W 'projected_crsESRIEPSGEPSG'V !conversionESRIEPSGEPSG*U 'projected_crsESRIEPSGEPSG'T !conversionESRIEPSGEPSG*S 'projected_crsESRIEPSGEPSG'R !conversionESRIEPSGEPSG*Q 'projected_crsESRIEPSGEPSG'P !conversionESRIEPSGEPSG*O 'projected_crsESRIEPSGEPSG'N !conversionESRIEPSGEPSG*M 'projected_crsESRIEPSGEPSG'L !conversionESRIEPSGEPSG*K 'projected_crsESRIESRIEPSG'J !conversionESRIESRIEPSG*I 'projected_crsESRIEPSG EPSG'H !conversionESRIEPSG EPSG*G 'projected_crsESRIESRIEPSG'F !conversionESRIESRIEPSG*E 'projected_crsESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG*C 'projected_crsESRIEPSGEPSG*B 'projected_crsESRIEPSGEPSG*A 'projected_crsESRIEPSGEPSG*@ 'projected_crsESRIEPSGEPSG*? 'projected_crsESRIEPSGEPSG'> !conversionESRIEPSGEPSG*= 'projected_crsESRIEPSGEPSG'< !conversionESRIEPSGEPSG*; 'projected_crsESRIEPSGEPSG': !conversionESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG*8 'projected_crsESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG*6 'projected_crsESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG*4 'projected_crsESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG W|N#nC c 5 X * x M  m B  b 4 T)tIi>^3S(pBb4Q&'` !conversionESRI1ESRIEPSG*_ 'projected_crsESRI0EPSGEPSG'^ !conversionESRI0EPSGEPSG*] 'projected_crsESRI/EPSGEPSG*\ 'projected_crsESRI.EPSG &EPSG'[ !conversionESRI.EPSG &EPSG*Z 'projected_crsESRI-EPSGEPSG*Y 'projected_crsESRI,EPSGEPSG*X 'projected_crsESRI+EPSGEPSG'W !conversionESRI+EPSGEPSG*V 'projected_crsESRI*EPSGEPSG'U !conversionESRI*EPSGEPSG*T 'projected_crsESRI)EPSG EPSG*S 'projected_crsESRI(EPSG[EPSG*R 'projected_crsESRI'EPSGZEPSG*Q 'projected_crsESRI&EPSGYEPSG*P 'projected_crsESRI%EPSGXEPSG*O 'projected_crsESRI$EPSG4EPSG*N 'projected_crsESRI#EPSGEPSG'M !conversionESRI#EPSGEPSG*L 'projected_crsESRI"EPSGEPSG'K !conversionESRI"EPSGEPSG*J 'projected_crsESRI!EPSGEPSG'I !conversionESRI!EPSGEPSG*H 'projected_crsESRI EPSGEPSG'G !conversionESRI EPSGEPSG*F 'projected_crsESRIEPSGEPSG'E !conversionESRIEPSGEPSG*D 'projected_crsESRIEPSGEPSG'C !conversionESRIEPSGEPSG*B 'projected_crsESRIEPSGEPSG'A !conversionESRIEPSGEPSG*@ 'projected_crsESRIEPSGEPSG'? !conversionESRIEPSGEPSG*> 'projected_crsESRIEPSGEPSG'= !conversionESRIEPSGEPSG*< 'projected_crsESRIEPSGEPSG'; !conversionESRIEPSGEPSG*: 'projected_crsESRIEPSGEPSG*9 'projected_crsESRIEPSGEPSG'8 !conversionESRIEPSGEPSG*7 'projected_crsESRIEPSGEPSG'6 !conversionESRIEPSGEPSG*5 'projected_crsESRIEPSGEPSG'4 !conversionESRIEPSGEPSG*3 'projected_crsESRIEPSGEPSG*2 'projected_crsESRIEPSGEPSG'1 !conversionESRIEPSGEPSG*0 'projected_crsESRIEPSGEPSG'/ !conversionESRIEPSGEPSG*. 'projected_crsESRIEPSGEPSG*- 'projected_crsESRIEPSGEPSG', !conversionESRIEPSGEPSG*+ 'projected_crsESRIEPSGEPSG'* !conversionESRIEPSGEPSG*) 'projected_crsESRIEPSGEPSG'( !conversionESRIEPSGEPSG*' 'projected_crsESRIEPSGEPSG'& !conversionESRIEPSGEPSG*% 'projected_crsESRI EPSGEPSG'$ !conversionESRI EPSGEPSG*# 'projected_crsESRI EPSGEPSG'" !conversionESRI EPSGEPSG*! 'projected_crsESRI EPSGEPSG' !conversionESRI EPSGEPSG* 'projected_crsESRI EPSGEPSG' !conversionESRI EPSGEPSG* 'projected_crsESRI EPSGEPSG' !conversionESRI EPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG* 'projected_crsESRIEPSGEPSG' !conversionESRIEPSGEPSG YyK n@ h ;  c 6 ^ 1  Y ,  ~ T 'yO"tJoEj@e;`6 [1V,&9 !conversionESRIESRIrEPSG)8 'projected_crsESRIESRIqEPSG&7 !conversionESRIESRIqEPSG)6 'projected_crsESRIESRIqEPSG&5 !conversionESRIESRIqEPSG)4 'projected_crsESRIESRIpEPSG&3 !conversionESRIESRIpEPSG)2 'projected_crsESRIESRIpEPSG&1 !conversionESRIESRIpEPSG)0 'projected_crsESRIESRIoEPSG&/ !conversionESRIESRIoEPSG). 'projected_crsESRIESRIoEPSG&- !conversionESRIESRIoEPSG), 'projected_crsESRIESRInEPSG&+ !conversionESRIESRInEPSG)* 'projected_crsESRIESRInEPSG&) !conversionESRIESRInEPSG)( 'projected_crsESRIESRImEPSG&' !conversionESRIESRImEPSG)& 'projected_crsESRIESRImEPSG&% !conversionESRIESRImEPSG)$ 'projected_crsESRIESRIlEPSG&# !conversionESRIESRIlEPSG)" 'projected_crsESRIESRIlEPSG&! !conversionESRIESRIlEPSG) 'projected_crsESRIESRIkEPSG& !conversionESRIESRIkEPSG) 'projected_crsESRIESRIkEPSG& !conversionESRIESRIkEPSG) 'projected_crsESRIESRIjEPSG& !conversionESRIESRIjEPSG) 'projected_crsESRIESRIjEPSG& !conversionESRIESRIjEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIiEPSG& !conversionESRIESRIiEPSG) 'projected_crsESRIESRIhEPSG& !conversionESRIESRIhEPSG) 'projected_crsESRIESRIhEPSG& !conversionESRIESRIhEPSG) 'projected_crsESRIESRIhEPSG& !conversionESRIESRIhEPSG) 'projected_crsESRIESRIgEPSG& !conversionESRIESRIgEPSG) 'projected_crsESRIESRIgEPSG& !conversionESRIESRIgEPSG) 'projected_crsESRIESRIfEPSG& !conversionESRIESRIfEPSG) 'projected_crsESRIESRIfEPSG& !conversionESRIESRIfEPSG) 'projected_crsESRIESRIeEPSG& !conversionESRIESRIeEPSG) 'projected_crsESRIESRIeEPSG& !conversionESRIESRIeEPSG) 'projected_crsESRIESRIdEPSG& !conversionESRIESRIdEPSG)~ 'projected_crsESRIESRIdEPSG&} !conversionESRIESRIdEPSG)| 'projected_crsESRIESRIcEPSG&{ !conversionESRIESRIcEPSG)z 'projected_crsESRIESRIcEPSG&y !conversionESRIESRIcEPSG)x 'projected_crsESRIESRIbEPSG&w !conversionESRIESRIbEPSG)v 'projected_crsESRIESRIbEPSG&u !conversionESRIESRIbEPSG)t 'projected_crsESRIESRIaEPSG&s !conversionESRIESRIaEPSG)r 'projected_crsESRIESRI`EPSG&q !conversionESRIESRI`EPSG)p 'projected_crsESRIESRI`EPSG&o !conversionESRIESRI`EPSG)n 'projected_crsESRIESRI_EPSG&m !conversionESRIESRI_EPSG)l 'projected_crsESRIESRI^EPSG&k !conversionESRIESRI^EPSG*j 'projected_crsESRI7EPSG EPSG'i !conversionESRI7EPSG EPSG*h 'projected_crsESRI5EPSGEPSG'g !conversionESRI5EPSGEPSG*f 'projected_crsESRI4EPSG *EPSG'e !conversionESRI4EPSG *EPSG*d 'projected_crsESRI3EPSG EPSG*c 'projected_crsESRI2EPSGVEPSG'b !conversionESRI2EPSGVEPSG*a 'projected_crsESRI1ESRIEPSG Y|R%wM r H  m C  h >  c 9 ^ 4 Y/T*|O$rDg9\.|Q#qF* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG*~ 'projected_crsESRIESRIEPSG'} !conversionESRIESRIEPSG*| 'projected_crsESRIESRIEPSG'{ !conversionESRIESRIEPSG*z 'projected_crsESRIESRIEPSG'y !conversionESRIESRIEPSG*x 'projected_crsESRIESRIEPSG'w !conversionESRIESRIEPSG*v 'projected_crsESRIESRIEPSG'u !conversionESRIESRIEPSG*t 'projected_crsESRIESRIEPSG's !conversionESRIESRIEPSG)r 'projected_crsESRIESRIEPSG&q !conversionESRIESRIEPSG)p 'projected_crsESRIESRIEPSG&o !conversionESRIESRIEPSG)n 'projected_crsESRIESRI~EPSG&m !conversionESRIESRI~EPSG)l 'projected_crsESRIESRI~EPSG&k !conversionESRIESRI~EPSG)j 'projected_crsESRIESRI}EPSG&i !conversionESRIESRI}EPSG)h 'projected_crsESRIESRI}EPSG&g !conversionESRIESRI}EPSG)f 'projected_crsESRIESRI}EPSG&e !conversionESRIESRI}EPSG)d 'projected_crsESRIESRI}EPSG&c !conversionESRIESRI}EPSG)b 'projected_crsESRIESRI|EPSG&a !conversionESRIESRI|EPSG)` 'projected_crsESRIESRI|EPSG&_ !conversionESRIESRI|EPSG)^ 'projected_crsESRIESRI|EPSG&] !conversionESRIESRI|EPSG)\ 'projected_crsESRIESRI{EPSG&[ !conversionESRIESRI{EPSG)Z 'projected_crsESRIESRIzEPSG&Y !conversionESRIESRIzEPSG)X 'projected_crsESRIESRIyEPSG&W !conversionESRIESRIyEPSG)V 'projected_crsESRIESRIyEPSG&U !conversionESRIESRIyEPSG)T 'projected_crsESRIESRIxEPSG&S !conversionESRIESRIxEPSG)R 'projected_crsESRIESRIxEPSG&Q !conversionESRIESRIxEPSG)P 'projected_crsESRIESRIwEPSG&O !conversionESRIESRIwEPSG)N 'projected_crsESRIESRIwEPSG&M !conversionESRIESRIwEPSG)L 'projected_crsESRIESRIvEPSG&K !conversionESRIESRIvEPSG)J 'projected_crsESRIESRIvEPSG&I !conversionESRIESRIvEPSG)H 'projected_crsESRIESRIuEPSG&G !conversionESRIESRIuEPSG)F 'projected_crsESRIESRIuEPSG&E !conversionESRIESRIuEPSG)D 'projected_crsESRIESRItEPSG&C !conversionESRIESRItEPSG)B 'projected_crsESRIESRItEPSG&A !conversionESRIESRItEPSG)@ 'projected_crsESRIESRIsEPSG&? !conversionESRIESRIsEPSG)> 'projected_crsESRIESRIsEPSG&= !conversionESRIESRIsEPSG)< 'projected_crsESRIESRIrEPSG&; !conversionESRIESRIrEPSG): 'projected_crsESRIESRIrEPSG W|N#qC f 8 [ -  { P " p E  e 7 R'uGj<_1T&tIi>X**i 'projected_crsESRIbEPSGQEPSG*h 'projected_crsESRIaEPSGOEPSG*g 'projected_crsESRI`ESRIEPSG*f 'projected_crsESRI_ESRIEPSG*e 'projected_crsESRI^ESRIEPSG*d 'projected_crsESRI]ESRIEPSG*c 'projected_crsESRI\ESRIEPSG*b 'projected_crsESRI[EPSGPEPSG'a !conversionESRI[EPSGPEPSG*` 'projected_crsESRIZEPSGOEPSG'_ !conversionESRIZEPSGOEPSG*^ 'projected_crsESRIYEPSGNEPSG'] !conversionESRIYEPSGNEPSG*\ 'projected_crsESRIXEPSGMEPSG'[ !conversionESRIXEPSGMEPSG*Z 'projected_crsESRIWEPSGLEPSG'Y !conversionESRIWEPSGLEPSG*X 'projected_crsESRIVEPSGKEPSG'W !conversionESRIVEPSGKEPSG*V 'projected_crsESRIUEPSGJEPSG'U !conversionESRIUEPSGJEPSG*T 'projected_crsESRITEPSGIEPSG'S !conversionESRITEPSGIEPSG*R 'projected_crsESRIREPSGGEPSG'Q !conversionESRIREPSGGEPSG*P 'projected_crsESRIQEPSGFEPSG'O !conversionESRIQEPSGFEPSG*N 'projected_crsESRIPEPSGEEPSG'M !conversionESRIPEPSGEEPSG*L 'projected_crsESRIOEPSGDEPSG'K !conversionESRIOEPSGDEPSG*J 'projected_crsESRINEPSGCEPSG'I !conversionESRINEPSGCEPSG*H 'projected_crsESRIMEPSGBEPSG'G !conversionESRIMEPSGBEPSG*F 'projected_crsESRILEPSGAEPSG'E !conversionESRILEPSGAEPSG*D 'projected_crsESRIKEPSG@EPSG'C !conversionESRIKEPSG@EPSG*B 'projected_crsESRIJEPSG?EPSG'A !conversionESRIJEPSG?EPSG*@ 'projected_crsESRIIEPSG>EPSG'? !conversionESRIIEPSG>EPSG)> 'projected_crsESRIESRIEPSG*= 'projected_crsESRIEPSG{EPSG*< 'projected_crsESRIEPSGzEPSG*; 'projected_crsESRIEPSGyEPSG*: 'projected_crsESRIEPSGxEPSG*9 'projected_crsESRIEPSGwEPSG*8 'projected_crsESRIEPSGHEPSG'7 !conversionESRIEPSGHEPSG*6 'projected_crsESRIESRIEPSG'5 !conversionESRIESRIEPSG*4 'projected_crsESRIESRIEPSG'3 !conversionESRIESRIEPSG*2 'projected_crsESRIESRIEPSG'1 !conversionESRIESRIEPSG*0 'projected_crsESRIESRIEPSG'/ !conversionESRIESRIEPSG*. 'projected_crsESRIESRIEPSG'- !conversionESRIESRIEPSG*, 'projected_crsESRIESRIEPSG'+ !conversionESRIESRIEPSG** 'projected_crsESRIESRIEPSG') !conversionESRIESRIEPSG*( 'projected_crsESRIESRIEPSG'' !conversionESRIESRIEPSG*& 'projected_crsESRIESRIEPSG'% !conversionESRIESRIEPSG*$ 'projected_crsESRIESRIEPSG'# !conversionESRIESRIEPSG*" 'projected_crsESRIESRIEPSG'! !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG* 'projected_crsESRIESRIEPSG' !conversionESRIESRIEPSG MyKe7 j ;  V ) q D  ] 0  x I f9Wu/Kg:Xv2P#)6 %vertical_crsESRIEPSGEPSGB5 )Avertical_datumESRIfrom_geogdatum_ESRI_106100EPSGEPSG)4 %vertical_crsESRIEPSGQEPSG@3 )=vertical_datumESRIfrom_geogdatum_EPSG_6283EPSGQEPSG)2 %vertical_crsESRIEPSG1EPSG@1 )=vertical_datumESRIfrom_geogdatum_EPSG_1078EPSG1EPSG)0 %vertical_crsESRIEPSGGEPSG@/ )=vertical_datumESRIfrom_geogdatum_EPSG_1391EPSGGEPSG). %vertical_crsESRIEPSGBEPSG@- )=vertical_datumESRIfrom_geogdatum_EPSG_6180EPSGBEPSG), %vertical_crsESRIEPSGEPSG@+ )=vertical_datumESRIfrom_geogdatum_EPSG_1058EPSGEPSG)* %vertical_crsESRIEPSGbEPSG@) )=vertical_datumESRIfrom_geogdatum_EPSG_6755EPSGbEPSG)( %vertical_crsESRIEPSG EPSG@' )=vertical_datumESRIfrom_geogdatum_EPSG_1081EPSG EPSG)& %vertical_crsESRIEPSG2EPSGB% )Avertical_datumESRIfrom_geogdatum_ESRI_106244EPSG2EPSG)$ %vertical_crsESRIEPSG'EPSG@# )=vertical_datumESRIfrom_geogdatum_EPSG_1100EPSG'EPSG)" %vertical_crsESRIEPSGEPSG@! )=vertical_datumESRIfrom_geogdatum_EPSG_6151EPSGEPSG) %vertical_crsESRIEPSG+EPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106980EPSG+EPSG) %vertical_crsESRIEPSG EPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106999EPSG EPSG) %vertical_crsESRIEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6176EPSGEPSG) %vertical_crsESRIEPSGFEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6269EPSGFEPSG) %vertical_crsESRIEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6258EPSGEPSG) %vertical_crsESRIEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6326EPSGEPSG) %vertical_crsESRIGEPSGBEPSG+ )vertical_datumESRIEPSGBEPSG) %vertical_crsESRIFEPSGEPSG) %vertical_crsESRIEEPSGEPSG) %vertical_crsESRIDEPSG6EPSG) %vertical_crsESRICEPSG6EPSG+ )vertical_datumESRIEPSG6EPSG) %vertical_crsESRIBEPSGEPSG+ )vertical_datumESRINEPSGEPSG) %vertical_crsESRIAEPSG EPSG+ )vertical_datumESRIMEPSG EPSG) %vertical_crsESRI@EPSGEPSG+ )vertical_datumESRILEPSGEPSG) %vertical_crsESRI?EPSG)EPSG+ )vertical_datumESRIKEPSG)EPSG) %vertical_crsESRI>EPSGEPSG+ )vertical_datumESRIJEPSGEPSG) %vertical_crsESRIEPSG EPSG+ )vertical_datumESRIEPSG EPSG) %vertical_crsESRIEPSGPEPSG) %vertical_crsESRIEPSG EPSG+ )vertical_datumESRIEPSG EPSG)~ %vertical_crsESRIEPSG EPSG)} %vertical_crsESRIEPSGEPSG+| )vertical_datumESRIEPSGEPSG){ %vertical_crsESRIEPSGuEPSG+z )vertical_datumESRIEPSGuEPSG)y %vertical_crsESRIEPSG eEPSG+x )vertical_datumESRIEPSG eEPSG)w %vertical_crsESRIEPSGEPSG@v )=vertical_datumESRIfrom_geogdatum_EPSG_1367EPSGEPSG)u %vertical_crsESRIEPSGREPSG+t )vertical_datumESRIEPSGREPSG*s 'projected_crsESRIkEPSGEPSG*r 'projected_crsESRIjEPSGQEPSG*q 'projected_crsESRIiEPSGOEPSG*p 'projected_crsESRIhESRIEPSG*o 'projected_crsESRIgESRIEPSG*n 'projected_crsESRIfESRIEPSG*m 'projected_crsESRIeESRIEPSG*l 'projected_crsESRIdESRIEPSG*k 'projected_crsESRIcEPSGEPSG'j !conversionESRIcEPSGEPSG EKi< Z  x 2  P # l ? ] {7 U(sF`|8 V)rEc@{ )=vertical_datumESRIfrom_geogdatum_EPSG_1120EPSGEPSG)z %vertical_crsESRI&EPSGEPSG@y )=vertical_datumESRIfrom_geogdatum_EPSG_1063EPSGEPSG)x %vertical_crsESRI%EPSGEPSG@w )=vertical_datumESRIfrom_geogdatum_EPSG_1066EPSGEPSG)v %vertical_crsESRI$EPSG.EPSG@u )=vertical_datumESRIfrom_geogdatum_EPSG_6686EPSG.EPSG)t %vertical_crsESRI#EPSG{EPSGBs )Avertical_datumESRIfrom_geogdatum_ESRI_106248EPSG{EPSG)r %vertical_crsESRI"EPSGyEPSG@q )=vertical_datumESRIfrom_geogdatum_EPSG_6126EPSGyEPSG)p %vertical_crsESRI!EPSGsEPSG@o )=vertical_datumESRIfrom_geogdatum_EPSG_6661EPSGsEPSG)n %vertical_crsESRI EPSGwEPSG@m )=vertical_datumESRIfrom_geogdatum_EPSG_6754EPSGwEPSG)l %vertical_crsESRIEPSGrEPSG@k )=vertical_datumESRIfrom_geogdatum_EPSG_6678EPSGrEPSG)j %vertical_crsESRIEPSGoEPSG@i )=vertical_datumESRIfrom_geogdatum_EPSG_6737EPSGoEPSG)h %vertical_crsESRIEPSGiEPSGBg )Avertical_datumESRIfrom_geogdatum_ESRI_106020EPSGiEPSG)f %vertical_crsESRIEPSGiEPSGBe )Avertical_datumESRIfrom_geogdatum_ESRI_106268EPSGiEPSG)d %vertical_crsESRIEPSGhEPSGBc )Avertical_datumESRIfrom_geogdatum_ESRI_106280EPSGhEPSG)b %vertical_crsESRIEPSGEPSG@a )=vertical_datumESRIfrom_geogdatum_EPSG_6896EPSGEPSG)` %vertical_crsESRIEPSGEPSG@_ )=vertical_datumESRIfrom_geogdatum_EPSG_6656EPSGEPSG)^ %vertical_crsESRIEPSGEPSG@] )=vertical_datumESRIfrom_geogdatum_EPSG_6655EPSGEPSG)\ %vertical_crsESRIEPSGEPSG@[ )=vertical_datumESRIfrom_geogdatum_EPSG_6654EPSGEPSG)Z %vertical_crsESRIEPSGEPSG@Y )=vertical_datumESRIfrom_geogdatum_EPSG_6652EPSGEPSG)X %vertical_crsESRIEPSGEPSG@W )=vertical_datumESRIfrom_geogdatum_EPSG_6651EPSGEPSG)V %vertical_crsESRIEPSGEPSG@U )=vertical_datumESRIfrom_geogdatum_EPSG_6650EPSGEPSG)T %vertical_crsESRIEPSGEPSG@S )=vertical_datumESRIfrom_geogdatum_EPSG_6649EPSGEPSG)R %vertical_crsESRIEPSGEPSG@Q )=vertical_datumESRIfrom_geogdatum_EPSG_6648EPSGEPSG)P %vertical_crsESRIEPSGEPSG@O )=vertical_datumESRIfrom_geogdatum_EPSG_6647EPSGEPSG)N %vertical_crsESRIEPSG`EPSGBM )Avertical_datumESRIfrom_geogdatum_ESRI_106144EPSG`EPSG)L %vertical_crsESRIEPSG`EPSG@K )=vertical_datumESRIfrom_geogdatum_EPSG_6659EPSG`EPSG)J %vertical_crsESRIEPSGEPSG@I )=vertical_datumESRIfrom_geogdatum_EPSG_6173EPSGEPSG)H %vertical_crsESRI EPSGdEPSGBG )Avertical_datumESRIfrom_geogdatum_ESRI_106991EPSGdEPSG)F %vertical_crsESRI EPSG EPSG@E )=vertical_datumESRIfrom_geogdatum_EPSG_6670EPSG EPSG)D %vertical_crsESRI EPSG +EPSG@C )=vertical_datumESRIfrom_geogdatum_EPSG_1144EPSG +EPSG)B %vertical_crsESRI EPSGfEPSG@A )=vertical_datumESRIfrom_geogdatum_EPSG_1115EPSGfEPSG)@ %vertical_crsESRI EPSG +EPSG@? )=vertical_datumESRIfrom_geogdatum_EPSG_1142EPSG +EPSG)> %vertical_crsESRIEPSGfEPSG@= )=vertical_datumESRIfrom_geogdatum_EPSG_1114EPSGfEPSG)< %vertical_crsESRIEPSGEPSG@; )=vertical_datumESRIfrom_geogdatum_EPSG_6148EPSGEPSG): %vertical_crsESRIEPSGSEPSG@9 )=vertical_datumESRIfrom_geogdatum_EPSG_1421EPSGSEPSG)8 %vertical_crsESRIEPSGEPSG@7 )=vertical_datumESRIfrom_geogdatum_EPSG_6742EPSGEPSG E`3|O k ' A  ^ 2 y L  h $B`3|O k%A]0{N l&B@ )Avertical_datumESRIfrom_geogdatum_ESRI_106997EPSGEPSG)? %vertical_crsESRIIEPSGEPSGB> )Avertical_datumESRIfrom_geogdatum_ESRI_106994EPSGEPSG)= %vertical_crsESRIHEPSGEPSG@< )=vertical_datumESRIfrom_geogdatum_EPSG_6627EPSGEPSG); %vertical_crsESRIGEPSGJEPSG@: )=vertical_datumESRIfrom_geogdatum_EPSG_6687EPSGJEPSG)9 %vertical_crsESRIFEPSGEPSG@8 )=vertical_datumESRIfrom_geogdatum_EPSG_6749EPSGEPSG)7 %vertical_crsESRIEEPSGEPSG@6 )=vertical_datumESRIfrom_geogdatum_EPSG_6645EPSGEPSG)5 %vertical_crsESRIDEPSGEPSGB4 )Avertical_datumESRIfrom_geogdatum_ESRI_106998EPSGEPSG)3 %vertical_crsESRICEPSGIEPSG@2 )=vertical_datumESRIfrom_geogdatum_EPSG_6624EPSGIEPSG)1 %vertical_crsESRIBEPSGHEPSGB0 )Avertical_datumESRIfrom_geogdatum_ESRI_106264EPSGHEPSG)/ %vertical_crsESRIAEPSG EPSG@. )=vertical_datumESRIfrom_geogdatum_EPSG_1073EPSG EPSG)- %vertical_crsESRI@EPSGEPSGB, )Avertical_datumESRIfrom_geogdatum_ESRI_106267EPSGEPSG)+ %vertical_crsESRI?EPSG EPSGB* )Avertical_datumESRIfrom_geogdatum_ESRI_106996EPSG EPSG)) %vertical_crsESRI>EPSG EPSG@( )=vertical_datumESRIfrom_geogdatum_EPSG_1132EPSG EPSG)' %vertical_crsESRI=EPSGEPSG@& )=vertical_datumESRIfrom_geogdatum_EPSG_6740EPSGEPSG)% %vertical_crsESRI %vertical_crsESRIĉEPSG2EPSG@= )=vertical_datumESRIfrom_geogdatum_EPSG_1225EPSG2EPSG)< %vertical_crsESRIĈEPSGEPSG@; )=vertical_datumESRIfrom_geogdatum_EPSG_1201EPSGEPSG): %vertical_crsESRIćEPSGEPSGB9 )Avertical_datumESRIfrom_geogdatum_ESRI_106027EPSGEPSG)8 %vertical_crsESRIĆEPSGEPSG@7 )=vertical_datumESRIfrom_geogdatum_EPSG_1147EPSGEPSG)6 %vertical_crsESRIąEPSGNEPSGB5 )Avertical_datumESRIfrom_geogdatum_ESRI_106010EPSGNEPSG'4 % vertical_crsESRIĄESRIEPSG@3 )A vertical_datumESRIfrom_geogdatum_ESRI_106012ESRIEPSG)2 %vertical_crsESRIăEPSGEPSG@1 )=vertical_datumESRIfrom_geogdatum_EPSG_1218EPSGEPSG)0 %vertical_crsESRIĂEPSGEPSG@/ )=vertical_datumESRIfrom_geogdatum_EPSG_1214EPSGEPSG). %vertical_crsESRIāEPSG2EPSG@- )=vertical_datumESRIfrom_geogdatum_EPSG_1212EPSG2EPSG), %vertical_crsESRIĀEPSGEPSG@+ )=vertical_datumESRIfrom_geogdatum_EPSG_1211EPSGEPSG)* %vertical_crsESRIEPSG^EPSG@) )=vertical_datumESRIfrom_geogdatum_EPSG_1209EPSG^EPSG)( %vertical_crsESRI~EPSG`EPSG@' )=vertical_datumESRIfrom_geogdatum_EPSG_1187EPSG`EPSG)& %vertical_crsESRI}EPSGEPSG@% )=vertical_datumESRIfrom_geogdatum_EPSG_1191EPSGEPSG)$ %vertical_crsESRI|EPSG%EPSG@# )=vertical_datumESRIfrom_geogdatum_EPSG_1198EPSG%EPSG)" %vertical_crsESRI{EPSG%EPSG@! )=vertical_datumESRIfrom_geogdatum_EPSG_1197EPSG%EPSG) %vertical_crsESRIzEPSG%EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1196EPSG%EPSG) %vertical_crsESRIyEPSG%EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1195EPSG%EPSG) %vertical_crsESRIxEPSG%EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1194EPSG%EPSG) %vertical_crsESRIwEPSG%EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1193EPSG%EPSG) %vertical_crsESRIvEPSG%EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1192EPSG%EPSG) %vertical_crsESRIuEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1186EPSGEPSG) %vertical_crsESRItEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1185EPSGEPSG) %vertical_crsESRIsEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1184EPSGEPSG) %vertical_crsESRIrEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1183EPSGEPSG) %vertical_crsESRIqEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1182EPSGEPSG) %vertical_crsESRIpEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1181EPSGEPSG) %vertical_crsESRIoEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1180EPSGEPSG) %vertical_crsESRInEPSGEPSG EKi< Z  x 4  R % p C a ;Y,wJh$B`3|O i%@ )=vertical_datumESRIfrom_geogdatum_EPSG_6761EPSG4EPSG) %vertical_crsESRIIJEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1305EPSGEPSG) %vertical_crsESRIıEPSGEPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106258EPSGEPSG) %vertical_crsESRIİEPSG EPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106225EPSG EPSG) %vertical_crsESRIįEPSGEPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106271EPSGEPSG) %vertical_crsESRIĮEPSGzEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6181EPSGzEPSG) %vertical_crsESRIĭEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1309EPSGEPSG) %vertical_crsESRIĬEPSG*EPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1327EPSG*EPSG) %vertical_crsESRIīEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1322EPSGEPSG) %vertical_crsESRIĪEPSGHEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1313EPSGHEPSG)~ %vertical_crsESRIĩEPSGHEPSG@} )=vertical_datumESRIfrom_geogdatum_EPSG_1312EPSGHEPSG)| %vertical_crsESRIĨEPSG EPSG@{ )=vertical_datumESRIfrom_geogdatum_EPSG_1062EPSG EPSG)z %vertical_crsESRIħEPSGEPSG@y )=vertical_datumESRIfrom_geogdatum_EPSG_6653EPSGEPSG)x %vertical_crsESRIĦEPSGEPSG@w )=vertical_datumESRIfrom_geogdatum_EPSG_6202EPSGEPSG)v %vertical_crsESRIĥEPSG EPSG@u )=vertical_datumESRIfrom_geogdatum_EPSG_6203EPSG EPSG)t %vertical_crsESRIĤEPSGQEPSG@s )=vertical_datumESRIfrom_geogdatum_EPSG_1291EPSGQEPSG)r %vertical_crsESRIģEPSGEPSG@q )=vertical_datumESRIfrom_geogdatum_EPSG_6150EPSGEPSG)p %vertical_crsESRIĢEPSGEPSG@o )=vertical_datumESRIfrom_geogdatum_EPSG_1206EPSGEPSG)n %vertical_crsESRIġEPSGEPSG@m )=vertical_datumESRIfrom_geogdatum_EPSG_1204EPSGEPSG)l %vertical_crsESRIĠEPSGEPSG@k )=vertical_datumESRIfrom_geogdatum_EPSG_1251EPSGEPSG)j %vertical_crsESRIğEPSGEPSG@i )=vertical_datumESRIfrom_geogdatum_EPSG_1248EPSGEPSG)h %vertical_crsESRIĞEPSGEPSG@g )=vertical_datumESRIfrom_geogdatum_EPSG_1247EPSGEPSG)f %vertical_crsESRIĝEPSGEPSG@e )=vertical_datumESRIfrom_geogdatum_EPSG_1246EPSGEPSG)d %vertical_crsESRIĜEPSGEPSG@c )=vertical_datumESRIfrom_geogdatum_EPSG_1245EPSGEPSG)b %vertical_crsESRIěEPSGEPSG@a )=vertical_datumESRIfrom_geogdatum_EPSG_1244EPSGEPSG)` %vertical_crsESRIĚEPSGEPSG@_ )=vertical_datumESRIfrom_geogdatum_EPSG_1242EPSGEPSG)^ %vertical_crsESRIęEPSGEPSG@] )=vertical_datumESRIfrom_geogdatum_EPSG_1241EPSGEPSG)\ %vertical_crsESRIĘEPSGEPSG@[ )=vertical_datumESRIfrom_geogdatum_EPSG_1240EPSGEPSG)Z %vertical_crsESRIėEPSGEPSG@Y )=vertical_datumESRIfrom_geogdatum_EPSG_1239EPSGEPSG)X %vertical_crsESRIĖEPSGEPSG@W )=vertical_datumESRIfrom_geogdatum_EPSG_1238EPSGEPSG)V %vertical_crsESRIĕEPSGEPSG@U )=vertical_datumESRIfrom_geogdatum_EPSG_1237EPSGEPSG)T %vertical_crsESRIĔEPSGEPSG@S )=vertical_datumESRIfrom_geogdatum_EPSG_1236EPSGEPSG)R %vertical_crsESRIēEPSGEPSG@Q )=vertical_datumESRIfrom_geogdatum_EPSG_1235EPSGEPSG)P %vertical_crsESRIĒEPSGEPSG@O )=vertical_datumESRIfrom_geogdatum_EPSG_1234EPSGEPSG)N %vertical_crsESRIđEPSGEPSG@M )=vertical_datumESRIfrom_geogdatum_EPSG_1233EPSGEPSG Hb: X + v I  g : X  v 0 N!T'sFd7UsFd7U@Y )=vertical_datumESRIfrom_geogdatum_EPSG_1383EPSGEPSG)X %vertical_crsESRIEPSGEPSG@W )=vertical_datumESRIfrom_geogdatum_EPSG_1382EPSGEPSG)V %vertical_crsESRIEPSG%EPSG@U )=vertical_datumESRIfrom_geogdatum_EPSG_1365EPSG%EPSG)T %vertical_crsESRIEPSG.EPSG@S )=vertical_datumESRIfrom_geogdatum_EPSG_1329EPSG.EPSG)R %vertical_crsESRIEPSGEPSG@Q )=vertical_datumESRIfrom_geogdatum_EPSG_1358EPSGEPSG)P %vertical_crsESRIEPSGEPSG)O %vertical_crsESRIEPSGEPSG@N )=vertical_datumESRIfrom_geogdatum_EPSG_1357EPSGEPSG)M %vertical_crsESRIEPSGEPSG)L %vertical_crsESRIEPSGsEPSG@K )=vertical_datumESRIfrom_geogdatum_EPSG_1356EPSGsEPSG)J %vertical_crsESRIEPSGEPSG@I )=vertical_datumESRIfrom_geogdatum_EPSG_1355EPSGEPSG)H %vertical_crsESRIEPSGOEPSG@G )=vertical_datumESRIfrom_geogdatum_EPSG_1353EPSGOEPSG)F %vertical_crsESRIEPSGEPSG@E )=vertical_datumESRIfrom_geogdatum_EPSG_1333EPSGEPSG)D %vertical_crsESRIEPSG)EPSG@C )=vertical_datumESRIfrom_geogdatum_EPSG_6312EPSG)EPSG)B %vertical_crsESRIEPSG xEPSG@A )=vertical_datumESRIfrom_geogdatum_EPSG_6170EPSG xEPSG)@ %vertical_crsESRIEPSGHEPSG)? %vertical_crsESRIEPSGHEPSG)> %vertical_crsESRIEPSGEPSG)= %vertical_crsESRIEPSG EPSG)< %vertical_crsESRIEPSGHEPSG); %vertical_crsESRIEPSGIEPSG): %vertical_crsESRIEPSGEPSG)9 %vertical_crsESRIEPSGEPSG)8 %vertical_crsESRIEPSGEPSG)7 %vertical_crsESRIEPSGEPSGB6 )Avertical_datumESRIfrom_geogdatum_ESRI_106984EPSGEPSG)5 %vertical_crsESRIEPSGEPSG@4 )=vertical_datumESRIfrom_geogdatum_EPSG_6324EPSGEPSG)3 %vertical_crsESRIEPSGEPSG@2 )=vertical_datumESRIfrom_geogdatum_EPSG_6322EPSGEPSG)1 %vertical_crsESRIEPSGEPSGB0 )Avertical_datumESRIfrom_geogdatum_ESRI_106001EPSGEPSG)/ %vertical_crsESRIEPSGbEPSG@. )=vertical_datumESRIfrom_geogdatum_EPSG_1293EPSGbEPSG)- %vertical_crsESRIEPSG*EPSG@, )=vertical_datumESRIfrom_geogdatum_EPSG_1253EPSG*EPSG)+ %vertical_crsESRIEPSG*EPSG@* )=vertical_datumESRIfrom_geogdatum_EPSG_1252EPSG*EPSG)) %vertical_crsESRIĿEPSG*EPSG@( )=vertical_datumESRIfrom_geogdatum_EPSG_1243EPSG*EPSG)' %vertical_crsESRIľEPSGEPSG@& )=vertical_datumESRIfrom_geogdatum_EPSG_1220EPSGEPSG)% %vertical_crsESRIĽEPSGEPSG)$ %vertical_crsESRIļEPSGEPSG@# )=vertical_datumESRIfrom_geogdatum_EPSG_1113EPSGEPSG)" %vertical_crsESRIĻEPSG*EPSG@! )=vertical_datumESRIfrom_geogdatum_EPSG_1304EPSG*EPSG) %vertical_crsESRIĺEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6702EPSGEPSG) %vertical_crsESRIĹEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1295EPSGEPSG) %vertical_crsESRIĸEPSGrEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_6677EPSGrEPSG) %vertical_crsESRIķEPSGqEPSGB )Avertical_datumESRIfrom_geogdatum_ESRI_106009EPSGqEPSG) %vertical_crsESRIĶEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1268EPSGEPSG) %vertical_crsESRIĵEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1141EPSGEPSG) %vertical_crsESRIĴEPSGEPSG@ )=vertical_datumESRIfrom_geogdatum_EPSG_1272EPSGEPSG) %vertical_crsESRIijEPSG4EPSG Gb< Z - K  g : X  v 2 N!xB j4\&Nv@ h2X!3 9helmert_transformationESRIESRIEPSG3 9helmert_transformationESRIEPSGGEPSG3 9helmert_transformationESRIEPSGBEPSG3 9helmert_transformationESRIEPSGEPSG3 9helmert_transformationESRIEPSGEPSG2 9helmert_transformationESRI)EPSG%EPSG2 9helmert_transformationESRI)EPSG%EPSG2 9helmert_transformationESRI)EPSG%EPSG2 9helmert_transformationESRI)EPSG%EPSG2 9helmert_transformationESRI(EPSGEPSG2 9helmert_transformationESRI(EPSGEPSG2 9helmert_transformationESRI'yEPSGEPSG2 9helmert_transformationESRI'xEPSGEPSG2 9helmert_transformationESRI'wEPSGEPSG2 9helmert_transformationESRI'tEPSGEPSG2 9helmert_transformationESRI'EPSGEPSG2 9helmert_transformationESRI'EPSGEPSG2 9helmert_transformationESRI' EPSGEPSG2 9helmert_transformationESRI' EPSGEPSG2 9helmert_transformationESRI' EPSGEPSG2 9helmert_transformationESRI' EPSGEPSG2 9helmert_transformationESRI' EPSGEPSG2 9helmert_transformationESRI'EPSGEPSG2 9helmert_transformationESRI'EPSGEPSG2 9helmert_transformationESRI&EPSGEPSG2 9helmert_transformationESRI&EPSGEPSG2 9helmert_transformationESRI%EPSGQEPSG2 9helmert_transformationESRI%EPSGQEPSG2 9helmert_transformationESRI%EPSGQEPSG2 9helmert_transformationESRI$EPSGQEPSG2 9helmert_transformationESRI"EPSGQEPSG2 9helmert_transformationESRIqEPSGQEPSG2 9helmert_transformationESRIEPSGEPSG) %vertical_crsESRIEPSG *EPSGB~ )Avertical_datumESRIfrom_geogdatum_ESRI_106022EPSG *EPSG)} %vertical_crsESRIEPSGiEPSGB| )Avertical_datumESRIfrom_geogdatum_ESRI_106021EPSGiEPSG){ %vertical_crsESRIEPSGSEPSG@z )=vertical_datumESRIfrom_geogdatum_EPSG_1419EPSGSEPSG)y %vertical_crsESRIEPSGSEPSG@x )=vertical_datumESRIfrom_geogdatum_EPSG_1420EPSGSEPSG)w %vertical_crsESRIEPSG_EPSG@v )=vertical_datumESRIfrom_geogdatum_EPSG_1418EPSG_EPSG)u %vertical_crsESRIEPSGkEPSG@t )=vertical_datumESRIfrom_geogdatum_EPSG_1417EPSGkEPSG)s %vertical_crsESRIEPSG_EPSG@r )=vertical_datumESRIfrom_geogdatum_EPSG_1414EPSG_EPSG)q %vertical_crsESRIEPSGEPSG@p )=vertical_datumESRIfrom_geogdatum_EPSG_1401EPSGEPSG)o %vertical_crsESRIEPSGREPSGBn )Avertical_datumESRIfrom_geogdatum_ESRI_106048EPSGREPSG)m %vertical_crsESRIEPSGEPSG@l )=vertical_datumESRIfrom_geogdatum_EPSG_1399EPSGEPSG)k %vertical_crsESRIEPSGEPSG@j )=vertical_datumESRIfrom_geogdatum_EPSG_1400EPSGEPSG)i %vertical_crsESRIEPSGEPSG@h )=vertical_datumESRIfrom_geogdatum_EPSG_1392EPSGEPSG)g %vertical_crsESRIEPSGEPSG)f %vertical_crsESRIEPSGEPSG@e )=vertical_datumESRIfrom_geogdatum_EPSG_1389EPSGEPSG)d %vertical_crsESRIEPSGEPSG@c )=vertical_datumESRIfrom_geogdatum_EPSG_1397EPSGEPSG)b %vertical_crsESRIEPSGEPSG@a )=vertical_datumESRIfrom_geogdatum_EPSG_1394EPSGEPSG)` %vertical_crsESRIEPSGEPSG@_ )=vertical_datumESRIfrom_geogdatum_EPSG_1393EPSGEPSG)^ %vertical_crsESRIEPSGEPSG@] )=vertical_datumESRIfrom_geogdatum_EPSG_1380EPSGEPSG)\ %vertical_crsESRIEPSGEPSG@[ )=vertical_datumESRIfrom_geogdatum_EPSG_1379EPSGEPSG)Z %vertical_crsESRIEPSGEPSG Hd-Q u >  b . T  | I  t @ j3W {D h1UyB i2V0h 3grid_transformationESRIVEPSG EPSG3g 9helmert_transformationESRIUEPSGAEPSG3f 9helmert_transformationESRITEPSG@EPSG3e 9helmert_transformationESRISEPSG 6EPSG3d 9helmert_transformationESRIREPSGEPSG3c 9helmert_transformationESRIQEPSGEPSG3b 9helmert_transformationESRIPEPSGEPSG3a 9helmert_transformationESRIOEPSGEPSG3` 9helmert_transformationESRINEPSGEPSG0_ 3grid_transformationESRIMEPSGuEPSG3^ 9helmert_transformationESRIKEPSGoEPSG3] 9helmert_transformationESRIJEPSGuEPSG3\ 9helmert_transformationESRIFEPSGnEPSG3[ 9helmert_transformationESRICEPSG +EPSG3Z 9helmert_transformationESRIAEPSGEPSG3Y 9helmert_transformationESRI@EPSG EPSG3X 9helmert_transformationESRI?EPSG EPSG3W 9helmert_transformationESRI>EPSG BEPSG3V 9helmert_transformationESRI9EPSG5EPSG3U 9helmert_transformationESRI8EPSG EPSG3T 9helmert_transformationESRI7EPSG YEPSG3S 9helmert_transformationESRI6EPSG EPSG3R 9helmert_transformationESRI5EPSG EPSG3Q 9helmert_transformationESRI4EPSG EPSG3P 9helmert_transformationESRI3EPSG EPSG3O 9helmert_transformationESRI2EPSG EPSG3N 9helmert_transformationESRI1EPSG EPSG3M 9helmert_transformationESRI0EPSG EPSG3L 9helmert_transformationESRI/EPSG EPSG3K 9helmert_transformationESRI.EPSG EPSG3J 9helmert_transformationESRI-EPSG EPSG3I 9helmert_transformationESRI,EPSG EPSG3H 9helmert_transformationESRI+EPSG%EPSG3G 9helmert_transformationESRI*EPSGEPSG3F 9helmert_transformationESRI)EPSG EPSG3E 9helmert_transformationESRI(EPSG EPSG3D 9helmert_transformationESRI'EPSG EPSG3C 9helmert_transformationESRI&EPSG EPSG0B 3grid_transformationESRI%EPSG EPSG0A 3grid_transformationESRI$EPSGEPSG0@ 3grid_transformationESRI#EPSG EPSG0? 3grid_transformationESRI"EPSGEPSG1> 5other_transformationESRIEPSGEPSG3= 9helmert_transformationESRIEPSG EPSG1< 5other_transformationESRIEPSGQEPSG/; 3grid_transformationESRIESRIEPSG3: 9helmert_transformationESRIEPSGEPSG39 9helmert_transformationESRIEPSGEPSG18 5other_transformationESRIEPSGEPSG17 5other_transformationESRIEPSGuEPSG36 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9helmert_transformationESRIEPSG 7EPSG3 9helmert_transformationESRIEPSGAEPSG3 9helmert_transformationESRIEPSG`EPSG3 9helmert_transformationESRIEPSG_EPSG3 9helmert_transformationESRIEPSG"EPSG3 9helmert_transformationESRIEPSG`EPSG3 9helmert_transformationESRIEPSG_EPSG3 9helmert_transformationESRIEPSG"EPSG3 9helmert_transformationESRIEPSG`EPSG3 9helmert_transformationESRIEPSG_EPSG3 9helmert_transformationESRIEPSG"EPSG3 9helmert_transformationESRIEPSG`EPSG3 9helmert_transformationESRIEPSG_EPSG3 9helmert_transformationESRIEPSG"EPSG3 9helmert_transformationESRIEPSGEPSG3 9helmert_transformationESRI~EPSGEPSG3 9helmert_transformationESRI}EPSGEPSG3 9helmert_transformationESRI|EPSGEPSG3 9helmert_transformationESRI{EPSGEPSG3 9helmert_transformationESRIyEPSGEPSG3~ 9helmert_transformationESRIwEPSGEPSG3} 9helmert_transformationESRIvEPSGEPSG3| 9helmert_transformationESRIuEPSG,EPSG3{ 9helmert_transformationESRItEPSG,EPSG3z 9helmert_transformationESRIsEPSGHEPSG3y 9helmert_transformationESRIrEPSGHEPSG3x 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9helmert_transformationESRIEPSGEPSG01 3grid_transformationESRIEPSGEPSG30 9helmert_transformationESRIEPSGKEPSG3/ 9helmert_transformationESRIEPSGpEPSG3. 9helmert_transformationESRIEPSGBEPSG3- 9helmert_transformationESRIEPSGEPSG3, 9helmert_transformationESRIEPSGEPSG0+ 3grid_transformationESRIESRIEPSG1* 5other_transformationESRIEPSGQEPSG0) 3grid_transformationESRIESRIEPSG0( 3grid_transformationESRIESRIEPSG3' 9helmert_transformationESRIjEPSG *EPSG3& 9helmert_transformationESRIiEPSG *EPSG3% 9helmert_transformationESRIhESRIEPSG3$ 9helmert_transformationESRIgESRIEPSG3# 9helmert_transformationESRIfESRIEPSG3" 9helmert_transformationESRIeESRIEPSG3! 9helmert_transformationESRIdESRIEPSG3 9helmert_transformationESRIcEPSGEPSG3 9helmert_transformationESRIbEPSGiEPSG3 9helmert_transformationESRIaEPSGiEPSG0 3grid_transformationESRI`EPSGJEPSG3 9helmert_transformationESRI_EPSG EPSG0 3grid_transformationESRI^EPSGXEPSG3 9helmert_transformationESRI]EPSGGEPSG2 9helmert_transformationESRI\ESRIEPSG3 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9helmert_transformationESRIEPSGEPSG3 9helmert_transformationESRIEPSGGEPSG3 9helmert_transformationESRIEPSGBEPSG3 9helmert_transformationESRIEPSGEPSG UzM n> \ /  y K  i ;  [ . r D g: Z-yLk>R#g8 }N`0*. %geodetic_crsIGNFCSG67GIGNF IGNF+- %geodetic_crsIGNFCROZ63GIGNF IGNF,, % geodetic_crsIGNFCROZ63GEOIGNF IGNF++ %geodetic_crsIGNFMAYO50GIGNFIGNF,* % geodetic_crsIGNFMAYO50GEOIGNFIGNF+) %geodetic_crsIGNFCLIP67GIGNFIGNF ,( %geodetic_crsIGNFJULES55GIGNFIGNF,' %geodetic_crsIGNFCAPJP55GIGNFIGNF+& %geodetic_crsIGNFBIEN55GIGNFIGNF,% %geodetic_crsIGNFCAPBP55GIGNFIGNF,$ %geodetic_crsIGNFCAD97GEOIGNFIGNF*# %geodetic_crsIGNFCAD97GIGNFIGNF)" %geodetic_crsIGNFATIGGIGNFIGNF +! %geodetic_crsIGNFAPAT48GIGNFIGNF+ %geodetic_crsIGNFAPAT49GIGNFIGNF+ %geodetic_crsIGNFCADA80GIGNFIGNF+ %geodetic_crsIGNFAPAT80GIGNFIGNF+ %geodetic_crsIGNFANAA47GIGNFIGNF+ %geodetic_crsIGNFANAA92GIGNFIGNF- %geodetic_crsIGNFANAA92GEOIGNFIGNF+ %geodetic_crsIGNFAMST63GIGNFIGNF+ % geodetic_crsIGNFAMANU49GIGNFIGNF+ % 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%!geodetic_crsIGNFWGS84MARTGIGNF9IGNF)? %geodetic_crsIGNFRRAFGIGNF9IGNF0> %%geodetic_crsIGNFWGS84GUADGEOIGNF9IGNF+= %geodetic_crsIGNFRRAFGEOIGNF9IGNF0< %%geodetic_crsIGNFW84MARTGEODDIGNF9IGNF-; %geodetic_crsIGNFRRAFGEODDIGNF9IGNF0: %%geodetic_crsIGNFWGS84MARTGDDIGNF9IGNF+9 %geodetic_crsIGNFRRAFGDDIGNF9IGNF-8 %geodetic_crsIGNFRGTAAF07GIGNF=IGNF-7 %geodetic_crsIGNFRGTAAFGEOIGNF=IGNF/6 %#geodetic_crsIGNFRGTAAF07GDDIGNF=IGNF/5 %#geodetic_crsIGNFRGTAAFGEODDIGNF=IGNF,4 %geodetic_crsIGNFRGSPM06GIGNF 9-helmert_transformationIGNFTSG684_ATI_WGS84IGNFUIGNF> 9-helmert_transformationIGNFTSG684_ATIG_4978IGNFUIGNF@ 91helmert_transformationIGNFTSG684_ATIG_RRAF91IGNFUIGNF4 9helmert_transformationIGNFTSG684IGNFUIGNFB 95helmert_transformationIGNFTSG681_ATIGG_TO_4326IGNFIGNFD 99helmert_transformationIGNFTSG681_ATIGG_TO_WGS84GIGNFIGNFF 9=helmert_transformationIGNFTSG681_ATIGG_TO_WGS84GDDIGNFIGNF= 9+helmert_transformationIGNFTSG681_ATI_4978IGNFIGNF? 9/helmert_transformationIGNFTSG681_ATI_RRAF91IGNFIGNF> 9-helmert_transformationIGNFTSG681_ATI_WGS84IGNFIGNF> 9-helmert_transformationIGNFTSG681_ATIG_4978IGNFIGNF@ 91helmert_transformationIGNFTSG681_ATIG_RRAF91IGNFIGNF4 9helmert_transformationIGNFTSG681IGNFIGNFB 95helmert_transformationIGNFTSG683_ATIGG_TO_NTFGIGNFUIGNF< 9)helmert_transformationIGNFTSG683_ATI_NTFIGNFUIGNF4 9helmert_transformationIGNFTSG683IGNFUIGNFB 95helmert_transformationIGNFTSG682_ATIGG_TO_NTFGIGNFIGNF< 9)helmert_transformationIGNFTSG682_ATI_NTFIGNFIGNF4 9helmert_transformationIGNFTSG682IGNFIGNF+ %vertical_crsIGNFTAHAA01IGNF@IGNF . %!vertical_crsIGNFSHOM1984WFIGNFJIGNF * %vertical_crsIGNFPINS78IGNFIGNF * %vertical_crsIGNFGLOR77IGNFIGNF * %vertical_crsIGNFMAYO53IGNFIGNF* %vertical_crsIGNFRAIA01IGNF3IGNF ) %vertical_crsIGNFNNLUXIGNF-IGNF* %vertical_crsIGNFNCAL69IGNFIGNF* %vertical_crsIGNFMARE91IGNF&IGNF + %vertical_crsIGNFLIFOU91IGNF#IGNF ) %vertical_crsIGNFNGC48IGNFVIGNF* %vertical_crsIGNFGUYA77IGNF IGNF ,~ %vertical_crsIGNFWALLIS96IGNFJIGNF.} %!vertical_crsIGNFFUTUNA1997IGNFWIGNF)| %vertical_crsIGNFNGF84IGNFUIGNF *{ %vertical_crsIGNFIGN78CIGNFVIGNF )z %vertical_crsIGNFIGN69IGNFUIGNF)y %vertical_crsIGNFBOURDIGNFUIGNF ,x %vertical_crsIGNFMOOREA81IGNF*IGNF -w %vertical_crsIGNFMAUPITI01IGNF(IGNF .v %!vertical_crsIGNFGUAD2008LDIGNFTIGNF,u %vertical_crsIGNFGUAD92LDIGNFTIGNF *t %vertical_crsIGNFREUN89IGNF8IGNF,s %vertical_crsIGNFGUAD88SMIGNFSIGNF ,r %vertical_crsIGNFGUAD88SBIGNFRIGNF ,q %vertical_crsIGNFGUAD88MGIGNFQIGNF ,p %vertical_crsIGNFGUAD88LSIGNFPIGNF *o %vertical_crsIGNFGUAD88IGNFOIGNF*n %vertical_crsIGNFMART87IGNF'IGNF*m %vertical_crsIGNFUVEA84IGNFJIGNF ,l %vertical_crsIGNFTAHITI66IGNFAIGNF *k %vertical_crsIGNFKERG62IGNF"IGNF*j %vertical_crsIGNFHUAH01IGNFNIGNF ,i %vertical_crsIGNFEVRF2007IGNFMIGNF,h %vertical_crsIGNFEVRF2000IGNFMIGNF -g %vertical_crsIGNFPETRELS52IGNF0IGNF ,f %vertical_crsIGNFSTPM50_VIGNF 9Chelmert_transformationIGNFTSG590_CSG67GEO_TO_WGS84GEOEPSGIGNFL= 9Ghelmert_transformationIGNFTSG590_CSG67GEO_TO_WGS84GEODDEPSGIGNFD< 97helmert_transformationIGNFTSG590_CSG67G_TO_4326EPSGIGNFF; 9;helmert_transformationIGNFTSG590_CSG67G_TO_WGS84GEPSGIGNFH: 9?helmert_transformationIGNFTSG590_CSG67G_TO_WGS84GDDEPSGIGNF@9 9/helmert_transformationIGNFTSG590_CSG67_4978EPSGIGNFB8 93helmert_transformationIGNFTSG590_CSG67_RRAF91EPSGIGNF57 9helmert_transformationIGNFTSG590EPSGIGNFD6 99helmert_transformationIGNFTSG642_MAYO50G_TO_4326IGNFYIGNFF5 9=helmert_transformationIGNFTSG642_MAYO50G_TO_WGS84GIGNFYIGNFH4 9Ahelmert_transformationIGNFTSG642_MAYO50G_TO_WGS84GDDIGNFYIGNFN3 9Mhelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84RRAFGEOIGNFYIGNFJ2 9Ehelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84GEOIGNFYIGNFL1 9Ihelmert_transformationIGNFTSG642_MAYO50GEO_TO_WGS84GEODDIGNFYIGNF@0 91helmert_transformationIGNFTSG642_MAYO50_4978IGNFYIGNFB/ 95helmert_transformationIGNFTSG642_MAYO50_RRAF91IGNFYIGNF4. 9helmert_transformationIGNFTSG642IGNFYIGNFF- 9=helmert_transformationIGNFTSG787_MAYO50G_TO_RGM04GIGNFYIGNFH, 9Ahelmert_transformationIGNFTSG787_MAYO50G_TO_RGM04GDDIGNFYIGNFJ+ 9Ehelmert_transformationIGNFTSG787_MAYO50GEO_TO_RGM04GEOIGNFYIGNFL* 9Ihelmert_transformationIGNFTSG787_MAYO50GEO_TO_RGM04GEODDIGNFYIGNF4) 9helmert_transformationIGNFTSG787IGNFYIGNFI( 9Chelmert_transformationIGNFTSG786_CAD97GEO_TO_RGM04GEOIGNFYIGNFK' 9Ghelmert_transformationIGNFTSG786_CAD97GEO_TO_RGM04GEODDIGNFYIGNFE& 9;helmert_transformationIGNFTSG786_CAD97G_TO_RGM04GIGNFYIGNFG% 9?helmert_transformationIGNFTSG786_CAD97G_TO_RGM04GDDIGNFYIGNF4$ 9helmert_transformationIGNFTSG786IGNFYIGNF2# 3grid_transformationIGNFTSG1149IGNFXIGNFB" 95helmert_transformationIGNFTSG684_ATIGG_TO_4326IGNFUIGNFD! 99helmert_transformationIGNFTSG684_ATIGG_TO_WGS84GIGNFUIGNFF 9=helmert_transformationIGNFTSG684_ATIGG_TO_WGS84GDDIGNFUIGNF= 9+helmert_transformationIGNFTSG684_ATI_4978IGNFUIGNF? 9/helmert_transformationIGNFTSG684_ATI_RRAF91IGNFUIGNF 6t-P g  V x 2 h  CV u&2_Kg<dE 9;helmert_transformationIGNFTSG465_GUAD48_WGS84GUADIGNF_IGNF@ 91helmert_transformationIGNFTSG465_GUAD48_RRAFIGNF_IGNFF 9=helmert_transformationIGNFTSG465_GUADANN_WGS84GUADIGNF_IGNF4 9helmert_transformationIGNFTSG465IGNF_IGNFN 9Mhelmert_transformationIGNFTSG592_GUAD48GEO_TO_WGS84RRAFGEOIGNF^IGNFJ 9Ehelmert_transformationIGNFTSG592_GUAD48GEO_TO_WGS84GEOIGNF^IGNFL 9Ihelmert_transformationIGNFTSG592_GUAD48GEO_TO_WGS84GEODDIGNF^IGNFD 99helmert_transformationIGNFTSG592_GUAD48G_TO_4326IGNF^IGNFF 9=helmert_transformationIGNFTSG592_GUAD48G_TO_WGS84GIGNF^IGNFE 9;helmert_transformationIGNFTSG592_GUADANNG_TO_4326IGNF^IGNFG 9?helmert_transformationIGNFTSG592_GUADANNG_TO_WGS84GIGNF^IGNFH 9Ahelmert_transformationIGNFTSG592_GUAD48G_TO_WGS84GDDIGNF^IGNFI~ 9Chelmert_transformationIGNFTSG592_GUADANNG_TO_WGS84GDDIGNF^IGNF@} 91helmert_transformationIGNFTSG592_GUAD48_4978IGNF^IGNFB| 95helmert_transformationIGNFTSG592_GUAD48_RRAF91IGNF^IGNFA{ 93helmert_transformationIGNFTSG592_GUAD48_WGS84IGNF^IGNFAz 93helmert_transformationIGNFTSG592_GUADANN_4978IGNF^IGNFCy 97helmert_transformationIGNFTSG592_GUADANN_RRAF91IGNF^IGNF4x 9helmert_transformationIGNFTSG592IGNF^IGNFPw 9Qhelmert_transformationIGNFTSG464_GUADFM49GEO_TO_WGS84GUADGEOIGNF]IGNFKv 9Ghelmert_transformationIGNFTSG464_GUADFM49GEO_TO_RRAFGEOIGNF]IGNFPu 9Qhelmert_transformationIGNFTSG464_GUADFM49GEO_TO_W84MARTGEODDIGNF]IGNFMt 9Khelmert_transformationIGNFTSG464_GUADFM49GEO_TO_RRAFGEODDIGNF]IGNFKs 9Ghelmert_transformationIGNFTSG464_GUAFM48G_TO_WGS84MARTGIGNF]IGNFFr 9=helmert_transformationIGNFTSG464_GUAFM48G_TO_RRAFGIGNF]IGNFJq 9Ehelmert_transformationIGNFTSG464_GUADFMG_TO_WGS84MARTGIGNF]IGNFEp 9;helmert_transformationIGNFTSG464_GUADFMG_TO_RRAFGIGNF]IGNFMo 9Khelmert_transformationIGNFTSG464_GUAFM48G_TO_WGS84MARTGDDIGNF]IGNFHn 9Ahelmert_transformationIGNFTSG464_GUAFM48G_TO_RRAFGDDIGNF]IGNFLm 9Ihelmert_transformationIGNFTSG464_GUADFMG_TO_WGS84MARTGDDIGNF]IGNFGl 9?helmert_transformationIGNFTSG464_GUADFMG_TO_RRAFGDDIGNF]IGNFGk 9?helmert_transformationIGNFTSG464_GUADFM49_WGS84GUADIGNF]IGNFBj 95helmert_transformationIGNFTSG464_GUADFM49_RRAFIGNF]IGNFEi 9;helmert_transformationIGNFTSG464_GUADFM_WGS84GUADIGNF]IGNF4h 9helmert_transformationIGNFTSG464IGNF]IGNFDg 99helmert_transformationIGNFTSG709_ED50GEO_TO_4326IGNF[IGNF Ff 9=helmert_transformationIGNFTSG709_ED50GEO_TO_WGS84GIGNF[IGNF Be 95helmert_transformationIGNFTSG709_ED50G_TO_4326IGNF[IGNF Dd 99helmert_transformationIGNFTSG709_ED50G_TO_WGS84GIGNF[IGNF Hc 9Ahelmert_transformationIGNFTSG709_ED50GEO_TO_WGS84GDDIGNF[IGNF Fb 9=helmert_transformationIGNFTSG709_ED50G_TO_WGS84GDDIGNF[IGNF >a 9-helmert_transformationIGNFTSG709_ED50_4978IGNF[IGNF @` 91helmert_transformationIGNFTSG709_ED50_RRAF91IGNF[IGNF 4_ 9helmert_transformationIGNFTSG709IGNF[IGNF O^ 9Ohelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84RRAFGEOIGNFIGNF K] 9Ghelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84GEOIGNFIGNF M\ 9Khelmert_transformationIGNFTSG1214_ETRS89GEO_TO_WGS84GEODDIGNFIGNF E[ 9;helmert_transformationIGNFTSG1214_ETRS89G_TO_4326IGNFIGNF GZ 9?helmert_transformationIGNFTSG1214_ETRS89G_TO_WGS84GIGNFIGNF IY 9Chelmert_transformationIGNFTSG1214_ETRS89G_TO_WGS84GDDIGNFIGNF AX 93helmert_transformationIGNFTSG1214_ETRS89_4978IGNFIGNF CW 97helmert_transformationIGNFTSG1214_ETRS89_RRAF91IGNFIGNF 5V 9helmert_transformationIGNFTSG1214IGNFIGNF OU 9Ohelmert_transformationIGNFTSG518_EFATE57GEO_TO_WGS84RRAFGEOIGNF\IGNF 7c~/ I X " o # E { /Q_{B^%A /Cy3LA 9Ihelmert_transformationIGNFTSG751_NUKU72GEO_TO_WGS84GEODDIGNFjIGNF@@ 91helmert_transformationIGNFTSG751_NUKU72_4978IGNFjIGNFB? 95helmert_transformationIGNFTSG751_NUKU72_RRAF91IGNFjIGNF4> 9helmert_transformationIGNFTSG751IGNFjIGNFD= 99helmert_transformationIGNFTSG606_NUKU72G_TO_4326IGNFiIGNFF< 9=helmert_transformationIGNFTSG606_NUKU72G_TO_WGS84GIGNFiIGNFH; 9Ahelmert_transformationIGNFTSG606_NUKU72G_TO_WGS84GDDIGNFiIGNFN: 9Mhelmert_transformationIGNFTSG606_NUKU72GEO_TO_WGS84RRAFGEOIGNFiIGNFJ9 9Ehelmert_transformationIGNFTSG606_NUKU72GEO_TO_WGS84GEOIGNFiIGNFL8 9Ihelmert_transformationIGNFTSG606_NUKU72GEO_TO_WGS84GEODDIGNFiIGNF@7 91helmert_transformationIGNFTSG606_NUKU72_4978IGNFiIGNFB6 95helmert_transformationIGNFTSG606_NUKU72_RRAF91IGNFiIGNF45 9helmert_transformationIGNFTSG606IGNFiIGNFF4 9=helmert_transformationIGNFTSG1010_NUKU72G_TO_RGPFGIGNFhIGNFH3 9Ahelmert_transformationIGNFTSG1010_NUKU72G_TO_RGPFGDDIGNFhIGNFJ2 9Ehelmert_transformationIGNFTSG1010_NUKU72GEO_TO_RGPFGEOIGNFhIGNF51 9helmert_transformationIGNFTSG1010IGNFhIGNFF0 9=helmert_transformationIGNFTSG1009_NUKU72G_TO_RGPFGIGNFgIGNFH/ 9Ahelmert_transformationIGNFTSG1009_NUKU72G_TO_RGPFGDDIGNFgIGNFJ. 9Ehelmert_transformationIGNFTSG1009_NUKU72GEO_TO_RGPFGEOIGNFgIGNF5- 9helmert_transformationIGNFTSG1009IGNFgIGNFF, 9=helmert_transformationIGNFTSG1007_NUKU72G_TO_RGPFGIGNFfIGNFH+ 9Ahelmert_transformationIGNFTSG1007_NUKU72G_TO_RGPFGDDIGNFfIGNFJ* 9Ehelmert_transformationIGNFTSG1007_NUKU72GEO_TO_RGPFGEOIGNFfIGNF5) 9helmert_transformationIGNFTSG1007IGNFfIGNF2( 3grid_transformationIGNFTSG1195IGNFeIGNF2' 3grid_transformationIGNFTSG1185IGNFdIGNFI& 9Chelmert_transformationIGNFTSG1008_IGN63GEO_TO_RGPFGEOIGNFcIGNFE% 9;helmert_transformationIGNFTSG1008_IGN63G_TO_RGPFGIGNFcIGNFF$ 9=helmert_transformationIGNFTSG1008_ATUO63G_TO_RGPFGIGNFcIGNFG# 9?helmert_transformationIGNFTSG1008_IGN63G_TO_RGPFGDDIGNFcIGNFH" 9Ahelmert_transformationIGNFTSG1008_ATUO63G_TO_RGPFGDDIGNFcIGNF@! 91helmert_transformationIGNFTSG1008_IGN63_RGPFIGNFcIGNF5 9helmert_transformationIGNFTSG1008IGNFcIGNFI 9Chelmert_transformationIGNFTSG1006_IGN63GEO_TO_RGPFGEOIGNFbIGNFE 9;helmert_transformationIGNFTSG1006_IGN63G_TO_RGPFGIGNFbIGNFF 9=helmert_transformationIGNFTSG1006_ATUO63G_TO_RGPFGIGNFbIGNFG 9?helmert_transformationIGNFTSG1006_IGN63G_TO_RGPFGDDIGNFbIGNFH 9Ahelmert_transformationIGNFTSG1006_ATUO63G_TO_RGPFGDDIGNFbIGNF@ 91helmert_transformationIGNFTSG1006_IGN63_RGPFIGNFbIGNF5 9helmert_transformationIGNFTSG1006IGNFbIGNF2 3grid_transformationIGNFTSG1148IGNFaIGNF2 3grid_transformationIGNFTSG1150IGNF`IGNFN 9Mhelmert_transformationIGNFTSG465_GUAD48GEO_TO_WGS84GUADGEOIGNF_IGNFI 9Chelmert_transformationIGNFTSG465_GUAD48GEO_TO_RRAFGEOIGNF_IGNFN 9Mhelmert_transformationIGNFTSG465_GUAD48GEO_TO_W84MARTGEODDIGNF_IGNFK 9Ghelmert_transformationIGNFTSG465_GUAD48GEO_TO_RRAFGEODDIGNF_IGNFJ 9Ehelmert_transformationIGNFTSG465_GUAD48G_TO_WGS84MARTGIGNF_IGNFE 9;helmert_transformationIGNFTSG465_GUAD48G_TO_RRAFGIGNF_IGNFK 9Ghelmert_transformationIGNFTSG465_GUADANNG_TO_WGS84MARTGIGNF_IGNFF 9=helmert_transformationIGNFTSG465_GUADANNG_TO_RRAFGIGNF_IGNFL 9Ihelmert_transformationIGNFTSG465_GUAD48G_TO_WGS84MARTGDDIGNF_IGNFG 9?helmert_transformationIGNFTSG465_GUAD48G_TO_RRAFGDDIGNF_IGNFM 9Khelmert_transformationIGNFTSG465_GUADANNG_TO_WGS84MARTGDDIGNF_IGNFH 9Ahelmert_transformationIGNFTSG465_GUADANNG_TO_RRAFGDDIGNF_IGNF =`L t >  f 0 X " J  p ,K:\$I~:YW{/4~ 9helmert_transformationIGNFTSG761IGNFyIGNFF} 9=helmert_transformationIGNFTSG760_MARQUI72G_TO_4326IGNFxIGNFH| 9Ahelmert_transformationIGNFTSG760_MARQUI72G_TO_WGS84GIGNFxIGNFJ{ 9Ehelmert_transformationIGNFTSG760_MARQUI72G_TO_WGS84GDDIGNFxIGNFBz 95helmert_transformationIGNFTSG760_MARQUI72_4978IGNFxIGNFDy 99helmert_transformationIGNFTSG760_MARQUI72_RRAF91IGNFxIGNF4x 9helmert_transformationIGNFTSG760IGNFxIGNFEw 9;helmert_transformationIGNFTSG727_MARE53G_TO_RGNCGIGNFwIGNF4v 9helmert_transformationIGNFTSG727IGNFwIGNFEu 9;helmert_transformationIGNFTSG782_RAIA53G_TO_RGPFGIGNFvIGNFFt 9=helmert_transformationIGNFTSG782_TAHAA53G_TO_RGPFGIGNFvIGNFGs 9?helmert_transformationIGNFTSG782_RAIA53G_TO_RGPFGDDIGNFvIGNFHr 9Ahelmert_transformationIGNFTSG782_TAHAA53G_TO_RGPFGDDIGNFvIGNF@q 91helmert_transformationIGNFTSG782_RAIA53_RGPFIGNFvIGNF4p 9helmert_transformationIGNFTSG782IGNFvIGNFEo 9;helmert_transformationIGNFTSG781_RAIA53G_TO_RGPFGIGNFuIGNFFn 9=helmert_transformationIGNFTSG781_TAHAA53G_TO_RGPFGIGNFuIGNFGm 9?helmert_transformationIGNFTSG781_RAIA53G_TO_RGPFGDDIGNFuIGNFHl 9Ahelmert_transformationIGNFTSG781_TAHAA53G_TO_RGPFGDDIGNFuIGNF@k 91helmert_transformationIGNFTSG781_RAIA53_RGPFIGNFuIGNF4j 9helmert_transformationIGNFTSG781IGNFuIGNFEi 9;helmert_transformationIGNFTSG780_RAIA53G_TO_RGPFGIGNFtIGNFFh 9=helmert_transformationIGNFTSG780_TAHAA53G_TO_RGPFGIGNFtIGNFGg 9?helmert_transformationIGNFTSG780_RAIA53G_TO_RGPFGDDIGNFtIGNFHf 9Ahelmert_transformationIGNFTSG780_TAHAA53G_TO_RGPFGDDIGNFtIGNF@e 91helmert_transformationIGNFTSG780_RAIA53_RGPFIGNFtIGNF4d 9helmert_transformationIGNFTSG780IGNFtIGNFEc 9;helmert_transformationIGNFTSG779_RAIA53G_TO_RGPFGIGNFsIGNFFb 9=helmert_transformationIGNFTSG779_TAHAA53G_TO_RGPFGIGNFsIGNFGa 9?helmert_transformationIGNFTSG779_RAIA53G_TO_RGPFGDDIGNFsIGNFH` 9Ahelmert_transformationIGNFTSG779_TAHAA53G_TO_RGPFGDDIGNFsIGNF@_ 91helmert_transformationIGNFTSG779_RAIA53_RGPFIGNFsIGNF4^ 9helmert_transformationIGNFTSG779IGNFsIGNF2] 3grid_transformationIGNFTSG1246IGNFrIGNF2\ 3grid_transformationIGNFTSG1243IGNFrIGNF2[ 3grid_transformationIGNFTSG1166IGNFrIGNF2Z 3grid_transformationIGNFTSG1179IGNFrIGNF2Y 3grid_transformationIGNFTSG1160IGNF8IGNF2X 3grid_transformationIGNFTSG1154IGNFqIGNF2W 3grid_transformationIGNFTSG1248IGNFqIGNF2V 3grid_transformationIGNFTSG1182IGNFqIGNF2U 3grid_transformationIGNFTSG1169IGNFpIGNF2T 3grid_transformationIGNFTSG1249IGNFpIGNF2S 3grid_transformationIGNFTSG1181IGNFoIGNF2R 3grid_transformationIGNFTSG1244IGNFnIGNF2Q 3grid_transformationIGNFTSG1178IGNFnIGNF2P 3grid_transformationIGNFTSG1247IGNFmIGNF2O 3grid_transformationIGNFTSG1167IGNFmIGNF2N 3grid_transformationIGNFTSG1245IGNFmIGNF2M 3grid_transformationIGNFTSG1180IGNFmIGNF2L 3grid_transformationIGNFTSG1165IGNFkIGNF2K 3grid_transformationIGNFTSG1242IGNFlIGNF2J 3grid_transformationIGNFTSG1177IGNFkIGNF2I 3grid_transformationIGNFTSG1155IGNF'IGNF2H 3grid_transformationIGNFTSG1241IGNF'IGNF2G 3grid_transformationIGNFTSG1176IGNF'IGNFDF 99helmert_transformationIGNFTSG751_NUKU72G_TO_4326IGNFjIGNFFE 9=helmert_transformationIGNFTSG751_NUKU72G_TO_WGS84GIGNFjIGNFHD 9Ahelmert_transformationIGNFTSG751_NUKU72G_TO_WGS84GDDIGNFjIGNFNC 9Mhelmert_transformationIGNFTSG751_NUKU72GEO_TO_WGS84RRAFGEOIGNFjIGNFJB 9Ehelmert_transformationIGNFTSG751_NUKU72GEO_TO_WGS84GEOIGNFjIGNF 6r$V z . g $ 7 \ $ C 1E{3c|+[3OE4 9;helmert_transformationIGNFTSG467_MART38G_TO_RRAFGIGNF'IGNFJ3 9Ehelmert_transformationIGNFTSG467_MARTFDG_TO_WGS84MARTGIGNF'IGNFE2 9;helmert_transformationIGNFTSG467_MARTFDG_TO_RRAFGIGNF'IGNFL1 9Ihelmert_transformationIGNFTSG467_MART38G_TO_WGS84MARTGDDIGNF'IGNFG0 9?helmert_transformationIGNFTSG467_MART38G_TO_RRAFGDDIGNF'IGNFL/ 9Ihelmert_transformationIGNFTSG467_MARTFDG_TO_WGS84MARTGDDIGNF'IGNFG. 9?helmert_transformationIGNFTSG467_MARTFDG_TO_RRAFGDDIGNF'IGNFE- 9;helmert_transformationIGNFTSG467_MART38_WGS84GUADIGNF'IGNF@, 91helmert_transformationIGNFTSG467_MART38_RRAFIGNF'IGNFE+ 9;helmert_transformationIGNFTSG467_MARTFD_WGS84GUADIGNF'IGNF4* 9helmert_transformationIGNFTSG467IGNF'IGNFK) 9Ghelmert_transformationIGNFTSG825_KERG62GEO_TO_RGTAAFGEOIGNF~IGNF M( 9Khelmert_transformationIGNFTSG825_KERG62GEO_TO_RGTAAFGEODDIGNF~IGNF I' 9Chelmert_transformationIGNFTSG825_KERG62G_TO_RGTAAF07GIGNF~IGNF K& 9Ghelmert_transformationIGNFTSG825_KERG62G_TO_RGTAAF07GDDIGNF~IGNF G% 9?helmert_transformationIGNFTSG825_KERG62CAR_RGTAAF07IGNF~IGNF 4$ 9helmert_transformationIGNFTSG825IGNF~IGNF J# 9Ehelmert_transformationIGNFTSG195_KERG62GEO_TO_WGS72GEOIGNF}IGNFF" 9=helmert_transformationIGNFTSG195_KERG62G_TO_WGS72GIGNF}IGNFD! 99helmert_transformationIGNFTSG195_KERG62CAR_WGS72IGNF}IGNF4 9helmert_transformationIGNFTSG195IGNF}IGNFD 99helmert_transformationIGNFTSG757_TAHI79G_TO_4326IGNF|IGNFF 9=helmert_transformationIGNFTSG757_TAHI79G_TO_WGS84GIGNF|IGNFH 9Ahelmert_transformationIGNFTSG757_TAHI79G_TO_WGS84GDDIGNF|IGNFN 9Mhelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84RRAFGEOIGNF|IGNFJ 9Ehelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84GEOIGNF|IGNFL 9Ihelmert_transformationIGNFTSG757_TAHI79GEO_TO_WGS84GEODDIGNF|IGNF@ 91helmert_transformationIGNFTSG757_TAHI79_4978IGNF|IGNFB 95helmert_transformationIGNFTSG757_TAHI79_RRAF91IGNF|IGNF4 9helmert_transformationIGNFTSG757IGNF|IGNFE 9;helmert_transformationIGNFTSG783_TAHI79G_TO_RGPFGIGNFeIGNFG 9?helmert_transformationIGNFTSG783_TAHI79G_TO_RGPFGDDIGNFeIGNFI 9Chelmert_transformationIGNFTSG783_TAHI79GEO_TO_RGPFGEOIGNFeIGNF4 9helmert_transformationIGNFTSG783IGNFeIGNFC 97helmert_transformationIGNFTSG677_IGN72G_TO_4326IGNF{IGNFE 9;helmert_transformationIGNFTSG677_IGN72G_TO_WGS84GIGNF{IGNFG 9?helmert_transformationIGNFTSG677_IGN72G_TO_WGS84GDDIGNF{IGNFM 9Khelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84RRAFGEOIGNF{IGNFI 9Chelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84GEOIGNF{IGNFK 9Ghelmert_transformationIGNFTSG677_IGN72GEO_TO_WGS84GEODDIGNF{IGNF? 9/helmert_transformationIGNFTSG677_IGN72_4978IGNF{IGNFA 93helmert_transformationIGNFTSG677_IGN72_RRAF91IGNF{IGNF4 9helmert_transformationIGNFTSG677IGNF{IGNFF 9=helmert_transformationIGNFTSG762_MARQUI72G_TO_4326IGNFzIGNFH 9Ahelmert_transformationIGNFTSG762_MARQUI72G_TO_WGS84GIGNFzIGNFJ 9Ehelmert_transformationIGNFTSG762_MARQUI72G_TO_WGS84GDDIGNFzIGNFB 95helmert_transformationIGNFTSG762_MARQUI72_4978IGNFzIGNFD 99helmert_transformationIGNFTSG762_MARQUI72_RRAF91IGNFzIGNF4 9helmert_transformationIGNFTSG762IGNFzIGNFF 9=helmert_transformationIGNFTSG761_MARQUI72G_TO_4326IGNFyIGNFH 9Ahelmert_transformationIGNFTSG761_MARQUI72G_TO_WGS84GIGNFyIGNFJ 9Ehelmert_transformationIGNFTSG761_MARQUI72G_TO_WGS84GDDIGNFyIGNFB 95helmert_transformationIGNFTSG761_MARQUI72_4978IGNFyIGNFD 99helmert_transformationIGNFTSG761_MARQUI72_RRAF91IGNFyIGNF 7xcr: d  ~ . N _  P kK;Z!H{4WLx4k 9helmert_transformationIGNFTSG785IGNF(IGNFIj 9Ahelmert_transformationIGNFTSG1011_MOOREA87G_TO_RGPFGIGNFIGNFKi 9Ehelmert_transformationIGNFTSG1011_MOOREA87G_TO_RGPFGDDIGNFIGNFMh 9Ihelmert_transformationIGNFTSG1011_MOOREA87GEO_TO_RGPFGEOIGNFIGNF6g 9helmert_transformationIGNFTSG1011IGNFIGNF3f 3grid_transformationIGNFTSG1189IGNFIGNFEe 99helmert_transformationIGNFTSG754_KAUE70G_TO_4326IGNFIGNFGd 9=helmert_transformationIGNFTSG754_KAUE70G_TO_WGS84GIGNFIGNFIc 9Ahelmert_transformationIGNFTSG754_KAUE70G_TO_WGS84GDDIGNFIGNFAb 91helmert_transformationIGNFTSG754_KAUE70_4978IGNFIGNFCa 95helmert_transformationIGNFTSG754_KAUE70_RRAF91IGNFIGNF5` 9helmert_transformationIGNFTSG754IGNFIGNFE_ 99helmert_transformationIGNFTSG766_TUBU69G_TO_4326IGNFIGNFG^ 9=helmert_transformationIGNFTSG766_TUBU69G_TO_WGS84GIGNFIGNFI] 9Ahelmert_transformationIGNFTSG766_TUBU69G_TO_WGS84GDDIGNFIGNFA\ 91helmert_transformationIGNFTSG766_TUBU69_4978IGNFIGNFC[ 95helmert_transformationIGNFTSG766_TUBU69_RRAF91IGNFIGNF5Z 9helmert_transformationIGNFTSG766IGNFIGNFEY 99helmert_transformationIGNFTSG756_MHPF67G_TO_4326IGNFIGNFGX 9=helmert_transformationIGNFTSG756_MHPF67G_TO_WGS84GIGNFIGNFIW 9Ahelmert_transformationIGNFTSG756_MHPF67G_TO_WGS84GDDIGNFIGNFAV 91helmert_transformationIGNFTSG756_MHPF67_4978IGNFIGNFCU 95helmert_transformationIGNFTSG756_MHPF67_RRAF91IGNFIGNF5T 9helmert_transformationIGNFTSG756IGNFIGNFGS 9=helmert_transformationIGNFTSG1020_RAIV66G_TO_RGPFGIGNFIGNFIR 9Ahelmert_transformationIGNFTSG1020_RAIV66G_TO_RGPFGDDIGNFIGNF6Q 9helmert_transformationIGNFTSG1020IGNFIGNFIP 9Ahelmert_transformationIGNFTSG1005_MHEFO55FG_TO_RGPFGIGNFIGNFHO 9?helmert_transformationIGNFTSG1005_FATU55FG_TO_RGPFGIGNFIGNFKN 9Ehelmert_transformationIGNFTSG1005_MHEFO55FG_TO_RGPFGDDIGNFIGNFJM 9Chelmert_transformationIGNFTSG1005_FATU55FG_TO_RGPFGDDIGNFIGNFDL 97helmert_transformationIGNFTSG1005_MHEFO55F_RGPFIGNFIGNF6K 9helmert_transformationIGNFTSG1005IGNFIGNF2J 3grid_transformationIGNFTSG1138IGNFIGNFNI 9Mhelmert_transformationIGNFTSG591_MART38GEO_TO_WGS84GUADGEOIGNF'IGNFIH 9Chelmert_transformationIGNFTSG591_MART38GEO_TO_RRAFGEOIGNF'IGNFNG 9Mhelmert_transformationIGNFTSG591_MART38GEO_TO_W84MARTGEODDIGNF'IGNFKF 9Ghelmert_transformationIGNFTSG591_MART38GEO_TO_RRAFGEODDIGNF'IGNFJE 9Ehelmert_transformationIGNFTSG591_MART38G_TO_WGS84MARTGIGNF'IGNFED 9;helmert_transformationIGNFTSG591_MART38G_TO_RRAFGIGNF'IGNFJC 9Ehelmert_transformationIGNFTSG591_MARTFDG_TO_WGS84MARTGIGNF'IGNFEB 9;helmert_transformationIGNFTSG591_MARTFDG_TO_RRAFGIGNF'IGNFLA 9Ihelmert_transformationIGNFTSG591_MART38G_TO_WGS84MARTGDDIGNF'IGNFG@ 9?helmert_transformationIGNFTSG591_MART38G_TO_RRAFGDDIGNF'IGNFL? 9Ihelmert_transformationIGNFTSG591_MARTFDG_TO_WGS84MARTGDDIGNF'IGNFG> 9?helmert_transformationIGNFTSG591_MARTFDG_TO_RRAFGDDIGNF'IGNFE= 9;helmert_transformationIGNFTSG591_MART38_WGS84GUADIGNF'IGNF@< 91helmert_transformationIGNFTSG591_MART38_RRAFIGNF'IGNFE; 9;helmert_transformationIGNFTSG591_MARTFD_WGS84GUADIGNF'IGNF4: 9helmert_transformationIGNFTSG591IGNF'IGNFN9 9Mhelmert_transformationIGNFTSG467_MART38GEO_TO_WGS84GUADGEOIGNF'IGNFI8 9Chelmert_transformationIGNFTSG467_MART38GEO_TO_RRAFGEOIGNF'IGNFN7 9Mhelmert_transformationIGNFTSG467_MART38GEO_TO_W84MARTGEODDIGNF'IGNFK6 9Ghelmert_transformationIGNFTSG467_MART38GEO_TO_RRAFGEODDIGNF'IGNFJ5 9Ehelmert_transformationIGNFTSG467_MART38G_TO_WGS84MARTGIGNF'IGNF 7j1U ? m ( C f - [ 5V Hv)H{7T DB" 93helmert_transformationIGNFTSG755_MOP90_RRAF91IGNFIGNFA! 91helmert_transformationIGNFTSG755_MOP90_WGS84IGNFIGNFB 93helmert_transformationIGNFTSG755_TETIA90_4978IGNFIGNFD 97helmert_transformationIGNFTSG755_TETIA90_RRAF91IGNFIGNF5 9helmert_transformationIGNFTSG755IGNFIGNFE 9;helmert_transformationIGNFTSG1003_MOP90G_TO_RGPFGIGNF(IGNFG 9?helmert_transformationIGNFTSG1003_TETIA90G_TO_RGPFGIGNF(IGNFG 9?helmert_transformationIGNFTSG1003_MOP90G_TO_RGPFGDDIGNF(IGNFI 9Chelmert_transformationIGNFTSG1003_TETIA90G_TO_RGPFGDDIGNF(IGNF@ 91helmert_transformationIGNFTSG1003_MOP90_RGPFIGNF(IGNF5 9helmert_transformationIGNFTSG1003IGNF(IGNFE 99helmert_transformationIGNFTSG765_APAT86G_TO_4326IGNFIGNFG 9=helmert_transformationIGNFTSG765_APAT86G_TO_WGS84GIGNFIGNFE 99helmert_transformationIGNFTSG765_TUAM86G_TO_4326IGNFIGNFG 9=helmert_transformationIGNFTSG765_TUAM86G_TO_WGS84GIGNFIGNFI 9Ahelmert_transformationIGNFTSG765_APAT86G_TO_WGS84GDDIGNFIGNFI 9Ahelmert_transformationIGNFTSG765_TUAM86G_TO_WGS84GDDIGNFIGNFA 91helmert_transformationIGNFTSG765_APAT86_4978IGNFIGNFC 95helmert_transformationIGNFTSG765_APAT86_RRAF91IGNFIGNFB 93helmert_transformationIGNFTSG765_APAT86_WGS84IGNFIGNFA 91helmert_transformationIGNFTSG765_TUAM86_4978IGNFIGNFC 95helmert_transformationIGNFTSG765_TUAM86_RRAF91IGNFIGNF5 9helmert_transformationIGNFTSG765IGNFIGNFE 99helmert_transformationIGNFTSG764_APAT86G_TO_4326IGNFIGNFG 9=helmert_transformationIGNFTSG764_APAT86G_TO_WGS84GIGNFIGNFE 99helmert_transformationIGNFTSG764_TUAM86G_TO_4326IGNFIGNFG 9=helmert_transformationIGNFTSG764_TUAM86G_TO_WGS84GIGNFIGNFI 9Ahelmert_transformationIGNFTSG764_APAT86G_TO_WGS84GDDIGNFIGNFI 9Ahelmert_transformationIGNFTSG764_TUAM86G_TO_WGS84GDDIGNFIGNFA 91helmert_transformationIGNFTSG764_APAT86_4978IGNFIGNFC 95helmert_transformationIGNFTSG764_APAT86_RRAF91IGNFIGNFB 93helmert_transformationIGNFTSG764_APAT86_WGS84IGNFIGNFA 91helmert_transformationIGNFTSG764_TUAM86_4978IGNFIGNFC 95helmert_transformationIGNFTSG764_TUAM86_RRAF91IGNFIGNF5 9helmert_transformationIGNFTSG764IGNFIGNFE 99helmert_transformationIGNFTSG763_APAT86G_TO_4326IGNFIGNFG~ 9=helmert_transformationIGNFTSG763_APAT86G_TO_WGS84GIGNFIGNFE} 99helmert_transformationIGNFTSG763_TUAM86G_TO_4326IGNFIGNFG| 9=helmert_transformationIGNFTSG763_TUAM86G_TO_WGS84GIGNFIGNFI{ 9Ahelmert_transformationIGNFTSG763_APAT86G_TO_WGS84GDDIGNFIGNFIz 9Ahelmert_transformationIGNFTSG763_TUAM86G_TO_WGS84GDDIGNFIGNFAy 91helmert_transformationIGNFTSG763_APAT86_4978IGNFIGNFCx 95helmert_transformationIGNFTSG763_APAT86_RRAF91IGNFIGNFBw 93helmert_transformationIGNFTSG763_APAT86_WGS84IGNFIGNFAv 91helmert_transformationIGNFTSG763_TUAM86_4978IGNFIGNFCu 95helmert_transformationIGNFTSG763_TUAM86_RRAF91IGNFIGNF5t 9helmert_transformationIGNFTSG763IGNFIGNFFs 9;helmert_transformationIGNFTSG749_FANGA84G_TO_4326IGNFIGNFHr 9?helmert_transformationIGNFTSG749_FANGA84G_TO_WGS84GIGNFIGNFJq 9Chelmert_transformationIGNFTSG749_FANGA84G_TO_WGS84GDDIGNFIGNFBp 93helmert_transformationIGNFTSG749_FANGA84_4978IGNFIGNFDo 97helmert_transformationIGNFTSG749_FANGA84_RRAF91IGNFIGNF5n 9helmert_transformationIGNFTSG749IGNFIGNFFm 9=helmert_transformationIGNFTSG785_MAUPITIG_TO_RGPFGIGNF(IGNFHl 9Ahelmert_transformationIGNFTSG785_MAUPITIG_TO_RGPFGDDIGNF(IGNF 9n"B z 5 B a ) M  T U?|7a9j1O}5K[ 9Ghelmert_transformationIGNFTSG815_TERA50GEO_TO_RGTAAFGEOIGNF0IGNFMZ 9Khelmert_transformationIGNFTSG815_TERA50GEO_TO_RGTAAFGEODDIGNF0IGNFDY 99helmert_transformationIGNFTSG815_TERA50_RGTAAF07IGNF0IGNF4X 9helmert_transformationIGNFTSG815IGNF0IGNFHW 9?helmert_transformationIGNFTSG608_PETRELS72G_TO_4326IGNFIGNFJV 9Chelmert_transformationIGNFTSG608_PETRELS72G_TO_WGS84GIGNFIGNFLU 9Ghelmert_transformationIGNFTSG608_PETRELS72G_TO_WGS84GDDIGNFIGNFDT 97helmert_transformationIGNFTSG608_PETRELS72_4978IGNFIGNFFS 9;helmert_transformationIGNFTSG608_PETRELS72_RRAF91IGNFIGNF5R 9helmert_transformationIGNFTSG608IGNFIGNFKQ 5Iother_transformationIGNFTSG1240_IGNF_NTFP_TO_IGNF_NTFGIGNFIGNF4P 5other_transformationIGNFTSG1240IGNFIGNFDO 97helmert_transformationIGNFTSG802_LUXGEO_TO_4326IGNFIGNFFN 9;helmert_transformationIGNFTSG802_LUXGEO_TO_WGS84GIGNFIGNFDM 97helmert_transformationIGNFTSG802_LURESG_TO_4326IGNFIGNFFL 9;helmert_transformationIGNFTSG802_LURESG_TO_WGS84GIGNFIGNFHK 9?helmert_transformationIGNFTSG802_LUXGEO_TO_WGS84GDDIGNFIGNFHJ 9?helmert_transformationIGNFTSG802_LURESG_TO_WGS84GDDIGNFIGNF@I 9/helmert_transformationIGNFTSG802_LUREF_4978IGNFIGNFBH 93helmert_transformationIGNFTSG802_LUREF_RRAF91IGNFIGNFAG 91helmert_transformationIGNFTSG802_LUREF_WGS84IGNFIGNF@F 9/helmert_transformationIGNFTSG802_LURES_4978IGNFIGNFBE 93helmert_transformationIGNFTSG802_LURES_RRAF91IGNFIGNF5D 9helmert_transformationIGNFTSG802IGNFIGNFAC 93helmert_transformationIGNFTSG399_NTFG_TO_4326IGNF[IGNFCB 97helmert_transformationIGNFTSG399_NTFG_TO_WGS84GIGNF[IGNFEA 9;helmert_transformationIGNFTSG399_NTFG_TO_WGS84GDDIGNF[IGNF=@ 9+helmert_transformationIGNFTSG399_NTF_4978IGNF[IGNF?? 9/helmert_transformationIGNFTSG399_NTF_RRAF91IGNF[IGNF4> 9helmert_transformationIGNFTSG399IGNF[IGNFB= 39grid_transformationIGNFIGNF_NTFG_TO_EPSG_4326IGNFIGNF:< 3)grid_transformationIGNFNTFG_TO_RGF93GIGNFIGNFC; 97helmert_transformationIGNFTSG62_NTFG_TO_ED50GEOIGNF[IGNFA: 93helmert_transformationIGNFTSG62_NTFG_TO_ED50GIGNF[IGNF39 9helmert_transformationIGNFTSG62IGNF[IGNF28 3grid_transformationIGNFTSG1161IGNF IGNF27 3grid_transformationIGNFTSG1163IGNFVIGNF36 3grid_transformationIGNFTSG1252IGNFIGNF35 3grid_transformationIGNFTSG1164IGNFIGNF 44 5other_transformationIGNFTSG1251IGNFIGNF43 5other_transformationIGNFTSG1250IGNFIGNF E2 99helmert_transformationIGNFTSG759_ANAA92G_TO_4326IGNFIGNFG1 9=helmert_transformationIGNFTSG759_ANAA92G_TO_WGS84GIGNFIGNFI0 9Ahelmert_transformationIGNFTSG759_ANAA92G_TO_WGS84GDDIGNFIGNFO/ 9Mhelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84RRAFGEOIGNFIGNFK. 9Ehelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84GEOIGNFIGNFM- 9Ihelmert_transformationIGNFTSG759_ANAA92GEO_TO_WGS84GEODDIGNFIGNFA, 91helmert_transformationIGNFTSG759_ANAA92_4978IGNFIGNFC+ 95helmert_transformationIGNFTSG759_ANAA92_RRAF91IGNFIGNF5* 9helmert_transformationIGNFTSG759IGNFIGNFD) 97helmert_transformationIGNFTSG755_MOP90G_TO_4326IGNFIGNFF( 9;helmert_transformationIGNFTSG755_MOP90G_TO_WGS84GIGNFIGNFF' 9;helmert_transformationIGNFTSG755_TETIA90G_TO_4326IGNFIGNFH& 9?helmert_transformationIGNFTSG755_TETIA90G_TO_WGS84GIGNFIGNFH% 9?helmert_transformationIGNFTSG755_MOP90G_TO_WGS84GDDIGNFIGNFJ$ 9Chelmert_transformationIGNFTSG755_TETIA90G_TO_WGS84GDDIGNFIGNF@# 9/helmert_transformationIGNFTSG755_MOP90_4978IGNFIGNF 6cK z 5 B _  L  :Mn!SiQ <Zp&F 9=helmert_transformationIGNFTSG587_REUN47G_TO_WGS84GIGNF8IGNFD 99helmert_transformationIGNFTSG587_REUN49G_TO_4326IGNF8IGNFF 9=helmert_transformationIGNFTSG587_REUN49G_TO_WGS84GIGNF8IGNFH 9Ahelmert_transformationIGNFTSG587_REUN47G_TO_WGS84GDDIGNF8IGNFH 9Ahelmert_transformationIGNFTSG587_REUN49G_TO_WGS84GDDIGNF8IGNFN 9Mhelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84RRAFGEOIGNF8IGNFJ 9Ehelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84GEOIGNF8IGNFL 9Ihelmert_transformationIGNFTSG587_REUN47GEO_TO_WGS84GEODDIGNF8IGNF@ 91helmert_transformationIGNFTSG587_REUN47_4978IGNF8IGNFB 95helmert_transformationIGNFTSG587_REUN47_RRAF91IGNF8IGNFA 93helmert_transformationIGNFTSG587_REUN47_WGS84IGNF8IGNF@ 91helmert_transformationIGNFTSG587_REUN49_4978IGNF8IGNFB 95helmert_transformationIGNFTSG587_REUN49_RRAF91IGNF8IGNF4 9helmert_transformationIGNFTSG587IGNF8IGNFF 9=helmert_transformationIGNFTSG601_REUN47G_TO_RGR92GIGNF8IGNFF 9=helmert_transformationIGNFTSG601_REUN49G_TO_RGR92GIGNF8IGNFH 9Ahelmert_transformationIGNFTSG601_REUN47G_TO_RGR92GDDIGNF8IGNFH 9Ahelmert_transformationIGNFTSG601_REUN49G_TO_RGR92GDDIGNF8IGNFJ 9Ehelmert_transformationIGNFTSG601_REUN47GEO_TO_RGR92GEOIGNF8IGNFL~ 9Ihelmert_transformationIGNFTSG601_REUN47GEO_TO_RGR92GEODDIGNF8IGNFA} 93helmert_transformationIGNFTSG601_REUN47_RGR92IGNF8IGNF4| 9helmert_transformationIGNFTSG601IGNF8IGNFM{ 9Khelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84RRAFGEOIGNF:IGNF Iz 9Chelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84GEOIGNF:IGNF Ky 9Ghelmert_transformationIGNFTSG1212_RGNCGEO_TO_WGS84GEODDIGNF:IGNF Cx 97helmert_transformationIGNFTSG1212_RGNCG_TO_4326IGNF:IGNF Ew 9;helmert_transformationIGNFTSG1212_RGNCG_TO_WGS84GIGNF:IGNF Gv 9?helmert_transformationIGNFTSG1212_RGNCG_TO_WGS84GDDIGNF:IGNF Ou 9Ohelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84RRAFGEOIGNF:IGNF Kt 9Ghelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84GEOIGNF:IGNF Ms 9Khelmert_transformationIGNFTSG1212_RGNCGEODD_TO_WGS84GEODDIGNF:IGNF ?r 9/helmert_transformationIGNFTSG1212_RGNC_4978IGNF:IGNF Aq 93helmert_transformationIGNFTSG1212_RGNC_RRAF91IGNF:IGNF 5p 9helmert_transformationIGNFTSG1212IGNF:IGNF 3o 3grid_transformationIGNFTSG1140IGNFIGNFEn 99helmert_transformationIGNFTSG586_TERA50G_TO_4326IGNFIGNFGm 9=helmert_transformationIGNFTSG586_TERA50G_TO_WGS84GIGNFIGNFDl 97helmert_transformationIGNFTSG586_PGP50G_TO_4326IGNFIGNFFk 9;helmert_transformationIGNFTSG586_PGP50G_TO_WGS84GIGNFIGNFIj 9Ahelmert_transformationIGNFTSG586_TERA50G_TO_WGS84GDDIGNFIGNFHi 9?helmert_transformationIGNFTSG586_PGP50G_TO_WGS84GDDIGNFIGNFOh 9Mhelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84RRAFGEOIGNFIGNFKg 9Ehelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84GEOIGNFIGNFMf 9Ihelmert_transformationIGNFTSG586_TERA50GEO_TO_WGS84GEODDIGNFIGNFAe 91helmert_transformationIGNFTSG586_TERA50_4978IGNFIGNFCd 95helmert_transformationIGNFTSG586_TERA50_RRAF91IGNFIGNFBc 93helmert_transformationIGNFTSG586_TERA50_WGS84IGNFIGNF@b 9/helmert_transformationIGNFTSG586_PGP50_4978IGNFIGNFBa 93helmert_transformationIGNFTSG586_PGP50_RRAF91IGNFIGNF5` 9helmert_transformationIGNFTSG586IGNFIGNFI_ 9Chelmert_transformationIGNFTSG815_TERA50G_TO_RGTAAF07GIGNF0IGNFH^ 9Ahelmert_transformationIGNFTSG815_PGP50G_TO_RGTAAF07GIGNF0IGNFK] 9Ghelmert_transformationIGNFTSG815_TERA50G_TO_RGTAAF07GDDIGNF0IGNFJ\ 9Ehelmert_transformationIGNFTSG815_PGP50G_TO_RGTAAF07GDDIGNF0IGNF 4~7N ]  r  >  y * ?LgF` r(JZ!LEE 9;helmert_transformationIGNFTSG1213_RGPFGDD_TO_4326IGNF;IGNF GD 9?helmert_transformationIGNFTSG1213_RGPFGDD_TO_WGS84GIGNF;IGNF IC 9Chelmert_transformationIGNFTSG1213_RGPFGDD_TO_WGS84GDDIGNF;IGNF ?B 9/helmert_transformationIGNFTSG1213_RGPF_4978IGNF;IGNF AA 93helmert_transformationIGNFTSG1213_RGPF_RRAF91IGNF;IGNF 5@ 9helmert_transformationIGNFTSG1213IGNF;IGNF N? 9Mhelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84RRAFGEOIGNFYIGNF J> 9Ehelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84GEOIGNFYIGNF L= 9Ihelmert_transformationIGNFTSG1208_RGM04GEO_TO_WGS84GEODDIGNFYIGNF D< 99helmert_transformationIGNFTSG1208_RGM04G_TO_4326IGNFYIGNF F; 9=helmert_transformationIGNFTSG1208_RGM04G_TO_WGS84GIGNFYIGNF H: 9Ahelmert_transformationIGNFTSG1208_RGM04G_TO_WGS84GDDIGNFYIGNF F9 9=helmert_transformationIGNFTSG1208_RGM04GDD_TO_4326IGNFYIGNF H8 9Ahelmert_transformationIGNFTSG1208_RGM04GDD_TO_WGS84GIGNFYIGNF J7 9Ehelmert_transformationIGNFTSG1208_RGM04GDD_TO_WGS84GDDIGNFYIGNF P6 9Qhelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84RRAFGEOIGNFYIGNF L5 9Ihelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84GEOIGNFYIGNF N4 9Mhelmert_transformationIGNFTSG1208_RGM04GEODD_TO_WGS84GEODDIGNFYIGNF @3 91helmert_transformationIGNFTSG1208_RGM04_4978IGNFYIGNF B2 95helmert_transformationIGNFTSG1208_RGM04_RRAF91IGNFYIGNF 51 9helmert_transformationIGNFTSG1208IGNFYIGNF O0 9Ohelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84RRAFGEOIGNF IGNF K/ 9Ghelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84GEOIGNF IGNF M. 9Khelmert_transformationIGNFTSG1211_RGFG95GEO_TO_WGS84GEODDIGNF IGNF E- 9;helmert_transformationIGNFTSG1211_RGFG95G_TO_4326IGNF IGNF G, 9?helmert_transformationIGNFTSG1211_RGFG95G_TO_WGS84GIGNF IGNF I+ 9Chelmert_transformationIGNFTSG1211_RGFG95G_TO_WGS84GDDIGNF IGNF Q* 9Shelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84RRAFGEOIGNF IGNF M) 9Khelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84GEOIGNF IGNF O( 9Ohelmert_transformationIGNFTSG1211_RGFG95GEODD_TO_WGS84GEODDIGNF IGNF G' 9?helmert_transformationIGNFTSG1211_RGFG95GDD_TO_4326IGNF IGNF I& 9Chelmert_transformationIGNFTSG1211_RGFG95GDD_TO_WGS84GIGNF IGNF K% 9Ghelmert_transformationIGNFTSG1211_RGFG95GDD_TO_WGS84GDDIGNF IGNF A$ 93helmert_transformationIGNFTSG1211_RGFG95_4978IGNF IGNF C# 97helmert_transformationIGNFTSG1211_RGFG95_RRAF91IGNF IGNF 5" 9helmert_transformationIGNFTSG1211IGNF IGNF E! 99helmert_transformationIGNFTSG1207_RGF93G_TO_4326IGNFIGNF G 9=helmert_transformationIGNFTSG1207_RGF93G_TO_WGS84GIGNFIGNF I 9Ahelmert_transformationIGNFTSG1207_RGF93G_TO_WGS84GDDIGNFIGNF O 9Mhelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84RRAFGEOIGNFIGNF K 9Ehelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84GEOIGNFIGNF M 9Ihelmert_transformationIGNFTSG1207_RGF93GEO_TO_WGS84GEODDIGNFIGNF G 9=helmert_transformationIGNFTSG1207_RGF93GDD_TO_4326IGNFIGNF I 9Ahelmert_transformationIGNFTSG1207_RGF93GDD_TO_WGS84GIGNFIGNF K 9Ehelmert_transformationIGNFTSG1207_RGF93GDD_TO_WGS84GDDIGNFIGNF Q 9Qhelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84RRAFGEOIGNFIGNF M 9Ihelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84GEOIGNFIGNF O 9Mhelmert_transformationIGNFTSG1207_RGF93GEODD_TO_WGS84GEODDIGNFIGNF A 91helmert_transformationIGNFTSG1207_RGF93_4978IGNFIGNF C 95helmert_transformationIGNFTSG1207_RGF93_RRAF91IGNFIGNF 6 9helmert_transformationIGNFTSG1207IGNFIGNF D 99helmert_transformationIGNFTSG587_REUN47G_TO_4326IGNF8IGNF 4d8 k  ; r . 8 T dMo!/7I{37Ly 9Ghelmert_transformationIGNFTSG1210_RGTAAF07GDD_TO_WGS84GIGNFIGNF Nx 9Khelmert_transformationIGNFTSG1210_RGTAAF07GDD_TO_WGS84GDDIGNFIGNF Rw 9Shelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84RRAFGEOIGNFIGNF Nv 9Khelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84GEOIGNFIGNF Pu 9Ohelmert_transformationIGNFTSG1210_RGTAAFGEODD_TO_WGS84GEODDIGNFIGNF Dt 97helmert_transformationIGNFTSG1210_RGTAAF07_4978IGNFIGNF Fs 9;helmert_transformationIGNFTSG1210_RGTAAF07_RRAF91IGNFIGNF 6r 9helmert_transformationIGNFTSG1210IGNFIGNF Fq 9=helmert_transformationIGNFTSG1209_RGSPM06G_TO_4326IGNFFSc5c 9helmert_transformationIGNFTSG820IGNFIGNFKb 9Ehelmert_transformationIGNFTSG819_WGS84MARTG_TO_RGAF09GIGNFIGNFFa 9;helmert_transformationIGNFTSG819_RRAFG_TO_RGAF09GIGNFIGNFM` 9Ihelmert_transformationIGNFTSG819_WGS84MARTG_TO_RGAF09GDDIGNFIGNFH_ 9?helmert_transformationIGNFTSG819_RRAFG_TO_RGAF09GDDIGNFIGNFO^ 9Mhelmert_transformationIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEOIGNFIGNFJ] 9Chelmert_transformationIGNFTSG819_RRAFGEO_TO_RGAF09GEOIGNFIGNFQ\ 9Qhelmert_transformationIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEODDIGNFIGNFL[ 9Ghelmert_transformationIGNFTSG819_RRAFGEO_TO_RGAF09GEODDIGNFIGNFOZ 9Mhelmert_transformationIGNFTSG819_W84MARTGEODD_TO_RGAF09GEOIGNFIGNFLY 9Ghelmert_transformationIGNFTSG819_RRAFGEODD_TO_RGAF09GEOIGNFIGNFQX 9Qhelmert_transformationIGNFTSG819_W84MARTGEODD_TO_RGAF09GEODDIGNFIGNFNW 9Khelmert_transformationIGNFTSG819_RRAFGEODD_TO_RGAF09GEODDIGNFIGNFMV 9Ihelmert_transformationIGNFTSG819_WGS84MARTGDD_TO_RGAF09GIGNFIGNFHU 9?helmert_transformationIGNFTSG819_RRAFGDD_TO_RGAF09GIGNFIGNFOT 9Mhelmert_transformationIGNFTSG819_WGS84MARTGDD_TO_RGAF09GDDIGNFIGNFJS 9Chelmert_transformationIGNFTSG819_RRAFGDD_TO_RGAF09GDDIGNFIGNFFR 9;helmert_transformationIGNFTSG819_WGS84GUAD_RGAF09IGNFIGNF5Q 9helmert_transformationIGNFTSG819IGNFIGNFJP 9Ehelmert_transformationIGNFTSG818_WGS84MARTG_TO_RGAF09GIGNF'IGNFEO 9;helmert_transformationIGNFTSG818_RRAFG_TO_RGAF09GIGNF'IGNFLN 9Ihelmert_transformationIGNFTSG818_WGS84MARTG_TO_RGAF09GDDIGNF'IGNFGM 9?helmert_transformationIGNFTSG818_RRAFG_TO_RGAF09GDDIGNF'IGNFNL 9Mhelmert_transformationIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEOIGNF'IGNFIK 9Chelmert_transformationIGNFTSG818_RRAFGEO_TO_RGAF09GEOIGNF'IGNFPJ 9Qhelmert_transformationIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEODDIGNF'IGNFKI 9Ghelmert_transformationIGNFTSG818_RRAFGEO_TO_RGAF09GEODDIGNF'IGNFNH 9Mhelmert_transformationIGNFTSG818_W84MARTGEODD_TO_RGAF09GEOIGNF'IGNFKG 9Ghelmert_transformationIGNFTSG818_RRAFGEODD_TO_RGAF09GEOIGNF'IGNFPF 9Qhelmert_transformationIGNFTSG818_W84MARTGEODD_TO_RGAF09GEODDIGNF'IGNFME 9Khelmert_transformationIGNFTSG818_RRAFGEODD_TO_RGAF09GEODDIGNF'IGNFLD 9Ihelmert_transformationIGNFTSG818_WGS84MARTGDD_TO_RGAF09GIGNF'IGNFGC 9?helmert_transformationIGNFTSG818_RRAFGDD_TO_RGAF09GIGNF'IGNFNB 9Mhelmert_transformationIGNFTSG818_WGS84MARTGDD_TO_RGAF09GDDIGNF'IGNFIA 9Chelmert_transformationIGNFTSG818_RRAFGDD_TO_RGAF09GDDIGNF'IGNFE@ 9;helmert_transformationIGNFTSG818_WGS84GUAD_RGAF09IGNF'IGNF4? 9helmert_transformationIGNFTSG818IGNF'IGNFE> 99helmert_transformationIGNFTSG609_WALL78G_TO_4326IGNFIGNFG= 9=helmert_transformationIGNFTSG609_WALL78G_TO_WGS84GIGNFIGNFI< 9Ahelmert_transformationIGNFTSG609_WALL78G_TO_WGS84GDDIGNFIGNFO; 9Mhelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84RRAFGEOIGNFIGNFK: 9Ehelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84GEOIGNFIGNFM9 9Ihelmert_transformationIGNFTSG609_WALL78GEO_TO_WGS84GEODDIGNFIGNFA8 91helmert_transformationIGNFTSG609_WALL78_4978IGNFIGNFC7 95helmert_transformationIGNFTSG609_WALL78_RRAF91IGNFIGNF56 9helmert_transformationIGNFTSG609IGNFIGNFD5 97helmert_transformationIGNFTSG675_TANNAG_TO_4326IGNFIGNFF4 9;helmert_transformationIGNFTSG675_TANNAG_TO_WGS84GIGNFIGNFH3 9?helmert_transformationIGNFTSG675_TANNAG_TO_WGS84GDDIGNFIGNF@2 9/helmert_transformationIGNFTSG675_TANNA_4978IGNFIGNFB1 93helmert_transformationIGNFTSG675_TANNA_RRAF91IGNFIGNF50 9helmert_transformationIGNFTSG675IGNFIGNF Bhx& . ; K  | F  p = k6_)U"^/^)U LxC1% '#projected_crsIGNFUTM34ETRS89IGNFIGNF1$ '#projected_crsIGNFETRS89UTM34IGNFIGNF1# '#projected_crsIGNFUTM33ETRS89IGNFIGNF1" '#projected_crsIGNFETRS89UTM33IGNFIGNF1! '#projected_crsIGNFUTM32ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM32IGNFIGNF1 '#projected_crsIGNFUTM31ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM31IGNFIGNF1 '#projected_crsIGNFUTM30ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM30IGNFIGNF1 '#projected_crsIGNFUTM29ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM29IGNFIGNF1 '#projected_crsIGNFUTM28ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM28IGNFIGNF1 '#projected_crsIGNFUTM27ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM27IGNFIGNF1 '#projected_crsIGNFUTM26ETRS89IGNFIGNF1 '#projected_crsIGNFETRS89UTM26IGNFIGNF. 'projected_crsIGNFETRS89LCCIGNFIGNF/ '!projected_crsIGNFETRS89LAEAIGNFIGNF2 '%projected_crsIGNFEFATE57UT59SIGNFIGNF2 '%projected_crsIGNFEFAT57UTM59SIGNFIGNF+ 'projected_crsIGNFUTM31IGNFIGNF / 'projected_crsIGNFED50UTM31IGNFIGNF + 'projected_crsIGNFUTM32IGNFIGNF / 'projected_crsIGNFED50UTM32IGNFIGNF + 'projected_crsIGNFUTM30IGNFIGNF / 'projected_crsIGNFED50UTM30IGNFIGNF 0 '!projected_crsIGNFCSG67UTM22IGNFIGNF0 '!projected_crsIGNFCSG67UTM21IGNFIGNF2 '%projected_crsIGNFC67IG95UTM22IGNFIGNF2 '%projected_crsIGNFC67IG95UTM21IGNFIGNF2 '%projected_crsIGNFGEOPORTALCRZIGNFIGNF2 '%projected_crsIGNFWGS84EQGPCRZIGNFIGNF2 '%projected_crsIGNFCROZ63UTM39SIGNFIGNF2 '%projected_crsIGNFMAYO50UTM38SIGNFIGNF1 '#projected_crsIGNFCLIP57UTM12IGNFIGNF 1 '#projected_crsIGNFCLIP67UTM12IGNFIGNF 1 '#projected_crsIGNFCAD97UTM38SIGNFIGNF.~ 'projected_crsIGNFATIGBONNEIGNFIGNF 1} '#projected_crsIGNFAPAT80UTM6SIGNFIGNF2| '%projected_crsIGNFGEOPORTALANFIGNFIGNF/{ 'projected_crsIGNFWGS84GPAFIGNFIGNF1z '#projected_crsIGNFANAA47UTM6SIGNFIGNF1y '#projected_crsIGNFANAA92UTM6SIGNFIGNF2x '%projected_crsIGNFGEOPORTALASPIGNFIGNF2w '%projected_crsIGNFWGS84EQGPASPIGNFIGNF2v '%projected_crsIGNFAMST63UTM43SIGNFIGNF2u '%projected_crsIGNFAMANU63UTM7SIGNFIGNFKt 9Ehelmert_transformationIGNFTSG820_WGS84MARTG_TO_RGAF09GIGNFIGNFFs 9;helmert_transformationIGNFTSG820_RRAFG_TO_RGAF09GIGNFIGNFMr 9Ihelmert_transformationIGNFTSG820_WGS84MARTG_TO_RGAF09GDDIGNFIGNFHq 9?helmert_transformationIGNFTSG820_RRAFG_TO_RGAF09GDDIGNFIGNFOp 9Mhelmert_transformationIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEOIGNFIGNFJo 9Chelmert_transformationIGNFTSG820_RRAFGEO_TO_RGAF09GEOIGNFIGNFQn 9Qhelmert_transformationIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEODDIGNFIGNFLm 9Ghelmert_transformationIGNFTSG820_RRAFGEO_TO_RGAF09GEODDIGNFIGNFOl 9Mhelmert_transformationIGNFTSG820_W84MARTGEODD_TO_RGAF09GEOIGNFIGNFLk 9Ghelmert_transformationIGNFTSG820_RRAFGEODD_TO_RGAF09GEOIGNFIGNFQj 9Qhelmert_transformationIGNFTSG820_W84MARTGEODD_TO_RGAF09GEODDIGNFIGNFNi 9Khelmert_transformationIGNFTSG820_RRAFGEODD_TO_RGAF09GEODDIGNFIGNFMh 9Ihelmert_transformationIGNFTSG820_WGS84MARTGDD_TO_RGAF09GIGNFIGNFHg 9?helmert_transformationIGNFTSG820_RRAFGDD_TO_RGAF09GIGNFIGNFOf 9Mhelmert_transformationIGNFTSG820_WGS84MARTGDD_TO_RGAF09GDDIGNFIGNFJe 9Chelmert_transformationIGNFTSG820_RRAFGDD_TO_RGAF09GDDIGNFIGNFFd 9;helmert_transformationIGNFTSG820_WGS84GUAD_RGAF09IGNFIGNF Ja,X$ N  x B  q <  h 3 _ +W"N|F{Ep;f1\'X&,o 'projected_crsIGNFLAMBGCIGNFIGNF /n 'projected_crsIGNFNTFLAMBGCIGNFIGNF .m 'projected_crsIGNFLUXGAUSSKIGNF-IGNF-l 'projected_crsIGNFLURESGKLIGNF-IGNF1k '%projected_crsIGNFGEOPORTALNCLIGNF:IGNF1j '%projected_crsIGNFRGNC91EQGPNCIGNF:IGNF0i '#projected_crsIGNFNEA74LBTNM2IGNF,IGNF1h '#projected_crsIGNFMURU59UTM7SIGNFIGNF1g '#projected_crsIGNFMURU62UTM7SIGNFIGNF1f '#projected_crsIGNFMURU78UTM7SIGNFIGNF1e '#projected_crsIGNFMOOREA87U6SIGNFIGNF2d '%projected_crsIGNFMOORE87UTM6SIGNFIGNF1c '#projected_crsIGNFMHPF67UTM8SIGNFIGNF1b '%projected_crsIGNFGEOPORTALMYTIGNFIGNF1a '%projected_crsIGNFRGM04EQGPMYTIGNFIGNF2` '%projected_crsIGNFMAUPITIUTM5SIGNFIGNF1_ '#projected_crsIGNFMART38UTM20IGNFIGNF1^ '#projected_crsIGNFMARTFDUTM20IGNFIGNF2] '%projected_crsIGNFMARE53UTM58SIGNFIGNF0\ '!projected_crsIGNFMANGA51U8SIGNFIGNF2[ '%projected_crsIGNFMANGA51UTM8SIGNFIGNF1Z '#projected_crsIGNFMAKE50UTM7SIGNFIGNF2Y '%projected_crsIGNFLIFOU56UT58SIGNFIGNF+X 'projected_crsIGNFSYSLNEPSGIGNF,W 'projected_crsIGNFLNGLNGEPSGIGNF2V '%projected_crsIGNFGEOPORTALKERIGNFIGNF2U '%projected_crsIGNFWGS84EQGPKERIGNFIGNF2T '%projected_crsIGNFKERG62UTM42SIGNFIGNF1S '#projected_crsIGNFKAUE70UTM6SIGNFIGNF2R '%projected_crsIGNFNOVA53UTM38SIGNFIGNF 1Q '#projected_crsIGNFIGN72UTM58SIGNFIGNF.P 'projected_crsIGNFIGN72LAMIGNFIGNF1O '#projected_crsIGNFIGN72LAMBNCIGNFIGNF1N '#projected_crsIGNFRAIA53UTM5SIGNFIGNF2M '%projected_crsIGNFTAHAA53UTM5SIGNFIGNF0L '!projected_crsIGNFIGN63UTM7SIGNFIGNF1K '#projected_crsIGNFATUO63UTM7SIGNFIGNF1J '#projected_crsIGNFHIVA67UTM7SIGNFIGNF1I '#projected_crsIGNFHIVA60UTM7SIGNFIGNF1H '#projected_crsIGNFHIKU50UTM7SIGNFIGNF1G '#projected_crsIGNFHARA49UTM7SIGNFIGNF0F '!projected_crsIGNFHAO58UTM7SIGNFIGNF0E '!projected_crsIGNFHAO67UTM7SIGNFIGNF2D '%projected_crsIGNFHAOAM67UTM7SIGNFIGNF1C '%projected_crsIGNFGEOPORTALGUFIGNF IGNF1B '%projected_crsIGNFRGFG95EQGPGUIGNF IGNF1A '#projected_crsIGNFGUAD48UTM20IGNFIGNF2@ '%projected_crsIGNFGUADANNUTM20IGNFIGNF1? '#projected_crsIGNFGUADFM49U20IGNFIGNF1> '#projected_crsIGNFGUADFMUTM20IGNFIGNF0= '!projected_crsIGNFNC51UTM58SIGNFIGNF1< '#projected_crsIGNFGTN51UTM58SIGNFIGNF2; '%projected_crsIGNFGLOR77UTM38SIGNFIGNF.: 'projected_crsIGNFGLOR77MDIGNFIGNF19 '%projected_crsIGNFGEOPORTALFXXIGNFIGNF08 '#projected_crsIGNFRGF93EQGPFRIGNFIGNF27 '%projected_crsIGNFFANGA84UTM7SIGNFIGNF26 '%projected_crsIGNFFANGA66UTM7SIGNFIGNF15 '#projected_crsIGNFFANGA652U7SIGNFIGNF24 '%projected_crsIGNFFANG652UTM7SIGNFIGNF13 '#projected_crsIGNFFANGA651U7SIGNFIGNF22 '%projected_crsIGNFFANG651UTM7SIGNFIGNF21 '%projected_crsIGNFFANGA64UTM7SIGNFIGNF10 '#projected_crsIGNFFAKA50UTM6SIGNFIGNF1/ '%projected_crsIGNFEURO54UTM37SIGNFIGNF 0. '!projected_crsIGNFEUROPA54MDIGNFIGNF1- '#projected_crsIGNFUTM38ETRS89IGNFIGNF1, '#projected_crsIGNFETRS89UTM38IGNFIGNF1+ '#projected_crsIGNFUTM37ETRS89IGNFIGNF1* '#projected_crsIGNFETRS89UTM37IGNFIGNF1) '#projected_crsIGNFUTM36ETRS89IGNFIGNF1( '#projected_crsIGNFETRS89UTM36IGNFIGNF1' '#projected_crsIGNFUTM35ETRS89IGNFIGNF1& '#projected_crsIGNFETRS89UTM35IGNFIGNF Ll< xE R Y & Q   I  u A k6h5i6k7f1_/`-^)2; '%projected_crsIGNFRGTAAFUTM42SIGNFIGNF2: '%projected_crsIGNFRGTAAFUTM39SIGNFIGNF19 '%projected_crsIGNFRGTAAFUTM37SIGNF=IGNF08 '!projected_crsIGNFRGSPM06U21IGNFIGNF17 '#projected_crsIGNFRGR92UTM40SIGNFIGNF/6 'projected_crsIGNFRGPFUTM8SIGNFIGNF/5 'projected_crsIGNFRGPFUTM7SIGNFIGNF/4 'projected_crsIGNFRGPFUTM6SIGNFIGNF/3 'projected_crsIGNFRGPFUTM5SIGNFIGNF02 '!projected_crsIGNFRGNCUTM59SIGNFIGNF01 '!projected_crsIGNFRGNCUTM58SIGNFIGNF00 '!projected_crsIGNFRGNCUTM57SIGNFIGNF,/ 'projected_crsIGNFRGNCLAMIGNF:IGNF/. '!projected_crsIGNFRGNCLAMBNCIGNF:IGNF1- '#projected_crsIGNFRGM04UTM38SIGNFIGNF1, '#projected_crsIGNFUTM22RGFG95IGNFIGNF1+ '#projected_crsIGNFRGFG95UTM22IGNFIGNF1* '#projected_crsIGNFUTM21RGFG95IGNFIGNF1) '#projected_crsIGNFRGFG95UTM21IGNFIGNF0( '!projected_crsIGNFUTM30RGF93IGNFIGNF0' '!projected_crsIGNFRGF93UTM30IGNFIGNF0& '!projected_crsIGNFUTM32RGF93IGNFIGNF0% '!projected_crsIGNFRGF93UTM32IGNFIGNF0$ '!projected_crsIGNFUTM31RGF93IGNFIGNF0# '!projected_crsIGNFRGF93UTM31IGNFIGNF+" 'projected_crsIGNFLAMB93IGNFIGNF0! '#projected_crsIGNFRGF93LAMB93IGNFIGNF/ 'projected_crsIGNFRGF93CC50IGNFIGNF / 'projected_crsIGNFRGF93CC49IGNFIGNF / 'projected_crsIGNFRGF93CC48IGNFIGNF / 'projected_crsIGNFRGF93CC47IGNFIGNF / 'projected_crsIGNFRGF93CC46IGNFIGNF / 'projected_crsIGNFRGF93CC45IGNFIGNF / 'projected_crsIGNFRGF93CC44IGNFIGNF / 'projected_crsIGNFRGF93CC43IGNFIGNF / 'projected_crsIGNFRGF93CC42IGNFIGNF 1 '#projected_crsIGNFRGAF09UTM20IGNFIGNF1 '%projected_crsIGNFGEOPORTALREUIGNF8IGNF1 '%projected_crsIGNFRGR92EQGPREUIGNF8IGNF2 '%projected_crsIGNFREUN47GAUSSLIGNFIGNF2 '%projected_crsIGNFREUN49GAUSSLIGNFIGNF1 '#projected_crsIGNFRGWF96UTM1SIGNFIGNF0 '!projected_crsIGNFRANGI68U6SIGNFIGNF2 '%projected_crsIGNFRANGI68UTM6SIGNFIGNF0 '!projected_crsIGNFRANGI59U6SIGNFIGNF2 '%projected_crsIGNFRANGI59UTM6SIGNFIGNF0 '!projected_crsIGNFRANGI47U6SIGNFIGNF2 '%projected_crsIGNFRANGI47UTM6SIGNFIGNF1 '#projected_crsIGNFRAIV66UTM6SIGNFIGNF1 '#projected_crsIGNFRAIV54UTM6SIGNFIGNF1 '%projected_crsIGNFGEOPORTALPYFIGNF;IGNF/ '!projected_crsIGNFRGPFEQGPPFIGNF;IGNF1 '#projected_crsIGNFPDN08GAUSSLIGNFIGNF1 '#projected_crsIGNFPDN92GAUSSLIGNFIGNF1 '#projected_crsIGNFOUVEA72U58SIGNFIGNF2 '%projected_crsIGNFOUVE72UTM58SIGNFIGNF/ 'projected_crsIGNFNUKU72U7SIGNFIGNF1 '#projected_crsIGNFNUKU72UTM7SIGNFIGNF, 'projected_crsIGNFLAMB4CIGNFIGNF / 'projected_crsIGNFNTFLAMB4CIGNFIGNF + 'projected_crsIGNFLAMB4IGNFIGNF .~ 'projected_crsIGNFNTFLAMB4IGNFIGNF ,} 'projected_crsIGNFLAMB3CIGNFIGNF /| 'projected_crsIGNFNTFLAMB3CIGNFIGNF +{ 'projected_crsIGNFLAMB3IGNFIGNF .z 'projected_crsIGNFNTFLAMB3IGNFIGNF +y 'projected_crsIGNFLAMBEIGNFIGNF /x 'projected_crsIGNFNTFLAMB2EIGNFIGNF ,w 'projected_crsIGNFLAMB2CIGNFIGNF /v 'projected_crsIGNFNTFLAMB2CIGNFIGNF +u 'projected_crsIGNFLAMB2IGNFIGNF .t 'projected_crsIGNFNTFLAMB2IGNFIGNF ,s 'projected_crsIGNFLAMB1CIGNFIGNF /r 'projected_crsIGNFNTFLAMB1CIGNFIGNF +q 'projected_crsIGNFLAMB1IGNFIGNF .p 'projected_crsIGNFNTFLAMB1IGNFIGNF Jb,X# R  } H  q =  l 7  c .Y%Y'\*^*Z'UIl06 %/compound_crsIGNFCSG67UTM21.GUYA77IGNFIGNF8 %3compound_crsIGNFC67IG95UTM22.GUYA77IGNFIGNF8 %3compound_crsIGNFC67IG95UTM21.GUYA77IGNFIGNF3 %+compound_crsIGNFC67IG95G.GUYA77IGNF IGNF1 %'compound_crsIGNFCSG67G.GUYA77IGNF IGNF7 %3compound_crsIGNFMAYO50UTM38S.MAYO53IGNFIGNF2 %)compound_crsIGNFMAYO50G.MAYO53IGNFIGNF6~ %1compound_crsIGNFCAD97UTM38S.MAYO53IGNFIGNF1} %'compound_crsIGNFCAD97G.MAYO53IGNFIGNF/| %#compound_crsIGNFATIGG.NGF84IGNFUIGNF /{ %#compound_crsIGNFATIGG.BOURDIGNFUIGNF 3z %+compound_crsIGNFATIGBONNE.NGF84IGNFUIGNF 3y %+compound_crsIGNFATIGBONNE.BOURDIGNFUIGNF /x 'projected_crsIGNFWGS84WMSVIGNFIGNF/w 'projected_crsIGNFUTM43SW84IGNFIGNF1v '#projected_crsIGNFWGS84UTM43SIGNFIGNF/u 'projected_crsIGNFUTM42SW84IGNFIGNF1t '#projected_crsIGNFWGS84UTM42SIGNFIGNF/s 'projected_crsIGNFUTM39SW84IGNFIGNF1r '#projected_crsIGNFWGS84UTM39SIGNFIGNF/q 'projected_crsIGNFUTM01SW84IGNFIGNF0p '!projected_crsIGNFWGS84UTM1SIGNFIGNF.o 'projected_crsIGNFUTM32W84IGNFIGNF0n '!projected_crsIGNFWGS84UTM32IGNFIGNF.m 'projected_crsIGNFUTM31W84IGNFIGNF0l '!projected_crsIGNFWGS84UTM31IGNFIGNF.k 'projected_crsIGNFUTM30W84IGNFIGNF0j '!projected_crsIGNFWGS84UTM30IGNFIGNF+i 'projected_crsIGNFMILLERIGNFKIGNF0h '#projected_crsIGNFWGS84MILLGPIGNFKIGNF0g '!projected_crsIGNFWGS72UTM1SIGNFIGNF .f 'projected_crsIGNFUTM32W72IGNFIGNF0e '!projected_crsIGNFWGS72UTM32IGNFIGNF.d 'projected_crsIGNFUTM31W72IGNFIGNF0c '!projected_crsIGNFWGS72UTM31IGNFIGNF.b 'projected_crsIGNFUTM30W72IGNFIGNF0a '!projected_crsIGNFWGS72UTM30IGNFIGNF1` '#projected_crsIGNFWALL78UTM1SIGNFIGNF1_ '#projected_crsIGNFWALL76UTM1SIGNFIGNF2^ '%projected_crsIGNFGEOPORTALWLFIGNFIGNF1] '#projected_crsIGNFWGS84EQGPWFIGNFIGNF1\ '#projected_crsIGNFTURI69UTM7SIGNFIGNF1[ '#projected_crsIGNFTUBU69UTM6SIGNFIGNF1Z '#projected_crsIGNFAPAT86UTM7SIGNFIGNF1Y '#projected_crsIGNFTUAM86UTM7SIGNFIGNF1X '#projected_crsIGNFAPAT86UTM6SIGNFIGNF1W '#projected_crsIGNFTUAM86UTM6SIGNFIGNF.V 'projected_crsIGNFTROM56MDIGNF IGNF1U '#projected_crsIGNFTIKE50UTM6SIGNF IGNF1T '#projected_crsIGNFTIKE88UTM6SIGNF IGNF1S '#projected_crsIGNFTIKE60UTM6SIGNF IGNF0R '!projected_crsIGNFMOP90UTM6SIGNF IGNF2Q '%projected_crsIGNFTETIA90UTM6SIGNF IGNF2P '%projected_crsIGNFTERA50STEREOIGNF IGNF2O '%projected_crsIGNFPGP50STEREPSIGNF IGNF1N '#projected_crsIGNFTANNAUTM59SIGNF IGNF1M '#projected_crsIGNFTAKA69UTM6SIGNFIGNF2L '%projected_crsIGNFTAHI51UTM06SIGNFIGNF1K '#projected_crsIGNFTAHI51UTM6SIGNFIGNF1J '#projected_crsIGNFTAHI79UTM6SIGNFIGNF1I '#projected_crsIGNFTAHAAUTM05SIGNFIGNF0H '!projected_crsIGNFTAHAAUTM5SIGNFIGNF1G '#projected_crsIGNFSTPM50UTM21IGNFIGNF0F '!projected_crsIGNFST87UTM58SIGNFIGNF0E '!projected_crsIGNFST84UTM58SIGNFIGNF1D '%projected_crsIGNFGEOPORTALSPMIGNF 'projected_crsIGNFRRAFUTM20IGNFIGNF1= '%projected_crsIGNFRGTAAFUTM53SIGNF=IGNF2< '%projected_crsIGNFRGTAAFUTM43SIGNFIGNF E_,Q r :  P  \  o 8 Q l3~A a&|F a%{=W!~H3J %)compound_crsIGNFNTFLAMB1.BOURDIGNF(IGNF 4I %+compound_crsIGNFNTFLAMB1C.IGN69IGNF'IGNF 2H %)compound_crsIGNFNTFPGRAD.NGC48IGNFVIGNF2G %)compound_crsIGNFNTFPGRAD.NGF84IGNFUIGNF 3F %+compound_crsIGNFNTFPGRAD.IGN78CIGNFVIGNF2E %)compound_crsIGNFNTFPGRAD.IGN69IGNFUIGNF 2D %)compound_crsIGNFNTFPGRAD.BOURDIGNFUIGNF 2C %)compound_crsIGNFLURESGKL.NNLUXIGNF-IGNF6B %1compound_crsIGNFNEA74LBTNM2.NCAL69IGNF,IGNF1A %'compound_crsIGNFNEA74G.NCAL69IGNF,IGNF9@ %7compound_crsIGNFMOORE87UTM6S.MOOREA81IGNF*IGNF6? %1compound_crsIGNFMOOREA87G.MOOREA81IGNF*IGNF:> %9compound_crsIGNFMAUPITIUTM5S.MAUPITI01IGNF(IGNF6= %1compound_crsIGNFMAUPITIG.MAUPITI01IGNF(IGNF6< %1compound_crsIGNFMARTFDUTM20.MART87IGNF'IGNF 2; %)compound_crsIGNFMARTFDG.MART87IGNF'IGNF 8: %3compound_crsIGNFMARE53UTM58S.MARE91IGNFIGNF29 %)compound_crsIGNFMARE53G.MARE91IGNF&IGNF88 %5compound_crsIGNFLIFOU56UT58S.LIFOU91IGNF#IGNF47 %-compound_crsIGNFLIFOU56G.LIFOU91IGNF#IGNF76 %3compound_crsIGNFKERG62UTM42S.KERG62IGNF"IGNF 25 %)compound_crsIGNFKERG62G.KERG62IGNF"IGNF 64 %1compound_crsIGNFIGN72UTM58S.NCAL69IGNFIGNF 13 %'compound_crsIGNFIGN72G.NCAL69IGNFIGNF 72 %3compound_crsIGNFTAHAA53UTM5S.RAIA01IGNF3IGNF71 %3compound_crsIGNFTAHAA53UTM5S.HUAH01IGNF3IGNF70 %3compound_crsIGNFTAHAA53UTM5S.BORA01IGNFLIGNF3/ %+compound_crsIGNFTAHAA53G.RAIA01IGNF3IGNF3. %+compound_crsIGNFTAHAA53G.HUAH01IGNF3IGNF3- %+compound_crsIGNFTAHAA53G.BORA01IGNFLIGNF9, %7compound_crsIGNFGUADANNUTM20.GUAD92LDIGNFTIGNF9+ %7compound_crsIGNFGUADANNUTM20.GUAD88MGIGNFQIGNF9* %7compound_crsIGNFGUADANNUTM20.GUAD88LSIGNFPIGNF7) %3compound_crsIGNFGUADANNUTM20.GUAD88IGNFOIGNF 5( %/compound_crsIGNFGUADANNG.GUAD92LDIGNFTIGNF5' %/compound_crsIGNFGUADANNG.GUAD88MGIGNFQIGNF5& %/compound_crsIGNFGUADANNG.GUAD88LSIGNFPIGNF3% %+compound_crsIGNFGUADANNG.GUAD88IGNFOIGNF 8$ %5compound_crsIGNFGUADFMUTM20.GUAD88SMIGNFSIGNF8# %5compound_crsIGNFGUADFMUTM20.GUAD88SBIGNFRIGNF4" %-compound_crsIGNFGUADFMG.GUAD88SMIGNFSIGNF4! %-compound_crsIGNFGUADFMG.GUAD88SBIGNFRIGNF7 %3compound_crsIGNFGLOR77UTM38S.GLOR77IGNFIGNF3 %+compound_crsIGNFGLOR77MD.GLOR77IGNFIGNF2 %)compound_crsIGNFGLOR77G.GLOR77IGNFIGNF9 %5compound_crsIGNFETRS89UTM36.EVRF2000IGNF&IGNF9 %5compound_crsIGNFETRS89UTM35.EVRF2000IGNF%IGNF9 %5compound_crsIGNFETRS89UTM34.EVRF2000IGNF$IGNF9 %5compound_crsIGNFETRS89UTM33.EVRF2000IGNF#IGNF9 %5compound_crsIGNFETRS89UTM32.EVRF2000IGNF"IGNF9 %5compound_crsIGNFETRS89UTM31.EVRF2000IGNF!IGNF9 %5compound_crsIGNFETRS89UTM30.EVRF2000IGNF IGNF9 %5compound_crsIGNFETRS89UTM29.EVRF2000IGNFIGNF6 %1compound_crsIGNFETRS89LCC.EVRF2000IGNFMIGNF7 %3compound_crsIGNFETRS89LAEA.EVRF2000IGNFMIGNF4 %-compound_crsIGNFETRS89G.EVRF2000IGNFMIGNF4 %+compound_crsIGNFED50UTM31.NGF84IGNFIGNF 4 %+compound_crsIGNFED50UTM31.IGN69IGNFIGNF 3 %+compound_crsIGNFED50UTM32.NGC48IGNFVIGNF4 %+compound_crsIGNFED50UTM32.NGF84IGNFIGNF 4 %-compound_crsIGNFED50UTM32.IGN78CIGNFVIGNF4 %+compound_crsIGNFED50UTM32.IGN69IGNFIGNF 4 %+compound_crsIGNFED50UTM30.NGF84IGNFIGNF 4 %+compound_crsIGNFED50UTM30.IGN69IGNFIGNF / %#compound_crsIGNFED50G.NGC48IGNFVIGNF/ %#compound_crsIGNFED50G.NGF84IGNFUIGNF 0 %%compound_crsIGNFED50G.IGN78CIGNFVIGNF/ %#compound_crsIGNFED50G.IGN69IGNFUIGNF 6 %/compound_crsIGNFCSG67UTM22.GUYA77IGNFIGNF EZ"yA d - N  e + u ?  [ !q;]%y?Od,Kk7V5 %-compound_crsIGNFRGF93UTM30.IGN69IGNFIGNF5 %/compound_crsIGNFRGF93UTM32.IGN78CIGNFVIGNF5 %-compound_crsIGNFRGF93UTM32.IGN69IGNFIGNF5 %-compound_crsIGNFRGF93UTM31.IGN69IGNFIGNF6 %1compound_crsIGNFRGF93LAMB93.IGN78CIGNFVIGNF 5 %/compound_crsIGNFRGF93LAMB93.IGN69IGNFUIGNF1 %'compound_crsIGNFRGF93G.IGN78CIGNFVIGNF 0 %%compound_crsIGNFRGF93G.IGN69IGNFUIGNF4 %+compound_crsIGNFRGF93CC50.IGN69IGNF;IGNF 4 %+compound_crsIGNFRGF93CC49.IGN69IGNF:IGNF 4 %+compound_crsIGNFRGF93CC48.IGN69IGNF9IGNF 4 %+compound_crsIGNFRGF93CC47.IGN69IGNF8IGNF 4 %+compound_crsIGNFRGF93CC46.IGN69IGNF7IGNF 4 %+compound_crsIGNFRGF93CC45.IGN69IGNF6IGNF 4 %+compound_crsIGNFRGF93CC44.IGN69IGNF5IGNF 5 %-compound_crsIGNFRGF93CC43.IGN78CIGNF4IGNF 4 %+compound_crsIGNFRGF93CC43.IGN69IGNF3IGNF 5~ %-compound_crsIGNFRGF93CC42.IGN78CIGNF2IGNF 4} %+compound_crsIGNFRGF93CC42.IGN69IGNF1IGNF :| %9compound_crsIGNFRGAF09UTM20.GUAD2008LDIGNFTIGNF8{ %5compound_crsIGNFRGAF09UTM20.GUAD92LDIGNFTIGNF8z %5compound_crsIGNFRGAF09UTM20.GUAD88SMIGNFSIGNF8y %5compound_crsIGNFRGAF09UTM20.GUAD88SBIGNFRIGNF8x %5compound_crsIGNFRGAF09UTM20.GUAD88MGIGNFQIGNF8w %5compound_crsIGNFRGAF09UTM20.GUAD88LSIGNFPIGNF6v %1compound_crsIGNFRGAF09UTM20.GUAD88IGNFOIGNF6u %1compound_crsIGNFRGAF09UTM20.MART87IGNF'IGNF6t %1compound_crsIGNFRGAF09G.GUAD2008LDIGNFTIGNF4s %-compound_crsIGNFRGAF09G.GUAD92LDIGNFTIGNF4r %-compound_crsIGNFRGAF09G.GUAD88SMIGNFSIGNF4q %-compound_crsIGNFRGAF09G.GUAD88SBIGNFRIGNF4p %-compound_crsIGNFRGAF09G.GUAD88MGIGNFQIGNF4o %-compound_crsIGNFRGAF09G.GUAD88LSIGNFPIGNF2n %)compound_crsIGNFRGAF09G.GUAD88IGNFOIGNF2m %)compound_crsIGNFRGAF09G.MART87IGNF'IGNF8l %5compound_crsIGNFRGAF09GDD.GUAD2008LDIGNFTIGNF6k %1compound_crsIGNFRGAF09GDD.GUAD92LDIGNFTIGNF6j %1compound_crsIGNFRGAF09GDD.GUAD88SMIGNFSIGNF6i %1compound_crsIGNFRGAF09GDD.GUAD88SBIGNFRIGNF6h %1compound_crsIGNFRGAF09GDD.GUAD88MGIGNFQIGNF6g %1compound_crsIGNFRGAF09GDD.GUAD88LSIGNFPIGNF4f %-compound_crsIGNFRGAF09GDD.GUAD88IGNFOIGNF4e %-compound_crsIGNFRGAF09GDD.MART87IGNF'IGNF2d %)compound_crsIGNFREUN49G.REUN89IGNF8IGNF 8c %3compound_crsIGNFREUN49GAUSSL.REUN89IGNFIGNF 8b %5compound_crsIGNFRGWF96UTM1S.WALLIS96IGNFJIGNF:a %9compound_crsIGNFRGWF96UTM1S.FUTUNA1997IGNFWIGNF6` %1compound_crsIGNFRGWF96GEO.WALLIS96IGNFJIGNF8_ %5compound_crsIGNFRGWF96GEO.FUTUNA1997IGNFWIGNF7^ %1compound_crsIGNFPDN08GAUSSL.REUN89IGNFIGNF 7] %1compound_crsIGNFPDN92GAUSSL.REUN89IGNFIGNF 3\ %)compound_crsIGNFNTFLAMB4.NGC48IGNF0IGNF4[ %+compound_crsIGNFNTFLAMB4.IGN78CIGNF0IGNF5Z %-compound_crsIGNFNTFLAMB4C.IGN78CIGNF/IGNF3Y %)compound_crsIGNFNTFLAMB3.NGF84IGNF.IGNF 3X %)compound_crsIGNFNTFLAMB3.IGN69IGNF.IGNF 3W %)compound_crsIGNFNTFLAMB3.BOURDIGNF.IGNF 4V %+compound_crsIGNFNTFLAMB3C.IGN69IGNF-IGNF 3U %)compound_crsIGNFNTFLAMB2.NGF84IGNF,IGNF 3T %)compound_crsIGNFNTFLAMB2.IGN69IGNF,IGNF 3S %)compound_crsIGNFNTFLAMB2.BOURDIGNF,IGNF 4R %+compound_crsIGNFNTFLAMB2E.NGC48IGNF+IGNF4Q %+compound_crsIGNFNTFLAMB2E.NGF84IGNF*IGNF 5P %-compound_crsIGNFNTFLAMB2E.IGN78CIGNF+IGNF4O %+compound_crsIGNFNTFLAMB2E.IGN69IGNF*IGNF 4N %+compound_crsIGNFNTFLAMB2E.BOURDIGNF*IGNF 4M %+compound_crsIGNFNTFLAMB2C.IGN69IGNF)IGNF 3L %)compound_crsIGNFNTFLAMB1.NGF84IGNF(IGNF 3K %)compound_crsIGNFNTFLAMB1.IGN69IGNF(IGNF FTyE j 1 Y # J  d / K p:b*~D c)K_'Nj23U %+compound_crsIGNFWGS84GDD.IGN78CIGNFVIGNF2T %)compound_crsIGNFWGS84GDD.IGN69IGNFUIGNF4S %-compound_crsIGNFWGS72UTM32.NGC48IGNFVIGNF5R %/compound_crsIGNFWGS72UTM32.IGN78CIGNFVIGNF5Q %-compound_crsIGNFWGS72UTM32.IGN69IGNFIGNF 5P %-compound_crsIGNFWGS72UTM31.IGN69IGNFIGNF 5O %-compound_crsIGNFWGS72UTM30.IGN69IGNFIGNF 0N %%compound_crsIGNFWGS72G.NGC48IGNFVIGNF1M %'compound_crsIGNFWGS72G.IGN78CIGNFVIGNF0L %%compound_crsIGNFWGS72G.IGN69IGNFUIGNF 8K %5compound_crsIGNFWALL78UTM1S.WALLIS96IGNFJIGNF4J %-compound_crsIGNFWALL78G.WALLIS96IGNFJIGNF8I %5compound_crsIGNFWALL76UTM1S.WALLIS96IGNFJIGNF4H %-compound_crsIGNFWALL76G.WALLIS96IGNFJIGNF8G %5compound_crsIGNFTAHI51UTM6S.TAHITI66IGNFAIGNF8F %5compound_crsIGNFTAHI79UTM6S.TAHITI66IGNFAIGNF4E %-compound_crsIGNFTAHI79G.TAHITI66IGNFAIGNF6D %1compound_crsIGNFTAHAAUTM5S.TAHAA01IGNF@IGNF2C %)compound_crsIGNFTAHAAG.TAHAA01IGNF@IGNF2B %)compound_crsIGNFSTPM50G.STPM50IGNF %1compound_crsIGNFRRAFUTM20.GUAD92LDIGNFTIGNF 6= %1compound_crsIGNFRRAFUTM20.GUAD88SMIGNFSIGNF 6< %1compound_crsIGNFRRAFUTM20.GUAD88SBIGNFRIGNF 6; %1compound_crsIGNFRRAFUTM20.GUAD88MGIGNFQIGNF 6: %1compound_crsIGNFRRAFUTM20.GUAD88LSIGNFPIGNF 49 %-compound_crsIGNFRRAFUTM20.GUAD88IGNFOIGNF 48 %-compound_crsIGNFRRAFUTM20.MART87IGNF'IGNF27 %)compound_crsIGNFRRAFG.GUAD92LDIGNFTIGNF 26 %)compound_crsIGNFRRAFG.GUAD88SMIGNFSIGNF 25 %)compound_crsIGNFRRAFG.GUAD88SBIGNFRIGNF 24 %)compound_crsIGNFRRAFG.GUAD88MGIGNFQIGNF 23 %)compound_crsIGNFRRAFG.GUAD88LSIGNFPIGNF 02 %%compound_crsIGNFRRAFG.GUAD88IGNFOIGNF 01 %%compound_crsIGNFRRAFG.MART87IGNF'IGNF70 %3compound_crsIGNFRGTAAFUTM42S.KERG62IGNF"IGNF4/ %-compound_crsIGNFRGTAAF07G.KERG62IGNF"IGNF6. %1compound_crsIGNFRGTAAF07GDD.KERG62IGNF"IGNF5- %/compound_crsIGNFRGSPM06U21.STPM50IGNF !)'conversionIAU_2015APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN@= !)'conversionIAU_2015 ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE= ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE; ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE: ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE9 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND6 %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF5 ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE4 ')'projected_crsIAU_20156PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE3 ')'projected_crsIAU_20151PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE2 ')'projected_crsIAU_2015,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE1 ')'projected_crsIAU_2015'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE0 ')'projected_crsIAU_2015"PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE/ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J o & K  p ' L  q (Ms*Ot+Pu,Pv-E ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015CPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20159PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20154PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE~ ')'projected_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE} ')'projected_crsIAU_20153PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE| ')'projected_crsIAU_2015.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE{ ')'projected_crsIAU_2015)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEz ')'projected_crsIAU_2015$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEy ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEx ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEw ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEv ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEu ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEt ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEs ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEr ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEq ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDp %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFo ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEn ')'projected_crsIAU_2015FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEm ')'projected_crsIAU_2015APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEl ')'projected_crsIAU_2015 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE= ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND; %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF: ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE9 ')'projected_crsIAU_2015bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE6 ')'projected_crsIAU_2015SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE5 ')'projected_crsIAU_2015NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE4 ')'projected_crsIAU_2015IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE3 ')'projected_crsIAU_2015DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE2 ')'projected_crsIAU_2015?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE1 ')'projected_crsIAU_2015:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE0 ')'projected_crsIAU_20155PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE/ ')'projected_crsIAU_20150PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE. ')'projected_crsIAU_2015+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE- ')'projected_crsIAU_2015&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE, ')'projected_crsIAU_2015!PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE+ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE* ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE) ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND( %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF' ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE& ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE% ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE$ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE# ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE" ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE! 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')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE- ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE, ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE+ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE* ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE) ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE( ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND' %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF& ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE% ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE$ ')'projected_crsIAU_2015}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE# ')'projected_crsIAU_2015xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE" ')'projected_crsIAU_2015sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE! ')'projected_crsIAU_2015nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015iPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015KPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015 ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE= ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE; ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND: %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF9 ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%I o & K  p ' L  q (Mr)Ns*Os+Pu,E" ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE! ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE~ ')'projected_crsIAU_2015XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE} ')'projected_crsIAU_2015SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE| ')'projected_crsIAU_2015NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE{ ')'projected_crsIAU_2015IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEz ')'projected_crsIAU_2015DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEy ')'projected_crsIAU_2015?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEx ')'projected_crsIAU_2015:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEw ')'projected_crsIAU_20155PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEv ')'projected_crsIAU_20150PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEu ')'projected_crsIAU_2015+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEt ')'projected_crsIAU_2015&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDs %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFr ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEq ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEp ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEo ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEn ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEm ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J p ' L  q ( M  r )Ms*Ot+Pu,Qv-EX ')'projected_crsIAU_2015pPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEW ')'projected_crsIAU_2015kPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEV ')'projected_crsIAU_2015fPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEU ')'projected_crsIAU_2015aPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNET ')'projected_crsIAU_2015\PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNES ')'projected_crsIAU_2015WPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNER ')'projected_crsIAU_2015RPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDQ %)'geodetic_crsIAU_2015HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFP ))'geodetic_datumIAU_2015HPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEO ')'projected_crsIAU_2015>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEN ')'projected_crsIAU_20159PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEM ')'projected_crsIAU_20154PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEL ')'projected_crsIAU_2015/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEK ')'projected_crsIAU_2015*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEJ ')'projected_crsIAU_2015%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEI ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEH ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEG ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEF ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEE ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNED ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEC ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEB ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEA ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE@ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE? ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND> %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF= ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE; ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE: ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE9 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE6 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE5 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE4 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE3 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE2 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE1 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE0 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE/ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE. ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE- ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE, ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND+ %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE* ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE) ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE( ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE' ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE& ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE% ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE$ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE# ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J o & K  p ' L  q (Mq)Ns*Ot+Pu,E ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_2015tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015jPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015[PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015VPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015QPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015LPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015GPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015BPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015=PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE~ ')'projected_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE} ')'projected_crsIAU_20153PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE| ')'projected_crsIAU_2015.PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE{ ')'projected_crsIAU_2015)PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEz ')'projected_crsIAU_2015$PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEy ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEx ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDw %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFv ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEu ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEt ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEs ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEr ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEq ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEp ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEo ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEn ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEm ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEl ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEk ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEj ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEi ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEh ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEg ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEf ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEe ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDd %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFc ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEb ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEa ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE` ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE_ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE^ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE] ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE\ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE[ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEZ ')'projected_crsIAU_2015zPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEY ')'projected_crsIAU_2015uPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J o & K  p ' L  q (Mr)Ns*Ot+Pu+ED ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDC %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFB ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEA ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE@ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE? ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE> ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE= ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_2015}PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE; ')'projected_crsIAU_2015xPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE: ')'projected_crsIAU_2015sPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE9 ')'projected_crsIAU_2015nPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015iPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015dPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE6 ')'projected_crsIAU_2015_PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE5 ')'projected_crsIAU_2015ZPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE4 ')'projected_crsIAU_2015UPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE3 ')'projected_crsIAU_2015PPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE2 ')'projected_crsIAU_2015KPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE1 ')'projected_crsIAU_2015FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND0 %)'geodetic_crsIAU_2015 ')'projected_crsIAU_2015>PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE= ')'projected_crsIAU_20159PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE< ')'projected_crsIAU_20154PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE; ')'projected_crsIAU_2015/PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE: ')'projected_crsIAU_2015*PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE9 ')'projected_crsIAU_2015%PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE8 ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE7 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE6 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND5 %)'geodetic_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF4 ))'geodetic_datumIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE3 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE2 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE1 ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J o & K  p ' L  q (Mr)Ns*Ot,Qv-E ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158wPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158rPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158mPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158hPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158cPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158^PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158YPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158TPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158OPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158JPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158EPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158@PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158;PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_201586PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_201581PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158,PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158'PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND %)'geodetic_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF ))'geodetic_datumIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE ')'projected_crsIAU_20158vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE~ ')'projected_crsIAU_20158qPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE} ')'projected_crsIAU_20158lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE| ')'projected_crsIAU_20158gPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE{ ')'projected_crsIAU_20158bPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEz ')'projected_crsIAU_20158]PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEy ')'projected_crsIAU_20158XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEx ')'projected_crsIAU_20158SPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEw ')'projected_crsIAU_20158NPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEv ')'projected_crsIAU_20158IPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEu ')'projected_crsIAU_20158DPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEt ')'projected_crsIAU_20158?PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEs ')'projected_crsIAU_20158:PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEr ')'projected_crsIAU_201585PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEq ')'projected_crsIAU_201580PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEp ')'projected_crsIAU_20158+PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNEo ')'projected_crsIAU_20158&PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNDn %)'geodetic_crsIAU_20158PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFm 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')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWND- %)'geodetic_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF, ))'geodetic_datumIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE+ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE* ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE) ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE( ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE' ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE& ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE% ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE$ ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE# ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE" ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE! 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))'geodetic_datumIAU_2015XPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 6n%J o & K  p ' L  p (Mr)Ns*Ot+Pu,E* ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE) ')'projected_crsIAU_2015PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE( ')'projected_crsIAU_2015~PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE' ')'projected_crsIAU_2015yPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE& ')'projected_crsIAU_2015tPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE% ')'projected_crsIAU_2015oPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE$ ')'projected_crsIAU_2015jPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE# ')'projected_crsIAU_2015ePROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE" ')'projected_crsIAU_2015`PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE! 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')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE> %)'geodetic_crsIAU_2015 |PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG= ))'geodetic_datumIAU_2015 |PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF< ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF; ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF: ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF9 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF8 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF7 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF6 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF5 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF4 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF3 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF2 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF1 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF0 ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF/ ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF. ')'projected_crsIAU_2015 "PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF- ')'projected_crsIAU_2015 "{PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF, ')'projected_crsIAU_2015 "vPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNE+ %)'geodetic_crsIAU_2015 "lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNG* ))'geodetic_datumIAU_2015 "lPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF) ')'projected_crsIAU_2015 "FPROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF( ')'projected_crsIAU_2015 "APROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNF' ')'projected_crsIAU_2015 "` %=compound_crsPROJS_JTSK_E_N_BALTIC_HEIGHTEPSG7EPSGZ_ 5eother_transformationPROJETRS89_CZE_2007_3D_TO_S_JTSK05_BALTIC_HEIGHTEPSG7EPSGGQ^ 5Sother_transformationPROJETRS89_3D_TO_S_JTSK05_BALTIC_HEIGHTEPSG7EPSGG<] %9compound_crsPROJS_JTSK05_BALTIC_HEIGHTEPSG7EPSGG^\ 5mother_transformationPROJETRS89_CZE_2007_3D_TO_S_JTSK05_E_N_BALTIC_HEIGHTEPSG7EPSGU[ 5[other_transformationPROJETRS89_3D_TO_S_JTSK05_E_N_BALTIC_HEIGHTEPSG7EPSG@Z %Acompound_crsPROJS_JTSK05_E_N_BALTIC_HEIGHTEPSG7EPSGDY 95concatenated_operationPROJETRS89_TO_S_JTSK_E_NEPSG7EPSGCX 93helmert_transformationPROJS_JTSK_05_TO_ETRS89EPSG7EPSGZMW 9Gconcatenated_operationPROJETRS89_CZE_2007_TO_S_JTSK_E_NEPSG7EPSGLV 9Econcatenated_operationPROJS_JTSK_GEOG_TO_S_JTSK05_GEOGEPSG7EPSG@U 51other_transformationPROJS_JTSK_TO_S_JTSK05EPSG7EPSGDT 59other_transformationPROJS_JTSK_TO_S_JTSK05_E_NEPSG7EPSGDS 59other_transformationPROJS_JTSK_E_N_TO_S_JTSK05EPSG7EPSGHR 5Aother_transformationPROJS_JTSK_E_N_TO_S_JTSK05_E_NEPSG7EPSGBQ 35grid_transformationNRCANHT2_2002_NAD83CSRSV7EPSG EPSGmBP 35grid_transformationNRCANHT2_1997_NAD83CSRSV7EPSG EPSGmFO ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFN ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWNFM ')'projected_crsIAU_2015 PROJEXTENT_UNKNOWNPROJSCOPE_UNKNOWN 3et# i  j  | + 6 @Sfy)9V(\.@2L1 3Kgrid_transformationPROJEPSG_8361_RESTRICTED_TO_VERTCRSEPSGEPSGV0 3_grid_transformationPROJEPSG_10118_WITH_NAD83CSRSV7_INTERPOLATIONEPSG%EPSGV/ 3_grid_transformationPROJEPSG_10117_WITH_NAD83CSRSV7_INTERPOLATIONEPSG%EPSGV. 3_grid_transformationPROJEPSG_10116_WITH_NAD83CSRSV7_INTERPOLATIONEPSG%EPSGV- 3_grid_transformationPROJEPSG_10520_WITH_NAD83CSRSV7_INTERPOLATIONEPSG EPSG#V, 3_grid_transformationPROJEPSG_10519_WITH_NAD83CSRSV7_INTERPOLATIONEPSG EPSG#V+ 3_grid_transformationPROJEPSG_10518_WITH_NAD83CSRSV7_INTERPOLATIONEPSG EPSG#6* 3grid_transformationPROJEPSG_9123EPSG EPSGm*) 'projected_crsEPSG 1EPSG EPSGJ@( 51other_transformationPROJCRS83_TO_EPSG_4269EPSGEPSG@' 51other_transformationPROJCRS27_TO_EPSG_4267EPSGEPSG@& 51other_transformationPROJCRS84_TO_EPSG_4326EPSGEPSG*% %geodetic_crsOGCCRS83EPSGFEPSG*$ %geodetic_crsOGCCRS27EPSGEEPSG3# %!geodetic_crsOGCCRS84hEPSGPROJOGC_CRS84h*" %geodetic_crsOGCCRS84EPSGEPSGL! 9Econcatenated_operationPROJWGS_84_G1762_TO_WGS_84_G2296EPSGEPSGL 9Econcatenated_operationPROJWGS_84_G1674_TO_WGS_84_G2296EPSGEPSGL 9Econcatenated_operationPROJWGS_84_G1674_TO_WGS_84_G2139EPSGEPSGL 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'projected_crsIAU_20158_- 'projected_crsIAU_20158_, 'projected_crsIAU_20158_+ 'projected_crsIAU_20158_* 'projected_crsIAU_20158_) 'projected_crsIAU_20158z_( 'projected_crsIAU_20158u_' 'projected_crsIAU_20158p_& 'projected_crsIAU_20158k_% 'projected_crsIAU_20158f_$ 'projected_crsIAU_20158a_# 'projected_crsIAU_20158\_" 'projected_crsIAU_20158W_! 'projected_crsIAU_20158R_ 'projected_crsIAU_2015}m_C 'projected_crsIAU_2015}m_B 'projected_crsIAU_2015}m_A 'projected_crsIAU_2015}m_@ 'projected_crsIAU_2015}m_? 'projected_crsIAU_2015}m_> 'projected_crsIAU_2015}m_= 'projected_crsIAU_2015}m_< 'projected_crsIAU_2015}mz_; 'projected_crsIAU_2015}mu_: 'projected_crsIAU_2015}mp_9 'projected_crsIAU_2015}mk_8 'projected_crsIAU_2015}mf_7 'projected_crsIAU_2015}ma_6 'projected_crsIAU_2015}m\_5 'projected_crsIAU_2015}mW_4 'projected_crsIAU_2015}mR_3 'projected_crsIAU_2015 `O 'projected_crsIAU_2015 `N 'projected_crsIAU_2015 `M 'projected_crsIAU_2015 `L 'projected_crsIAU_2015 `K 'projected_crsIAU_2015 `J 'projected_crsIAU_2015 `I 'projected_crsIAU_2015 `H 'projected_crsIAU_2015 `G 'projected_crsIAU_2015 `F 'projected_crsIAU_2015 `E 'projected_crsIAU_2015 `D 'projected_crsIAU_2015 `C 'projected_crsIAU_2015 `B 'projected_crsIAU_2015 `A 'projected_crsIAU_2015 `@ 'projected_crsIAU_2015 `? 'projected_crsIAU_2015 "`< 'projected_crsIAU_2015 "`; 'projected_crsIAU_2015 "`: 'projected_crsIAU_2015 "`9 'projected_crsIAU_2015 "`8 'projected_crsIAU_2015 "`7 'projected_crsIAU_2015 "`6 'projected_crsIAU_2015 "`5 'projected_crsIAU_2015 "`4 'projected_crsIAU_2015 "`3 'projected_crsIAU_2015 "`2 'projected_crsIAU_2015 "`1 'projected_crsIAU_2015 "`0 'projected_crsIAU_2015 "`/ 'projected_crsIAU_2015 "`. 'projected_crsIAU_2015 "{`- 'projected_crsIAU_2015 "v`, 'projected_crsIAU_2015 "F`) 'projected_crsIAU_2015 "A`( 'projected_crsIAU_2015 "<`' 'projected_crsIAU_2015 "7`& 'projected_crsIAU_2015 "2`% 'projected_crsIAU_2015 "-`$ 'projected_crsIAU_2015 "(`# 'projected_crsIAU_2015 "#`" 'projected_crsIAU_2015 "`! 'projected_crsIAU_2015 "` 'projected_crsIAU_2015 "` 'projected_crsIAU_2015 "` 'projected_crsIAU_2015 " ` 'projected_crsIAU_2015 "` 'projected_crsIAU_2015 "` 'projected_crsIAU_2015 !` 'projected_crsIAU_2015 !` 'projected_crsIAU_2015 ` 'projected_crsIAU_2015 ` 'projected_crsIAU_2015 ` 'projected_crsIAU_2015 ` 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 _ 'projected_crsIAU_2015 쉿_ 'projected_crsIAU_2015 쉺_ 'projected_crsIAU_2015 쉵_ 'projected_crsIAU_2015 쉰_ 'projected_crsIAU_2015 쉫_ 'projected_crsIAU_2015 쉦_ 'projected_crsIAU_2015 k_ 'projected_crsIAU_2015 k~_ moL)yV4 \ 8  ` ;  a =  _ :  \ 7 `<eAlN/xY;qN)rN/ {W4eC"!'projected_crsIGNFNTFLAMB3CU| 'projected_crsIGNFNTFLAMB3Uz!'projected_crsIGNFNTFLAMB2EUx!'projected_crsIGNFNTFLAMB2CUv 'projected_crsIGNFNTFLAMB2Ut!'projected_crsIGNFNTFLAMB1CUr 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#'#projected_crsIGNFETRS89UTM31U#'#projected_crsIGNFETRS89UTM30U#'#projected_crsIGNFETRS89UTM29U#'#projected_crsIGNFETRS89UTM28U#'#projected_crsIGNFETRS89UTM27U#'#projected_crsIGNFETRS89UTM26U!'projected_crsIGNFETRS89LCCU"'!projected_crsIGNFETRS89LAEAU$'%projected_crsIGNFEFATE57UT59SU$'%projected_crsIGNFEFAT57UTM59SU!'projected_crsIGNFED50UTM32U !'projected_crsIGNFED50UTM31U!'projected_crsIGNFED50UTM30U "'!projected_crsIGNFCSG67UTM22U "'!projected_crsIGNFCSG67UTM21U$'%projected_crsIGNFCROZ63UTM39SU#'#projected_crsIGNFCLIP67UTM12U#'#projected_crsIGNFCLIP57UTM12U 'projected_crsIGNFNTFLAMB4U~ST mvQ- xT1 | W 2  d B q N +  u P 0 _ = iDjE"uP, xT/ }Y5^:iH' b> 'projected_crsIGNFUTM32W72U"'!projected_crsIGNFUTM32RGF93U#'#projected_crsIGNFUTM32ETRS89U!'projected_crsIGNFUTM32U 'projected_crsIGNFUTM31W84U 'projected_crsIGNFUTM31W72U"'!projected_crsIGNFUTM31RGF93U#'#projected_crsIGNFUTM31ETRS89U'projected_crsIGNFUTM31U 'projected_crsIGNFUTM30W84U 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tBzHNT"Z(1)=vertical_datumESRIfrom_geogdatum_EPSG_1329N1)=vertical_datumESRIfrom_geogdatum_EPSG_1327N1)=vertical_datumESRIfrom_geogdatum_EPSG_1322N1)=vertical_datumESRIfrom_geogdatum_EPSG_1313N1)=vertical_datumESRIfrom_geogdatum_EPSG_1312N}1)=vertical_datumESRIfrom_geogdatum_EPSG_1309N1)=vertical_datumESRIfrom_geogdatum_EPSG_1305N1)=vertical_datumESRIfrom_geogdatum_EPSG_1304N1)=vertical_datumESRIfrom_geogdatum_EPSG_1295N1)=vertical_datumESRIfrom_geogdatum_EPSG_1293N1)=vertical_datumESRIfrom_geogdatum_EPSG_1291Ns1)=vertical_datumESRIfrom_geogdatum_EPSG_1272N1)=vertical_datumESRIfrom_geogdatum_EPSG_1268N1)=vertical_datumESRIfrom_geogdatum_EPSG_1253N1)=vertical_datumESRIfrom_geogdatum_EPSG_1252N1)=vertical_datumESRIfrom_geogdatum_EPSG_1251Nk1)=vertical_datumESRIfrom_geogdatum_EPSG_1248Ni1)=vertical_datumESRIfrom_geogdatum_EPSG_1247Ng1)=vertical_datumESRIfrom_geogdatum_EPSG_1246Ne1)=vertical_datumESRIfrom_geogdatum_EPSG_1245Nc1)=vertical_datumESRIfrom_geogdatum_EPSG_1244Na1)=vertical_datumESRIfrom_geogdatum_EPSG_1243N1)=vertical_datumESRIfrom_geogdatum_EPSG_1242N_1)=vertical_datumESRIfrom_geogdatum_EPSG_1241N]1)=vertical_datumESRIfrom_geogdatum_EPSG_1240N[1)=vertical_datumESRIfrom_geogdatum_EPSG_1239NY1)=vertical_datumESRIfrom_geogdatum_EPSG_1238NW1)=vertical_datumESRIfrom_geogdatum_EPSG_1237NU1)=vertical_datumESRIfrom_geogdatum_EPSG_1236NS1)=vertical_datumESRIfrom_geogdatum_EPSG_1235NQ1)=vertical_datumESRIfrom_geogdatum_EPSG_1234NO1)=vertical_datumESRIfrom_geogdatum_EPSG_1233NM1)=vertical_datumESRIfrom_geogdatum_EPSG_1232NK1)=vertical_datumESRIfrom_geogdatum_EPSG_1231NI1)=vertical_datumESRIfrom_geogdatum_EPSG_1230NG1)=vertical_datumESRIfrom_geogdatum_EPSG_1229NE1)=vertical_datumESRIfrom_geogdatum_EPSG_1228NC1)=vertical_datumESRIfrom_geogdatum_EPSG_1227NA1)=vertical_datumESRIfrom_geogdatum_EPSG_1225N=1)=vertical_datumESRIfrom_geogdatum_EPSG_1223N?1)=vertical_datumESRIfrom_geogdatum_EPSG_1220N1)=vertical_datumESRIfrom_geogdatum_EPSG_1218N11)=vertical_datumESRIfrom_geogdatum_EPSG_1214N/1)=vertical_datumESRIfrom_geogdatum_EPSG_1212N-1)=vertical_datumESRIfrom_geogdatum_EPSG_1211N+1)=vertical_datumESRIfrom_geogdatum_EPSG_1209N)1)=vertical_datumESRIfrom_geogdatum_EPSG_1206No1)=vertical_datumESRIfrom_geogdatum_EPSG_1204Nm1)=vertical_datumESRIfrom_geogdatum_EPSG_1201N;1)=vertical_datumESRIfrom_geogdatum_EPSG_1198N#1)=vertical_datumESRIfrom_geogdatum_EPSG_1197N!1)=vertical_datumESRIfrom_geogdatum_EPSG_1196N1)=vertical_datumESRIfrom_geogdatum_EPSG_1195N1)=vertical_datumESRIfrom_geogdatum_EPSG_1194N1)=vertical_datumESRIfrom_geogdatum_EPSG_1193N1)=vertical_datumESRIfrom_geogdatum_EPSG_1192N1)=vertical_datumESRIfrom_geogdatum_EPSG_1191N%1)=vertical_datumESRIfrom_geogdatum_EPSG_1187N'1)=vertical_datumESRIfrom_geogdatum_EPSG_1186N1)=vertical_datumESRIfrom_geogdatum_EPSG_1185N1)=vertical_datumESRIfrom_geogdatum_EPSG_1184N1)=vertical_datumESRIfrom_geogdatum_EPSG_1183N1)=vertical_datumESRIfrom_geogdatum_EPSG_1182N 1)=vertical_datumESRIfrom_geogdatum_EPSG_1181N 1)=vertical_datumESRIfrom_geogdatum_EPSG_1180N 1)=vertical_datumESRIfrom_geogdatum_EPSG_1179N1)=vertical_datumESRIfrom_geogdatum_EPSG_1174M1)=vertical_datumESRIfrom_geogdatum_EPSG_1173M1)=vertical_datumESRIfrom_geogdatum_EPSG_1168M1)=vertical_datumESRIfrom_geogdatum_EPSG_1167M1)=vertical_datumESRIfrom_geogdatum_EPSG_1166M1)=vertical_datumESRIfrom_geogdatum_EPSG_1165M1)=vertical_datumESRIfrom_geogdatum_EPSG_1159M1)=vertical_datumESRIfrom_geogdatum_EPSG_1158M1)=vertical_datumESRIfrom_geogdatum_EPSG_1157M1)=vertical_datumESRIfrom_geogdatum_EPSG_1156M1)=vertical_datumESRIfrom_geogdatum_EPSG_1155M1)=vertical_datumESRIfrom_geogdatum_EPSG_1333N Mj8p> v D  | J  P  V $ \ *b0h6n< tBzHNT"Z(1)=vertical_datumESRIfrom_geogdatum_EPSG_6742M71)=vertical_datumESRIfrom_geogdatum_EPSG_6740M1)=vertical_datumESRIfrom_geogdatum_EPSG_6737Mi1)=vertical_datumESRIfrom_geogdatum_EPSG_6702N1)=vertical_datumESRIfrom_geogdatum_EPSG_6694M1)=vertical_datumESRIfrom_geogdatum_EPSG_6687M1)=vertical_datumESRIfrom_geogdatum_EPSG_6686Mu1)=vertical_datumESRIfrom_geogdatum_EPSG_6683M1)=vertical_datumESRIfrom_geogdatum_EPSG_6678Mk1)=vertical_datumESRIfrom_geogdatum_EPSG_6677N1)=vertical_datumESRIfrom_geogdatum_EPSG_6674M1)=vertical_datumESRIfrom_geogdatum_EPSG_6670ME1)=vertical_datumESRIfrom_geogdatum_EPSG_6661Mo1)=vertical_datumESRIfrom_geogdatum_EPSG_6659MK1)=vertical_datumESRIfrom_geogdatum_EPSG_6656M_1)=vertical_datumESRIfrom_geogdatum_EPSG_6655M]1)=vertical_datumESRIfrom_geogdatum_EPSG_6654M[1)=vertical_datumESRIfrom_geogdatum_EPSG_6653Ny1)=vertical_datumESRIfrom_geogdatum_EPSG_6652MY1)=vertical_datumESRIfrom_geogdatum_EPSG_6651MW1)=vertical_datumESRIfrom_geogdatum_EPSG_6650MU1)=vertical_datumESRIfrom_geogdatum_EPSG_6649MS1)=vertical_datumESRIfrom_geogdatum_EPSG_6648MQ1)=vertical_datumESRIfrom_geogdatum_EPSG_6647MO1)=vertical_datumESRIfrom_geogdatum_EPSG_6645M1)=vertical_datumESRIfrom_geogdatum_EPSG_6627M1)=vertical_datumESRIfrom_geogdatum_EPSG_6624M1)=vertical_datumESRIfrom_geogdatum_EPSG_6619M1)=vertical_datumESRIfrom_geogdatum_EPSG_6326M1)=vertical_datumESRIfrom_geogdatum_EPSG_6324N1)=vertical_datumESRIfrom_geogdatum_EPSG_6322N1)=vertical_datumESRIfrom_geogdatum_EPSG_6312N1)=vertical_datumESRIfrom_geogdatum_EPSG_6283M31)=vertical_datumESRIfrom_geogdatum_EPSG_6269M1)=vertical_datumESRIfrom_geogdatum_EPSG_6258M1)=vertical_datumESRIfrom_geogdatum_EPSG_6203Nu1)=vertical_datumESRIfrom_geogdatum_EPSG_6202Nw1)=vertical_datumESRIfrom_geogdatum_EPSG_6190M1)=vertical_datumESRIfrom_geogdatum_EPSG_6181N1)=vertical_datumESRIfrom_geogdatum_EPSG_6180M-1)=vertical_datumESRIfrom_geogdatum_EPSG_6176M1)=vertical_datumESRIfrom_geogdatum_EPSG_6173MI1)=vertical_datumESRIfrom_geogdatum_EPSG_6172M1)=vertical_datumESRIfrom_geogdatum_EPSG_6170N1)=vertical_datumESRIfrom_geogdatum_EPSG_6163M1)=vertical_datumESRIfrom_geogdatum_EPSG_6152M1)=vertical_datumESRIfrom_geogdatum_EPSG_6151M!1)=vertical_datumESRIfrom_geogdatum_EPSG_6150Nq1)=vertical_datumESRIfrom_geogdatum_EPSG_6148M;1)=vertical_datumESRIfrom_geogdatum_EPSG_6140M1)=vertical_datumESRIfrom_geogdatum_EPSG_6130M1)=vertical_datumESRIfrom_geogdatum_EPSG_6126Mq1)=vertical_datumESRIfrom_geogdatum_EPSG_1421M91)=vertical_datumESRIfrom_geogdatum_EPSG_1420N1)=vertical_datumESRIfrom_geogdatum_EPSG_1419N1)=vertical_datumESRIfrom_geogdatum_EPSG_1418N1)=vertical_datumESRIfrom_geogdatum_EPSG_1417N1)=vertical_datumESRIfrom_geogdatum_EPSG_1414N1)=vertical_datumESRIfrom_geogdatum_EPSG_1401N1)=vertical_datumESRIfrom_geogdatum_EPSG_1400N1)=vertical_datumESRIfrom_geogdatum_EPSG_1399N1)=vertical_datumESRIfrom_geogdatum_EPSG_1397N1)=vertical_datumESRIfrom_geogdatum_EPSG_1394N1)=vertical_datumESRIfrom_geogdatum_EPSG_1393N1)=vertical_datumESRIfrom_geogdatum_EPSG_1392N1)=vertical_datumESRIfrom_geogdatum_EPSG_1391M/1)=vertical_datumESRIfrom_geogdatum_EPSG_1389N1)=vertical_datumESRIfrom_geogdatum_EPSG_1383N1)=vertical_datumESRIfrom_geogdatum_EPSG_1382N1)=vertical_datumESRIfrom_geogdatum_EPSG_1380N1)=vertical_datumESRIfrom_geogdatum_EPSG_1379N1)=vertical_datumESRIfrom_geogdatum_EPSG_1367L1)=vertical_datumESRIfrom_geogdatum_EPSG_1365N1)=vertical_datumESRIfrom_geogdatum_EPSG_1358N1)=vertical_datumESRIfrom_geogdatum_EPSG_1357N1)=vertical_datumESRIfrom_geogdatum_EPSG_1356N1)=vertical_datumESRIfrom_geogdatum_EPSG_1355N2=vertical_datumESRIfrom_geogdatum_EPSG_6749M 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F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA~A}A|A{AzAyAxAwAvAuAtAsArAqApAoAnAmAlAkAjAiAhAgAfAeAdAcAbAaA`A_A^A]A\A[AZAYAXAWAVAUATASARAQAPAOANAMALAKAJAIAHAGAFAEADACABAAA@A?A>A=A<A;A:A9A8A7A6A5A4A3A2A1A0A/A.A-A,A+A*A)A(A'A&A%A$A#A"A!A AAAAAAAAAAAAAAAAAAA A A A A AAAAAAAAA@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@~@}@|@{@z@y@x@w@v@u@t@s@r@q@p@o@n@m@l@k@j@i@h@g@f@e@d@c@b@a@`@_@^@]@\@[@Z@Y@X@W@V@U@T@S@R@Q@P@O@N@M@L@K@J@I@H@G@F@E@D@C@B@A@@@?@>@=@<@;@:@9@8@7@6@5@4@3@2@1@0@/@.@-@,@+@*@)@(@'@&@%@$@#@"@!@ @@@@@@@@@@@@@@@@@@@ @ @ A {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" CCCCCCCCCCCCCCCCCCCCCCCCC~C}C|C{CzCyCxCwCvCuCtCsCrCqCpCoCnCmClCkCjCiChCgCfCeCdCcCbCaC`C_C^C]C\C[CZCYCXCWCVCUCTCSCRCQCPCOCNCMCLCKCJCICHCGCFCECDCCCBCAC@C?C>C=C<C;C:C9C8C7C6C5C4C3C2C1C0C/C.C-C,C+C*C)C(C'C&C%C$C#C"C!C CCCCCCCCCCCCCCCCCCC C C C C CCCCCCCCCBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB~B}B|B{BzByBxBwBvBuBtBsBrBqBpBoBnBmBlBkBjBiBhBgBfBeBdBcBbBaB`B_B^B]B\B[BZBYBXBWBVBUBTBSBRBQBPBOBNBMBLBKBJBIBHBGBFBEBDBCBBBAB@B?B>B=B<B;B:B9B8B7B6B5B4B3B2B1B0B/B.B-B,B+B*B)B(B'B&B%B$B#B"B!B BBBBBBBBBBBBBBBBBBB B B B B BBBBBBBBBAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAC {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" E]E\E[EZEYEXEWEVEUETESEREQEPEOENEMELEKEJEIEHEGEFEEEDECEBEAE@E?E>E=E<E;E:E9E8E7E6E5E4E3E2E1E0E/E.E-E,E+E*E)E(E'E&E%E$E#E"E!E EEEEEEEEEEEEEEEEEEE E E E E EEEEEEEEEDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD~D}D|D{DzDyDxDwDvDuDtDsDrDqDpDoDnDmDlDkDjDiDhDgDfDeDdDcDbDaD`D_D^D]D\D[DZDYDXDWDVDUDTDSDRDQDPDODNDMDLDKDJDIDHDGDFDEDDDCDBDAD@D?D>D=D<D;D:D9D8D7D6D5D4D3D2D1D0D/D.D-D,D+D*D)D(D'D&D%D$D#D"D!D DDDDDDDDDDDDDDDDDDD D D D D DDDDDDDDDCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCE^ {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" G$G#G"G!G GGGGGGGGGGGGGGGGGGG G G G G GGGGGGGGGFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF~F}F|F{FzFyFxFwFvFuFtFsFrFqFpFoFnFmFlFkFjFiFhFgFfFeFdFcFbFaF`F_F^F]F\F[FZFYFXFWFVFUFTFSFRFQFPFOFNFMFLFKFJFIFHFGFFFEFDFCFBFAF@F?F>F=F<F;F:F9F8F7F6F5F4F3F2F1F0F/F.F-F,F+F*F)F(F'F&F%F$F#F"F!F FFFFFFFFFFFFFFFFFFF F F F F FFFFFFFFFEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE~E}E|E{EzEyExEwEvEuEtEsErEqEpEoEnEmElEkEjEiEhEgEfEeEdEcEbEaE`G% {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH~H}H|H{HzHyHxHwHvHuHtHsHrHqHpHoHnHmHlHkHjHiHhHgHfHeHdHcHbHaH`H_H^H]H\H[HZHYHXHWHVHUHTHSHRHQHPHOHNHMHLHKHJHIHHHGHFHEHDHCHBHAH@H?H>H=H<H;H:H9H8H7H6H5H4H3H2H1H0H/H.H-H,H+H*H)H(H'H&H%H$H#H"H!H HHHHHHHHHHHHHHHHHHH H H H H HHHHHHHHHGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG~G}G|G{GzGyGxGwGvGuGtGsGrGqGpGoGnGmGlGkGjGiGhGgGfGeGdGcGbGaG`G_G^G]G\G[GZGYGXGWGVGUGTGSGRGQGPGOGNGMGLGKGJGIGHGGGFGEGDGCGBGAG@G?G>G=G<G;G:G9G8G7G6G5G4G3G2G1G0G/G.G-G,G+G*G)G(G'H {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ~J}J|J{JzJyJxJwJvJuJtJsJrJqJpJoJnJmJlJkJjJiJhJgJfJeJdJcJbJaJ`J_J^J]J\J[JZJYJXJWJVJUJTJSJRJQJPJOJNJMJLJKJJJIJHJGJFJEJDJCJBJAJ@J?J>J=J<J;J:J9J8J7J6J5J4J3J2J1J0J/J.J-J,J+J*J)J(J'J&J%J$J#J"J!J JJJJJJJJJJJJJJJJJJJ J J J J JJJJJJJJJIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII~I}I|I{IzIyIxIwIvIuItIsIrIqIpIoInImIlIkIjIiIhIgIfIeIdIcIbIaI`I_I^I]I\I[IZIYIXIWIVIUITISIRIQIPIOINIMILIKIJIIIHIGIFIEIDICIBIAI@I?I>I=I<I;I:I9I8I7I6I5I4I3I2I1I0I/I.I-I,I+I*I)I(I'I&I%I$I#I"I!I IIIIIIIIIIIIIIIIIII I I I I IIIIIIIIIHHHHHHHHHHHHHHHHHHJ {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" LyLxLwLvLuLtLsLrLqLpLoLnLmLlLkLjLiLhLgLfLeLdLcLbLaL`L_L^L]L\L[LZLYLXLWLVLULTLSLRLQLPLOLNLMLLLKLJLILHLGLFLELDLCLBLAL@L?L>L=L<L;L:L9L8L7L6L5L4L3L2L1L0L/L.L-L,L+L*L)L(L'L&L%L$L#L"L!L LLLLLLLLLLLLLLLLLLL L L L L LLLLLLLLLKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK~K}K|K{KzKyKxKwKvKuKtKsKrKqKpKoKnKmKlKkKjKiKhKgKfKeKdKcKbKaK`K_K^K]K\K[KZKYKXKWKVKUKTKSKRKQKPKOKNKMKLKKKJKIKHKGKFKEKDKCKBKAK@K?K>K=K<K;K:K9K8K7K6K5K4K3K2K1K0K/K.K-K,K+K*K)K(K'K&K%K$K#K"K!K KKKKKKKKKKKKKKKKKKK K K K K KKKKKKKKKJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJLz {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" N@N?N>N=N<N;N:N9N8N7N6N5N4N3N2N1N0N/N.N-N,N+N*N)N(N'N&N%N$N#N"N!N NNNNNNNNNNNNNNNNNNN N N N N NNNNNNNNNMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM~M}M|M{MzMyMxMwMvMuMtMsMrMqMpMoMnMmMlMkMjMiMhMgMfMeMdMcMbMaM`M_M^M]M\M[MZMYMXMWMVMUMTMSMRMQMPMOMNMMMLMKMJMIMHMGMFMEMDMCMBMAM@M?M>M=M<M;M:M9M8M7M6M5M4M3M2M1M0M/M.M-M,M+M*M)M(M'M&M%M$M#M"M!M MMMMMMMMMMMMMMMMMMM M M M M MMMMMMMMMLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL~L}L|NA {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" PPPPPPPPOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO~O}O|O{OzOyOxOwOvOuOtOsOrOqOpOoOnOmOlOkOjOiOhOgOfOeOdOcObOaO`O_O^O]O\O[OZOYOXOWOVOUOTOSOROQOPOOONOMOLOKOJOIOHOGOFOEODOCOBOAO@O?O>O=O<O;O:O9O8O7O6O5O4O3O2O1O0O/O.O-O,O+O*O)O(O'O&O%O$O#O"O!O OOOOOOOOOOOOOOOOOOO O O O O OOOOOOOOONNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN~N}N|N{NzNyNxNwNvNuNtNsNrNqNpNoNnNmNlNkNjNiNhNgNfNeNdNcNbNaN`N_N^N]N\N[NZNYNXNWNVNUNTNSNRNQNPNONNNMNLNKNJNINHNGNFNENDNCP {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" QQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQ~Q}Q|Q{QzQyQxQwQvQuQtQsQrQqQpQoQnQmQlQkQjQiQhQgQfQeQdQcQbQaQ`Q_Q^Q]Q\Q[QZQYQXQWQVQUQTQSQRQQQPQOQNQMQLQKQJQIQHQGQFQEQDQCQBQAQ@Q?Q>Q=Q<Q;Q:Q9Q8Q7Q6Q5Q4Q3Q2Q1Q0Q/Q.Q-Q,Q+Q*Q)Q(Q'Q&Q%Q$Q#Q"Q!Q QQQQQQQQQQQQQQQQQQQ Q Q Q Q QQQQQQQQQPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP~P}P|P{PzPyPxPwPvPuPtPsPrPqPpPoPnPmPlPkPjPiPhPgPfPePdPcPbPaP`P_P^P]P\P[PZPYPXPWPVPUPTPSPRPQPPPOPNPMPLPKPJPIPHPGPFPEPDPCPBPAP@P?P>P=P<P;P:P9P8P7P6P5P4P3P2P1P0P/P.P-P,P+P*P)P(P'P&P%P$P#P"P!P PPPPPPPPPPPPPPPPPPP P P P Q {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" SSSSSSSSSSSSSSSSSSSSSSSS~S}S|S{SzSySxSwSvSuStSsSrSqSpSoSnSmSlSkSjSiShSgSfSeSdScSbSaS`S_S^S]S\S[SZSYSXSWSVSUSTSSSRSQSPSOSNSMSLSKSJSISHSGSFSESDSCSBSAS@S?S>S=S<S;S:S9S8S7S6S5S4S3S2S1S0S/S.S-S,S+S*S)S(S'S&S%S$S#S"S!S SSSSSSSSSSSSSSSSSSS S S S S SSSSSSSSSRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRR~R}R|R{RzRyRxRwRvRuRtRsRrRqRpRoRnRmRlRkRjRiRhRgRfReRdRcRbRaR`R_R^R]R\R[RZRYRXRWRVRURTRSRRRQRPRORNRMRLRKRJRIRHRGRFRERDRCRBRAR@R?R>R=R<R;R:R9R8R7R6R5R4R3R2R1R0R/R.R-R,R+R*R)R(R'R&R%R$R#R"R!R RRRRRRRRRRRRRRRRRRR R R R R RRRRRRRRRQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQS {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" U\U[UZUYUXUWUVUUUTUSURUQUPUOUNUMULUKUJUIUHUGUFUEUDUCUBUAU@U?U>U=U<U;U:U9U8U7U6U5U4U3U2U1U0U/U.U-U,U+U*U)U(U'U&U%U$U#U"U!U UUUUUUUUUUUUUUUUUUU U U U U UUUUUUUUUTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT~T}T|T{TzTyTxTwTvTuTtTsTrTqTpToTnTmTlTkTjTiThTgTfTeTdTcTbTaT`T_T^T]T\T[TZTYTXTWTVTUTTTSTRTQTPTOTNTMTLTKTJTITHTGTFTETDTCTBTAT@T?T>T=T<T;T:T9T8T7T6T5T4T3T2T1T0T/T.T-T,T+T*T)T(T'T&T%T$T#T"T!T TTTTTTTTTTTTTTTTTTT T T T T TTTTTTTTTSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSU] {tmf_XQJC<5.'  xqjc\UNG@92+$ | u n g ` Y R K D = 6 / ( !    y r k d ] V O H A : 3 , %     } v o h a Z S L E > 7 0 ) "    z s l e ^ W P I B ; 4 - &     ~ w p i b [ T M F ? 8 1 * #     {tmf_XQJC<5.'  xqjc\UNG@92+$|ung`YRKD=6/(! yrkd]VOHA:3,% }vohaZSLE>70)" W#W"W!W WWWWWWWWWWWWWWWWWWW W W W W 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EPSGRCote d'IvoireEPSGcEPSG"A9!EPSGQCorrego Alegre 1970-72EPSGnEPSG"1972-01-01%EPSGPChuaEPSGnEPSG"3!EPSGOCarthageEPSGcEPSG"1925-01-01%EPSGNCapeEPSGeEPSG"0+EPSGMCampo InchauspeEPSGnEPSG"8'!EPSGLCamacupa 1948EPSGdEPSG"1948-01-01-%EPSGKBukit RimpahEPSG\EPSG"6#!EPSGJBogota 1975EPSGnEPSG"1975-01-017%!EPSGHBermuda 1957EPSG`EPSG"1957-01-01EA!EPSGGReseau National Belge 1950EPSGnEPSG"1950-01-017%!EPSGFBeijing 1954EPSGpEPSG"1954-01-01)EPSGEBeduaramEPSGcEPSG"8'!EPSGDBarbados 1938EPSGdEPSG"1938-01-01(EPSGCBataviaEPSG\EPSG"3!EPSGBArc 1960EPSGdEPSG"1960-01-013!EPSGAArc 1950EPSGeEPSG"1950-01-01&EPSG@AratuEPSGnEPSG"6#!EPSG?Lisbon 1937EPSGnEPSG"1937-01-01'EPSG>AgadezEPSGcEPSG"(EPSG=AfgooyeEPSGpEPSG":+!EPSG :O: c + H * I i UA-Ij#bO|H:+!EPSGNouakchott 1965EPSGdEPSG"1965-01-015!!EPSGJouik 1961EPSGdEPSG"1961-01-01B;!EPSGLao National Datum 1997EPSGpEPSG"1997-01-013!EPSGLao 1993EPSGpEPSG"1993-01-019)!EPSGVientiane 1982EPSGpEPSG"1982-01-014!EPSGGuam 1963EPSG`EPSG"1963-01-01c}!EPSGSistema de Referencia Geocentrico para las AmericaS 2000EPSGkEPSG"2000-05-26EA!EPSGChatham Islands Datum 1979EPSGnEPSG"1979-01-01EA!EPSGChatham Islands Datum 1971EPSGnEPSG"1971-01-016#!EPSGVoirol 1879EPSGcEPSG"1879-01-01OQ!EPSGIstituto Geografico Militaire 1995EPSGkEPSG"1995-01-01>3!EPSG European Datum 1979EPSGnEPSG"1979-01-01JK!EPSG Iraq-Kuwait Boundary Datum 1992EPSGvEPSG"1992-01-016#!EPSG Lisbon 1890EPSG\EPSG"1937-01-01FC!EPSG Azores Central Islands 1995EPSGnEPSG"1995-01-01GE!EPSGAzores Oriental Islands 1995EPSGnEPSG"1995-01-01;-!EPSGPorto Santo 1995EPSGnEPSG"1995-01-01Z[!EPSGLatvian geodetic coordinate system 1992EPSGkEPSG"1992-01-01@#5!!EPSGHelle 1954EPSGnEPSG"1954-01-01;-!EPSGIslands Net 1993EPSGkEPSG"1993-08-077%!EPSGHjorsey 1955EPSGnEPSG"1955-01-019)!EPSGReykjavik 1900EPSGEPSG"1900-01-01[i!EPSGInternational Terrestrial Reference Frame 2000EPSGkEPSG"1997-01-01[i!EPSGInternational Terrestrial Reference Frame 1997EPSGkEPSG"1997-01-01[i!EPSGInternational Terrestrial Reference Frame 1996EPSGkEPSG"1997-01-01[i!EPSGInternational Terrestrial Reference Frame 1994EPSGkEPSG"1993-01-01[i!EPSGInternational Terrestrial Reference Frame 1993EPSGkEPSG"1993-01-01[i!EPSGInternational Terrestrial Reference Frame 1992EPSGkEPSG"1988-01-01[i!EPSGInternational Terrestrial Reference Frame 1991EPSGkEPSG"1988-01-01[i!EPSGInternational Terrestrial Reference Frame 1990EPSGkEPSG"1988-01-01[i!EPSGInternational Terrestrial Reference Frame 1989EPSGkEPSG"1988-01-01[i!EPSGInternational Terrestrial Reference Frame 1988EPSGkEPSG"1988-01-01.'EPSGGrand ComorosEPSGnEPSG"T_! EPSGReseau Geodesique Nouvelle Caledonie 1991EPSGnEPSG"1991-01-017%!EPSGNEA74 NoumeaEPSGnEPSG"1974-01-015!!EPSGST71 BelepEPSGnEPSG"1971-01-01</!EPSGST84 Ile des PinsEPSGnEPSG"1984-01-015!!EPSGIGN53 MareEPSGnEPSG"1953-01-01[m! EPSGReseau de Reference des Antilles Francaises 1991EPSGvEPSG"1991-01-010!EPSGMOP78EPSGnEPSG"1978-01-01HG!EPSGSaint Pierre et Miquelon 1950EPSG`EPSG"1950-01-01GE!EPSGPointe Geologie Perroud 1950EPSGnEPSG"1950-01-017%!EPSGPetrels 1972EPSGnEPSG"1972-01-015!! EPSGST87 OuveaEPSGnEPSG"1987-01-01=1!EPSGIGN72 Grande TerreEPSGnEPSG"1972-01-016#!EPSGIGN56 LifouEPSGnEPSG"1956-01-017%!EPSGCombani 1950EPSGnEPSG"1950-01-012! EPSGK0 1949EPSGnEPSG"1949-01-01:+!EPSGIGN72 Nuku HivaEPSGnEPSG"1972-01-013!EPSGTahaa 54EPSGnEPSG"1954-01-014!EPSGTahiti 52EPSGnEPSG"1952-01-01OU!EPSGReseau Geodesique de la Reunion 1992EPSGkEPSG"1992-01-017%!EPSGReunion 1947EPSGnEPSG"1947-01-01:+!EPSGMartinique 1938EPSGnEPSG"1938-01-01QY!EPSGReseau Geodesique Francais Guyane 1995EPSGkEPSG"1995-01-01GE!EPSGCentre Spatial Guyanais 1967EPSGnEPSG"1967-01-01:+!EPSGGuadeloupe 1948EPSGnEPSG"1948-01-01-%EPSGFort MarigotEPSGnEPSG" @}Ii2 Y  `  ]  w F I Y$E VONa)z@9=1!EPSGYRauenberg Datum/83EPSG\EPSG"1983-01-017%!EPSGXNahrwan 1934EPSGdEPSG"1934-01-017%!EPSGWKarbala 1979EPSGdEPSG"1979-01-01JK!EPSGVGeodetic Datum of Malaysia 2000EPSGkEPSG"2003-08-01;-!EPSGUFaroe Datum 1954EPSGnEPSG"1954-01-01A5!EPSGTParametry Zemli 1990EPSGEPSG"1990-01-01=1!EPSGSHong Kong 1963(67)EPSGnEPSG"1967-01-019)!EPSGRHong Kong 1963EPSG_EPSG"1963-01-01EA!EPSGQKorean Geodetic Datum 2002EPSGkEPSG"2002-01-011-EPSGPDeception IslandEPSGdEPSG"6#!EPSGOKusaie 1951EPSGnEPSG"1951-01-017%!EPSGNTristan 1968EPSGnEPSG"1968-01-01;-!EPSGMWake Island 1952EPSGnEPSG"1952-01-01@7!EPSGLMarshall Islands 1960EPSGEPSG"1960-01-019)! EPSGKViti Levu 1916EPSGdEPSG"1916-01-015!!EPSGJSanto 1965EPSGnEPSG"1965-01-018'!EPSGIPitcairn 1967EPSGnEPSG"1967-01-01B;!EPSGHPico de las Nieves 1984EPSGnEPSG"1984-01-016#!EPSGGMidway 1961EPSGnEPSG"1961-01-01MQ!EPSGFSister Islands Geodetic Datum 1961EPSG`EPSG"1961-01-01?5!EPSGEJohnston Island 1961EPSGnEPSG"1961-01-01</!EPSGDDiego Garcia 1969EPSGnEPSG"1969-01-01KM!EPSGCGrand Cayman Geodetic Datum 1959EPSG`EPSG"1959-01-01=1!EPSGBSouth Georgia 1968EPSGnEPSG"1968-01-014!EPSGAFiji 1956EPSGnEPSG"1956-01-01C=!EPSG@Fiji Geodetic Datum 1986EPSGEPSG"1986-01-01=1!EPSG?Easter Island 1967EPSGnEPSG"1967-01-017%!EPSG>Solomon 1968EPSGnEPSG"1968-01-019)!EPSG=Cape CanaveralEPSG`EPSG"1963-01-01?5!EPSG3!EPSGVoirol 1879 (Paris)EPSGcEPSG"1879-01-018;EPSGGunung Segara (Jakarta)EPSG\EPSG"C=! EPSGNord Sahara 1959 (Paris)EPSGdEPSG"1959-01-01k !EPSGSystem of the Unified Trigonometrical Cadastral Network (Ferro)EPSG\EPSG"1920-01-01:+!EPSGNGO 1948 (Oslo)EPSG]EPSG"1948-01-01;-!EPSGCarthage (Paris)EPSGcEPSG"1925-01-01/)EPSGGreek (Athens)EPSG\EPSG"EA!EPSGStockholm 1938 (Stockholm)EPSG\EPSG"1938-01-012/EPSGBatavia (Jakarta)EPSG\EPSG">3!EPSGVoirol 1875 (Paris)EPSGcEPSG"1875-01-01B;!EPSGTananarive 1925 (Paris)EPSGnEPSG"1925-01-01PW!EPSGReseau National Belge 1950 (Brussels)EPSGnEPSG"1950-01-01@7! EPSGPadang 1884 (Jakarta)EPSG\EPSG"1884-01-01S]!EPSGNouvelle Triangulation Francaise (Paris)EPSGcEPSG"1895-01-0131EPSGMonte Mario (Rome)EPSGnEPSG"QY!EPSGMilitar-Geographische Institut (Ferro)EPSG\EPSG"1901-01-0131EPSGMakassar (Jakarta)EPSG\EPSG"?5!EPSGLisbon 1937 (Lisbon)EPSGnEPSG"1937-01-01?5!EPSGBogota 1975 (Bogota)EPSGnEPSG"1975-01-018'!EPSGCH1903 (Bern)EPSG\EPSG"1903-01-01OE!EPSGmSlovenia Geodetic Datum 1996EPSGkEPSG"1996-01-01@NS!EPSGlRoss Sea Region Geodetic Datum 2000EPSGkEPSG"2000-01-018'!EPSGkPitcairn 2006EPSGvEPSG"2006-01-017%!EPSGjBermuda 2000EPSGvEPSG"2000-01-01]a!EPSGiCroatian Terrestrial Reference System 1996EPSGkEPSG"1995-07-20@.33333GA!EPSGhWorld Geodetic System 1966EPSGqEPSG"1966-01-01Yi!EPSGgNAD83 (National Spatial Reference System 2007)EPSGkEPSG"2007-01-017%!EPSGfJamaica 2001EPSGvEPSG"2001-01-010!EPSGeSVY21EPSGvEPSG"2004-01-017%!EPSGdVietnam 2000EPSGvEPSG"2000-07-12FC!EPSGcDatum Geodesi Nasional 1995EPSGvEPSG"1995-01-01EA!EPSGbLibyan Geodetic Datum 2006EPSGnEPSG"2006-01-01/!EPSGafk89EPSGnEPSG"1989-01-019)!EPSG`Viti Levu 1912EPSGEPSG"1912-01-017%!EPSG_Kertau (RSO)EPSGEPSG"1969-01-015!!EPSG^ST87 OuveaEPSGvEPSG"1987-01-01Xg!EPSG]Reseau Geodesique de Nouvelle Caledonie 91-93EPSGkEPSG"1989-01-01:+!EPSG\Vanua Levu 1915EPSGEPSG"1915-01-019)! EPSG[Greenland 1996EPSGkEPSG"1996-08-14 6_&O  p 1 ^  =  ?r'4e.g&GZv'0@-) ESRID_Cape_CanaveralCape CanaveralEPSG`EPSG"L!M ESRID_DOS_71_4Astro DOS 71/4 (St. Helena 1971)EPSGnEPSG"N;7 ESRID_Ascension_Island_1958Ascension Island 1958EPSGnEPSG"j  ESRID_PTRA08Portugal - Autonomous Regions (Madeira and Azores Archipelagos)EPSGkEPSG"<)% ESRID_Reunion_1947Reunion 1947EPSGnEPSG"N;7 ESRID_Kerguelen_Island_1949Kerguelen Island 1949EPSGnEPSG"X+[ ESRID_ISTS_073_1969ISTS 073 Astro 1969 (Diego Garcia 1969)EPSGnEPSG"4! ESRID_Gan_1970Gan 1970EPSGnEPSG"U'Y ESRID_Anna_1_1965Anna 1 Astro 1965 (Cocos Islands 1965)EPSGPSG"J19 ESRID_Wake_Island_1952Wake Island Astro 1952EPSGnEPSG"`5a ESRID_Wake_Eniwetok_1960Wake-Eniwetok 1960 (Marshall Islands 1960)EPSGEPSG"@-) ESRID_Viti_Levu_1916Viti Levu 1916EPSGdEPSG"@-) ESRID_Santo_DOS_1965Santo DOS 1965EPSGnEPSG"D+3 ESRID_Pitcairn_1967Pitcairn Astro 1967EPSGnEPSG"X[+ ESRID_Cyprus_Geodetic_Reference_System_1993Cyprus GRS 1993EPSGvEPSG"@'/ ESRID_Midway_1961Midway Astro 1961EPSGnEPSG"D// ESRID_NAD_1983_CORS96NAD 1983 (CORS96)EPSGkEPSG"L95 ESRID_Johnston_Island_1961Johnston Island 1961EPSGnEPSG"4#ESRID_GUX_1GUX 1 AstroEPSGnEPSG"6# ESRID_Guam_1963Guam 1963EPSG`EPSG"H51 ESRID_Easter_Island_1967Easter Island 1967EPSGnEPSG"4!ESRID_DOS_1968DOS 1968EPSGnEPSG"P7? ESRID_Chatham_Island_1971Chatham Island Astro 1971EPSGnEPSG"W'] ESRID_Canton_1966Canton Astro 1966 (Phoenix Islands 1966)EPSGnEPSG"<)% ESRID_Bellevue_IGNBellevue IGNEPSGnEPSG"]%k ESRID_Astro_1952Astronomical Station 1952 (Marcus Island 1952 )EPSGnEPSG"J19 ESRID_Tern_Island_1961Tern Island Astro 1961EPSGnEPSG"T+S ESRID_Beacon_E_1945Astro Beacon E 1945 (Iwo Jima 1945)EPSGnEPSG"4! ESRID_Point_58Point 58EPSGdEPSG"B/+ ESRID_NAD_1983_MARP00NAD 1983 MARP00EPSGkEPSG"B/+ ESRID_NAD_1983_PACP00NAD 1983 PACP00EPSGkEPSG"?!3 ESRID_AyabelleAyabelle LighthouseEPSGdEPSG"M95ESRID_South_Asia_SingaporeSouth Asia SingaporeESRIEPSG",ESRID_OmanOmanEPSGdEPSG"G31 ESRID_Hong_Kong_1963_67Hong Kong 1963(67)EPSGnEPSG"<)% ESRID_Hjorsey_1955Hjorsey 1955EPSGnEPSG"P7?ESRID_Everest_India_NepalEverest - India and NepalEPSGEPSG"J55ESRID_Everest_BangladeshEverest - BangladeshEPSGgEPSG">+' ESRID_European_1979European 1979EPSGnEPSG"L95 ESRID_Islands_Network_2004Islands Network 2004EPSGkEPSG"F3/ESRIwD_Sierra_Leone_1960Sierra Leone 1960EPSGdEPSG">+'ESRIvD_HermannskogelHermannskogelEPSG\EPSG"<)%ESRIuD_Estonia_1937Estonia 1937EPSG\EPSG"4! ESRItD_GDBD2009GDBD2009EPSGkEPSG"2ESRIBD_Xrail84Xrail84EPSGvEPSG"vaaESRI@Hellenic_Terrestrial_Reference_System_2007Hellenic Terrestrial Reference System 2007EPSGkEPSG"[GCESRI?D_Sphere_GRS_1980_Mean_RadiusGRS 1980 Mean Radius SphereESRI'EPSG"fQQESRI,Geocentric_Datum_of_Mauritius_2008Geocentric Datum of Mauritius 2008EPSGkEPSG"dOO ESRI+Oman_National_Geodetic_Datum_2017Oman National Geodetic Datum 2017EPSGkEPSG";1ESRI(BNGRS02BNGRS02 - BotswanaEPSGkEPSG"5+ESRI'BTRSBTRS - BotswanaEPSGeEPSG"8##ESRI&PAL-GRF2023PAL-GRF2023EPSGkEPSG"ZEEESRI%Japanese_Geodetic_Datum_2024Japanese Geodetic Datum 2024EPSGkEPSG"D1-ESRID_Fort_Thomas_1955Fort Thomas 1955EPSGdEPSG" 4h%~9 r / b # T  D ^ :d}Ha)"4n"iMYESRID_NAD_1983_HARN_Adj_MN_Big_StoneNAD 1983 HARN Adj. Minnesota Big StoneESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_BentonNAD 1983 HARN Adj. Minnesota BentonESRIEPSG"sWcESRID_NAD_1983_HARN_Adj_MN_Beltrami_SouthNAD 1983 HARN Adj. Minnesota Beltrami SouthESRIEPSG"sWcESRID_NAD_1983_HARN_Adj_MN_Beltrami_NorthNAD 1983 HARN Adj. Minnesota Beltrami NorthESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_BeckerNAD 1983 HARN Adj. Minnesota BeckerESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_AnokaNAD 1983 HARN Adj. Minnesota AnokaESRIEPSG"U+U ESRI/D_NAD_1983_PA11NAD 1983 (PA11) - Pacific Plate 2011EPSGkEPSG"V+W ESRI.D_NAD_1983_MA11NAD 1983 (MA11) - Marianas Plate 2011EPSGkEPSG"@++ ESRI-D_NAD_1983_2011NAD 1983 (2011)EPSGkEPSG"b=]ESRI,D_Old_Hawaiian_Intl_1924Old Hawaiian on Intl_1924 spheroid (NGS)EPSGnEPSG"kO] ESRI+D_WGS_1984_Major_Auxiliary_SphereMajor auxiliary sphere based on WGS 1984EPSGEPSG"7!# ESRI*D_TWD_1997Taiwan 1997EPSGkEPSG"7!# ESRI)D_TWD_1967Taiwan 1967EPSGEPSG"<)% ESRI(D_Jamaica_2001Jamaica 2001EPSGvEPSG"B/+ ESRI'D_Ocotepeque_1935Ocotepeque 1935EPSG`EPSG"5)ESRI&D_D48D48 - SloveniaEPSG\EPSG"0ESRI%D_JordanJordanEPSGnEPSG"4'ESRI$D_Sphere_EMEPEMEPESRIEPSG"6#ESRI#D_Roma_1940Roma 1940EPSGnEPSG"bOKESRI"D_Observatorio_Meteorologico_1965Observatorio Meteorologico 1965EPSGnEPSG"L95 ESRI!D_Chatham_Islands_1979Chatham Islands 1979EPSGnEPSG"L'GESRI PANAMA08_2011Panama - ITRF_2008 epoch 2011EPSGkEPSG"<)% ESRID_Bermuda_2000Bermuda 2000EPSGvEPSG"KOESRID_MajuroMajuro - Republic of Marshall Is.EPSG`EPSG"`#sESRID_Bab_SouthBab South Astro - Bablethuap Is - Republic of PalauEPSG`EPSG"E!? ESRID_JGD_2000Japan Geodetic Datum 2000EPSGkEPSG"0 ESRID_REGVENREGVENEPSGkEPSG"KMESRID_PohnpeiPohnpei - Fed. States MicronesiaEPSG`EPSG"L#K ESRID_NZGD_2000New Zealand Geodetic Datum 2000EPSGkEPSG"K!K ESRID_RGF_1993Reseau Geodesique Francais 1993EPSGkEPSG"L95ESRID_Datum_Lisboa_HayfordDatum Lisboa HayfordEPSGnEPSG"J73ESRID_Datum_Lisboa_BesselDatum Lisboa BesselEPSG\EPSG"@-) ESRID_Hong_Kong_1980Hong Kong 1980EPSGnEPSG"B/+ESRID_Alaskan_IslandsAlaskan IslandsEPSG`EPSG"@'/ ESRID_Kusaie_1951Kusaie Astro 1951EPSGnEPSG"Q#U ESRID_ETRF_1989European Terrestrial Ref. Frame 1989EPSGkEPSG";'%ESRID_S42_HungaryS-42 HungaryEPSGpEPSG"@-) ESRID_Nepal_NagarkotNepal NagarkotEPSGgEPSG">+' ESRID_Gunung_SegaraGunung SegaraEPSG\EPSG"D1- ESRID_Deception_IslandDeception IslandEPSGdEPSG"<#+ ESRI D_Camp_AreaCamp Area AstroEPSGnEPSG"J73 ESRI D_American_Samoa_1962American Samoa 1962EPSG`EPSG"B)1 ESRI D_Tristan_1968Tristan Astro 1968EPSGnEPSG"L95 ESRI D_Selvagem_Grande_1938Selvagem Grande 1938EPSGnEPSG"4!ESRI D_Sao_BrazSao BrazEPSGnEPSG"D%9 ESRID_MACAO_2008Macao 2008 (ITRF 2005)EPSGnEPSG"D1- ESRID_Porto_Santo_1936Porto Santo 1936EPSGnEPSG"H51 ESRID_Pico_de_Las_NievesPico de Las NievesEPSGnEPSG"]OAESRID_Observatorio_Meteorologico_1939Observ. Meteorologico 1939EPSGnEPSG"B/+ ESRID_Costa_Rica_2005Costa Rica 2005EPSGvEPSG"=!/ESRID_LC5_1961L.C. 5 Astro 1961EPSG`EPSG"Y+] ESRID_ISTS_061_1968ISTS 061 Astro 1968 (South Georgia 1968)EPSGnEPSG" &T6l , Z  R LHr <\N TgKWESRID_NAD_1983_HARN_Adj_MN_MarshallNAD 1983 HARN Adj. Minnesota MarshallESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_McLeodNAD 1983 HARN Adj. Minnesota McLeodESRIEPSG"_COESRID_NAD_1983_HARN_Adj_MN_LyonNAD 1983 HARN Adj. Minnesota LyonESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_LincolnNAD 1983 HARN Adj. Minnesota LincolnESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_Le_SueurNAD 1983 HARN Adj. Minnesota Le SueurESRIEPSG"ŁiuESRID_NAD_1983_HARN_Adj_MN_Lake_of_the_Woods_SouthNAD 1983 HARN Adj. Minnesota Lake of the Woods SouthESRIEPSG"ŁiuESRID_NAD_1983_HARN_Adj_MN_Lake_of_the_Woods_NorthNAD 1983 HARN Adj. Minnesota Lake of the Woods NorthESRIEPSG"qUaESRID_NAD_1983_HARN_Adj_MN_Lac_Qui_ParleNAD 1983 HARN Adj. Minnesota Lac Qui ParleESRIEPSG"mQ]ESRID_NAD_1983_HARN_Adj_MN_KoochichingNAD 1983 HARN Adj. Minnesota KoochichingESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_KittsonNAD 1983 HARN Adj. Minnesota KittsonESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_KandiyohiNAD 1983 HARN Adj. Minnesota KandiyohiESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_KanabecNAD 1983 HARN Adj. Minnesota KanabecESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_JacksonNAD 1983 HARN Adj. Minnesota JacksonESRIEPSG"oS_ESRID_NAD_1983_HARN_Adj_MN_Itasca_SouthNAD 1983 HARN Adj. Minnesota Itasca SouthESRIEPSG"oS_ESRID_NAD_1983_HARN_Adj_MN_Itasca_NorthNAD 1983 HARN Adj. Minnesota Itasca NorthESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_IsantiNAD 1983 HARN Adj. Minnesota IsantiESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_HoustonNAD 1983 HARN Adj. Minnesota HoustonESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_HennepinNAD 1983 HARN Adj. Minnesota HennepinESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_GrantNAD 1983 HARN Adj. Minnesota GrantESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_GoodhueNAD 1983 HARN Adj. Minnesota GoodhueESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_FreebornNAD 1983 HARN Adj. Minnesota FreebornESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_FillmoreNAD 1983 HARN Adj. Minnesota FillmoreESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_FaribaultNAD 1983 HARN Adj. Minnesota FaribaultESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_DouglasNAD 1983 HARN Adj. Minnesota DouglasESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_DodgeNAD 1983 HARN Adj. Minnesota DodgeESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_DakotaNAD 1983 HARN Adj. Minnesota DakotaESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_Crow_WingNAD 1983 HARN Adj. Minnesota Crow WingESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_CottonwoodNAD 1983 HARN Adj. Minnesota CottonwoodESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_Cook_SouthNAD 1983 HARN Adj. Minnesota Cook SouthESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_Cook_NorthNAD 1983 HARN Adj. Minnesota Cook NorthESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_ChisagoNAD 1983 HARN Adj. Minnesota ChisagoESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_ChippewaNAD 1983 HARN Adj. Minnesota ChippewaESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_Cass_SouthNAD 1983 HARN Adj. Minnesota Cass SouthESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_Cass_NorthNAD 1983 HARN Adj. Minnesota Cass NorthESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_CarverNAD 1983 HARN Adj. Minnesota CarverESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_CarltonNAD 1983 HARN Adj. Minnesota CarltonESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_BrownNAD 1983 HARN Adj. Minnesota BrownESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_MahnomenNAD 1983 HARN Adj. Minnesota MahnomenESRIEPSG" 'r8n > t > t  HzVj*`4l>rcGSESRID_NAD_1983_HARN_Adj_MN_WinonaNAD 1983 HARN Adj. Minnesota WinonaESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_WatonwanNAD 1983 HARN Adj. Minnesota WatonwanESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_WasecaNAD 1983 HARN Adj. Minnesota WasecaESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_WadenaNAD 1983 HARN Adj. Minnesota WadenaESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_WabashaNAD 1983 HARN Adj. Minnesota WabashaESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_TraverseNAD 1983 HARN Adj. Minnesota TraverseESRIEPSG"_COESRID_NAD_1983_HARN_Adj_MN_ToddNAD 1983 HARN Adj. Minnesota ToddESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_SwiftNAD 1983 HARN Adj. Minnesota SwiftESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_StevensNAD 1983 HARN Adj. Minnesota StevensESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_SteeleNAD 1983 HARN Adj. Minnesota SteeleESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_StearnsNAD 1983 HARN Adj. Minnesota StearnsESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_SibleyNAD 1983 HARN Adj. Minnesota SibleyESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_SherburneNAD 1983 HARN Adj. Minnesota SherburneESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_ScottNAD 1983 HARN Adj. Minnesota ScottESRIEPSG"sWcESRID_NAD_1983_HARN_Adj_MN_St_Louis_SouthNAD 1983 HARN Adj. Minnesota St Louis SouthESRIEPSG"w[gESRID_NAD_1983_HARN_Adj_MN_St_Louis_CentralNAD 1983 HARN Adj. Minnesota St Louis CentralESRIEPSG"sWcESRID_NAD_1983_HARN_Adj_MN_St_Louis_NorthNAD 1983 HARN Adj. Minnesota St Louis NorthESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_RoseauNAD 1983 HARN Adj. Minnesota RoseauESRIEPSG"_COESRI D_NAD_1983_HARN_Adj_MN_RockNAD 1983 HARN Adj. Minnesota RockESRIEPSG"_COESRI D_NAD_1983_HARN_Adj_MN_RiceNAD 1983 HARN Adj. Minnesota RiceESRIEPSG"gKWESRI D_NAD_1983_HARN_Adj_MN_RenvilleNAD 1983 HARN Adj. Minnesota RenvilleESRIEPSG"eIUESRI D_NAD_1983_HARN_Adj_MN_RedwoodNAD 1983 HARN Adj. Minnesota RedwoodESRIEPSG"gKWESRI D_NAD_1983_HARN_Adj_MN_Red_LakeNAD 1983 HARN Adj. Minnesota Red LakeESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_RamseyNAD 1983 HARN Adj. Minnesota RamseyESRIEPSG"_COESRID_NAD_1983_HARN_Adj_MN_PopeNAD 1983 HARN Adj. Minnesota PopeESRIEPSG"_COESRID_NAD_1983_HARN_Adj_MN_PolkNAD 1983 HARN Adj. Minnesota PolkESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_PipestoneNAD 1983 HARN Adj. Minnesota PipestoneESRIEPSG"_COESRID_NAD_1983_HARN_Adj_MN_PineNAD 1983 HARN Adj. Minnesota PineESRIEPSG"kO[ESRID_NAD_1983_HARN_Adj_MN_PenningtonNAD 1983 HARN Adj. Minnesota PenningtonESRIEPSG"iMYESRID_NAD_1983_HARN_Adj_MN_OttertailNAD 1983 HARN Adj. Minnesota OttertailESRIEPSG"eIUESRID_NAD_1983_HARN_Adj_MN_OlmstedNAD 1983 HARN Adj. Minnesota OlmstedESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_NormanNAD 1983 HARN Adj. Minnesota NormanESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_NoblesNAD 1983 HARN Adj. Minnesota NoblesESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_NicolletNAD 1983 HARN Adj. Minnesota NicolletESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_MurrayNAD 1983 HARN Adj. Minnesota MurrayESRIEPSG"aEQESRID_NAD_1983_HARN_Adj_MN_MowerNAD 1983 HARN Adj. Minnesota MowerESRIEPSG"gKWESRID_NAD_1983_HARN_Adj_MN_MorrisonNAD 1983 HARN Adj. Minnesota MorrisonESRIEPSG"cGSESRID_NAD_1983_HARN_Adj_MN_MeekerNAD 1983 HARN Adj. Minnesota MeekerESRIEPSG"cGSESRI D_NAD_1983_HARN_Adj_MN_WrightNAD 1983 HARN Adj. Minnesota WrightESRIEPSG" )u"a ? |  Y < { Z=yS0rP3u_?S ESRIVD_NAD_1983_HARN_Adj_WI_SWNAD 1983 HARN Adj. Wisconsin SawyerESRI>EPSG"]?O ESRIUD_NAD_1983_HARN_Adj_WI_SKNAD 1983 HARN Adj. Wisconsin SaukESRI=EPSG"`?U ESRITD_NAD_1983_HARN_Adj_WI_SCNAD 1983 HARN Adj. Wisconsin StCroixESRID_NAD_1983_HARN_Adj_WI_ECNAD 1983 HARN Adj. Wisconsin EauClaireESRI&EPSG"]?O ESRI=D_NAD_1983_HARN_Adj_WI_DUNAD 1983 HARN Adj. Wisconsin DunnESRI%EPSG"`?U ESRI%)ESRID_Ariel_2000Uranus - ArielESRIESRId7'ESRID_Uranus_2000UranusESRIESRId>%)ESRID_Titan_2000Saturn - TitanESRIESRId@'+ESRID_Tethys_2000Saturn - TethysESRIESRIdB)-ESRID_Telesto_2000Saturn - TelestoESRIESRId<#'ESRID_Rhea_2000Saturn - RheaESRIESRIdH/3ESRID_Prometheus_2000Saturn - PrometheusESRIESRId@'+ESRID_Phoebe_2000Saturn - PhoebeESRIESRIdB)-ESRID_Pandora_2000Saturn - PandoraESRIESRId:!%ESRID_Pan_2000Saturn - PanESRIESRId>%)ESRID_Mimas_2000Saturn - MimasESRIESRId>%)ESRID_Janus_2000Saturn - JanusESRIESRIdB)-ESRID_Iapetus_2000Saturn - IapetusESRIESRIdD+/ESRID_Hyperion_2000Saturn - HyperionESRIESRId@'+ESRID_Helene_2000Saturn - HeleneESRIESRIdH/3ESRID_Epimetheus_2000Saturn - EpimetheusESRIESRIdF-1ESRID_Enceladus_2000Saturn - EnceladusESRIESRId>%)ESRID_Dione_2000Saturn - DioneESRIESRIdB)-ESRID_Calypso_2000Saturn - CalypsoESRIESRId>%)ESRID_Atlas_2000Saturn - AtlasESRIESRId7'ESRID_Saturn_2000SaturnESRIESRId?%+ESRID_Thebe_2000Jupiter - ThebeESRIESRIdA'-ESRID_Sinope_2000Jupiter - SinopeESRIESRIdE+1ESRID_Pasiphae_2000Jupiter - PasiphaeESRIESRId?%+ESRID_Metis_2000Jupiter - MetisESRIESRIdE+1ESRID_Lysithea_2000Jupiter - LysitheaESRIESRId=#)ESRID_Leda_2000Jupiter - LedaESRIESRId9%ESRID_Io_2000Jupiter - IoESRIESRIdC)/ESRID_Himalia_2000Jupiter - HimaliaESRIESRIdE+1ESRID_Ganymede_2000Jupiter - GanymedeESRIESRIdA'-ESRID_Europa_2000Jupiter - EuropaESRIESRId?%+ESRID_Elara_2000Jupiter - ElaraESRIESRId?%+ESRID_Carme_2000Jupiter - CarmeESRIESRIdE+1ESRID_Callisto_2000Jupiter - CallistoESRIESRIdA'-ESRID_Ananke_2000Jupiter - AnankeESRIESRIdE+1ESRID_Amalthea_2000Jupiter - AmaltheaESRIESRIdE+1ESRID_Adrastea_2000Jupiter - AdrasteaESRIESRId9)ESRID_Jupiter_2000JupiterESRIESRId>''ESRID_Phobos_2000Mars - PhobosESRIESRId 5xB|? 9 c  G ^  u !E_aQaAk$P >) IAU_2015Jupiter (2015)IAU_2015IAU_2015G; IAU_2015Jupiter (2015) - SphereIAU_2015IAU_2015E7 IAU_2015ɐMetis (2015) - SphereIAU_2015ɐIAU_2015ɐH= IAU_2015,Adrastea (2015) - SphereIAU_2015,IAU_2015,E7 IAU_2015Thebe (2015) - SphereIAU_2015IAU_2015D5 IAU_2015dLeda (2015) - SphereIAU_2015dIAU_2015dF9 IAU_2015Ananke (2015) - SphereIAU_2015IAU_2015E7 IAU_2015ǜCarme (2015) - SphereIAU_2015ǜIAU_2015ǜH= IAU_20158Lysithea (2015) - SphereIAU_20158IAU_20158F9 IAU_2015Sinope (2015) - SphereIAU_2015IAU_2015H= IAU_2015pPasiphae (2015) - SphereIAU_2015pIAU_2015pE7 IAU_2015 Elara (2015) - SphereIAU_2015 IAU_2015 G; IAU_2015ŨHimalia (2015) - SphereIAU_2015ŨIAU_2015ŨH= IAU_2015DAmalthea (2015) - SphereIAU_2015DIAU_2015DL+ 'IAU_2015Callisto (2015)IAU_2015IAU_2015Saga: 326 W.0U= 'IAU_2015Callisto (2015) - SphereIAU_2015IAU_2015Saga: 326 W.0L+ 'IAU_2015}Ganymede (2015)IAU_2015}IAU_2015|Anat: 128 W.0U= 'IAU_2015|Ganymede (2015) - SphereIAU_2015|IAU_2015|Anat: 128 W.0T9 )IAU_2015Europa (2015) - SphereIAU_2015IAU_2015Cilix: 182 W.0d1 QIAU_2015ôIo (2015) - SphereIAU_2015ôIAU_2015ôThe mean sub-Jovian direction: 0.0V# CIAU_2015Mars (2015)IAU_2015IAU_2015Viking 1 lander: 47.95137 W_5 CIAU_2015Mars (2015) - SphereIAU_2015IAU_2015Viking 1 lander: 47.95137 WF9 IAU_2015Deimos (2015) - SphereIAU_2015IAU_2015F9 IAU_2015Phobos (2015) - SphereIAU_2015IAU_2015J% )IAU_2015Earth (2015)IAU_2015IAU_2015Greenwich: 0.0S7 )IAU_2015Earth (2015) - SphereIAU_2015IAU_2015Greenwich: 0.0A5 IAU_2015uMoon (2015) - SphereIAU_2015uIAU_2015uN7 %IAU_2015tVenus (2015) - SphereIAU_2015tIAU_2015tAriadne: 0.0J) +IAU_2015MMercury (2015)IAU_2015MIAU_2015MHun Kal: 20 W.0S; +IAU_2015MMercury (2015) - SphereIAU_2015MIAU_2015MHun Kal: 20 W.0@3 IAU_2015Sun (2015) - SphereIAU_2015IAU_2015Q%51 ESRI106011_ParisD_Voirol_Unifie_1960Voirol Unifie 1960EPSGdEPSG"U-51 ESRI106011_GreenwichD_Voirol_Unifie_1960Voirol Unifie 1960EPSGdEPSG"4! ESRID_MGI_1901MGI 1901EPSG\EPSG"fSO ESRID_Iraqi_Geospatial_Reference_SystemIraqi Geospatial Reference SystemEPSGkEPSG"L95 ESRID_Hungarian_Datum_1909Hungarian Datum 1909EPSG\EPSG"A7ESRIPan_2015Saturn - Pan IAU 2015ESRIESRIdI%?ESRIPallene_2015Saturn - Pallene IAU 2015ESRIESRIdE!;ESRIMimas_2015Saturn - Mimas IAU 2015ESRIESRIdI%?ESRIMethone_2015Saturn - Methone IAU 2015ESRIESRIdE!;ESRIJanus_2015Saturn - Janus IAU 2015ESRIESRIdE!;ESRIDione_2015Saturn - Dione IAU 2015ESRIESRIdI%?ESRIDaphnis_2015Saturn - Daphnis IAU 2015ESRIESRIdI%?ESRICalypso_2015Saturn - Calypso IAU 2015ESRIESRIdE!;ESRIAtlas_2015Saturn - Atlas IAU 2015ESRIESRId8%ESRISun_2015Sun IAU 2015ESRIESRId<%%ESRIMercury_2015Mercury 2015ESRIESRId<%%ESRI4_Vesta_20154 Vesta 2015ESRIESRId<%%ESRI1_Ceres_20151 Ceres 2015ESRIESRIdH11ESRIMars_2000_(Sphere)Mars 2000 (Sphere)ESRIESRId?')ESRID_Charon_2000Pluto - CharonESRIESRId5%ESRID_Pluto_2000PlutoESRIESRIdA'-ESRID_Triton_2000Neptune - TritonESRIESRId+1>) IAU_2015Jupiter (2015)IAU_2015IAU_2015 7|RT m  F o ) R w /ZFn&Lu-cR B|>) IAU_2015;=Larissa (2015)IAU_2015;=IAU_2015;<>) IAU_2015:Galatea (2015)IAU_2015:IAU_2015:G; IAU_2015:Galatea (2015) - SphereIAU_2015:IAU_2015:>) IAU_2015:uDespina (2015)IAU_2015:uIAU_2015:tG; IAU_2015:tDespina (2015) - SphereIAU_2015:tIAU_2015:t?+ IAU_2015:Thalassa (2015)IAU_2015:IAU_2015:H= IAU_2015:Thalassa (2015) - SphereIAU_2015:IAU_2015:<% IAU_20159Naiad (2015)IAU_20159IAU_20159E7 IAU_20159Naiad (2015) - SphereIAU_20159IAU_20159F9 IAU_20159HNereid (2015) - SphereIAU_20159HIAU_20159HF9 IAU_20158Triton (2015) - SphereIAU_20158IAU_20158=' IAU_20158Uranus (2015)IAU_20158IAU_20158F9 IAU_20158Uranus (2015) - SphereIAU_20158IAU_20158D5 IAU_2015LPuck (2015) - SphereIAU_2015LIAU_2015LG; IAU_2015Belinda (2015) - SphereIAU_2015IAU_2015H= IAU_2015Rosalind (2015) - SphereIAU_2015IAU_2015F9 IAU_2015 Portia (2015) - SphereIAU_2015 IAU_2015 F9 IAU_2015Juliet (2015) - SphereIAU_2015IAU_2015I? IAU_2015XDesdemona (2015) - SphereIAU_2015XIAU_2015XH= IAU_2015Cressida (2015) - SphereIAU_2015IAU_2015F9 IAU_2015Bianca (2015) - SphereIAU_2015IAU_2015G; IAU_2015,Ophelia (2015) - SphereIAU_2015,IAU_2015,H= IAU_2015Cordelia (2015) - SphereIAU_2015IAU_2015G; IAU_2015dMiranda (2015) - SphereIAU_2015dIAU_2015dF9 IAU_2015Oberon (2015) - SphereIAU_2015IAU_2015G; IAU_2015Titania (2015) - SphereIAU_2015IAU_2015G; IAU_20158Umbriel (2015) - SphereIAU_20158IAU_20158E7 IAU_2015Ariel (2015) - SphereIAU_2015IAU_2015=' IAU_2015 Saturn (2015)IAU_2015 IAU_2015 F9 IAU_2015 Saturn (2015) - SphereIAU_2015 IAU_2015 G; IAU_2015Aegaeon (2015) - SphereIAU_2015IAU_2015E7 IAU_2015Anthe (2015) - SphereIAU_2015IAU_2015G; IAU_2015 Daphnis (2015) - SphereIAU_2015 IAU_2015 JA IAU_2015Polydeuces (2015) - SphereIAU_2015IAU_2015G; IAU_2015DPallene (2015) - SphereIAU_2015DIAU_2015DG; IAU_2015Methone (2015) - SphereIAU_2015IAU_2015C3 IAU_2015hPan (2015) - SphereIAU_2015hIAU_2015hG; IAU_2015Pandora (2015) - SphereIAU_2015IAU_2015JA IAU_2015Prometheus (2015) - SphereIAU_2015IAU_2015E7 IAU_2015!7IGNFREG3800001GLORIEUSES (MHG 1977)EPSGnEPSG":!/IGNFREG3790001EUROPA (MHM 1954)EPSGnEPSG"N!WIGNFREG3170301REUNION - PITON DES NEIGES (IGN 2008)EPSGnEPSG"N!WIGNFREG3170201REUNION - PITON DES NEIGES (IGN 1992)EPSGnEPSG"@!;IGNFREG0870001MOP88 (TIKEHAU) TUAMOTUEPSGEPSG";!1IGNFREG0340001MOP 1983 (MAUPITI)EPSGnEPSG"F!GIGNFREG0310001SAT84 (RURUTU) ILES AUSTRALESEPSGnEPSG"b!IGNFREG0300001IGN53 (IGN RAIATEA-TAHAA) RAIATEA-TAHAA-BORA BORA-HUAHINEEPSGnEPSG"@!;IGNFREG0290001MHPF70 (KAUEHI) TUAMOTUEPSGnEPSG"L!SIGNFREG0280001MOP90 (TETIAROA) ILES DE LA SOCIETEEPSGnEPSG"f!IGNFREG0270001MHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIEREPSGnEPSG"<!3IGNFREG0160001WALLIS-UVEA MOP1976EPSGnEPSG"<!3IGNFREG0150001ILE SAINT-PAUL 1969EPSGnEPSG";!1IGNFREG0140001ILE AMSTERDAM 1963EPSGnEPSG"?!9IGNFREG0130001CROZET-POSSESSION 1963EPSGnEPSG"C!AIGNFREG0120001PORT-MARTIN - PERROUD 1955EPSGnEPSG"A!=IGNFREG0110001CAP JULES - PERROUD 1955EPSGnEPSG"E!EIGNFREG0100001CAP BIENVENUE - PERROUD 1955EPSGnEPSG"B!?IGNFREG0060001KERGUELEN - K0 (IGN 1962)EPSGnEPSG"T9 #IAU_20158HGaspra (2015) - SphereIAU_20158HIAU_20158HCharax: 0.0O3 IAU_2015}mHIda (2015) - SphereIAU_2015}mHIAU_2015}mHAfon: 0.0a; ;IAU_2015 |Itokawa (2015) - SphereIAU_2015 |IAU_2015 |defined with W0=0: 0.0K= IAU_2015 "lToutatis (2015) - SphereIAU_2015 "lIAU_2015 "lS9 !IAU_2015 !Steins (2015) - SphereIAU_2015 !IAU_2015 !Topaz: 0.09 !IAU_2015 쉜Davida (2015) - SphereIAU_2015 쉜IAU_2015 쉜the long axis that points toward the Earth on 2002 December27 7.83 UT: 0.0Q# 3IAU_2015 k%Eros (2015)IAU_2015 k%IAU_2015 k$unnamed crater: 0.0Z5 3IAU_2015 k$Eros (2015) - SphereIAU_2015 k$IAU_2015 k$unnamed crater: 0.0K= IAU_2015 $Mathilde (2015) - SphereIAU_2015 $IAU_2015 $L? IAU_2015 `Kleopatra (2015) - SphereIAU_2015 `IAU_2015 `(? CIAU_2015 P52 Europa (2015) - SphereIAU_2015 PIAU_2015 Plong axis that pointed toward the Earth on 2007 May28 8.3125 UT (light-time corrected): 0.0; IAU_2015 4Lutetia (2015) - SphereIAU_2015 4IAU_2015 4Arbitrarily defined based on light curve information: 0.0I9 IAU_2015 @Psyche (2015) - SphereIAU_2015 @IAU_2015 @V7 )IAU_2015 ÐVesta (2015) - SphereIAU_2015 ÐIAU_2015 ÐClaudia: 146.0H% IAU_2015 eCeres (2015)IAU_2015 eIAU_2015 dKait: 0.0Q7 IAU_2015 dCeres (2015) - SphereIAU_2015 dIAU_2015 dKait: 0.0I9 IAU_2015 Wild 2 (2015) - SphereIAU_2015 IAU_2015 ́= /IAU_2015TTempel 1 (2015) - SphereIAU_2015TIAU_2015TA 350 m diameter unnamed circular feature near the Deep Impactor impact site: 0.0 ? IAU_2015Hartley 2 (2015) - SphereIAU_2015IAU_2015An isolated large mount on the waist near the large lobe: 0.0@' IAU_2015Halley (2015)IAU_2015IAU_2015I9 IAU_2015Halley (2015) - SphereIAU_2015IAU_2015zW QIAU_2015Churyumov-Gerasimenko (2015) - SphereIAU_2015IAU_2015a large boulder called Cheops: 0.0K= IAU_2015Borrelly (2015) - SphereIAU_2015IAU_2015b7 GIAU_2015) IAU_2015_-Neptune (2015)IAU_2015_-IAU_2015_,G; IAU_2015_,Neptune (2015) - SphereIAU_2015_,IAU_2015_,H; @!;IGNFREG3810001JUAN DE NOVA (MHM 1953)EPSGnEPSG" :CzB p 1 s 3 h ) i " W Cw.f Xs Fb$k/D-!!NKGDATUM_NKG_ETRF14NKG_ETRF14EPSGkEPSG"2021-03-01D-!!NKGDATUM_NKG_ETRF00NKG_ETRF00EPSGkEPSG"2016-03-16;!1IGNFREG7100001ST 84 ILE DES PINSEPSGnEPSG"4!#IGNFREG7090001ST 87 OUVEAEPSGvEPSG"L!SIGNFREG7080001NOUMEA 74 (TRIANGULATION DE NOUMEA)EPSGnEPSG"6!'IGNFREG7010001CADASTRE 1997EPSGnEPSG"=!5IGNFREG5980001MOP92 (ANAA) TUAMOTUEPSGvEPSG"T!cIGNFREG5970001IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISESEPSGnEPSG"M!UIGNFREG5960001MOP86 (APATAKI - RAPA - HAO) TUAMOTUEPSGnEPSG"@!;IGNFREG5940001SHM 1969 (ATOLL TUREIA)EPSGnEPSG"F!GIGNFREG5930001SHM 1947-1950 (ATOLL TIKEHAU)EPSGnEPSG"B!?IGNFREG5920001MHPF 1960 (ATOLL TIKEHAU)EPSGnEPSG"O!YIGNFREG5910001MHPF 1969 (ATOLLS TAKAROA ET TAKAPOTO)EPSGnEPSG"R!_IGNFREG5900001MHPF 1966-1968 (ATOLL RANGIROA OU RAIROA)EPSGnEPSG"M!UIGNFREG5890001MHPF 1959 (ATOLL RANGIROA OU RAIROA)EPSGnEPSG"L!SIGNFREG5880001MGT 1947 (ATOLL RANGIROA OU RAIROA)EPSGnEPSG"I!MIGNFREG5870001IGN 1978 (ATOLL MURUROA) TUAMOTUEPSGnEPSG"B!?IGNFREG5860001MHOI 1962 (ATOLL MURUROA)EPSGnEPSG"A!=IGNFREG5850001MGT 1951 (ATOLL MURUROA)EPSGnEPSG"B!?IGNFREG5840001MHPF 1959 (ATOLL MURUROA)EPSGnEPSG"E!EIGNFREG5830001SHM 1947-1950 (ATOLL MAKEMO)EPSGnEPSG"F!GIGNFREG5820001SHM 1947-1950 (ATOLL HIKUERU)EPSGnEPSG"A!=IGNFREG5810001SHM 1949 (ATOLL HARAIKI)EPSGnEPSG">!7IGNFREG5800001MHPF 1958 (ATOLL HAO)EPSGnEPSG"H!KIGNFREG5790001MHPF 1967 (ATOLLS HAO ET AMANU)EPSGnEPSG"=!5IGNFREG5780001MGT 1949 (ATOLL HAO)EPSGnEPSG"E!EIGNFREG5770001MHPF 1966 (ATOLL FANGATAUFA)EPSGnEPSG"G!IIGNFREG5760001MHPF 1965-2 (ATOLL FANGATAUFA)EPSGnEPSG"G!IIGNFREG5750001MHPF 1965-1 (ATOLL FANGATAUFA)EPSGnEPSG"E!EIGNFREG5740001MHPF 1964 (ATOLL FANGATAUFA)EPSGnEPSG"D!CIGNFREG5730001MGT 1950 (ATOLL FANGATAUFA)EPSGnEPSG"@!;IGNFREG5720001MOP84 (FANGATAUFA 1984)EPSGnEPSG"G!IIGNFREG5710001SHM 1947-1950 (ATOLL FAKARAVA)EPSGnEPSG"A!=IGNFREG5700001MGT 1948 (ATOLL APATAKI)EPSGnEPSG"@!;IGNFREG5690001FG 1949 (ATOLL APATAKI)EPSGnEPSG"F!GIGNFREG5680001CADASTRE 1980 (ATOLL APATAKI)EPSGnEPSG">!7IGNFREG5670001SHM 1947 (ATOLL ANAA)EPSGnEPSG"@!;IGNFREG5660001MHPF 1963 (ATOLL AMANU)EPSGnEPSG"?!9IGNFREG5650001NGT 1949 (ATOLL AMANU)EPSGnEPSG">!7IGNFREG5640001MHEFO 1955 (MOHOTANI)EPSGnEPSG"P![IGNFREG5630001IGN 1963 (HIVA OA - TAHUATA - MOHOTANI)EPSGnEPSG"<!3IGNFREG5620001MHPF 1967 (HIVA OA)EPSGnEPSG"<!3IGNFREG5610001MHPF 1960 (HIVA OA)EPSGnEPSG"?!9IGNFREG5600001MHEFO 1955 (FATU HUKU)EPSGnEPSG"7!)IGNFREG5590001MANGAREVA 1951EPSGnEPSG"J!OIGNFREG5580001MHPF 1969 (TUBUAI) ILES AUSTRALESEPSGnEPSG":!/IGNFREG5570001MGT 1955 (TUBUAI)EPSGnEPSG">!7IGNFREG5560001SEQ 1980 (ATOLL RAPA)EPSGnEPSG"@!;IGNFREG5550001MHEFO 1955 (ATOLL RAPA)EPSGnEPSG"C!AIGNFREG5540001MHPF 1966 (ATOLL RAIVAVAE)EPSGnEPSG"L!SIGNFREG5530001CADASTRE 1953-1954 (ATOLL RAIVAVAE)EPSGnEPSG"7!)IGNFREG5250001TANNA BLOC SUDEPSGnEPSG"A!=IGNFREG5060001CLIPPERTON (MARINE 1967)EPSGnEPSG"7!)IGNFREG5050001EFATE-IGN 1957EPSGnEPSG"N!WIGNFREG5040001NOUVELLE CALEDONIE - GOMEN TERME NORDEPSGnEPSG"B!?IGNFREG4260001GUADELOUPE - FORT MARIGOTEPSGnEPSG"<!3IGNFREG4070101CSG 1967 (IGN 1995)EPSGnEPSG"<!3IGNFREG3820001TROMELIN (SGM 1956)EPSGnEPSG" NW)v5 u G  j B "  Y  c B  S *u7~0h6~D]0^%N {@ ? U!EPSGDatum Altimetrico de Costa Rica 19521962-01-015 A!EPSGTaiwan Vertical Datum 20012001-01-01: K!EPSGMOMRA Vertical Geodetic Control1969-01-01A Y!EPSGSerbian Vertical Reference System 20122012-01-019 I!EPSGSlovenian Vertical System 20102010-10-10( '!EPSGHelsinki 19431943-01-01- 1!EPSGMacao Height Datum1980-01-015 UEPSGEPSG example wellbore vertical datum& #!EPSGBaltic 19571957-01-01< O!EPSGGreenland Vertical Reference 20162016-01-01< O!EPSGGreenland Vertical Reference 20002000-01-018 G!EPSGLandshaedarkerfi Islands 20042004-08-079 I!EPSGSt. Helena Vertical Datum 20152015-01-01@ W!EPSGSt. Helena Tritan Vertical Datum 20112011-01-01) )!EPSGJamestown 19711971-01-01, /!EPSGPort Moresby 20082008-01-01, /!EPSGPort Moresby 19961996-01-019 I!EPSGDeutsches Haupthoehennetz 20162016-01-01: K!EPSGNew Zealand Vertical Datum 20162016-06-27; M!EPSGOrdnance Datum Newlyn (Offshore)2016-01-015 A!EPSGLatvian Height System 20002005-07-019 I!EPSGDeutsches Haupthoehennetz 19121912-01-01! !EPSGKiunga1990-10-01# !EPSG~Kumul 342005-06-01 !EPSG}PNG082011-10-14) )!EPSG|Famagusta 19601960-01-01& #!EPSGzRas Ghumays1979-01-011 9!EPSGtSingapore Height Datum2009-01-01B [!EPSGkJapanese Geodetic Datum 2011 (vertical)2011-10-21B [!EPSGjJapanese Geodetic Datum 2000 (vertical)2002-04-01A Y!EPSGiJapanese Standard Levelling Datum 19721972-01-01M q!EPSGgCanadian Geodetic Vertical Datum of 2013 (CGG2013)2013-11-286 C!EPSGfGuam Vertical Datum of 20042009-01-01@ W!EPSGeAmerican Samoa Vertical Datum of 20022009-01-01@ W!EPSGdVirgin Islands Vertical Datum of 20092011-01-01= Q!EPSGcPuerto Rico Vertical Datum of 20022012-01-016 C!EPSGbGuam Vertical Datum of 19631963-01-019 I!EPSGaTutuila Vertical Datum of 19621962-01-01C ]!EPSG_Northern Marianas Vertical Datum of 20032009-01-01( '!EPSGVPonta Delgada1991-01-010 7!EPSGUCais da Vila do Porto1965-01-010 7!EPSGTSanta Cruz das Flores1965-01-01. 3!EPSGSCais da Figueirinha1951-01-011 9!EPSGRSanta Cruz da Graciosa1938-01-01+ -!EPSGQCais da Madalena1937-01-01 !EPSGPHorta1935-01-01) )!EPSGOCais das Velas1937-01-01' %!EPSGNCais da Vila1936-01-01+ -!EPSGMCais da Pontinha1913-01-01: K!EPSGKCayman Brac Vertical Datum 19611961-01-01< O!EPSGJLittle Cayman Vertical Datum 19611961-01-01; M!EPSGIGrand Cayman Vertical Datum 19541954-01-014 ;!EPSGHNorway Normal Null 20002000-01-01 !EPSGFHigh Water EPSGELow Water +EPSGDMean High Water )EPSGCMean Low Water' 9EPSGBMean Higher High Water% 5EPSGAMean Lower Low Water- EEPSG@Mean High Water Spring Tides, CEPSG?Mean Low Water Spring Tides2 OEPSG>Mean Lower Low Water Spring Tides( ;EPSG=Indian Spring Low Water- EEPSG S!EPSG7Fehmarnbelt Vertical Reference 20102010-01-01@ W!EPSG#Faroe Islands Vertical Reference 20092009-01-013 =!EPSGSri Lanka Vertical Datum1932-01-01% !!EPSGGenoa 19421942-01-01" !EPSGTrieste1875-01-015 A!EPSGKorean Vertical Datum 19641963-01-01- 1!EPSGDunedin-Bluff 19601960-01-01: K!EPSGNew Zealand Vertical Datum 20092009-09-14 !EPSGN20002000-01-01# !EPSGFao 19791979-01-01( '!EPSGEGM2008 geoid2008-01-01 J2m?" [ A (  j O 6 } >  \ # W / 'Qy` `'j9#n5 S0 0 7!EPSGOrdnance Datum Newlyn1956-01-01 )EPSGMean Sea Level+ -!EPSGIGN 2023 Mayotte2025-03-147 E!EPSGSvalbard vertical datum 20242025-01-010 KEPSGLondon Survey Grid height datumT !EPSGDerived California Orthometric Heights of 1988 epoch 20252025-06-153 =!EPSGAsse vertical datum 20252025-01-01' 9EPSGvBonaire Vertical Datum8 G!EPSGsSint Eustatius Vertical Datum2023-04-056 C!EPSGnBaltic Sea Chart Datum 20002023-11-01B [!EPSGlGreenland Lowest Astronomic Tide (2023)2024-06-04: K!EPSGkGreenland Mean Sea Level (2023)2024-06-18j %!EPSGhCanadian Geodetic Vertical Datum of 1928 (Height Transformation version 2.0)2001-08-15. 3!EPSGeSaba Vertical Datum2023-04-05@ W!EPSGbGreenland Local Mean Sea Level (2022)2022-01-01: OEPSGaDenmark Lowest Astronomical Tide ?0 ;EPSG`Denmark Mean Sea Level ?@ W!EPSG_Denmark Lowest Astronomic Tide (2023)2024-01-018 G!EPSG^Denmark Mean Sea Level (2023)2024-01-01B [!EPSG]Denmark Lowest Astronomical Tide (2022)2022-01-018 G!EPSG\Denmark Mean Sea Level (2022)2022-01-01? YEPSG[Dansk Vertikal Reference 1990 ensemble?? U!EPSGZDansk Vertikal Reference 1990 (2023)2023-01-01? U!EPSGYDansk Vertikal Reference 1990 (2013)2013-01-01? U!EPSGXDansk Vertikal Reference 1990 (2002)2002-01-01 EPSGTMelilla EPSGSAlboran !EPSGRFormentera& 7EPSGQChart Datum Portugal @ W!EPSGJNivellement General de l'Algerie 20222022-11-30: K!EPSG3Chart Datum UK & Ireland VORF082008-01-01= Q!EPSG2Mean Sea Level UK & Ireland VORF082008-01-01: K!EPSG0Indonesian Geoid 2020 version 22022-06-01\  !EPSG.Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 19972019-02-01\  !EPSG-Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 20022019-02-017 E!EPSG+Svalbard vertical datum 20062006-01-01& #!EPSG&GNTRANS20162016-01-01" !EPSG$GNTRANS2003-01-01( '!EPSGCagliari 19561956-01-01' %!EPSGCatania 19651965-01-017 E!EPSGNational Vertical Datum 19921994-01-014 SEPSGLocal Tidal Datum at Pago Pago 2020& 7EPSGNorwegian Chart Datum7 E!EPSGBulgarian Height System 20052005-07-018 G!EPSGLithuanian Height System 20072005-07-016 C!EPSGEstonian Height System 20002005-07-01H g!EPSGEuropean Vertical Reference Frame 2007 Poland2019-01-01& #!EPSGBaltic 19861986-01-01: K!EPSGIndonesian Geoid 2020 version 12020-06-01> S!EPSG Australian Vertical Working Surface2020-07-145 UEPSG Lowest Astronomical Tide Netherlands6 GEPSGBritish Isles height ensemble?ٙK m!EPSGEuropean Vertical Reference Frame 2019 mean tide2020-09-01 EPSGCeuta 2 EPSGEl Hierro EPSGLa Palma EPSGLa Gomera EPSGTenerife %EPSGGran Canaria 'EPSGFuerteventura EPSGLanzarote EPSGIbiza EPSGMenorca EPSGMallorcaA Y!EPSGEuropean Vertical Reference Frame 20192020-09-01+ AEPSGMean Sea Level NetherlandsX !EPSGKingdom of Saudi Arabia Vertical Reference Frame Jeddah 20142014-10-01 #EPSGWiener Null- EEPSGHS2 Vertical Reference Frame< O!EPSGSouth Africa Land Levelling Datum2010-05-11? iEPSGEuropean Vertical Reference Frame 2000 AustriaG e!EPSGSistema de Referencia Vertical Nacional 20162016-01-01\  !EPSGCanadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 20102015-12-05I i!EPSGNivellement General de Nouvelle Caledonie 20082008-01-01'#!EPSGIGN 2008 LD2008-01-01 ZlE(x: r @ p X  q ?  ~ \ 7  U :  hM4R']4 d=YS0I"C* +!EPSGIGuadeloupe 19511951-01-01' %!EPSGGMayotte 19501950-01-01& #!EPSGFDanger 19501950-01-01? U!EPSGENivellement General de la Corse 19481948-01-011 9!EPSGDKOC Construction Datum1952-01-01) )!EPSGCKOC Well Datum1937-01-01 !EPSGBKuwait PWD& #!EPSGABaltic 19801980-01-01& #!EPSG@Baltic 19821982-01-01= Q!EPSG?Staatlichen Nivellementnetzes 19761976-01-019 I!EPSG>Deutsches Haupthoehennetz 19851985-01-019 I!EPSG=Deutsches Haupthoehennetz 19921992-01-01 EPSGL\#I ~26Kt+II =QESRIfrom_geogdatum_EPSG_1155World_Geodetic_System_1984_(G1674)I =QESRIfrom_geogdatum_EPSG_1154World_Geodetic_System_1984_(G1150)H =OESRIfrom_geogdatum_EPSG_1153World_Geodetic_System_1984_(G873)H =OESRIfrom_geogdatum_EPSG_1152World_Geodetic_System_1984_(G730)H =OESRIfrom_geogdatum_EPSG_1147Oman_National_Geodetic_Datum_2014D =GESRIfrom_geogdatum_EPSG_1144IG05(2012)_Intermediate_Datum> =;ESRIfrom_geogdatum_EPSG_1142IG05_Intermediate_Datum, =ESRIfrom_geogdatum_EPSG_1141IGS08E =IESRIfrom_geogdatum_EPSG_1132D_Rete_Dinamica_Nazionale_20088 =/ESRIfrom_geogdatum_EPSG_1120D_Mexico_ITRF2008H =OESRIfrom_geogdatum_EPSG_1115Israeli_Geodetic_Datum_2005(2012)A =AESRIfrom_geogdatum_EPSG_1114Israel_Geodetic_Datum_2005p =ESRIfrom_geogdatum_EPSG_1113D_Reseau_Geodesique_des_Terres_Australes_et_Antarctiques_Francaises_2007K =UESRIfrom_geogdatum_EPSG_1100D_Cayman_Islands_Geodetic_Datum_2011B =CESRIfrom_geogdatum_EPSG_1095D_Tonga_Geodetic_Datum_2005G =MESRIfrom_geogdatum_EPSG_1081D_Deutsche_Bahn_Reference_System? ==ESRIfrom_geogdatum_EPSG_1078D_Fehmarnbelt_Datum_20105 =)ESRIfrom_geogdatum_EPSG_1077D_Ukraine_2000M =YESRIfrom_geogdatum_EPSG_1076D_Papua_New_Guinea_Geodetic_Datum_1994U =iESRIfrom_geogdatum_EPSG_1073Reseau_Geodesique_des_Antilles_Francaises_20098 =/ESRIfrom_geogdatum_EPSG_1069D_SIRGAS_ES2007.85 =)ESRIfrom_geogdatum_EPSG_1068D_SIRGAS-ROU98/ =ESRIfrom_geogdatum_EPSG_1067D_Peru96< =7ESRIfrom_geogdatum_EPSG_1066D_SGNP_MARCARIO_SOLISL =WESRIfrom_geogdatum_EPSG_1064SIRGAS-Chile_realization_1_epoch_2002A =AESRIfrom_geogdatum_EPSG_1063D_Marco_Geodesico_Nacional4 ='ESRIfrom_geogdatum_EPSG_1062D_POSGAR_20072 =#ESRIfrom_geogdatum_EPSG_1061D_ITRF_2008G =MESRIfrom_geogdatum_EPSG_1058D_Bhutan_National_Geodetic_DatumI =QESRIfrom_geogdatum_EPSG_1057D_Turkish_National_Reference_Frame= =9ESRIfrom_geogdatum_EPSG_1053D_Sri_Lanka_Datum_19992 =#ESRIfrom_geogdatum_EPSG_1052D_S_JTSK_052 =#ESRIfrom_geogdatum_EPSG_1047D_RRAF_1991$ 1 ESRINDunedin_Bluff_1960  ESRIMN20001 K ESRILNew_Zealand_Vertical_Datum_2009  ESRIKFao_1979 ' ESRIJEGM2008_Geoid3 OESRIUnknown_height_system_(Intl_feet)8 YESRIUnknown_height_system_(US_survey_feet)0 IESRIUnknown_height_system_(meters)7 WESRIJapanese_Geodetic_Datum_2024_vertical) ;ESRIHellenic_Vertical_Datum' 7ESRIQatari_Vertical_Datum' 7ESRIMean_Sea_Level_Hawaii/ G ESRILithuanian_Height_System_2007> eESRIRed_Espanola_de_Nivelacion_de_Alta_Precision( 9 ESRIRikets_Hojdsystem_2000 )ESRIWGS_1984_GeoidA Y!EPSG_European Vertical Reference Frame 20072008-01-01& #!EPSG^IGN 1988 SM1988-01-01& #!EPSG]IGN 1988 SB1988-01-01& #!EPSG\IGN 1992 LD1992-01-01& #!EPSG[IGN 1988 MG1988-01-01& #!EPSGZIGN 1988 LS1988-01-011 9!EPSGYRikets hojdsystem 19001900-01-013 9!EPSGXRikets hojdsystem 20002000-01-01A Y!EPSGWCroatian Vertical Reference Datum 19711971-01-01? U!EPSGVDansk Vertikal Reference 1990 (2000)2000-01-01? U!EPSGUInternational Great Lakes Datum 19851985-01-01? U!EPSGTInternational Great Lakes Datum 19551955-01-01& #!EPSGSEGM84 geoid1987-01-01- 1!EPSGRBora Bora SAU 20012001-01-01) )!EPSGQTahaa SAU 20012001-01-01+ -!EPSGPHuahine SAU 20012001-01-01+ -!EPSGOMaupiti SAU 20012001-01-01+ -!EPSGNRaiatea SAU 20012001-01-01* +!EPSGMMoorea SAU 19811981-01-01# !EPSGLIGN 19661966-01-01; aEPSGKNivellement General de Polynesie Francaise&!!EPSGJLagos 19551955-01-01 34M P ] j  g  h i2VfNLJHFU =iESRIfrom_geogdatum_EPSG_1240SIRGAS_Continuously_Operating_Network_SIR14P01U =iESRIfrom_geogdatum_EPSG_1239SIRGAS_Continuously_Operating_Network_SIR13P01U =iESRIfrom_geogdatum_EPSG_1238SIRGAS_Continuously_Operating_Network_SIR11P01U =iESRIfrom_geogdatum_EPSG_1237SIRGAS_Continuously_Operating_Network_SIR10P01U =iESRIfrom_geogdatum_EPSG_1236SIRGAS_Continuously_Operating_Network_SIR09P01U =iESRIfrom_geogdatum_EPSG_1235SIRGAS_Continuously_Operating_Network_DGF08P01U =iESRIfrom_geogdatum_EPSG_1234SIRGAS_Continuously_Operating_Network_DGF07P01U =iESRIfrom_geogdatum_EPSG_1233SIRGAS_Continuously_Operating_Network_DGF06P01U =iESRIfrom_geogdatum_EPSG_1232SIRGAS_Continuously_Operating_Network_DGF05P01U =iESRIfrom_geogdatum_EPSG_1231SIRGAS_Continuously_Operating_Network_DGF04P01U =iESRIfrom_geogdatum_EPSG_1230SIRGAS_Continuously_Operating_Network_DGF02P01U =iESRIfrom_geogdatum_EPSG_1229SIRGAS_Continuously_Operating_Network_DGF01P02U =iESRIfrom_geogdatum_EPSG_1228SIRGAS_Continuously_Operating_Network_DGF01P01U =iESRIfrom_geogdatum_EPSG_1227SIRGAS_Continuously_Operating_Network_DGF00P010 =ESRIfrom_geogdatum_EPSG_1225CR-SIRGASQ =aESRIfrom_geogdatum_EPSG_1223Reseau_Geodesique_de_Wallis_et_Futuna_1996F =KESRIfrom_geogdatum_EPSG_1220Reference_System_de_Angola_2013M =YESRIfrom_geogdatum_EPSG_1218MOMRA_Terrestrial_Reference_Frame_2000L =WESRIfrom_geogdatum_EPSG_1214Serbian_Spatial_Reference_System_2000[ =uESRIfrom_geogdatum_EPSG_1212NAD_1983_(High_Accuracy_Reference_Network-Corrected)F =KESRIfrom_geogdatum_EPSG_1211NAD_1983_(Federal_Base_Network)9 =1ESRIfrom_geogdatum_EPSG_1209Hong_Kong_GeodeticP =_ESRIfrom_geogdatum_EPSG_1206European_Terrestrial_Reference_Frame_2014P =_ESRIfrom_geogdatum_EPSG_1204European_Terrestrial_Reference_Frame_20056 =+ESRIfrom_geogdatum_EPSG_1201S-JTSK_[JTSK03]T =gESRIfrom_geogdatum_EPSG_1198North_American_Datum_of_1983_(CSRS)_version_7T =gESRIfrom_geogdatum_EPSG_1197North_American_Datum_of_1983_(CSRS)_version_6T =gESRIfrom_geogdatum_EPSG_1196North_American_Datum_of_1983_(CSRS)_version_5T =gESRIfrom_geogdatum_EPSG_1195North_American_Datum_of_1983_(CSRS)_version_4T =gESRIfrom_geogdatum_EPSG_1194North_American_Datum_of_1983_(CSRS)_version_3T =gESRIfrom_geogdatum_EPSG_1193North_American_Datum_of_1983_(CSRS)_version_2L =WESRIfrom_geogdatum_EPSG_1192North_American_Datum_of_1983_(CSRS96), =ESRIfrom_geogdatum_EPSG_1191IGS147 =-ESRIfrom_geogdatum_EPSG_1187Islands_Net_2016P =_ESRIfrom_geogdatum_EPSG_1186European_Terrestrial_Reference_Frame_2000P =_ESRIfrom_geogdatum_EPSG_1185European_Terrestrial_Reference_Frame_1997P =_ESRIfrom_geogdatum_EPSG_1184European_Terrestrial_Reference_Frame_1996P =_ESRIfrom_geogdatum_EPSG_1183European_Terrestrial_Reference_Frame_1994P =_ESRIfrom_geogdatum_EPSG_1182European_Terrestrial_Reference_Frame_1993P =_ESRIfrom_geogdatum_EPSG_1181European_Terrestrial_Reference_Frame_1992P =_ESRIfrom_geogdatum_EPSG_1180European_Terrestrial_Reference_Frame_1991P =_ESRIfrom_geogdatum_EPSG_1179European_Terrestrial_Reference_Frame_1990D =GESRIfrom_geogdatum_EPSG_1174St_Helena_Geodetic_Datum_20157 =-ESRIfrom_geogdatum_EPSG_1173St_Helena_Tritan. =ESRIfrom_geogdatum_EPSG_1168GDA2020D =GESRIfrom_geogdatum_EPSG_1167Bulgaria_Geodetic_System_2005K =UESRIfrom_geogdatum_EPSG_1166World_Geodetic_System_1984_(Transit)U =iESRIfrom_geogdatum_EPSG_1165International_Terrestrial_Reference_Frame_2014M =YESRIfrom_geogdatum_EPSG_1159Geodezicheskaya_Sistema_Koordinat_2011> =;ESRIfrom_geogdatum_EPSG_1158Parametry_Zemli_1990.11> =;ESRIfrom_geogdatum_EPSG_1157Parametry_Zemli_1990.02 ;TS& H k  T  1 b < vJ{.C? Ib17 =-ESRIfrom_geogdatum_EPSG_6163D_Yemen_NGN_1996A =AESRIfrom_geogdatum_EPSG_6152D_North_American_1983_HARN7 =-ESRIfrom_geogdatum_EPSG_6151D_Swiss_TRF_19950 =ESRIfrom_geogdatum_EPSG_6150D_CH1903+< =7ESRIfrom_geogdatum_EPSG_6148D_Hartebeesthoek_1994A =AESRIfrom_geogdatum_EPSG_6140D_North_American_1983_CSRS/ =ESRIfrom_geogdatum_EPSG_6130D_Moznet7 =-ESRIfrom_geogdatum_EPSG_6126D_Lithuania_1994H =OESRIfrom_geogdatum_EPSG_1421Greenland_Reference_1996_ensembleF =KESRIfrom_geogdatum_EPSG_1420Greenland_Reference_1996_(1996)F =KESRIfrom_geogdatum_EPSG_1419Greenland_Reference_1996_(2021)d =ESRIfrom_geogdatum_EPSG_1418California_Spatial_Reference_Network_epoch_2025.0_(ITRF2020)R =cESRIfrom_geogdatum_EPSG_1417Kazakhstan_Terrestrial_Reference_Frame_2023f = ESRIfrom_geogdatum_EPSG_1414California_Spatial_Reference_Network_epoch_2025.0_(NAD83_2011)F =KESRIfrom_geogdatum_EPSG_1401Uganda_Geodetic_Reference_Frame, =ESRIfrom_geogdatum_EPSG_1400IGb20[ =uESRIfrom_geogdatum_EPSG_1399International_Terrestrial_Reference_Frame_2020-u20233 =%ESRIfrom_geogdatum_EPSG_1397Bonaire_2004= =9ESRIfrom_geogdatum_EPSG_1394BES2020_Sint_Eustatius5 =)ESRIfrom_geogdatum_EPSG_1393Sint_EustatiusE =IESRIfrom_geogdatum_EPSG_1392Uzbekistan_Geodetic_Datum_20240 =ESRIfrom_geogdatum_EPSG_1391EUREF-FINL =WESRIfrom_geogdatum_EPSG_1389Mayotte_Geodetic_Reference_Frame_2023I =QESRIfrom_geogdatum_EPSG_1383World_Geodetic_System_1984_(G2296)P =_ESRIfrom_geogdatum_EPSG_1382European_Terrestrial_Reference_Frame_20203 =%ESRIfrom_geogdatum_EPSG_1380BES2020_Saba+ =ESRIfrom_geogdatum_EPSG_1379Saba? ==ESRIfrom_geogdatum_EPSG_1367Brenner_Base_Tunnel_2000T =gESRIfrom_geogdatum_EPSG_1365North_American_Datum_of_1983_(CSRS)_version_80 =ESRIfrom_geogdatum_EPSG_1358BH_ETRS89S =eESRIfrom_geogdatum_EPSG_1357Reseau_Geodesique_de_Nouvelle_Caledonie_2015E =IESRIfrom_geogdatum_EPSG_1356Latvian_coordinate_system_2020E =IESRIfrom_geogdatum_EPSG_1355Sonatrach_Reference_Frame_2020E =IESRIfrom_geogdatum_EPSG_1353ETRS89_DREF91_Realization_2016, =ESRIfrom_geogdatum_EPSG_1333IGS20T =gESRIfrom_geogdatum_EPSG_1329Marco_Geocentrico_Nacional_de_Referencia_2018L =WESRIfrom_geogdatum_EPSG_1327SIRGAS-Chile_realization_5_epoch_2021U =iESRIfrom_geogdatum_EPSG_1322International_Terrestrial_Reference_Frame_2020J =SESRIfrom_geogdatum_EPSG_1313Reseau_Geodesique_Francais_1993_v2bI =QESRIfrom_geogdatum_EPSG_1312Reseau_Geodesique_Francais_1993_v27 =-ESRIfrom_geogdatum_EPSG_1309WGS_1984_(G2139)6 =+ESRIfrom_geogdatum_EPSG_1305ETRF2000_PolandJ =SESRIfrom_geogdatum_EPSG_1304Red_Geodesica_Para_Mineria_en_ChileB =CESRIfrom_geogdatum_EPSG_1295Lyon_Turin_Ferroviaire_2004Q =aESRIfrom_geogdatum_EPSG_1293Sistem_Referensi_Geospasial_Indonesia_2013R =cESRIfrom_geogdatum_EPSG_1291Australian_Terrestrial_Reference_Frame_2014, =ESRIfrom_geogdatum_EPSG_1272IGb14\ =wESRIfrom_geogdatum_EPSG_1268Kingdom_of_Saudi_Arabia_Geodetic_Reference_Frame_2017L =WESRIfrom_geogdatum_EPSG_1253SIRGAS-Chile_realization_4_epoch_2016L =WESRIfrom_geogdatum_EPSG_1252SIRGAS-Chile_realization_3_epoch_2013C =EESRIfrom_geogdatum_EPSG_1251Kosovo_Reference_System_2001, =ESRIfrom_geogdatum_EPSG_1248IGb08, =ESRIfrom_geogdatum_EPSG_1247IGS05, =ESRIfrom_geogdatum_EPSG_1246IGb00, =ESRIfrom_geogdatum_EPSG_1245IGS00, =ESRIfrom_geogdatum_EPSG_1244IGS97L =WESRIfrom_geogdatum_EPSG_1243SIRGAS-Chile_realization_2_epoch_2010U =iESRIfrom_geogdatum_EPSG_1242SIRGAS_Continuously_Operating_Network_SIR17P01&iESRIfrom_geogdatum_EPSG_12/ =ESRIfrom_geogdatum_EPSG_6170D_SIRGAS BUj7 i 4  k 8  l 9  m : ` .tn0aEXP|HW: A/ ESRIfrom_geogdatum_ESRI_106244D_Costa_Rica_20051 A ESRIfrom_geogdatum_ESRI_106236D_PTRA08P A[ ESRIfrom_geogdatum_ESRI_106225D_Cyprus_Geodetic_Reference_System_1993: A/ ESRIfrom_geogdatum_ESRI_106223D_NAD_1983_CORS96: A/ ESRIfrom_geogdatum_ESRI_106210D_NAD_1983_MARP00: A/ ESRIfrom_geogdatum_ESRI_106209D_NAD_1983_PACP00? A9 ESRIfrom_geogdatum_ESRI_106144D_Islands_Network_20043 A! ESRIfrom_geogdatum_ESRI_106100D_GDBD2009S AaESRIfrom_geogdatum_ESRI_106048Hellenic_Terrestrial_Reference_System_2007J AO ESRIfrom_geogdatum_ESRI_106027Oman_National_Geodetic_Datum_20174 A#ESRIfrom_geogdatum_ESRI_106022PAL-GRF2023E AEESRIfrom_geogdatum_ESRI_106021Japanese_Geodetic_Datum_20243 A! ESRIfrom_geogdatum_ESRI_106020D_JGD_2011M AUESRIfrom_geogdatum_ESRI_106012California_SRS_Epoch_2017.50_(NAD83)? A9 ESRIfrom_geogdatum_ESRI_106010Georgia_Geodetic_Datum? A9 ESRIfrom_geogdatum_ESRI_106009D_Kyrgyz_Republic_20063 A! ESRIfrom_geogdatum_ESRI_106001D_WGS_19662 =#ESRIfrom_geogdatum_EPSG_6896D_ITRF_2005E =IESRIfrom_geogdatum_EPSG_6765D_Slovenia_Geodetic_Datum_1996L =WESRIfrom_geogdatum_EPSG_6764D_Ross_Sea_Region_Geodetic_Datum_2000N =[ESRIfrom_geogdatum_EPSG_6761D_Croatian_Terrestrial_Reference_System: =3ESRIfrom_geogdatum_EPSG_6759D_NAD_1983_NSRS2007D =GESRIfrom_geogdatum_EPSG_6755D_Datum_Geodesi_Nasional_1995C =EESRIfrom_geogdatum_EPSG_6754D_Libyan_Geodetic_Datum_2006X =oESRIfrom_geogdatum_EPSG_6749D_Reseau_Geodesique_de_Nouvelle_Caledonie_1991-931 =!ESRIfrom_geogdatum_EPSG_6742D_GDM_2000= =9ESRIfrom_geogdatum_EPSG_6740D_Parametrop_Zemp_1990B =CESRIfrom_geogdatum_EPSG_6737D_Korea_Geodetic_Datum_20028 =/ESRIfrom_geogdatum_EPSG_6702D_Mauritania_19994 ='ESRIfrom_geogdatum_EPSG_6694D_POSGAR_1994T =gESRIfrom_geogdatum_EPSG_6687D_Reseau_Geodesique_de_la_Polynesie_Francaise. =ESRIfrom_geogdatum_EPSG_6686D_MAGNAI =QESRIfrom_geogdatum_EPSG_6683D_Philippine_Reference_System_1992@ =?ESRIfrom_geogdatum_EPSG_6678D_Lao_National_Datum_19971 =!ESRIfrom_geogdatum_EPSG_6677D_Lao_19934 ='ESRIfrom_geogdatum_EPSG_6674D_SIRGAS_20001 =!ESRIfrom_geogdatum_EPSG_6670D_IGM_19954 ='ESRIfrom_geogdatum_EPSG_6661D_Latvia_1992= =9ESRIfrom_geogdatum_EPSG_6659D_Islands_Network_19932 =#ESRIfrom_geogdatum_EPSG_6656D_ITRF_20002 =#ESRIfrom_geogdatum_EPSG_6655D_ITRF_19972 =#ESRIfrom_geogdatum_EPSG_6654D_ITRF_19962 =#ESRIfrom_geogdatum_EPSG_6653D_ITRF_19942 =#ESRIfrom_geogdatum_EPSG_6652D_ITRF_19932 =#ESRIfrom_geogdatum_EPSG_6651D_ITRF_19922 =#ESRIfrom_geogdatum_EPSG_6650D_ITRF_19912 =#ESRIfrom_geogdatum_EPSG_6649D_ITRF_19902 =#ESRIfrom_geogdatum_EPSG_6648D_ITRF_19892 =#ESRIfrom_geogdatum_EPSG_6647D_ITRF_19882 =#ESRIfrom_geogdatum_EPSG_6645D_RGNC_19911 =!ESRIfrom_geogdatum_EPSG_6627D_RGR_19922 =#ESRIfrom_geogdatum_EPSG_6624D_RGFG_19951 =!ESRIfrom_geogdatum_EPSG_6619D_SWEREF991 =!ESRIfrom_geogdatum_EPSG_6326D_WGS_19844 ='ESRIfrom_geogdatum_EPSG_6324D_WGS_1972_BE1 =!ESRIfrom_geogdatum_EPSG_6322D_WGS_1972, =ESRIfrom_geogdatum_EPSG_6312D_MGI1 =!ESRIfrom_geogdatum_EPSG_6283D_GDA_1994< =7ESRIfrom_geogdatum_EPSG_6269D_North_American_19832 =#ESRIfrom_geogdatum_EPSG_6258D_ETRS_19898 =/ESRIfrom_geogdatum_EPSG_6203D_Australian_19848 =/ESRIfrom_geogdatum_EPSG_6202D_Australian_19664 ='ESRIfrom_geogdatum_EPSG_6190D_POSGAR_1998C =EESRIfrom_geogdatum_EPSG_6181D_Luxembourg_Reference_Frame5 =)ESRIfrom_geogdatum_EPSG_6180D_Estonia_1997B =CESRIfrom_geogdatum_EPSG_6176D_Australian_Antarctic_19981 =!ESRIfrom_geogdatum_EPSG_6173D_IRENET95 <&['T v =  y D d _ <  u 8o1W$r3bb&m&F oIGNFREA125EVRF2007 (EUROPEAN VERTICAL REFERENCE FRAME 2007)M }IGNFREA122EVRF2000 (UELN-95/98)(EUROPEAN VERTICAL REFERENCE FRAME)I uIGNFREA109NORMAL NULL (NIVELLEMENT GENERAL DU LUXEMBOURG NG-L) #IGNFREA054NGWF FUTUNA; YIGNFREA053IGN 2008 LD (GUADELOUPE / LA DESIRADE)" 'IGNFREA052BORA_SAU 2001% -IGNFREA051HUAHINE_SAU 2001# )IGNFREA050TAHAA_SAU 2001% -IGNFREA049RAIATEA_SAU 2001% -IGNFREA047MAUPITI_SAU 2001F oIGNFREA042SHOM 1977 (ILES GLORIEUSES - CANAL DE MOZAMBIQUE)+ 9IGNFREA041NGWF WALLIS (MOP 1996)( 3IGNFREA038SHOM 1953 (MAYOTTE); YIGNFREA037IGN 1992 LD (GUADELOUPE / LA DESIRADE)? aIGNFREA036NIVELLEMENT GENERAL DE LIFOU (IGN 1991 LF)> _IGNFREA035NIVELLEMENT GENERAL DE MARE (IGN 1991 MR)/ AIGNFREA034EPF 1952 (ILE DES PETRELS)' 1IGNFREA033IGN 1989 (REUNION)2 GIGNFREA029MOOREA 1981 (MOOREA_SAU 2001)& /IGNFREA028IGN 1966 (TAHITI)2 GIGNFREA027IGN 1984 (ILE UVEA OU WALLIS)) 5IGNFREA026IGN 1962 (KERGUELEN)- =IGNFREA020SHOM 1978 (ILE DES PINS)E mIGNFREA019NIVELLEMENT GENERAL DE NOUVELLE-CALEDONIE (NGNC); YIGNFREA018DANGER 1950 (SAINT-PIERRE-ET-MIQUELON)= ]IGNFREA016NIVELLEMENT GENERAL DE GUYANE (NGG) 1977* 7IGNFREA014IGN 1987 (MARTINIQUE)@ cIGNFREA012IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)! %IGNFREA011NGF-IGN 1978: WIGNFREA010NIVELLEMENT GENERAL DE LA CORSE (NGC)< [IGNFREA009IGN 1988 SM (GUADELOUPE / SAINT-MARTIN); YIGNFREA008IGN 1988 LS (GUADELOUPE / LES SAINTES)= ]IGNFREA007IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)* 7IGNFREA006IGN 1988 (GUADELOUPE)! %IGNFREA003NGF-IGN 1969" 'IGNFREA002NGF-LALLEMAND# )IGNFREA001NGF-BOURDALOUE8 A+ ESRIfrom_geogdatum_ESRI_106999D_Cadastre_1997L AS ESRIfrom_geogdatum_ESRI_106998D_Reseau_Geodesique_de_Mayotte_2004Z Ao ESRIfrom_geogdatum_ESRI_106997D_Reseau_Geodesique_de_St_Pierre_et_Miquelon_2006I AM ESRIfrom_geogdatum_ESRI_106996D_Red_Geodesica_de_Canarias_1995I AM ESRIfrom_geogdatum_ESRI_106995D_Serbian_Reference_Network_1998K AQ ESRIfrom_geogdatum_ESRI_106994D_Reseau_Geodesique_de_la_RDC_20054 A# ESRIfrom_geogdatum_ESRI_106993D_MOLDREF99L AS ESRIfrom_geogdatum_ESRI_106991D_Iraqi_Geospatial_Reference_System@ A; ESRIfrom_geogdatum_ESRI_106984D_Mexican_Datum_of_19935 A% ESRIfrom_geogdatum_ESRI_106980D_China_20008 A+ ESRIfrom_geogdatum_ESRI_106287D_NAD_1983_PA118 A+ ESRIfrom_geogdatum_ESRI_106286D_NAD_1983_MA118 A+ ESRIfrom_geogdatum_ESRI_106285D_NAD_1983_20113 A! ESRIfrom_geogdatum_ESRI_106282D_TWD_19977 A) ESRIfrom_geogdatum_ESRI_106280D_Jamaica_20017 A) ESRIfrom_geogdatum_ESRI_106271D_Bermuda_20003 A! ESRIfrom_geogdatum_ESRI_106268D_JGD_20001 A ESRIfrom_geogdatum_ESRI_106267D_REGVEN4 A# ESRIfrom_geogdatum_ESRI_106265D_NZGD_20003 A! ESRIfrom_geogdatum_ESRI_106264D_RGF_19934 A# ESRIfrom_geogdatum_ESRI_106258D_ETRF_19899 A- ESRIfrom_geogdatum_ESRI_106256D_Nepal_Nagarkot5 A% ESRIfrom_geogdatum_ESRI_106248D_MACAO_2008 PW.X/ Y 0  x @ ~ > V p G qGrHZ'Lp:^&Jn;7 1EPSGSGeodetic longitudeLongeastEPSGEPSG#5 / EPSGRGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGQEllipsoidal heighthupEPSG EPSG#)7 1EPSGPGeodetic longitudeLongeastEPSG EPSG#5 / EPSGOGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGNGeodetic longitudeLongeastEPSG EPSG#5 / EPSGMGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGLGeodetic longitudeLongeastEPSG EPSG#5 / EPSGKGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGJGeodetic longitudeLongeastEPSG EPSG#5 / EPSGIGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGHGeodetic longitudeLongeastEPSG EPSG#5 / EPSGGGeodetic latitudeLatnorthEPSG EPSG#7 1EPSGFGeodetic longitudeLongeastEPSGEPSG#5 / EPSGEGeodetic latitudeLatnorthEPSGEPSG#7 1EPSGDGeodetic longitudeLongeastEPSGEPSG#5 / EPSGCGeodetic latitudeLatnorthEPSGEPSG#7 1EPSGBGeodetic longitudeLongeastEPSGEPSG#5 / EPSGAGeodetic latitudeLatnorthEPSGEPSG#7 1EPSG@Geodetic longitudeLongeastEPSGEPSG#5 / EPSG?Geodetic latitudeLatnorthEPSGEPSG#6 1EPSG;Geodetic longitudeLoneastEPSGEPSG#5 / EPSG:Geodetic latitudeLatnorthEPSGEPSG#7 1EPSG9Geodetic longitudeLongeastEPSGEPSG#5 / EPSG8Geodetic latitudeLatnorthEPSGEPSG#2 1EPSG7Ellipsoidal heighthupEPSGEPSG#)7 1EPSG6Geodetic longitudeLongeastEPSGEPSG#5 / EPSG5Geodetic latitudeLatnorthEPSGEPSG#*  EPSG4NorthingYnorthEPSGEPSG#)) EPSG3EastingXeastEPSGEPSG#)*  EPSG2NorthingxnorthEPSGEPSG#)) EPSG1EastingyeastEPSGEPSG#)*  EPSG0NorthingXnorthEPSGEPSG#)) EPSG/EastingYeastEPSGEPSG#)) EPSG.WestingEwestEPSGEPSG#)*  EPSG-NorthingNnorthEPSGEPSG#)*  EPSG,NorthingNnorthEPSGEPSG#)) EPSG+EastingEeastEPSGEPSG#)+ EPSG*NorthingYnorthEPSGEPSG#)(  EPSG)EastingXeastEPSGEPSG#)+ EPSG(NorthingXnorthEPSGEPSG#)(  EPSG'EastingYeastEPSGEPSG#)+ EPSG&NorthingYnorthEPSGEPSG#+(  EPSG%EastingXeastEPSGEPSG#+. EPSG$NorthingN(Y)northEPSGEPSG#)+  EPSG#EastingE(X)eastEPSGEPSG#)+ EPSG"NorthingYnorthEPSGEPSG#*(  EPSG!EastingXeastEPSGEPSG#*5 - EPSG NorthingNNorth along 0°EEPSGEPSG#)6 /EPSGEastingENorth along 90°EEPSGEPSG#)7 1 EPSGNorthingNSouth along 180°EEPSGEPSG#)6 /EPSGEastingESouth along 90°EEPSGEPSG#)A /1EPSGSecond local axisYNorth along 140°EEPSGEPSG#)? -1 EPSGFirst local axisXNorth along 130°WEPSGEPSG#)(  EPSGWestingWwestEPSGEPSG#)+ EPSGNorthingNnorthEPSGEPSG#)6 -EPSGNorthingNNorth along 0°EEPSGEPSG#)5 / EPSGEastingENorth along 90°EEPSGEPSG#)7 /EPSGNorthingNNorth along 70°EEPSGEPSG#)6 1 EPSGEastingENorth along 160°EEPSGEPSG#)+ EPSGNorthingNnorthEPSG9EPSG#P(  EPSGEastingEeastEPSG9EPSG#P+ EPSGNorthingNnorthEPSG8EPSG#|(  EPSGEastingEeastEPSG8EPSG#|+ EPSGNorthingNnorthEPSG7EPSG#O(  EPSGEastingEeastEPSG7EPSG#O+ EPSGNorthingYnorthEPSG6EPSG#L(  EPSG EastingXeastEPSG6EPSG#L+ EPSG NorthingNnorthEPSG5EPSG#Q(  EPSG EastingEeastEPSG5EPSG#Q+ EPSG NorthingNnorthEPSG4EPSG#(  EPSG EastingEeastEPSG4EPSG#+ EPSGNorthingNnorthEPSG3EPSG#-(  EPSGEastingEeastEPSG3EPSG#-+ EPSGNorthingNnorthEPSG2EPSG#R(  EPSGEastingEeastEPSG2EPSG#R+ EPSGNorthingNnorthEPSG1EPSG#f(  EPSGEastingEeastEPSG1EPSG#f+ EPSGNorthingNnorthEPSG0EPSG#)'   EPSGEastingEeastEPSG0EPSG#) I_)P | F  m :  d - W ! Y #yP$q<s<Tp7Sl2W 6 / EPSGEastingENorth along 60°EEPSG~EPSG#)6 / EPSGEastingENorth along 45°EEPSG}EPSG#)6 / EPSGEastingENorth along 15°EEPSG|EPSG#)5 - EPSGEastingENorth along 0°EEPSG{EPSG#)6 / EPSGEastingENorth along 15°WEPSGzEPSG#)6 / EPSGEastingENorth along 45°WEPSGyEPSG#)6 / EPSGEastingENorth along 60°WEPSGxEPSG#)9 1EPSGNorthingNNorth along 165°EEPSGEPSG#)9 1EPSGNorthingNNorth along 150°EEPSGEPSG#)9 1EPSGNorthingNNorth along 135°EEPSGEPSG#)9 1EPSGNorthingNNorth along 105°EEPSGEPSG#)8 /EPSGNorthingNNorth along 90°EEPSGEPSG#)8 /EPSGNorthingNNorth along 75°EEPSGEPSG#)8 /EPSGNorthingNNorth along 45°EEPSGEPSG#)8 /EPSGNorthingNNorth along 30°EEPSGEPSG#)8 /EPSGNorthingNNorth along 15°EEPSGEPSG#)8 /EPSGNorthingNNorth along 15°WEPSGEPSG#)8 /EPSGNorthingNNorth along 30°WEPSG~EPSG#)8 /EPSGNorthingNNorth along 45°WEPSG}EPSG#)8 /EPSGNorthingNNorth along 75°WEPSG|EPSG#)8 /EPSGNorthingNNorth along 90°WEPSG{EPSG#)9 1EPSGNorthingNNorth along 105°WEPSGzEPSG#)9 1EPSGNorthingNNorth along 135°WEPSGyEPSG#)9 1EPSGNorthingNNorth along 150°WEPSGxEPSG#)9 1EPSGNorthingNNorth along 165°WEPSGwEPSG#)6 / EPSGEastingENorth along 75°WEPSGwEPSG#)+  EPSGSouthingPsouthEPSGmEPSG#)* EPSGWestingMwestEPSGmEPSG#)8 !- EPSGBin grid JJnorth north eastEPSGlEPSG#8 !+EPSGBin grid IIeast south eastEPSGlEPSG#4 /EPSGSecond local axisYwestEPSGkEPSG#)3 - EPSGFirst local axisXnorthEPSGkEPSG#)@ /-EPSGSecond local axisJnorth-north-eastEPSGjEPSG#= -+ EPSGFirst local axisIeast-south-eastEPSGjEPSG#+ EPSG{SouthingXsouthEPSGgEPSG#)(  EPSGzWestingYwestEPSGgEPSG#)+ EPSGySouthingXsouthEPSGfEPSG#G(  EPSGxWestingYwestEPSGfEPSG#G*  EPSGwSouthingXsouthEPSGeEPSG#)) EPSGvWestingYwestEPSGeEPSG#)5 %#EPSGuGeocentric ZZgeocentricZEPSGdEPSG#)5 %#EPSGtGeocentric YYgeocentricYEPSGdEPSG#)4 %# EPSGsGeocentric XXgeocentricXEPSGdEPSG#)5 9 EPSGrGravity-related heightHupEPSGcEPSG#)&  EPSGqDepthDdownEPSGbEPSG#)5 9 EPSGpGravity-related heightHupEPSGaEPSG#+5 9 EPSGoGravity-related heightHupEPSG`EPSG#2 1EPSGnEllipsoidal heighthupEPSGEPSG#)6 1EPSGmGeodetic longitudeLoneastEPSGEPSG#5 / EPSGlGeodetic latitudeLatnorthEPSGEPSG#6 1EPSGkGeodetic longitudeLoneastEPSGEPSG#5 / EPSGjGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGiEllipsoidal heighthupEPSGEPSG#)6 1EPSGhGeodetic longitudeLoneastEPSGEPSG#5 / EPSGgGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGfEllipsoidal heighthupEPSGEPSG#)7 1EPSGeGeodetic longitudeLongeastEPSGEPSG#5 / EPSGdGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGcEllipsoidal heighthupEPSGEPSG#)7 1EPSGbGeodetic longitudeLongeastEPSGEPSG#5 / EPSGaGeodetic latitudeLatnorthEPSGEPSG#2 1EPSG`Ellipsoidal heighthupEPSGEPSG#)7 1EPSG_Geodetic longitudeLongeastEPSGEPSG#5 / EPSG^Geodetic latitudeLatnorthEPSGEPSG#2 1EPSG]Ellipsoidal heighthupEPSGEPSG#)7 1EPSG\Geodetic longitudeLongeastEPSGEPSG#5 / EPSG[Geodetic latitudeLatnorthEPSGEPSG#2 1EPSGZEllipsoidal heighthupEPSGEPSG#)7 1EPSGYGeodetic longitudeLongeastEPSGEPSG#5 / EPSGXGeodetic latitudeLatnorthEPSGEPSG#2 1EPSGWEllipsoidal heighthupEPSGEPSG#)7 1EPSGVGeodetic longitudeLongeastEPSGEPSG#5 / EPSGUGeodetic latitudeLatnorthEPSGEPSG# JX x@ f :  O  z O  m 5 U t;qA|E j3X!zFq@J9 1EPSG'NorthingYNorth along 140°EEPSGEPSG#)7 1 EPSG&EastingXNorth along 130°WEPSGEPSG#)7 -EPSG"NorthingNNorth along 0°EEPSGEPSG#)6 / EPSG EastingENorth along 90°EEPSGEPSG#)- # EPSGLocal depthddownEPSGEPSG#*- # EPSGLocal depthddownEPSGEPSG#)0 'EPSGLocal eastingeeastEPSGEPSG#*1 ) EPSGLocal northingnnorthEPSGEPSG#*0 'EPSGLocal eastingeeastEPSGEPSG#)1 ) EPSGLocal northingnnorthEPSGEPSG#)3 1EPSGEllipsoidal heighthupEPSGEPSG#)7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#3 1EPSGEllipsoidal heighthupEPSGEPSG#)7 1EPSGGeodetic longitudeLoneastEPSGEPSG#6 / EPSGGeodetic latitudeLatnorthEPSGEPSG#7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#7 1EPSGGeodetic longitudeLoneastEPSGEPSG#6 / EPSGGeodetic latitudeLatnorthEPSGEPSG#3 1EPSGEllipsoidal heighthupEPSGEPSG#)7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#3 1EPSGEllipsoidal heighthupEPSGEPSG#)7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#7 /EPSGGeodetic latitudeLatnorthEPSGEPSG#6 1 EPSGGeodetic longitudeLoneastEPSGEPSG#'  EPSGDepthDdownEPSG_EPSG#*- %EPSGLocal heightzupEPSGpEPSG#)/ #EPSGPlant NorthynorthEPSGpEPSG#), ! EPSGPlant EastxeastEPSGpEPSG#)3 1EPSGTopocentric heightWupEPSGmEPSG#)5 /EPSGTopocentric NorthVnorthEPSGmEPSG#)2 - EPSGTopocentric EastUeastEPSGmEPSG#)8 /EPSGNorthingYSouth along 30°EEPSGsEPSG#)6 / EPSGEastingXSouth along 60°WEPSGsEPSG#)8 /EPSGNorthingYSouth along 80°EEPSGrEPSG#)6 / EPSGEastingXSouth along 10°WEPSGrEPSG#)9 1EPSGNorthingYSouth along 140°EEPSGqEPSG#)6 / EPSGEastingXSouth along 50°EEPSGqEPSG#)7 -EPSGNorthingYSouth along 0°EEPSGpEPSG#)6 / EPSGEastingXSouth along 90°WEPSGpEPSG#)9 1EPSGNorthingYSouth along 170°WEPSGoEPSG#)7 1 EPSGEastingXSouth along 100°EEPSGoEPSG#)8 /EPSGNorthingYSouth along 90°WEPSGnEPSG#)7 1 EPSGEastingXSouth along 180°WEPSGnEPSG#)9 1EPSGNorthingYSouth along 135°EEPSGtEPSG#)6 / EPSGEastingXSouth along 45°EEPSGtEPSG#)* EPSGEastingEeastEPSGEPSG#-+  EPSGNorthingNnorthEPSGEPSG#-9 1EPSGNorthingYSouth along 180°EEPSGuEPSG#)6 / EPSGEastingXSouth along 90°EEPSGuEPSG#)7 -EPSGNorthingYNorth along 0°EEPSGvEPSG#)6 / EPSGEastingXNorth along 90°EEPSGvEPSG#)- EPSGEastingnoneeastEPSGEPSG#).  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!IGNFREG3800001IGNFGLOR77MHG!IGNFREG3800001IGNFGLOR77G !IGNFREG3800001IGNFGLOR77CAR !IGNFREG3790001IGNFEUROPA54G!IGNFREG3790001IGNFEUROPA54IGNFREG5940001IGNFTURI69  ]gG&mP2  ]!-NKGDATUM_NKG_ETRF14NKGETRF14!-NKGDATUM_NKG_ETRF00NKGETRF00!IGNFREG7100001IGNFST84G!IGNFREG7100001IGNFST84!IGNFREG7090001IGNFST87GEO!IGNFREG7090001IGNFST87G!IGNFREG7090001IGNFST87!IGNFREG7080001IGNFNEA74G!IGNFREG7080001IGNFNEA74!IGNFREG7010001IGNFCAD97GEO!IGNFREG7010001IGNFCAD97G!IGNFREG7010001IGNFCAD97 !IGNFREG5980001IGNFANAA92GEO!IGNFREG5980001IGNFANAA92G!IGNFREG5980001IGNFANAA92 !IGNFREG5970001IGNFMARQUI72G!IGNFREG5970001IGNFMARQUI72!IGNFREG5960001IGNFTUAM86G!IGNFREG5960001IGNFTUAM86!IGNFREG5960001IGNFAPAT86G!IGNFREG5960001IGNFAPAT86!IGNFREG5940001IGNFTURI69G F Y ) ( g>O!:\ kq' EPSGUnknown datum based upon the GRS 1980 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG q' EPSGUnknown datum based upon the Everest 1830 Modified ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGA 9 'EPSGETRS89-MDA [MOLDREF99]geographic 3DEPSGEPSG# q' EPSGUnknown datum based upon the Everest 1830 (1967 Definition) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG# q' EPSGUnknown datum based upon the Everest 1830 (1937 Adjustment) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG q' EPSGUnknown datum based upon the Clarke 1880 (SGA 1922) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG~ }q' EPSGUnknown datum based upon the Clarke 1880 (Arc) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG} }q' EPSGUnknown datum based upon the Clarke 1880 (RGS) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG| }q' EPSGUnknown datum based upon the Clarke 1880 (IGN) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG{ q' EPSGUnknown datum based upon the Clarke 1880 (Benoit) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGz q' EPSGUnknown datum based upon the Clarke 1866 Michigan ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGy qq' EPSGUnknown datum based upon the Clarke 1866 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGx qq' EPSGUnknown datum based upon the Clarke 1858 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGw wq' EPSGUnknown datum based upon the Bessel Namibia ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGv yq' EPSGUnknown datum based upon the Bessel Modified ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGu qq' EPSGUnknown datum based upon the Bessel 1841 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGt q' EPSGUnknown datum based upon the Australian National SpheroidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGs q' EPSGUnknown datum based upon the Airy Modified 1849 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGr mq' EPSGUnknown datum based upon the Airy 1830 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGq> 9 !EPSGETRS89-MDA [MOLDREF99]geocentricEPSGdEPSG1 'EPSGBMGI 1901Adopted in 1924 replacing MGI (Ferro) (CRS code 4805). Densified in 1948. In Slovenia replaced by D96 (CRS code 4765). In Croatia replaced by HTRS96 (CRS code 4761). In Serbia replaced by SREF98 and then by SRB_ETRS89 (STRS00) (CRS codes 4075 and 8691).geographic 2DEPSGEPSG/  'EPSG1IGRSgeographic 2DEPSGEPSG/  'EPSG0IGRSgeographic 3DEPSGEPSG,  !EPSG/IGRSgeocentricEPSGdEPSG0  'EPSGTWD97geographic 2DEPSGEPSG0  'EPSGTWD97geographic 3DEPSGEPSG-  !EPSGTWD97geocentricEPSGdEPSG> ''EPSGTWD67Shares the same origin point with the earlier Hu Tzu Shan system (CRS code 4236) but away from this point coordinates differ. Do not confuse!geographic 2DEPSGEPSGx 'EPSGHD1909Replaced earlier HD1863 adjustment also on Bessel ellipsoid. Both HD1863 and HD1909 were originally on Ferro Prime Meridian but subsequently converted to Greenwich. Replaced by HD72 (CRS code 4237).geographic 2DEPSGEPSG Ph m J .  Is= fPk 3m!EPSGETRS89-SRB [SREF98]Replaced by ETRS89-SRB [STRS00] (CRS code 8683).geocentricEPSGdEPSG ?' EPSGPopular Visualisation CRSSome applications erroneously call this WGS 84. It uses a sphere with a radius having the same value as the semi-major axis of the WGS 84 ellipsoid. There is no geodetic recognition of this system.geographic 2DEPSGEPSG y' EPSGUnspecified datum based upon the Hughes 1980 ellipsoidDMSP SSM/I data sets provided by NSIDC for polar research.geographic 2DEPSGEPSG! q' EPSGUnspecified datum based upon the International 1924 Authalic SphereUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG q' EPSGUnspecified datum based upon the Clarke 1866 Authalic SphereUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG q' EPSGUnspecified datum based upon the GRS 1980 Authalic SphereUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG5 ! 'EPSGRGRDC 2005geographic 2DEPSGEPSG # q' EPSGUnknown datum based upon the Everest 1830 (1975 Definition) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG# q' EPSGUnknown datum based upon the Everest 1830 (1962 Definition) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG gq' EPSGUnknown datum based upon the WGS 72 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG  q' EPSGUnknown datum based upon the Everest (1830 Definition) ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG$ q' EPSGUnknown datum based upon the Average Terrestrial System 1977 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG5 ! 'EPSGRGRDC 2005geographic 3DEPSGEPSG 2 ! !EPSGRGRDC 2005geocentricEPSGdEPSG kq' EPSGUnknown datum based upon the GRS 1967 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGq eA' EPSGUnknown datum based upon the Authalic SphereDeprecated. Use code 4047.geographic 2DEPSGEPSG qq' EPSGUnknown datum based upon the Clarke 1880 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG gq' EPSGUnknown datum based upon the OSU91A ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG gq' EPSGUnknown datum based upon the OSU86F ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG iq' EPSGUnknown datum based upon the GEM 10C ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG gq' EPSGUnknown datum based upon the WGS 84 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG oq' EPSGUnknown datum based upon the War Office ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG qq' EPSGUnknown datum based upon the Struve 1860 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG sq' EPSGUnknown datum based upon the Plessis 1817 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG gq' EPSGUnknown datum based upon the NWL 9D ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG yq' EPSGUnknown datum based upon the Krassowsky 1940 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGA 9 'EPSGETRS89-MDA [MOLDREF99]geographic 2DEPSGEPSG q' EPSGUnknown datum based upon the International 1924 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG q' EPSGUnknown datum based upon the Indonesian National SpheroidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSG 'q2 l = p Y " ] TbC9x}(q1 #'EPSG8NAD83(HARN)In CONUS, AK, HI and PRVI replaces NAD83 for applications with an accuracy of better than 1m. Replaced by NAD83(FBN) in CONUS, American Samoa and Guam / NMI, by NAD83(NSRS2007) in Alaska, by NAD83(PA11) in Hawaii and by NAD83(HARN Corrected) in PRVI.geographic 2DEPSGEPSGy 'EPSG7CHTRS95First realized through CHTRF95 and subsequently CHTRF98, 2004, 2010 and 2016 with an aim to re-measure every 6 years. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geographic 2DEPSGEPSGB -'EPSG6CH1903+Replaces CH1903.geographic 2DEPSGEPSGE 5'EPSG5CH1903Replaced by CH1903+.geographic 2DEPSGEPSG_ -U'EPSG4Hartebeesthoek94Replaces Cape (code 4222) from 1999.geographic 2DEPSGEPSGw !'EPSG3Hanoi 1972Replaces use of Indian 1960. Replaced by VN-2000 (CRS code 4756).geographic 2DEPSGEPSG| )'EPSG2Kalianpur 1975Adopts 1975 metric conversion of 0.3047995 metres per Indian foot.geographic 2DEPSGEPSG| )'EPSG1Kalianpur 1962Adopts 1962 metric conversion of 0.3047996 metres per Indian foot.geographic 2DEPSGEPSG} )'EPSG0Kalianpur 1937Adopts 1937 metric conversion of 0.30479841 metres per Indian foot.geographic 2DEPSGEPSG^ %['EPSG/Abidjan 1987Replaces Locodjo 1965 (EPSG code 4142).geographic 2DEPSGEPSGa %a'EPSG.Locodjo 1965Replaced by Abidjan 1987 (EPSG code 4143).geographic 2DEPSGEPSG# #e'EPSG-Israel 1993Replaces Palestine 1923 (CRS code 4281) from June 1998. Replaced by IGD05 (CRS code 6980) from January 2005.geographic 2DEPSGEPSGd 'e' EPSG,NAD83(CSRS98)In New Brunswick superseded ATS77 from 1999.geographic 2DEPSGEPSG$ #g'EPSG+Puerto RicoNAD27 (CRS code 4267) used for military purposes. Note: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSGx /'EPSG*St. George IslandNote: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSGv +'EPSG)St. Paul IslandNote: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSGz 3'EPSG(St. Lawrence IslandNote: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSGs %'EPSG'Old HawaiianNote: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSG Q'EPSG&PSD93Replaced Fahud geogCRS (code 4232) in 1993. Maximum differences to Fahud adjustment are 20 metres.geographic 2DEPSGEPSG Q'EPSG%EST92This name is also used for a projected CRS (see projCRS code 3300). Replaced by EST97 (code 4180).geographic 2DEPSGEPSG/  'EPSG$FD58geographic 2DEPSGEPSG6 # 'EPSG#Indian 1960geographic 2DEPSGEPSG1  'EPSG"Moznetgeographic 2DEPSGEPSGs %'EPSG!ObservatarioReplaced by values transformed to Tete geogCRS (code 4127).geographic 2DEPSGEPSGp 'EPSG MadzansuaReplaced by values transformed to Tete GeogCRS (code 4127).geographic 2DEPSGEPSG/  'EPSGTetegeographic 2DEPSGEPSG9 ) ' EPSGLKS94 (ETRS89)geographic 2DEPSGEPSG2  ' EPSGSambojageographic 2DEPSGEPSG/  'EPSGRT90geographic 2DEPSGEPSG.  'EPSGKKJgeographic 2DEPSGEPSGb q'EPSGATS77In use from 1979. To be phased out in late 1990's.geographic 2DEPSGEPSG1  'EPSGGGRS87geographic 2DEPSGEPSG0  'EPSGGreekgeographic 2DEPSGEPSG[ ]'EPSGREGCAN95Replaces Pico de las Nieves 1984 (PN84).geographic 2DEPSGEPSG 3  'EPSGREGCAN95geographic 3DEPSGEPSG 0  !EPSGREGCAN95geocentricEPSGdEPSG  3G'EPSGETRS89-SRB [SREF98]Replaces MGI 1901 (CRS code 3906) in Serbia. Replaced by ETRS89-SRB [STRS00] (CRS code 8685).geographic 2DEPSGEPSG 5 ! 'EPSG:ED50(ED77)geographic 2DEPSGEPSG 89-5 ! 'EPSG9Rassadirangeographic 2DEPSGEPSG L Q  ; b &ZtWhaV W'EPSG]REGVENDensification in Venezuela of SIRGAS.geographic 2DEPSGEPSG-w 'EPSG\OSNI 1952Replaced by 1975 Mapping Adjustment alias TM75. See CRS code 4300.geographic 2DEPSGEPSG,7 % ' EPSGYMadeira 1936geographic 2DEPSGEPSG)g 5]'EPSGXAzores Oriental 1940Replaced by 1995 system (CRS code 4664).geographic 2DEPSGEPSG(f 3]'EPSGWAzores Central 1948Replaced by 1995 system (CRS code 4665).geographic 2DEPSGEPSG'd 9S'EPSGVAzores Occidental 1939Replaced by PTRA08 (CRS code 5013).geographic 2DEPSGEPSG&0  'EPSGULUREFgeographic 2DEPSGEPSG%X 1C'EPSGTETRS89-EST [EST97]Replaces EST92 (code 4133).geographic 2DEPSGEPSG$( -e'EPSGSPulkovo 1942(58)Shares same origin definition as Pulkovo 1942 (CRS code 4284) and for low accuracy purposes these systems can be considered consistent with each other. Locally densified during 1957 and 1958. Replaced by 1983 adjustment (CRS code 4178).geographic 2DEPSGEPSG# -'EPSGRPulkovo 1942(83)Replaces 1956 adjustment (CRS code 4179). In Brandenburg replaced by ETRS89. In Sachsen and Thuringen replaced by RD83 and PD/83 which for practical purposes may be considered to be the same as DHDN.geographic 2DEPSGEPSG"? 5 'EPSGPAustralian Antarcticgeographic 2DEPSGEPSG , /k'EPSGOSierra Leone 1968Replaces Sierra Leone 1960. The 1968 readjustment coordinates are within 3m of the 1960 provisional adjustment.geographic 2DEPSGEPSG# /Y'EPSGNSierra Leone 1924Ellipsoid semi-major axis (a)=20926201 exactly Gold Coast feet; 1 Gold Coast foot = 0.3047997101815 m.geographic 2DEPSGEPSG@ 7 'EPSGMETRS89-IRE [ETRF2000]geographic 2DEPSGEPSGJ =' EPSGLPOSGARA geodetic network of 127 high accuracy surved points that define the National Geodetic System (Sistema Geodésico Nacional), adopted by IGM in May 1997geographic 2DEPSGEPSG[ 7A'EPSGKETRS89-FRA [RGF93 v1]See CRS code 7084 for alternate system with axes reversed used by IGN for GIS purposes. Replaced by ETRS89-FRA [RGF93 v2] (CRS code 9777) from 2010-06-18.geographic 2DEPSGEPSG^ #]'EPSGJSIRGAS 1995Replaced by SIRGAS 2000 (CRS code 4674).geographic 2DEPSGEPSG> 3 'EPSGIAmerican Samoa 1962geographic 2DEPSGEPSG ['EPSGHAccraEllipsoid semi-major axis (a)=20926201 exactly Gold Coast feet. Replaced by Leigon (code 4250) in 1978.geographic 2DEPSGEPSGu 'EPSGGNZGD2000Replaces NZGD49 (code 4272) and CI79 (code 4673) from March 2000.geographic 2DEPSGEPSG6 # 'EPSGFKorean 1995geographic 2DEPSGEPSG1  'EPSGEBissaugeographic 2DEPSGEPSG6 # 'EPSGDSouth Yemengeographic 2DEPSGEPSG6 # 'EPSGCYemen NGN96geographic 2DEPSGEPSGg #o'EPSGBKorean 1985Replaces use of Tokyo datum. Replaced by KGD2002.geographic 2DEPSGEPSGd 1Y'EPSGAPampa del CastilloReplaced by Campo Inchauspe (geogCRS code 4221) for topographic mapping, use for oil exploration and production in Golfo San Jorge basin (44°S to 47.5°S) continues.geographic 2DEPSGEPSG5 +'EPSG@Chos Malal 1914Replaced by Campo Inchauspe (geogCRS code 4221) for topographic mapping, use for oil exploration and production continues.geographic 2DEPSGEPSG0  'EPSG?ELD79geographic 2DEPSGEPSG '3'EPSG>Naparima 1955Extended to Tobago as Naparima 1972. (Note: Naparima 1972 is not used in Trinidad).geographic 2DEPSGEPSG7 % 'EPSG=Mount Dillongeographic 2DEPSGEPSG  a'EPSG2  'EPSGmAfgooyegeographic 2DEPSGEPSG=5 ! 'EPSGlAin el Abdgeographic 2DEPSGEPSG<5 'EPSGkAGD84National system replacing AGD66 but officially adopted only in Queensland, South Australia and Western Australia. Replaced by GDA94.geographic 2DEPSGEPSG;0  'EPSGjAGD66geographic 2DEPSGEPSG: I'EPSGiAdindanThe 12th parallel traverse of 1966-70 (geogCRS Point 58, code 4620) is connected to the Blue Nile 1958 network in western Sudan. This has given rise to misconceptions that the Blue Nile 1958 network is used in west Africa.geographic 2DEPSGEPSG9' %k'EPSGhPulkovo 1995Decree #1463 of 2012-12-28 announced that S-95 to be phased out and replaced by GSK-11 (CRS code 7683) by 2017.geographic 2DEPSGEPSG8 !Y'EPSGgEgypt 1930Note that Egypt 1930 uses the International 1924 ellipsoid, unlike the Egypt 1907 CRS (code 4229) which uses the Helmert ellipsoid. Oil industry references to the Egypt 1930 name and the Helmert ellipsoid probably mean Egypt 1907.geographic 2DEPSGEPSG73  'EPSGfKousserigeographic 2DEPSGEPSG61  'EPSGeGarouageographic 2DEPSGEPSG5: + 'EPSGdAmmassalik 1958geographic 2DEPSGEPSG4< / 'EPSGcScoresbysund 1952geographic 2DEPSGEPSG37 % 'EPSGbQoornoq 1927geographic 2DEPSGEPSG2l #w'EPSGaManoca 1962Replaces Doula 1948 (code 4192). The intent of the Bukavu 1953 conference was to adopt the Clarke 1880 (RGS) ellipsoid (code 7012) but in practice this CRS has used the IGN version.geographic 2DEPSGEPSG1Z #U'EPSG`Douala 1948Replaced by Manoca 1962 (code 4193).geographic 2DEPSGEPSG0P '='EPSG_Albanian 1987Replaced by KRGJSH-2010.geographic 2DEPSGEPSG/$'EPSG^POSGAR 98Densif5 ! 'EPSGEgypt 1907geographic 2DEPSGEPSGU1  ' EPSGDoualageographic 2DEPSGEPSGT6 # 'EPSGDeir ez Zorgeographic 2DEPSGEPSGS8 ' ' EPSGCote d'Ivoiregeographic 2DEPSGEPSGR )me+, | D < _  H S"^md s'EPSGNZGD49Replaced by NZGD2000 (CRS code 4167) in March 2000.geographic 2DEPSGEPSG '/'EPSGNaparima 1972Naparima 1972 is an extension to Tobago of the Naparima 1955 network of Trinidad.geographic 2DEPSGEPSG7 % 'EPSGNahrwan 1967geographic 2DEPSGEPSG~+ 'EPSGNAD83Longitude is POSITIVE EAST. The adjustment included connections to Greenland and Mexico but the system was not adopted there. For applications with an accuracy of better than 1m replaced by NAD83(HARN) in the US and PRVI and by NAD83(CSRS) in Canada.geographic 2DEPSGEPSG}N )5' EPSGNAD27 MichiganEllipsoid taken to be 800ft above the NAD27 reference ellipsoid. Note: this coordinate reference system includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSG| k'EPSGNAD27Note: this CRS includes longitudes which are POSITIVE EAST. Replaced by NAD27(76) (code 4608) in Ontario, CGQ77 (code 4609) in Quebec, Mexican Datum of 1993 (code 4483) in Mexico, NAD83 (code 4269) in Canada (excl. Ontario & Quebec) & USA.geographic 2DEPSGEPSG{5 ! 'EPSGM'poralokogeographic 2DEPSGEPSGz6 # 'EPSGMonte Mariogeographic 2DEPSGEPSGy0  ' EPSGMhastgeographic 2DEPSGEPSGx0  'EPSGMinnageographic 2DEPSGEPSGw2  'EPSGMassawageographic 2DEPSGEPSGv3  'EPSGMerchichgeographic 2DEPSGEPSGu1  ' EPSGManocageographic 2DEPSGEPSGt4 %'EPSGMalongo 1987Replaced Mhast (offshore) (CRS code 4705) in 1987. References to "Mhast" since 1987 often should have stated "Malongo 1987".geographic 2DEPSGEPSGsy 'EPSGETRS89Has been realized through ETRF89, ETRF90, ETRF91, ETRF92, ETRF93, ETRF94, ETRF96, ETRF97, ETRF2000, ETRF2005 and ETRF2014. This 'ensemble' covers any or all of these realizations without distinction.geographic 2DEPSGEPSGr3  'EPSGMakassargeographic 2DEPSGEPSGqR G'EPSGMahe 1971This CRS has no known local application. South East Island 1943 (CRS codes 6892 and 6915) is used for topographic mapping, cadastral and hydrographic survey.geographic 2DEPSGEPSGp6 # 'EPSGHerat Northgeographic 2DEPSGEPSGo: + 'EPSGHito XVIII 1963geographic 2DEPSGEPSGnW !Q'EPSGLuzon 1911Replaced by PRS92 (CRS code 4683).geographic 2DEPSGEPSGm/  'EPSGLomegeographic 2DEPSGEPSGl7 % 'EPSGLiberia 1964geographic 2DEPSGEPSGkV W'EPSGLeigonReplaced Accra (code 4168) from 1978.geographic 2DEPSGEPSGj/  'EPSGLakegeographic 2DEPSGEPSGi+ 'EPSGPSAD56Incorporates La Canoa (CRS code 4247) and within Venezuela (but not beyond) the names La Canoa and PSAD56 are synonymous.geographic 2DEPSGEPSGhn 'EPSGLa CanoaThis CRS is incorporated within PSAD56. See CRS code 4248.geographic 2DEPSGEPSGg.  'EPSGKOCgeographic 2DEPSGEPSGf$ #g'EPSGKertau 1968Not used for metrication of RSO grid - see Kertau (RSO) (CRS code 4751). Replaced by GDM2000 (CRS code 4742).geographic 2DEPSGEPSGe4  'EPSGKandawalageographic 2DEPSGEPSGd9 ) 'EPSGKalianpur 1880geographic 2DEPSGEPSGcT U'EPSGJAD69Replaced by JAD2001 (CRS code 4758).geographic 2DEPSGEPSGb7 % 'EPSGJamaica 1875geographic 2DEPSGEPSGa6 # 'EPSGIndian 1975geographic 2DEPSGEPSG`6 # 'EPSGIndian 1954geographic 2DEPSGEPSG_A 1'EPSGID74Replaced by DGN95.geographic 2DEPSGEPSG^T W'EPSGHD72Replaced HD1909 (EPSG CRS code 3819).geographic 2DEPSGEPSG]; - 'EPSGHu Tzu Shan 1950geographic 2DEPSGEPSG\; - ' EPSGGuyane Francaisegeographic 2DEPSGEPSG[1  ' EPSGGarouageographic 2DEPSGEPSGZ9 ) ' EPSGGandajika 1970geographic 2DEPSGEPSGY ]'EPSGFahudSince 1993 replaced by PSD93 geogCRS (code 4134). Maximum differences to Fahud adjustment are 20 metres.geographic 2DEPSGEPSGX &bi4j0 ( 0 H J  q @ 8k]i0%e5b C'EPSGMGIRetrospectively defined as derived after the introduction of geographic 3D CRS (code 9267).geographic 2DEPSGEPSGF 3'EPSGZanderijIntroduced in 1975.geographic 2DEPSGEPSG/  'EPSGYoffgeographic 2DEPSGEPSGZ _'EPSGYacareReplaced by SIRGAS-ROU98 (CRS code 5381).geographic 2DEPSGEPSG/  'EPSGRT38geographic 2DEPSGEPSG3 -{'EPSGNord Sahara 1959Sometimes incorrectly referred to as Voirol Unifie 1960: this is NOT a GeogCRS but two projected CRSs based on Nord Sahara 1959 (codes 30791-92). Strictly applicable only to north of 32°N but extended southwards non-homogoneously by oil industry.geographic 2DEPSGEPSG4  'EPSGBern 1938Used for the geographic coordinates overprinted on topographic maps constructed on the CH1903 / LV03 projected CS (code 21781).geographic 2DEPSGEPSG #]'EPSGVoirol 1875The appropriate usage of CRSs using the Voirol 1875 and 1879 datums is lost in antiquity. They differ by about 9 metres. Oil industry references to one could in reality be to either. All replaced by Nord Sahara 1959 (CRS code 4307).geographic 2DEPSGEPSG3  'EPSGTC(1948)geographic 2DEPSGEPSG8 ' 'EPSGTrinidad 1903geographic 2DEPSGEPSGr 'EPSGTokyoIn Japan, replaces Tokyo 1892 (CRS code 5132) and replaced by JGD2000 (code 4612) from April 2002. In Korea used only for geodetic applications before being replaced by Korean 1985 (code 4162).geographic 2DEPSGEPSG E'EPSGTM75Uses Geodetic Datum of 1965 which should not be confused with the 1965 adjustment (TM65, datum code 6299 and CRS code 4299). Replaces OSNI52 (CRS code 4188) and TM65 (CRS code 4299). Replaced by IRENET95 (CRS code 4173).geographic 2DEPSGEPSGK C'EPSGTM65Replaced by 1975 Mapping Adjustment alias TM75 (CRS code 4300). Not to be confused with the Geodetic Datum of 1965 (datum code 6300) which is used by TM75.geographic 2DEPSGEPSGP ';'EPSGTimbalai 1948Adopts metric conversion of 39.370147 inches per metre. Replaced by GDM2000 (CRS code 4742) in East Malaysia and by GDBD2009 (CRS code 5247) in Brunei.geographic 2DEPSGEPSG5 ! 'EPSGTananarivegeographic 2DEPSGEPSG0  ' EPSGSudangeographic 2DEPSGEPSG4  'EPSGSerindunggeographic 2DEPSGEPSG1  ' EPSGSegorageographic 2DEPSGEPSG5 ! 'EPSGSchwarzeckgeographic 2DEPSGEPSG; - 'EPSGSapper Hill 1943geographic 2DEPSGEPSG| #' EPSGSAD69Uses GRS67 ellipsoid with 1/f to exactly 2 decimal places. Precision of ellipsoid entry increased from 2 to 5 dp with change id 97.251. Error introduced if not using the truncated precision is 0 to 31mm.geographic 2DEPSGEPSGf !m'EPSGAmersfoortUse of geographic2D CRS Amersfoort (code 4289) for spatial referencing is discouraged. Use projected CRS Amersfoort / RD New (code 28992) or ETRS89-NLD [AGRS2010] (code 11037).geographic 2DEPSGEPSGY 'O'EPSGLoma QuintanaReplaced by La Canoa (code 4247).geographic 2DEPSGEPSG1  ' EPSGQornoqgeographic 2DEPSGEPSG5 ! 'EPSGQatar 1948geographic 2DEPSGEPSG5 ! 'EPSGQatar 1974geographic 2DEPSGEPSG %W'EPSGPulkovo 1942Extended to Eastern Europe through Uniform Astro-Geodetic Network (UAGN) of 1956 - see CRS code 4179.geographic 2DEPSGEPSG0  'EPSGGDA94geographic 2DEPSGEPSG7 % 'EPSGPointe Noiregeographic 2DEPSGEPSG9 ) 'EPSGPalestine 1923geographic 2DEPSGEPSG1  ' EPSGPadanggeographic 2DEPSGEPSG3  'EPSGOS(SN)80geographic 2DEPSGEPSG1  'EPSGOSGB70geographic 2DEPSGEPSG1  'EPSGOSGB36geographic 2DEPSGEPSG4  'EPSGNSWC 9Z-2geographic 2DEPSGEPSG.  'EPSGNTFgeographic 2DEPSGEPSG3  'EPSGDatum 73geographic 2DEPSGEPSG/  'EPSGBD72geographic 2DEPSGEPSG .%K I  b   V &d+x9F= 7 ! EPSG NZGD2000 (geocentric)geocentricEPSGdEPSG; - ' EPSG NAD83(HARN) (3D)geographic 3DEPSGEPSG@ = ! EPSGNAD83(CSRS) (geocentric)geocentricEPSGdEPSG; - ' EPSGNAD83(CSRS) (3D)geographic 3DEPSGEPSG; 3 ! EPSGMoznet (geocentric)geocentricEPSGdEPSG6 # ' EPSGMoznet (3D)geographic 3DEPSGEPSGC C ! EPSGLKS94 (ETRS89) (geocentric)geocentricEPSGdEPSG> 3 ' EPSGLKS94 (ETRS89) (3D)geographic 3DEPSGEPSG< 5 ! EPSGJGD2000 (geocentric)geocentricEPSGdEPSG7 % ' EPSGJGD2000 (3D)geographic 3DEPSGEPSG= 7 ! EPSGIRENET95 (geocentric)geocentricEPSGdEPSG8 ' ' EPSGIRENET95 (3D)geographic 3DEPSGEPSGE G ! EPSGHartebeesthoek94 (geocentric)geocentricEPSGdEPSG@ 7 ' EPSGHartebeesthoek94 (3D)geographic 3DEPSGEPSG: 1 ! EPSGGDA94 (geocentric)geocentricEPSGdEPSGa !c' EPSGGDA94 (3D)Horizontal coordinates referenced to this CRS are in degrees. Any degree representation (e.g. DMSH, decimal, etc.) may be used but that used must be declared for the user.geographic 3DEPSGEPSGO 33! EPSGETRS89 (geocentric)The distinction in usage between ETRF89 and ETRS89 is confused: although in principle conceptually different in practice both are used as synonyms.geocentricEPSGdEPSGrJ #3' EPSGETRS89 (3D)The distinction in usage between ETRF89 and ETRS89 is confused: although in principle conceptually different in practice both are used as synonyms.geographic 3DEPSGEPSGr< 5 ! EPSGCHTRF95 (geocentric)geocentricEPSGdEPSG7 % ' EPSGCHTRF95 (3D)geographic 3DEPSGEPSG: 1 ! EPSGEST97 (geocentric)geocentricEPSGdEPSG$5 ! ' EPSGEST97 (3D)geographic 3DEPSGEPSG$I O ! EPSGAustralian Antarctic (geocentric)geocentricEPSGdEPSG D ? ' EPSGAustralian Antarctic (3D)geographic 3DEPSGEPSG ~ 3! EPSGITRF97 (geocentric)Supersedes ITRF96 (code 4337). Superseded by ITRF2000 (code 4385).geocentricEPSGdEPSG| 3 ! EPSGITRF96 (geocentric)Supersedes ITRF94 (code 4336). Superseded by ITRF97 (code 4338).geocentricEPSGdEPSG| 3 ! EPSGITRF94 (geocentric)Supersedes ITRF93 (code 4335). Superseded by ITRF96 (code 4337).geocentricEPSGdEPSG| 3 ! EPSGITRF93 (geocentric)Supersedes ITRF92 (code 4334). Superseded by ITRF94 (code 4336).geocentricEPSGdEPSG| 3 ! EPSGITRF92 (geocentric)Supersedes ITRF91 (code 4333). Superseded by ITRF93 (code 4335).geocentricEPSGdEPSG| 3 ! EPSGITRF91 (geocentric)Supersedes ITRF90 (code 4332). Superseded by ITRF92 (code 4334).geocentricEPSGdEPSG| 3 ! EPSGITRF90 (geocentric)Supersedes ITRF89 (code 4331). Superseded by ITRF91 (code 4333).geocentricEPSGdEPSG| 3 ! EPSGITRF89 (geocentric)Supersedes ITRF88 (code 4330). Superseded by ITRF91 (code 4332).geocentricEPSGdEPSG\ 3O! EPSGITRF88 (geocentric)Superseded by ITRF89 (code 4331).geocentricEPSGdEPSG6 # ' EPSGWGS 84 (3D)geographic 3DEPSGEPSG; 3 ! EPSGWGS 84 (geocentric)geocentricEPSGdEPSGA 9 ' EPSGWGS 84 (geographic 3D)geographic 3DEPSGEPSG1  'EPSGWGS 84geographic 2DEPSGEPSG[ ]'EPSGWGS 72BEBroadcast ephemeris. Replaced by WGS 84.geographic 2DEPSGEPSGD 3'EPSGWGS 72Replaced by WGS 84.geographic 2DEPSGEPSG1  'EPSGKUDAMSgeographic 2DEPSGEPSG.  'EPSGNGNgeographic 2DEPSGEPSGh 5_' EPSGDealul Piscului 1970Replaces 1933 system (geogCRS code 4316).geographic 2DEPSGEPSGp 5o'EPSGDealul Piscului 1930Replaced by Pulkovo 1942(58) (geogCRS code 4179).geographic 2DEPSGEPSG` %_'EPSGConakry 1905Replaced by Dabola 1981 (EPSG code 4155).geographic 2DEPSGEPSG8 ' ' EPSG NZGD2000 (3D)geographic 3DEPSGEPSG@ = ! EPSG NAD83(HARN) (geocentric)geocentricEPSGdEPSG $^i ` $ | @  L ] _]'{Ts%^u ' !EPSGMexico ITRF92Replaced by Mexico ITRF2008 (CRS code 6363) from December 2010.geocentricEPSGdEPSGP W 'EPSGChina Geodetic Coordinate System 2000geographic 3DEPSGEPSGM W !EPSGChina Geodetic Coordinate System 2000geocentricEPSGdEPSG) 'm'EPSG{Cadastre 1997Replaces Combani 1950 (CRS code 4632) for cadastral purposes only. For other purposes see RGM04 (CRS code 4470).geographic 2DEPSGEPSG 5 ' !EPSGyCadastre 1997geocentricEPSGdEPSG 8 ' 'EPSGxCadastre 1997geographic 3DEPSGEPSG * 'EPSGvRGM04Replaces Combani 1950 (CRS code 4632) except for cadastral purposes which uses Cadastre 1997 (CRS code 4475). Replaced by RGM23 (CRS code 10671) from 2023-01-01. See CRS code 7039 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSG G 9'EPSGuRGM04Replaced by RGM23 (CRS code 10670) from 2023-01-01. See CRS code 7038 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSG m  !EPSGtRGM04Replaced by RGM23 (CRS code 10669) with effect from 2023-01-01.geocentricEPSGdEPSG  Q'EPSGrRGSPM06See CRS code 7034 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSG/  !EPSGqRGSPM06geocentricEPSGdEPSGB +'EPSGoRGSPM06Replaces Saint Pierre et Miquelon 1950 (CRS code 4638). See CRS code 7035 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSG: 1 ! EPSG%LKS92 (geocentric)geocentricEPSGdEPSG5 ! ' EPSG$LKS92 (3D)geographic 3DEPSGEPSG: 1 ! EPSG#ISN93 (geocentric)geocentricEPSGdEPSG5 ! ' EPSG"ISN93 (3D)geographic 3DEPSGEPSG[ 7I! EPSG!ITRF2000 (geocentric)Supersedes ITRF97 (code 4336).geocentricEPSGdEPSGY 9A! EPSG RRAF 1991 (geocentric)Supersedes older local geographic 2D systems Fort Marigot and Sainte Anne CRS (codes 4621-22) in Guadeloupe and Fort Desaix (CRS code 4625) in Martinique.geocentricEPSGdEPSGI )+' EPSGRRAF 1991 (3D)Supersedes older local 2D systems Fort Marigot and Sainte Anne CRS (codes 4621-22) in Guadeloupe and Fort Desaix (CRS code 4625) in Martinique.geographic 3DEPSGEPSG| 9! EPSGRGNC 1991 (geocentric)Supersedes older local geographic 2D systems IGN56 Lifou, IGN72 Grande Terre, ST87 Ouvea, IGN53 Mare, ST84 Ile des Pins, ST71 Belep and NEA74 Noumea (CRS codes 463, 4635, 4650-53 and 4662).geocentricEPSGdEPSGm )s' EPSGRGNC 1991 (3D)Supersedes older local 2D systems IGN56 Lifou, IGN72 Grande Terre, ST87 Ouvea, IGN53 Mare, ST84 Ile des Pins, ST71 Belep and NEA74 Noumea (CRS codes 4633, 4635, 4650-53 and 4662).geographic 3DEPSGEPSG@ = ! EPSGYemen NGN96 (geocentric)geocentricEPSGdEPSG; - ' EPSGYemen NGN96 (3D)geographic 3DEPSGEPSG= 7 ! EPSGSWEREF99 (geocentric)geocentricEPSGdEPSG8 ' ' EPSGSWEREF99 (3D)geographic 3DEPSGEPSG; 3 ! EPSGSIRGAS (geocentric)geocentricEPSGdEPSG6 # ' EPSGSIRGAS (3D)geographic 3DEPSGEPSG: 1 ! EPSGRGR92 (geocentric)geocentricEPSGdEPSG5 ! ' EPSGRGR92 (3D)geographic 3DEPSGEPSG; 3 ! EPSGRGFG95 (geocentric)geocentricEPSGdEPSG6 # ' EPSGRGFG95 (3D)geographic 3DEPSGEPSG: 1 ! EPSGRGF93 (geocentric)geocentricEPSGdEPSG5 ! ' EPSGRGF93 (3D)geographic 3DEPSGEPSG` 3W! EPSGREGVEN (geocentric)Densification in Venezuela of SIRGAS.geocentricEPSGdEPSG-[ #W' EPSGREGVEN (3D)Densification in Venezuela of SIRGAS.geographic 3DEPSGEPSG-Z 9C! EPSGPOSGAR 98 (geocentric)A geodetic network of 127 high accuracy surved points that define the National Geodetic System (Sistema Geodésico Nacional). Densification of SIRGAS 1995.geocentricEPSGdEPSG._)W' EPSG POSGAR 98 (3D)Densification in Argentina of SIRGAS.geographic 3DEPSGEPSG. #Sf^ n h 0 J  cmd2gd{gJS ='EPSGTahiti 52Replaced by Tahiti 79 (CRS code 4690) in Tahiti and Moorea 87 (CRS code 4691) in Moorea.geographic 2DEPSGEPSG/  'EPSGRGR92Replaces Piton des Neiges (code 4626). See CRS code 7037 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSGU %I'EPSGReunion 1947Replaced by RGR92 (code 4627).geographic 2DEPSGEPSG` +Y'EPSGMartinique 1938Replaced by RRAF 1991 (CRS code 4558).geographic 2DEPSGEPSG ;'EPSGRGFG95See CRS code 7041 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSG0  'EPSGCSG67geographic 2DEPSGEPSG` +Y'EPSGGuadeloupe 1948Replaced by RRAF 1991 (CRS code 4558).geographic 2DEPSGEPSG] %Y'EPSG Fort MarigotReplaced by RRAF 1991 (CRS code 4558).geographic 2DEPSGEPSG݁4  'EPSG Point 58The 12th parallel traverse of 1966-70 is connected to the Blue Nile 1958 (Adindan) network in western Sudan (geogCRS code 4201).geographic 2DEPSGEPSGA 9 'EPSG ETRS89-SWE [SWEREF 99]geographic 2DEPSGEPSGہ% u'EPSG SAD69Uses GRS 1967 ellipsoid with 1/f to exactly 2 decimal places. In Brazil only, replaced by SAD69(96) (CRS code 5527).geographic 2DEPSGEPSGڂ #!'EPSG NAD83(CSRS)Includes all versions of NAD83(CSRS) from v2 [CSRS98] onwards without specific identification. As such it has an accuracy of approximately 1m. Note: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSG: + 'EPSGSelvagem Grandegeographic 2DEPSGEPSG^ #]'EPSGPorto SantoReplaced by 1995 system (CRS code 4663).geographic 2DEPSGEPSG0  'EPSGQND95geographic 2DEPSGEPSG1  'EPSGSegarageographic 2DEPSGEPSGՁ c'EPSGJGD2000Replaces Tokyo (CRS code 4301) from April 2002. From 21st October 2011 replaced by JGD2011 (CRS code 6668).geographic 2DEPSGEPSGh )k'EPSGHong Kong 1980Replaces Hong Kong 1963 and Hong Kong 1963(67).geographic 2DEPSGEPSGӁ #'EPSGXian 1980Replaces Beijing 1954 (CRS code 4214). Replaced by CGCS2000(CRS code 4490).geographic 2DEPSGEPSGs %'EPSGNAD27(CGQ77)Note: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSGp 'EPSGNAD27(76)Note: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSG; - 'EPSGSt. Vincent 1945geographic 2DEPSGEPSG9 ) 'EPSGSt. Lucia 1955geographic 2DEPSGEPSG9 ) 'EPSGSt. Kitts 1955geographic 2DEPSGEPSG: + 'EPSGMontserrat 1958geographic 2DEPSGEPSG7 % 'EPSGGrenada 1953geographic 2DEPSGEPSG8 ' 'EPSGDominica 1945geographic 2DEPSGEPSG7 % 'EPSGAntigua 1943geographic 2DEPSGEPSG8 ' 'EPSGAnguilla 1957geographic 2DEPSGEPSGȁc i'EPSGRRAF 1991Replaces older local systems Fort Marigot and Sainte Anne CRS (codes 4621-22) in Guadeloupe and Fort Desaix (CRS code 4625) in Martinique. Replaced by RGAF09 (CRS code 5489).geographic 2DEPSGEPSGf o'EPSGRRAF 1991Replaces older local 2D systems Fort Marigot and Sainte Anne CRS (codes 4621-22) in Guadeloupe and Fort Desaix (CRS code 4625) in Martinique. Replaced by RGAF09 (CRS code 5488).geographic 3DEPSGEPSGn !EPSGRRAF 1991Replaces older local geographic 2D systems Fort Marigot and Sainte Anne CRS (codes 4621-22) in Guadeloupe and Fort Desaix (CRS code 4625) in Martinique. Replaced by RGAF09 (CRS code 5487).geocentricEPSGdEPSG #'EPSGNew BeijingReplaces Beijing 1954 (CRS code 4214). Replaced by CGCS2000 (code 4490).geographic 2DEPSGEPSG Wy'EPSGChina Geodetic Coordinate System 2000Adopted July 2008. Replaces Xian 1980 (CRS code 4610).geographic 2DEPSGEPSG 'K'EPSGMexico ITRF92Replaces NAD27 (CRS code 4267). Replaced by Mexico ITRF2008 (CRS code 6365) from December 2010.geographic 2DEPSGEPSG #jQj J # o Rk2U7%nzj #O'EPSGBSIRGAS 2000Replaces SIRGAS 1995 system (CRS code 4179) for South America; expands SIRGAS to Central America.geographic 2DEPSGEPSGu 5y'EPSGAChatham Islands 1979Replaces CI1971. Replaced by NZGD2000 from March 2000.geographic 2DEPSGEPSGR 53'EPSG@Chatham Islands 1971Replaced by CI1979.geographic 2DEPSGEPSG #]'EPSG?Voirol 1879The appropriate usage of CRSs using the Voirol 1875 and 1879 datums is lost in antiquity. They differ by about 9 metres. Oil industry references to one could in reality be to either. All replaced by Nord Sahara 1959 (CRS code 4307).geographic 2DEPSGEPSG 1'EPSG>ETRS89-ITA [IGM95]Replaced by ETRS89-ITA [RDN2008] (CRS code 6706) from 2011-11-10.geographic 2DEPSGEPSG= 1 'EPSG=ETRS89-LTU [LKS94]geographic 2DEPSGEPSG/  'EPSG kJru %'EPSGNahrwan 1934In Iran, replaced by FD58. In Iraq, replaced by Karbala 1979.geographic 2DEPSGEPSGXa k'EPSGGDM2000Replaces all earlier Malaysian geographic CRSs.geographic 2DEPSGEPSGV) 'EPSGFD54Except for cadastral survey, replaced by ED50 in the late 1970's. For cadastral survey, replaced by fk89 (CRS code 4753).geographic 2DEPSGEPSGUu 'EPSGPZ-90Used by the Glonass satellite navigation system prior to 2007-09-20.geographic 2DEPSGEPSGT 1M'EPSGHong Kong 1963(67)For military purposes only, replaces Hong Kong 1963. Replaced by Hong Kong 1980 (CRS code 4611).geographic 2DEPSGEPSGSB )'EPSGHong Kong 1963Replaced by Hong Kong 1963(67) (CRS code 4839) for military purposes only. For all purposes, replaced by Hong Kong 1980 (CRS code 4611).geographic 2DEPSGEPSGR2  'EPSGKGD2002geographic 2DEPSGEPSGQ; - 'EPSGDeception Islandgeographic 2DEPSGEPSGP6 # 'EPSGKusaie 1951geographic 2DEPSGEPSGO7 % 'EPSG~Tristan 1968geographic 2DEPSGEPSGN; - 'EPSG}Wake Island 1952geographic 2DEPSGEPSGM@ 7 'EPSG|Marshall Islands 1960geographic 2DEPSGEPSGL9 ) ' EPSG{Viti Levu 1916geographic 2DEPSGEPSGK5 ! 'EPSGzSanto 1965geographic 2DEPSGEPSGJa '_'EPSGyPitcairn 1967Replced by Pitcairn 2006 (CRS code 4763).geographic 2DEPSGEPSGI: !'EPSGxPN84Replaces PN68 (CRS code 9403) only on western islands (El Hierro, La Gomera, La Palma and Tenerife). Replaced by REGCAN95 (CRS code 4081).geographic 2DEPSGEPSGH6 # 'EPSGwMidway 1961geographic 2DEPSGEPSGGV W'EPSGvSIGD61Superseded by CIGD11 (CRS code 6135).geographic 2DEPSGEPSGF? 5 'EPSGuJohnston Island 1961geographic 2DEPSGEPSGE< / 'EPSGtDiego Garcia 1969geographic 2DEPSGEPSGDV W'EPSGsGCGD59Superseded by CIGD11 (CRS code 6135).geographic 2DEPSGEPSGC= 1 'EPSGrSouth Georgia 1968geographic 2DEPSGEPSGB@ #'EPSGqFiji 1956For topographic mapping replaces Viti Levu 1912 (CRS code 4752) and Vanua Levu 1915 (CRS code 4748). Replaced by Fiji 1986 (CRS code 4720).geographic 2DEPSGEPSGA ['EPSGpFiji 1986Replaces Viti Levu 1912 (CRS code 4752), Vanua Levu 1915 (CRS code 4748) and Fiji 1956 (CRS code 4721).geographic 2DEPSGEPSG@= 1 'EPSGoEaster Island 1967geographic 2DEPSGEPSG?7 % 'EPSGnSolomon 1968geographic 2DEPSGEPSG>9 ) 'EPSGmCape Canaveralgeographic 2DEPSGEPSG=? 5 'EPSGlPhoenix Islands 1966geographic 2DEPSGEPSG<4 +'EPSGkCamp Area AstroReplaced by RSRGD2000 (CRS code 4764). The relationship to this is variable. See Land Information New Zealand LINZS25001.geographic 2DEPSGEPSG;3  'EPSGjBellevuegeographic 2DEPSGEPSG:> 3 'EPSGiAyabelle Lighthousegeographic 2DEPSGEPSG9@ 7 'EPSGhAscension Island 1958geographic 2DEPSGEPSG8= 1 'EPSGgMarcus Island 1952geographic 2DEPSGEPSG7 %#'EPSGfAstro DOS 71Used between 1972 and 2015. Replaced by SHGD2015 (CRS code 7886) from 2015.geographic 2DEPSGEPSG68 ' 'EPSGeIwo Jima 1945geographic 2DEPSGEPSG5= 1 'EPSGdCocos Islands 1965geographic 2DEPSGEPSG4; - 'EPSGcTern Island 1961geographic 2DEPSGEPSG3 C'EPSGbEgypt Gulf of Suez S-650 TLDiffers from Egypt 1907 (CRS code 4229) by approximately 20m.geographic 2DEPSGEPSG20 -u'EPSGaMhast (offshore)Used by CABGOC. Differs from Mhast (onshore) by approximately 10m. Replaced by Malongo 1987 (CRS code 4259) in 1987.geographic 2DEPSGEPSG1)+'EPSG`Mhast (onshore)Adopt %G'EPSGKarbala 1979Geodetic network established by Polservice consortium. Replaces Nahrwan 1934 (CRS code 4744). Replaced by IGRS (CRS code 3889). At time of record population, information regarding usage within oil sector is not available.geographic 2DEPSGEPSGW !gK p   G ;.3G g; - 'EPSGRT38 (Stockholm)geographic 2DEPSGEPSG< / 'EPSGBatavia (Jakarta)geographic 2DEPSGEPSG' 3]'EPSGVoirol 1875 (Paris)The appropriate usage of CRSs using the Voirol 1875 and 1879 datums is lost in antiquity. They differ by about 9 metres. Oil industry references to one could in reality be to either. All replaced by Nord Sahara 1959 (CRS code 4307).geographic 2DEPSGEPSG= 1 'EPSGTananarive (Paris)geographic 2DEPSGEPSG: + 'EPSGBD50 (Brussels)geographic 2DEPSGEPSG; - ' EPSGPadang (Jakarta)geographic 2DEPSGEPSG6 # 'EPSGNTF (Paris)geographic 2DEPSGEPSG= 1 'EPSGMonte Mario (Rome)geographic 2DEPSGEPSG #G'EPSGMGI (Ferro)Replaced by MGI (CRS code 4312) in Austria and MGI 1901 (CRS code 3906) in former Yugoslavia.geographic 2DEPSGEPSG= 1 'EPSGMakassar (Jakarta)geographic 2DEPSGEPSG/ +u'EPSGLisbon (Lisbon)Replaces Lisbon 1890 (Lisbon) system which used Bessel 1841 ellipsoid (code 4904). Replaced by Datum 73 (code 4274).geographic 2DEPSGEPSGu 5y'EPSGBogota 1975 (Bogota)Replaces earlier 3 adjustments of 1951, 1944 and 1941.geographic 2DEPSGEPSG[ 'S'EPSGCH1903 (Bern)Replaced by CH1903 (CRS code 4149).geographic 2DEPSGEPSGd -_'EPSGETRS89-SVN [D96]Replaces MGI, alias D48, (CRS code 4312).geographic 2DEPSGEPSGm1 'EPSGRSRGD2000Replaces Camp Area Astro (CRS code 4715). The relationship to this is variable. See Land Information New Zealand LINZS25001.geographic 2DEPSGEPSGl 'I'EPSGPitcairn 2006Replaces Pitcairn 1967 (CRS code 4729). For practical purposes may be considered to be WGS 84.geographic 2DEPSGEPSGkX Y'EPSGBDA2000Replaces Bermuda 1957 (CRS code 4216).geographic 2DEPSGEPSGj> 3 'EPSGETRS89-HRV [HTRS96]geographic 2DEPSGEPSGiD 3'EPSGWGS 66Replaced by WGS 72.geographic 2DEPSGEPSGh* +k'EPSGNAD83(NSRS2007)Note: this CRS includes POSITIVE EAST longitudes. Replaces NAD83(HARN) and NAD83(FBN). Replaced by NAD83(2011).geographic 2DEPSGEPSGgQ K'EPSGJAD2001Replaces JAD69 (CRS code 4242).geographic 2DEPSGEPSGf0  'EPSGSVY21geographic 2DEPSGEPSGeV U'EPSGVN-2000Replaces Hanoi 1972 (CRS code 4147).geographic 2DEPSGEPSGd> )'EPSGDGN95Replaces ID74.geographic 2DEPSGEPSGcA +'EPSGLGD2006Replaces ELD79.geographic 2DEPSGEPSGb` m'EPSGfk89Replaces FD54 (CRS code 4741). Coordinate differences are less than 0.05 seconds (2m). The name of this system is also used for the dependent projected CRS - see CRS code 3173.geographic 2DEPSGEPSGa4 )'EPSGViti Levu 1912For topographic mapping, replaced by Fiji 1956 (CRS code 4721). For other purposes, replaced by Fiji 1986 (CRS code 4720).geographic 2DEPSGEPSG`7 % 'EPSGKertau (RSO)Used only for metrication of RSO grid. See Kertau 1968 (CRS code 4245) for other purposes. Replaced by GDM2000 (CRS code 4742).geographic 2DEPSGEPSG_[ !Y'EPSGST87 OuveaReplaced by RGNC91-93 (CRS code 4749).geographic 2DEPSGEPSG^/ 'EPSGRGNC91-93Replaces older systems IGN56 Lifou, IGN72 Grande Terre, ST87 Ouvea, IGN53 Mare, ST84 Ile des Pins, ST71 Belep and NEA74 Noumea. Replaced by RGNC15 (CRS 10310). See CRS code 10307 for alternate system with axes reversed used by DITTT for GIS purposes.geographic 2DEPSGEPSG]5 +'EPSGVanua Levu 1915For topographic mapping, replaced by Fiji 1956 (CRS code 4721). For other purposes, replaced by Fiji 1986 (CRS code 4720).geographic 2DEPSGEPSG\ W'EPSGGR96Replaces all earlier Greenland geographic CRSs (Ammassalik 1958, Qoornoq 1927 and Scoresbysund 1952).geographic 2DEPSGEPSG3 'EPSGPD/83Consistent with DHDN (CRS code 4314) at the 1-metre level. For low accuracy applications PD/83 can be considered the same as DHDN.geographic 2DEPSGEPSGZ $j]" k B   n ;~9 0nI[FjM K!EPSG.ITRF88Replaced by ITRF89 (code 4911).geocentricEPSGdEPSG/  'EPSG-GR96geographic 3DEPSGEPSG,  !EPSG,GR96geocentricEPSGdEPSG/ 'EPSG+RGNC91-93Replaces older systems IGN56 Lifou, IGN72 Grande Terre, ST87 Ouvea, IGN53 Mare, ST84 Ile des Pins, ST71 Belep and NEA74 Noumea. Replaced by RGNC15 (CRS 10309). See CRS code 10300 for alternate system with axes reversed used by DITTT for GIS purposes.geographic 3DEPSGEPSG] O!EPSG*RGNC91-93Replaces older local geographic 2D systems IGN56 Lifou, IGN72 Grande Terre, ST87 Ouvea, IGN53 Mare, ST84 Ile des Pins, ST71 Belep and NEA74 Noumea (CRS codes 4633, 4641-44, 4662 and 4750). Replaced by RGNC15 (CRS code 10308).geocentricEPSGdEPSG] 53'EPSG(Lisbon 1890 (Lisbon)Replaced by Lisbon 1937 system which uses International 1924 ellipsoid (code 4803).geographic 2DEPSGEPSGX 5?'EPSG'Madrid 1870 (Madrid)Replaced by ED50 in 1970.geographic 2DEPSGEPSG6 # ' EPSG&NDG (Paris)geographic 2DEPSGEPSGl #w'EPSG%ATF (Paris)ProjCRS covering all mainland France based on this datum used Bonne projection. In Alsace, suspected to be an extension of core network based on transformation of old German system.geographic 2DEPSGEPSG2  'EPSG$LGD2006geographic 3DEPSGEPSGb/  !EPSG#LGD2006geocentricEPSGdEPSGb0  'EPSG"DGN95geographic 3DEPSGEPSGc-  !EPSG!DGN95geocentricEPSGdEPSGcy !EPSG ITRF2005Replaces ITRF2000 (CRS code 4919). Replaced by ITRF2008 (CRS code 5332).geocentricEPSGdEPSG2  'EPSGJAD2001geographic 3DEPSGEPSGf/  !EPSGJAD2001geocentricEPSGdEPSGf4 +'EPSGNAD83(NSRS2007)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(HARN) and NAD83(FBN). Replaced by NAD83(2011).geographic 3DEPSGEPSGgu +!EPSGNAD83(NSRS2007)Replaces NAD83(HARN) and NAD83(FBN). Replaced by NAD83(2011).geocentricEPSGdEPSGgD 3'EPSGWGS 66Replaced by WGS 72.geographic 3DEPSGEPSGhA 3!EPSGWGS 66Replaced by WGS 72.geocentricEPSGdEPSGh> 3 'EPSGETRS89-HRV [HTRS96]geographic 3DEPSGEPSGi; 3 !EPSGETRS89-HRV [HTRS96]geocentricEPSGdEPSGi2  'EPSGBDA2000geographic 3DEPSGEPSGj/  !EPSGBDA2000geocentricEPSGdEPSGj4  'EPSGRSRGD2000geographic 3DEPSGEPSGl1  !EPSGRSRGD2000geocentricEPSGdEPSGlj -i'EPSGETRS89-SVN [D96]The CORS station coordinates in the D96 SIGNAL network have been referenced to D96-17 since 2020-01-01. For practical purposes D96-17 is considered to be consistent with D96.geographic 3DEPSGEPSGmg -i!EPSGETRS89-SVN [D96]The CORS station coordinates in the D96 SIGNAL network have been referenced to D96-17 since 2020-01-01. For practical purposes D96-17 is considered to be consistent with D96.geocentricEPSGdEPSGm3  'EPSGPrincipegeographic 2DEPSGEPSG3  'EPSGSao Tomegeographic 2DEPSGEPSG' 3]'EPSGVoirol 1879 (Paris)The appropriate usage of CRSs using the Voirol 1875 and 1879 datums is lost in antiquity. They differ by about 9 metres. Oil industry references to one could in reality be to either. All replaced by Nord Sahara 1959 (CRS code 4307).geographic 2DEPSGEPSG; - 'EPSGSegara (Jakarta)geographic 2DEPSGEPSGC = ' EPSGNord Sahara 1959 (Paris)geographic 2DEPSGEPSG5 )'EPSGS-JTSK (Ferro)Initial realization, observed and calculated in projected CRS domain (CRS code 2065). Later densification introduced distortion with inaccuracy of several decimetres. In Slovakia has been deprecated and replaced by Greenwich equivalent, CRS code 4156.geographic 2DEPSGEPSG: + 'EPSGNGO 1948 (Oslo)geographic 2DEPSGEPSGh -g'EPSGCarthage (Paris)Replaced by Greenwich-based Carthage geogCRS.geographic 2DEPSGEPSG:) 'EPSGGreek (Athens)geographic 2DEPSGEPSG %(P x j 7 V  xWSF 3!EPSGTETRS89-LVA [LKS-92]Replaced by ETRS89-LVA [LKS-2020] (CRS code 10303) from 2026-10-01.geocentricEPSGdEPSGn 'EPSGSJGD2000From 21st October 2011 replaced by JGD2011 (CRS code 6667).geographic 3DEPSGEPSGk !EPSGRJGD2000From 21st October 2011 replaced by JGD2011 (CRS code 6666).geocentricEPSGdEPSGT U'EPSGQISN93Replaced by ISN2004 (CRS code 5323).geographic 3DEPSGEPSGQ U!EPSGPISN93Replaced by ISN2004 (CRS code 5322).geocentricEPSGdEPSG@ 7 'EPSGOETRS89-IRE [ETRF2000]geographic 3DEPSGEPSG= 7 !EPSGNETRS89-IRE [ETRF2000]geocentricEPSGdEPSG; - 'EPSGMHartebeesthoek94geographic 3DEPSGEPSG8 - !EPSGLHartebeesthoek94geocentricEPSGdEPSG0  'EPSGKGDA94geographic 3DEPSGEPSG-  !EPSGJGDA94geocentricEPSGdEPSGy 'EPSGIETRS89Has been realized through ETRF89, ETRF90, ETRF91, ETRF92, ETRF93, ETRF94, ETRF96, ETRF97, ETRF2000, ETRF2005 and ETRF2014. This 'ensemble' covers any or all of these realizations without distinction.geographic 3DEPSGEPSGrv !EPSGHETRS89Has been realized through ETRF89, ETRF90, ETRF91, ETRF92, ETRF93, ETRF94, ETRF96, ETRF97, ETRF2000, ETRF2005 and ETRF2014. This 'ensemble' covers any or all of these realizations without distinction.geocentricEPSGdEPSGr= 1 'EPSGGETRS89-EST [EST97]geographic 3DEPSGEPSG$: 1 !EPSGFETRS89-EST [EST97]geocentricEPSGdEPSG$ e'EPSGECHTRS95Referenced to ETRF89 at epoch 1993.0. First realized through CHTRF95 and subsequently CHTRF98, 2004, 2010 and 2016 with an aim to re-measure every 6 years. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geographic 3DEPSGEPSG e!EPSGDCHTRS95Referenced to ETRF89 at epoch 1993.0. First realized through CHTRF95 and subsequently CHTRF98, 2004, 2010 and 2016 with an aim to re-measure every 6 years. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geocentricEPSGdEPSG? 5 'EPSGCAustralian Antarcticgeographic 3DEPSGEPSG < 5 !EPSGBAustralian AntarcticgeocentricEPSGdEPSG R G'EPSGAPOSGAR 94Legally adopted in May 1997. Replaced by POSGAR 98 for scientific and many practical purposes until May 2009. Officially replaced by POSGAR 2007 in May 2009.geographic 3DEPSGEPSG&O G!EPSG@POSGAR 94Legally adopted in May 1997. Replaced by POSGAR 98 for scientific and many practical purposes until May 2009. Officially replaced by POSGAR 2007 in May 2009.geocentricEPSGdEPSG&2  'EPSG?KGD2002geographic 3DEPSGEPSGQ/  !EPSG>KGD2002geocentricEPSGdEPSGQ: + 'EPSG=Mauritania 1999geographic 3DEPSGEPSG.7 + !EPSG 9 !EPSGpETRS89-SWE [SWEREF 99]geocentricEPSGdEPSG &ok47 W d E ; W\/~MZ)Aot !EPSGISN2004Replaces ISN93 (CRS code 4944). Replaced by ISN2016 (CRS code 8084).geocentricEPSGdEPSG$\ !['EPSGDRUKREF 03Replaced by DrukRef23 (CRS code 11226).geographic 2DEPSGEPSG"\ !['EPSGDRUKREF 03Replaced by DrukRef23 (CRS code 11225).geographic 3DEPSGEPSG"Y ![!EPSGDRUKREF 03Replaced by DrukRef23 (CRS code 11224).geocentricEPSGdEPSG"0  'EPSGTUREFgeographic 2DEPSGEPSG!0  'EPSGTUREFgeographic 3DEPSGEPSG!-  !EPSGTUREFgeocentricEPSGdEPSG! C'EPSG~GDBD2009Introduced from July 2009 to replace Timbalai 1948 (CRS code 4298) for government purposes.geographic 2DEPSGEPSG 3  'EPSG}GDBD2009geographic 3DEPSGEPSG 0  !EPSG|GDBD2009geocentricEPSGdEPSG 0  'EPSGqSLD99geographic 2DEPSGEPSG /M'EPSGmS-JTSK/05 (Ferro)Derived through projCRS code 5224 to improve the scale and homogeneity of CRS 4818 within Czechia as a scientific working system, but CRS 4818 remains the legal system. See CRS code 5228 for Greenwich-referenced alternative.geographic 2DEPSGEPSG ;'EPSGlS-JTSK/05Derived through projCRS 5515 to improve the scale and homogeneity of CRS 4156 within Czechia as a scientific working system, but CRS 4156 remains the legal system. See CRS code 5229 for Ferro-referenced alternative.geographic 2DEPSGEPSG !?'EPSG Tokyo 1892Extended from Japan to Korea in 1898. In Japan, replaced by Tokyo 1918 (CRS code 4301). In South Korea replaced by Tokyo 1918 only for geodetic applications; for all other purposes replaced by Korean 1985 (code 4162).geographic 2DEPSGEPSG/ 'EPSGPTRA08Replaces Azores Occidental 1939, Azores Central 1995, Azores Oriental 1995 and Porto Santo 1995 (CRS codes 4182 and 4663-65).geographic 2DEPSGEPSG1  'EPSGPTRA08geographic 3DEPSGEPSG.  !EPSGPTRA08geocentricEPSGdEPSG/  'EPSGRGPFgeographic 3DEPSGEPSG,  !EPSGRGPFgeocentricEPSGdEPSG~ %'EPSGMAGNA-SIRGASFor high accuracy purposes replaced by MAGNA-SIRGAS 2018 (code 20045).geographic 3DEPSGEPSG{ %!EPSGMAGNA-SIRGASFor high accuracy purposes replaced by MAGNA-SIRGAS 2018 (code 20044).geocentricEPSGdEPSG0  'EPSGPRS92geographic 3DEPSGEPSG-  !EPSGPRS92geocentricEPSGdEPSG +'EPSGLao 1997Replaces Lao 1993. Lao 1993 coordinate values are within 1m of Lao 1997 values.geographic 3DEPSGEPSG +!EPSGLao 1997Replaces Lao 1993. Lao 1993 coordinate values are within 1m of Lao 1997 values.geocentricEPSGdEPSG 1'EPSGLao 1993Replaced by Lao 1997. Lao 1993 coordinate values are within 1m of Lao 1997 values.geographic 3DEPSGEPSG 1!EPSG~Lao 1993Replaced by Lao 1997. Lao 1993 coordinate values are within 1m of Lao 1997 values.geocentricEPSGdEPSG #O'EPSG}SIRGAS 2000Replaces SIRGAS 1995 system (CRS code 4975) for South America; expands SIRGAS to Central America.geographic 3DEPSGEPSG #O!EPSG|SIRGAS 2000Replaces SIRGAS 1995 system (CRS code 4974) for South America; expands SIRGAS to Central America.geocentricEPSGdEPSG[ ]'EPSG{WGS 72BEBroadcast ephemeris. Replaced by WGS 84.geographic 3DEPSGEPSGX ]!EPSGzWGS 72BEBroadcast ephemeris. Replaced by WGS 84.geocentricEPSGdEPSGD 3'EPSGyWGS 72Replaced by WGS 84.geographic 3DEPSGEPSGA 3!EPSGxWGS 72Replaced by WGS 84.geocentricEPSGdEPSG 1'EPSGwETRS89-ITA [IGM95]Replaced by ETRS89-ITA [RDN2008] (CRS code 6705) from 2011-11-10.geographic 3DEPSGEPSG| 1!EPSGvETRS89-ITA [IGM95]Replaced by ETRS89-ITA [RDN2008] (CRS code 6704) from 2011-11-10.geocentricEPSGdEPSG6 # 'EPSGuYemen NGN96geographic 3DEPSGEPSG3 # !EPSGtYemen NGN96geocentricEPSGdEPSG1  'EPSGsWGS 84geographic 3DEPSGEPSG/ !EPSGrWGS 84geocentricEPSGdEPSG "jc  S & T>yDs{>2!j5  'EPSGSAD69(96)Uses GRS 1967 ellipsoid with 1/f to exactly 2 decimal places. Replaces SAD69 original adjustment (CRS code 4618) only in Brazil.geographic 2DEPSGEPSG3q 3s'EPSGCorrego Alegre 1961Replaced by Corrego Alegre 1970-72 (CRS code 4225).geographic 2DEPSGEPSG2 c'EPSGqRGAF09Replaces RRAF 1991. See CRS code 7086 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSG18 'EPSGpRGAF09Replaces RRAF 1991 (CRS code 4557). See CRS code 7085 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSG1Q S!EPSGoRGAF09Replaces RRAF 1991 (CRS code 4556).geocentricEPSGdEPSG1< / 'EPSG[Panama-Colon 1911geographic 2DEPSGEPSG0; - 'EPSGXSibun Gorge 1922geographic 2DEPSGEPSG/: + 'EPSGKOcotepeque 1935Replaced in Costa Rica by Costa Rica 2005 (CR05) from March 2007 and replaced in El Salvador by SIRGAS_ES2007 from August 2007.geographic 2DEPSGEPSG.: + 'EPSGSIRGAS_ES2007.8geographic 2DEPSGEPSG-j +m'EPSGSIRGAS_ES2007.8Densification of SIRGAS 2000 within El Salvador.geographic 3DEPSGEPSG-g +m!EPSGSIRGAS_ES2007.8Densification of SIRGAS 2000 within El Salvador.geocentricEPSGdEPSG-b %c'EPSGSIRGAS-ROU98Replaces Yacare (CRS code 4309) in Uruguay.geographic 2DEPSGEPSG,_ %]'EPSGSIRGAS-ROU98Densification of SIRGAS 1995 in Uruguay.geographic 3DEPSGEPSG,4 % !EPSGSIRGAS-ROU98geocentricEPSGdEPSG,Y ]'EPSGPeru96Replaces PSAD56 (CRS code 4248) in Peru.geographic 2DEPSGEPSG+1  'EPSGPeru96geographic 3DEPSGEPSG+8 ' 'EPSGMACARIO SOLISgeographic 2DEPSGEPSG*c 'c'EPSGMACARIO SOLISDensification of SIRGAS 2000 within Panama.geographic 3DEPSGEPSG*P Q!EPSGPeru96Densification of SIRGAS95 in Peru.geocentricEPSGdEPSG+` 'c!EPSGMACARIO SOLISDensification of SIRGAS 2000 within Panama.geocentricEPSGdEPSG*7 'EPSGCR05Replaces Ocotepeque (CRS code 5451) in Costa Rica from March 2007. Replaced by CR-SIRGAS epoch 2014.59 (CRS code 8907) from April 2018.geographic 2DEPSGEPSG)t 'EPSGCR05Replaced by CR-SIRGAS epoch 2014.59 (CRS code 8906) from April 2018.geographic 3DEPSGEPSG)q !EPSGCR05Replaced by CR-SIRGAS epoch 2014.59 (CRS code 8905) from April 2018.geocentricEPSGdEPSG)0 /s'EPSGSIRGAS-Chile 2002Densification of SIRGAS 2000 within Chile. Replaces PSAD56 (CRS code 6248) in Chile, HITO XVIII (CRS code 6254) in Chilean Tierra del Fuego and Easter Island 1967 (CRS code 6719) in Easter Island. Replaced by SIRGAS-Chile 2013 (CRS code 9148).geographic 2DEPSGEPSG( /?'EPSGSIRGAS-Chile 2002Densification of SIRGAS 2000 within Chile. Replaced by SIRGAS-Chile 2013 (CRS code 9147).geographic 3DEPSGEPSG( /?!EPSGSIRGAS-Chile 2002Densification of SIRGAS 2000 within Chile. Replaced by SIRGAS-Chile 2013 (CRS code 9146).geocentricEPSGdEPSG([ a'EPSGMARGENReplaces PSAD56 (CRS code 4248) in Boliviageographic 2DEPSGEPSG'1  'EPSGMARGENgeographic 3DEPSGEPSG'.  !EPSGMARGENgeocentricEPSGdEPSG') #q'EPSGPOSGAR 2007Adopted as official replacement of POSGAR 94 in May 2009. Also replaces de facto use of POSGAR 98 as of same date.geographic 3DEPSGEPSG&& #q!EPSGPOSGAR 2007Adopted as official replacement of POSGAR 94 in May 2009. Also replaces de facto use of POSGAR 98 as of same date.geocentricEPSGdEPSG&) #q'EPSGPOSGAR 2007Adopted as official replacement of POSGAR 94 in May 2009. Also replaces de facto use of POSGAR 98 as of same date.geographic 2DEPSGEPSG&y !EPSGITRF2008Replaces ITRF2005 (CRS code 4896). Replaced by ITRF2014 (CRS code 7789).geocentricEPSGdEPSG%w 'EPSGISN2004Replaces ISN93 (CRS code 4659). Replaced by ISN2016 (CRS code 8086).geographic 2DEPSGEPSG$ #kR C   | I  A S'q `DXkw 'EPSG JGD2011Replaces JGD2000 (CRS code 4947) with effect from 21st October 2011.geographic 3DEPSGEPSGht !EPSG JGD2011Replaces JGD2000 (CRS code 4946) with effect from 21st October 2011.geocentricEPSGdEPSGhu +'EPSGMexico ITRF2008Replaces Mexico ITRF92 (CRS code 4483) from December 2010.geographic 2DEPSGEPSG`u +'EPSGMexico ITRF2008Replaces Mexico ITRF92 (CRS code 4482) from December 2010.geographic 3DEPSGEPSG`r +!EPSGMexico ITRF2008Replaces Mexico ITRF92 (CRS code 4481) from December 2010.geocentricEPSGdEPSG`' #m'EPSGNAD83(MA11)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(HARN) (GGN93) and NAD83(FBN) in Guam.geographic 2DEPSGEPSG^' #m'EPSGNAD83(MA11)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(HARN) (GGN93) and NAD83(FBN) in Guam.geographic 3DEPSGEPSG^g #u!EPSGNAD83(MA11)Replaces NAD83(HARN) (GGN93) and NAD83(FBN) in Guam.geocentricEPSGdEPSG^4 #'EPSGNAD83(PA11)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(HARN) and NAD83(FBN) in Hawaii and American Samoa.geographic 2DEPSGEPSG]4 #'EPSGNAD83(PA11)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(HARN) and NAD83(FBN) in Hawaii and American Samoa.geographic 3DEPSGEPSG]u #!EPSGNAD83(PA11)Replaces NAD83(HARN) and NAD83(FBN) in Hawaii and American Samoa.geocentricEPSGdEPSG]8 #'EPSGNAD83(2011)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(CORS96) and NAD83(NSRS2007) (CRS codes 6782 and 4893).geographic 3DEPSGEPSG\8 #'EPSGNAD83(2011)Note: this CRS includes longitudes which are POSITIVE EAST. Replaces NAD83(CORS96) and NAD83(NSRS2007) (CRS codes 6783 and 4759).geographic 2DEPSGEPSG\y #!EPSGNAD83(2011)Replaces NAD83(CORS96) and NAD83(NSRS2007) (CRS codes 6781 and 4892).geocentricEPSGdEPSG\f w'EPSGCGRS93Adopted by DLS in 1993 for new survey plans and maps.geographic 2DEPSGEPSGX1  'EPSGCGRS93geographic 3DEPSGEPSGX.  !EPSGCGRS93geocentricEPSGdEPSGXy !'EPSG?Nepal 1981Adopts 1937 metric conversion of 0.30479841 metres per Indian foot.geographic 2DEPSGEPSGW1  'EPSGCIGD11geographic 2DEPSGEPSGL1  'EPSGCIGD11geographic 3DEPSGEPSGL.  !EPSGCIGD11geocentricEPSGdEPSGL2  'EPSGTGD2005geographic 2DEPSGEPSGG2  'EPSGTGD2005geographic 3DEPSGEPSGG/  !EPSGTGD2005geocentricEPSGdEPSGGp  'EPSGDB_REFGeometric component of both DB_REF2003 and DB_REF2016 systems.geographic 3DEPSGEPSG9# u!EPSGDB_REFGeometric component of both DB_REF2003 and DB_REF2016 systems. Derived from ETRS89 through transformation code 5826.geocentricEPSGdEPSG9R M'EPSG1DB_REFGeometric component of both DB_REF2003 and DB_REF2016 systems. Differs from DHDN by 0.5-1m in former West Germany and by a maximum of 3m in former East Germany.geographic 2DEPSGEPSG9y 'EPSGFEH2010Created for engineering survey and construction of Fehmarnbelt tunnel.geographic 2DEPSGEPSG62  'EPSGFEH2010geographic 3DEPSGEPSG6I ?!EPSGFEH2010Trans-national system created due to small (but unacceptable for engineering tolerance) differences between the German and Danish realisations of ETRS89.geocentricEPSGdEPSG6p 'EPSGUCS-2000Adopted 1st January 2007, replacing Pulkovo 1942 (CRS 4284).geographic 2DEPSGEPSG5L ?'EPSGUCS-2000Adopted 1st January 2007.geographic 3DEPSGEPSG5 3!EPSGUCS-2000Adopted 1st January 2007. Defined through transformation code 7817 at epoch 2005.0.geocentricEPSGdEPSG5N I'EPSGPNG94Adopted 1996, replacing AGD66.geographic 2DEPSGEPSG40  'EPSGPNG94geographic 3DEPSGEPSG4. !EPSGPNG94geocentricEPSGdEPSG4 }  \ ' w E 1 WX^)/d}e +a'EPSG}RGR92 (lon-lat)Replaces Piton des Neiges (code 4626). See CRS code 4627 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSGI +)'EPSG|RGR92 (lon-lat)See CRS code 4971 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSGx /'EPSG{RGSPM06 (lon-lat)Replaces Saint Pierre et Miquelon 1950 (CRS code 4638). See CRS code 4463 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSGK /)'EPSGzRGSPM06 (lon-lat)See CRS code 4466 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSGL ='EPSGNIG05/12 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05/12 (CRS code 6987). Referred to in Israeli documentation as "in GRS80".geographic 2DEPSGEPSGx =5'EPSGMIG05/12 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05/12 (CRS code 6986).geographic 3DEPSGEPSGx =5!EPSGLIG05/12 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05/12 (CRS code 6985).geocentricEPSGdEPSGxb k' EPSGKIGD05/12Replaces IGD05 (CRS code 6980) from March 2012.geographic 2DEPSGEPSGyR K' EPSGJIGD05/12Replaces IGD05 (CRS code 6979).geographic 3DEPSGEPSGyO K! EPSGIIGD05/12Replaces IGD05 (CRS code 6978).geocentricEPSGdEPSGyF 7'EPSGGIG05 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05 (CRS code 6980). Referred to in Israeli documentation as "in GRS80".geographic 2DEPSGEPSGv 7/'EPSGFIG05 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05 (CRS code 6979).geographic 3DEPSGEPSGv 7/!EPSGEIG05 Intermediate CRSIntermediate system not used for spatial referencing - use IGD05 (CRS code 6978).geocentricEPSGdEPSGv g' EPSGDIGD05Replaces Israel 1993 (CRS code 4141) from January 2005. Replaced by IGD05/12 (CRS code 6987) from March 2012.geographic 2DEPSGEPSGwU W' EPSGCIGD05Replaced by IGD05/12 (CRS code 6986).geographic 3DEPSGEPSGwR W! EPSGBIGD05Replaced by IGD05/12 (CRS code 6985).geocentricEPSGdEPSGw U!EPSGIGS08Used for products from International GNSS Service (IGS) analysis centres from 2011-04-17 through 2012-10-06. Replaces IGS05 (code 9010). Replaced by IGb08 (code 9015). For most practical purposes IGS08 is equivalent to ITRF2008.geocentricEPSGdEPSGu1  'EPSGGambiageographic 2DEPSGEPSGsA 9 'EPSGSouth East Island 1943geographic 2DEPSGEPSGr0  'EPSGBiokogeographic 2DEPSGEPSGp< / 'EPSGBekaa Valley 1920geographic 2DEPSGEPSGq4  'EPSGAden 1925geographic 2DEPSGEPSGo# 'a'EPSGNAD83(CORS96)Note: this CRS includes POSITIVE EAST longitudes. Replaced by NAD83(2011) (CRS code 6318) from 2011-09-06.geographic 2DEPSGEPSGm# 'a'EPSG~NAD83(CORS96)Note: this CRS includes POSITIVE EAST longitudes. Replaced by NAD83(2011) (CRS code 6319) from 2011-09-06.geographic 3DEPSGEPSGmm '}!EPSG}NAD83(CORS96)Replaced by NAD83(2011) (CRS code 6317) from 2011-09-06.geocentricEPSGdEPSGm| 5'EPSG2ETRS89-ITA [RDN2008]Replaces ETRS89-ITA [IGM95] (CRS code 4670) from 2011-11-10.geographic 2DEPSGEPSGl| 5'EPSG1ETRS89-ITA [RDN2008]Replaces ETRS89-ITA [IGM95] (CRS code 4983) from 2011-11-10.geographic 3DEPSGEPSGly 5!EPSG0ETRS89-ITA [RDN2008]Replaces ETRS89-ITA [IGM95] (CRS code 4982) from 2011-11-10.geocentricEPSGdEPSGlx'EPSG JGD2011Replaces JGD2000 (CRS code 4612) with effect from 21st October 2011.geographic 2DEPSGEPSGh 6 $ 3 _BR}c mg6f Y'EPSGONGD14In Oman replaces usage of WGS 84 (G873) from 2014. Replaced by ONGD17 (CRS code 9293) from March 2019.geographic 3DEPSGEPSG{ Y!EPSGONGD14In Oman replaces usage of WGS 84 (G873) from 2014. Replaced by ONGD17 (CRS code 9292) from March 2019.geocentricEPSGdEPSG{b k'EPSGIGD05/12Replaces IGD05 (CRS code 7136) from March 2012.geographic 2DEPSGEPSG[R K'EPSGIGD05/12Replaces IGD05 (CRS code 7135).geographic 3DEPSGEPSG[O K!EPSGIGD05/12Replaces IGD05 (CRS code 7134).geocentricEPSGdEPSG[ g'EPSGIGD05Replaces Israel 1993 (CRS code 4141) from January 2005. Replaced by IGD05/12 (CRS code 7139) from March 2012.geographic 2DEPSGEPSGZU W'EPSGIGD05Replaced by IGD05/12 (CRS code 7138).geographic 3DEPSGEPSGZR W!EPSGIGD05Replaced by IGD05/12 (CRS code 7137).geocentricEPSGdEPSGZ 1'EPSGRGTAAF07 (lon-lat)Replaces various local systems on several French overseas territories. See CRS code 7073 for alternate system with axes in sequence lat-lon to be used for air, land and sea navigation purposes.geographic 2DEPSGEPSGY 1' EPSGRGTAAF07 (lon-lat)Replaces various local systems on several French overseas territories. See CRS code 7073 for alternate system with axes in sequence lat-lon to be used for air, land and sea navigation purposes.geographic 2DEPSGEPSGYC 1'EPSGRGTAAF07 (lon-lat)See CRS code 7072 for alternate system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation purposes.geographic 3DEPSGEPSGYS -;'EPSGRGAF09 (lon-lat)Replaces RRAF 1991. See CRS code 5489 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSG1n -q'EPSGRGAF09 (lon-lat)Replaces RRAF 1991 (CRS code 4557). See CRS code 5488 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSG1 K-'EPSGETRS89-FRA [RGF93 v1] (lon-lat)See CRS code 4171 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes. Replaced by ETRS89-FRA [RGF93 v2] (lon-lat) (CRS code 9779) from 2010-06-18.geographic 2DEPSGEPSGR I'EPSGRGTAAF07Replaces various local systems on several French overseas territories. See CRS code 7133 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSGY Q'EPSGRGTAAF07See CRS code 7087 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSGY0  !EPSGRGTAAF07geocentricEPSGdEPSGY& KC'EPSGETRS89-FRA [RGF93 v1] (lon-lat)See CRS code 4965 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes. Replaced by ETRS89-FRA [RGF93 v2] (lon-lat) (CRS code 9778) from 2010-06-18.geographic 3DEPSGEPSG? -'EPSGRGFG95 (lon-lat)See CRS code 4624 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSGJ -)'EPSGRGFG95 (lon-lat)See CRS code 4967 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSG8 +'EPSGRGM04 (lon-lat)Replaces Combani 1950. Replaced by RGM23 (lon-lat) from 2023-01-01 except for cadastral purposes which use Cadastre 1997. See CRS code 4470 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSG {+='EPSG~RGM04 (lon-lat)Replaced by RGM23 (lon-lat) (CRS code 10672) with effect from 2023-01-01. See CRS code  Y'EPSGONGD14In Oman replaces usage of WGS 84 (G873) from 2014. Replaced by ONGD17 (CRS code 9294) from March 2019.geographic 2DEPSGEPSG{ T V L D m:q@ ^+:*CDVcl /k'EPSGSt. Helena TritanClosely aligned to SHGD2015 (CRS code 7885) with difference attributable to different reference epoch and 10 cm difference in ellipsoid height. Replaced by SHGD2015 from 2015.geographic 3DEPSGEPSGh /k!EPSGSt. Helena TritanReplaced by SHGD2015 (CRS code 7884) from 2015.geocentricEPSGdEPSG2  'EPSGGDA2020geographic 2DEPSGEPSG2  'EPSGGDA2020geographic 3DEPSGEPSG/  !EPSGGDA2020geocentricEPSGdEPSGt -'EPSGWGS 84 (Transit)Replaced by WGS84 (G730) (CRS code 7657) from 1994-06-29.geographic 3DEPSGEPSGq -!EPSGWGS 84 (Transit)Replaced by WGS84 (G730) (CRS code 7656) from 1994-06-29.geocentricEPSGdEPSGl 5g'EPSGvETRS89-BGR [BGS2005]Adopted 2010-07-29. Replaces earlier systems.geographic 2DEPSGEPSGR 53'EPSGuETRS89-BGR [BGS2005]Adopted 2010-07-29.geographic 3DEPSGEPSGO 53!EPSGtETRS89-BGR [BGS2005]Adopted 2010-07-29.geocentricEPSGdEPSGy !EPSGmITRF2014Replaces ITRF2008 (CRS code 5332). Replaced by ITRF2020 (CRS code 9988).geocentricEPSGdEPSGv 'EPSGKyrg-06Replaces usage of Pulkovo 1942 in Kyrgyzstan from 7th October 2010.geographic 2DEPSGEPSG2  'EPSGKyrg-06geographic 3DEPSGEPSG/  !EPSGKyrg-06geocentricEPSGdEPSG} 'EPSGGSK-2011Replaces Pulkovo 1995 (CRS code 4200) with effect from 21st October 2011.geographic 2DEPSGEPSG3  'EPSGGSK-2011geographic 3DEPSGEPSG0  !EPSGGSK-2011geocentricEPSGdEPSGe q'EPSGPZ-90.11Replaces PZ-90.02 (CRS code 7678) from 2014-01-15.geographic 3DEPSGEPSGb q!EPSGPZ-90.11Replaces PZ-90.02 (CRS code 7677) from 2014-01-15.geocentricEPSGdEPSG W'EPSGPZ-90.02Replaces PZ-90 (CRS code 4923) from 2007-09-20. Replaced by PZ-90.11 (CRS code 7680) from 2014-01-15.geographic 3DEPSGEPSG W!EPSGPZ-90.02Replaces PZ-90 (CRS code 4922) from 2007-09-20. Replaced by PZ-90.11 (CRS code 7679) from 2014-01-15.geocentricEPSGdEPSG )?'EPSGWGS 84 (G1762)Replaces WGS 84 (G1674) (CRS code 7663) from 2013-10-16. Redesignated WGS 84 (G1762') in 2015 after changes to 7 NGA tracking station locations and antennas. Replaced by WGS 84 (G2139) (CRS code 9754) from 2021-01-03.geographic 3DEPSGEPSG )?!EPSGWGS 84 (G1762)Replaces WGS 84 (G1674) (CRS code 7662) from 2013-10-16. Redesignated WGS 84 (G1762') in 2015 after changes to 7 NGA tracking station locations and antennas. Replaced by WGS 84 (G2139) (CRS code 9753) from 2021-01-03.geocentricEPSGdEPSG. )u'EPSGWGS 84 (G1674)Replaces WGS 84 (G1150) (CRS code 7661) from 2012-02-08. Replaced by WGS 84 (G1762) (CRS code 7665) from 2013-10-16.geographic 3DEPSGEPSG+ )u!EPSGWGS 84 (G1674)Replaces WGS 84 (G1150) (CRS code 7660) from 2012-02-08. Replaced by WGS 84 (G1762) (CRS code 7664) from 2013-10-16.geocentricEPSGdEPSG- )s'EPSGWGS 84 (G1150)Replaces WGS 84 (G873) (CRS code 7659) from 2002-01-20. Replaced by WGS 84 (G1674) (CRS code 7663) from 2012-02-08.geographic 3DEPSGEPSG* )s!EPSGWGS 84 (G1150)Replaces WGS 84 (G873) (CRS code 7658) from 2002-01-20. Replaced by WGS 84 (G1674) (CRS code 7662) from 2012-02-08.geocentricEPSGdEPSG, 's'EPSGWGS 84 (G873)Replaces WGS 84 (G730) (CRS code 7657) from 1997-01-29. Replaced by WGS 84 (G1150) (CRS code 7661) from 2002-01-20.geographic 3DEPSGEPSG) 's!EPSGWGS 84 (G873)Replaces WGS 84 (G730) (CRS code 7656) from 1997-01-29. Replaced by WGS 84 (G1150) (CRS code 7660) from 2002-01-20.geocentricEPSGdEPSG- 'u'EPSGWGS 84 (G730)Replaces WGS 84 (Transit) (CRS code 7816) from 1994-06-29. Replaced by WGS84 (G873) (CRS code 7659) from 1997-01-29.geographic 3DEPSGEPSG'u!0  !EPSGSHGD2015geocentricEPSGdEPSGk /k'EPSGSt. Helena TritanReplaced by SHGD2015 (CRS code 7886) from 2015.geographic 2DEPSGEPSG ;"cG i  < T f [6[7c1 'EPSGETRF2000Replaces ETRF97 (code 7929). On the publication of ETRF2005 the EUREF Technical Working Group recommended ETRF2000 be the realization of ETRS89. ETRF2014 and ETRF2020 (codes 8403 and 10570) are technically superior to all earlier realizations of ETRS89.geographic 3DEPSGEPSG. !EPSGETRF2000Replaces ETRF97 (code 7928). On the publication of ETRF2005 the EUREF Technical Working Group recommended ETRF2000 be the realization of ETRS89. ETRF2014 and ETRF2020 (codes 8401 and 10569) are technically superior to all earlier realizations of ETRS89.geocentricEPSGdEPSGp  'EPSGETRF97Replaces ETRF96 (code 7927). Replaced by ETRF2000 (code 7931).geographic 3DEPSGEPSGm  !EPSGETRF97Replaces ETRF96 (code 7926). Replaced by ETRF2000 (code 7930).geocentricEPSGdEPSGn 'EPSGETRF96Replaces ETRF94 (code 7925). Replaced by ETRF97 (code 7929).geographic 3DEPSGEPSGk !EPSGETRF96Replaces ETRF94 (code 7924). Replaced by ETRF97 (code 7928).geocentricEPSGdEPSGn 'EPSGETRF94Replaces ETRF93 (code 7923). Replaced by ETRF96 (code 7927).geographic 3DEPSGEPSGk !EPSGETRF94Replaces ETRF93 (code 7922). Replaced by ETRF96 (code 7926).geocentricEPSGdEPSGn 'EPSGETRF93Replaces ETRF92 (code 7921). Replaced by ETRF94 (code 7925).geographic 3DEPSGEPSGk !EPSGETRF93Replaces ETRF92 (code 7920). Replaced by ETRF94 (code 7924).geocentricEPSGdEPSGn 'EPSGETRF92Replaces ETRF91 (code 7919). Replaced by ETRF93 (code 7923).geographic 3DEPSGEPSGk !EPSGETRF92Replaces ETRF91 (code 7918). Replaced by ETRF93 (code 7922).geocentricEPSGdEPSGn 'EPSGETRF91Replaces ETRF90 (code 7917). Replaced by ETRF92 (code 7921).geographic 3DEPSGEPSGk !EPSGETRF91Replaces ETRF90 (code 7916). Replaced by ETRF92 (code 7920).geocentricEPSGdEPSGn 'EPSGETRF90Replaces ETRF89 (code 7915). Replaced by ETRF91 (code 7919).geographic 3DEPSGEPSGk !EPSGETRF90Replaces ETRF89 (code 7914). Replaced by ETRF91 (code 7918).geocentricEPSGdEPSGP K'EPSGETRF89Replaced by ETRF90 (code 7917).geographic 3DEPSGEPSGM K!EPSGETRF89Replaced by ETRF90 (code 7916).geocentricEPSGdEPSGx 'EPSGITRF2014Replaces ITRF2008 (code 7911). Replaced by ITRF2020 (CRS code 9989).geographic 3DEPSGEPSGt  'EPSGITRF2008Replaces ITRF2005 (code 7910). Replaced by ITRF2014 (code 7912).geographic 3DEPSGEPSG%t  'EPSGITRF2005Replaces ITRF2000 (code 7909). Replaced by ITRF2008 (code 7911).geographic 3DEPSGEPSGr  'EPSGITRF2000Replaces ITRF97 (code 7908). Replaced by ITRF2005 (code 7910).geographic 3DEPSGEPSGp  'EPSGITRF97Replaces ITRF96 (code 7907). Replaced by ITRF2000 (code 7909).geographic 3DEPSGEPSGn 'EPSGITRF96Replaces ITRF94 (code 7906). Replaced by ITRF97 (code 7908).geographic 3DEPSGEPSGn 'EPSGITRF94Replaces ITRF93 (code 7905). Replaced by ITRF96 (code 7907).geographic 3DEPSGEPSGn 'EPSGITRF93Replaces ITRF92 (code 7904). Replaced by ITRF94 (code 7906).geographic 3DEPSGEPSGn 'EPSGITRF92Replaces ITRF91 (code 7903). Replaced by ITRF93 (code 7905).geographic 3DEPSGEPSGn 'EPSGITRF91Replaces ITRF90 (code 7902). Replaced by ITRF92 (code 7904).geographic 3DEPSGEPSGn 'EPSGITRF90Replaces ITRF89 (code 7901). Replaced by ITRF91 (code 7903).geographic 3DEPSGEPSGn 'EPSGITRF89Replaces ITRF88 (code 7900). Replaced by ITRF90 (code 7902).geographic 3DEPSGEPSGP K'EPSGITRF88Replaced by ITRF89 (code 7901).geographic 3DEPSGEPSG3  'EPSGSHGD2015geographic 2DEPSGEPSGH+'EPSGSHGD2015Closely aligned to SHGD2015 (CRS code xxxx)> 3 'EPSGkSt. Stephen (Ferro)geographic 2DEPSGEPSG= 1 'EPSGjGusterberg (Ferro)geographic 2DEPSGEPSG j3 + N q U ~JR9 j4 ' !EPSG 7NAD83(CSRS)v5Adopted by the Canadian federal government from 2006-01-01. Replaces NAD83(CSRS)v4. Replaced by NAD83(CSRS)v6 (CRS code 8250).geocentricEPSGdEPSG 'I'EPSG 6NAD83(CSRS)v4Adopted by the Canadian federal government from 2002-01-01 and by the provincial governments of Alberta and British Columbia. Replaces NAD83(CSRS)v3. Replaced by NAD83(CSRS)v5 (CRS code 8249). Longitudes are POSITIVE EAST.geographic 2DEPSGEPSG 'I'EPSG 4NAD83(CSRS)v4Adopted by the Canadian federal government from 2002-01-01 and by the provincial governments of Alberta and British Columbia. Replaces NAD83(CSRS)v3. Replaced by NAD83(CSRS)v5 (CRS code 8248). Longitudes are POSITIVE EAST.geographic 3DEPSGEPSGv ' !EPSG 2NAD83(CSRS)v4Adopted by the Canadian federal government from 2002-01-01 and by the provincial governments of Alberta and British Columbia. Replaces NAD83(CSRS)v3. Replaced by NAD83(CSRS)v5 (CRS code 8247).geocentricEPSGdEPSG2 ''EPSG 0NAD83(CSRS)v3Adopted by the Canadian federal government from 1999-01-01 and by the provincial governments of Alberta, British Columbia, Manitoba, Newfoundland and Labrador, Nova Scotia, Ontario and Saskatchewan. Replaces NAD83(CSRS)v2. Replaced by NAD83(CSRS)v4.geographic 2DEPSGEPSG2 ''EPSG /NAD83(CSRS)v3Adopted by the Canadian federal government from 1999-01-01 and by the provincial governments of Alberta, British Columbia, Manitoba, Newfoundland and Labrador, Nova Scotia, Ontario and Saskatchewan. Replaces NAD83(CSRS)v2. Replaced by NAD83(CSRS)v4.geographic 3DEPSGEPSG/ '!EPSG .NAD83(CSRS)v3Adopted by the Canadian federal government from 1999-01-01 and by the provincial governments of Alberta, British Columbia, Manitoba, Newfoundland and Labrador, Nova Scotia, Ontario and Saskatchewan. Replaces NAD83(CSRS)v2. Replaced by NAD83(CSRS)v4.geocentricEPSGdEPSG7 ' 'EPSG -NAD83(CSRS)v2Adopted by the Canadian federal government from 1998-01-01 and by the provincial governments of British Columbia, New Brunswick, Prince Edward Island and Quebec. Replaces NAD83(CSRS96). Replaced by NAD83(CSRS)v3 (code 8240). Longitudes are POSITIVE EAST.geographic 2DEPSGEPSG7 ' 'EPSG +NAD83(CSRS)v2Adopted by the Canadian federal government from 1998-01-01 and by the provincial governments of British Columbia, New Brunswick, Prince Edward Island and Quebec. Replaces NAD83(CSRS96). Replaced by NAD83(CSRS)v3 (code 8239). Longitudes are POSITIVE EAST.geographic 3DEPSGEPSG 'U!EPSG )NAD83(CSRS)v2Adopted by the Canadian federal government from 1998-01-01 and by the provincial governments of British Columbia, New Brunswick, Prince Edward Island and Quebec. Replaces NAD83(CSRS96). Replaced by NAD83(CSRS)v3 (CRS code 8238).geocentricEPSGdEPSG[ 'Q'EPSG (NAD83(CSRS96)Adopted by the Canadian federal government from 1996-01-01. Replaced by NAD83(CSRS)v2 (CRS code 8237). Note: this CRS includes longitudes which are POSITIVE EAST.geographic 2DEPSGEPSG[ 'Q'EPSG 'NAD83(CSRS96)Adopted by the Canadian federal government from 1996-01-01. Replaced by NAD83(CSRS)v2 (CRS code 8235). Note: this CRS includes longitudes which are POSITIVE EAST.geographic 3DEPSGEPSG 'Y!EPSG &NAD83(CSRS96)Adopted by the Canadian federal government from 1996-01-01. Replaced by NAD83(CSRS)v2 (CRS code 8233).geocentricEPSGdEPSG 1!EPSG #IGS14Used for products from the International GNSS Service (IGS) from 2017-01-29 to 2020-05-16. Replaces IGb08 (code 9015), replaced by IGb14 (code 9378). For most practical purposes IGS14 is equivalent to ITRF2014.geocentricEPSGdEPSGg w'EPSGISN2016Replaces ISN2004 (CRS code 5324) from September 2017.geographic 2DEPSGEPSGg w'EPSGISN2016Replaces ISN2004 (CRS code 5323) from September 2017.geographic 3DEPSGEPSGew!EPSGISN2016Replaces ISN2004 (CRS code 5322) from September 2017.geocentricEPSGdEPSG c t ;  3 CSt~lP)^c~ !'EPSG Macao 2008Locally sometimes referred to as ITRF2005, this is not strictly correct.geographic 2DEPSGEPSG{ !!EPSG Macao 2008Locally sometimes referred to as ITRF2005, this is not strictly correct.geocentricEPSGdEPSG5 ! 'EPSG Macao 1920geographic 2DEPSGEPSG 71'EPSG Hong Kong Geodetic CSLocally sometimes referred to as ITRF96 or WGS 84, these are not strictly correct.geographic 2DEPSGEPSG 71'EPSG Hong Kong Geodetic CSLocally sometimes referred to as ITRF96 or WGS 84, these are not strictly correct.geographic 3DEPSGEPSG 71!EPSG Hong Kong Geodetic CSLocally sometimes referred to as ITRF96 or WGS 84, these are not strictly correct.geocentricEPSGdEPSG Y'EPSG ETRF2014Replaces ETRF2005 (code 8399). ETRF2014 is technically superior to ETRF2000 but ETRF2000 and other previous realizations may be preferred for backward compatibility reasons. Differences between ETRF2014 and ETRF2000 can reach 7cm.geographic 3DEPSGEPSG Y!EPSG ETRF2014Replaces ETRF2005 (code 8397). ETRF2014 is technically superior to ETRF2000 but ETRF2000 and other previous realizations may be preferred for backward compatibility reasons. Differences between ETRF2014 and ETRF2000 can reach 7cm.geocentricEPSGdEPSGw 'EPSG ETRF2005On publication in 2007 of this CRS, the EUREF Technical Working Group recommended that ETRF2000 (EPSG code 7931) remained as the preferred realization of ETRS89. Replaced by ETRF2014 (code 8403).geographic 3DEPSGEPSGt !EPSG ETRF2005On publication in 2007 of this CRS, the EUREF Technical Working Group recommended that ETRF2000 (EPSG code 7930) remained as the preferred realization of ETRS89. Replaced by ETRF2014 (code 8401).geocentricEPSGdEPSG] +Q'EPSG S-JTSK [JTSK03]Defined by transformation from ETRS89 (ETRF2000 realization) (transformation code 8365) to improve the scale and homogeneity of S-JTSK (CRS 4156) within Slovakia.geographic 2DEPSGEPSGn 'w'EPSG ?NAD83(CSRS)v7Adopted by the Canadian federal government from 2017-05-01 and the provincial government of Alberta. Replaces NAD83(CSRS)v6. Replaced by NAD83(CSRS)v8. Longitudes are POSITIVE EAST.geographic 2DEPSGEPSGn 'w'EPSG >NAD83(CSRS)v7Adopted by the Canadian federal government from 2017-05-01 and the provincial government of Alberta. Replaces NAD83(CSRS)v6. Replaced by NAD83(CSRS)v8. Longitudes are POSITIVE EAST.geographic 3DEPSGEPSGM ';!EPSG =NAD83(CSRS)v7Adopted by the Canadian federal government from 2017-05-01 and the provincial government of Alberta. Replaces NAD83(CSRS)v6. Replaced by NAD83(CSRS)v8.geocentricEPSGdEPSG7 ' 'EPSG s  Gf4k1^ >%p ;i'EPSG"CR-SIRGAS epoch 2014.59Replaces CR05 (CRS code 5365) from April 2018.geographic 2DEPSGEPSGp ;i'EPSG"CR-SIRGAS epoch 2014.59Replaces CR05 (CRS code 5364) from April 2018.geographic 3DEPSGEPSGm ;i!EPSG"CR-SIRGAS epoch 2014.59Replaces CR05 (CRS code 5363) from April 2018.geocentricEPSGdEPSGɂ -'EPSG"RGWF96 (lon-lat)See CRS code 8900 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes. On Wallis island, replaces MOP78 (CRS code 4639) for GIS purposes.geographic 2DEPSGEPSGǁJ -)'EPSG"RGWF96 (lon-lat)See CRS code 8899 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSGǁQ K'EPSG"RGWF96See CRS code 8902 for alternate system with axes reversed used by IGN for GIS purposes. On Wallis island, replaces MOP78 (CRS code 4639) for geodetic purposes.geographic 2DEPSGEPSGǁ Q'EPSG"RGWF96See CRS code 8901 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSG.  !EPSG"RGWF96geocentricEPSGdEPSGt -'EPSG"WGS 84 (Transit)Replaced by WGS84 (G730) (CRS code 9053) from 1994-06-29.geographic 2DEPSGEPSG. !}'EPSG"NAD83(FBN)In Continental US, American Samoa, Guam/NMI and PRVI, replaces NAD83(HARN). In Continental US, Puerto Rico and US Virgin Islands replaced by NAD83(NSRS2007). In American Samoa and Hawaii replaced by NAD83(PA11). In Guam/NMI replaced by NAD83(MA11).geographic 2DEPSGEPSGc k'EPSG"rMTRF-2000Replaces Ain el Abd (CRS 4204) in Saudi Arabia.geographic 2DEPSGEPSG4  'EPSG"qMTRF-2000geographic 3DEPSGEPSG1  !EPSG"pMTRF-2000geocentricEPSGdEPSG1  'EPSG!RSAO13geographic 2DEPSGEPSG1  'EPSG!RSAO13geographic 3DEPSGEPSG.  !EPSG!RSAO13geocentricEPSGdEPSGāJ '/'EPSG!Camacupa 2015Camacupa 1948 (CRS code 4220) is used for offshore oil and gas exploration and production. Camacupa 2015 differs from Camacupa 1948 by up to 25m.geographic 2DEPSGEPSG 3'EPSG!ETRS89-SRB [STRS00]In Serbia replaces MGI 1901 and SREF98 (CRS codes 3906 and 4075).geographic 2DEPSGEPSG^ 3M'EPSG!ETRS89-SRB [STRS00]Replaces SREF98 (CRS code 4074).geographic 3DEPSGEPSG[ 3M!EPSG!ETRS89-SRB [STRS00]Replaces SREF98 (CRS code 4073).geocentricEPSGdEPSG` 7K'EPSG!aNAD83(HARN Corrected)Note: this CRS includes POSITIVE EAST longitudes. In PRVI replaces NAD83(HARN) = NAD83(1993 PRVI) to correct errors. Replaced by NAD83(FBN) = NAD83(2002 PRVI).geographic 2DEPSGEPSG` 7K'EPSG!`NAD83(HARN Corrected)Note: this CRS includes POSITIVE EAST longitudes. In PRVI replaces NAD83(HARN) = NAD83(1993 PRVI) to correct errors. Replaced by NAD83(FBN) = NAD83(2002 PRVI).geographic 3DEPSGEPSG+ 7g!EPSG!_NAD83(HARN Corrected)In PRVI replaces NAD83(HARN) = NAD83(1993 PRVI) to correct errors. Replaced by NAD83(FBN) = NAD83(2002 PRVI).geocentricEPSGdEPSG+ !w'EPSG!^NAD83(FBN)Continental US, American Samoa, Guam/NMI and PRVI, replaces NAD83(HARN). In Continental US, Puerto Rico and US Virgin Islands replaced by NAD83(NSRS2007). In American Samoa and Hawaii replaced by NAD83(PA11). In Guam/NMI replaced by NAD83(MA11).geographic 3DEPSGEPSG+ !}!EPSG!]NAD83(FBN)In Continental US, American Samoa, Guam/NMI and PRVI, replaces NAD83(HARN). In Continental US, Puerto Rico and US Virgin Islands replaced by NAD83(NSRS2007). In American Samoa and Hawaii replaced by NAD83(PA11). In Guam/NMI replaced by NAD83(MA11).geocentricEPSGdEPSGX!' EPSG!NAD83(FBN)In Continental US (excludes Alaska) and Hawaii, replaces n 3m'EPSG"SIRGAS-CON DGF00P01Replaced by SIRGAS-CON DGF01P01 (CRS code 8918).geographic 3DEPSGEPSGk 3m!EPSG"SIRGAS-CON DGF00P01Replaced by SIRGAS-CON DGF01P01 (CRS code 8917).geocentricEPSGdEPSG a& O  u :c(Nw< 3I'EPSG"SIRGAS-CON SIR14P01Replaces SIRGAS-CON SIR13P01 (CRS code 8940). Replaced by SIRGAS-CON SIR15P01 (CRS code 8944).geographic 3DEPSGEPSG؁ 3I!EPSG"SIRGAS-CON SIR14P01Replaces SIRGAS-CON SIR13P01 (CRS code 8939). Replaced by SIRGAS-CON SIR15P01 (CRS code 8943).geocentricEPSGdEPSG؁ 3I'EPSG"SIRGAS-CON SIR13P01Replaces SIRGAS-CON SIR11P01 (CRS code 8938). Replaced by SIRGAS-CON SIR14P01 (CRS code 8942).geographic 3DEPSGEPSGׁ 3I!EPSG"SIRGAS-CON SIR13P01Replaces SIRGAS-CON SIR11P01 (CRS code 8937). Replaced by SIRGAS-CON SIR14P01 (CRS code 8941).geocentricEPSGdEPSGׁ 3I'EPSG"SIRGAS-CON SIR11P01Replaces SIRGAS-CON SIR10P01 (CRS code 8936). Replaced by SIRGAS-CON SIR13P01 (CRS code 8940).geographic 3DEPSGEPSGց 3I!EPSG"SIRGAS-CON SIR11P01Replaces SIRGAS-CON SIR10P01 (CRS code 8935). Replaced by SIRGAS-CON SIR13P01 (CRS code 8939).geocentricEPSGdEPSGց 3I'EPSG"SIRGAS-CON SIR10P01Replaces SIRGAS-CON SIR09P01 (CRS code 8934). Replaced by SIRGAS-CON SIR11P01 (CRS code 8938).geographic 3DEPSGEPSGՁ 3I!EPSG"SIRGAS-CON SIR10P01Replaces SIRGAS-CON SIR09P01 (CRS code 8933). Replaced by SIRGAS-CON SIR11P01 (CRS code 8937).geocentricEPSGdEPSGՁ 3I'EPSG"SIRGAS-CON SIR09P01Replaces SIRGAS-CON DGF08P01 (CRS code 8932). Replaced by SIRGAS-CON SIR10P01 (CRS code 8936).geographic 3DEPSGEPSGԁ 3I!EPSG"SIRGAS-CON SIR09P01Replaces SIRGAS-CON DGF08P01 (CRS code 8931). Replaced by SIRGAS-CON SIR10P01 (CRS code 8935).geocentricEPSGdEPSGԁ 3I'EPSG"SIRGAS-CON DGF08P01Replaces SIRGAS-CON DGF07P01 (CRS code 8930). Replaced by SIRGAS-CON SIR09P01 (CRS code 8934).geographic 3DEPSGEPSGӁ 3I!EPSG"SIRGAS-CON DGF08P01Replaces SIRGAS-CON DGF07P01 (CRS code 8929). Replaced by SIRGAS-CON SIR09P01 (CRS code 8933).geocentricEPSGdEPSGӁ 3I'EPSG"SIRGAS-CON DGF07P01Replaces SIRGAS-CON DGF06P01 (CRS code 8928). Replaced by SIRGAS-CON DGF08P01 (CRS code 8932).geographic 3DEPSGEPSGҁ 3I!EPSG"SIRGAS-CON DGF07P01Replaces SIRGAS-CON DGF06P01 (CRS code 8927). Replaced by SIRGAS-CON DGF08P01 (CRS code 8931).geocentricEPSGdEPSGҁ 3I'EPSG"SIRGAS-CON DGF06P01Replaces SIRGAS-CON DGF05P01 (CRS code 8926). Replaced by SIRGAS-CON DGF07P01 (CRS code 8930).geographic 3DEPSGEPSGс 3I!EPSG"SIRGAS-CON DGF06P01Replaces SIRGAS-CON DGF05P01 (CRS code 8925). Replaced by SIRGAS-CON DGF07P01 (CRS code 8929).geocentricEPSGdEPSGс 3I'EPSG"SIRGAS-CON DGF05P01Replaces SIRGAS-CON DGF04P01 (CRS code 8924). Replaced by SIRGAS-CON DGF06P01 (CRS code 8928).geographic 3DEPSGEPSGЁ 3I!EPSG"SIRGAS-CON DGF05P01Replaces SIRGAS-CON DGF04P01 (CRS code 8923). Replaced by SIRGAS-CON DGF06P01 (CRS code 8927).geocentricEPSGdEPSGЁ 3I'EPSG"SIRGAS-CON DGF04P01Replaces SIRGAS-CON DGF02P01 (CRS code 8922). Replaced by SIRGAS-CON DGF05P01 (CRS code 8926).geographic 3DEPSGEPSGρ 3I!EPSG"SIRGAS-CON DGF04P01Replaces SIRGAS-CON DGF02P01 (CRS code 8921). Replaced by SIRGAS-CON DGF05P01 (CRS code 8925).geocentricEPSGdEPSGρ 3I'EPSG"SIRGAS-CON DGF02P01Replaces SIRGAS-CON DGF01P02 (CRS code 8920). Replaced by SIRGAS-CON DGF04P01 (CRS code 8924).geographic 3DEPSGEPSG΁ 3I!EPSG"SIRGAS-CON DGF02P01Replaces SIRGAS-CON DGF01P02 (CRS code 8919). Replaced by SIRGAS-CON DGF04P01 (CRS code 8923).geocentricEPSGdEPSG΁ 3I'EPSG"SIRGAS-CON DGF01P02Replaces SIRGAS-CON DGF01P01 (CRS code 8918). Replaced by SIRGAS-CON DGF02P01 (CRS code 8922).geographic 3DEPSGEPSǴ 3I!EPSG"SIRGAS-CON DGF01P02Replaces SIRGAS-CON DGF01P01 (CRS code 8917). Replaced by SIRGAS-CON DGF02P01 (CRS code 8921).geocentricEPSGdEPSǴ 3I'EPSG"SIRGAS-CON DGF01P01Replaces SIRGAS-CON DGF00P01 (CRS code 8916). Replaced by SIRGAS-CON DGF01P02 (CRS code 8920).geographic 3DEPSGEPSG dD\ Sv8[~s"Dn 'EPSG#ITRF90Replaces ITRF89 (code 8989). Replaced by ITRF91 (code 8991).geographic 2DEPSGEPSGn 'EPSG#ITRF89Replaces ITRF88 (code 8988). Replaced by ITRF90 (code 8990).geographic 2DEPSGEPSGP K'EPSG#ITRF88Replaced by ITRF89 (code 8989).geographic 2DEPSGEPSGk 3g'EPSG#SIRGAS-CON SIR17P01Replaces SIRGAS-CON SIR15P01 (CRS code 8986).geographic 2DEPSGEPSGځ 3I'EPSG#SIRGAS-CON SIR15P01Replaces SIRGAS-CON SIR14P01 (CRS code 8985). Replaced by SIRGAS-CON SIR17P01 (CRS code 8987).geographic 2DEPSGEPSGف 3I'EPSG#SIRGAS-CON SIR14P01Replaces SIRGAS-CON SIR13P01 (CRS code 8984). Replaced by SIRGAS-CON SIR15P01 (CRS code 8986).geographic 2DEPSGEPSG؁ 3I'EPSG#SIRGAS-CON SIR13P01Replaces SIRGAS-CON SIR11P01 (CRS code 8983). Replaced by SIRGAS-CON SIR14P01 (CRS code 8985).geographic 2DEPSGEPSGׁ 3I'EPSG#SIRGAS-CON SIR11P01Replaces SIRGAS-CON SIR10P01 (CRS code 8982). Replaced by SIRGAS-CON SIR13P01 (CRS code 8984).geographic 2DEPSGEPSGց 3I'EPSG#SIRGAS-CON SIR10P01Replaces SIRGAS-CON SIR09P01 (CRS code 8981). Replaced by SIRGAS-CON SIR11P01 (CRS code 8983).geographic 2DEPSGEPSGՁ 3I'EPSG#SIRGAS-CON SIR09P01Replaces SIRGAS-CON DGF08P01 (CRS code 8980). Replaced by SIRGAS-CON SIR10P01 (CRS code 8982).geographic 2DEPSGEPSGԁ 3I'EPSG#SIRGAS-CON DGF08P01Replaces SIRGAS-CON DGF07P01 (CRS code 8979). Replaced by SIRGAS-CON SIR09P01 (CRS code 8981).geographic 2DEPSGEPSGӁ 3I'EPSG#SIRGAS-CON DGF07P01Replaces SIRGAS-CON DGF06P01 (CRS code 8978). Replaced by SIRGAS-CON DGF08P01 (CRS code 8980).geographic 2DEPSGEPSGҁ 3I'EPSG#SIRGAS-CON DGF06P01Replaces SIRGAS-CON DGF05P01 (CRS code 8977). Replaced by SIRGAS-CON DGF07P01 (CRS code 8979).geographic 2DEPSGEPSGс 3I'EPSG#SIRGAS-CON DGF05P01Replaces SIRGAS-CON DGF04P01 (CRS code 8976). Replaced by SIRGAS-CON DGF06P01 (CRS code 8978).geographic 2DEPSGEPSGЁ 3I'EPSG#SIRGAS-CON DGF04P01Replaces SIRGAS-CON DGF02P01 (CRS code 8975). Replaced by SIRGAS-CON DGF05P01 (CRS code 8977).geographic 2DEPSGEPSGρ 3I'EPSG#SIRGAS-CON DGF02P01Replaces SIRGAS-CON DGF01P02 (CRS code 8974). Replaced by SIRGAS-CON DGF04P01 (CRS code 8976).geographic 2DEPSGEPSG΁ 3I'EPSG#SIRGAS-CON DGF01P02Replaces SIRGAS-CON DGF01P01 (CRS code 8973). Replaced by SIRGAS-CON DGF02P01 (CRS code 8975).geographic 2DEPSGEPSǴ 3I'EPSG# SIRGAS-CON DGF01P01Replaces SIRGAS-CON DGF00P01 (CRS code 8972). Replaced by SIRGAS-CON DGF01P02 (CRS code 8974).geographic 2DEPSGEPSGn 3m'EPSG# SIRGAS-CON DGF00P01Replaced by SIRGAS-CON DGF01P01 (CRS code 8973).geographic 2DEPSGEPSGˁy /' EPSG"SIRGAS-Chile 2010Densification within Chile of SIRGAS-CON at epoch 2010.00. Replaces SIRGAS-Chile 2002 (CRS code 5360) due to significant tectonic deformation. Replaced by SIRGAS-Chile 2013 (CRS code 9148)geographic 2DEPSGEPSGہz /' EPSG"SIRGAS-Chile 2010Densification of SIRGAS-CON within Chile at epoch 2010.00. Replaces SIRGAS-Chile 2002 (CRS code 5359), replaced by SIRGAS-Chile 2013 (CRS code 9147) due to significant tectonic deformation.geographic 3DEPSGEPSGہw /! EPSG"SIRGAS-Chile 2010Densification of SIRGAS-CON within Chile at epoch 2010.00. Replaces SIRGAS-Chile 2002 (CRS code 5358), replaced by SIRGAS-Chile 2013 (CRS code 9146) due to significant tectonic deformation.geocentricEPSGdEPSGk 3g'EPSG"SIRGAS-CON SIR17P01Replaces SIRGAS-CON SIR15P01 (CRS code 8944).geographic 3DEPSGEPSGh 3g!EPSG"SIRGAS-CON SIR17P01Replaces SIRGAS-CON SIR15P01 (CRS code 8943).geocentricEPSGdEPSGځ 3I'EPSG"SIRGAS-CON SIR15P01Replaces SIRGAS-CON SIR14P01 (CRS code 8942). Replaced by SIRGAS-CON SIR17P01 (CRS code 8946).geographic 3DEPSGEPSG-3I!EPSG"SIRGAS-CON SIR15P01Replan 'EPSG#ITRF91Replaces ITRF90 (code 8990). Replaced by ITRF92 (code 8992).geographic 2DEPSGEPSGj a ) w  ? mv~K!X&[$ 3I!EPSG"SIRGAS-CON DGF01P01Replaces SIRGAS-CON DGF00P01 (CRS code 8915). Replaced by SIRGAS-CON DGF01P02 (CRS code 8919).geocentricEPSGdEPSG1 !' EPSG!NAD83(FBN)In Continental US (excludes Alaska) and Hawaii, replaces NAD83 for applications with an accuracy of better than 1m. In Continental US, Puerto Rico and US Virgin Islands replaced by NAD83(NSRS2007). In American Samoa and Hawaii replaced by NAD83(PA11).geographic 2DEPSGEPSGE '%'EPSG 8NAD83(CSRS)v5Adopted by the Canadian federal government from 2006-01-01. Replaces NAD83(CSRS)v4. Replaced by NAD83(CSRS)v6. Longitudes are POSITIVE EAST.geographic 3DEPSGEPSGd w!EPSGISN2016Replaces ISN2004 (CRS code 5322) from September 2017.geocentricEPSGdEPSGC +'EPSGSHGD2015Closely aligned to SHGD2015 (CRS code xxxx) with difference attributable to different reference epoch and 10 cm difference in ellipsoid height.geographic 3DEPSGEPSG* 'u!EPSGWGS 84 (G730)Replaces WGS 84 (Transit) (CRS code 7815) from 1994-06-29. Replaced by WGS84 (G873) (CRS code 7658) from 1997-01-29.geocentricEPSGdEPSG +='EPSG~RGM04 (lon-lat)Replaced by RGM23 (lon-lat) (CRS code 10672) with effect from 2023-01-01. See CRS code 4469 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSG w 'EPSG JGD2011Replaces JGD2000 (CRS code 4612) with effect from 21st October 2011.geographic 2DEPSGEPSGh-  !EPSGPNG94geocentricEPSGdEPSG4w 'EPSGISN2004Replaces ISN93 (CRS code 4945). Replaced by ISN2016 (CRS code 8085).geographic 3DEPSGEPSG$.  !EPSGrWGS 84geocentricEPSGdEPSG 3'EPSGUETRS89-LVA [LKS-92]Replaced by ETRS89-LVA [LKS-2020] (CRS code 10304) from 2026-10-01.geographic 3DEPSGEPSGk !EPSG/ITRF89Replaces ITRF88 (code 4910). Replaced by ITRF90 (code 4912).geocentricEPSGdEPSG9 ) 'EPSGGreek (Athens)geographic 2DEPSGEPSG3 'EPSGRD/83Consistent with DHDN (CRS code 4314) at the 1-metre level. For low accuracy applications RD/83 can be considered the same as DHDN.geographic 2DEPSGEPSGY> +'EPSG`Mhast (onshore)Adopted by CABGOC with intention of being Mhast 1951 (CRS code 4703) but because it uses a different ellipsoid it is a different system. From 1979, for offshore use replaced by Mhast (offshore) (CRS code 4705) from which this CRS differs by approximately 10m.geographic 2DEPSGEPSG0 3'EPSGCGuam 1963Replaced by NAD83(HARN) alias Guam Geodetic Network 1993 (CRS code 4152) from 1995.geographic 2DEPSGEPSGS M'EPSGTahaa 54Replaced by RGPF, CRS code 4687.geographic 2DEPSGEPSGx ' 'EPSGMexico ITRF92Replaced by Mexico ITRF2008 (CRS code 6364) from December 2010.geographic 3DEPSGEPSG^ )W' EPSG POSGAR 98 (3D)Densification in Argentina of SIRGAS.geographic 3DEPSGEPSG., 'EPSGDHDNSee also RD/83 for Saxony and PD/83 for Thuringen. For national digital cartographic purposes used across all German states.geographic 2DEPSGEPSG3  'EPSGNGO 1948geographic 2DEPSGEPSG/  'EPSGED87geographic 2DEPSGEPSGWz 'EPSG^POSGAR 98Densification in Argentina of SIRGAS 1995. Until May 2009 replaced POSGAR 94 for many practical purposes (but not as the legal system). POSGAR 94 was officially replaced by POSGAR 2007 in May 2009.geographic 2DEPSGEPSG.] #['EPSG;Dabola 1981Replaces Conakry 1905 (EPSG code 4315).geographic 2DEPSGEPSG n 3m'EPSGETRS89-SRB [SREF98]Replaced by ETRS89-SRB [STRS00] (CRS code 8684).geographic 3DEPSGEPSG  sq' EPSGUnknown datum based upon the Helmert 1906 ellipsoidUse only in cases where geodetic datum is unknown.geographic 2DEPSGEPSGCr R e [ '`M:w$C"CY Q'IAU_2015Jupiter (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015Y O'IAU_2015Deimos (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015= -'ESRIGCS_Larissa_2000geographic 2DEPSGESRI8 #'ESRIPhoebe_2015geographic 2DEPSGESRIL K' ESRI|GCS_NAD_1983_HARN_Adj_WI_Juneaugeographic 2DEPSGESRIcN O'ESRI;GCS_NAD_1983_HARN_Adj_MN_Renvillegeographic 2DEPSGESRI N O'ESRIGCS_NAD_1983_HARN_Adj_MN_Chippewageographic 2DEPSGESRI7 !'ESRIGCS_Jordangeographic 2DEPSGESRI%D ;' ESRIGCS_American_Samoa_1962geographic 2DEPSGESRI 9 / !EPSGNLMAGNA-SIRGAS 2018geocentricEPSGdEPSG1 5''EPSG+zETRS89-ESP [REGENTE]National realization of ETRS89 in Spain. For GNSS CORS services, replaced by ETRS89-ESP [ERGNSS] (code 11127) from 2018-03-25. For most purposes the offset of approximately 2cm is considered insignificant.geographic 3DEPSGEPSGc /a!EPSG+2 #'EPSG'GWWAB22-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / GWWAB22 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to GWWAB22-IRF (1) (code 10215) used in conjunction with the GW22-LCC map projection (code 10211).geographic 2DEPSGEPSG=2 #'EPSG'GWPBS22-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / GWPBS22 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to GWPBS22-IRF (1) (code 10210) used in conjunction with the GW22-LCC map projection (code 10211).geographic 2DEPSGEPSG<0 !'EPSG'DIBA15-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / DIBA15 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to DIBA15-IRF (1) (code 10205) used in conjunction with the DIBA15-TM map projection (code 10206).geographic 2DEPSGEPSG;, {'EPSG'CWS13-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / CWS13 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to CWS13-IRF (1) (code 10197) used in conjunction with the CWS13-TM map projection (code 10198).geographic 2DEPSGEPSG:- }'EPSG'CNH22-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / CNH22 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to CNH22-IRF (1) (code 10192) used in conjunction with the CNH22-LCC map projection (code 10193).geographic 2DEPSGEPSG80 !'EPSG'ShAb07-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / ShAb07 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to ShAb07-IRF (1) (code 10186) used in conjunction with the ShAb07-TM map projection (code 10187).geographic 2DEPSGEPSG7 H t >  5K8:G8HA 9 'EPSG(WETRS89-BIH [BH_ETRS89]geographic 3DEPSGEPSGNz - 'EPSG(GRGNC15 (lon-lat)Replaces RGNC91-93 (lon-lat) (CRS code 10300). See CRS code 10309 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSGM0  'EPSG(FRGNC15Replaces RGNC91-93 (CRS code 4749). See CRS code 10312 for alternate system with axes reversed used by DITTT for GIS purposes.geographic 2DEPSGEPSGM; 'EPSG(ERGNC15Replaces RGNC91-93 (CRS code 4907). See CRS code 10311 for alternate system with horizontal axes reversed used by DITTT for GIS purposes.geographic 3DEPSGEPSGMQ S!EPSG(DRGNC15Replaces RGNC91-93 (CRS code 4906).geocentricEPSGdEPSGMq 3q'EPSG(CRGNC91-93 (lon-lat)See CRS code 4749 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes. Replaced by RGNC15 (lon-lat) (CRS code 10312).geographic 2DEPSGEPSG]~ 7'EPSG(AETRS89-LVA [LKS-2020]Replaces ETRS89-LVA [LKS-92] (CRS code 4661) from 2026-10-01.geographic 2DEPSGEPSGL~ 7'EPSG(@ETRS89-LVA [LKS-2020]Replaces ETRS89-LVA [LKS-92] (CRS code 4949) from 2026-10-01.geographic 3DEPSGEPSGL{ 7!EPSG(?ETRS89-LVA [LKS-2020]Replaces ETRS89-LVA [LKS-92] (CRS code 4948) from 2026-10-01.geocentricEPSGdEPSGL| 3'EPSG( 9 !EPSG(VETRS89-BIH [BH_ETRS89]geocentricEPSGdEPSGNo -s'EPSG(HRGNC15 (lon-lat)Replaces RGNC91-93 (lon-lat) (CRS code 10307). See CRS code 10310 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSGM l 5 _ / x %l<-[E 5'EPSG)RGM23Replaces RGM04 (CRS code 4470) with effect from 2023-01-01. See CRS code 10673 for alternate system with axes reversed used by IGN for GIS purposes.geographic 2DEPSGEPSGmP K'EPSG)RGM23Replaces RGM04 (CRS code 4469) with effect from 2023-01-01. See CRS code 10672 for alternate system with horizontal axes reversed used by IGN for GIS purposes.geographic 3DEPSGEPSGmi !EPSG)RGM23Replaces RGM04 (CRS code 4468) with effect from 2023-01-01.geocentricEPSGdEPSGm7 % 'EPSG)BES2020 Sabageographic 2DEPSGEPSGd7 % 'EPSG)BES2020 Sabageographic 3DEPSGEPSGd4 % !EPSG)BES2020 SabageocentricEPSGdEPSGd/  'EPSG)Sabageographic 2DEPSGEPSGc/  'EPSG)Sabageographic 3DEPSGEPSGc,  !EPSG)SabageocentricEPSGdEPSGc( u'EPSG)WC05-IRFIntermediate CRS created in 2024 to assist the emulation of the ETRS89 / WC05 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to WC05-IRF (1) (code 10629) used in conjunction with the WC05-TM map projection (code 10631).geographic 2DEPSGEPSGj0 !'EPSG)ECML14-IRFIntermediate CRS created in 2024 to assist the emulation of the ETRS89 / ECML14 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to ECML14-IRF (1) (code 10624) used in conjunction with the ECML14-TM map projection (code 10625).geographic 2DEPSGEPSGiq )}'EPSG)nWGS 84 (G2296)Replaces WGS 84 (G2139) (CRS code 9755) from 2024-01-07.geographic 2DEPSGEPSGgq )}'EPSG)mWGS 84 (G2296)Replaces WGS 84 (G2139) (CRS code 9754) from 2024-01-07.geographic 3DEPSGEPSGgn )}!EPSG)lWGS 84 (G2296)Replaces WGS 84 (G2139) (CRS code 9753) from 2024-01-07.geocentricEPSGdEPSGg Y'EPSG)KETRF2020Replaces ETRF2014 (code 9069). ETRF2020 is technically superior to ETRF2000 but ETRF2000 and other previous realizations may be preferred for backward compatibility reasons. Differences between ETRF2020 and ETRF2000 can reach 7cm.geographic 2DEPSGEPSGf Y'EPSG)JETRF2020Replaces ETRF2014 (code 8403). ETRF2020 is technically superior to ETRF2000 but ETRF2000 and other previous realizations may be preferred for backward compatibility reasons. Differences between ETRF2020 and ETRF2000 can reach 7cm.geographic 3DEPSGEPSGf Y!EPSG)IETRF2020Replaces ETRF2014 (code 8401). ETRF2020 is technically superior to ETRF2000 but ETRF2000 and other previous realizations may be preferred for backward compatibility reasons. Differences between ETRF2020 and ETRF2000 can reach 7cm.geocentricEPSGdEPSGf2  'EPSG(BBT2000geographic 2DEPSGEPSGW2  'EPSG(BBT2000geographic 3DEPSGEPSGW/  !EPSG(BBT2000geocentricEPSGdEPSGW( s'EPSG(COV23-IRFIntermediate CRS created in 2023 to assist the emulation of the ETRS89 / COV23 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to COV23 (1) (code 10469) used in conjunction with the COV23-TM map projection (code 10470).geographic 2DEPSGEPSGV* 'o'EPSG(NAD83(CSRS)v8Adopted by the Canadian federal government from 2022-11-27. Replaces NAD83(CSRS)v7. Longitudes are POSITIVE EAST.geographic 2DEPSGEPSGU* 'o'EPSG(NAD83(CSRS)v8Adopted by the Canadian federal government from 2022-11-27. Replaces NAD83(CSRS)v7. Longitudes are POSITIVE EAST.geographic 3DEPSGEPSGU '3!EPSG(NAD83(CSRS)v8Adopted by the Canadian federal government from 2022-11-27. Replaces NAD83(CSRS)v7.geocentricEPSGdEPSGU 7''EPSG(jNSIDC Authalic SphereAdopted by NSIDC for use with EASE-Grid v1. For EASE-Grid v2, WGS 84 is used.geographic 2DEPSGEPSGP #%'EPSG(iHughes 1980Used as basis for DMSP SSM/I data sets provided by NSIDC for polar research.geographic 2DEPSGEPSGO9'EPSG(XETRS89-BIH [BH_ETRS89]In Bosnia and Herzegovina replaces MGI 1901 (CRS code 3906).geographic 2DEPSGEPSGN $Q : > d - z 8 V m9Z{Na ~u3Q a'EPSG*aEWR3-IRFIntermediate CRS created in 2024 to assist the emulation of the ETRS89 / EWR3 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to EWR3-IRF (1) (code 10850) used in conjunction with the EWR3-TM map projection (code 9765). The EWR3 SnakeGrid is an extension of the EWR2 SnakeGrid, and between Oxford and Bedford the two grids are identical. geographic 2DEPSGEPSG}A 9 'EPSG*OGeorgia Geodetic Datumgeographic 2DEPSGEPSG|A 9 'EPSG*NGeorgia Geodetic Datumgeographic 3DEPSGEPSG|> 9 !EPSG*MGeorgia Geodetic DatumgeocentricEPSGdEPSG|d !k'EPSG*7NKG_ETRF14Replaces NKG_ETRF00 (ETRF2000 at epoch 2000.0).geographic 2DEPSGEPSG{d !k'EPSG*6NKG_ETRF14Replaces NKG_ETRF00 (ETRF2000 at epoch 2000.0).geographic 3DEPSGEPSG{ !=!EPSG*5NKG_ETRF14Used as hub for NKG2020 transformations. Replaces NKG_ETRF00 (ETRF2000 at epoch 2000.0).geocentricEPSGdEPSG{U Q'EPSG*0LibRef21Replaces Liberia 1964 (code 4251).geographic 2DEPSGEPSGz3  'EPSG*/LibRef21geographic 3DEPSGEPSGz0  !EPSG*.LibRef21geocentricEPSGdEPSGzW ]'EPSG*'UGRFReplaces Arc 1960 (code 4210) in Uganda.geographic 2DEPSGEPSGy/  'EPSG*&UGRFgeographic 3DEPSGEPSGy,  !EPSG*%UGRFgeocentricEPSGdEPSGy] e'EPSG*!IGb20Used for products from the International GNSS Service (IGS) from 2025-02-02. Replaces IGS20 (code 10178). For most practical purposes IGb20 is equivalent to ITRF2020-u2023.geographic 2DEPSGEPSGx] e'EPSG* IGb20Used for products from the International GNSS Service (IGS) from 2025-02-02. Replaces IGS20 (code 10177). For most practical purposes IGb20 is equivalent to ITRF2020-u2023.geographic 3DEPSGEPSGxZ e!EPSG*IGb20Used for products from the International GNSS Service (IGS) from 2025-02-02. Replaces IGS20 (code 10176). For most practical purposes IGb20 is equivalent to ITRF2020-u2023.geocentricEPSGdEPSGxW )I'EPSG*ITRF2020-u2023Replaces ITRF2020 (code 9990).geographic 2DEPSGEPSGwW )I'EPSG*ITRF2020-u2023Replaces ITRF2020 (code 9989).geographic 3DEPSGEPSGwX )Q!EPSG*ITRF2020-u2023Replaces ITRF2020 (CRS code 9988).geocentricEPSGdEPSGw7 % 'EPSG* Bonaire 2004geographic 2DEPSGEPSGu7 % 'EPSG* Bonaire 2004geographic 3DEPSGEPSGu4 % !EPSG*Bonaire 2004geocentricEPSGdEPSGu2  'EPSG*Bonairegeographic 2DEPSGEPSGtA 9 'EPSG)BES2020 Sint Eustatiusgeographic 2DEPSGEPSGrA 9 'EPSG)BES2020 Sint Eustatiusgeographic 3DEPSGEPSGr> 9 !EPSG)BES2020 Sint EustatiusgeocentricEPSGdEPSGr9 ) 'EPSG)Sint Eustatiusgeographic 2DEPSGEPSGq9 ) 'EPSG)Sint Eustatiusgeographic 3DEPSGEPSGq6 ) !EPSG)Sint EustatiusgeocentricEPSGdEPSGqt  'EPSG)UZGD2024Replaces usage of Pulkovo 1942 in Uzbekistan from 4th July 2024.geographic 2DEPSGEPSGp3  'EPSG)UZGD2024geographic 3DEPSGEPSGp0  !EPSG)UZGD2024geocentricEPSGdEPSGp} 9'EPSG)ETRS89-FIN [EUREF-FIN]EUREF-FIN is the national realization of ETRS89 in Finland.geographic 2DEPSGEPSGo} 9'EPSG)ETRS89-FIN [EUREF-FIN]EUREF-FIN is the national realization of ETRS89 in Finland.geographic 3DEPSGEPSGoz 9!EPSG)ETRS89-FIN [EUREF-FIN]EUREF-FIN is the national realization of ETRS89 in Finland.geocentricEPSGdEPSGo7 +'EPSG)RGM23 (lon-lat)Replaces RGM04 (lon-lat) (code 7039) from 2023-01-01 except for cadastral purposes which use Cadastre 1997 (code 4475). See CRS code 10671 for system with axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 2DEPSGEPSGm+7'EPSG)RGM23 (lon-lat)Replaces RGM04 (lon-lat) (CRS code 7038) with effect from 2023-01-01. See CRS code 10670 for system with horizontal axes in sequence lat-lon to be used for air, land and sea navigation and safety of life purposes.geographic 3DEPSGEPSGm O , [ _ - tV#PO2  'EPSG*Xrail84geographic 2DEPSGEPSG2  'EPSG*Xrail84geographic 3DEPSGEPSG/  !EPSG*Xrail84geocentricEPSGdEPSGi u'EPSG*NATRF2022CAUTION: Preliminary data from NGS beta website (https://beta.ngs.noaa.gov/). This data has been added to the EPSG Dataset prior to official adoption to facilitate software testing and evaluation. In the unlikely event that definitions change, the record will be deprecated and replaced with a new EPSG code.geographic 2DEPSGEPSGi u'EPSG*NATRF2022CAUTION: Preliminary data from NGS beta website (https://beta.ngs.noaa.gov/). This data has been added to the EPSG Dataset prior to official adoption to facilitate software testing and evaluation. In the unlikely event that definitions change, the record will be deprecated and replaced with a new EPSG code.geographic 3DEPSGEPSGf u!EPSG*NATRF2022CAUTION: Preliminary data from NGS beta website (https://beta.ngs.noaa.gov/). This data has been added to the EPSG Dataset prior to official adoption to facilitate software testing and evaluation. In the unlikely event that definitions change, the record will be deprecated and replaced with a new EPSG code.geocentricEPSGdEPSGd !k'EPSG*GR96(2021)Replaces all earlier Greenland geographic CRSs.geographic 2DEPSGEPSG5 ! 'EPSG*GR96(2021)geographic 3DEPSGEPSG2 ! !EPSG*GR96(2021)geocentricEPSGdEPSGd !k'EPSG*GR96(1996)Replaces all earlier Greenland geographic CRSs.geographic 2DEPSGEPSG5 ! 'EPSG*GR96(1996)geographic 3DEPSGEPSG2 ! !EPSG*GR96(1996)geocentricEPSGdEPSGf EI'EPSG*CSRN epoch 2025.0 (ITRF2020)Californian 'snapshot' of ITRF2020 taking into account local tectonic plate movement and deformation. Supersedes CSRS epoch 2017.5 (ITRF2014) from 2025-06-15.geographic 2DEPSGEPSGf EI'EPSG*CSRN epoch 2025.0 (ITRF2020)Californian 'snapshot' of ITRF2020 taking into account local tectonic plate movement and deformation. Supersedes CSRS epoch 2017.5 (ITRF2014) from 2025-06-15.geographic 3DEPSGEPSGc EI!EPSG*CSRN epoch 2025.0 (ITRF2020)Californian 'snapshot' of ITRF2020 taking into account local tectonic plate movement and deformation. Supersedes CSRS epoch 2017.5 (ITRF2014) from 2025-06-15.geocentricEPSGdEPSG ''EPSG*QazTRF-23Replaces usage of Pulkovo 1942 (CRS code 4284) in Kazakhstan from 2025-01-01.geographic 2DEPSGEPSG4  'EPSG*QazTRF-23geographic 3DEPSGEPSG1  !EPSG*QazTRF-23geocentricEPSGdEPSG( II'EPSG*CSRN epoch 2025.0 (NAD83 2011)Replaces NAD83(2011) in California. Supersedes CSRS epoch 2017.5 (NAD83 2011) from 2025-06-15.geographic 2DEPSGEPSG( II'EPSG*CSRN epoch 2025.0 (NAD83 2011)Replaces NAD83(2011) in California. Supersedes CSRS epoch 2017.5 (NAD83 2011) from 2025-06-15.geographic 3DEPSGEPSG& IK!EPSG*CSRN epoch 2025.0 (NAD83 2011)Replaces NAD83(2011) in California. Supersedes CSRS epoch 2017.5 (NAD83 2011) from 2025-06-15.geocentricEPSGdEPSGO A'EPSG*Asse 2025Defined through 3-dimensional transformation from ETRS89/DREF91 Realization 2016 (see CT 10905). Coordinate values are close to but not identical to DHDN.geographic 2DEPSGEPSG| !'EPSG*ETRS89-DNKHorizontal component of the national realization of ETRS89 in Denmark.geographic 2DEPSGEPSGr !'EPSG*ETRS89-DNKETRS89-DNK is the national realization of ETRS89 in Denmark.geographic 3DEPSGEPSGo !!EPSG*ETRS89-DNKETRS89-DNK is the national realization of ETRS89 in Denmark.geocentricEPSGdEPSG 5'EPSG*{ETRS89-NOR [EUREF89]Horizontal component of the national realization of ETRS89 in Norway.geographic 2DEPSGEPSGw 5}'EPSG*zETRS89-NOR [EUREF89]EUREF89 is the national realization of ETRS89 in Norway.geographic 3DEPSGEPSGt 5}!EPSG*yETRS89-NOR [EUREF89]EUREF89 is the national realization of ETRS89 in Norway.geocentricEPSGdEPSG oV o > | k F T-Fo, 9a'EPSG+7ETRS89-BEL [BEREF2002]Horizontal component of national realization of ETRS89 in Belgium. Replaced by BEREF2011 (CRS code 11215).geographic 2DEPSGEPSG 91'EPSG+6ETRS89-BEL [BEREF2002]National realization of ETRS89 in Belgium. Replaced by BEREF2011 (CRS code 11214).geographic 3DEPSGEPSG 91!EPSG+5ETRS89-BEL [BEREF2002]National realization of ETRS89 in Belgium. Replaced by BEREF2011 (CRS code 11213).geocentricEPSGdEPSG /'EPSG+1ETRS89-AUT [2002]Horizontal component of national realization of ETRS89 in Austria.geographic 2DEPSGEPSGf /a'EPSG+0ETRS89-AUT [2002]National realization of ETRS89 in Austria.geographic 3DEPSGEPSGc /a!EPSG+/ETRS89-AUT [2002]National realization of ETRS89 in Austria.geocentricEPSGdEPSG- 1k'EPSG+-ETRS89-ALB [CORS] Used for the coordinates of the 27 reference stations of the active ALBCOR network in Albania. Differences with the official KRGJSH realization (CRS code 11047) used for other spatial referencing are negligible (5-7 mm for all components).geographic 2DEPSGEPSG, /k'EPSG+,ETRS89-ALB [CORS]Used for the coordinates of the 27 reference stations of the active ALBCOR network in Albania. Differences with the official KRGJSH realization (CRS code 11046) used for other spatial referencing are negligible (5-7 mm for all components).geographic 3DEPSGEPSG) /k!EPSG++ETRS89-ALB [CORS]Used for the coordinates of the 27 reference stations of the active ALBCOR network in Albania. Differences with the official KRGJSH realization (CRS code 11045) used for other spatial referencing are negligible (5-7 mm for all components).geocentricEPSGdEPSG ?'EPSG+'ETRS89-ALB [KRGJSH 2010] Horizontal component of national realization of ETRS89 in Albania.geographic 2DEPSGEPSG0 =e'EPSG+&ETRS89-ALB [KRGJSH 2010]National realization of ETRS89 in Albania. The active GNSS network uses ETRS89-ALB [CORS] (CRS code 11052). geographic 3DEPSGEPSG- =e!EPSG+%ETRS89-ALB [KRGJSH 2010]National realization of ETRS89 in Albania. The active GNSS network uses ETRS89-ALB [CORS] (CRS code 11051). geocentricEPSGdEPSGB ; 'EPSG+#CR-SIRGAS epoch 2019.24geographic 2DEPSGEPSGB ; 'EPSG+"CR-SIRGAS epoch 2019.24geographic 3DEPSGEPSG? ; !EPSG+!CR-SIRGAS epoch 2019.24geocentricEPSGdEPSG 7K'EPSG+ETRS89-NLD [AGRS2010]Horizontal component of national realization of ETRS89 in the Netherlands, aligned to ETRF2000.geographic 2DEPSGEPSG 7'EPSG+ETRS89-NLD [AGRS2010]National realization of ETRS89 in the Netherlands, aligned to ETRF2000.geographic 3DEPSGEPSG 7!EPSG+ETRS89-NLD [AGRS2010]National realization of ETRS89 in the Netherlands, aligned to ETRF2000.geocentricEPSGdEPSG@ 7 'EPSG+SRGI2013 epoch 2021.0Horizontal component of geographic 3D CRS (code 11030). Horizontal component (JKHN) of national geodetic control network (JKG).geographic 2DEPSGEPSG/ 7i'EPSG+SRGI2013 epoch 2021.0Static snapshot at epoch 2021.0 of SRGI2013 dynamic CRS (CRS code 9469). Geometric component of national geodetic control network (JKG). Replaces SRGI2013 epoch 2012.0 coordinates of INACORS GNSS reference stations from 2025-02-25T14:10Z.geographic 3DEPSGEPSG# 7W!EPSG+SRGI2013 epoch 2021.0Static snapshot at epoch 2021.0 of SRGI2013 dynamic CRS (CRS code 9468). Geometric component of national control network (JKG). Replaces SRGI2013 epoch 2012.0 coordinates of INACORS GNSS reference stations from 2025-02-25T14:10Z.geocentricEPSGdEPSG@ ='EPSG+ETRS89-GBR [OSNet v2009]Horizontal component of second national realization of ETRS89 in Great Britain. Replaces ETRS89-GBR [OSNet v2001] from 2016.geographic 2DEPSGEPSG( =U'EPSG+ETRS89-GBR [OSNet v2009]Second national realization of ETRS89 in Great Britain. Replaces ETRS89-GBR [OSNet v2001] from 2016.geographic 3DEPSGEPSG j B ^ b&#!Nd 5'!EPSG+yETRS89-ESP [REGENTE]National realization of ETRS89 in Spain. For GNSS CORS services, replaced by ETRS89-ESP [ERGNSS] (code 11126) from 2018-03-25. For most purposes the offset of approximately 2cm is considered insignificant.geocentricEPSGdEPSG@ 3'EPSG+xETRS89-ESP [ERGNSS]Horizontal component of national realization of ETRS89 in Spain. Replaces ETRS89-ESP [REGENTE] for CORS services from 2018-03-15.geographic 2DEPSGEPSG2 3s'EPSG+wETRS89-ESP [ERGNSS]National realization of ETRS89 in peninsula Spain. Replaces ETRS89-ESP [REGENTE] for CORS services from 2018-03-15.geographic 3DEPSGEPSG/ 3s!EPSG+vETRS89-ESP [ERGNSS]National realization of ETRS89 in peninsula Spain. Replaces ETRS89-ESP [REGENTE] for CORS services from 2018-03-15.geocentricEPSGdEPSG 7'EPSG+oETRS89-ROU [ETRF2000]Horizontal component of national realization of ETRS89 in Romania.geographic 2DEPSGEPSGj 7a'EPSG+iETRS89-ROU [ETRF2000]National realization of ETRS89 in Romania.geographic 3DEPSGEPSGg 7a!EPSG+hETRS89-ROU [ETRF2000]National realization of ETRS89 in Romania.geocentricEPSGdEPSG /+'EPSG+dETRS89-PRT [1995]Horizontal component of national realization of ETRS89 in continental Portugal.geographic 2DEPSGEPSGs /{'EPSG+cETRS89-PRT [1995]National realization of ETRS89 in continental Portugal.geographic 3DEPSGEPSGp /{!EPSG+bETRS89-PRT [1995]National realization of ETRS89 in continental Portugal.geocentricEPSGdEPSG A!'EPSG+[ETRS89-MKD [EUREF-MAK2010]Horizontal component of national realization of ETRS89 in North Macedonia.geographic 2DEPSGEPSGw Aq'EPSG+ZETRS89-MKD [EUREF-MAK2010]National realization of ETRS89 in North Macedonia.geographic 3DEPSGEPSGt Aq!EPSG+YETRS89-MKD [EUREF-MAK2010]National realization of ETRS89 in North Macedonia.geocentricEPSGdEPSG 3'EPSG+UETRS89-GRC [HTRS07]Horizontal component of national realization of ETRS89 in Greece.geographic 2DEPSGEPSGg 3_'EPSG+TETRS89-GRC [HTRS07]National realization of ETRS89 in Greece.geographic 3DEPSGEPSGd 3_!EPSG+SETRS89-GRC [HTRS07]National realization of ETRS89 in Greece.geocentricEPSGdEPSG /%'EPSG+OETRS89-FRO [2008]Horizontal component of national realization of ETRS89 in the Faroe Islands.geographic 2DEPSGEPSGp /u'EPSG+NETRS89-FRO [2008]National realization of ETRS89 in the Faroe Islands.geographic 3DEPSGEPSGm /u!EPSG+METRS89-FRO [2008]National realization of ETRS89 in the Faroe Islands.geocentricEPSGdEPSGE 9'EPSG+GETRS89-SVK [SKTRF2022]Horizontal component of national realization of ETRS89 in Slovakia. Replaces ETRS89-SVK [SKTRF09] (CRS code 11076) from 2024-04-01.geographic 2DEPSGEPSG- 9c'EPSG+FETRS89-SVK [SKTRF2022]National realization of ETRS89 in Slovakia. Replaces ETRS89-SVK [SKTRF09] (CRS code 11078) from 2024-04-01.geographic 3DEPSGEPSG* 9c!EPSG+EETRS89-SVK [SKTRF2022]National realization of ETRS89 in Slovakia. Replaces ETRS89-SVK [SKTRF09] (CRS code 11074) from 2024-04-01.geocentricEPSGdEPSGH 5'EPSG+DETRS89-SVK [SKTRF09]Horizontal component of national realization of ETRS89 in Slovakia. From 2024-04-01 replaced by ETRS89-SVK [SKTRF2022] (CRS code 11079).geographic 2DEPSGEPSG0 5m'EPSG+CETRS89-SVK [SKTRF09]National realization of ETRS89 in Slovakia. From 2024-04-01 replaced by ETRS89-SVK [SKTRF2022] (CRS code 11078).geographic 3DEPSGEPSG- 5m!EPSG+BETRS89-SVK [SKTRF09]National realization of ETRS89 in Slovakia. From 2024-04-01 replaced by ETRS89-SVK [SKTRF2022] (CRS code 11077).geocentricEPSGdEPSG /'EPSG+>ETRS89-CZE [2007]Horizontal component of national realization of ETRS89 in Czechia.geographic 2DEPSGEPSGf /a'EPSG+=ETRS89-CZE [2007]National realization of ETRS89 in Czechia.geographic 3DEPSGEPSG O 9 ,  m #qr3OK /)'EPSGNISIRGAS-Chile 2021Densification within Chile of SIRGAS-CON at epoch 2021.00. Replaces SIRGAS-Chile 2016 (CRS code 9153) due to significant tectonic deformation.geographic 2DEPSGEPSG/H /)!EPSGNGSIRGAS-Chile 2021Densification of SIRGAS-CON within Chile at epoch 2021.00. Replaces SIRGAS-Chile 2016 (CRS code 9151) due to significant tectonic deformation.geocentricEPSGdEPSG/( s'EPSGNAMWC18-IRFIntermediate CRS created in 2022 to assist the emulation of the ETRS89 / MWC18 SnakeGrid projected CRS through transformation ETRS89-GBR [OSNet v2009] to MWC18 (1) (code 10108) used in conjunction with the MWC18-TM map projection (code 10127).geographic 2DEPSGEPSG,. 5i'EPSG,+ETRS89-CHE [CHTRF95]First realization of CHTRS95. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geographic 2DEPSGEPSGX U'EPSG+DrukRef23Replaces DRUKREF 03 (CRS code 5264).geographic 2DEPSGEPSGX U'EPSG+DrukRef23Replaces DRUKREF 03 (CRS code 5263).geographic 3DEPSGEPSGU U!EPSG+DrukRef23Replaces DRUKREF 03 (CRS code 5262).geocentricEPSGdEPSGT 55'EPSG+ETRS89-CHE [CHTRF95]First realization of CHTRS95. Referenced to ETRF89 at epoch 1993.0. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geographic 3DEPSGEPSGQ 55!EPSG+ETRS89-CHE [CHTRF95]First realization of CHTRS95. Referenced to ETRF89 at epoch 1993.0. For CRS used for topographic and cadastral purposes see CH1903+ (CRS code 4150).geocentricEPSGdEPSG0 9i'EPSG+ETRS89-BEL [BEREF2011]Horizontal component of second national realization of ETRS89 in Belgium. Replaces BEREF2002 (CRS code 11063).geographic 2DEPSGEPSG 99'EPSG+ETRS89-BEL [BEREF2011]Second national realization of ETRS89 in Belgium. Replaces BEREF2002 (CRS code 11062).geographic 3DEPSGEPSGV 9;!EPSG+ETRS89-BEL [BEREF2011]Second national realization of ETRS89 in Belgium. Replaces BEREF2002 (CRS code 11061). Used by the Belgian Active GNSS Network consisting of the Flemish positioning system (FLEPOS), the Wallonia continuously operating reference system (WALCORS) and GPSBru in the Brussels region.geocentricEPSGdEPSG* KK'EPSG+ETRS89-DEU [ETRS89/DREF91/2025]German national realization of ETRS89. Replaces ETRS89/DREF91 Realization 2025 from 2025-07-01.geographic 2DEPSGEPSG* KK'EPSG+ETRS89-DEU [ETRS89/DREF91/2025]German national realization of ETRS89. Replaces ETRS89/DREF91 Realization 2016 from 2025-07-01.geographic 3DEPSGEPSG' KK!EPSG+ETRS89-DEU [ETRS89/DREF91/2025]German national realization of ETRS89. Replaces ETRS89/DREF91 Realization 2016 from 2025-07-01.geocentricEPSGdEPSG 3!'EPSG+ETRS89-HRV [CROPOS]ETRS89-HRV [HTRS96] (CRS code 4761) used for national spatial referencing.geographic 2DEPSGEPSG 3!'EPSG+ETRS89-HRV [CROPOS]ETRS89-HRV [HTRS96] (CRS code 4889) used for national spatial referencing.geographic 3DEPSGEPSG 3!!EPSG+ETRS89-HRV [CROPOS]ETRS89-HRV [HTRS96] (CRS code 4888) used for national spatial referencing.geocentricEPSGdEPSG 7'EPSG+ETRS89-HUN [ETRF2000]Horizontal component of national realization of ETRS89 in Hungary.geographic 2DEPSGEPSGj 7a'EPSG+ETRS89-HUN [ETRF2000]National realization of ETRS89 in Hungary.geographic 3DEPSGEPSGg 7a!EPSG+ETRS89-HUN [ETRF2000]National realization of ETRS89 in Hungary.geocentricEPSGdEPSG% 5W'EPSG+~ETRS89-ESP [REGENTE]Horizontal component of national realization of ETRS89 in Spain. For GNSS CORS services, replaced by ETRS89-ESP [ERGNSS] (code 11128) from 2018-03-25. For most purposes the offset of approximately 2cm is considered insignificant.geographic 2DEPSGEPSGK /)'EPSGNHSIRGAS-Chile 2021Densification of SIRGAS-CON within Chile at epoch 2021.00. Replaces SIRGAS-Chile 2016 (CRS code 9152) due to significant tectonic deformation.geographic 3DEPSGEPSG/ ;5 E  G  > A  L P`f'c!k$e%]#L= -' ESRIGCS_Tristan_1968geographic 2DEPSGESRI E =' ESRIGCS_Selvagem_Grande_1938geographic 2DEPSGESRI 9 %'ESRIGCS_Sao_Brazgeographic 2DEPSGESRI A 5' ESRIGCS_Porto_Santo_1936geographic 2DEPSGESRIC 9' ESRI~GCS_Pico_de_Las_Nievesgeographic 2DEPSGESRIP S'ESRI}GCS_Observatorio_Meteorologico_1939geographic 2DEPSGESRI9 %'ESRI{GCS_LC5_1961geographic 2DEPSGESRI> /' ESRIzGCS_ISTS_061_1968geographic 2DEPSGESRIF ?'ESRIyGCS_Graciosa_Base_SW_1948geographic 2DEPSGESRIA 5'ESRIxGCS_Fort_Thomas_1955geographic 2DEPSGESRI? 1' ESRIwGCS_Cape_Canaveralgeographic 2DEPSGESRI9 %' ESRIvGCS_DOS_71_4geographic 2DEPSGESRIF ?' ESRIuGCS_Ascension_Island_1958geographic 2DEPSGESRI= -' ESRIsGCS_Reunion_1947geographic 2DEPSGESRIF ?' ESRIrGCS_Kerguelen_Island_1949geographic 2DEPSGESRI> /' ESRIqGCS_ISTS_073_1969geographic 2DEPSGESRI9 %' ESRIpGCS_Gan_1970geographic 2DEPSGESRI< +' ESRIoGCS_Anna_1_1965geographic 2DEPSGESRIA 5' ESRInGCS_Wake_Island_1952geographic 2DEPSGESRIC 9' ESRImGCS_Wake_Eniwetok_1960geographic 2DEPSGESRI? 1' ESRIlGCS_Viti_Levu_1916geographic 2DEPSGESRI? 1' ESRIkGCS_Santo_DOS_1965geographic 2DEPSGESRI> /' ESRIjGCS_Pitcairn_1967geographic 2DEPSGESRI= /'ESRIiGCS_Carthage_Gradgeographic 2DEPSGEPSGO< +' ESRIhGCS_Midway_1961geographic 2DEPSGESRI8 %' ESRIgGCS_Carthagegeographic 2DEPSGEPSGOE =' ESRIfGCS_Johnston_Island_1961geographic 2DEPSGESRI6 'ESRIeGCS_GUX_1geographic 2DEPSGESRI: '' ESRIdGCS_Guam_1963geographic 2DEPSGESRIC 9' ESRIcGCS_Easter_Island_1967geographic 2DEPSGESRI9 %'ESRIbGCS_DOS_1968geographic 2DEPSGESRID ;' ESRIaGCS_Chatham_Island_1971geographic 2DEPSGESRI< +' ESRI`GCS_Canton_1966geographic 2DEPSGESRI= -' ESRI_GCS_Bellevue_IGNgeographic 2DEPSGESRI; )' ESRI^GCS_Astro_1952geographic 2DEPSGESRIA 5' ESRI]GCS_Tern_Island_1961geographic 2DEPSGESRI> /' ESRI\GCS_Beacon_E_1945geographic 2DEPSGESRI9 %' ESRI[GCS_Point_58geographic 2DEPSGESRI9 %' ESRIXGCS_Ayabellegeographic 2DEPSGESRIE ='ESRIWGCS_South_Asia_Singaporegeographic 2DEPSGESRI5 'ESRIVGCS_Omangeographic 2DEPSGESRIB 7' ESRIUGCS_Hong_Kong_1963_67geographic 2DEPSGESRI= -' ESRITGCS_Hjorsey_1955geographic 2DEPSGESRID ;'ESRISGCS_Everest_India_Nepalgeographic 2DEPSGESRIC 9'ESRIRGCS_Everest_Bangladeshgeographic 2DEPSGESRI> /' ESRIQGCS_European_1979geographic 2DEPSGESRI@ 3'ESRIGCS_Sphere_ARC_INFOgeographic 2DEPSGESRI8 #'ESRIGCS_Walbeckgeographic 2DEPSGESRIF ?'ESRIGCS_Everest_Modified_1969geographic 2DEPSGESRI; )'ESRIGCS_Hough_1960geographic 2DEPSGESRIA 5'ESRIGCS_Fischer_Modifiedgeographic 2DEPSGESRI= -'ESRIGCS_Fischer_1968geographic 2DEPSGESRI= -'ESRIGCS_Fischer_1960geographic 2DEPSGESRI9 %' ESRIGCS_WGS_1966geographic 2DEPSGESRI9 %'ESRICuracao_1951geographic 2DEPSGESRIQ E'% ESRIGCS_Voirol_Unifie_1960_Parisgeographic 2DEPSGESRI106011_ParisB 9' ESRIGCS_Voirol_Unifie_1960geographic 2DEPSGESRIw /'EPSGNNMAGNA-SIRGAS 2018Replaces MAGNA-SIRGAS (CRS code 4686) for high accuracy purposes. Change is approximately 0.31m in latitude, 0.02m in longitude. For mapping and cadastral purposes considered equivalent.geographic 2DEPSGEPSG1< / 'EPSGNMMAGNA-SIRGAS 2018geographic 3DEPSGEPSG1 A>D T  a " I  Q  M q$FFF `(v<T`< +'ESRIGCS_Sphere_EMEPgeographic 2DEPSGESRI$: ''ESRIGCS_Roma_1940geographic 2DEPSGESRI#P S'ESRIGCS_Observatorio_Meteorologico_1965geographic 2DEPSGESRI"E =' ESRIGCS_Chatham_Islands_1979geographic 2DEPSGESRI!9 '' ESRIGCS_ITRF_2000geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1997geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1996geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1994geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1993geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1992geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1991geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1990geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1989geographic 2DEPSGEPSG9 '' ESRIGCS_ITRF_1988geographic 2DEPSGEPSG= -' ESRIGCS_Bermuda_2000geographic 2DEPSGESRI7 !'ESRIGCS_Majurogeographic 2DEPSGESRI: ''ESRIGCS_Bab_Southgeographic 2DEPSGESRI9 %' ESRIGCS_JGD_2000geographic 2DEPSGESRI7 !' ESRIGCS_REGVENgeographic 2DEPSGESRI8 #'ESRIGCS_Pohnpeigeographic 2DEPSGESRI: '' ESRIGCS_NZGD_2000geographic 2DEPSGESRI9 %' ESRIGCS_RGF_1993geographic 2DEPSGESRIE ='ESRIGCS_Datum_Lisboa_Hayfordgeographic 2DEPSGESRID ;'ESRIGCS_Datum_Lisboa_Besselgeographic 2DEPSGESRI? 1' ESRIGCS_Hong_Kong_1980geographic 2DEPSGESRIB 7'ESRIGCS_Sierra_Leone_1960geographic 2DEPSGESRIw> /'ESRIGCS_Hermannskogelgeographic 2DEPSGESRIv= -'ESRIGCS_Estonia_1937geographic 2DEPSGESRIu9 %' ESRIGCS_GDBD2009geographic 2DEPSGESRIt8 #'ESRIrGCS_Xrail84geographic 2DEPSGESRIB6 'ESRIqHTRS07_3Dgeographic 3DEPSGESRI@3 'ESRIpHTRS07geographic 2DEPSGESRI@L K'ESRIoGCS_Sphere_GRS_1980_Mean_Radiusgeographic 2DEPSGESRI?4 'ESRIaBNGRS02geographic 2DEPSGESRI(1 'ESRI`BTRSgeographic 2DEPSGESRI'; )'ESRI_PAL-GRF2023_3Dgeographic 3DEPSGESRI&8 #'ESRI^PAL-GRF2023geographic 2DEPSGESRI&4 'ESRI\GDM2008geographic 2DEPSGESRI,3 ' ESRI[ONGD17geographic 2DEPSGESRI+P 9'- ESRIZGCS_Voirol_Unifie_1960geographic 2DEPSGESRI106011_GreenwichI E' ESRIYGCS_Voirol_Unifie_1960_Parisgeographic 2DEPSGESRIQ U'ESRIXCalifornia_SRS_Epoch_2017.50_(NAD83)geographic 2DEPSGESRIB 9' ESRIWGCS_International_1967geographic 2DEPSGESRI0 ' ESRIVGGDgeographic 2DEPSGESRI1 ' ESRIUIGS14geographic 2DEPSGEPSG9 %' ESRITGCS_JGD_2011geographic 2DEPSGESRI$4 ' ESRISITRF2014geographic 2DEPSGEPSG4 ' ESRIRPZ-90.11geographic 2DEPSGEPSG4 ' ESRIQPZ-90.02geographic 2DEPSGEPSG> 1' ESRIPWGS_1984_(Transit)geographic 2DEPSGEPSG< -' ESRIOWGS_1984_(G1762)geographic 2DEPSGEPSG< -' ESRINWGS_1984_(G1674)geographic 2DEPSGEPSG< -' ESRIMWGS_1984_(G1150)geographic 2DEPSGEPSG; +' ESRILWGS_1984_(G873)geographic 2DEPSGEPSG; +' ESRIKWGS_1984_(G730)geographic 2DEPSGEPSG5 ' ESRIJGCS_IGS08geographic 2DEPSGEPSGu8 #' ESRIIGCS_Kyrg-06geographic 2DEPSGESRID =' ESRI@GCS_Assumed_Geographic_1geographic 2DEPSGEPSG{@ 3'ESRIGCS_Alaskan_Islandsgeographic 2DEPSGESRI< +' ESRIGCS_Kusaie_1951geographic 2DEPSGESRI< +'ESRIGCS_S42_Hungarygeographic 2DEPSGESRI> /' ESRIGCS_Gunung_Segarageographic 2DEPSGESRIA 5' ESRIGCS_Deception_Islandgeographic 2DEPSGESRI: '' ESRIGCS_Camp_Areageographic 2DEPSGESRI ;'9 '' ESRIGCS_EUREF_FINgeographic 2DEPSGEPSGo >Pg b * { H  | I  W ! h .q8~3b.y>Rdr!:P S'ESRIGCS_NAD_1983_HARN_Adj_MN_Cass_Southgeographic 2DEPSGESRIP S'ESRIGCS_NAD_1983_HARN_Adj_MN_Cass_Northgeographic 2DEPSGESRIL K'ESRIGCS_NAD_1983_HARN_Adj_MN_Carvergeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Carltongeographic 2DEPSGESRIK I'ESRIGCS_NAD_1983_HARN_Adj_MN_Browngeographic 2DEPSGESRIP S'ESRIGCS_NAD_1983_HARN_Adj_MN_Blue_Earthgeographic 2DEPSGESRIO Q'ESRIGCS_NAD_1983_HARN_Adj_MN_Big_Stonegeographic 2DEPSGESRIL K'ESRIGCS_NAD_1983_HARN_Adj_MN_Bentongeographic 2DEPSGESRIT ['ESRIGCS_NAD_1983_HARN_Adj_MN_Beltrami_Southgeographic 2DEPSGESRIT ['ESRIGCS_NAD_1983_HARN_Adj_MN_Beltrami_Northgeographic 2DEPSGESRIL K'ESRIGCS_NAD_1983_HARN_Adj_MN_Beckergeographic 2DEPSGESRIK I'ESRIGCS_NAD_1983_HARN_Adj_MN_Anokageographic 2DEPSGESRI> 1'ESRIS_JTSK/05_Ferro_3Dgeographic 3DEPSGEPSG8 %'ESRIS_JTSK/05_3Dgeographic 3DEPSGEPSG4 'ESRISLD99_3Dgeographic 3DEPSGEPSG> /'ESRINepal_Nagarkot_3Dgeographic 3DEPSGESRI: )'ESRIMONREF_1997_3Dgeographic 3DEPSGEPSG> 1'ESRIS-JTSK_[JTSK03]_3Dgeographic 3DEPSGEPSG6 ' ESRIONGD17_3Dgeographic 3DEPSGESRI+> /'ESRIGCS_PANAMA08_2011geographic 2DEPSGESRI 3 ' ESRIGGD_3Dgeographic 3DEPSGESRIT ['ESRICalifornia_SRS_Epoch_2017.50_(NAD83)_3Dgeographic 3DEPSGESRI8 %' ESRIEUREF_FIN_3Dgeographic 3DEPSGEPSGoB 9'ESRINorth_American_1983_3Dgeographic 3DEPSGEPSG}J G' ESRIqGCS_Voirol_Unifie_1960_Degreegeographic 2DEPSGESRI; +' ESRIpGCS_Voirol_1875geographic 2DEPSGEPSG> /' ESRI_GCS_NAD_1983_PA11geographic 2DEPSGESRI/> /' ESRI^GCS_NAD_1983_MA11geographic 2DEPSGESRI.8 %' ESRIEGCS_Merchichgeographic 2DEPSGEPSGu@ 3' ESRIDGCS_NAD_1983_MARP00geographic 2DEPSGESRI@ 3' ESRICGCS_NAD_1983_PACP00geographic 2DEPSGESRI: '' ESRIBGCS_ETRF_1989geographic 2DEPSGESRI9 '' ESRIAGCS_ITRF_2008geographic 2DEPSGEPSG%? 1' ESRI@GCS_Nepal_Nagarkotgeographic 2DEPSGESRI7 !' ESRI8Macao_2008geographic 2DEPSGESRI@ 3' ESRIGCS_NAD_1983_CORS96geographic 2DEPSGESRI5 'ESRIJGD_2024geographic 2DEPSGESRI%8 #'ESRIJGD_2024_3Dgeographic 3DEPSGESRI%P S' ESRIGCS_WGS_1984_Major_Auxiliary_Spheregeographic 2DEPSGESRI+4 ' ESRIETRF2000geographic 2DEPSGEPSG2 ' ESRIETRF97geographic 2DEPSGEPSG2 ' ESRIETRF96geographic 2DEPSGEPSG2 ' ESRIETRF94geographic 2DEPSGEPSG2 ' ESRIETRF93geographic 2DEPSGEPSG2 ' ESRIETRF92geographic 2DEPSGEPSG2 ' ESRIETRF91geographic 2DEPSGEPSG2 ' ESRIETRF90geographic 2DEPSGEPSG> /' ESRIGCS_NAD_1983_2011geographic 2DEPSGESRI-9 %' ESRIGCS_ISN_2004geographic 2DEPSGESRI5 ' ESRIGCS_CR05geographic 2DEPSGESRI7 !' ESRIGCS_PTRA08geographic 2DEPSGESRI: '' ESRIGCS_CGRS_1993geographic 2DEPSGESRI@ 5'ESRIGCS_Voirol_1879_Gradgeographic 2DEPSGEPSG@ 5'ESRIGCS_Voirol_1875_Gradgeographic 2DEPSGEPSGG A'ESRIGCS_Old_Hawaiian_Intl_1924geographic 2DEPSGESRI,9 %' ESRIGCS_TWD_1997geographic 2DEPSGESRI*9 %' ESRIGCS_TWD_1967geographic 2DEPSGESRI)8 %'ESRIGCS_MSK_1942geographic 2DEPSGEPSG; +'ESRIGCS_MONREF_1997geographic 2DEPSGEPSG9 %' ESRIGCS_JAD_2001geographic 2DEPSGESRI(@ 3' ESRIGCS_Ocotepeque_1935geographic 2DEPSGESRI'4 'ESRIGCS_D48geographic 2DEPSGESRI& 2cp 9 K b  t ! 5A6Pe}0GX r'N O'ESRI9GCS_NAD_1983_HARN_Adj_MN_Red_Lakegeographic 2DEPSGESRI L K'ESRI8GCS_NAD_1983_HARN_Adj_MN_Ramseygeographic 2DEPSGESRIJ G'ESRI7GCS_NAD_1983_HARN_Adj_MN_Popegeographic 2DEPSGESRIJ G'ESRI6GCS_NAD_1983_HARN_Adj_MN_Polkgeographic 2DEPSGESRIO Q'ESRI5GCS_NAD_1983_HARN_Adj_MN_Pipestonegeographic 2DEPSGESRIJ G'ESRI4GCS_NAD_1983_HARN_Adj_MN_Pinegeographic 2DEPSGESRIP S'ESRI3GCS_NAD_1983_HARN_Adj_MN_Penningtongeographic 2DEPSGESRIO Q'ESRI2GCS_NAD_1983_HARN_Adj_MN_Ottertailgeographic 2DEPSGESRIM M'ESRI1GCS_NAD_1983_HARN_Adj_MN_Olmstedgeographic 2DEPSGESRIL K'ESRI0GCS_NAD_1983_HARN_Adj_MN_Normangeographic 2DEPSGESRIL K'ESRI/GCS_NAD_1983_HARN_Adj_MN_Noblesgeographic 2DEPSGESRIN O'ESRI.GCS_NAD_1983_HARN_Adj_MN_Nicolletgeographic 2DEPSGESRIL K'ESRI-GCS_NAD_1983_HARN_Adj_MN_Murraygeographic 2DEPSGESRIK I'ESRI,GCS_NAD_1983_HARN_Adj_MN_Mowergeographic 2DEPSGESRIN O'ESRI+GCS_NAD_1983_HARN_Adj_MN_Morrisongeographic 2DEPSGESRIL K'ESRI*GCS_NAD_1983_HARN_Adj_MN_Meekergeographic 2DEPSGESRIL K'ESRI)GCS_NAD_1983_HARN_Adj_MN_Martingeographic 2DEPSGESRIN O'ESRI(GCS_NAD_1983_HARN_Adj_MN_Marshallgeographic 2DEPSGESRIN O'ESRI'GCS_NAD_1983_HARN_Adj_MN_Mahnomengeographic 2DEPSGESRIL K'ESRI&GCS_NAD_1983_HARN_Adj_MN_McLeodgeographic 2DEPSGESRIJ G'ESRI%GCS_NAD_1983_HARN_Adj_MN_Lyongeographic 2DEPSGESRIM M'ESRI$GCS_NAD_1983_HARN_Adj_MN_Lincolngeographic 2DEPSGESRIN O'ESRI#GCS_NAD_1983_HARN_Adj_MN_Le_Sueurgeographic 2DEPSGESRI] m'ESRI"GCS_NAD_1983_HARN_Adj_MN_Lake_of_the_Woods_Southgeographic 2DEPSGESRI] m'ESRI!GCS_NAD_1983_HARN_Adj_MN_Lake_of_the_Woods_Northgeographic 2DEPSGESRIS Y'ESRI GCS_NAD_1983_HARN_Adj_MN_Lac_Qui_Parlegeographic 2DEPSGESRIQ U'ESRIGCS_NAD_1983_HARN_Adj_MN_Koochichinggeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Kittsongeographic 2DEPSGESRIO Q'ESRIGCS_NAD_1983_HARN_Adj_MN_Kandiyohigeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Kanabecgeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Jacksongeographic 2DEPSGESRIR W'ESRIGCS_NAD_1983_HARN_Adj_MN_Itasca_Southgeographic 2DEPSGESRIR W'ESRIGCS_NAD_1983_HARN_Adj_MN_Itasca_Northgeographic 2DEPSGESRIL K'ESRIGCS_NAD_1983_HARN_Adj_MN_Isantigeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Houstongeographic 2DEPSGESRIN O'ESRIGCS_NAD_1983_HARN_Adj_MN_Hennepingeographic 2DEPSGESRIK I'ESRIGCS_NAD_1983_HARN_Adj_MN_Grantgeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Goodhuegeographic 2DEPSGESRIN O'ESRIGCS_NAD_1983_HARN_Adj_MN_Freeborngeographic 2DEPSGESRIN O'ESRIGCS_NAD_1983_HARN_Adj_MN_Fillmoregeographic 2DEPSGESRIO Q'ESRIGCS_NAD_1983_HARN_Adj_MN_Faribaultgeographic 2DEPSGESRIM M'ESRIGCS_NAD_1983_HARN_Adj_MN_Douglasgeographic 2DEPSGESRIK I'ESRIGCS_NAD_1983_HARN_Adj_MN_Dodgegeographic 2DEPSGESRIL K'ESRIGCS_NAD_1983_HARN_Adj_MN_Dakotageographic 2DEPSGESRIO Q'ESRI GCS_NAD_1983_HARN_Adj_MN_Crow_Winggeographic 2DEPSGESRIP S'ESRI GCS_NAD_1983_HARN_Adj_MN_Cottonwoodgeographic 2DEPSGESRIP S'ESRI GCS_NAD_1983_HARN_Adj_MN_Cook_Southgeographic 2DEPSGESRIP S'ESRI GCS_NAD_1983_HARN_Adj_MN_Cook_Northgeographic 2DEPSGESRIM M'ESRI GCS_NAD_1983_HARN_Adj_MN_Chisagogeographic 2DEPSGESRIM M'ESRI:GCS_NAD_1983_HARN_Adj_MN_Redwoodgeographic 2DEPSGESRI 3vjq 3 J d  | - =Tl3Ig~/F_vO Q' ESRI{GCS_NAD_1983_HARN_Adj_WI_Jeffersongeographic 2DEPSGESRIfM M' ESRIzGCS_NAD_1983_HARN_Adj_WI_Jacksongeographic 2DEPSGESRIDJ G' ESRIyGCS_NAD_1983_HARN_Adj_WI_Irongeographic 2DEPSGESRICJ G' ESRIxGCS_NAD_1983_HARN_Adj_WI_Iowageographic 2DEPSGESRIBO Q' ESRIwGCS_NAD_1983_HARN_Adj_WI_GreenLakegeographic 2DEPSGESRIeK I' ESRIvGCS_NAD_1983_HARN_Adj_WI_Greengeographic 2DEPSGESRIdK I' ESRIuGCS_NAD_1983_HARN_Adj_WI_Grantgeographic 2DEPSGESRIAL K' ESRItGCS_NAD_1983_HARN_Adj_WI_Forestgeographic 2DEPSGESRI@O Q' ESRIsGCS_NAD_1983_HARN_Adj_WI_FondduLacgeographic 2DEPSGESRIhN O' ESRIrGCS_NAD_1983_HARN_Adj_WI_Florencegeographic 2DEPSGESRI?O Q' ESRIqGCS_NAD_1983_HARN_Adj_WI_EauClairegeographic 2DEPSGESRI>J G' ESRIpGCS_NAD_1983_HARN_Adj_WI_Dunngeographic 2DEPSGESRI=M M' ESRIoGCS_NAD_1983_HARN_Adj_WI_Douglasgeographic 2DEPSGESRIGCS_NAD_1983_HARN_Adj_MN_Roseaugeographic 2DEPSGESRIJ G'ESRI=GCS_NAD_1983_HARN_Adj_MN_Rockgeographic 2DEPSGESRI J G'ESRI /'ESRIGCS_Rosalind_2000geographic 2DEPSGESRI: ''ESRIGCS_Puck_2000geographic 2DEPSGESRI< +'ESRIGCS_Portia_2000geographic 2DEPSGESRI= -'ESRIGCS_Ophelia_2000geographic 2DEPSGESRI< +'ESRIGCS_Oberon_2000geographic 2DEPSGESRI= -'ESRIGCS_Miranda_2000geographic 2DEPSGESRI< +'ESRIGCS_Juliet_2000geographic 2DEPSGESRI? 1'ESRIGCS_Desdemona_2000geographic 2DEPSGESRI> /'ESRIGCS_Cressida_2000geographic 2DEPSGESRI> /'ESRIGCS_Cordelia_2000geographic 2DEPSGESRI< +'ESRIGCS_Bianca_2000geographic 2DEPSGESRI= -'ESRIGCS_Belinda_2000geographic 2DEPSGESRI; )'ESRIGCS_Ariel_2000geographic 2DEPSGESRI< +'ESRIGCS_Uranus_2000geographic 2DEPSGESRI; )'ESRIGCS_Titan_2000geographic 2DEPSGESRI< +'ESRIGCS_Tethys_2000geographic 2DEPSGESRI= -'ESRIGCS_Telesto_2000geographic 2DEPSGESRI: ''ESRIGCS_Rhea_2000geographic 2DEPSGESRI@ 3'ESRIGCS_Prometheus_2000geographic 2DEPSGESRI< +'ESRIGCS_Phoebe_2000geographic 2DEPSGESRI= -'ESRIGCS_Pandora_2000geographic 2DEPSGESRI9 %'ESRIGCS_Pan_2000geographic 2DEPSGESRI; )'ESRIGCS_Mimas_2000geographic 2DEPSGESRI; )'ESRIGCS_Janus_2000geographic 2DEPSGESRI= -'ESRIGCS_Iapetus_2000geographic 2DEPSGESRI> /'ESRIGCS_Hyperion_2000geographic 2DEPSGESRI< +'ESRIGCS_Helene_2000geographic 2DEPSGESRI@ 3'ESRIGCS_Epimetheus_2000geographic 2DEPSGESRI? 1'ESRIGCS_Enceladus_2000geographic 2DEPSGESRI; )'ESRIGCS_Dione_2000geographic 2DEPSGESRI= -'ESRIGCS_Calypso_2000geographic 2DEPSGESRI; )'ESRIGCS_Atlas_2000geographic 2DEPSGESRI< +'ESRIGCS_Saturn_2000geographic 2DEPSGESRI; )'ESRIGCS_Thebe_2000geographic 2DEPSGESRI< +'ESRIGCS_Sinope_2000geographic 2DEPSGESRI> /'ESRIGCS_Pasiphae_2000geographic 2DEPSGESRI; )'ESRIGCS_Metis_2000geographic 2DEPSGESRI> /'ESRIGCS_Lysithea_2000geographic 2DEPSGESRI: ''ESRIGCS_Leda_2000geographic 2DEPSGESRI8 #'ESRIGCS_Io_2000geographic 2DEPSGESRI= -'ESRIGCS_Himalia_2000geographic 2DEPSGESRI> /'ESRIGCS_Ganymede_2000geographic 2DEPSGESRI< +'ESRIGCS_Europa_2000geographic 2DEPSGESRI; )'ESRIGCS_Elara_2000geographic 2DEPSGESRI; )'ESRIGCS_Carme_2000geographic 2DEPSGESRI> /'ESRIGCS_Callisto_2000geographic 2DEPSGESRI< +'ESRIGCS_Ananke_2000geographic 2DEPSGESRI> /'ESRIGCS_Amalthea_2000geographic 2DEPSGESRI> /'ESRIGCS_Adrastea_2000geographic 2DEPSGESRI= -'ESRIGCS_Jupiter_2000geographic 2DEPSGESRI< +'ESRIGCS_Phobos_2000geographic 2DEPSGESRI< +'ESRIGCS_Deimos_2000geographic 2DEPSGESRI: ''ESRIGCS_Mars_2000geographic 2DEPSGESRI: ''ESRIGCS_Mars_1979geographic 2DEPSGESRI: ''ESRIGCS_Moon_2000geographic 2DEPSGESRI; )'ESRIGCS_Venus_2000geographic 2DEPSGESRI; )'ESRIGCS_Venus_1985geographic 2DEPSGESRI= -'ESRIGCS_Mercury_2000geographic 2DEPSGESRI< +'ESRIPolydeuces_2015geographic 2DEPSGESRI .I S b ( F  \ ! u =  _ %w>p/|Y O'IAU_2015Phobos (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ;#-IAU_2015Earth (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015݁ ;#'IAU_2015Earth (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015݁W M'IAU_2015Earth (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015܁ K#'IAU_2015uMoon (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015u M#'IAU_2015tVenus (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015t́ ?#-IAU_2015MMercury (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015M) ?#'3IAU_2015MMercury (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015MW Q'IAU_2015MMercury (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015M I#'IAU_2015Sun (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_20158 #'ESRI'Charon_2015geographic 2DEPSGESRI7 !'ESRI&Pluto_2015geographic 2DEPSGESRI9 %'ESRI%Larissa_2015geographic 2DEPSGESRI8 #'ESRI$Tethys_2015geographic 2DEPSGESRI9 %'ESRI#Telesto_2015geographic 2DEPSGESRI6 'ESRI"Rhea_2015geographic 2DEPSGESRI< +'ESRI!Prometheus_2015geographic 2DEPSGESRI9 %' ESRI GCS_MGI_1901geographic 2DEPSGESRI5 ' ESRIGCS_IGRSgeographic 2DEPSGESRI7 !' ESRIGCS_HD1909geographic 2DEPSGESRI5 'ESRIPan_2015geographic 2DEPSGESRI9 %'ESRIPallene_2015geographic 2DEPSGESRI7 !'ESRIMimas_2015geographic 2DEPSGESRI9 %'ESRIMethone_2015geographic 2DEPSGESRI7 !'ESRIJanus_2015geographic 2DEPSGESRI9 %'ESRIIapetus_2015geographic 2DEPSGESRI: ''ESRIHyperion_2015geographic 2DEPSGESRI8 #'ESRIHelene_2015geographic 2DEPSGESRI< +'ESRIEpimetheus_2015geographic 2DEPSGESRI; )'ESRIEnceladus_2015geographic 2DEPSGESRI7 !'ESRIDione_2015geographic 2DEPSGESRI9 %'ESRIDaphnis_2015geographic 2DEPSGESRI9 %'ESRICalypso_2015geographic 2DEPSGESRI7 !'ESRIAtlas_2015geographic 2DEPSGESRI5 'ESRISun_2015geographic 2DEPSGESRI9 %'ESRIMercury_2015geographic 2DEPSGESRI9 %'ESRI 4_Vesta_2015geographic 2DEPSGESRI9 %'ESRI 1_Ceres_2015geographic 2DEPSGESRI? 1'ESRI Mars_2000_(Sphere)geographic 2DEPSGESRI< +'ESRI GCS_Charon_2000geographic 2DEPSGESRI; )'ESRI GCS_Pluto_2000geographic 2DEPSGESRI< +'ESRIGCS_Triton_2000geographic 2DEPSGESRI> /'ESRIGCS_Thalassa_2000geographic 2DEPSGESRI= -'ESRIGCS_Proteus_2000geographic 2DEPSGESRI< +'ESRIGCS_Nereid_2000geographic 2DEPSGESRI; )'ESRIGCS_Naiad_2000geographic 2DEPSGESRI>-'ESRIGCS_Larissa_2000geographic 2DEPSGESRI M  - R X(;N%[ S'IAU_2015,Adrastea (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015,X M'IAU_2015Thebe (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ȁ K#'IAU_2015dLeda (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015d" O#'IAU_2015Ananke (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015! M#'IAU_2015ǜCarme (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ǜ$ S#'IAU_20158Lysithea (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_20158" O#'IAU_2015Sinope (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ԁ$ S#'IAU_2015pPasiphae (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015p! M#'IAU_2015 Elara (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 # Q#'IAU_2015ŨHimalia (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015Ũ[ S'IAU_2015DAmalthea (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015D, A#'3IAU_2015Callisto (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015$ S#'IAU_2015Callisto (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015, A#'3IAU_2015}Ganymede (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015}$ S#'IAU_2015|Ganymede (2015) - Sphere / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015|Y O'IAU_2015Europa (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015U G'IAU_2015ôIo (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ô 9#-IAU_2015Mars (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015( 9#'3IAU_2015Mars (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015V K'IAU_2015Mars (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015X M'IAU_2015ɐMetis (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ɐ x  C i Q@d%Z Q'IAU_2015Calypso (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015؁Z Q'IAU_2015tTelesto (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015tY O'IAU_2015Helene (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015] W'IAU_2015Epimetheus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015X M'IAU_2015HJanus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015HY O'IAU_2015Phoebe (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015 ?#-IAU_2015Iapetus (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015큁+ ?#'3IAU_2015Iapetus (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015큁Y Q'IAU_2015Iapetus (2015) - Sphere / OcentricUse semi-major radius as sphere for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015퀁[ S'IAU_2015Hyperion (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015X M'IAU_2015Titan (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015츁W K'IAU_2015TRhea (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015TX M'IAU_2015Dione (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015Y O'IAU_2015Tethys (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015댁\ U'IAU_2015(Enceladus (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015(X M'IAU_2015Mimas (2015) - Sphere / OcentricUse mean radius as sphere radius for interoperability. Source of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DEPSGIAU_2015ā ?#-IAU_2015Jupiter (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015+ ?#'3IAU_2015Jupiter (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015X M'IAU_2015Larissa (2015) / OcentricSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5otherPROJOCENTRIC_LAT_LONIAU_2015;=+ ?#'3IAU_2015;=Larissa (2015) / OgraphicSource of IAU Coordinate systems: https://doi.org/10.1007/s10569-017-9805-5geographic 2DPROJOGRAPHIC_NORTH_WESTIAU_2015;=Y Q'IAU_2015;,xR/l` ['!IGNFRANGI47GRangiroa (MGT 1947) geographiques (dms)geographic 2DEPSGIGNFREG5880001a e!!IGNFRANGI47Rangiroa MGT 1947 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5880001` ]'!IGNFRAIV66GRaivavae (MHPF 1966) geographiques (dms)geographic 2DEPSGIGNFREG5540001a g!!IGNFRAIV66Raivavae MHPF 1966 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5540001_ ['!IGNFRAIV54GRaivavae (Cadastre) geographiques (dms)geographic 2DEPSGIGNFREG5530001e o!!IGNFRAIV54Raivavae cadastre 1953-1954 cartesiennes geocent.geocentricEPSGdIGNFREG5530001Y O'!IGNFRAIA53GIGN53 Societe geographiques (dms)geographic 2DEPSGIGNFREG0300001e o!!IGNFRAIA53Raiatea Tahaa Bora Bora Huahine 1953 cartesiennesgeocentricEPSGdIGNFREG0300001X K'!IGNFPMARP55GPort Martin geographiques (dms)geographic 2DEPSGIGNFREG0120001Z W!!IGNFPMARP55Port Martin Perroud 1955 cartesiennesgeocentricEPSGdIGNFREG0120001W K'!IGNFPMAR55GPort Martin geographiques (dms)geographic 2DEPSGIGNFREG0120001Y W!!IGNFPMAR55Port Martin Perroud 1955 cartesiennesgeocentricEPSGdIGNFREG0120001_ m'IGNFPGP50GPointe Geologie Perroud 1950 geographiques (dms)geographic 2DEPSGEPSGT _!IGNFPGP50Pointe Geologie Perroud 1950 cartesiennesgeocentricEPSGdEPSGN !C'IGNFPETRELS72GPetrels geographiques (dms)geographic 2DEPSGEPSGZ c!IGNFPETRELS72Petrels IGN 1972 cartesiennes geocentriquesgeocentricEPSGdEPSGb c'!IGNFPDN92GPITON DES NEIGES (1992) GEOGRAPHIQUES (DMS)geographic 2DEPSGIGNFREG3170201b c'!IGNFPDN08GPITON DES NEIGES (2008) GEOGRAPHIQUES (DMS)geographic 2DEPSGIGNFREG3170301T S'IGNFOUVEA72GOuvea MHNC 1972 geographiques (dms)geographic 2DEPSGEPSGW a!IGNFOUVEA72Ouvea MHNC 1972 cartesiennes geocentriquesgeocentricEPSGdEPSGS S'IGNFOUVE72GOuvea MHNC 1972 geographiques (dms)geographic 2DEPSGEPSGV a!IGNFOUVE72Ouvea MHNC 1972 cartesiennes geocentriquesgeocentricEPSGdEPSGT Q'IGNFNUKU72GEONuku Hiva 1972 geographiques (dms)geographic 3DEPSGEPSGR Q'IGNFNUKU72GNuku Hiva 1972 geographiques (dms)geographic 2DEPSGEPSGY g!IGNFNUKU72Nuku Hiva IGN 1972 cartesiennes geocentriquesgeocentricEPSGdEPSGM E'IGNFNTFPGRADNTF geographiques Paris (gr)geographic 2DEPSGEPSGI E'IGNFNTFPNTF geographiques Paris (gr)geographic 2DEPSGEPSGN O'IGNFNTFGNTF GEOGRAPHIQUES GREENWICH (DMS)geographic 2DEPSGEPSG9 -!IGNFNTFNTF cartesiennesgeocentricEPSGdEPSGY O'!IGNFNOVA53GJuan de Nova geographiques (dms)geographic 2DEPSGIGNFREG3810001d m!!IGNFNOVA53Juan de Nova MHM 1953 cartesiennes geocentriquesgeocentricEPSGdIGNFREG3810001W M'!IGNFNEA74GNEA74 NOUMEA geographiques (dms)geographic 2DEPSGIGNFREG7080001Y Y!!IGNFNEA74Noumea 1974 cartesiennes geocentriquesgeocentricEPSGdIGNFREG7080001_ _'!IGNFNC51GGomen Terme Nord 1951 geographiques (dms)geographic 2DEPSGIGNFREG5040001T Q!!IGNFNC51GOMEN TERME NORD 1951 CARTESIENNESgeocentricEPSGdIGNFREG5040001^ Y'!IGNFMURU78GMururoa (IGN 1978) geographiques (dms)geographic 2DEPSGIGNFREG5870001_ c!!IGNFMURU78Mururoa IGN 1978 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5870001_ ['!IGNFMURU62GMururoa (MHOI 1962) geographiques (dms)geographic 2DEPSGIGNFREG5860001` e!!IGNFMURU62Mururoa MHOI 1962 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5860001_ ['!IGNFMURU59GMururoa (MHPF 1959) geographiques (dms)geographic 2DEPSGIGNFREG5840001` e!!IGNFMURU59Mururoa MHPF 1959 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5840001^ Y'!IGNFMURU51GMururoa (MGT 1951) geographiques (dms)geographic 2DEPSGIGNFREG5850001_ c!!IGNFMURU51Mururoa MGT 1951 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5850001[ U'!IGNFMOP90GTetiaroa (MOP90) geographiques (dms)geographic 2DEPSGIGNFREG0280001 1J c  S @ J c 9Tm!CfBe;L C'IGNFRGSPM06GRGSPM06 geographiques (dms)geographic 2DEPSGEPSGO Q!IGNFRGSPM06RGSPM06 cartesiennes geocentriquesgeocentricEPSGdEPSGK !='IGNFRGR92GEODDRGR92 geographiques (dd)geographic 3DEPSGEPSGJ ?'IGNFRGR92GEORGR92 geographiques (dms)geographic 3DEPSGEPSGI ='IGNFRGR92GDDRGR92 geographiques (dd)geographic 2DEPSGEPSGH ?'IGNFRGR92GRGR92 geographiques (dms)geographic 2DEPSGEPSGK M!IGNFRGR92RGR92 cartesiennes geocentriquesgeocentricEPSGdEPSGH ='IGNFRGPFGEORGPF geographiques (dms)geographic 3DEPSGEPSGG ;'IGNFRGPFGDDRGPF geographiques (dd)geographic 2DEPSGEPSGF ='IGNFRGPFGRGPF geographiques (dms)geographic 2DEPSGEPSGI K!IGNFRGPFRGPF cartesiennes geocentriquesgeocentricEPSGdEPSGI ;'IGNFRGNCGEODDRGNC GEOGRAPHIQUES (DD)geographic 3DEPSGEPSGH ='IGNFRGNCGEORGNC geographiques (dms)geographic 3DEPSGEPSGF ='IGNFRGNCGRGNC geographiques (dms)geographic 2DEPSGEPSGI K!IGNFRGNCRGNC cartesiennes geocentriquesgeocentricEPSGdEPSGK !='IGNFRGM04GEODDRGM04 geographiques (dd)geographic 3DEPSGEPSG J ?'IGNFRGM04GEORGM04 geographiques (dms)geographic 3DEPSGEPSG I ='IGNFRGM04GDDRGM04 geographiques (dd)geographic 2DEPSGEPSG H ?'IGNFRGM04GRGM04 geographiques (dms)geographic 2DEPSGEPSG K M!IGNFRGM04RGM04 cartesiennes geocentriquesgeocentricEPSGdEPSG M #?'IGNFRGFG95GEODDRGFG95 geographiques (dd)geographic 3DEPSGEPSGL A'IGNFRGFG95GEORGFG95 geographiques (dms)geographic 3DEPSGEPSGK ?'IGNFRGFG95GDDRGFG95 geographiques (dd)geographic 2DEPSGEPSGJ A'IGNFRGFG95GRGFG95 geographiques (dms)geographic 2DEPSGEPSGM O!IGNFRGFG95RGFG95 cartesiennes geocentriquesgeocentricEPSGdEPSGK !='IGNFRGF93GEODDRGF93 geographiques (dd)geographic 3DEPSGEPSGJ ?'IGNFRGF93GEORGF93 geographiques (dms)geographic 3DEPSGEPSGI ='IGNFRGF93GDDRGF93 geographiques (dd)geographic 2DEPSGEPSGH ?'IGNFRGF93GRGF93 geographiques (dms)geographic 2DEPSGEPSGK M!IGNFRGF93RGF93 cartesiennes geocentriquesgeocentricEPSGdEPSGM #?'IGNFRGAF09GEODDRGAF09 geographiques (dd)geographic 3DEPSGEPSG1L A'IGNFRGAF09GEORGAF09 geographiques (dms)geographic 3DEPSGEPSG1K ?'IGNFRGAF09GDDRGAF09 geographiques (dd)geographic 2DEPSGEPSG1J A'IGNFRGAF09GRGAF09 geographiques (dms)geographic 2DEPSGEPSG1M O!IGNFRGAF09RGAF09 cartesiennes geocentriquesgeocentricEPSGdEPSG1\ e'IGNFREUN49GReunion Piton des Neiges geographiques (dms)geographic 2DEPSGEPSGV a!IGNFREUN49Reunion Piton des Neiges 1949 cartesiennesgeocentricEPSGdEPSG^ e'IGNFREUN47GEOReunion Piton des Neiges geographiques (dms)geographic 3DEPSGEPSG\ e'IGNFREUN47GReunion Piton des Neiges geographiques (dms)geographic 2DEPSGEPSGV a!IGNFREUN47Reunion Piton des Neiges 1949 cartesiennesgeocentricEPSGdEPSG[ S'!IGNFRAPA80GRapa (SEQ 1980) geographiques (dms)geographic 2DEPSGIGNFREG5560001\ ]!!IGNFRAPA80Rapa SEQ 1980 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5560001] W'!IGNFRAPA55GRapa (MHEFO 1955) geographiques (dms)geographic 2DEPSGIGNFREG5550001^ a!!IGNFRAPA55Rapa MHEFO 1955 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5550001d c'!IGNFRANGI68GRangiroa (MHPF 1966-68) geographiques (dms)geographic 2DEPSGIGNFREG5900001b g!!IGNFRANGI68Rangiroa MHPF 1966-1968 cartesiennes geocent.geocentricEPSGdIGNFREG5900001a ]'!IGNFRANGI59GRangiroa (MHPF 1959) geographiques (dms)geographic 2DEPSGIGNFREG5890001] ]!!IGNFRANGI59Rangiroa MHPF 1959 cartesiennes geocent.geocentricEPSGdIGNFREG5890001 E'M !A'IGNFRGSPM06GDDRGSPM06 geographiques (dd)geographic 2DEPSGEPSG -~^p = Z P x . u a[M><z178~^ Y'!IGNFTAKA69GTakaroa Takapoto (SHM 1969) geo. 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Uvea Shom 1978 cartesiennes geocentriquesgeocentricEPSGdEPSG] W'!IGNFWALL76GWallis (MOP 1976) geographiques (dms)geographic 2DEPSGIGNFREG0160001e o!!IGNFWALL76Wallis - Uvea MOP 1976 cartesiennes geocentriquesgeocentricEPSGdIGNFREG0160001L %;'IGNFW84MARTGEODDRRAF geographiques (dd)geographic 3DEPSGEPSG] W'!IGNFTURI69GTureia (SHM 1969) geographiques (dms)geographic 2DEPSGIGNFREG5940001^ a!!IGNFTURI69Tureia SHM 1969 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5940001^ Y'!IGNFTUBU69GTubuai (MHPF 1969) geographiques (dms)geographic 2DEPSGIGNFREG5580001_ c!!IGNFTUBU69Tubuai MHPF 1969 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5580001] W'!IGNFTUBU55GTubuai (MGT 1955) geographiques (dms)geographic 2DEPSGIGNFREG5570001^ a!!IGNFTUBU55Tubuai MGT 1955 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5570001[ S'!IGNFTUAM86GTuamotu (MOP86) geographiques (dms)geographic 2DEPSGIGNFREG5960001P E!!IGNFTUAM86TUAMOTU (MOP86) CARTESIENNESgeocentricEPSGdIGNFREG5960001T E'!IGNFTROM56GTromelin geographiques (dms)geographic 2DEPSGIGNFREG3820001` e!!IGNFTROM56Tromelin SGM 1956 cartesiennes geocentriquesgeocentricEPSGdIGNFREG3820001] S'!IGNFTIKE88GEOTIKEHAU (MOP88) GEOGRAPHIQUES (DMS)geographic 3DEPSGIGNFREG0870001[ S'!IGNFTIKE88GTIKEHAU (MOP88) GEOGRAPHIQUES (DMS)geographic 2DEPSGIGNFREG0870001_ ['!IGNFTIKE60GTikehau (MHPF 1960) geographiques (dms)geographic 2DEPSGIGNFREG5920001` e!!IGNFTIKE60Tikehau MHPF 1960 cartesiennes geocentriquesgeocentricEPSGdIGNFREG5920001c c'!IGNFTIKE50GTikehau (SHM 1947-1950) geographiques (dms)geographic 2DEPSGIGNFREG5930001V Q!!IGNFTIKE50Tikehau SHM 1947-1950 cartesiennesgeocentricEPSGdIGNFREG5930001] U'!IGNFTETIA90GTetiaroa (MOP90) geographiques (dms)geographic 2DEPSGIGNFREG0280001R G!!IGNFTETIA90Tetiaroa (MOP90) cartesiennesgeocentricEPSGdIGNFREG0280001b m'IGNFTERA50GEOPointe Geologie Perroud 1950 geographiques (dms)geographic 3DEPSGEPSG` m'IGNFTERA50GPointe Geologie Perroud 1950 geographiques (dms)geographic 2DEPSGEPSGU _!IGNFTERA50Pointe Geologie Perroud 1950 cartesiennesgeocentricEPSGdEPSGP ?'!IGNFTANNAGTanna geographiques (dms)geographic 2DEPSGIGNFREG5250001bi!!IGNFTANNATanna Bloc Sud 1; )'OGCCRS84WGS 84 (CRS84)geographic 2DEPSGEPSG N M'OGCCRS84hWGS 84 longitude-latitude-heightgeographic 3DEPSGEPSG WTrI k 7  g : ` 2 } N  q J yG~V%wN"qEo< _4 T#tJ* )EPSG{NGG1977 heightEPSGcEPSG!5 ?EPSGzPoolbeg height (ft(Br36))EPSG`EPSG ) 'EPSGyNGNC69 heightEPSGcEPSG/ 3EPSGxBandar Abbas heightEPSGcEPSG& !EPSGwFao heightEPSGcEPSG* )EPSGvDouglas heightEPSGcEPSG, -EPSGuSt. Marys heightEPSGcEPSG0 5EPSGtFlannan Isles heightEPSGcEPSG, -EPSGsSt. Kilda heightEPSGcEPSG, -EPSGrStornoway heightEPSGcEPSG- /EPSGqNorth Rona heightEPSGcEPSG. 1EPSGpSule Skerry heightEPSGcEPSG( %EPSGoFoula heightEPSGcEPSG* )EPSGnLerwick heightEPSGcEPSG, -EPSGmFair Isle heightEPSGcEPSG- /EPSGlODN Orkney heightEPSGcEPSG& !EPSGkHKCD depthEPSGbEPSG' #EPSGjHKPD heightEPSGcEPSG2 9EPSGiYellow Sea 1985 heightEPSGcEPSG2 9EPSGhYellow Sea 1956 heightEPSGcEPSG, -EPSGgBlack Sea heightEPSGcEPSG( %EPSGfAIOC95 depthEPSGbEPSG & !EPSGeDNN heightEPSGcEPSG * )EPSGdBelfast heightEPSGcEPSG - 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OESRIaUnknown_height_system_(Intl_Feet)EPSGESRID YESRI`Unknown_height_system_(US_survey_feet)EPSGaESRI< IESRI_Unknown_height_system_(meters)EPSGcESRIJ 1=ESRI^BGS2005ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1167J 1=ESRI]GDA2020ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1168H 1=ESRI\TUREFESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1057L 1=ESRI[ITRF_2008ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1061Q )1=ESRIZYemen_NGN_1996ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6163O %1=ESRIYUkraine_2000ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1077M 1AESRIXTWD_1997ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106282J 1=ESRIWTGD2005ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1095K 1=ESRIVSWEREF99ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6619R +1=ESRIUS_JTSK/05_FerroESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1052L 1=ESRITS_JTSK/05ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1052K 1AESRISSREF98ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106995P '1=ESRIRSlovenia_1996ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6765H 1=ESRIQSLD99ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1053O %1=ESRIPSIRGAS-ROU98ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1068R +1=ESRIOSIRGAS_ES2007.8ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1069T /1=ESRINSIRGAS-Chile_2002ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1064N #1=ESRIMSIRGAS_2000ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6674L 1=ESRILRSRGD2000ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6764L 1=ESRIKRRAF_1991ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1047O !1AESRIJRGSPM_2006ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106997O !1AESRIIRGRDC_2005ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106994K 1=ESRIHRGR_1992ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6627G 1=ESRIGRGPFESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6687O %1=ESRIFRGNC_1991-93ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6749L 1=ESRIERGNC_1991ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6645M 1AESRIDRGM_2004ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106998L 1=ESRICRGFG_1995ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6624M 1AESRIBRGF_1993ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106264I 1=ESRIARGAF09ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1073K 1AESRI@REGVENESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106267M 1AESRI?REGCAN95ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_ESRI_106996J 1=ESRI>RDN2008ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_1132J 1=ESRI=PZ_1990ESRIELLPS_HEIGHT_METREESRIfrom_geogdatum_EPSG_6740K 1AESRI{2o&cro,UQEPSG9US NSIDC Equal Area north projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSGEPSG"aZEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)A+Eg EPSG Finland Gauss-Kruger zone 31Replaces Finland ETRS-GK31 (proj code 18199).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 30Replaces Finland ETRS-GK30 (proj code 18198).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fdEPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 29Replaces Finland ETRS-GK29 (proj code 18197).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f"`EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 28Replaces Finland ETRS-GK28 (proj code 18196).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 27Replaces Finland ETRS-GK27 (proj code 18195).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 26Replaces Finland ETRS-GK26 (proj code 18190).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f[EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 25Replaces Finland ETRS-GK25 (proj code 18189).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 24Replaces Finland ETRS-GK24 (proj code 18188).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fu EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 23Replaces Finland ETRS-GK23 (proj code 18187).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"ffEPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 22Replaces Finland ETRS-GK22 (proj code 18186).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fWREPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 21Replaces Finland ETRS-GK21 (proj code 18185).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fH`EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 20Replaces Finland ETRS-GK20 (proj code 18184).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f8 EPSG#)EPSG"gEPSG#)A+Eg EPSGFinland Gauss-Kruger zone 19Replaces Finland ETRS-GK19 (proj code 18183).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f)EPSG#)EPSG"gEPSG#) +W EPSGPopular Visualisation Pseudo-MercatorEPSGEPSG"aEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)T+#yEPSG County ST74In Stockholm commune, replaces ST74 (proj code 19876).EPSG&OEPSG"aEPSG#EPSG"b@2g9EPSG#EPSG"e?ۑEPSG#EPSG"f@ukbEPSG#)EPSG"gXC~EPSG#)+M  EPSGPacific Disaster Center MercatorEPSG&LEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+C EPSGTaiwan 2-degree TM zone 121EPSG&OEPSG"aEPSG#EPSG"byEPSG#EPSG"e?.HEPSG#EPSG"fАEPSG#)EPSG"gEPSG#)+C EPSGTaiwan 2-degree TM zone 119EPSG&OEPSG"aEPSG#EPSG"bwEPSG#EPSG"e?.HEPSG#EPSG"fАEPSG#)EPSG"gEPSG#)0+K EPSGMississippi Transverse MercatorEPSG&OEPSG"a@@&fffffEPSG#EPSG"bV\EPSG#EPSG"e??6EPSG#EPSG"f EPSG#)EPSG"g EPSG#)O+59EPSGBelgian Lambert 2008Replaces Lambert 2005.EPSG&JEPSG"u@I<|EPSG#EPSG"v@o􄡻EPSG#EPSG"w@HEPSG#EPSG"x@IEPSG#EPSG"z pEPSG#)EPSG"{ &EPSG#) y- c A K xt,E1EPSG BLM zone 6N (US survey foot)US survey foot form of UTM zone 6N. Sometimes locally referred to as "UTM zone 6".EPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSG BLM zone 5N (US survey foot)US survey foot form of UTM zone 5N. Sometimes locally referred to as "UTM zone 5".EPSG&OEPSG"aEPSG#EPSG"bgEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSGBLM zone 4N (US survey foot)US survey foot form of UTM zone 4N. Sometimes locally referred to as "UTM zone 4".EPSG&OEPSG"aEPSG#EPSG"baEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSGBLM zone 3N (US survey foot)US survey foot form of UTM zone 3N. Sometimes locally referred to as "UTM zone 3".EPSG&OEPSG"aEPSG#EPSG"b[EPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSGBLM zone 2N (US survey foot)US survey foot form of UTM zone 2N. Sometimes locally referred to as "UTM zone 2".EPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSGBLM zone 1N (US survey foot)US survey foot form of UTM zone 1N. Sometimes locally referred to as "UTM zone 1".EPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#++3 EPSGDKTM4Introduced in 2009.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f 5EPSG#)EPSG"gEPSG#)!+3EPSGDKTM3Introduced in 2009.EPSG&OEPSG"aEPSG#EPSG"b@'EPSG#EPSG"e?9EPSG#EPSG"f 'EPSG#)EPSG"gEPSG#)+3EPSGDKTM2Introduced in 2009.EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?9EPSG#EPSG"fEPSG#)EPSG"gEPSG#)+3EPSGDKTM1Introduced in 2009.EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?9EPSG#EPSG"f @EPSG#)EPSG"gEPSG#)B+YwEPSGWorld Equidistant Cylindrical (Sphere)Origin at intersection of equator and prime meridian.EPSGEPSG"wEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)n,G_EPSGWorld Equidistant CylindricalOrigin at intersection of equator and prime meridian. See projection code 4086 for spherical development.EPSGEPSG"wEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)$+C EPSGMoldova Transverse MercatorEPSG&OEPSG"aEPSG#EPSG"b@<=p =EPSG#EPSG"e?+ʬEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)+5  EPSGKatanga Gauss zone DEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)+5  EPSGKatanga Gauss zone CEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)+5  EPSGKatanga Gauss zone BEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)+5  EPSGKatanga Gauss zone AEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)&++  EPSGKatanga LambertEPSG&JEPSG"u EPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x'EPSG#EPSG"z EPSG#)EPSG"{ EPSG#)+5 EPSGCanada Atlas LambertEPSG&JEPSG"u1EPSG#EPSG"vEPSG#EPSG"w1EPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)1+M EPSGVirginia Lambert Conic ConformalEPSG&JEPSG"u$EPSG#EPSG"vSEPSG#EPSG"w%EPSG#EPSG"x@CEPSG#EPSG"zEPSG#)EPSG"{EPSG#)+E EPSG;US National Atlas Equal AreaEPSGEPSG"a-EPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)    & . 6 >mu<iS,3EPSGPinang Cassini GridOrigin is Fort Cornwallis. Replaced by GDM2000 Pinang grid (code 19888).EPSG&NEPSG"a@EPSG#EPSG"b@Y EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Q+GkEPSG[BLM zone 60N (US survey foot)Sometimes locally referred to as "UTM zone 60".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+Q+GkEPSGZBLM zone 59N (US survey foot)Sometimes locally referred to as "UTM zone 59".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+],;)EPSGQTerengganu Cassini GridOrigin is Gunung Gajah Trom. Replaced by GDM2000 Terengganu grid (code 19889).EPSG&NEPSG"a@B)bEPSG#EPSG"b@Y1EPSG#EPSG"fEPSG#)EPSG"gEPSG#)P+GkEPSGBLM zone 19N (US survey foot)Sometimes locally referred to as "UTM zone 19".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+P+GkEPSGBLM zone 18N (US survey foot)Sometimes locally referred to as "UTM zone 18".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+a,7EPSGSelangor Cassini GridOrigin is Bukit Asa. Replaced by GDM2000 Selangor grid (code 19890).EPSG&NEPSG"a@ =HJEPSG#EPSG"b@YScEPSG#EPSG"f?1&EPSG#)EPSG"g@SFEPSG#)Q,3EPSGPahang Cassini GridOrigin is Gunung Sinyum. Replaced by GDM2000 Pahang grid (code 19891).EPSG&NEPSG"a@ d?EPSG#EPSG"b@Y'EPSG#EPSG"fEPSG#)EPSG"gEPSG#)v,M)EPSGSembilan and Melaka Cassini GridOrigin is Gun Hill. Replaced by GDM2000 Sembilan and Melaka grid (code 19892).EPSG&NEPSG"a@e7\EPSG#EPSG"b@Yd>-b9EPSG#EPSG"fn@(\EPSG#)EPSG"g`A7LEPSG#)O,1EPSGJohor Cassini GridOrigin is Gunung Blumut. Replaced by GDM2000 Johor grid (code 19893).EPSG&NEPSG"a@/ǣ EPSG#EPSG"b@YiEPSG#EPSG"fEPSG#)EPSG"gEPSG#)v,G5EPSGBLM zone 13N (US survey foot)US survey foot form of UTM zone 13N. Sometimes locally referred to as "UTM zone 13".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+v,G5EPSGBLM zone 12N (US survey foot)US survey foot form of UTM zone 12N. Sometimes locally referred to as "UTM zone 12".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+v,G5EPSGBLM zone 11N (US survey foot)US survey foot form of UTM zone 11N. Sometimes locally referred to as "UTM zone 11".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+v,G5EPSGBLM zone 10N (US survey foot)US survey foot form of UTM zone 10N. Sometimes locally referred to as "UTM zone 10".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSG BLM zone 9N (US survey foot)US survey foot form of UTM zone 9N. Sometimes locally referred to as "UTM zone 9".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+t,E1EPSG BLM zone 8N (US survey foot)US survey foot form of UTM zone 8N. Sometimes locally referred to as "UTM zone 8".EPSG&OEPSG"aEPSG#EPSG"byEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+E1d,G+EPSGKedah and Perlis Cassini GridOrigin is Gunung Perak. Replaced by GDM2000 Kedah and Perlis grid (code 19887).EPSG&NEPSG"a@MCUEPSG#EPSG"b@Yk EPSG#EPSG"fEPSG#)EPSG"gEPSG#) ( ( j < Wnz q,-K  EPSGNorway TM zone 7UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@333333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)q,-K  EPSGNorway TM zone 6UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@333333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)q,-K  EPSGNorway TM zone 5UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@333333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)r,/K  EPSGNorway TM zone 18UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@2LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)r,/K  EPSGNorway TM zone 17UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@1LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)r,/K  EPSGNorway TM zone 16UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@0LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)r,/K  EPSGNorway TM zone 15UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@.EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#),#}EPSGLCC GermanyVariant for Germany of LCC Europe (proj code 19985). Gauss-Kruger used for applications at scales larger than 1:500,000.EPSG&JEPSG"u3EPSG#EPSG"v@$EPSG#EPSG"w@H333333EPSG#EPSG"x@J33333EPSG#EPSG"zEPSG#)EPSG"{EPSG#)I+37EPSGCape Verde NationalAdopted October 2004.EPSG&JEPSG"u@/EPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x@0ffffffEPSG#EPSG"zA =EPSG#)EPSG"{@_;dZEPSG#)c,=!EPSG(UTM zone 32N with prefixVariant of UTM zone 32N (code 16032) with zone number prefixed to easting.EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#),-WEPSGlAustralian Centre for Remote Sensing Lambert Conformal ProjectionCreated by AUSLIG prior to incorporation into Geoscience Australia. See also GALCC (proj code 17362).EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zEPSG#)EPSG"{EPSG#)<+I EPSGfNew York CS27 Long Island zoneEPSG&JEPSG"u@D&fffffEPSG#EPSG"vEPSG#EPSG"w@D\(EPSG#EPSG"x@D333333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+>+E EPSGTPennsylvania CS27 South zoneEPSG&JEPSG"u@CEPSG#EPSG"vS\EPSG#EPSG"w@DJ=p EPSG#EPSG"x@CǮzHEPSG#EPSG"zEPSG#+EPSG"{EPSG#+&++ EPSG@Katanga LambertEPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x'EPSG#EPSG"z EPSG#)EPSG"{ EPSG#)+'  EPSGGuam Map GridEPSG&OEPSG"a@*EPSG#EPSG"b@bfffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g @EPSG#)S,7EPSGKelantan Cassini GridOrigin is Bukit Panau. Replaced by GDM2000 Kelantan grid (code 19885).EPSG&NEPSG"a@"sEPSG#EPSG"b@YvEPSG#EPSG"fEPSG#)EPSG"gEPSG#)A[q,-K  EPSGNorway TM zone 8UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@ EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)   $ 0 < H T`lxr,/K  EPSGNorway TM zone 29UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@=LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)r,/K  EPSGNorway TM zone 28UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@+V;vEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fLK@EPSG#)EPSG"gLK@EPSG#)v++iEPSGcModified KrovakLongitude is referenced to the Ferro meridian.EPSGEPSG"k@HfffffEPSG#EPSG"@E&fffffEPSG#EPSG @>+V;vEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fLK@EPSG#)EPSG"gLK@EPSG#)`,/CEPSGbKrovak East NorthLongitude is referenced to the Ferro meridian. North-orientated alternative to south-orientated Krovak projection (code 19952) introduced for GIS purposes.EPSGEPSG"k@HfffffEPSG#EPSG"@E&fffffEPSG#EPSG @>+zEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)1+E3 EPSG-Korea Modified East Sea BeltIntroduced in 1998.EPSG&OEPSG"a&EPSG#EPSG"b@``/EPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)-+=3 EPSG,Korea Modified East BeltIntroduced in 1998.EPSG&OEPSG"a&EPSG#EPSG"b@` /EPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)5+M3 EPSG+Korea Modified Central Belt JejuIntroduced in 1998.EPSG&OEPSG"a&EPSG#EPSG"b@_ ,^-EPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"gdpEPSG#)0+C3 EPSG*Korea Modified Central BeltIntroduced in 1998.EPSG&OEPSG"a&EPSG#EPSG"b@_ ,^-EPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)-+=3 EPSG)Korea Modified West BeltIntroduced in 1998.EPSG&OEPSG"a&EPSG#EPSG"b@_@ ,^-EPSG#EPSG"eEPSG#EPSG"f @EPSG#)EPSG"g EPSG#)d/K EPSG(Norway TM zone 30UTM used as official map projec+)  EPSGPemagatshel TMEPSG&OEPSG"aEPSG#EPSG"b@Vp =EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) sRQ .  i ,JQHT fR,+eEPSG?Nicaragua NorteTypographical error in value for false northing in the information source has been corrected in this record.EPSG&IEPSG"a@+ =p EPSG#EPSG"bUS33333EPSG#EPSG"e?4ޮzEPSG#EPSG"f EPSG#)EPSG"gAOCEPSG#)"+3 EPSGEl Salvador LambertEPSG&IEPSG"a@* =qEPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"f EPSG#)EPSG"gAj~EPSG#)"+% EPSGHonduras SurEPSG&IEPSG"a@* =qEPSG#EPSG"bUfffffEPSG#EPSG"e?|EPSG#EPSG"f EPSG#)EPSG"gA_1EPSG#)$+) EPSGHonduras NorteEPSG&IEPSG"a@.EPSG#EPSG"bUfffffEPSG#EPSG"e?r챙EPSG#EPSG"f EPSG#)EPSG"gAU7LEPSG#)*,)%EPSGCosta Rica SurCosta Rica recognises a 'common zone' between 9°32'N and 9°56'N where either Costa Rica Norte or Costa Rica Sur Lambert zones may be used.EPSG&IEPSG"a EPSG#EPSG"bTٙEPSG#EPSG"e?qLEPSG#EPSG"f EPSG#)EPSG"gA;vȴEPSG#)3,-%EPSGCosta Rica NorteCosta Rica recognises a 'common zone' between 9°32'N and 9°56'N where either Costa Rica Norte or Costa Rica Sur Lambert zones may be used.EPSG&IEPSG"a@$\(EPSG#EPSG"bU EPSG#EPSG"e?qLEPSG#EPSG"f EPSG#)EPSG"gA2+EPSG#)+1 EPSGCosta Rica TM 2005EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#),g-EPSGNetherlands East Indies Equatorial Zone (Jkt)Longitude is referenced to the Jakarta meridian. Replaced by NEIEZ (code 19905).EPSG&LEPSG"aEPSG#EPSG"b@iaiEPSG#EPSG"e?lCEPSG#EPSG"f;`EPSG#)EPSG"g EPSG#)w,5#EPSGIceland Lambert 2004Replaces Iceland Lambert 1993 (code 19989). Used only with ISN2004 geogCRS.EPSG&JEPSG"uAEPSG#EPSG"vEPSG#EPSG"w@P EPSG#EPSG"x@P\EPSG#EPSG"zEPSG#)EPSG"{EPSG#)`+;yEPSGTeranet Ontario LambertUsed for Province of Ontario land registration system.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"w@F&fffffEPSG#EPSG"x@K&fffffEPSG#EPSG"zB@EPSG#)EPSG"{EPSG#).+?3EPSGFaroe Transverse MercatorIntroduced in 2010.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?c#EPSG#EPSG"f @EPSG#)EPSG"grEPSG#) +!  EPSGYangtse TMEPSG&OEPSG"aEPSG#EPSG"b@V\(EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +!  EPSGPunakha TMEPSG&OEPSG"aEPSG#EPSG"b@V` =qEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +!  EPSGThimphu TMEPSG&OEPSG"aEPSG#EPSG"b@VUQEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +#  EPSGZhemgang TMEPSG&OEPSG"aEPSG#EPSG"b@VGzEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +!  EPSGTrongsa TMEPSG&OEPSG"aEPSG#EPSG"b@V33333EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#)+'  EPSGTrashigang TMEPSG&OEPSG"aEPSG#EPSG"b@VEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#)+3  EPSGWangdue Phodrang TMEPSG&OEPSG"aEPSG#EPSG"b@VzGEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +!  EPSGSarpang TMEPSG&OEPSG"aEPSG#EPSG"b@V=p EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) +  EPSGSamtse TMEPSG&OEPSG"aEPSG#EPSG"b@VB\(EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#)+3  EPSGSamdrup Jongkhar TMEPSG&OEPSG"aEPSG#EPSG"b@V\(EPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#)!  EPSGTsirang TMEPSG&OEPSG"aEPSG#EPSG"b@VfffffEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#) 8   : u }h,J88+1 EPSGPetrobras MercatorEPSG&MEPSG"wEPSG#EPSG"bEPSG#EPSG"fLK@EPSG#)EPSG"gEPSG#) +)  EPSGFehmarnbelt TMEPSG&OEPSG"aEPSG#EPSG"b@&ffffffEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gEPSG#)`+YyEPSGPapua New Guinea Map Grid 1994 zone 56Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)`+YyEPSGPapua New Guinea Map Grid 1994 zone 55Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)`+YyEPSGPapua New Guinea Map Grid 1994 zone 54Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)Z+IsEPSGGabon Transverse Mercator 2011For forestry applications see projection code 5222.EPSG&OEPSG"aEPSG#EPSG"b@&EPSG#EPSG"e?#xEPSG#EPSG"f`EPSG#)EPSG"gS`EPSG#)+=  EPSGChatham Islands Map GridEPSG&OEPSG"aEPSG#EPSG"bf EPSG#EPSG"eEPSG#EPSG"fW0EPSG#)EPSG"g EPSG#)+YuEPSGModified Krovak East North (Greenwich)Greenwich-based alternative to projection code 5220.EPSGEPSG"k@HfffffEPSG#EPSG"@8EPSG#EPSG @>+V;vEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fLK@EPSG#)EPSG"gLK@EPSG#)+CuEPSGModified Krovak (Greenwich)Greenwich-based alternative to projection code 5219.EPSGEPSG"k@HfffffEPSG#EPSG"@8EPSG#EPSG @>+V;vEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fLK@EPSG#)EPSG"gLK@EPSG#)+GuEPSGKrovak East North (Greenwich)Greenwich-based alternative to projection code 5218.EPSGEPSG"k@HfffffEPSG#EPSG"@8EPSG#EPSG @>+zEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)?,1EPSGKrovak (Greenwich)Longitude is referenced to the Greenwich meridian. See projection code 19952 for original definition referenced to Ferro.EPSG&[EPSG"k@HfffffEPSG#EPSG"@8EPSG#EPSG @>+zEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)%+O EPSGfRoss Sea Polar Stereographic 2000EPSG&REPSG"aEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fLK@EPSG#)EPSG"gB@EPSG#)C+U EPSGePennell Coast Lambert Conformal 2000EPSG&JEPSG"uQ33333EPSG#EPSG"vEPSG#EPSG"wQEPSG#EPSG"xR EPSG#EPSG"z-EPSG#)EPSG"{B@EPSG#)H+_ EPSGdBorchgrevink Coast Lambert Conformal 2000EPSG&JEPSG"uR33333EPSG#EPSG"vEPSG#EPSG"wRYEPSG#EPSG"xREPSG#EPSG"zLK@EPSG#)EPSG"{-EPSG#)~,UEPSGcMcMurdo Sound Lambert Conformal 2000Replaces Darwin Glacier LC2000 (proj code 17966) from March 2011.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wSEPSG#EPSG"xSEPSG#EPSG"zjEPSG#)EPSG"{LK@EPSG#)<+-oEPSG_Panama PolyconicReplaced by Panama Lambert projection from 1940s.EPSG&ZEPSG"a@ LEPSG#EPSG"bEPSG#EPSG"fB@EPSG#MEPSG"gA0lEPSG#MM+)mEPSG\Panama LambertReplaces Panama Polyconic projection from 1940s.EPSG&IEPSG"a@ EPSG#EPSG"bEPSG#EPSG"e?,`[4EPSG#EPSG"f EPSG#)EPSG"gAE6EEPSG#)%+1  EPSGYBelize Colony GridEPSG&OEPSG"a@1O EPSG#EPSG"bVEPSG#EPSG"eEPSG#EPSG"fA ZzHEPSG#-EPSG"gA0QEPSG#-F+S1EPSGNew Brunswick Stereographic (NAD27)In use until 1979.EPSG&QEPSG"a@G&fffffEPSG#EPSG"bP33333EPSG#EPSG"e?Gs\/EPSG#EPSG"fB@EPSG#*EPSG"gB@EPSG#* FG% @ [ Z)9GS,M]EPSGEPSG Arctic Regional LCC zone A2May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6EPSG#EPSG"vEPSG#EPSG"wUEPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone A1May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6EPSG#EPSG"vEPSG#EPSG"wUEPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)"+K EPSGEPSG Russia Polar StereographicEPSG&REPSG"aZEPSG#EPSG"biEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)"+K EPSGEPSG Norway Polar StereographicEPSG&REPSG"aZEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)%+Q EPSGEPSG Greenland Polar StereographicEPSG&REPSG"aZEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)"+K EPSGEPSG Canada Polar StereographicEPSG&REPSG"aZEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)#+K EPSG EPSG Alaska Polar StereographicEPSG&REPSG"aZEPSG#EPSG"bjEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)+3 EPSGVietnam TM-3 107-45EPSG&OEPSG"aEPSG#EPSG"b@ZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+7 EPSGVietnam TM-3 zone 491EPSG&OEPSG"aEPSG#EPSG"blEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+7 EPSGVietnam TM-3 zone 482EPSG&OEPSG"aEPSG#EPSG"biEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+7 EPSGVietnam TM-3 zone 481EPSG&OEPSG"aEPSG#EPSG"bfEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+_ EPSGJAXA Snow Depth Polar Stereographic NorthEPSG&eEPSG"FEPSG#EPSG"ZEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+) EPSGTonga Map GridEPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"e?#xEPSG#EPSG"f`EPSG#)EPSG"gLK@EPSG#)',/EPSGACT Standard GridOrigin at AGD66 coordinates of Mt. Stromlo triangulation station. Scale factor includes reduction to average height of area covered.EPSG&OEPSG"aA^,jEPSG#EPSG"b@bi\UEPSG#EPSG"e?Z-rEPSG#EPSG"f @EPSG#)EPSG"g 'EPSG#),/kEPSGTM Emilia-RomagnaWhen applied to Monte Mario datum, this projection emulates superseded CRS ED50 / UTMA in which FE=500000m and FN=-4000000m exactly. This projection's FE and FN values include approximations for the transformation from Monte Mario to ED50.EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"fUEPSG#)EPSG"gEPSG#)c,=!EPSGUTM zone 33N with prefixVariant of UTM zone 33N (code 16033) with zone number prefixed to easting.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f+`EPSG#)EPSG"gEPSG#)c,=!EPSGUTM zone 31N with prefixVariant of UTM zone 31N (code 16031) with zone number prefixed to easting.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fEPSG#)EPSG"gEPSG#),U[EPSG SPCS83 Vermont zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14430.EPSG&OEPSG"a@E&fffffEPSG#EPSG"bR33333EPSG#EPSG"e?178EPSG#EPSG"fA9બEPSG#+EPSG"gEPSG#+U EPSG Southern Permian Basin Atlas LambertEPSG&JEPSG"u0EPSG#EPSG"v EPSG#EPSG"w@J333333EPSG#EPSG"x@KEPSG#EPSG"z oEPSG#)EPSG"{EPSG#) W V VVWS,M]EPSGEPSG Arctic Regional LCC zone C3May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#EPSG"v!EPSG#EPSG"wEEPSG#EPSG"x=EPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone C2May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#EPSG"vEPSG#EPSG"wEEPSG#EPSG"x=EPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone C1May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#EPSG"vEPSG#EPSG"wEEPSG#EPSG"x=EPSG#EPSG"zEPSG#)EPSG"{EPSG#)T,M]EPSGEPSG Arctic Regional LCC zone B5May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997550978.EPSG&JEPSG"u@REk EPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"xEEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone B4May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997550978.EPSG&JEPSG"u@REk EPSG#EPSG"viEPSG#EPSG"wMEPSG#EPSG"xEEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone B3May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997550978.EPSG&JEPSG"u@REk EPSG#EPSG"v!EPSG#EPSG"wMEPSG#EPSG"xEEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone B2May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997550978.EPSG&JEPSG"u@REk EPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"xEEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone B1May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997550978.EPSG&JEPSG"u@REk EPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"xEEPSG#EPSG"zEPSG#)EPSG"{EPSG#)T,M]EPSGEPSG Arctic Regional LCC zone A5May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6EPSG#EPSG"vEPSG#EPSG"wUEPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone A4May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6EPSG#EPSG"viEPSG#EPSG"wUEPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)S,M]EPSGEPSG Arctic Regional LCC zone C4May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#EPSG"viEPSG#EPSG"wEEPSG#EPSG"x=EPSG#EPSG"zEPSG#)EPSG"{EPSG#)  6 { d<b,?_EPSGaEPSG Arctic LCC zone 2-14May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z@EPSG#)EPSG"{&%EPSG#)c,?_EPSG`EPSG Arctic LCC zone 2-12May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vfEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z EPSG#)EPSG"{&%EPSG#)c,?_EPSG_EPSG Arctic LCC zone 2-10May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z7EPSG#)EPSG"{&%EPSG#)\,?_EPSG^EPSG Arctic LCC zone 1-31May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"zEPSG#)EPSG"{`EPSG#)[,?_EPSG]EPSG Arctic LCC zone 1-29May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vZEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"z"`EPSG#)EPSG"{`EPSG#)[,?_EPSG\EPSG Arctic LCC zone 1-27May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"zEPSG#)EPSG"{`EPSG#)[,?_EPSG[EPSG Arctic LCC zone 1-25May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"z`EPSG#)EPSG"{`EPSG#)[,?_EPSGZEPSG Arctic LCC zone 1-23May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"zfEPSG#)EPSG"{`EPSG#)\,?_EPSGYEPSG Arctic LCC zone 1-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995705769.EPSG&JEPSG"u@UP*2qEPSG#EPSG"vjEPSG#EPSG"wWEPSG#EPSG"x@TٙEPSG#EPSG"zH`EPSG#)EPSG"{`EPSG#)c,?_EPSG8EPSG Arctic LCC zone 8-22May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995774379.EPSG&JEPSG"u@OAPEPSG#EPSG"vEPSG#EPSG"w@O33333EPSG#EPSG"x@NEPSG#EPSG"zWREPSG#)EPSG"{ EPSG#)c,?_EPSG7EPSG Arctic LCC zone 8-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995774379.EPSG&JEPSG"u@OAPEPSG#EPSG"vEPSG#EPSG"w@O33333EPSG#EPSG"x@NEPSG#EPSG"z8 EPSG#)EPSG"{ EPSG#)  8 p C,[,?_EPSGlEPSG Arctic LCC zone 3-17May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vrEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z `EPSG#)EPSG"{5gEPSG#)[,?_EPSGkEPSG Arctic LCC zone 3-15May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vSEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{5gEPSG#)[,?_EPSGjEPSG Arctic LCC zone 3-13May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"v4EPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z`EPSG#)EPSG"{5gEPSG#)[,?_EPSGiEPSG Arctic LCC zone 3-11May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zyEPSG#)EPSG"{5gEPSG#)c,?_EPSGhEPSG Arctic LCC zone 2-28May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z EPSG#)EPSG"{&%EPSG#)b,?_EPSGgEPSG Arctic LCC zone 2-26May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"v]EPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z[EPSG#)EPSG"{&%EPSG#)b,?_EPSGfEPSG Arctic LCC zone 2-24May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"v5EPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"zu EPSG#)EPSG"{&%EPSG#)b,?_EPSGeEPSG Arctic LCC zone 2-22May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"zWREPSG#)EPSG"{&%EPSG#)b,?_EPSGdEPSG Arctic LCC zone 2-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z8 EPSG#)EPSG"{&%EPSG#)b,?_EPSGcEPSG Arctic LCC zone 2-18May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"zIEPSG#)EPSG"{&%EPSG#)?\,?_EPSGmEPSG Arctic LCC zone 3-19May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z)EPSG#)EPSG"{5gEPSG#)  D ,rY[,?_EPSGxEPSG Arctic LCC zone 4-18May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zIEPSG#)EPSG"{D EPSG#)[,?_EPSGwEPSG Arctic LCC zone 4-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z EPSG#)EPSG"{D EPSG#)\,?_EPSGvEPSG Arctic LCC zone 4-14May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z@EPSG#)EPSG"{D EPSG#)\,?_EPSGuEPSG Arctic LCC zone 4-12May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"veEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z EPSG#)EPSG"{D EPSG#)[,?_EPSGtEPSG Arctic LCC zone 3-33May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z+`EPSG#)EPSG"{5gEPSG#)[,?_EPSGsEPSG Arctic LCC zone 3-31May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{5gEPSG#)[,?_EPSGrEPSG Arctic LCC zone 3-29May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z"`EPSG#)EPSG"{5gEPSG#)[,?_EPSGqEPSG Arctic LCC zone 3-27May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{5gEPSG#)\,?_EPSGpEPSG Arctic LCC zone 3-25May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"z`EPSG#)EPSG"{5gEPSG#)\,?_EPSGoEPSG Arctic LCC zone 3-23May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vgEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zfEPSG#)EPSG"{5gEPSG#)[,?_EPSGyEPSG Arctic LCC zone 4-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z8 EPSG#)EPSG"{D EPSG#))  F /tTb,?_EPSGEPSG Arctic LCC zone 5-13May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"v"EPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z`EPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-11May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zyEPSG#)EPSG"{S`EPSG#)\,?_EPSGEPSG Arctic LCC zone 4-40May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zi EPSG#)EPSG"{D EPSG#)\,?_EPSGEPSG Arctic LCC zone 4-38May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zKvEPSG#)EPSG"{D EPSG#)\,?_EPSGEPSG Arctic LCC zone 4-36May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z, EPSG#)EPSG"{D EPSG#)[,?_EPSGEPSG Arctic LCC zone 4-34May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vjEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zmEPSG#)EPSG"{D EPSG#)[,?_EPSGEPSG Arctic LCC zone 4-32May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vREPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z EPSG#)EPSG"{D EPSG#)[,?_EPSG~EPSG Arctic LCC zone 4-30May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"v:EPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zdEPSG#)EPSG"{D EPSG#)[,?_EPSG}EPSG Arctic LCC zone 4-28May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"v"EPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z EPSG#)EPSG"{D EPSG#)[,?_EPSG|EPSG Arctic LCC zone 4-26May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"v EPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"z[EPSG#)EPSG"{D EPSG#)[,?_EPSG{EPSG Arctic LCC zone 4-24May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995765501.EPSG&JEPSG"u@RŘhEPSG#EPSG"vEPSG#EPSG"wMEPSG#EPSG"x@RYEPSG#EPSG"zu EPSG#)EPSG"{D EPSG#)7    " )r[7ۂ\,?_EPSGnEPSG Arctic LCC zone 3-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995760608.EPSG&JEPSG"u@S tEPSG#EPSG"vEPSG#EPSG"w@T EPSG#EPSG"xMEPSG#EPSG"zH`EPSG#)EPSG"{5gEPSG#)ڂb,?_EPSGbEPSG Arctic LCC zone 2-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995749475.EPSG&JEPSG"u@T6FEPSG#EPSG"vEPSG#EPSG"w@TٙEPSG#EPSG"x@T EPSG#EPSG"z EPSG#)EPSG"{&%EPSG#)قT,M]EPSG EPSG Arctic Regional LCC zone C5May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997560876.EPSG&JEPSG"u@PCމ7̠EPSG#EPSG"vEPSG#EPSG"wEEPSG#EPSG"x=EPSG#EPSG"zEPSG#)EPSG"{EPSG#)؂S,M]EPSGEPSG Arctic Regional LCC zone A3May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.997505803.EPSG&JEPSG"u@TL,BS6EPSG#EPSG"v!EPSG#EPSG"wUEPSG#EPSG"xMEPSG#EPSG"zEPSG#)EPSG"{EPSG#)ׁ8+U EPSG Southern Permian Basin Atlas LambertEPSG&JEPSG"u0EPSG#EPSG"v EPSG#EPSG"w@J333333EPSG#EPSG"x@KEPSG#EPSG"z oEPSG#)EPSG"{EPSG#)ւ ,'EPSGDNicaragua SurTypographical error in value for scale factor at natural origin in the information source has been corrected in this record.EPSG&IEPSG"a@&GzEPSG#EPSG"bUS33333EPSG#EPSG"e?]dBEPSG#EPSG"f EPSG#)EPSG"gANEPSG#)Ձ +!  EPSGTsirang TMEPSG&OEPSG"aEPSG#EPSG"b@VfffffEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"g`EPSG#)ԁs,/K EPSG(Norway TM zone 30UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"a:EPSG#EPSG"b@>LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)Ӂs,/K EPSGNorway TM zone 13UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"a:EPSG#EPSG"b@*EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)ҁr,/K  EPSGNorway TM zone 30UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@>LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)сq,-K  EPSGNorway TM zone 9UTM used as official map projection. This is an official alternative for construction projects.EPSG&OEPSG"aEPSG#EPSG"b@"EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gB@EPSG#)Ђ,A[EPSGPerak Revised Cassini GridOrigin is Gunung Hijau Larut. Replaces Perak Cassini grid. Replaced by GDM2000 Perak grid (code 19886).EPSG&NEPSG"a@ F EPSG#EPSG"b@Y\w6EPSG#EPSG"fEPSG#)EPSG"gAJmZEPSG#)ρt,E1EPSG BLM zone 7N (US survey foot)US survey foot form of UTM zone 7N. Sometimes locally referred to as "UTM zone 7".EPSG&OEPSG"aEPSG#EPSG"bsEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+΁o,UQEPSG:US NSIDC Equal Area south projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSGEPSG"aEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#): 0 # &:s,j,? EPSGInGCS Fountain-Warren (m)For equivalent non-metric definition see proj code 7184. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C\)EPSG#EPSG"bU˅QEPSG#EPSG"e?6EPSG#EPSG"fEPSG#)EPSG"gEPSG#)v,SEPSGInGCS Dearborn-Ohio-Switzerland (m)For equivalent non-metric definition see proj code 7172. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C1REPSG#EPSG"bU"\(EPSG#EPSG"e?hJEPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+/}EPSGInGCS Carroll (m)For equivalent non-metric definition see proj code 7158.EPSG&OEPSG"a@DQEPSG#EPSG"bU\)EPSG#EPSG"e?CRe(EPSG#EPSG"fEPSG#)EPSG"gEPSG#)G+y EPSGCity and County of San Francisco CS13 (US survey foot)EPSG&OEPSG"a@BEPSG#EPSG"b^EPSG#EPSG"e?W VPEPSG#EPSG"fg(EPSG#+EPSG"g3EPSG#+-,[oEPSGMontana Milk River (international foot)For authoritative metric definition see code 7093. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H&fffffEPSG#EPSG"bEPSG#EPSG"e? $ qEPSG#EPSG"fA wVEPSG#*EPSG"gA$O?|EPSG#*G+y  EPSGSCity and County of San Francisco CS13 (US Survey feet)EPSG&OEPSG"a@BEPSG#EPSG"b^EPSG#EPSG"e?W VPEPSG#EPSG"fg(EPSG#+EPSG"g3EPSG#+`+EsEPSGwOregon Portland zone (meter)See code 6776 for equivalent non-metric definition.EPSG&IEPSG"a@FfffffEPSG#EPSG"b^EPSG#EPSG"e?EPSG#EPSG"fEPSG#)EPSG"gPEPSG#)h+gkEPSGfOregon Dufur-Madras zone (international foot)See code 6757 for equivalent metric definition.EPSG&OEPSG"a@F&fffffEPSG#EPSG"bEPSG#EPSG"e?sWpEPSG#EPSG"fA 2XEPSG#*EPSG"gEPSG#*h+YkEPSGVOregon Baker zone (international foot)See code 6741 for equivalent metric definition.EPSG&OEPSG"a@F&fffffEPSG#EPSG"b]`EPSG#EPSG"e?ŬGEPSG#EPSG"fA 2XEPSG#*EPSG"gEPSG#*+/  EPSGUkraine TM zone 7EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)&+1 EPSGNInirida urban gridEPSGEPSG"a@ o(EPSG#EPSG"bP8Y$EPSG#EPSG"fA/S_vEPSG#)EPSG"gA=MEPSG#)EPSG`EPSG#)[,?_EPSGEPSG Arctic LCC zone 6-28May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"z EPSG#)EPSG"{c.EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-39May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zZEPSG#)EPSG"{S`EPSG#)݂b,?_EPSGEPSG Arctic LCC zone 5-15May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"v6EPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#) 8 p Awb,?_EPSGEPSG Arctic LCC zone 5-35May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-33May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"v}EPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z+`EPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-31May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vmEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-29May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"v]EPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z"`EPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-27May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-25May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z`EPSG#)EPSG"{S`EPSG#)c,?_EPSGEPSG Arctic LCC zone 5-23May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zfEPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-21May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vtEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zH`EPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-19May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"v_EPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z)EPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-17May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vJEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z `EPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-37May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"z<4`EPSG#)EPSG"{S`EPSG#)  8 p P8[,?_EPSGEPSG Arctic LCC zone 6-24May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"zu EPSG#)EPSG"{c.EPSG#)[,?_EPSGEPSG Arctic LCC zone 6-22May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"zWREPSG#)EPSG"{c.EPSG#)[,?_EPSGEPSG Arctic LCC zone 6-20May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"z8 EPSG#)EPSG"{c.EPSG#)\,?_EPSGEPSG Arctic LCC zone 6-18May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"v|EPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"zIEPSG#)EPSG"{c.EPSG#)\,?_EPSGEPSG Arctic LCC zone 6-16May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vmEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"z EPSG#)EPSG"{c.EPSG#)\,?_EPSGEPSG Arctic LCC zone 6-14May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"v[EPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"z@EPSG#)EPSG"{c.EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-47May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-45May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zF`EPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-43May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zEPSG#)EPSG"{S`EPSG#)b,?_EPSGEPSG Arctic LCC zone 5-41May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995768455.EPSG&JEPSG"u@R %EPSG#EPSG"vEPSG#EPSG"w@RYEPSG#EPSG"x@QEPSG#EPSG"zy=`EPSG#)EPSG"{S`EPSG#)?[,?_EPSGEPSG Arctic LCC zone 6-26May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"z[EPSG#)EPSG"{c.EPSG#) E F :h><EU&+/ EPSGKCucuta urban gridEPSGEPSG"a@ "{EPSG#EPSG"bRD"0xEPSG#EPSG"fA)j;dEPSG#)EPSG"gA4ѴEPSG#)EPSG4EPSG#)'+5 EPSGJCartagena urban gridEPSGEPSG"a@$xI;EPSG#EPSG"bRuMEPSG#EPSG"fA)EPSG#)EPSG"gA9  =qEPSG#)EPSGEPSG#)$++ EPSGICali urban gridEPSGEPSG"a@ ȣr`pEPSG#EPSG"bSY!EPSG#EPSG"fA04 .zEPSG#)EPSG"gA*YB\)EPSG#)EPSGEPSG#)++9 EPSGHBucaramanga urban gridEPSGEPSG"a@-wYEPSG#EPSG"bRG\ߩ0EPSG#EPSG"fA0NzEPSG#)EPSG"gA3sG+ EPSG#)EPSGEPSG#)&+/ EPSGGBogota urban gridEPSGEPSG"a@2XEPSG#EPSG"bRl뻥]EPSG#EPSG"f@bMEPSG#)EPSG"g@p EPSG#)EPSG EPSG#)++; EPSGFBarranquilla urban gridEPSGEPSG"a@%GEPSG#EPSG"bRhEPSG#EPSG"fA+ ;dEPSG#)EPSG"gA9\(EPSG#)EPSGdEPSG#)'+1 EPSGEArmenia urban gridEPSGEPSG"a@C6XUEPSG#EPSG"bR:EPSG#EPSG"fA1~EPSG#)EPSG"gA.N~zEPSG#)EPSGEPSG#)%+/ EPSGDArauca urban gridEPSGEPSG"a@4t%GEPSG#EPSG"bQZEPSG#EPSG"fA/`EPSG#)EPSG"gA3v#EPSG#)EPSGdEPSG#),9qEPSG;Macedonia Gauss-KrugerA version of this projection with FN reduced by 4000000 is sometimes used for cadastre - see projection code 9911.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)N+= EPSG7Michigan CS27 South zoneEPSGEPSG"u@DfffffEPSG#EPSG"vU EPSG#EPSG"w@EzHEPSG#EPSG"x@E33333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+EPSG?(<EPSG#P+A EPSG6Michigan CS27 Central zoneEPSGEPSG"u@EQEPSG#EPSG"vU EPSG#EPSG"w@FzGEPSG#EPSG"x@F\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+EPSG?(<EPSG#G+=  EPSG5Michigan CS27 North zoneEPSGEPSG"u@Fo\(EPSG#EPSG"vEPSG#EPSG"w@FQEPSG#EPSG"x@GfffffEPSG#EPSG"zEPSG#+EPSG"{EPSG#+EPSG?(<EPSG#I+9kEPSGCayman Islands TM (ft)Sometimes locally referred to as "UTM zone 17".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9\)EPSG#*EPSG"gEPSG#*<+;  EPSGCayman Islands LCC (ft)EPSG&JEPSG"u@3333333EPSG#EPSG"v@T\(EPSG#EPSG"w@3333333EPSG#EPSG"x@3kQEPSG#EPSG"z-pEPSG#*EPSG"{EPSG#*[,?_EPSGEPSG Arctic LCC zone 7-13May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995772585.EPSG&JEPSG"u@PMv# EPSG#EPSG"vEPSG#EPSG"wCEPSG#EPSG"x@O33333EPSG#EPSG"z`EPSG#)EPSG"{rpEPSG#)[,?_EPSGEPSG Arctic LCC zone 7-11May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995772585.EPSG&JEPSG"u@PMv# EPSG#EPSG"vEPSG#EPSG"wCEPSG#EPSG"x@O33333EPSG#EPSG"zyEPSG#)EPSG"{rpEPSG#)[,?_EPSGEPSG Arctic LCC zone 6-30May be defined using LCC (1SP) method (EPSG method code 9801) with value of latitude for natural origin as latitude at false origin here and scale factor = 0.9995770671.EPSG&JEPSG"u@QU/EPSG#EPSG"vEPSG#EPSG"w@QEPSG#EPSG"xCEPSG#EPSG"zdEPSG#)EPSG"{c.EPSG#) ?_&+/ EPSGMIbague urban gridEPSGEPSG"a@)EPSG#EPSG"bRƴ88EPSG#EPSG"fA*ȄEPSG#)EPSG"gA-z-VEPSG#)EPSGLEPSG#))+5 EPSGLFlorencia urban gridEPSGEPSG"a? nEPSG#EPSG"bR׼EEPSG#EPSG"fA1Cocos Island Grid 1992Replaces CKIG65. Replaced by CKIG94.EPSG&OEPSG"aEPSG#EPSG"b@X!xEPSG#EPSG"eEPSG#EPSG"fPEPSG#)EPSG"g\EPSG#)Q+AiEPSG=Christmas Island Grid 1994Replaces CIG85 and CIG92. Replaced by CIG2020.EPSG&OEPSG"aEPSG#EPSG"b@ZW;dZEPSG#EPSG"e?\w(EPSG#EPSG"fPEPSG#)EPSG"g EPSG#)E+AQEPSG+i  EPSGRCity and County of San Francisco CS13 (meters)EPSG&OEPSG"a@BEPSG#EPSG"b^EPSG#EPSG"e?W VPEPSG#EPSG"fEPSG#)EPSG"g]EPSG#) 7N " c A $iI^"M'NW+AsEPSGMontana Milk River (meter)See code 7094 for equivalent non-metric definition.EPSG&IEPSG"a@H&fffffEPSG#EPSG"bEPSG#EPSG"e? $ qEPSG#EPSG"fIEPSG#)EPSG"g @EPSG#)$,YoEPSGMontana Blackfeet (international foot)For authoritative metric definition see code 7091. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a0EPSG#EPSG"b\33333EPSG#EPSG"e?:pEPSG#EPSG"fAO?|EPSG#*EPSG"gEPSG#*S+?sEPSGMontana Blackfeet (meter)See code 7092 for equivalent non-metric definition.EPSG&OEPSG"a0EPSG#EPSG"b\33333EPSG#EPSG"e?:pEPSG#EPSG"fEPSG#)EPSG"gEPSG#):,woEPSGMontana Blackfeet St Mary Valley (international foot)For authoritative metric definition see code 7089. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@H&fffffEPSG#EPSG"b\33333EPSG#EPSG"e?ŬGEPSG#EPSG"fA wVEPSG#*EPSG"gEPSG#*i+]sEPSGMontana Blackfeet St Mary Valley (meter)See code 7090 for equivalent non-metric definition.EPSG&OEPSG"a@H&fffffEPSG#EPSG"b\33333EPSG#EPSG"e?ŬGEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)2+M EPSGIowa regional zone 14 BurlingtonEPSG&OEPSG"a@D33333EPSG#EPSG"bVəEPSG#EPSG"e?֔EPSG#EPSG"fu EPSG#+EPSG"g^EPSG#+1+K EPSGIowa regional zone 13 FairfieldEPSG&OEPSG"a@D33333EPSG#EPSG"bV33333EPSG#EPSG"e?EPSG#EPSG"ffEPSG#+EPSG"gaEPSG#+7+W EPSGIowa regional zone 12 Red Oak-OttumwaEPSG&IEPSG"a@DFfffffEPSG#EPSG"bW\EPSG#EPSG"e?&EPSG#EPSG"fWREPSG#+EPSG"g^EPSG#+9+[ EPSGIowa regional zone 11 Dubuque-DavenportEPSG&OEPSG"a@D33333EPSG#EPSG"bVzGEPSG#EPSG"e?O3EPSG#EPSG"fH`EPSG#+EPSG"gsEPSG#+4+Q EPSGIowa regional zone 10 Cedar RapidsEPSG&IEPSG"a@DEPSG#EPSG"bVٙEPSG#EPSG"e?EPSG#EPSG"f8 EPSG#+EPSG"gzEPSG#+-+C EPSGIowa regional zone 9 NewtonEPSG&OEPSG"a@D33333EPSG#EPSG"bW\(EPSG#EPSG"e?O3EPSG#EPSG"f)EPSG#+EPSG"gmEPSG#+6+U EPSGIowa regional zone 8 Ames-Des MoinesEPSG&OEPSG"a@D33333EPSG#EPSG"bW[QEPSG#EPSG"e?"^wEPSG#EPSG"fIEPSG#+EPSG"gjEPSG#+7+W EPSGIowa regional zone 7 Carroll-AtlanticEPSG&OEPSG"a@D33333EPSG#EPSG"bWQEPSG#EPSG"e?//tEPSG#EPSG"f `EPSG#+EPSG"gg€EPSG#+5+S EPSGIowa regional zone 6 Council BluffsEPSG&OEPSG"a@D33333EPSG#EPSG"bW(\EPSG#EPSG"e?(EPSG#EPSG"f EPSG#+EPSG"gd@EPSG#+0+G EPSGIowa regional zone 5 WaterlooEPSG&IEPSG"a@E1REPSG#EPSG"bW EPSG#EPSG"e?!AlEPSG#EPSG"fEPSG#+EPSG"g͠EPSG#+=+a EPSGIowa regional zone 4 Sioux City-Iowa FallsEPSG&IEPSG"a@E(\)EPSG#EPSG"bWEPSG#EPSG"e?//tEPSG#EPSG"f@EPSG#+EPSG"g9EPSG#+.+E EPSGIowa regional zone 3 ElkaderEPSG&OEPSG"a@D33333EPSG#EPSG"bVǮzHEPSG#EPSG"e?$=EPSG#EPSG"f`EPSG#+EPSG"g~EPSG#+2+K EPSGIowa regional zone 2 Mason CityEPSG&IEPSG"a@EEPSG#EPSG"bWEPSG#EPSG"e?-EPSG#EPSG"f EPSG#+EPSG"g@EPSG#+/+E EPSGIowa regional zone 1 SpencerEPSG&IEPSG"a@E\(EPSG#EPSG"bWəEPSG#EPSG"e?6OEPSG#EPSG"fyEPSG#+EPSG"g|EPSG#+y  EPSGSCity and County of San Francisco CS13 (US Survey feet)EPSG&OEPSG"a@BEPSG#EPSG"b^EPSG#EPSG"e?W VPEPSG#EPSG"fg(EPSG#+EPSG"g3EPSG#+ d kl^LodA ,S1EPSGWyoming Wind River (US survey foot)For authoritative metric definition see code 7107. Working unit is US Survey feet.EPSG&OEPSG"a@E333333EPSG#EPSG"b[ EPSG#EPSG"e?jEPSG#EPSG"fAMUL_EPSG#+EPSG"gEPSG#+[+AsEPSGWyoming Wind River (meter)See code 7108 for equivalent non-metric definition.EPSG&OEPSG"a@E333333EPSG#EPSG"b[ EPSG#EPSG"e?jEPSG#EPSG"fEPSG#)EPSG"gEPSG#)2,WoEPSGMontana Billings (international foot)For authoritative metric definition see code 7105. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@F(\EPSG#EPSG"b[EPSG#EPSG"e?EPSG#EPSG"fA$O?|EPSG#*EPSG"gAOYEPSG#*\+=sEPSGMontana Billings (meter)See code 7106 for equivalent non-metric definition.EPSG&IEPSG"a@F(\EPSG#EPSG"b[EPSG#EPSG"e?EPSG#EPSG"f @EPSG#)EPSG"gPEPSG#)0,SoEPSGMontana Bobcat (international foot)For authoritative metric definition see code 7103. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@G33333EPSG#EPSG"b[əEPSG#EPSG"e?28EPSG#EPSG"fAO?|EPSG#*EPSG"gAO?|EPSG#*Z+9sEPSGMontana Bobcat (meter)See code 7104 for equivalent non-metric definition.EPSG&IEPSG"a@G33333EPSG#EPSG"b[əEPSG#EPSG"e?28EPSG#EPSG"fEPSG#)EPSG"gEPSG#)&,OoEPSGMontana Crow (international foot)For authoritative metric definition see code 7101. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@F9EPSG#EPSG"bZEPSG#EPSG"e?0rEPSG#EPSG"fA$O?|EPSG#*EPSG"gEPSG#*U+5sEPSGMontana Crow (meter)See code 7102 for equivalent non-metric definition.EPSG&OEPSG"a@F9EPSG#EPSG"bZEPSG#EPSG"e?0rEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)9,eoEPSGMontana Fort Peck Sioux (international foot)For authoritative metric definition see code 7099. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@HEPSG#EPSG"bZS33333EPSG#EPSG"e?^_0EPSG#EPSG"fAO?|EPSG#*EPSG"gAOMjEPSG#*c+KsEPSGMontana Fort Peck Sioux (meter)See code 7100 for equivalent non-metric definition.EPSG&IEPSG"a@HEPSG#EPSG"bZS33333EPSG#EPSG"e?^_0EPSG#EPSG"fEPSG#)EPSG"gPEPSG#)?,qoEPSGMontana Fort Peck Assiniboine (international foot)For authoritative metric definition see code 7097. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@HEPSG#EPSG"bZS33333EPSG#EPSG"e?}A5TEPSG#EPSG"fA$O?|EPSG#*EPSG"gAO?|EPSG#*i+WsEPSGMontana Fort Peck Assiniboine (meter)See code 7098 for equivalent non-metric definition.EPSG&IEPSG"a@HEPSG#EPSG"bZS33333EPSG#EPSG"e?}A5TEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)6,_oEPSGMontana Fort Belknap (international foot)For authoritative metric definition see code 7095. Working unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@H&fffffEPSG#EPSG"b[33333EPSG#EPSG"e?}A5TEPSG#EPSG"fA$O?|EPSG#*EPSG"gA wVEPSG#*`+EsEPSGMontana Fort Belknap (meter)See code 7096 for equivalent non-metric definition.EPSG&IEPSG"a@H&fffffEPSG#EPSG"b[33333EPSG#EPSG"e?}A5TEPSG#EPSG"f @EPSG#)EPSG"gIEPSG#)p[oEPSGMontana Milk River (international foot)For authoritative met=+g EPSGCity and County of San Francisco CS13 (meter)EPSG&OEPSG"a@BEPSG#EPSG"b^EPSG#EPSG"e?W VPEPSG#EPSG"fEPSG#)EPSG"g]EPSG#) G}  8 ]6[GS+1{EPSGInGCS Brown (ftUS)See proj code 7155 for authoritative metric definition.EPSG&OEPSG"a'EPSG#EPSG"bUQEPSG#EPSG"e?uMUEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Q++}EPSGInGCS Brown (m)For equivalent non-metric definition see proj code 7156.EPSG&OEPSG"a'EPSG#EPSG"bUQEPSG#EPSG"e?uMUEPSG#EPSG"fEPSG#)EPSG"gEPSG#)j,EEPSGInGCS Boone-Hendricks (ftUS)See proj code 7153 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CzGEPSG#EPSG"bU33333EPSG#EPSG"e?%)EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+j,? EPSGInGCS Boone-Hendricks (m)For equivalent non-metric definition see proj code 7154. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CzGEPSG#EPSG"bU33333EPSG#EPSG"e?%)EPSG#EPSG"fEPSG#)EPSG"gEPSG#)m,KEPSGInGCS Blackford-Delaware (ftUS)See proj code 7151 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D =pEPSG#EPSG"bUO\(EPSG#EPSG"e?'،EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+m,E EPSGInGCS Blackford-Delaware (m)For equivalent non-metric definition see proj code 7152. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D =pEPSG#EPSG"bUO\(EPSG#EPSG"e?'،EPSG#EPSG"fEPSG#)EPSG"gEPSG#)[+3{EPSGInGCS Benton (ftUS)See proj code 7149 for authoritative metric definition.EPSG&OEPSG"a@D"\(EPSG#EPSG"bU˅QEPSG#EPSG"e?hJEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Y+-}EPSGInGCS Benton (m)For equivalent non-metric definition see proj code 7150.EPSG&OEPSG"a@D"\(EPSG#EPSG"bU˅QEPSG#EPSG"e?hJEPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y+={EPSGInGCS Bartholomew (ftUS)See proj code 7147 for authoritative metric definition.EPSG&OEPSG"a'EPSG#EPSG"bU` =qEPSG#EPSG"e?CRe(EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+W+7}EPSGInGCS Bartholomew (m)For equivalent non-metric definition see proj code 7148.EPSG&OEPSG"a'EPSG#EPSG"bU` =qEPSG#EPSG"e?CRe(EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSGInGCS Allen (ftUS)See proj code 7145 for authoritative metric definition.EPSG&OEPSG"a@DEQEPSG#EPSG"bUAREPSG#EPSG"e? `EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSGInGCS Allen (m)For equivalent non-metric definition see proj code 7146.EPSG&OEPSG"a@DEQEPSG#EPSG"bUAREPSG#EPSG"e? `EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSGInGCS Adams (ftUS)See proj code 7143 for authoritative metric definition.EPSG&OEPSG"a@D*=p EPSG#EPSG"bU$zGEPSG#EPSG"e?#5EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSGInGCS Adams (m)For equivalent non-metric definition see proj code 7144.EPSG&OEPSG"a@D*=p EPSG#EPSG"bU$zGEPSG#EPSG"e?#5EPSG#EPSG"fEPSG#)EPSG"gEPSG#),;9 EPSGPalestine Grid modifiedModification of Palestine Grid (proj 18201) using TM rather than Cassini projection method. The difference in coordinates caused by change of method is under 2m within Israel but can be over 200m in eastern Jordan.EPSG&OEPSG"a@?pEPSG#EPSG"b@A%)EPSG#EPSG"eEPSG#EPSG"fA\p EPSG#)EPSG"g@>CEPSG#) $ F m " "DVi,CEPSGInGCS Daviess-Greene (ftUS)See proj code 7169 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C"\(EPSG#EPSG"bU =pEPSG#EPSG"e?֔EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+i,= EPSGInGCS Daviess-Greene (m)For equivalent non-metric definition see proj code 7170. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C"\(EPSG#EPSG"bU =pEPSG#EPSG"e?֔EPSG#EPSG"fEPSG#)EPSG"gEPSG#)u,W EPSGInGCS Crawford-Lawrence-Orange (ftUS)See proj code 7167 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CzHEPSG#EPSG"bU33333EPSG#EPSG"e?6EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+u,QEPSGInGCS Crawford-Lawrence-Orange (m)For equivalent non-metric definition see proj code 7168. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CzHEPSG#EPSG"bU33333EPSG#EPSG"e?6EPSG#EPSG"fEPSG#)EPSG"gEPSG#)\+5{EPSGInGCS Clinton (ftUS)See proj code 7165 for authoritative metric definition.EPSG&OEPSG"a@D QEPSG#EPSG"bU =pEPSG#EPSG"e?!AlEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Z+/}EPSGInGCS Clinton (m)For equivalent non-metric definition see proj code 7166.EPSG&OEPSG"a@D QEPSG#EPSG"bU =pEPSG#EPSG"e?!AlEPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y+/{EPSGInGCS Clay (ftUS)See proj code 7163 for authoritative metric definition.EPSG&OEPSG"a@CQEPSG#EPSG"bU\(EPSG#EPSG"e?*sqEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+W+)}EPSGInGCS Clay (m)For equivalent non-metric definition see proj code 7164.EPSG&OEPSG"a@CQEPSG#EPSG"bU\(EPSG#EPSG"e?*sqEPSG#EPSG"fEPSG#)EPSG"gEPSG#)n,I EPSGInGCS Clark-Floyd-Scott (ftUS)See proj code 7161 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C QEPSG#EPSG"bUW =pEPSG#EPSG"e?%EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+n,CEPSGInGCS Clark-Floyd-Scott (m)For equivalent non-metric definition see proj code 7162. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C QEPSG#EPSG"bUW =pEPSG#EPSG"e?%EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y+/{EPSGInGCS Cass (ftUS)See proj code 7159 for authoritative metric definition.EPSG&OEPSG"a@D*=p EPSG#EPSG"bU\(EPSG#EPSG"e?\1Y>EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+W+)}EPSGInGCS Cass (m)For equivalent non-metric definition see proj code 7160.EPSG&OEPSG"a@D*=p EPSG#EPSG"bU\(EPSG#EPSG"e?\1Y>EPSG#EPSG"fEPSG#)EPSG"gEPSG#)\+5{EPSGInGCS Carroll (ftUS)See proj code 7157 for authoritative metric definition.EPSG&OEPSG"a@DQEPSG#EPSG"bU\)EPSG#EPSG"e?CRe(EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+/}EPSGInGCS Carroll (m)For equivalent non-metric definition see proj code 7158.EPSG&OEPSG"a@DQEPSG#EPSG"bU\)EPSG#EPSG"e?CRe(EPSG#EPSG"fEPSG#)EPSG"gEPSG#) O  > c;Os,MEPSG InGCS Fayette-Franklin-Union (m)For equivalent non-metric definition see proj code 7182. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C33333EPSG#EPSG"bUAREPSG#EPSG"e?'،EPSG#EPSG"fEPSG#)EPSG"gEPSG#)u,W EPSG InGCS Elkhart-Kosciusko-Wabash (ftUS)See proj code 7179 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D1REPSG#EPSG"bU` =qEPSG#EPSG"e?"^wEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+u,QEPSG InGCS Elkhart-Kosciusko-Wabash (m)For equivalent non-metric definition see proj code 7180. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D1REPSG#EPSG"bU` =qEPSG#EPSG"e?"^wEPSG#EPSG"fEPSG#)EPSG"gEPSG#)h,AEPSG InGCS Dubois-Martin (ftUS)See proj code 7177 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C\(EPSG#EPSG"bUzGEPSG#EPSG"e?EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+h,; EPSG InGCS Dubois-Martin (m)For equivalent non-metric definition see proj code 7178. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C\(EPSG#EPSG"bUzGEPSG#EPSG"e?EPSG#EPSG"fEPSG#)EPSG"gEPSG#)[+3{EPSGInGCS DeKalb (ftUS)See proj code 7175 for authoritative metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"bU$zGEPSG#EPSG"e?%)EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Y+-}EPSGInGCS DeKalb (m)For equivalent non-metric definition see proj code 7176.EPSG&OEPSG"a@D33333EPSG#EPSG"bU$zGEPSG#EPSG"e?%)EPSG#EPSG"fEPSG#)EPSG"gEPSG#)g,?EPSGInGCS Decatur-Rush (ftUS)See proj code 7173 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CzHEPSG#EPSG"bUX\)EPSG#EPSG"e?%)EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+g,9 EPSGInGCS Decatur-Rush (m)For equivalent non-metric definition see proj code 7174. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CzHEPSG#EPSG"bUX\)EPSG#EPSG"e?%)EPSG#EPSG"fEPSG#)EPSG"gEPSG#)v,Y EPSGInGCS Dearborn-Ohio-Switzerland (ftUS)See proj code 7171 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C1REPSG#EPSG"bU"\(EPSG#EPSG"e?hJEPSG#EPSG"f EPSG#+EPSG"g^EPSG#+s,S EPSGInGCS Fayette-Franklin-Union (ftUS)See proj code 7181 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C33333EPSG#EPSG"bUAREPSG#EPSG"e?'،EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+G#) "  4j"n,G EPSGInGCS Harrison-Washington (m)For equivalent non-metric definition see proj code 7196. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@B\)EPSG#EPSG"bU\(EPSG#EPSG"e?O3EPSG#EPSG"fEPSG#)EPSG"gEPSG#)j,EEPSGInGCS Hancock-Madison (ftUS)See proj code 7193 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CREPSG#EPSG"bU^QEPSG#EPSG"e?%)EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+j,? EPSGInGCS Hancock-Madison (m)For equivalent non-metric definition see proj code 7194. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CREPSG#EPSG"bU^QEPSG#EPSG"e?%)EPSG#EPSG"fEPSG#)EPSG"gEPSG#)c,EEPSGInGCS Hamilton-Tipton (ftUS)See proj code 7191 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CQEPSG#EPSG"bEPSG#EPSG"e?#5EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+c,? EPSGInGCS Hamilton-Tipton (m)For equivalent non-metric definition see proj code 7192. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CQEPSG#EPSG"bEPSG#EPSG"e?#5EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSGInGCS Grant (ftUS)See proj code 7189 for authoritative metric definition.EPSG&OEPSG"a@DG{EPSG#EPSG"bUZG{EPSG#EPSG"e?#5EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSGInGCS Grant (m)For equivalent non-metric definition see proj code 7190.EPSG&OEPSG"a@DG{EPSG#EPSG"bUZG{EPSG#EPSG"e?#5EPSG#EPSG"fEPSG#)EPSG"gEPSG#)[+3{EPSGInGCS Gibson (ftUS)See proj code 7187 for authoritative metric definition.EPSG&OEPSG"a@C QEPSG#EPSG"bU\)EPSG#EPSG"e? 2EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Y+-}EPSGInGCS Gibson (m)For equivalent non-metric definition see proj code 7188.EPSG&OEPSG"a@C QEPSG#EPSG"bU\)EPSG#EPSG"e? 2EPSG#EPSG"fEPSG#)EPSG"gEPSG#)w,[ EPSGInGCS Fulton-Marshall-St. Joseph (ftUS)See proj code 7185 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@DEQEPSG#EPSG"bUQEPSG#EPSG"e? `EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+w,UEPSGInGCS Fulton-Marshall-St. Joseph (m)For equivalent non-metric definition see proj code 7186. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@DEQEPSG#EPSG"bUQEPSG#EPSG"e? `EPSG#EPSG"fEPSG#)EPSG"gEPSG#)j,EEPSGInGCS Fountain-Warren (ftUS)See proj code 7183 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C\)EPSG#EPSG"bU˅QEPSG#EPSG"e?6EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+ H l  +.]"^+9{EPSG*InGCS Jefferson (ftUS)See proj code 7209 for authoritative metric definition.EPSG&OEPSG"a@C*=p EPSG#EPSG"bUMp =EPSG#EPSG"e?\1Y>EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Q+-{EPSG(InGCS Jay (ftUS)See proj code 7207 for authoritative metric definition.EPSG&OEPSG"a@D =pEPSG#EPSG"bEPSG#EPSG"e?'،EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+O+'}EPSG'InGCS Jay (m)For equivalent non-metric definition see proj code 7208.EPSG&OEPSG"a@D =pEPSG#EPSG"bEPSG#EPSG"e?'،EPSG#EPSG"fEPSG#)EPSG"gEPSG#)h,AEPSG&InGCS Jasper-Porter (ftUS)See proj code 7205 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D5\(EPSG#EPSG"bU =pEPSG#EPSG"e?O3EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+h,; EPSG%InGCS Jasper-Porter (m)For equivalent non-metric definition see proj code 7206. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D5\(EPSG#EPSG"bU =pEPSG#EPSG"e?O3EPSG#EPSG"fEPSG#)EPSG"gEPSG#)\+5{EPSG$InGCS Jackson (ftUS)See proj code 7203 for authoritative metric definition.EPSG&OEPSG"a@C5\(EPSG#EPSG"bUdzGEPSG#EPSG"e?|EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+Z+/}EPSG#InGCS Jackson (m)For equivalent non-metric definition see proj code 7204.EPSG&OEPSG"a@C5\(EPSG#EPSG"bUdzGEPSG#EPSG"e?|EPSG#EPSG"fEPSG#)EPSG"gEPSG#)m,KEPSG"InGCS Huntington-Whitley (ftUS)See proj code 7201 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D1REPSG#EPSG"bUS33333EPSG#EPSG"e?#5EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+m,E EPSG!InGCS Huntington-Whitley (m)For equivalent non-metric definition see proj code 7202. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D1REPSG#EPSG"bUS33333EPSG#EPSG"e?#5EPSG#EPSG"fEPSG#)EPSG"gEPSG#)g,?EPSG InGCS Howard-Miami (ftUS)See proj code 7199 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@DG{EPSG#EPSG"bU\(EPSG#EPSG"e? `EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+g,9 EPSGInGCS Howard-Miami (m)For equivalent non-metric definition see proj code 7200. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@DG{EPSG#EPSG"bU\(EPSG#EPSG"e? `EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSGInGCS Henry (ftUS)See proj code 7197 for authoritative metric definition.EPSG&OEPSG"a@CEPSG#EPSG"bUQGzEPSG#EPSG"e?-EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSGInGCS Henry (m)For equivalent non-metric definition see proj code 7198.EPSG&OEPSG"a@CEPSG#EPSG"bUQGzEPSG#EPSG"e?-EPSG#EPSG"fEPSG#)EPSG"gEPSG#)\+3}EPSG)InGCS Jefferson (m)For equivalent non-metric definition see proj code 7210.EPSG&OEPSG"a@C*=p EPSG#EPSG"bUMp =EPSG#EPSG"e?\1Y>EPSG#EPSG"fEPSG#)EPSG"gEPSG#)F B b O :%qO?*oF#,%- EPSGCS63 zone X2On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@:LEPSG#EPSG"eEPSG#EPSG"f#`EPSG#)EPSG"gEPSG#)5+- EPSG9Nagaland NSF LCCEPSG&JEPSG"u@: 5}EPSG#EPSG"v@WEPSG#EPSG"w@99+ EPSG#EPSG"x@:SEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#),A?EPSGfWISCRS Waushara County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7527.EPSG&IEPSG"a@FR EPSG#EPSG"bVI&xEPSG#EPSG"e?)?1EPSG#EPSG"f@Q 'EPSG#)EPSG"g@GE8EPSG#) ,C=EPSGWWISCRS Monroe County (ftUS)See proj code 7510 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FA(EPSG#EPSG"bVnEPSG#EPSG"e?-_EPSG#EPSG"f =EPSG#+EPSG"gAj11EPSG#+,[?EPSGJWISCRS Green and Lafayette Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7499.EPSG&IEPSG"a@E0պEPSG#EPSG"bV` ěEPSG#EPSG"e?(;1EPSG#EPSG"fA"h EPSG#)EPSG"g@`n.EPSG#),[OEPSG=WISCRS Adams and Juneau Counties (ftUS)See proj code 7484 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E(\EPSG#EPSG"bEPSG#EPSG"e?&MgEPSG#EPSG"fAz#EPSG#+EPSG"g?tj~EPSG#+ ,9?EPSG.WISCRS Rusk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7471.EPSG&OEPSG"a@EƇ+ JEPSG#EPSG"bV\(EPSG#EPSG"e?4EPSG#EPSG"fAv_EPSG#)EPSG"g?+jgEPSG#),A?EPSG WISCRS Marathon County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7457.EPSG&IEPSG"a@FE)c}ZEPSG#EPSG"bV]M:EPSG#EPSG"e?72EPSG#EPSG"f@;BceEPSG#)EPSG"g@(qjEPSG#),A?EPSGWISCRS Chippewa County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7433.EPSG&IEPSG"a@FJrHQEPSG#EPSG"bV"`BEPSG#EPSG"e?)B[EPSG#) ,=?EPSGWISCRS Oneida County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7393.EPSG&IEPSG"a@FbEPSG#EPSG"bVTj~EPSG#EPSG"e?H&BEPSG#EPSG"f@=cEPSG#)EPSG"g@quEPSG#)Z+1{EPSGXInGCS Wells (ftUS)See proj code 7255 for authoritative metric definition.EPSG&OEPSG"a@D*=p EPSG#EPSG"bUIEPSG#EPSG"e?#5EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+i,CEPSGFInGCS Randolph-Wayne (ftUS)See proj code 7237 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C\(EPSG#EPSG"bUAREPSG#EPSG"e?.#(EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+h,AEPSG8InGCS Monroe-Morgan (ftUS)See proj code 7223 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CH\)EPSG#EPSG"bU33333EPSG#EPSG"e?\1Y>EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+[+1}EPSG+InGCS Jennings (m)For equivalent non-metric definition see proj code 7212.EPSG&OEPSG"a@C=p =EPSG#EPSG"bU^QEPSG#EPSG"e?6EPSG#EPSG"fEPSG#)EPSG"gEPSG#) ! K r ,Y|h,; EPSG7InGCS Monroe-Morgan (m)For equivalent non-metric definition see proj code 7224. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CH\)EPSG#EPSG"bU33333EPSG#EPSG"e?\1Y>EPSG#EPSG"fEPSG#)EPSG"gEPSG#)s,S EPSG6InGCS LaPorte-Pulaski-Starke (ftUS)See proj code 7221 for authoritative metric definition. Defined by Indiana DOT as three separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@DEQEPSG#EPSG"bUEPSG#EPSG"e?O3EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+s,MEPSG5InGCS LaPorte-Pulaski-Starke (m)For equivalent non-metric definition see proj code 7222. Defined by Indiana DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@DEQEPSG#EPSG"bUEPSG#EPSG"e?O3EPSG#EPSG"fEPSG#)EPSG"gEPSG#)f,=EPSG4InGCS Lake-Newton (ftUS)See proj code 7219 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D5\(EPSG#EPSG"bU\(EPSG#EPSG"e?CRe(EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+f,7 EPSG3InGCS Lake-Newton (m)For equivalent non-metric definition see proj code 7220. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D5\(EPSG#EPSG"bU\(EPSG#EPSG"e?CRe(EPSG#EPSG"fEPSG#)EPSG"gEPSG#)i,CEPSG2InGCS LaGrange-Noble (ftUS)See proj code 7217 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@D33333EPSG#EPSG"bUQGzEPSG#EPSG"e?&EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+i,= EPSG1InGCS LaGrange-Noble (m)For equivalent non-metric definition see proj code 7218. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@D33333EPSG#EPSG"bUQGzEPSG#EPSG"e?&EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y+/{EPSG0InGCS Knox (ftUS)See proj code 7215 for authoritative metric definition.EPSG&OEPSG"a@CQEPSG#EPSG"bUGzEPSG#EPSG"e?&EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+W+)}EPSG/InGCS Knox (m)For equivalent non-metric definition see proj code 7216.EPSG&OEPSG"a@CQEPSG#EPSG"bUGzEPSG#EPSG"e?&EPSG#EPSG"fEPSG#)EPSG"gEPSG#)i,CEPSG.InGCS Johnson-Marion (ftUS)See proj code 7213 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@C =pEPSG#EPSG"bU\(EPSG#EPSG"e? `EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+i,= EPSG-InGCS Johnson-Marion (m)For equivalent non-metric definition see proj code 7214. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C =pEPSG#EPSG"bU\(EPSG#EPSG"e? `EPSG#EPSG"fEPSG#)EPSG"gEPSG#)]+7{EPSG,InGCS Jennings (ftUS)See proj code 7211 for authoritative metric definition.EPSG&OEPSG"a@C=p =EPSG#EPSG"bU^QEPSG#EPSG"e?6EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+  $ K p w4Xi,= EPSGEInGCS Randolph-Wayne (m)For equivalent non-metric definition see proj code 7238. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@C\(EPSG#EPSG"bUAREPSG#EPSG"e?.#(EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSGDInGCS Posey (ftUS)See proj code 7235 for authoritative metric definition.EPSG&OEPSG"a@BEPSG#EPSG"bUzGEPSG#EPSG"e? 2EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSGCInGCS Posey (m)For equivalent non-metric definition see proj code 7236.EPSG&OEPSG"a@BEPSG#EPSG"bUzGEPSG#EPSG"e? 2EPSG#EPSG"fEPSG#)EPSG"gEPSG#)g,?EPSGBInGCS Pike-Warrick (ftUS)See proj code 7233 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@BGzEPSG#EPSG"bU˅QEPSG#EPSG"e?&EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+g,9 EPSGAInGCS Pike-Warrick (m)For equivalent non-metric definition see proj code 7234. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@BGzEPSG#EPSG"bU˅QEPSG#EPSG"e?&EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Z+1{EPSG@InGCS Perry (ftUS)See proj code 7231 for authoritative metric definition.EPSG&OEPSG"a@Bp =EPSG#EPSG"bUG{EPSG#EPSG"e?EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+X++}EPSG?InGCS Perry (m)For equivalent non-metric definition see proj code 7232.EPSG&OEPSG"a@Bp =EPSG#EPSG"bUG{EPSG#EPSG"e?EPSG#EPSG"fEPSG#)EPSG"gEPSG#)k,GEPSG>InGCS Parke-Vermillion (ftUS)See proj code 7229 for authoritative metric definition. Defined by Indiana DOT as two separate zones (one for each county) each having identical defining parameter values: see info source.EPSG&OEPSG"a@CzGEPSG#EPSG"bUp =EPSG#EPSG"e?|EPSG#EPSG"f EPSG#+EPSG"g^EPSG#+k,A EPSG=InGCS Parke-Vermillion (m)For equivalent non-metric definition see proj code 7230. Defined by Indiana DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@CzGEPSG#EPSG"bUp =EPSG#EPSG"e?|EPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y+/{EPSG]EEPSG#EPSG"f@ZM;EPSG#)EPSG"g?wEPSG#) ,G=EPSGWISCRS Langlade County (ftUS)See proj code 7452 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FYwEPSG#EPSG"bVAGzEPSG#EPSG"e?A;EPSG#EPSG"f EPSG#+EPSG"gAEPSG#+,A?EPSGWISCRS Langlade County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7453.EPSG&IEPSG"a@FYwEPSG#EPSG"bVAGzEPSG#EPSG"e?A;EPSG#EPSG"fA8ɓtjEPSG#)EPSG"g@&EPSG#)n+E{EPSGWISCRS Jackson County (ftUS)See proj code 7450 for authoritative metric definition.EPSG&OEPSG"a@FZEPSG#EPSG"bV@REPSG#EPSG"e?%Ň^EPSG#EPSG"f@hEPSG#+EPSG"g@MSEPSG#+`+?}EPSGWISCRS Jackson County (m)For equivalent non-metric definition see proj code 7451.EPSG&OEPSG"a@FZEPSG#EPSG"bV@REPSG#EPSG"e?%Ň^EPSG#EPSG"fixEPSG#)EPSG"gaEPSG#),K=EPSGWISCRS Eau Claire County (ftUS)See proj code 7440 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FBїBsEPSG#EPSG"bV I^EPSG#EPSG"e?$rAEPSG#EPSG"fEPSG#+EPSG"gA\30 ĜEPSG#+,E?EPSGWISCRS Eau Claire County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7441.EPSG&IEPSG"a@FBїBsEPSG#EPSG"bV I^EPSG#EPSG"e?$rAEPSG#EPSG"f@Q 'EPSG#)EPSG"g@b~K]EPSG#) ,?=EPSGWISCRS Dunn County (ftUS)See proj code 7438 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@FvEPSG#EPSG"bV-VEPSG#EPSG"e?+EPSG#EPSG"fA IEPSG#+EPSG"g?zG{EPSG#+ ,9?EPSGWISCRS Dunn County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7439.EPSG&OEPSG"a@FvEPSG#EPSG"bV-VEPSG#EPSG"e?+EPSG#EPSG"f@MSEPSG#)EPSG"g?htj~EPSG#),?=EPSG WISCRS Door County (ftUS)See proj code 7436 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@FQEPSG#EPSG"bU^5?|EPSG#EPSG"e?EPSG#EPSG"f(EPSG#+EPSG"g?bMEPSG#+ ,9?EPSG WISCRS Door County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7437.EPSG&OEPSG"a@FQEPSG#EPSG"bU^5?|EPSG#EPSG"e?EPSG#EPSG"fAbDEPSG#)EPSG"g?bsPHEPSG#),A=EPSG WISCRS Clark County (ftUS)See proj code 7434 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@EzGEPSG#EPSG"bVnPEPSG#EPSG"e?0cEPSG#EPSG"fA$vȴEPSG#+EPSG"g?1&yEPSG#+ ,;?EPSG WISCRS Clark County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7435.EPSG&OEPSG"a@EzGEPSG#EPSG"bVnPEPSG#EPSG"e?0cEPSG#EPSG"fAhiXEPSG#)EPSG"g?u"EPSG#) ,G=EPSG WISCRS Chippewa County (ftUS)See proj code 7432 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FJrHQEPSG#EPSG"bV"`BEPSG#EPSG"e?)]EEPSG#EPSG"fHEPSG#+EPSG"g?tj~EPSG#+   u0#,??EPSG,WISCRS Portage County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7469.EPSG&IEPSG"a@F \yEPSG#EPSG"bVS33333EPSG#EPSG"e?)=EPSG#EPSG"f@눃EPSG#)EPSG"g@l.HEPSG#) ,?=EPSG+WISCRS Polk County (ftUS)See proj code 7466 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F2nOEPSG#EPSG"bWQEPSG#EPSG"e?-~ REPSG#EPSG"fAalEPSG#+EPSG"g?tj~EPSG#+ ,9?EPSG*WISCRS Polk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7467.EPSG&OEPSG"a@F2nOEPSG#EPSG"bWQEPSG#EPSG"e?-~ REPSG#EPSG"fAM"B&EPSG#)EPSG"g?x*0 EPSG#),[OEPSG)WISCRS Pepin and Pierce Counties (ftUS)See proj code 7464 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&IEPSG"a@F0 EPSG#EPSG"bWtjEPSG#EPSG"e?&bEPSG#EPSG"fdpEPSG#+EPSG"gA:PSEPSG#+",UQEPSG(WISCRS Pepin and Pierce Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7465. Defined by Wisconsin DOT as two separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&IEPSG"a@F0 EPSG#EPSG"bWtjEPSG#EPSG"e?&bEPSG#EPSG"fAv®1EPSG#)EPSG"g@fAEPSG#),C=EPSG'WISCRS Oconto County (ftUS)See proj code 7462 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@FzGEPSG#EPSG"bUnEPSG#EPSG"e?g_EPSG#EPSG"fA"OnEPSG#+EPSG"g?+ IEPSG#+ ,=?EPSG&WISCRS Oconto County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7463.EPSG&OEPSG"a@FzGEPSG#EPSG"bUnEPSG#EPSG"e?g_EPSG#EPSG"fASDEPSG#)EPSG"g?ku%FEPSG#),I=EPSG%WISCRS Menominee County (ftUS)See proj code 7460 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F7 =pEPSG#EPSG"bVEPSG#EPSG"e?&(EPSG#EPSG"fA@uEPSG#+EPSG"g?zG{EPSG#+,C?EPSG$WISCRS Menominee County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7461.EPSG&OEPSG"a@F7 =pEPSG#EPSG"bVEPSG#EPSG"e?&(EPSG#EPSG"f@P1EPSG#)EPSG"g?gEPSG#),I=EPSG#WISCRS Marinette County (ftUS)See proj code 7458 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F4/EPSG#EPSG"bU"`BEPSG#EPSG"e?EPSG#EPSG"fA'0EPSG#+EPSG"g?zG{EPSG#+,C?EPSG"WISCRS Marinette County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7459.EPSG&OEPSG"a@F4/EPSG#EPSG"bU"`BEPSG#EPSG"e?EPSG#EPSG"fA " EPSG#)EPSG"g?j6C-EPSG#) ,G=EPSG!WISCRS Marathon County (ftUS)See proj code 7456 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@FE)c}ZEPSG#EPSG"bV]M:EPSG#EPSG"e?72EPSG#EPSG"fEPSG#+EPSG"gA \)EPSG#+ ,E=EPSG-WISCRS Portage County (ftUS)See proj code 7468 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@F \yEPSG#EPSG"bVS33333EPSG#EPSG"e?)=EPSG#EPSG"fҨEPSG#+EPSG"gAzEPSG#+  ziYGA9,UQEPSGHEPSG#EPSG"f ^pEPSG#+EPSG"gAlCEPSG#+ ,=?EPSG4WISCRS Taylor County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7477.EPSG&IEPSG"a@FPe ]EPSG#EPSG"bV\(EPSG#EPSG"e?>HEPSG#EPSG"fA\_EPSG#)EPSG"g@N, EPSG#),I=EPSG3WISCRS St. Croix County (ftUS)See proj code 7474 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@F ěEPSG#EPSG"bWQEPSG#EPSG"e?(WISCRS Calumet, Fond du Lac, Outagamie and Winnebago Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7487. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E7+ IEPSG#EPSG"bV33333EPSG#EPSG"e? ,BEPSG#EPSG"fA IQEPSG#)EPSG"g?tnEPSG#)[OEPSG=WISCRS Adams and Juneau Counties (ftUS)See proj code 7484 for authoritative metric definiti,A=EPSGIWISCRS Grant County (ftUS)See proj code 7496 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@D;dZEPSG#EPSG"bVQEPSG#EPSG"e?$EPSG#EPSG"fA(B#EPSG#+EPSG"g?`A7LEPSG#+  ] w m<q],I=EPSGUWISCRS La Crosse County (ftUS)See proj code 7508 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@EwkQEPSG#EPSG"bV(\EPSG#EPSG"e?!-$EPSG#EPSG"fAlEPSG#+EPSG"g?+ IEPSG#+,C?EPSGTWISCRS La Crosse County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7509.EPSG&OEPSG"a@EwkQEPSG#EPSG"bV(\EPSG#EPSG"e?!-$EPSG#EPSG"f@jqEPSG#)EPSG"g?ku%FEPSG#)7,}SEPSGSWISCRS Kewaunee, Manitowoc and Sheboygan Counties (ftUS)See proj code 7506 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@EzGEPSG#EPSG"bUQEPSG#EPSG"e?qEPSG#EPSG"fA I^EPSG#+EPSG"g?pbMEPSG#+5,wUEPSGRWISCRS Kewaunee, Manitowoc and Sheboygan Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7507. Defined by Wisconsin DOT as three separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@EzGEPSG#EPSG"bUQEPSG#EPSG"e?qEPSG#EPSG"f@.3EPSG#)EPSG"g?S*0U2aEPSG#)<-QEPSGQWISCRS Kenosha, Milwaukee, Ozaukee and Racine Counties (ftUS)See proj code 7504 for authoritative metric definition. Replaces and emulates WCCS zone. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E =qEPSG#EPSG"bU-VEPSG#EPSG"e?TJEPSG#EPSG"fA"7LEPSG#+EPSG"g?htj~EPSG#+:-SEPSGPWISCRS Kenosha, Milwaukee, Ozaukee and Racine Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7505. Defined by Wisconsin DOT as four separate zones (one for each county) each having identical projection parameter values: see info source.EPSG&OEPSG"a@E =qEPSG#EPSG"bU-VEPSG#EPSG"e?TJEPSG#EPSG"fAB~EPSG#)EPSG"g?M}H˒EPSG#),?=EPSGOWISCRS Iowa County (ftUS)See proj code 7502 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E)7KƧEPSG#EPSG"bVtEPSG#EPSG"e?)j'S;EPSG#EPSG"f8EPSG#+EPSG"g?QEPSG#+ ,9?EPSGNWISCRS Iowa County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7503.EPSG&OEPSG"a@E)7KƧEPSG#EPSG"bVtEPSG#EPSG"e?)j'S;EPSG#EPSG"f@jgEPSG#)EPSG"g?rnO;EPSG#),k=EPSGMWISCRS Green Lake and Marquette Counties (ftUS)See proj code 7500 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E7|EPSG#EPSG"bVI&xEPSG#EPSG"e?$cEPSG#EPSG"fEPSG#+EPSG"gAVEPSG#+!,e?EPSGLWISCRS Green Lake and Marquette Counties (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7501.EPSG&IEPSG"a@E7|EPSG#EPSG"bVI&xEPSG#EPSG"e?$cEPSG#EPSG"fAjjOEPSG#)EPSG"g@T,xEPSG#),a=EPSGKWISCRS Green and Lafayette Counties (ftUS)See proj code 7498 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E0պEPSG#EPSG"bV` ěEPSG#EPSG"e?(;1EPSG#EPSG"fEPSG#+EPSG"gAZxEPSG#+[? ,=?EPSGVWISCRS Monroe County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7511.EPSG&IEPSG"a@FA(EPSG#EPSG"bVnEPSG#EPSG"e?-_EPSG#EPSG"fAI1'EPSG#)EPSG"g@?)EPSG#) ( taL;(,G=EPSGeWISCRS Waukesha County (ftUS)See proj code 7524 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E+SEPSG#EPSG"bVnEPSG#EPSG"e?$LDEPSG#EPSG"fA$oEPSG#+EPSG"g?+ IEPSG#+,A?EPSGdWISCRS Waukesha County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7525.EPSG&OEPSG"a@E+SEPSG#EPSG"bVnEPSG#EPSG"e?$LDEPSG#EPSG"fA |XbNEPSG#)EPSG"g?kQ_EPSG#),K=EPSGcWISCRS Washington County (ftUS)See proj code 7522 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@EFvȴ9XEPSG#EPSG"bV=p EPSG#EPSG"e?'2 WEPSG#EPSG"fA @uEPSG#+EPSG"g?zG{EPSG#+,E?EPSGbWISCRS Washington County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7523.EPSG&OEPSG"a@EFvȴ9XEPSG#EPSG"bV=p EPSG#EPSG"e?'2 WEPSG#EPSG"f@QbMEPSG#)EPSG"g?htj~EPSG#) ,G=EPSGaWISCRS Walworth County (ftUS)See proj code 7520 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E3T-OEPSG#EPSG"bV1&EPSG#EPSG"e?&5EPSG#EPSG"f xEPSG#+EPSG"gA>šEPSG#+,A?EPSG`WISCRS Walworth County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7521.EPSG&IEPSG"a@E3T-OEPSG#EPSG"bV1&EPSG#EPSG"e?&5EPSG#EPSG"fA c빌~EPSG#)EPSG"g@MjEPSG#) ,C=EPSG_WISCRS Vernon County (ftUS)See proj code 7518 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@EEPSG#EPSG"bVzGEPSG#EPSG"e?*hk'EPSG#EPSG"f #EPSG#+EPSG"gA F$/EPSG#+ ,=?EPSG^WISCRS Vernon County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7519.EPSG&IEPSG"a@EEPSG#EPSG"bVzGEPSG#EPSG"e?*hk'EPSG#EPSG"fA )CEPSG#)EPSG"g@5(EPSG#) ,?=EPSG]WISCRS Sauk County (ftUS)See proj code 7516 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@E>+EPSG#EPSG"bVb\(EPSG#EPSG"e?'3U5EPSG#EPSG"fA"oEPSG#+EPSG"g?hr ĜEPSG#+ ,9?EPSG\WISCRS Sauk County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7517.EPSG&OEPSG"a@E>+EPSG#EPSG"bVb\(EPSG#EPSG"e?'3U5EPSG#EPSG"fASEPSG#)EPSG"g?tZEPSG#),?=EPSG[WISCRS Rock County (ftUS)See proj code 7514 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&OEPSG"a@D1&xEPSG#EPSG"bVB ěEPSG#EPSG"e?#^EPSG#EPSG"fSEPSG#+EPSG"g?+ IEPSG#+ ,9?EPSGZWISCRS Rock County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7515.EPSG&OEPSG"a@D1&xEPSG#EPSG"bVB ěEPSG#EPSG"e?#^EPSG#EPSG"fAW>6EPSG#)EPSG"g?{Q_EPSG#) ,G=EPSGYWISCRS Richland County (ftUS)See proj code 7512 for authoritative metric definition. Replaces and emulates WCCS zone.EPSG&IEPSG"a@E!EPSG#EPSG"bVQEPSG#EPSG"e?'cjEPSG#EPSG"f !EPSG#+EPSG"gAV333EPSG#+,A?EPSGXWISCRS Richland County (m)Replaces and emulates WCCS zone. For equivalent non-metric definition see proj code 7513.EPSG&IEPSG"a@E!EPSG#EPSG"bVQEPSG#EPSG"e?'cjEPSG#EPSG"fA֡aEPSG#)EPSG"gAc{gEPSG#) =C r . ~[D^Q=6+/ EPSG8Meghalaya NSF LCCEPSG&JEPSG"u@97ێEPSG#EPSG"v@VEPSG#EPSG"w@9|hsEPSG#EPSG"x@:SEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)8+3 EPSG6Maharashtra NSF LCCEPSG&JEPSG"u@2R EPSG#EPSG"v@S0EPSG#EPSG"w@0_|hsEPSG#EPSG"x@5 ěEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)-+9 EPSG5Madhya Pradesh NSF LCCEPSG&JEPSG"u@8[96fEPSG#EPSG"v@SEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)6+/ EPSG4Jharkhand NSF LCCEPSG&JEPSG"u@7dEPSG#EPSG"v@UhEPSG#EPSG"w@6R ěEPSG#EPSG"x@8lI^5?EPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)>+? EPSG3Jammu and Kashmir NSF LCCEPSG&JEPSG"u@A`aEPSG#EPSG"v@S EPSG#EPSG"w@@fffffEPSG#EPSG"x@B EPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)=+= EPSG2Himachal Pradesh NSF LCCEPSG&JEPSG"u@?xA#EPSG#EPSG"v@SXEPSG#EPSG"w@>EPSG#EPSG"x@@`EPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)-++ EPSG1Haryana NSF LCCEPSG&JEPSG"u@=@I"EPSG#EPSG"vLEPSG#EPSG"w@< EPSG#EPSG"x@>@EPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)4++ EPSG0Gujarat NSF LCCEPSG&JEPSG"u@6`FZXEPSG#EPSG"v@QEPSG#EPSG"w@4y+ EPSG#EPSG"x@7 ěEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)++' EPSG/Delhi NSF LCCEPSG&JEPSG"u@<cnEPSG#EPSG"vMEPSG#EPSG"w@<9+ EPSG#EPSG"x@ Depth ConversionThis is a parameter-less conversion to reverse the positive direction of the axis of a vertical CRS. Source and target CRSs must both have the same unit of measure.EPSG,,MEPSGzCadastral Coordinate System 2005Also given with equivalent definition having parameter values latitude of false origin = 42°N and FN = 4651640.214m. Note that at latitude 42°40'04.35246"N scale is minimum but not unity.EPSG&JEPSG"u@E3AvN,EPSG#EPSG"v@9LEPSG#EPSG"w*EPSG#EPSG"x@EEPSG#EPSG"z EPSG#)EPSG"{AR~EPSG#)#+1 EPSGJWest Bengal NSF TMEPSG&OEPSG"a@8`EPSG#EPSG"b@UEPSG#EPSG"e? 09EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+) EPSGITripura NSF TMEPSG&OEPSG"a@7EPSG#EPSG"b@VEPSG#EPSG"e?ګEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)"+/ EPSGHTamil Nadu NSF TMEPSG&OEPSG"a@%EPSG#EPSG"b@SEPSG#EPSG"e?Pg`EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+' EPSGGSikkim NSF TMEPSG&OEPSG"a@;EPSG#EPSG"b@V EPSG#EPSG"e?{'EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+) EPSGFMizoram NSF TMEPSG&OEPSG"a@7 EPSG#EPSG"b@W0EPSG#EPSG"e?vEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+1 EPSGELakshadweep NSF TMEPSG&OEPSG"a EPSG#EPSG"b@RHEPSG#EPSG"e?0EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+' EPSGDKerala NSF TMEPSG&OEPSG"a@%EPSG#EPSG"bLEPSG#EPSG"e?Sg!EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)!+- EPSGCKarnataka NSF TMEPSG&OEPSG"a@.@EPSG#EPSG"b@SEPSG#EPSG"e?_ EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+! EPSGBGoa NSF TMEPSG&OEPSG"a@.EPSG#EPSG"bJEPSG#EPSG"e?9EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+3 EPSGAChhattisgarh NSF TMEPSG&OEPSG"aEPSG#EPSG"b@TEPSG#EPSG"e?1EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)++A EPSG@Andaman and Nicobar NSF TMEPSG&OEPSG"a@$EPSG#EPSG"b@WPEPSG#EPSG"e? ܅EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)*+3 EPSG?Uttaranchal NSF LCCEPSG&JEPSG"u@>pFEPSG#EPSG"v@SEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#):+7 EPSG>Uttar Pradesh NSF LCCEPSG&JEPSG"u@;!*’EPSG#EPSG"v@T8EPSG#EPSG"w@8SEPSG#EPSG"x@=9+ EPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)6+/ EPSG=Rajasthan NSF LCCEPSG&JEPSG"u@:أEPSG#EPSG"v@RxEPSG#EPSG"w@8,I^5?EPSG#EPSG"x@=ESEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)%+) EPSGEPSG#)+9 EPSG?Cocos Island Grid 2020EPSG&OEPSG"aEPSG#EPSG"b@X!xEPSG#EPSG"e?$7EPSG#EPSG"fPEPSG#)EPSG"gjEPSG#)#+A EPSG>Christmas Island Grid 2020EPSG&OEPSG"aEPSG#EPSG"b@ZW;dZEPSG#EPSG"e?\w(EPSG#EPSG"fPEPSG#)EPSG"g\EPSG#)+3 EPSG=Carnarvon Grid 2020EPSG&OEPSG"aEPSG#EPSG"b@\YEPSG#EPSG"e?ȈEPSG#EPSG"fPEPSG#)EPSG"g.EPSG#)$+C EPSGEPSG#)1+I  EPSGSt. Helena Local Grid (Tritan)EPSG&OEPSG"a/(\)EPSG#EPSG"bQEPSG#EPSG"eEPSG#EPSG"fAGn EPSG#)EPSG"gA>$EPSG#)#+A  EPSGSt. Helena Local Grid 1971EPSG&OEPSG"a/(\)EPSG#EPSG"bQEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)#,%- EPSGCS63 zone X7On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@DfffffEPSG#EPSG"eEPSG#EPSG"focEPSG#)EPSG"gEPSG#)#,%- EPSGCS63 zone X6On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@C&fffffEPSG#EPSG"eEPSG#EPSG"f`!`EPSG#)EPSG"gEPSG#)#,%- EPSGCS63 zone X5On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@AfffffEPSG#EPSG"eEPSG#EPSG"fP EPSG#)EPSG"gEPSG#)#,%- EPSGCS63 zone X4On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@@&fffffEPSG#EPSG"eEPSG#EPSG"fAEPSG#)EPSG"gEPSG#)#,%- EPSGCS63 zone X3On the Krassowsky 1940 ellipsoid an alternative but equivalent definition uses latitude of natural origin = 0° and false northing = -9214.692m.EPSG&OEPSG"a?EPSG#EPSG"b@=LEPSG#EPSG"eEPSG#EPSG"f2ZEPSG#)EPSG"gEPSG#)!+= EPSGEJurien Coastal Grid 2020EPSG&OEPSG"aEPSG#EPSG"b@\\(EPSG#EPSG"e?J(.EPSG#EPSG"fPEPSG#)EPSG"g7EPSG#) ib p + to:Ii^+WsEPSG SOregon Canyon City-Burns zone (meter)See code 8276 for equivalent non-metric definition.EPSG&OEPSG"a@EfffffEPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"fN EPSG#)EPSG"gEPSG#)o+gkEPSG ROregon Burns-Harper zone (international foot)See code 8273 for equivalent metric definition.EPSG&OEPSG"a@EfffffEPSG#EPSG"b]YEPSG#EPSG"e?8EPSG#EPSG"fA\?EPSG#*EPSG"gEPSG#*a+MsEPSG QOregon Burns-Harper zone (meter)See code 8274 for equivalent non-metric definition.EPSG&OEPSG"a@EfffffEPSG#EPSG"b]YEPSG#EPSG"e?8EPSG#EPSG"f_EPSG#)EPSG"gEPSG#)v,5!EPSGIceland Lambert 2016Replaces Iceland Lambert 2004 (code 5326). Used only with ISN2016 geogCRS.EPSG&JEPSG"uAEPSG#EPSG"vEPSG#EPSG"w@P EPSG#EPSG"x@P\EPSG#EPSG"z)2EPSG#)EPSG"{EPSG#)H+CYEPSGMTM Nova Scotia 2010 zone 5Introduced for use with NAD83(CSRS)v6.EPSG&OEPSG"aEPSG#EPSG"bP33333EPSG#EPSG"e?.HEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)H+CYEPSGMTM Nova Scotia 2010 zone 4Introduced for use with NAD83(CSRS)v6.EPSG&OEPSG"aEPSG#EPSG"bNfffffEPSG#EPSG"e?.HEPSG#EPSG"fu EPSG#)EPSG"gEPSG#)n,QEPSGPima County zone 4 Mt. Lemmon (ft)Grid unit is International feet (note: not US Survey feet).EPSG&IEPSG"a@>LEPSG#EPSG"b[EPSG#EPSG"e?\N EPSG#EPSG"fA 2XEPSG#*EPSG"g 2XEPSG#*e+OsEPSG cOregon Ochoco Summit zone (meter)See code 8292 for equivalent non-metric definition.EPSG&IEPSG"a@EfffffEPSG#EPSG"b^33333EPSG#EPSG"e?> EPSG#EPSG"f@EPSG#)EPSG"gǀEPSG#)p+ik EPSG bOregon North Central zone (international foot)See code 8289 for equivalent metric definition.EPSG&IEPSG"a@G EPSG#EPSG"b^33333EPSG#EPSG"eEPSG#EPSG"fAO?|EPSG#*EPSG"gAWXEPSG#*]+Os EPSG aOregon North Central zone (meter)See code 8290 for equivalent non-metric definition.EPSG&IEPSG"a@G EPSG#EPSG"b^33333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g"EPSG#)l+_kEPSG `Oregon Mitchell zone (international foot)See code 8287 for equivalent metric definition.EPSG&IEPSG"a/EPSG#EPSG"b^ EPSG#EPSG"e?;'EPSG#EPSG"f@&IEPSG#*EPSG"gA- '#xEPSG#*X+EsEPSG _Oregon Mitchell zone (meter)See code 8288 for equivalent non-metric definition.EPSG&IEPSG"a/EPSG#EPSG"b^ EPSG#EPSG"e?;'EPSG#EPSG"fu0EPSG#)EPSG"glEPSG#)x+wkEPSG ^Oregon Medford-Diamond Lake zone (international foot)See code 8285 for equivalent metric definition.EPSG&IEPSG"a*EPSG#EPSG"b^EPSG#EPSG"e?)kEPSG#EPSG"fA&L/EPSG#*EPSG"g&L/EPSG#*e+]sEPSG ]Oregon Medford-Diamond Lake zone (meter)See code 8286 for equivalent non-metric definition.EPSG&IEPSG"a*EPSG#EPSG"b^EPSG#EPSG"e?)kEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)r+]kEPSG \Oregon Halfway zone (international foot)See code 8283 for equivalent metric definition.EPSG&IEPSG"a@F33333EPSG#EPSG"b]IEPSG#EPSG"e?Y!EPSG#EPSG"fA 2XEPSG#*EPSG"gA WsEPSG#*_+CsEPSG [Oregon Halfway zone (meter)See code 8284 for equivalent non-metric definition.EPSG&IEPSG"a@F33333EPSG#EPSG"b]IEPSG#EPSG"e?Y!EPSG#EPSG"f@EPSG#)EPSG"gpEPSG#)n+ekEPSG ZOregon Denio-Burns zone (international foot)See code 8281 for equivalent metric definition.EPSG&OEPSG"a@DEPSG#EPSG"b]EPSG#EPSG"e?:pEPSG#EPSG"fA 2XEPSG#*EPSG"gEPSG#*`+KsEPSG YOregon Denio-Burns zone (meter)See code 8282 for equivalent non-metric definition.EPSG&OEPSG"a@DEPSG#EPSG"b]EPSG#EPSG"e?:pEPSG#EPSG"f8EPSG#)EPSG"gEPSG#)x+ykEPSG XOregon Dayville-Prairie City zone (international foot)See code 8279 for equivalent metric definition.EPSG&OEPSG"a@F33333EPSG#EPSG"b]QEPSG#EPSG"e?}A5TEPSG#EPSG"f@ 2XEPSG#*EPSG"gEPSG#*i+_sEPSG WOregon Dayville-Prairie City zone (meter)See code 8280 for equivalent non-metric definition.EPSG&OEPSG"a@F33333EPSG#EPSG"b]QEPSG#EPSG"e?}A5TEPSG#EPSG"fN EPSG#)EPSG"gEPSG#)|+qkEPSG VOregon Coast Range North zone (international foot)See code 8277 for equivalent metric definition.EPSG&IEPSG"a@FEPSG#EPSG"b^EPSG#EPSG"e?//tEPSG#EPSG"f@&IEPSG#*EPSG"g@ 2XEPSG#*g+WsEPSG UOregon Coast Range North zone (meter)See code 8278 for equivalent non-metric definition.EPSG&IEPSG"a@FEPSG#EPSG"b^EPSG#EPSG"e?//tEPSG#EPSG"fu0EPSG#)EPSG"gN EPSG#)qk[+AsEPSG eOregon Owyhee zone (meter)See code 8294 for equivalent non-metric definition.EPSG&OEPSG"a@DEPSG#EPSG"b]VfffffEPSG#EPSG"e?aEPSG#EPSG"fpEPSG#)EPSG"gEPSG#) 2 < ` v *IU~d+mkEPSG vOregon Willamette Pass zone (international foot)See code 8309 for equivalent metric definition.EPSG&OEPSG"a+EPSG#EPSG"bEPSG#EPSG"e?OEPSG#EPSG"f@ 2XEPSG#*EPSG"gEPSG#*U+SsEPSG uOregon Willamette Pass zone (meter)See code 8310 for equivalent non-metric definition.EPSG&OEPSG"a+EPSG#EPSG"bEPSG#EPSG"e?OEPSG#EPSG"fN EPSG#)EPSG"gEPSG#)r+kkEPSG tOregon Warner Highway zone (international foot)See code 8307 for equivalent metric definition.EPSG&IEPSG"a@E&fffffEPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"fA 2XEPSG#*EPSG"gA&L/EPSG#*_+QsEPSG sOregon Warner Highway zone (meter)See code 8308 for equivalent non-metric definition.EPSG&IEPSG"a@E&fffffEPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"f@EPSG#)EPSG"g`EPSG#)j+]kEPSG rOregon Wallowa zone (international foot)See code 8305 for equivalent metric definition.EPSG&OEPSG"a@F33333EPSG#EPSG"b]S33333EPSG#EPSG"e?xEPSG#EPSG"fA&L/EPSG#*EPSG"gEPSG#*\+CsEPSG qOregon Wallowa zone (meter)See code 8306 for equivalent non-metric definition.EPSG&OEPSG"a@F33333EPSG#EPSG"b]S33333EPSG#EPSG"e?xEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)m+akEPSG pOregon Ukiah-Fox zone (international foot)See code 8303 for equivalent metric definition.EPSG&IEPSG"a@F33333EPSG#EPSG"bEPSG#EPSG"e?8EPSG#EPSG"f@&IEPSG#*EPSG"gA\?EPSG#*Y+GsEPSG oOregon Ukiah-Fox zone (meter)See code 8304 for equivalent non-metric definition.EPSG&IEPSG"a@F33333EPSG#EPSG"bEPSG#EPSG"e?8EPSG#EPSG"fu0EPSG#)EPSG"g_EPSG#)x+ikEPSG nOregon Siskiyou Pass zone (international foot)See code 8301 for equivalent metric definition.EPSG&IEPSG"a@E&fffffEPSG#EPSG"b^fffffEPSG#EPSG"e?IQEPSG#EPSG"f@ ěEPSG#*EPSG"gA&L/EPSG#*d+OsEPSG mOregon Siskiyou Pass zone (meter)See code 8302 for equivalent non-metric definition.EPSG&IEPSG"a@E&fffffEPSG#EPSG"b^fffffEPSG#EPSG"e?IQEPSG#EPSG"f'EPSG#)EPSG"g`EPSG#)q+kkEPSG lOregon Riley-Lakeview zone (international foot)See code 8299 for equivalent metric definition.EPSG&OEPSG"a@DEPSG#EPSG"b^ EPSG#EPSG"e?qEPSG#EPSG"fA WsEPSG#*EPSG"gEPSG#*c+QsEPSG kOregon Riley-Lakeview zone (meter)See code 8300 for equivalent non-metric definition.EPSG&OEPSG"a@DEPSG#EPSG"b^ EPSG#EPSG"e?qEPSG#EPSG"fpEPSG#)EPSG"gEPSG#)h+ukEPSG jOregon Prairie City-Brogan zone (international foot)See code 8297 for equivalent metric definition.EPSG&IEPSG"a,EPSG#EPSG"bEPSG#EPSG"e?B EPSG#EPSG"fA&L/EPSG#*EPSG"gEPSG#*Z+[sEPSG iOregon Prairie City-Brogan zone (meter)See code 8298 for equivalent non-metric definition.EPSG&IEPSG"a,EPSG#EPSG"bEPSG#EPSG"e?B EPSG#EPSG"f`EPSG#)EPSG"gEPSG#)t+okEPSG hOregon Pilot Rock-Ukiah zone (international foot)See code 8295 for equivalent metric definition.EPSG&IEPSG"a@G EPSG#EPSG"bEPSG#EPSG"e?6EPSG#EPSG"fAOYEPSG#*EPSG"gA4ߤ@EPSG#*a+UsEPSG gOregon Pilot Rock-Ukiah zone (meter)See code 8296 for equivalent non-metric definition.EPSG&IEPSG"a@G EPSG#EPSG"bEPSG#EPSG"e?6EPSG#EPSG"fPEPSG#)EPSG"gEPSG#) [k`+;}EPSG NCRS Las Vegas zone (m)See proj code 8374 for equivalent non-metric definition.EPSG&OEPSG"a@B33333EPSG#EPSG"b\QEPSG#EPSG"e?hۋqEPSG#EPSG"fEPSG#)EPSG"g @EPSG#) 2V ^ 7 x 7 gGZF24+W EPSG!8Kansas regional zone 15 Larned (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bXǮzHEPSG#EPSG"e?[9yEPSG#EPSG"fEPSG#+EPSG"gEPSG#+9+a EPSG!6Kansas regional zone 13 Garden City (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bY\(EPSG#EPSG"e?rKvEPSG#EPSG"f`EPSG#+EPSG"gEPSG#+5+Y EPSG!5Kansas regional zone 12 Ulysses (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bYPEPSG#EPSG"e?8EPSG#EPSG"f EPSG#+EPSG"gEPSG#+<+a EPSG!4Kansas regional zone 11 Kansas City (ftUS)EPSG&IEPSG"a@CzHEPSG#EPSG"bWəEPSG#EPSG"e?"^wEPSG#EPSG"fyEPSG#+EPSG"g 'EPSG#+9+[ EPSG!3Kansas regional zone 10 Atchison (ftUS)EPSG&IEPSG"a@C =qEPSG#EPSG"bWEPSG#EPSG"e?)kEPSG#EPSG"f7EPSG#+EPSG"g `EPSG#+7+W EPSG!2Kansas regional zone 9 Emporia (ftUS)EPSG&IEPSG"a@C&fffffEPSG#EPSG"bX33333EPSG#EPSG"e?4m9EPSG#EPSG"f`EPSG#+EPSG"gEPSG#+9+[ EPSG!/Kansas regional zone 8 Manhattan (ftUS)EPSG&IEPSG"a@CEPSG#EPSG"bX33333EPSG#EPSG"e?.#(EPSG#EPSG"f EPSG#+EPSG"g 'EPSG#+2+U EPSG!.Kansas regional zone 7 Salina (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bXLEPSG#EPSG"e?3aV\-EPSG#EPSG"frpEPSG#+EPSG"gEPSG#+2+U EPSG!-Kansas regional zone 6 Beliot (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bX\(EPSG#EPSG"e?GMkEPSG#EPSG"fc.EPSG#+EPSG"gEPSG#+6+] EPSG!,Kansas regional zone 5 Great Bend (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bXEPSG#EPSG"e?Q/wEPSG#EPSG"fS`EPSG#+EPSG"gEPSG#+0+Q EPSG!+Kansas regional zone 4 Hays (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bXGzEPSG#EPSG"e?UEPSG#EPSG"fD EPSG#+EPSG"gEPSG#+3+W EPSG!*Kansas regional zone 3 Oberlin (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bY p =EPSG#EPSG"e?yM'EPSG#EPSG"f5gEPSG#+EPSG"gEPSG#+1+S EPSG! Kansas regional zone 2 Colby (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bY$zGEPSG#EPSG"e?YEPSG#EPSG"f&%EPSG#+EPSG"gEPSG#+4+Y EPSG! Kansas regional zone 1 Goodland (ftUS)EPSG&OEPSG"a@BfffffEPSG#EPSG"bYW =pEPSG#EPSG"e?^EPSG#EPSG"f`EPSG#+EPSG"gEPSG#+?,=EPSG Laborde Grid (Greenwich)See Laborde Grid (projection code 19861) for original definition in grads with respect to the Paris meridian. This is equivalent.EPSG&UEPSG"k2=p EPSG#EPSG"l@G!uKEPSG#EPSG"m@2=p EPSG#EPSG"o?lCEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)=+!e EPSG Macau GridGrid origin is Base W triangulation station.EPSG&OEPSG"a@6΢EPSG#EPSG"b@\T`3EPSG#EPSG"eEPSG#EPSG"fN EPSG#)EPSG"gN EPSG#)%,AEPSG WEIPA94Grid convergence uses opposite sign convention to UTM. The projection has reduced scale distortion compared to Map Grid of Australia zone 54 (code 17354).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?k*MEPSG#EPSG"fEPSG#)EPSG"gEPSG#)v+_{EPSG NCRS Las Vegas high elevation zone (ftUS)See proj code 8375 for authoritative metric definition.EPSG&OEPSG"a@B33333EPSG#EPSG"b\QEPSG#EPSG"e?[EPSG#EPSG"fEPSG#+EPSG"gA4MUS&EPSG#+n+Y{EPSG NCRS Las Vegas high elevation zone (m)See proj code 8375 for authoritative metric definition.EPSG&OEPSG"a@B33333EPSG#EPSG"b\QEPSG#EPSG"e?[EPSG#EPSG"fEPSG#)EPSG"gEPSG#)8+_ EPSG!7Kansas regional zone 14 Dodge City (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bXٙEPSG#EPSG"e?e=>OEPSG#EPSG"f@EPSG#+EPSG"gEPSG#+ IF  d x k<k< r<IV,_SEPSG$South Africa Basic Survey Unit Albers 25ECame into use from 2019-01-01. Use is extended northwards into neighbouring countries to include the river catchment areas of the Orange/Gariep and Limpopo rivers.EPSG&^EPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"z\EPSG#)EPSG"{ EPSG#)+3 EPSG#Vietnam TM-3 108-30EPSG&OEPSG"aEPSG#EPSG"b@[33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 108-15EPSG&OEPSG"aEPSG#EPSG"b@[ EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 107-30EPSG&OEPSG"aEPSG#EPSG"b@Z33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 107-15EPSG&OEPSG"aEPSG#EPSG"b@ZəEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 107-00EPSG&OEPSG"aEPSG#EPSG"bkEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 106-30EPSG&OEPSG"aEPSG#EPSG"b@Z33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 106-15EPSG&OEPSG"aEPSG#EPSG"b@ZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 106-00EPSG&OEPSG"aEPSG#EPSG"bjEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 105-45EPSG&OEPSG"aEPSG#EPSG"b@Z\EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 105-30EPSG&OEPSG"aEPSG#EPSG"b@ZS33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 104-45EPSG&OEPSG"aEPSG#EPSG"b@ZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 104-30EPSG&OEPSG"aEPSG#EPSG"b@Z33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+3 EPSG#Vietnam TM-3 104-00EPSG&OEPSG"aEPSG#EPSG"bhEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#) ,#EPSG#NIWA AlbersSee NZCS2000 (projection code 17964) and Mercator 41 (projection code 19843) for spatial referencing and conformal mapping.EPSG&^EPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zEPSG#)EPSG"{EPSG#)+3 EPSG#bVietnam TM-3 103-00EPSG&OEPSG"aEPSG#EPSG"bgEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)u+= EPSG"Equal Earth Asia-PacificEPSG6EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)p+5 EPSG"Equal Earth AmericasEPSG6EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)p+7 EPSG"Equal Earth GreenwichEPSG6EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#),+?-EPSG"yIdaho Transverse MercatorReplaces IDTM27.EPSG&OEPSG"a*EPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f&%EPSG#)EPSG"gOEPSG#)7+] EPSG!DKansas regional zone 20 Pittsburg (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bW33333EPSG#EPSG"e? `EPSG#EPSG"f8 EPSG#+EPSG"gEPSG#+9+a EPSG!CKansas regional zone 19 Coffeyville (ftUS)EPSG&OEPSG"a@B9EPSG#EPSG"bWQEPSG#EPSG"e?#5EPSG#EPSG"f)EPSG#+EPSG"gEPSG#+>+e EPSG!;Kansas regional zone 18 Arkansas City (ftUS)EPSG&IEPSG"a@BzGEPSG#EPSG"bXS33333EPSG#EPSG"e?98qEPSG#EPSG"fIEPSG#+EPSG"g @EPSG#+8+Y EPSG!:Kansas regional zone 17 Wichita (ftUS)EPSG&IEPSG"a@BG{EPSG#EPSG"bXS33333EPSG#EPSG"e?=ݱ EPSG#EPSG"f `EPSG#+EPSG"gEPSG#+ .h < u A%`Dy^ +I EPSG%Bangladesh Transverse MercatorEPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"g{EPSG#)'+O EPSG%US Forest Service region 6 AlbersEPSG&^EPSG"u"EPSG#EPSG"vEPSG#EPSG"w+EPSG#EPSG"x0EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)/,Kq EPSG%LLyon Turin Ferroviaire 2004 (C)May be emulated using LCC 1SP variant A with false northing of -39367.968 metres at natural origin of 44°22'45"N.EPSGNEPSG"a@Fj~EPSG#EPSG"eEPSG#EPSG"u@FzGEPSG#EPSG"v@\(EPSG#EPSG"zIEPSG#)EPSG"{PEPSG#),9 EPSG%Gauss-Kruger CABA 2019Projection created in 2017 for the purpose of modernizing the city's cadastre and linking it to modern reference frames. Origin approximates the 1919 origin of the cross of the main tower of the San José de Flores church ("0 de Flores" plane grid).EPSG&OEPSG"aA/˯[EPSG#EPSG"bM#,YEPSG#EPSG"eEPSG#EPSG"fN EPSG#)EPSG"gpEPSG#),  EPSG$GBK19-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to GBK19-IRF (1) (code 9454), emulates the GBK19 Snake projection.EPSG&OEPSG"a@KEPSG#EPSG"b =pEPSG#EPSG"eEPSG#EPSG"f@MEPSG#)EPSG"g@SEPSG#)2,-) EPSG$AbInvA96_2020-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to AbInvA96_2020-IRF (1) (code 9386), emulates the AbInvA96_2020 Snake projection.EPSG&OEPSG"a@LQEPSG#EPSG"b\(EPSG#EPSG"eEPSG#EPSG"fA-EPSG#)EPSG"g@!O;dEPSG#),EkEPSG$Colombia Transverse MercatorAdopted by resolution IGAC 471/May 14, 2020. Supports the Spatial Data Infrastructure for Land Administration (IDE-AT) and its GIS applications. Used to fulfill all the requirements of the activities required for the Multipurpose Cadastre.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?rGE8EPSG#EPSG"fLK@EPSG#)EPSG"gEPSG#),  EPSG$MML07-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to MML07-IRF (1) (code 9369), emulates the MML07 Snake projection.EPSG&OEPSG"a@J"\(EPSG#EPSG"bQREPSG#EPSG"eEPSG#EPSG"f@$/EPSG#)EPSG"g@vdZEPSG#)2,7 EPSG$TPEN11-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to TPEN11-IRF (1) (code 9365), emulates the TPEN11 Snake and TPEN11ext Snake projections.EPSG&OEPSG"a@JfffffEPSG#EPSG"b333333EPSG#EPSG"eEPSG#EPSG"fAϡffffEPSG#)EPSG"gAc\(EPSG#)E,?EPSG$IBCSO Polar StereographicUsed for the International Bathymetric Chart of the Southern Ocean.EPSG&eEPSG"EPSG#EPSG"EPSG#EPSG"fEPSG#)EPSG"gEPSG#),  EPSG$UHS2-TMIn conjunction with transformation HS2TN15 (code 9302) emulates the zero-distortion Snake projection HS2P1+14. Emulation derived at 350,000 locations, RMS position difference is 0.15 mm and max position difference is 0.6 mm; this is considered errorless.EPSG&OEPSG"a@J&fffffEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fAF kEPSG#)EPSG"gAacAEPSG#)D,% EPSG$6Austria EastGreenwich equivalent of Austria East Zone (EPSG code 18043).EPSG&OEPSG"aEPSG#EPSG"b@0333333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)J,+  EPSG$5Austria CentralGreenwich equivalent of Austria Central Zone (EPSG code 18042).EPSG&OEPSG"aEPSG#EPSG"b@*ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)D,% EPSG$4Austria WestGreenwich equivalent of Austria West Zone (EPSG code 18041).EPSG&OEPSG"aEPSG#EPSG"b@$ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)0_IEPS +I EPSG%Bangladesh Transverse MercatorEPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"g{EPSG#) : y&-/~^:+Y  EPSG&PLocal coordinate system of Lviv regionEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)#+e  EPSG&NLocal coordinate system of Kirovohrad regionEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)/+o  EPSG&MLocal coordinate system of Ivano-Frankivsk regionEPSG&OEPSG"aEPSG#EPSG"b@8s33333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)%+i  EPSG&LLocal coordinate system of Zaporizhzhia regionEPSG&OEPSG"aEPSG#EPSG"b$EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)++g  EPSG&KLocal coordinate system of Zakarpattia regionEPSG&OEPSG"aEPSG#EPSG"b@7LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(+a  EPSG&JLocal coordinate system of Zhytomyr regionEPSG&OEPSG"aEPSG#EPSG"b@LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)2,; EPSG&%EWR3-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to EWR2-IRF (1) (code 9764), emulates the EWR2 Snake projection. In conjunction with transformation ETRS89-GBR [OSNet v2009] to EWR3-IRF (1) (code 10850), emulates the EWR3 Snake projection. In 2024 the EWR2 Grid (ETRS89 / EWR2 SnakeGrid) was extended eastwards as the EWR3 Grid (ETRS89 / EWR3 SnakeGrid). In the emulation of the Snake projection, the NTv2 file supporting the transformation is extended but this map projection is unchanged and applies to both EWR2 and EWR3.EPSG&OEPSG"a@I\)EPSG#EPSG"bGzHEPSG#EPSG"eEPSG#EPSG"fA?šEPSG#)EPSG"gAqiEPSG#)&,% EPSG& ECML14_NB-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to ECML14_NB-IRF (1) (code 9759), emulates the ECML14_NB Snake projection.EPSG&OEPSG"a@K =pEPSG#EPSG"bGzHEPSG#EPSG"eEPSG#EPSG"f@g-&EPSG#)EPSG"gA& kEPSG#)-,_EPSG&SPCS83 Alabama West zone (US survey foot)This map projection is not formally recognised by the NGS because there is no State legislation for NAD83 defining the foot to be used. See code 10132 for official metric definition. ftUS required by AL DOT and used by other professional practitioners.EPSG&OEPSG"aEPSG#EPSG"bU33333EPSG#EPSG"e?t0mIEPSG#EPSG"f tEPSG#+EPSG"gEPSG#+9,_EPSG&SPCS83 Alabama East zone (US survey foot)This map projection is not formally recognised by the NGS because there is no State legislation for NAD83 defining the foot to be used. See code 10131 for official metric definition. ftUS required by AL DOT and used by other professional practitioners.EPSG&OEPSG"a@>LEPSG#EPSG"bU`EPSG#EPSG"e?)rEPSG#EPSG"fA$MU%EPSG#+EPSG"gEPSG#+ +_  EPSG&OLocal coordinate system of Luhansk regionEPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) X_ _ c  p+4}X#,# EPSG&HULLEE13-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to HULLEE13-IRF (1) (code 9965), emulates the HULLEE13 Snake projection.EPSG&OEPSG"a@JEPSG#EPSG"b=p =EPSG#EPSG"eEPSG#EPSG"fA1JEPSG#)EPSG"gA6?EPSG#)+U EPSG&Iceland Lambert Azimuthal Equal AreaEPSG&\EPSG"aAEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"g EPSG#) ,! EPSG&EBBWV14-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to EBBWV14-IRF (1) (code 9941), emulates the EBBWV14 Snake projection.EPSG&OEPSG"a@IEPSG#EPSG"bzG{EPSG#EPSG"eEPSG#EPSG"f@ 7KƨEPSG#)EPSG"g@J;dZEPSG#)u,M1EPSG&Macedonia Gauss-Kruger truncatedTruncated version of Macedonia Gauss-Kruger, with 4000000m removed from northings.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+1  EPSG&Luxembourg TM (3D)EPSGWEPSG"a@HEPSG#EPSG"b@ffffffEPSG#EPSG"eEPSG#EPSG"f8EPSG#)EPSG"gEPSG#)#,# EPSG&MOLDOR11-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to MOLDOR11-IRF (1) (code 9878), emulates the MOLDOR11 Snake projection.EPSG&OEPSG"a@JG{EPSG#EPSG"b =pEPSG#EPSG"eEPSG#EPSG"fA q'RTEPSG#)EPSG"gAۻZEPSG#)`+YyEPSG&Papua New Guinea Map Grid 1994 zone 58Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)`+YyEPSG&Papua New Guinea Map Grid 1994 zone 57Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#),  EPSG&MRH21-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to MHR21-IRF (1) (code 9867), emulates the MHR21 Snake projection.EPSG&OEPSG"a@J =pEPSG#EPSG"bzGEPSG#EPSG"eEPSG#EPSG"fA EPSG#)EPSG"gA8]&L/EPSG#)!+a  EPSG&\Local coordinate system of Sevastopol cityEPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)"+c  EPSG&[Local coordinate system of Chernihiv regionEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)#+e  EPSG&ZLocal coordinate system of Chernivtsi regionEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(+a  EPSG&YLocal coordinate system of Cherkasy regionEPSG&OEPSG"aEPSG#EPSG"b@?LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)'+_  EPSG&XLocal coordinate system of Kherson regionEPSG&OEPSG"aEPSG#EPSG"b@@fffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)'+_  EPSG&WLocal coordinate system of Kharkiv regionEPSG&OEPSG"aEPSG#EPSG"b@B&fffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(+a  EPSG&VLocal coordinate system of Ternopil regionEPSG&OEPSG"aEPSG#EPSG"b@9LEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)$+Y  EPSG&ULocal coordinate system of Sumy regionEPSG&OEPSG"aEPSG#EPSG"b@A&fffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)/+}  EPSG&TLocal coordinate system of Rivne and Khmelnytsky regionsEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)'+_  EPSG&SLocal coordinate system of Poltava regionEPSG&OEPSG"aEPSG#EPSG"b@@EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+]  EPSG&RLocal coordinate system of Odessa regionEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) s! W  E Iv<s*+S EPSG'Arizona Coordinate System East zoneEPSG&OEPSG"aEPSG#EPSG"b[fffffEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+,  EPSG'CWS13-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to CWS13-IRF (1) (code 10197), emulates the CWS13 Snake projection.EPSG&OEPSG"a@JQEPSG#EPSG"bQREPSG#EPSG"eEPSG#EPSG"fA_EPSG#)EPSG"g@Х*0EPSG#)8, EPSG'CNH22-LCCIn conjunction with transformation ETRS89-GBR [OSNet v2009] to CNH22-IRF (1) (code 10192), emulates the CNH22 Snake projection.EPSG&JEPSG"u@J33333EPSG#EPSG"v ffffffEPSG#EPSG"w@JzHEPSG#EPSG"x@JQEPSG#EPSG"zA ':EPSG#)EPSG"{A9EPSG#), EPSG'ShAb07-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to ShAb07-IRF (1) (code 10186), emulates the ShAb07 Snake projection.EPSG&OEPSG"a@J.zGEPSG#EPSG"b zGEPSG#EPSG"eEPSG#EPSG"f@Z4֡bEPSG#)EPSG"g@J#9EPSG#), EPSG'DoPw22-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to DoPw22-IRF (1) (code 10181), emulates the DoPw22 Snake projection.EPSG&OEPSG"a@J5\(EPSG#EPSG"b\(\EPSG#EPSG"eEPSG#EPSG"f@t~EPSG#)EPSG"g@٨qu"EPSG#),1 EPSG'S34-reconstructionCreated in 2022. In conjunction with transformation ETRS89 to S34J-IRF (1) for Jutland or ETRS89 to S34S-IRF (1) for Zealand (codes 10161 and 10251), defines the relationship of ETRS89 to the historic S34J and S34S CRSs using a modern parameterisation.EPSG&OEPSG"aEPSG#EPSG"b@$p =EPSG#EPSG"eEPSG#EPSG"fiEPSG#)EPSG"gzEPSG#)i-EPSG'Amtrak North East Corridor Coordinate System 2021 (international foot)If using Hotine Oblique Mercator (variant A) method (code 9812), FE = -16,589,516.268572... ft, FN = -9,803,584.307096... ft.EPSG&WEPSG"k@D@EPSG#EPSG"lEPSG#EPSG"m:EPSG#EPSG"n:EPSG#EPSG"o?JwEPSG#EPSG"p`EPSG#*EPSG"q`EPSG#*f,IEPSG'Brisbane City Survey Grid 2020Replaces Brisbane City Survey Grid 02 (code 17363) from 2022-07-01.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?JwEPSG#EPSG"fIEPSG#)EPSG"g @EPSG#)'+M EPSG'SPCS83 Alabama West zone (meter)EPSG&OEPSG"aEPSG#EPSG"bU33333EPSG#EPSG"e?t0mIEPSG#EPSG"f 'EPSG#)EPSG"gEPSG#).+M EPSG'SPCS83 Alabama East zone (meter)EPSG&OEPSG"a@>LEPSG#EPSG"bU`EPSG#EPSG"e?)rEPSG#EPSG"f @EPSG#)EPSG"gEPSG#),  EPSG'MWC18-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to MWC18-IRF (1) (code 10108), emulates the MWC18 Snake projection.EPSG&OEPSG"a@JG{EPSG#EPSG"b =pEPSG#EPSG"eEPSG#EPSG"fA?oiEPSG#)EPSG"g@_EPSG#)+9 EPSG'vAlabama CS27 West zoneEPSG&OEPSG"aEPSG#EPSG"bU33333EPSG#EPSG"e?t0mIEPSG#EPSG"f EPSG#+EPSG"gEPSG#+$+9 EPSG'uAlabama CS27 East zoneEPSG&OEPSG"a@>LEPSG#EPSG"bU`EPSG#EPSG"e?)rEPSG#EPSG"f EPSG#+EPSG"gEPSG#+H+CYEPSG&MTM Nova Scotia 1997 zone 5Introduced for use with NAD83(CSRS)v3.EPSG&OEPSG"aEPSG#EPSG"bP33333EPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)H+CYEPSG&MTM Nova Scotia 1997 zone 4Introduced for use with NAD83(CSRS)v3.EPSG&OEPSG"aEPSG#EPSG"bNfffffEPSG#EPSG"e?.HEPSG#EPSG"f@EPSG#)EPSG"gEPSG#),  EPSG&FNL22-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to FNL22-IRF (1) (code 9975), emulates the FNL22 Snake projection.EPSG&OEPSG"a:EPSG#EPSG"b =pEPSG#EPSG"eEPSG#EPSG"fA *1EPSG#)EPSG"gAZ6ZEPSG#) Q a | \ ?qal,1  EPSG(GSB-reconstructionCreated in 2022. In conjunction with transformation ETRS89 to GSB-IRF (1) (code 10263) defines the relationship of ETRS89 to the historic Generalstaben projCRS using a modern parameterisation.EPSGNEPSG"a8EPSG#EPSG"eEPSG#EPSG"u7EPSG#EPSG"v@- I^EPSG#EPSG"zcp EPSG#)EPSG"{@"EPSG#) ,? EPSG(Generalstabens System LCCCreated in 2022. Together with transformation ETRS89 to GS-IRF (1) for Jutland and Zealand or ETRS89 to KK-IRF (1) for Copenhagen (codes 10259 and 10267), defines the relationship of ETRS89 to the historic GS and KK CRSs using a modern parameterisation.EPSGNEPSG"a8EPSG#EPSG"eEPSG#EPSG"u7EPSG#EPSG"v@$hr EPSG#EPSG"zEPSG#)EPSG"{EPSG#)R,3w EPSG( S45B-reconstructionCreated in 2022. In conjunction with transformation ETRS89 to S45B-IRF (1) (code 10255) defines the relationship of ETRS89 to the historic S45B CRS using a modern parameterisation.EPSG&OEPSG"a@KLfQnEPSG#EPSG"b@-NeEPSG#EPSG"eEPSG#EPSG"fArkansas CS27 SouthEPSG&JEPSG"u@@333333EPSG#EPSG"vEPSG#EPSG"w@A:G{EPSG#EPSG"x@@ =pEPSG#EPSG"zEPSG#+EPSG"{EPSG#+.+3 EPSG(=Arkansas CS27 NorthEPSG&JEPSG"u@AEPSG#EPSG"vEPSG#EPSG"w@BREPSG#EPSG"x@AGzHEPSG#EPSG"zEPSG#+EPSG"{EPSG#+>,#EPSG('RBEPP12-LCCIn conjunction with transformation ETRS89-GBR [OSNet v2009] to RBEPP12-IRF (1) (code 10278), emulates the RBEPP12 Snake projection.EPSG&JEPSG"u@IAGzEPSG#EPSG"v 333333EPSG#EPSG"w@I =pEPSG#EPSG"x@I\(EPSG#EPSG"zA{QEPSG#)EPSG"{A &+M7EPSG(Margaret River Coastal Grid 1994Replaced by MRCG2020.EPSG&OEPSG"aEPSG#EPSG"b@\fffffEPSG#EPSG"e?e?EPSG#EPSG"fPEPSG#)EPSG"g@EPSG#*EPSG"gA ÀEPSG#*-,[oEPSG*SPCS2022 Gulf Louisiana Shelf zone (ft)Emulates offshore part of Louisiana CS27 South zone. NGS definition in meters has FE=609610.287m FN=147761.325m. EPSG&IEPSG"aEPSG#EPSG"bVEPSG#EPSG"e?PGbEPSG#EPSG"fA>EPSG#*EPSG"gAEPSG#*J+;mEPSG*SPCS2022 Gulf zone (ft)See code 10970 for equivalent metric definition.EPSG&IEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fPEPSG#*EPSG"gEPSG#*I+1uEPSG*SPCS2022 Gulf zoneSee code 10971 for equivalent non-metric definition.EPSG&IEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fjEPSG#)EPSG"g#EPSG#)'+A EPSG*Florida GDL Albers (meter)EPSG&^EPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x@?LEPSG#EPSG"zEPSG#)EPSG"{EPSG#)p+OuEPSG*SPCS83 Florida North zone (meter)See code 15320 for equivalent non-metric definition.EPSG&JEPSG"uEPSG#EPSG"vU33333EPSG#EPSG"w@>s33333EPSG#EPSG"x@=YEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)[+MuEPSG*SPCS83 Florida West zone (meter)See code 15319 for equivalent non-metric definition.EPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)[+MuEPSG*SPCS83 Florida East zone (meter)See code 15318 for equivalent non-metric definition.EPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)2+; EPSG*Florida CS27 North zoneEPSG&JEPSG"uEPSG#EPSG"vU33333EPSG#EPSG"w@>s33333EPSG#EPSG"x@=YEPSG#EPSG"zEPSG#+EPSG"{EPSG#++9 EPSG*Florida CS27 West zoneEPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#++9 EPSG*Florida CS27 East zoneEPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+, EPSG*nWSPG-TMIn conjunction with transformation ETRS89-GBR [OSNet v2009] to WSPG-IRF (1) (code 9764), emulates the WSPG Snake projection.EPSG&OEPSG"a@K&fffffEPSG#EPSG"bQREPSG#EPSG"eEPSG#EPSG"f@Y{J#:EPSG#)EPSG"g@ `A7EPSG#)+' EPSG*hBrazil AlbersEPSG&^EPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zLK@EPSG#)EPSG"{EPSG#) 7 C F  B`-H7- uEPSG+Illinois Coordinate System of 1983 Chicago zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°12'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"bU޸QEPSG#EPSG"e?EPSG#EPSG"fHEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Aurora zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°30'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"bV33333EPSG#EPSG"e?uMUEPSG#EPSG"f9HEPSG#+EPSG"gEPSG#+c+OuEPSG+SPCS83 Illinois West zone (meter)See code 15388 for equivalent non-metric definition.EPSG&OEPSG"a@B333333EPSG#EPSG"bVfffffEPSG#EPSG"e?pEPSG#EPSG"f `EPSG#)EPSG"gEPSG#)c+OuEPSG+SPCS83 Illinois East zone (meter)See code 15387 for equivalent non-metric definition.EPSG&OEPSG"a@B333333EPSG#EPSG"bV EPSG#EPSG"e?˒:)EPSG#EPSG"fEPSG#)EPSG"gEPSG#)%+; EPSG+Illinois CS27 West zoneEPSG&OEPSG"a@B333333EPSG#EPSG"bVfffffEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+%+; EPSG+Illinois CS27 East zoneEPSG&OEPSG"a@B333333EPSG#EPSG"bV EPSG#EPSG"e?˒:)EPSG#EPSG"f EPSG#+EPSG"gEPSG#+`+IuEPSG+}SPCS83 Idaho West zone (meter)See code 15325 for equivalent non-metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"b\EPSG#EPSG"e?t0mIEPSG#EPSG"f 5EPSG#)EPSG"gEPSG#)\+OuEPSG+|SPCS83 Idaho Central zone (meter)See code 15324 for equivalent non-metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"bEPSG#EPSG"e?i8EPSG#EPSG"f EPSG#)EPSG"gEPSG#)`+IuEPSG+{SPCS83 Idaho East zone (meter)See code 15323 for equivalent non-metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"b\fffffEPSG#EPSG"e?i8EPSG#EPSG"f @EPSG#)EPSG"gEPSG#)"+5 EPSG+_Idaho CS27 West zoneEPSG&OEPSG"a@D33333EPSG#EPSG"b\EPSG#EPSG"e?t0mIEPSG#EPSG"f EPSG#+EPSG"gEPSG#++; EPSG+^Idaho CS27 Central zoneEPSG&OEPSG"a@D33333EPSG#EPSG"bEPSG#EPSG"e?i8EPSG#EPSG"f EPSG#+EPSG"gEPSG#+"+5 EPSG+]Idaho CS27 East zoneEPSG&OEPSG"a@D33333EPSG#EPSG"b\fffffEPSG#EPSG"e?i8EPSG#EPSG"f EPSG#+EPSG"gEPSG#+[+MuEPSG+SPCS83 Georgia West zone (meter)See code 15322 for equivalent non-metric definition.EPSG&OEPSG"aEPSG#EPSG"bUfffffEPSG#EPSG"e?.HEPSG#EPSG"f `EPSG#)EPSG"gEPSG#)[+MuEPSG+SPCS83 Georgia East zone (meter)See code 15321 for equivalent non-metric definition.EPSG&OEPSG"aEPSG#EPSG"bTfffffEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)+9 EPSG*Georgia CS27 West zoneEPSG&OEPSG"aEPSG#EPSG"bUfffffEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++9 EPSG*Georgia CS27 East zoneEPSG&OEPSG"aEPSG#EPSG"bTfffffEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+,7IEPSG*London Survey Grid TMDistortion is such that for large portions of the area, projection corrections can be ignored.EPSG&OEPSG"a@IEPSG#EPSG"b+EPSG#EPSG"e?PEPSG#EPSG"f1EPSG#)EPSG"gEPSG#)EqEPSG*SPCS2022 Gulf East zone (ft)Emulates offshore part of BLM zone 17N (US survey foot). NGS definition in meters has FE=499980.204m FN=-206.121m.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?iEPSG#EPSG"fEPSG#*EPSG"g"EPSG#* v l VF0- uEPSG+Illinois Coordinate System of 1983 Watseka zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D9EPSG#EPSG"bUzGEPSG#EPSG"e?*sqEPSG#EPSG"fWEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Pontiac zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°27'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@DEQEPSG#EPSG"bVQEPSG#EPSG"e?6EPSG#EPSG"fHEPSG#+EPSG"gEPSG#+ -uEPSG+Illinois Coordinate System of 1983 Bloomington zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°09'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D&fffffEPSG#EPSG"bV =qEPSG#EPSG"e? `EPSG#EPSG"f9HEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Eureka zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°42'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B\(EPSG#EPSG"bVKQEPSG#EPSG"e?6EPSG#EPSG"f* EPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Peoria zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°21'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@BQEPSG#EPSG"bVX\)EPSG#EPSG"e?EPSG#EPSG"fEPSG#+EPSG"g }EPSG#+ -uEPSG+Illinois Coordinate System of 1983 Galesburg zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°54'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B33333EPSG#EPSG"bV =pEPSG#EPSG"e?EPSG#EPSG"fpEPSG#+EPSG"gEPSG#+ -uEPSG+Illinois Coordinate System of 1983 Monmouth zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°09'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D\(EPSG#EPSG"bV =qEPSG#EPSG"e?*sqEPSG#EPSG"fEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Joliet zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D*=p EPSG#EPSG"bEPSG#EPSG"e?|EPSG#EPSG"fEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Ottawa zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°57'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D =pEPSG#EPSG"bVAREPSG#EPSG"e?EPSG#EPSG"fv&EPSG#+EPSG"g 8EPSG#+-uEPSG+Illinois Coordinate System of 1983 Sterling zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°57'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D=p EPSG#EPSG"bVREPSG#EPSG"e?EPSG#EPSG"ffpEPSG#+EPSG"g 8EPSG#+ x d R@& -uEPSG+Illinois Coordinate System of 1983 Taylorville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°36'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@@QEPSG#EPSG"bVO\(EPSG#EPSG"e?EPSG#EPSG"ffpEPSG#+EPSG"gEPSG#+ -uEPSG+Illinois Coordinate System of 1983 Carlinville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C =pEPSG#EPSG"bV\(EPSG#EPSG"e?EPSG#EPSG"fWEPSG#+EPSG"g* EPSG#+ -uEPSG+Illinois Coordinate System of 1983 Jerseyville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°30'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@@AGzEPSG#EPSG"bV33333EPSG#EPSG"e?FEPSG#EPSG"fHEPSG#+EPSG"gEPSG#+-uEPSG+Illinois Coordinate System of 1983 Charleston zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CREPSG#EPSG"bEPSG#EPSG"e?*sqEPSG#EPSG"f9HEPSG#+EPSG"g* EPSG#+ -uEPSG+Illinois Coordinate System of 1983 Springfield zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°21'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CEPSG#EPSG"bVX\)EPSG#EPSG"e?|EPSG#EPSG"f#EPSG#+EPSG"g, XEPSG#+ -uEPSG+Illinois Coordinate System of 1983 Jacksonville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°24'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CREPSG#EPSG"bV =pEPSG#EPSG"e?EPSG#EPSG"fEPSG#+EPSG"g+pEPSG#+-uEPSG+Illinois Coordinate System of 1983 Champaign zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D QEPSG#EPSG"bEPSG#EPSG"e?CRe(EPSG#EPSG"f@EPSG#+EPSG"g+pEPSG#+- uEPSG+Illinois Coordinate System of 1983 Decatur zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°12'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B =pEPSG#EPSG"bVQEPSG#EPSG"e?*sqEPSG#EPSG"fEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Lincoln zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°12'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@D QEPSG#EPSG"bV^QEPSG#EPSG"e?֔EPSG#EPSG"fEPSG#+EPSG"gEPSG#+- uEPSG+Illinois Coordinate System of 1983 Macomb zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 269°24'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@B=p =EPSG#EPSG"bV =pEPSG#EPSG"e?*sqEPSG#EPSG"fu0EPSG#+EPSG"gEPSG#+ x p<S2+G  +1 EPSG:Hawaii CS27 zone 1EPSG&OEPSG"a@2EPSG#EPSG"bciEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+',o[EPSG:YSPCS83 Wyoming West Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14933.EPSG&OEPSG"a@D&fffffEPSG#EPSG"b[EPSG#EPSG"e?|hsEPSG#EPSG"f tEPSG#+EPSG"gEPSG#+6+C EPSG9Wisconsin CS27 Central zoneEPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@F33333EPSG#EPSG"x@FfffffEPSG#EPSG"zEPSG#+EPSG"{EPSG#+\+CsEPSG8^SPCS83 Vermont zone (meter)See code 5645 for equivalent non-metric definition.EPSG&OEPSG"a@E&fffffEPSG#EPSG"bR33333EPSG#EPSG"e?178EPSG#EPSG"f EPSG#)EPSG"gEPSG#)9+; EPSG7{Texas CS27 Central zoneEPSG&JEPSG"u@=ffffffEPSG#EPSG"vY EPSG#EPSG"w@>REPSG#EPSG"x@?zHEPSG#EPSG"zEPSG#+EPSG"{EPSG#+o+MuEPSG5@SPCS83 Oregon South zone (meter)See code 15352 for equivalent non-metric definition.EPSG&JEPSG"u@D33333EPSG#EPSG"v^33333EPSG#EPSG"w,EPSG#EPSG"x@EEPSG#EPSG"z`EPSG#)EPSG"{EPSG#).+3 EPSG3North Carolina CS27EPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@AEPSG#EPSG"x@B EPSG#EPSG"zEPSG#+EPSG"{EPSG#+d+KuEPSG1SPCS83 Nevada East zone (meter)See code 15381 for equivalent non-metric definition.EPSG&OEPSG"a@A9EPSG#EPSG"b\fffffEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gzEPSG#)>,i[EPSG/SPCS83 Minnesota Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12232.EPSG&JEPSG"u-EPSG#EPSG"vWEPSG#EPSG"w@G =pEPSG#EPSG"x@F\(EPSG#EPSG"zADMUVlEPSG#+EPSG"{AMUL_EPSG#+w+]uEPSG/SPCS83 Massachusetts Island zone (meter)See code 15332 for equivalent non-metric definition.EPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@DQEPSG#EPSG"x@D\(EPSG#EPSG"z EPSG#)EPSG"{EPSG#)y+SuEPSG-SPCS83 Louisiana North zone (meter)See code 15391 for equivalent non-metric definition.EPSG&JEPSG"u@>LEPSG#EPSG"vW33333EPSG#EPSG"w@@333333EPSG#EPSG"x@?EPSG#EPSG"zB@EPSG#)EPSG"{EPSG#)]+CuEPSG,^Montana Phillips 83 (meter)See code 11359 for equivalent non-metric definition.EPSG&OEPSG"a@G9EPSG#EPSG"bZ\)EPSG#EPSG"e?sWpEPSG#EPSG"fEPSG#)EPSG"gEPSG#)",aqEPSG,OMontana Big Timber 83 (international foot)For authoritative metric definition see code 11342. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a,EPSG#EPSG"bEPSG#EPSG"e?'HEPSG#EPSG"fA!FtEPSG#*EPSG"gEPSG#*7,'w EPSG,Inverted Lo21Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17521. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)-uEPSG+Illinois Coordinate System of 1983 Effingham zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CH\)EPSG#EPSG"bEPSG#EPSG"e?FEPSG#EPSG"fu0EPSG#+EPSG"g* EPSG#+ C| h U?C7,'w EPSG,Inverted Lo19Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17519. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo17Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17517. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)-uEPSG,Illinois Coordinate System of 1983 Rockford zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°45'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@D33333EPSG#EPSG"bVIEPSG#EPSG"e?hJEPSG#EPSG"f+pEPSG#+EPSG"gEPSG#+-uEPSG,Illinois Coordinate System of 1983 Freeport zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@E\(EPSG#EPSG"bVdzGEPSG#EPSG"e?hJEPSG#EPSG"fEPSG#+EPSG"g 8EPSG#+ -uEPSG+Illinois Coordinate System of 1983 Metropolis zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°06'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@B\(EPSG#EPSG"bV"\(EPSG#EPSG"e? |ZrEPSG#EPSG"f7EPSG#+EPSG"g:EPSG#+ -uEPSG+Illinois Coordinate System of 1983 Carbondale zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°03'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@BQEPSG#EPSG"bV$zGEPSG#EPSG"e? 9EPSG#EPSG"f$xEPSG#+EPSG"g9HEPSG#+- uEPSG+Illinois Coordinate System of 1983 Olney zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 271°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C*=p EPSG#EPSG"bV\(EPSG#EPSG"e? 2EPSG#EPSG"fEPSG#+EPSG"g9HEPSG#+ -uEPSG+Illinois Coordinate System of 1983 Mount Vernon zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°51'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@C"\(EPSG#EPSG"bVE\(EPSG#EPSG"e?&EPSG#EPSG"f@EPSG#+EPSG"g9HEPSG#+-uEPSG+Illinois Coordinate System of 1983 Belleville zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 270°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&OEPSG"a@@G{EPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"fEPSG#+EPSG"gEPSG#+-uEPSG+Illinois Coordinate System of 1983 Robinson zone (US survey foot)Part of the ICS83 33-zone system. Longitude of origin also given by information source as 272°00'E. State law defines grid unit as US survey foot. No equivalent metric definition.EPSG&IEPSG"a@CzHEPSG#EPSG"bEPSG#EPSG"e?gEPSG#EPSG"fEPSG#+EPSG"g* EPSG#+ G cKGte+MuEPSG,DSPCS83 Indiana West zone (meter)See code 15373 for equivalent non-metric definition.EPSG&OEPSG"a@BfffffEPSG#EPSG"bU33333EPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#)EPSG"gАEPSG#)e+MuEPSG,CSPCS83 Indiana East zone (meter)See code 15372 for equivalent non-metric definition.EPSG&OEPSG"a@BfffffEPSG#EPSG"bUYEPSG#EPSG"e?{]*EPSG#EPSG"fEPSG#)EPSG"gАEPSG#)$+9 EPSG,&Indiana CS27 West zoneEPSG&OEPSG"a@BfffffEPSG#EPSG"bU33333EPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+$+9 EPSG,%Indiana CS27 East zoneEPSG&OEPSG"a@BfffffEPSG#EPSG"bUYEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+7,'w EPSG,Inverted Lo33Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17533. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo31Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17531. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo29Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17529. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo27Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17527. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo25Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17525. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7,'w EPSG,Inverted Lo23Introduced from 1st January 2019 to support workaround for software that cannot implement the official south-orientated projection mathematics of the South African Survey Grid. Emulates projection code 17523. Use of software that properly implements the south-orientated projection mathematics is recommended.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)-'w Q+GuEPSG,NMontana Big Timber 83 (meter)See code 11343 for equivalent non-metric definition.EPSG&OEPSG"a,EPSG#EPSG"bEPSG#EPSG"e?'HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7+? EPSG,LBhutan National Grid 2023EPSG&JEPSG"u@;EPSG#EPSG"vZEPSG#EPSG"w@;fffffEPSG#EPSG"x@:fffffEPSG#EPSG"z EPSG#)EPSG"{ @EPSG#) $  >`1R"1E,UqEPSG,]Montana NECI 83 (international foot)For authoritative metric definition see code 11356. Working unit is International feet (note: not US Survey feet).EPSG&WEPSG"k@H33333EPSG#EPSG"lEPSG#EPSG"m'EPSG#EPSG"n'EPSG#EPSG"o?ﲫEPSG#EPSG"pAOYEPSG#*EPSG"qAO?|EPSG#*o+;uEPSG,\Montana NECI 83 (meter)See code 11357 for equivalent non-metric definition.EPSG&WEPSG"k@H33333EPSG#EPSG"lEPSG#EPSG"m'EPSG#EPSG"n'EPSG#EPSG"o?ﲫEPSG#EPSG"pPEPSG#)EPSG"qEPSG#).,]qEPSG,[Montana Missoula 83 (international foot)For authoritative metric definition see code 11354. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@FfffffEPSG#EPSG"b\\(EPSG#EPSG"e?SEPSG#EPSG"fAO?|EPSG#*EPSG"gEPSG#*]+CuEPSG,ZMontana Missoula 83 (meter)See code 11355 for equivalent non-metric definition.EPSG&OEPSG"a@FfffffEPSG#EPSG"b\\(EPSG#EPSG"e?SEPSG#EPSG"fEPSG#)EPSG"gEPSG#)-,[qEPSG,YMontana Mission 83 (international foot)For authoritative metric definition see code 11352. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@G9EPSG#EPSG"b\\)EPSG#EPSG"e?EPSG#EPSG"fAO?|EPSG#*EPSG"gEPSG#*\+AuEPSG,XMontana Mission 83 (meter)See code 11353 for equivalent non-metric definition.EPSG&OEPSG"a@G9EPSG#EPSG"b\\)EPSG#EPSG"e?EPSG#EPSG"fEPSG#)EPSG"gEPSG#)R,aqEPSG,WMontana Interstate 83 (international foot)For authoritative metric definition see code 11350. Working unit is International feet (note: not US Survey feet).EPSG&WEPSG"k@G =pEPSG#EPSG"lZ\)EPSG#EPSG"mEPSG#EPSG"nEPSG#EPSG"o?nEPSG#EPSG"pA$O?|EPSG#*EPSG"qA&hEPSG#*|+GuEPSG,VMontana Interstate 83 (meter)See code 11351 for equivalent non-metric definition.EPSG&WEPSG"k@G =pEPSG#EPSG"lZ\)EPSG#EPSG"mEPSG#EPSG"nEPSG#EPSG"o?nEPSG#EPSG"p @EPSG#)EPSG"qnEPSG#)Q,]qEPSG,UMontana Flathead 83 (international foot)For authoritative metric definition see code 11348. Working unit is International feet (note: not US Survey feet).EPSG&WEPSG"k@HQEPSG#EPSG"l\GzEPSG#EPSG"m@EPSG#EPSG"nEPSG#EPSG"o?ղOEPSG#EPSG"pA wVEPSG#*EPSG"qA wVEPSG#*{+CuEPSG,TMontana Flathead 83 (meter)See code 11349 for equivalent non-metric definition.EPSG&WEPSG"k@HQEPSG#EPSG"l\GzEPSG#EPSG"m@EPSG#EPSG"nEPSG#EPSG"o?ղOEPSG#EPSG"pIEPSG#)EPSG"qIEPSG#)2,eqEPSG,SMontana Canyon Ferry 83 (international foot)For authoritative metric definition see code 11346. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@FfffffEPSG#EPSG"b[޸QEPSG#EPSG"e?!ݠZEPSG#EPSG"fA$O?|EPSG#*EPSG"gEPSG#*a+KuEPSG,RMontana Canyon Ferry 83 (meter)See code 11347 for equivalent non-metric definition.EPSG&OEPSG"a@FfffffEPSG#EPSG"b[޸QEPSG#EPSG"e?!ݠZEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)+,WqEPSG,QMontana Butte 83 (international foot)For authoritative metric definition see code 11344. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@F QEPSG#EPSG"b\QEPSG#EPSG"e?=#1EPSG#EPSG"fA$O?|EPSG#*EPSG"gEPSG#*Z+=uEPSG,PMontana Butte 83 (meter)See code 11345 for equivalent non-metric definition.EPSG&OEPSG"a@F QEPSG#EPSG"b\QEPSG#EPSG"e?=#1EPSG#EPSG"f @EPSG#)EPSG"gEPSG#) !6 9 3BG[6f,E[EPSG-Louisiana CS27 Offshore zoneThis projection is NOT used for oil industry purposes - use Louisiana CS27 Offshore zone (proj 11702) on shelf and BLM (proj 15915-16) in deep water protraction areas.EPSG&JEPSG"u@9ffffffEPSG#EPSG"vVEPSG#EPSG"w@;EPSG#EPSG"x@:EPSG#EPSG"zEPSG#+EPSG"{EPSG#+;+? EPSG-Louisiana CS27 South zoneEPSG&JEPSG"u@kQEPSG#EPSG"zEPSG#+EPSG"{EPSG#+;+? EPSG-Louisiana CS27 North zoneEPSG&JEPSG"u@>ffffffEPSG#EPSG"vW33333EPSG#EPSG"w@?EPSG#EPSG"x@@333333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+{+QuEPSG-pSPCS83 Kentucky South zone (meter)See code 15329 for equivalent non-metric definition.EPSG&JEPSG"u@BEPSG#EPSG"vU\EPSG#EPSG"w@BǮzHEPSG#EPSG"x@B8QEPSG#EPSG"z EPSG#)EPSG"{ EPSG#):+=  EPSG-oKentucky CS83 North zoneEPSG&JEPSG"u@BfffffEPSG#EPSG"vU EPSG#EPSG"w@B=p EPSG#EPSG"x@B=p EPSG#EPSG"z EPSG#)EPSG"{EPSG#)|+SuEPSG-nSPCS83 Kentucky Single Zone (meter)See code 15375 for equivalent non-metric definition.EPSG&JEPSG"u@BEPSG#EPSG"vU\EPSG#EPSG"w@BfffffEPSG#EPSG"x@C333333EPSG#EPSG"z`EPSG#)EPSG"{B@EPSG#):+= EPSG-RKentucky CS27 South zoneEPSG&JEPSG"u@BEPSG#EPSG"vU\EPSG#EPSG"w@B8QEPSG#EPSG"x@BǮzHEPSG#EPSG"zEPSG#+EPSG"{EPSG#+:+= EPSG-QKentucky CS27 North zoneEPSG&JEPSG"u@BfffffEPSG#EPSG"vU EPSG#EPSG"w@B=p EPSG#EPSG"x@CJ=p EPSG#EPSG"zEPSG#+EPSG"{EPSG#+y+MuEPSG- SPCS83 Kansas South zone (meter)See code 15380 for equivalent non-metric definition.EPSG&JEPSG"u@B333333EPSG#EPSG"vX33333EPSG#EPSG"w@C+QEPSG#EPSG"x@BzGEPSG#EPSG"zEPSG#)EPSG"{EPSG#)o+MuEPSG- SPCS83 Kansas North zone (meter)See code 15379 for equivalent non-metric definition.EPSG&JEPSG"u@CEPSG#EPSG"vEPSG#EPSG"w@C(\EPSG#EPSG"x@C7 =pEPSG#EPSG"zEPSG#)EPSG"{EPSG#)8+9 EPSG,Kansas CS27 South zoneEPSG&JEPSG"u@B333333EPSG#EPSG"vX33333EPSG#EPSG"w@C+QEPSG#EPSG"x@BzGEPSG#EPSG"zEPSG#+EPSG"{EPSG#+1+9 EPSG,Kansas CS27 North zoneEPSG&JEPSG"u@CEPSG#EPSG"vEPSG#EPSG"w@C(\EPSG#EPSG"x@C7 =pEPSG#EPSG"zEPSG#+EPSG"{EPSG#+m+IuEPSG,SPCS83 Iowa South zone (meter)See code 15378 for equivalent non-metric definition.EPSG&JEPSG"u(EPSG#EPSG"vWS33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D/\(EPSG#EPSG"z EPSG#)EPSG"{EPSG#)w+IuEPSG,SPCS83 Iowa North zone (meter)See code 15377 for equivalent non-metric definition.EPSG&JEPSG"u@DfffffEPSG#EPSG"vWS33333EPSG#EPSG"w@EzGEPSG#EPSG"x@EQEPSG#EPSG"z`EPSG#)EPSG"{B@EPSG#)/+5 EPSG,Iowa CS27 South zoneEPSG&JEPSG"u(EPSG#EPSG"vWS33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D/\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+6+5 EPSG,Iowa CS27 North zoneEPSG&JEPSG"u@DfffffEPSG#EPSG"vWS33333EPSG#EPSG"w@EzGEPSG#EPSG"x@EQEPSG#EPSG"zEPSG#+EPSG"{EPSG#+.,]qEPSG,_Montana Phillips 83 (international foot)For authoritative metric definition see code 11358. Working unit is International feet (note: not US Survey feet).EPSG&OEPSG"a@G9EPSG#EPSG"bZ\)EPSG#EPSG"e?sWpEPSG#EPSG"fA!FtEPSG#*EPSG"gEPSG#*CuEPSG,^Montana Phillips 83 (meter)See code 11359 for equivalent non-metric definition.EPSG&OEPSG"a@G9EPSG#EPSG"bZ\)EPSG#EPSG"e?sWpEPSG#EPSG"fEPSG#)EPSG"gEPSG#) m + pz&km|+auEPSG.SPCS83 Massachusetts Mainland zone (meter)See code 15331 for equivalent non-metric definition.EPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@E4zGEPSG#EPSG"x@D =pEPSG#EPSG"z @EPSG#)EPSG"{ qEPSG#)9+I EPSG.Massachusetts CS27 Island zoneEPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@D\(EPSG#EPSG"x@DQEPSG#EPSG"z @EPSG#+EPSG"{EPSG#+;+M EPSG.Massachusetts CS27 Mainland zoneEPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@D =pEPSG#EPSG"x@E4zGEPSG#EPSG"z 'EPSG#+EPSG"{EPSG#+k+EuEPSG.SPCS83 Maryland zone (meter)See code 15330 for equivalent non-metric definition.EPSG&JEPSG"u@B33333EPSG#EPSG"vEPSG#EPSG"w@C\(EPSG#EPSG"x@C =pEPSG#EPSG"zEPSG#)EPSG"{EPSG#)(+' EPSG.|Maryland CS27EPSG&JEPSG"u@BEPSG#EPSG"vEPSG#EPSG"w@C =pEPSG#EPSG"x@C\(EPSG#EPSG"z 5EPSG#+EPSG"{EPSG#+,OYEPSG.NMaine CS2000 Central zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@EfffffEPSG#EPSG"bQD1&EPSG#EPSG"e?9EPSG#EPSG"f EPSG#)EPSG"gEPSG#),IYEPSG.MMaine CS2000 West zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@E@EPSG#EPSG"bQEEPSG#EPSG"e?9EPSG#EPSG"fEPSG#)EPSG"gEPSG#)G+?[ EPSG.LMaine CS2000 Central zoneSupersedes CS27 and CS83 from 1/1/2001.EPSG&OEPSG"a+EPSG#EPSG"bQD1&EPSG#EPSG"e?9EPSG#EPSG"f EPSG#)EPSG"gEPSG#),IYEPSG.KMaine CS2000 East zone (meter)In Maine Department of Transportation and other State agencies replaces CS27 and SPCS83 from 1/1/2001.EPSG&OEPSG"a@EEPSG#EPSG"bPxEPSG#EPSG"e?9EPSG#EPSG"f `EPSG#)EPSG"gEPSG#),[[EPSG.:SPCS83 Maine West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11832.EPSG&OEPSG"a@E@EPSG#EPSG"bQfffffEPSG#EPSG"e?{]*EPSG#EPSG"f-.EPSG#+EPSG"gEPSG#+,[[EPSG.9SPCS83 Maine East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11831.EPSG&OEPSG"a@E33333EPSG#EPSG"bQ33333EPSG#EPSG"e?.HEPSG#EPSG"fEPSG#+EPSG"gEPSG#+`+IuEPSG.8SPCS83 Maine West zone (meter)See code 11834 for equivalent non-metric definition.EPSG&OEPSG"a@E@EPSG#EPSG"bQfffffEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#)EPSG"gEPSG#)`+IuEPSG.7SPCS83 Maine East zone (meter)See code 11833 for equivalent non-metric definition.EPSG&OEPSG"a@E33333EPSG#EPSG"bQ33333EPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)"+5 EPSG.Maine CS27 West zoneEPSG&OEPSG"a@E@EPSG#EPSG"bQfffffEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+"+5 EPSG.Maine CS27 East zoneEPSG&OEPSG"a@EEPSG#EPSG"bQ33333EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+4,YcEPSG-SPCS83 Louisiana Offshore zone (meter)This projection is NOT used for oil industry purposes. See code 15393 for equivalent non-metric definition.EPSG&JEPSG"u@9LEPSG#EPSG"vVEPSG#EPSG"w@;EPSG#EPSG"x@:EPSG#EPSG"zB@EPSG#)EPSG"{EPSG#)y+SuEPSG-SPCS83 Louisiana South zone (meter)See code 15392 for equivalent non-metric definition.EPSG&JEPSG"u@kQEPSG#EPSG"x@=.zGEPSG#EPSG"zB@EPSG#)EPSG"{EPSG#) .U  a n rx6y+C,e[EPSG/SPCS83 Minnesota North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12231.EPSG&JEPSG"u@G&fffffEPSG#EPSG"vWC =pEPSG#EPSG"w@H0 =qEPSG#EPSG"x@G\(EPSG#EPSG"zADMUVlEPSG#+EPSG"{AMUL_EPSG#+n+SuEPSG/SPCS83 Minnesota South zone (meter)See code 12236 for equivalent non-metric definition.EPSG&JEPSG"u+EPSG#EPSG"vEPSG#EPSG"w@F =qEPSG#EPSG"x@E(\EPSG#EPSG"z 5EPSG#)EPSG"{EPSG#)w+WuEPSG/SPCS83 Minnesota Central zone (meter)See code 12235 for equivalent non-metric definition.EPSG&JEPSG"u-EPSG#EPSG"vWEPSG#EPSG"w@G =pEPSG#EPSG"x@F\(EPSG#EPSG"z 5EPSG#)EPSG"{EPSG#)|+SuEPSG/SPCS83 Minnesota North zone (meter)See code 12234 for equivalent non-metric definition.EPSG&JEPSG"u@G&fffffEPSG#EPSG"vWC =pEPSG#EPSG"w@H0 =qEPSG#EPSG"x@G\(EPSG#EPSG"z 5EPSG#)EPSG"{EPSG#)-+? EPSG/Minnesota CS27 South zoneEPSG&JEPSG"u+EPSG#EPSG"vEPSG#EPSG"w@E(\EPSG#EPSG"x@F =qEPSG#EPSG"zEPSG#+EPSG"{EPSG#+6+C EPSG/Minnesota CS27 Central zoneEPSG&JEPSG"u-EPSG#EPSG"vWEPSG#EPSG"w@F\(EPSG#EPSG"x@G =pEPSG#EPSG"zEPSG#+EPSG"{EPSG#+;+? EPSG/Minnesota CS27 North zoneEPSG&JEPSG"u@G&fffffEPSG#EPSG"vWC =pEPSG#EPSG"w@G\(EPSG#EPSG"x@H0 =qEPSG#EPSG"zEPSG#+EPSG"{EPSG#+@,OQEPSG/vMichigan Oblique Mercator (meter)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=499840.252 m, Nc=528600.303 m.EPSG&TEPSG"k@Fv_حEPSG#EPSG"lEPSG#EPSG"m@u"EPSG#EPSG"n@u"EPSG#EPSG"o?#xEPSG#EPSG"fACn|EPSG#)EPSG"gPt9XEPSG#)x+QuEPSG/oSPCS83 Michigan South zone (meter)See code 15335 for equivalent non-metric definition.EPSG&JEPSG"u@DfffffEPSG#EPSG"vUzGEPSG#EPSG"w@E33333EPSG#EPSG"x@EzHEPSG#EPSG"z= EPSG#)EPSG"{EPSG#)z+UuEPSG/nSPCS83 Michigan Central zone (meter)See code 15334 for equivalent non-metric definition.EPSG&JEPSG"u@EQEPSG#EPSG"vUzGEPSG#EPSG"w@F\(EPSG#EPSG"x@FzGEPSG#EPSG"z[EPSG#)EPSG"{EPSG#)q+QuEPSG/mSPCS83 Michigan North zone (meter)See code 15333 for equivalent non-metric definition.EPSG&JEPSG"u@F<(\EPSG#EPSG"vEPSG#EPSG"w@GfffffEPSG#EPSG"x@FQEPSG#EPSG"zzEPSG#)EPSG"{EPSG#):+=  EPSG/QMichigan CS27 South zoneEPSG&JEPSG"u@DfffffEPSG#EPSG"vU EPSG#EPSG"w@EzHEPSG#EPSG"x@E33333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+<+A  EPSG/PMichigan CS27 Central zoneEPSG&JEPSG"u@EQEPSG#EPSG"vU EPSG#EPSG"w@FzGEPSG#EPSG"x@F\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+3+=  EPSG/OMichigan CS27 North zoneEPSG&JEPSG"u@F<(\EPSG#EPSG"vEPSG#EPSG"w@FQEPSG#EPSG"x@GfffffEPSG#EPSG"zEPSG#+EPSG"{EPSG#+C+I;EPSG/GMichigan State Plane West zoneReplaced by North zone.EPSG&OEPSG"a@DfffffEPSG#EPSG"bVEPSG#EPSG"e?AY-EPSG#EPSG"f EPSG#+EPSG"gEPSG#+W+WUEPSG/FMichigan State Plane Old Central zoneReplaced by central and south zones.EPSG&OEPSG"a@DfffffEPSG#EPSG"bU\EPSG#EPSG"e?AY-EPSG#EPSG"f EPSG#+EPSG"gEPSG#+P+IUEPSG/EMichigan State Plane East zoneReplaced by central and south zones.EPSG&OEPSG"a@DfffffEPSG#EPSG"bTٙEPSG#EPSG"e?)EPSG#EPSG"f EPSG#+EPSG"gEPSG#+ K! w V T;~0tXK#+7 EPSG1Nevada CS27 West zoneEPSG&OEPSG"a@A9EPSG#EPSG"b]fffffEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+#+7 EPSG1Nevada CS27 East zoneEPSG&OEPSG"a@A9EPSG#EPSG"b\fffffEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+]+EuEPSG1VSPCS83 Nebraska zone (meter)See code 15396 for equivalent non-metric definition.EPSG&JEPSG"u@CEPSG#EPSG"vEPSG#EPSG"w+EPSG#EPSG"x(EPSG#EPSG"z EPSG#)EPSG"{EPSG#):+= EPSG1:Nebraska CS27 South zoneEPSG&JEPSG"u@C33333EPSG#EPSG"vX33333EPSG#EPSG"w@D\(EPSG#EPSG"x@D =pEPSG#EPSG"zEPSG#+EPSG"{EPSG#+3+= EPSG19Nebraska CS27 North zoneEPSG&JEPSG"u@DEPSG#EPSG"vEPSG#EPSG"w@DGzEPSG#EPSG"x@E>QEPSG#EPSG"zEPSG#+EPSG"{EPSG#+c+CuEPSG0SPCS83 Montana zone (meter)See code 15338 for equivalent non-metric definition.EPSG&JEPSG"u@F33333EPSG#EPSG"v[S33333EPSG#EPSG"w1EPSG#EPSG"x-EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)2+; EPSG0Montana CS27 South zoneEPSG&JEPSG"u,EPSG#EPSG"v[S33333EPSG#EPSG"w@GQEPSG#EPSG"x@FB\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+;+? EPSG0Montana CS27 Central zoneEPSG&JEPSG"u@FEPSG#EPSG"v[S33333EPSG#EPSG"w@G =pEPSG#EPSG"x@G"\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+2+; EPSG0Montana CS27 North zoneEPSG&JEPSG"u/EPSG#EPSG"v[S33333EPSG#EPSG"w@H7 =pEPSG#EPSG"x@GGzEPSG#EPSG"zEPSG#+EPSG"{EPSG#+/+O EPSG0SPCS83 Missouri West zone (meter)EPSG&OEPSG"a@B EPSG#EPSG"bW33333EPSG#EPSG"e?pEPSG#EPSG"f PEPSG#)EPSG"gEPSG#)2+U EPSG0SPCS83 Missouri Central zone (meter)EPSG&OEPSG"a@AEPSG#EPSG"bW33333EPSG#EPSG"e?t0mIEPSG#EPSG"f EPSG#)EPSG"gEPSG#)/+O EPSG0SPCS83 Missouri East zone (meter)EPSG&OEPSG"a@AEPSG#EPSG"bV33333EPSG#EPSG"e?t0mIEPSG#EPSG"fАEPSG#)EPSG"gEPSG#)%+; EPSG0sMissouri CS27 West zoneEPSG&OEPSG"a@B EPSG#EPSG"bW33333EPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+(+A EPSG0rMissouri CS27 Central zoneEPSG&OEPSG"a@AEPSG#EPSG"bW33333EPSG#EPSG"e?t0mIEPSG#EPSG"f EPSG#+EPSG"gEPSG#+%+; EPSG0qMissouri CS27 East zoneEPSG&OEPSG"a@AEPSG#EPSG"bV33333EPSG#EPSG"e?t0mIEPSG#EPSG"f EPSG#+EPSG"gEPSG#+f+UuEPSG0,SPCS83 Mississippi West zone (meter)See code 15337 for equivalent non-metric definition.EPSG&OEPSG"a@=LEPSG#EPSG"bVEPSG#EPSG"e?$tSEPSG#EPSG"f `EPSG#)EPSG"gEPSG#)f+UuEPSG0+SPCS83 Mississippi East zone (meter)See code 15336 for equivalent non-metric definition.EPSG&OEPSG"a@=LEPSG#EPSG"bV EPSG#EPSG"e?$tSEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(+A EPSG0Mississippi CS27 West zoneEPSG&OEPSG"a@>LEPSG#EPSG"bVEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+(+A EPSG0 Mississippi CS27 East zoneEPSG&OEPSG"a@=ffffffEPSG#EPSG"bV EPSG#EPSG"e?)rEPSG#EPSG"f EPSG#+EPSG"gEPSG#+5,e[EPSG/SPCS83 Minnesota South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12233.EPSG&JEPSG"u+EPSG#EPSG"vEPSG#EPSG"w@F =qEPSG#EPSG"x@E(\EPSG#EPSG"zADMUVlEPSG#+EPSG"{AMUL_EPSG#+&+= EPSG1Nevada CS27 Central zoneEPSG&OEPSG"a@A9EPSG#EPSG"b]EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+ b1 ) @`}Z9[bw+]uEPSG3NSPCS83 New York Long Island zone (meter)See code 15345 for equivalent non-metric definition.EPSG&JEPSG"u@D EPSG#EPSG"vEPSG#EPSG"w@D\(EPSG#EPSG"x@D333333EPSG#EPSG"zEPSG#)EPSG"{EPSG#)\+OuEPSG3MSPCS83 New York West zone (meter)See code 15344 for equivalent non-metric definition.EPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"fW0EPSG#)EPSG"gEPSG#)_+UuEPSG3LSPCS83 New York Central zone (meter)See code 15343 for equivalent non-metric definition.EPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"fАEPSG#)EPSG"gEPSG#)c+OuEPSG3KSPCS83 New York East zone (meter)See code 15342 for equivalent non-metric definition.EPSG&OEPSG"a@C@EPSG#EPSG"bR33333EPSG#EPSG"e?.HEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)9+I  EPSG30New York CS27 Long Island zoneEPSG&JEPSG"u@D&fffffEPSG#EPSG"vEPSG#EPSG"w@D\(EPSG#EPSG"x@D333333EPSG#EPSG"zB@EPSG#+EPSG"{EPSG#++; EPSG3/New York CS27 West zoneEPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"f EPSG#+EPSG"gEPSG#+!+A EPSG3.New York CS27 Central zoneEPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"f EPSG#+EPSG"gEPSG#++; EPSG3-New York CS27 East zoneEPSG&OEPSG"a(EPSG#EPSG"bREPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+^+SuEPSG2SPCS83 New Mexico West zone (meter)See code 15341 for equivalent non-metric definition.EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?Q<ﰹEPSG#EPSG"f 0EPSG#)EPSG"gEPSG#)a+YuEPSG2SPCS83 New Mexico Central zone (meter)See code 15340 for equivalent non-metric definition.EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)^+SuEPSG2SPCS83 New Mexico East zone (meter)See code 15339 for equivalent non-metric definition.EPSG&OEPSG"aEPSG#EPSG"bZ EPSG#EPSG"e?AY-EPSG#EPSG"fEPSG#)EPSG"gEPSG#) +? EPSG2New Mexico CS27 West zoneEPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?Q<ﰹEPSG#EPSG"f EPSG#+EPSG"gEPSG#+#+E EPSG2New Mexico CS27 Central zoneEPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+ +? EPSG2New Mexico CS27 East zoneEPSG&OEPSG"aEPSG#EPSG"bZ EPSG#EPSG"e?AY-EPSG#EPSG"f EPSG#+EPSG"gEPSG#+`+IuEPSG2SPCS83 New Jersey zone (meter)See code 15384 for equivalent non-metric definition.EPSG&OEPSG"a@C@EPSG#EPSG"bR33333EPSG#EPSG"e?.HEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)++ EPSG2dNew Jersey CS27EPSG&OEPSG"a@C@EPSG#EPSG"bREPSG#EPSG"e?˒:)EPSG#EPSG"fEPSG#+EPSG"gEPSG#+c+OuEPSG2SPCS83 New Hampshire zone (meter)See code 15389 for equivalent non-metric definition.EPSG&OEPSG"a@E&fffffEPSG#EPSG"bQٙEPSG#EPSG"e?{]*EPSG#EPSG"fEPSG#)EPSG"gEPSG#) +1 EPSG2New Hampshire CS27EPSG&OEPSG"a@E&fffffEPSG#EPSG"bQٙEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+d+KuEPSG1SPCS83 Nevada West zone (meter)See code 15383 for equivalent non-metric definition.EPSG&OEPSG"a@A9EPSG#EPSG"b]fffffEPSG#EPSG"e?.HEPSG#EPSG"f 5EPSG#)EPSG"g= EPSG#)g+QuEPSG1SPCS83 Nevada Central zone (meter)See code 15382 for equivalent non-metric definition.EPSG&OEPSG"a@A9EPSG#EPSG"b]EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"g[EPSG#) TO 1 ;L?ETo+MuEPSG5?SPCS83 Oregon North zone (meter)See code 15351 for equivalent non-metric definition.EPSG&JEPSG"u@E33333EPSG#EPSG"v^33333EPSG#EPSG"w.EPSG#EPSG"x@FEPSG#EPSG"z&%EPSG#)EPSG"{EPSG#)1+9 EPSG5"Oregon CS27 South zoneEPSG&JEPSG"u@D33333EPSG#EPSG"v^33333EPSG#EPSG"w@EEPSG#EPSG"x,EPSG#EPSG"zEPSG#+EPSG"{EPSG#+1+9 EPSG5!Oregon CS27 North zoneEPSG&JEPSG"u@E33333EPSG#EPSG"v^33333EPSG#EPSG"w@FEPSG#EPSG"x.EPSG#EPSG"zEPSG#+EPSG"{EPSG#+q+QuEPSG4SPCS83 Oklahoma South zone (meter)See code 15350 for equivalent non-metric definition.EPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@AREPSG#EPSG"x@@ǮzHEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)j+QuEPSG4SPCS83 Oklahoma North zone (meter)See code 15349 for equivalent non-metric definition.EPSG&JEPSG"u#EPSG#EPSG"vEPSG#EPSG"w@B:G{EPSG#EPSG"x@AQEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)3+= EPSG4Oklahoma CS27 South zoneEPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@@ǮzHEPSG#EPSG"x@AREPSG#EPSG"zEPSG#+EPSG"{EPSG#+,+= EPSG4Oklahoma CS27 North zoneEPSG&JEPSG"u#EPSG#EPSG"vEPSG#EPSG"w@AQEPSG#EPSG"x@B:G{EPSG#EPSG"zEPSG#+EPSG"{EPSG#+*,[[EPSG4zSPCS83 Ohio South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13432.EPSG&JEPSG"u&EPSG#EPSG"vT33333EPSG#EPSG"w@D\(EPSG#EPSG"x@C8QEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+1,[[EPSG4ySPCS83 Ohio North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13431.EPSG&JEPSG"u@C33333EPSG#EPSG"vT33333EPSG#EPSG"w@D\(EPSG#EPSG"x@D!GzEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+m+IuEPSG4xSPCS83 Ohio South zone (meter)See code 13434 for equivalent non-metric definition.EPSG&JEPSG"u&EPSG#EPSG"vT33333EPSG#EPSG"w@D\(EPSG#EPSG"x@C8QEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)t+IuEPSG4wSPCS83 Ohio North zone (meter)See code 13433 for equivalent non-metric definition.EPSG&JEPSG"u@C33333EPSG#EPSG"vT33333EPSG#EPSG"w@D\(EPSG#EPSG"x@D!GzEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)/+5 EPSG4ZOhio CS27 South zoneEPSG&JEPSG"u&EPSG#EPSG"vT33333EPSG#EPSG"w@C8QEPSG#EPSG"x@D\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+6+5 EPSG4YOhio CS27 North zoneEPSG&JEPSG"u@C33333EPSG#EPSG"vT33333EPSG#EPSG"w@D!GzEPSG#EPSG"x@D\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+|+YuEPSG4SPCS83 North Dakota South zone (meter)See code 15348 for equivalent non-metric definition.EPSG&JEPSG"u@F33333EPSG#EPSG"vY33333EPSG#EPSG"w@GQEPSG#EPSG"x@GzGEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)u+YuEPSG4SPCS83 North Dakota North zone (meter)See code 15347 for equivalent non-metric definition.EPSG&JEPSG"u/EPSG#EPSG"vY33333EPSG#EPSG"w@H8QEPSG#EPSG"x@GGzEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)>+E EPSG3North Dakota CS27 South zoneEPSG&JEPSG"u@F33333EPSG#EPSG"vY33333EPSG#EPSG"w@GzGEPSG#EPSG"x@GQEPSG#EPSG"zEPSG#+EPSG"{EPSG#+7+E EPSG3North Dakota CS27 North zoneEPSG&JEPSG"u/EPSG#EPSG"vY33333EPSG#EPSG"w@GGzEPSG#EPSG"x@H8QEPSG#EPSG"zEPSG#+EPSG"{EPSG#+v+QuEPSG3SPCS83 North Carolina zone (meter)See code 15346 for equivalent non-metric definition.EPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@B EPSG#EPSG"x@AEPSG#EPSG"zA"p EPSG#)EPSG"{EPSG#) ^ z ]y ^^?0+7 EPSG7yTexas CS27 North zoneEPSG&JEPSG"u"EPSG#EPSG"vYS33333EPSG#EPSG"w@A1REPSG#EPSG"x@BzGEPSG#EPSG"zEPSG#+EPSG"{EPSG#+l+GuEPSG72SPCS83 Tennessee zone (meter)See code 15356 for equivalent non-metric definition.EPSG&JEPSG"u@AEPSG#EPSG"vEPSG#EPSG"w@B EPSG#EPSG"x@A33333EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#))+)  EPSG7Tennessee CS27EPSG&JEPSG"u@A333333EPSG#EPSG"vEPSG#EPSG"w@A33333EPSG#EPSG"x@B EPSG#EPSG"zEPSG#+EPSG"{EPSG#+|+YuEPSG6SPCS83 South Dakota South zone (meter)See code 15395 for equivalent non-metric definition.EPSG&JEPSG"u@EEPSG#EPSG"vY EPSG#EPSG"w@FQEPSG#EPSG"x@E@EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)u+YuEPSG6SPCS83 South Dakota North zone (meter)See code 15394 for equivalent non-metric definition.EPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@FzGEPSG#EPSG"x@F EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)>+E EPSG6South Dakota CS27 South zoneEPSG&JEPSG"u@EEPSG#EPSG"vY EPSG#EPSG"w@E@EPSG#EPSG"x@FQEPSG#EPSG"zEPSG#+EPSG"{EPSG#+7+E EPSG6South Dakota CS27 North zoneEPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@F EPSG#EPSG"x@FzGEPSG#EPSG"zEPSG#+EPSG"{EPSG#+q+QuEPSG6jSPCS83 South Carolina zone (meter)See code 15355 for equivalent non-metric definition.EPSG&JEPSG"u@?EPSG#EPSG"vEPSG#EPSG"w@A@EPSG#EPSG"x@@&fffffEPSG#EPSG"z M@EPSG#)EPSG"{EPSG#)9+I EPSG6NSouth Carolina CS27 South zoneEPSG&JEPSG"u@?EPSG#EPSG"vEPSG#EPSG"w@@EPSG#EPSG"x@@33333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+2+I EPSG6MSouth Carolina CS27 North zoneEPSG&JEPSG"u!EPSG#EPSG"vEPSG#EPSG"w@@G{EPSG#EPSG"x@AJ=p EPSG#EPSG"zEPSG#+EPSG"{EPSG#+b+MuEPSG6SPCS83 Rhode Island zone (meter)See code 15390 for equivalent non-metric definition.EPSG&OEPSG"a@DfffffEPSG#EPSG"bQ33333EPSG#EPSG"e?䎊rEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+/ EPSG5Rhode Island CS27EPSG&OEPSG"a@DfffffEPSG#EPSG"bQ33333EPSG#EPSG"e?f} EPSG#EPSG"f EPSG#+EPSG"gEPSG#+|+YuEPSG5SPCS83 Pennsylvania South zone (meter)See code 15354 for equivalent non-metric definition.EPSG&JEPSG"u@CEPSG#EPSG"vS\EPSG#EPSG"w@DJ=p EPSG#EPSG"x@CǮzHEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)|+YuEPSG5SPCS83 Pennsylvania North zone (meter)See code 15353 for equivalent non-metric definition.EPSG&JEPSG"u@D EPSG#EPSG"vS\EPSG#EPSG"w@D\)EPSG#EPSG"x@DC =pEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)>+E  EPSG5Pennsylvania CS27 South zoneEPSG&JEPSG"u@CEPSG#EPSG"vS\EPSG#EPSG"w@CǮzHEPSG#EPSG"x@D=p =EPSG#EPSG"zEPSG#+EPSG"{EPSG#+>+E EPSG5Pennsylvania CS27 North zoneEPSG&JEPSG"u@D EPSG#EPSG"vS\EPSG#EPSG"w@DC =pEPSG#EPSG"x@D\)EPSG#EPSG"zEPSG#+EPSG"{EPSG#+,9OEPSG5AOregon Lambert (meter)Initial metric definition of projection 15374. This projection is not used in metric form by state agencies. See proj code 15375 for equivalent non-metric definition recommended by Oregon Geographic Information Council (GIC).EPSG&JEPSG"u@DEPSG#EPSG"v^33333EPSG#EPSG"w+EPSG#EPSG"x@FfffffEPSG#EPSG"zEPSG#)EPSG"{EPSG#)0MuEPS?+G EPSG7zTexas CS27 North Central zoneEPSG&JEPSG"u@?ffffffEPSG#EPSG"vXS33333EPSG#EPSG"w@@ =p EPSG#EPSG"x@@=p EPSG#EPSG"zEPSG#+EPSG"{EPSG#+ E W YdC+I EPSG7SPCS83 Utah South zone (meter)EPSG&JEPSG"u@B333333EPSG#EPSG"v[33333EPSG#EPSG"w@CG{EPSG#EPSG"x@B =qEPSG#EPSG"z EPSG#)EPSG"{-EPSG#)E+M EPSG7SPCS83 Utah Central zone (meter)EPSG&JEPSG"u@CEPSG#EPSG"v[33333EPSG#EPSG"w@D1REPSG#EPSG"x@CGzEPSG#EPSG"z EPSG#)EPSG"{EPSG#)C+I EPSG7SPCS83 Utah North zone (meter)EPSG&JEPSG"u@DEPSG#EPSG"v[33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D7 =pEPSG#EPSG"z EPSG#)EPSG"{B@EPSG#)6+5 EPSG7Utah CS27 South zoneEPSG&JEPSG"u@B333333EPSG#EPSG"v[33333EPSG#EPSG"w@B =qEPSG#EPSG"x@CG{EPSG#EPSG"zEPSG#+EPSG"{EPSG#+8+9 EPSG7Utah CS27 Central zoneEPSG&JEPSG"u@CEPSG#EPSG"v[33333EPSG#EPSG"w@CGzEPSG#EPSG"x@D1REPSG#EPSG"zEPSG#+EPSG"{EPSG#+6+5 EPSG7Utah CS27 North zoneEPSG&JEPSG"u@DEPSG#EPSG"v[33333EPSG#EPSG"w@D7 =pEPSG#EPSG"x@D(\EPSG#EPSG"zEPSG#+EPSG"{EPSG#+o,K EPSG7Texas Centric Albers Equal AreaUse TCMC/LC for applications requiring true shape preservation.EPSG&^EPSG"uEPSG#EPSG"vEPSG#EPSG"w@;LEPSG#EPSG"x#EPSG#EPSG"z`EPSG#)EPSG"{[EPSG#)n,K EPSG7Texas Centric Lambert ConformalUse TCMC/AEA for applications requiring true area measurement.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"w@;LEPSG#EPSG"x#EPSG#EPSG"z`EPSG#)EPSG"{LK@EPSG#)#,#EPSG7ShacklefordReplaced by TSMS. Care: survey data in Texas uses the US survey foot, not the International foot used by this projection.EPSG&JEPSG"u@?EPSG#EPSG"vEPSG#EPSG"w@;@EPSG#EPSG"x@AFfffffEPSG#EPSG"z-EPSG#*EPSG"{-EPSG#*U+Q7EPSG7Texas State Mapping System (meter)Replaces Shackleford.EPSG&JEPSG"u@?EPSG#EPSG"vEPSG#EPSG"w@;@EPSG#EPSG"x@AFfffffEPSG#EPSG"zB@EPSG#)EPSG"{B@EPSG#)x+KuEPSG7SPCS83 Texas South zone (meter)See code 15361 for equivalent non-metric definition.EPSG&JEPSG"u@9ffffffEPSG#EPSG"vX33333EPSG#EPSG"w@;EPSG#EPSG"x@:EPSG#EPSG"zEPSG#)EPSG"{LK@EPSG#)y+[uEPSG7SPCS83 Texas South Central zone (meter)See code 15360 for equivalent non-metric definition.EPSG&JEPSG"u@;EPSG#EPSG"vEPSG#EPSG"w@>+QEPSG#EPSG"x@<:G{EPSG#EPSG"z 'EPSG#)EPSG"{= EPSG#)z+OuEPSG7SPCS83 Texas Central zone (meter)See code 15359 for equivalent non-metric definition.EPSG&JEPSG"u@=ffffffEPSG#EPSG"vY EPSG#EPSG"w@?zHEPSG#EPSG"x@>REPSG#EPSG"z `EPSG#)EPSG"{-EPSG#)+[uEPSG7SPCS83 Texas North Central zone (meter)See code 15358 for equivalent non-metric definition.EPSG&JEPSG"u@?ffffffEPSG#EPSG"vX33333EPSG#EPSG"w@@=p EPSG#EPSG"x@@ =p EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)q+KuEPSG7SPCS83 Texas North zone (meter)See code 15357 for equivalent non-metric definition.EPSG&JEPSG"u"EPSG#EPSG"vYS33333EPSG#EPSG"w@BzGEPSG#EPSG"x@A1REPSG#EPSG"z @EPSG#)EPSG"{B@EPSG#)7+7 EPSG7}Texas CS27 South zoneEPSG&JEPSG"u@9ffffffEPSG#EPSG"vX33333EPSG#EPSG"w@:EPSG#EPSG"x@;EPSG#EPSG"zEPSG#+EPSG"{EPSG#+8+G EPSG7|Texas CS27 South Central zoneEPSG&JEPSG"u@;EPSG#EPSG"vEPSG#EPSG"w@<:G{EPSG#EPSG"x@>+QEPSG#EPSG"zEPSG#+EPSG"{EPSG#+; +% EPSG8@Vermont CS27EPSG&OEPSG"a@E&fffffEPSG#EPSG"bR33333EPSG#EPSG"e?178EPSG#EPSG"f EPSG#+EPSG"gEPSG#+ >D  $ (nW">4+? EPSG9Wisconsin CS27 North zoneEPSG&JEPSG"u@FEPSG#EPSG"vEPSG#EPSG"w@FQEPSG#EPSG"x@G:G{EPSG#EPSG"zEPSG#+EPSG"{EPSG#+,,m[EPSG9SPCS83 West Virginia South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14732.EPSG&JEPSG"u%EPSG#EPSG"vEPSG#EPSG"w@CC =pEPSG#EPSG"x@BQEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+3,m[EPSG9SPCS83 West Virginia North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14731.EPSG&JEPSG"u@C&fffffEPSG#EPSG"vS33333EPSG#EPSG"w@D33333EPSG#EPSG"x'EPSG#EPSG"z tEPSG#+EPSG"{EPSG#+,,m[ EPSG9SPCS83 West Virginia South zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14732.EPSG&JEPSG"u%EPSG#EPSG"vEPSG#EPSG"w@CC =pEPSG#EPSG"x@BQEPSG#EPSG"z tEPSG#)EPSG"{EPSG#)3,m[ EPSG9SPCS83 West Virginia North zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14731.EPSG&JEPSG"u@C&fffffEPSG#EPSG"vS33333EPSG#EPSG"w@D33333EPSG#EPSG"x'EPSG#EPSG"z tEPSG#)EPSG"{EPSG#){,[ EPSG9SPCS83 West Virginia South zone (meter)See projection code 14736 for equivalent non-metric definition.EPSG&JEPSG"u%EPSG#EPSG"vEPSG#EPSG"w@CC =pEPSG#EPSG"x@BQEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#),[ EPSG9SPCS83 West Virginia North zone (meter)See projection code 14735 for equivalent non-metric definition.EPSG&JEPSG"u@C&fffffEPSG#EPSG"vS33333EPSG#EPSG"w@D33333EPSG#EPSG"x'EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)1+G EPSG9nWest Virginia CS27 South zoneEPSG&JEPSG"u%EPSG#EPSG"vEPSG#EPSG"w@BQEPSG#EPSG"x@CC =pEPSG#EPSG"zEPSG#+EPSG"{EPSG#+8+G EPSG9mWest Virginia CS27 North zoneEPSG&JEPSG"u@C&fffffEPSG#EPSG"vS33333EPSG#EPSG"w'EPSG#EPSG"x@D33333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+z+UuEPSG9(SPCS83 Washington South zone (meter)See code 15368 for equivalent non-metric definition.EPSG&JEPSG"u@FEPSG#EPSG"v^33333EPSG#EPSG"w@GEPSG#EPSG"x@FEPSG#EPSG"z EPSG#)EPSG"{EPSG#)s+UuEPSG9'SPCS83 Washington North zone (meter)See code 15367 for equivalent non-metric definition.EPSG&JEPSG"u/EPSG#EPSG"v^ EPSG#EPSG"w@H8QEPSG#EPSG"x@GfffffEPSG#EPSG"z EPSG#)EPSG"{EPSG#)<+A EPSG9 Washington CS27 South zoneEPSG&JEPSG"u@FEPSG#EPSG"v^33333EPSG#EPSG"w@FEPSG#EPSG"x@GEPSG#EPSG"zEPSG#+EPSG"{EPSG#+5+A EPSG9 Washington CS27 North zoneEPSG&JEPSG"u/EPSG#EPSG"v^ EPSG#EPSG"w@GfffffEPSG#EPSG"x@H8QEPSG#EPSG"zEPSG#+EPSG"{EPSG#+{+QuEPSG8SPCS83 Virginia South zone (meter)See code 15366 for equivalent non-metric definition.EPSG&JEPSG"u@BEPSG#EPSG"vS33333EPSG#EPSG"w@B=p EPSG#EPSG"x@B:G{EPSG#EPSG"z5gEPSG#)EPSG"{B@EPSG#){+QuEPSG8SPCS83 Virginia North zone (meter)See code 15365 for equivalent non-metric definition.EPSG&JEPSG"u@B33333EPSG#EPSG"vS33333EPSG#EPSG"w@C\(EPSG#EPSG"x@C\(EPSG#EPSG"z5gEPSG#)EPSG"{EPSG#):+= EPSG8Virginia CS27 South zoneEPSG&JEPSG"u@BEPSG#EPSG"vS33333EPSG#EPSG"w@B:G{EPSG#EPSG"x@B=p EPSG#EPSG"zEPSG#+EPSG"{EPSG#+:+= EPSG8Virginia CS27 North zoneEPSG&JEPSG"u@B33333EPSG#EPSG"vS33333EPSG#EPSG"w@C\(EPSG#EPSG"x@C\(EPSG#EPSG"zEPSG#+EPSG"{EPSG#+ H} zx}4,o[EPSG:XSPCS83 Wyoming East Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14932.EPSG&OEPSG"a@D&fffffEPSG#EPSG"bZEPSG#EPSG"e?|hsEPSG#EPSG"fA4MUS&EPSG#+EPSG"gAMUL_EPSG#+$,_[EPSG:WSPCS83 Wyoming East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14931.EPSG&OEPSG"a@D&fffffEPSG#EPSG"bZFfffffEPSG#EPSG"e?|hsEPSG#EPSG"fA$MUYEPSG#+EPSG"gEPSG#+e+MuEPSG:VSPCS83 Wyoming West zone (meter)See code 14938 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#EPSG"b[33333EPSG#EPSG"e?|hsEPSG#EPSG"f 5EPSG#)EPSG"gEPSG#)j+]uEPSG:USPCS83 Wyoming West Central zone (meter)See code 14937 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#EPSG"b[EPSG#EPSG"e?|hsEPSG#EPSG"f 'EPSG#)EPSG"gEPSG#)m+]uEPSG:TSPCS83 Wyoming East Central zone (meter)See code 14936 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#EPSG"bZEPSG#EPSG"e?|hsEPSG#EPSG"fEPSG#)EPSG"gEPSG#)b+MuEPSG:SSPCS83 Wyoming East zone (meter)See code 14935 for equivalent non-metric definition.EPSG&OEPSG"a@D&fffffEPSG#EPSG"bZFfffffEPSG#EPSG"e?|hsEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)w,+;EPSG:RWyoming LambertSource originally defining the projection is unclear - possibly the Wyoming GIS Center.EPSG&JEPSG"u)EPSG#EPSG"vZ33333EPSG#EPSG"w)EPSG#EPSG"x-EPSG#EPSG"z EPSG#)EPSG"{ @EPSG#)$+9 EPSG:8Wyoming CS27 West zoneEPSG&OEPSG"a@D333333EPSG#EPSG"b[33333EPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+,+I EPSG:7Wyoming CS27 West Central zoneEPSG&OEPSG"a@D333333EPSG#EPSG"b[EPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+,+I EPSG:6Wyoming CS27 East Central zoneEPSG&OEPSG"a@D333333EPSG#EPSG"bZEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+$+9 EPSG:5Wyoming CS27 East zoneEPSG&OEPSG"a@D333333EPSG#EPSG"bZFfffffEPSG#EPSG"e?pEPSG#EPSG"f EPSG#+EPSG"gEPSG#+O+MgEPSG9Wisconsin Transverse Mercator 83Designed to cover the state in a single zone.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f@EPSG#)EPSG"gEPSG#)k+SuEPSG9SPCS83 Wisconsin South zone (meter)See code 15371 for equivalent non-metric definition.EPSG&JEPSG"u*EPSG#EPSG"vEPSG#EPSG"w@FQEPSG#EPSG"x@E8QEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)t+WuEPSG9SPCS83 Wisconsin Central zone (meter)See code 15370 for equivalent non-metric definition.EPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@FfffffEPSG#EPSG"x@F33333EPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)r+SuEPSG9SPCS83 Wisconsin North zone (meter)See code 15369 for equivalent non-metric definition.EPSG&JEPSG"u@FEPSG#EPSG"vEPSG#EPSG"w@G:G{EPSG#EPSG"x@FQEPSG#EPSG"z 'EPSG#)EPSG"{EPSG#)O+MgEPSG9Wisconsin Transverse Mercator 27Designed to cover the state in a single zone.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gUEPSG#)-+? EPSG9Wisconsin CS27 South zoneEPSG&JEPSG"u*EPSG#EPSG"vEPSG#EPSG"w@E8QEPSG#EPSG"x@FQEPSG#EPSG"zEPSG#+EPSG"{EPSG#+C EPSG9Wisconsin CS27 Central zoneEPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@F33333EPSG#EPSG"x@FfffffEPSG#EPSG"zEPSG#+EPSG"{EPSG#+ <3 e ;  |RzI l.a<2+G EPSG:SPCS83 Alaska zone 10 (meter)EPSG&JEPSG"u3EPSG#EPSG"vPEPSG#EPSG"w@JEPSG#EPSG"x@IEPSG#EPSG"zB@EPSG#)EPSG"{EPSG#)+E EPSG:SPCS83 Alaska zone 8 (meter)EPSG&OEPSG"a6EPSG#EPSG"bZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 7 (meter)EPSG&OEPSG"a6EPSG#EPSG"b^EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 6 (meter)EPSG&OEPSG"a6EPSG#EPSG"bbEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 5 (meter)EPSG&OEPSG"a6EPSG#EPSG"bfEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 4 (meter)EPSG&OEPSG"a6EPSG#EPSG"bjEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 3 (meter)EPSG&OEPSG"a6EPSG#EPSG"bnEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+E EPSG:SPCS83 Alaska zone 2 (meter)EPSG&OEPSG"a6EPSG#EPSG"brEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)/,EMEPSG:SPCS83 Alaska zone 1 (meter)If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=818585.57 m, Nc=575219.25 m.EPSG&TEPSG"k9EPSG#EPSG"l`EPSG#EPSG"m@t12EPSG#EPSG"n@t12EPSG#EPSG"o?.HEPSG#EPSG"fLK@EPSG#)EPSG"gEPSG#)+7 EPSG:Alaska Albers (meter)EPSG&^EPSG"u2EPSG#EPSG"vfEPSG#EPSG"w7EPSG#EPSG"xAEPSG#EPSG"zEPSG#)EPSG"{EPSG#)+' EPSG:Alaska AlbersEPSG&^EPSG"u2EPSG#EPSG"vfEPSG#EPSG"w7EPSG#EPSG"xAEPSG#EPSG"zEPSG#+EPSG"{EPSG#+(+3 EPSG:Alaska CS27 zone 10EPSG&JEPSG"u3EPSG#EPSG"vPEPSG#EPSG"w@JEPSG#EPSG"x@IEPSG#EPSG"z-EPSG#+EPSG"{EPSG#++1 EPSG:Alaska CS27 zone 9EPSG&OEPSG"a6EPSG#EPSG"bVEPSG#EPSG"e?.HEPSG#EPSG"f 'EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 8EPSG&OEPSG"a6EPSG#EPSG"bZEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 7EPSG&OEPSG"a6EPSG#EPSG"b^EPSG#EPSG"e?.HEPSG#EPSG"f `EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 6EPSG&OEPSG"a6EPSG#EPSG"bbEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 5EPSG&OEPSG"a6EPSG#EPSG"bfEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 4EPSG&OEPSG"a6EPSG#EPSG"bjEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 3EPSG&OEPSG"a6EPSG#EPSG"bnEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Alaska CS27 zone 2EPSG&OEPSG"a6EPSG#EPSG"brEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#+EPSG"gEPSG#+7,1]EPSG:Alaska CS27 zone 1If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=2685642.82 ftUS, Nc=1887198.47 ftUS.EPSG&TEPSG"k9EPSG#EPSG"l`EPSG#EPSG"m@t12EPSG#EPSG"n@t12EPSG#EPSG"o?.HEPSG#EPSG"fAoIpEPSG#+EPSG"goIpEPSG#+,,_[EPSG:ZSPCS83 Wyoming West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14934.EPSG&OEPSG"a@D&fffffEPSG#EPSG"b[33333EPSG#EPSG"e?|hsEPSG#EPSG"fADMUVlEPSG#+EPSG"gAMUL_EPSG#++E EPSG:SPCS83 Alaska zone 9 (meter)EPSG&OEPSG"a6EPSG#EPSG"bVEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#) ^ ~ 8 : ,x<*,[;EPSG;SPCS83 Utah South zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14333. For equivalent International foot definition see code 15364.EPSG&JEPSG"u@B333333EPSG#EPSG"v[33333EPSG#EPSG"w@CG{EPSG#EPSG"x@B =qEPSG#EPSG"zA9બEPSG#+EPSG"{/DEPSG#+0,_;EPSG;SPCS83 Utah Central zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14332. For equivalent International foot definition see code 15363.EPSG&JEPSG"u@CEPSG#EPSG"v[33333EPSG#EPSG"w@D1REPSG#EPSG"x@CGzEPSG#EPSG"zA9બEPSG#+EPSG"{AYફ6zEPSG#+.,[;EPSG;SPCS83 Utah North zone (US survey foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14331. For equivalent International foot definition see code 15362.EPSG&JEPSG"u@DEPSG#EPSG"v[33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D7 =pEPSG#EPSG"zA9બEPSG#+EPSG"{AI઩ EPSG#+U+m EPSG;~SPCS83 Puerto Rico & Virgin Islands zone (meter)EPSG&JEPSG"u@1EPSG#EPSG"vP =qEPSG#EPSG"w@2B\(EPSG#EPSG"x@2QEPSG#EPSG"z @EPSG#)EPSG"{ @EPSG#)3+) EPSG;bSt. Croix CS27EPSG&JEPSG"u@1EPSG#EPSG"vP =qEPSG#EPSG"w@2B\(EPSG#EPSG"x@2QEPSG#EPSG"z EPSG#+EPSG"{EPSG#+2+- EPSG;aPuerto Rico CS27EPSG&JEPSG"u@1EPSG#EPSG"vP =qEPSG#EPSG"w@2B\(EPSG#EPSG"x@2QEPSG#EPSG"z EPSG#+EPSG"{EPSG#+h,WwEPSG;"SPCS83 Hawaii zone 3 (US survey foot)Used by City and County of Honolulu. Not recognised by Federal authorities because there is no State law defining grid unit. For equivalent metric Federal definition see code 15133.EPSG&OEPSG"a@5EPSG#EPSG"bbEPSG#EPSG"e?JwEPSG#EPSG"fA9બEPSG#+EPSG"gEPSG#+"+E  EPSG;SPCS83 Hawaii zone 5 (meter)EPSG&OEPSG"a@5ffffffEPSG#EPSG"bd33333EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)*+E EPSG;SPCS83 Hawaii zone 4 (meter)EPSG&OEPSG"a@5EPSG#EPSG"bc陙EPSG#EPSG"e?JwEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+E EPSG;SPCS83 Hawaii zone 3 (meter)EPSG&OEPSG"a@5EPSG#EPSG"bbEPSG#EPSG"e?JwEPSG#EPSG"f EPSG#)EPSG"gEPSG#)*+E EPSG;SPCS83 Hawaii zone 2 (meter)EPSG&OEPSG"a@4333333EPSG#EPSG"bcEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#)EPSG"gEPSG#)*+E EPSG;SPCS83 Hawaii zone 1 (meter)EPSG&OEPSG"a@2EPSG#EPSG"bciEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#)EPSG"gEPSG#)+1  EPSG;Hawaii CS27 zone 5EPSG&OEPSG"a@5ffffffEPSG#EPSG"bd33333EPSG#EPSG"eEPSG#EPSG"f EPSG#+EPSG"gEPSG#+ +1 EPSG;Hawaii CS27 zone 4EPSG&OEPSG"a@5EPSG#EPSG"bc陙EPSG#EPSG"e?JwEPSG#EPSG"f EPSG#+EPSG"gEPSG#++1 EPSG:Hawaii CS27 zone 3EPSG&OEPSG"a@5EPSG#EPSG"bbEPSG#EPSG"e?JwEPSG#EPSG"f EPSG#+EPSG"gEPSG#+ +1 EPSG:Hawaii CS27 zone 2EPSG&OEPSG"a@4333333EPSG#EPSG"bcEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+1 EPSG:Hawaii CS27 zone 1EPSG&OEPSG"a@2EPSG#EPSG"bciEPSG#EPSG"e?{]*EPSG#EPSG"f EPSG#+EPSG"gEPSG#+  O  e k .}BO@,_[EPSG;SPCS83 California zone 6 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10436.EPSG&JEPSG"u@@ EPSG#EPSG"v] EPSG#EPSG"w@@ =pEPSG#EPSG"x@@<(\EPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+9,_[EPSG;SPCS83 California zone 5 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10435.EPSG&JEPSG"u@@fffffEPSG#EPSG"vEPSG#EPSG"w@A =pEPSG#EPSG"x@A\(EPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+2,_[EPSG;SPCS83 California zone 4 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10434.EPSG&JEPSG"u@AEPSG#EPSG"vEPSG#EPSG"w@B33333EPSG#EPSG"x$EPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+@,_[EPSG;SPCS83 California zone 3 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10433.EPSG&JEPSG"u@B&fffffEPSG#EPSG"v^33333EPSG#EPSG"w@C!GzEPSG#EPSG"x@BQEPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+9,_[EPSG;SPCS83 California zone 2 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10432.EPSG&JEPSG"u@B33333EPSG#EPSG"vEPSG#EPSG"w@CEPSG#EPSG"x@CEPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+2,_[EPSG;SPCS83 California zone 1 (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10431.EPSG&JEPSG"u@CEPSG#EPSG"vEPSG#EPSG"w@D33333EPSG#EPSG"x(EPSG#EPSG"zAYર EPSG#+EPSG"{A9EPSG#+;,gEPSG;SPCS83 Arizona West zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 10233.EPSG&OEPSG"aEPSG#EPSG"b\\EPSG#EPSG"e?t0mIEPSG#EPSG"f `EPSG#*EPSG"gEPSG#*>,mEPSG;SPCS83 Arizona Central zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 10232.EPSG&OEPSG"aEPSG#EPSG"b[33333EPSG#EPSG"e?.HEPSG#EPSG"f `EPSG#*EPSG"gEPSG#*;,gEPSG;SPCS83 Arizona East zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 10231.EPSG&OEPSG"aEPSG#EPSG"b[fffffEPSG#EPSG"e?.HEPSG#EPSG"f `EPSG#*EPSG"gEPSG#*x+QuEPSG;SPCS83 Kentucky North zone (meter)See code 15328 for equivalent non-metric definition.EPSG&JEPSG"u@BfffffEPSG#EPSG"vU EPSG#EPSG"w@B=p EPSG#EPSG"x@CJ=p EPSG#EPSG"z EPSG#)EPSG"{EPSG#),+) EPSG;Tennessee CS27EPSG&JEPSG"u@A333333EPSG#EPSG"vEPSG#EPSG"w@A33333EPSG#EPSG"x@B EPSG#EPSG"zEPSG#+EPSG"{EPSG#+,9  EPSG;American Samoa LambertPer Snyder: Map Projections - a Working Manual: At origin x=500000 ft; y=0 but radius to latitude of origin = -82000000 feet. Thus False Northing = 312234.65 ftUS. NGS confirms value of FN, which is encoded within their algorithms but not published.EPSG&IEPSG"a,QREPSG#EPSG"bVEPSG#EPSG"eEPSG#EPSG"f EPSG#+EPSG"gEPSG#+!9 8,c[EPSG;SPCS83 Colorado North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10531.EPSG&JEPSG"u@CEPSG#EPSG"vZS33333EPSG#EPSG"w@D<(\EPSG#EPSG"x@C =pEPSG#EPSG"z-EPSG#+EPSG"{B@EPSG#+.2 Z  !V04.1+% EPSG>UTM zone 22SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)0!,G! EPSG>3-degree Gauss-Kruger zone 63Also found with zone truncated from false easting: see Gauss-Kruger cm 171W (code 16332). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)/!,G! EPSG>3-degree Gauss-Kruger zone 49Also found with zone truncated from false easting: see Gauss-Kruger cm 147E (code 16325). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fO`EPSG#)EPSG"gEPSG#). +% EPSG>UTM zone 54NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)- +% EPSG>UTM zone 25NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#),v,G5EPSG>,BLM zone 16N (US survey foot)US survey foot form of UTM zone 16N. Sometimes locally referred to as "UTM zone 16".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#++F,Au EPSGs33333EPSG#EPSG"x@=YEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+,_[EPSG;SPCS83 Florida West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10932.EPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"fA$MU%EPSG#+EPSG"gEPSG#+,_[EPSG;SPCS83 Florida East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10931.EPSG&OEPSG"a@8333333EPSG#EPSG"bEPSG#EPSG"e?pEPSG#EPSG"fA$MU%EPSG#+EPSG"gEPSG#+,W[EPSG;SPCS83 Delaware zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10730.EPSG&OEPSG"a&EPSG#EPSG"bREPSG#EPSG"e?;EPSG#EPSG"fA$MU%EPSG#+EPSG"gEPSG#+5,][EPSG;SPCS83 Connecticut zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10630.EPSG&JEPSG"u@D@EPSG#EPSG"vREPSG#EPSG"w@D\(EPSG#EPSG"x@D\(EPSG#EPSG"zB@EPSG#+EPSG"{ EPSG#+8,c[EPSG;SPCS83 Colorado South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10533.EPSG&JEPSG"u@B333333EPSG#EPSG"vZS33333EPSG#EPSG"w@C!GzEPSG#EPSG"x@BREPSG#EPSG"z-EPSG#+EPSG"{B@EPSG#+g[",_[ EPSG;SPCS83 Indiana West zone (US Survey feet)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11332.EPSG&OEPSG"a@BfffffEPSG#EPSG"bU33333EPSG#EPSG"e?{]*EPSG#EPSG"f-.EPSG#+EPSG"g {EPSG#+   Q  ~o% ,e[EPSG;SPCS83 New Mexico East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13031.EPSG&OEPSG"aEPSG#EPSG"bZ EPSG#EPSG"e?AY-EPSG#EPSG"fA 3EPSG#+EPSG"gEPSG#+H,]EPSG;SPCS83 Montana zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12530.EPSG&JEPSG"u@F33333EPSG#EPSG"v[S33333EPSG#EPSG"w1EPSG#EPSG"x-EPSG#EPSG"zA> w;dEPSG#*EPSG"{EPSG#*(,g[EPSG;SPCS83 Mississippi West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12332.EPSG&OEPSG"a@=LEPSG#EPSG"bVEPSG#EPSG"e?$tSEPSG#EPSG"fAAwEPSG#+EPSG"gEPSG#+#,g[EPSG;SPCS83 Mississippi East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12331.EPSG&OEPSG"a@=LEPSG#EPSG"bV EPSG#EPSG"e?$tSEPSG#EPSG"fEPSG#+EPSG"gEPSG#+],kEPSG;SPCS83 Michigan South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12143.EPSG&JEPSG"u@DfffffEPSG#EPSG"vUzGEPSG#EPSG"w@E33333EPSG#EPSG"x@EzHEPSG#EPSG"zAi\)EPSG#*EPSG"{EPSG#*_,oEPSG;SPCS83 Michigan Central zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12142.EPSG&JEPSG"u@EQEPSG#EPSG"vUzGEPSG#EPSG"w@F\(EPSG#EPSG"x@FzGEPSG#EPSG"zArEPSG#*EPSG"{EPSG#*V,kEPSG;SPCS83 Michigan North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 12141.EPSG&JEPSG"u@F<(\EPSG#EPSG"vEPSG#EPSG"w@GfffffEPSG#EPSG"x@FQEPSG#EPSG"zAy\)EPSG#*EPSG"{EPSG#*9,o[EPSG;SPCS83 Massachusetts Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12032.EPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@DQEPSG#EPSG"x@D\(EPSG#EPSG"zA9EPSG#+EPSG"{EPSG#+>,s[EPSG;SPCS83 Massachusetts Mainland zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12031.EPSG&JEPSG"u)EPSG#EPSG"vQ33333EPSG#EPSG"w@E4zGEPSG#EPSG"x@D =pEPSG#EPSG"zA$MU%EPSG#+EPSG"{%EPSG#+-,W[EPSG;SPCS83 Maryland zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11930.EPSG&JEPSG"u@B33333EPSG#EPSG"vEPSG#EPSG"w@C\(EPSG#EPSG"x@C =pEPSG#EPSG"zA4MU?|EPSG#+EPSG"{EPSG#+B,c[EPSG;SPCS83 Kentucky South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11632.EPSG&JEPSG"u@BEPSG#EPSG"vU\EPSG#EPSG"w@BǮzHEPSG#EPSG"x@B8QEPSG#EPSG"zA9EPSG#+EPSG"{A9EPSG#+c[#,k[EPSG;SPCS83 New Mexico Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13032.EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?.HEPSG#EPSG"fA9EPSG#+EPSG"gEPSG#+ 6 e 5vMq69,k[EPSG;SPCS83 Pennsylvania North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13731.EPSG&JEPSG"u@D EPSG#EPSG"vS\EPSG#EPSG"w@D\)EPSG#EPSG"x@DC =pEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+T,gEPSG;SPCS83 Oregon South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13632.EPSG&JEPSG"u@D33333EPSG#EPSG"v^33333EPSG#EPSG"w,EPSG#EPSG"x@EEPSG#EPSG"zARFEPSG#*EPSG"{EPSG#*T,gEPSG;SPCS83 Oregon North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13631.EPSG&JEPSG"u@E33333EPSG#EPSG"v^33333EPSG#EPSG"w.EPSG#EPSG"x@FEPSG#EPSG"zA_I;dZEPSG#*EPSG"{EPSG#*.,c[EPSG;SPCS83 Oklahoma South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13532.EPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@AREPSG#EPSG"x@@ǮzHEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+',c[EPSG;SPCS83 Oklahoma North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13531.EPSG&JEPSG"u#EPSG#EPSG"vEPSG#EPSG"w@B:G{EPSG#EPSG"x@AQEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+a,sEPSG;SPCS83 North Dakota South zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13332.EPSG&JEPSG"u@F33333EPSG#EPSG"vY33333EPSG#EPSG"w@GQEPSG#EPSG"x@GzGEPSG#EPSG"zA> w;dEPSG#*EPSG"{EPSG#*Z,sEPSG;SPCS83 North Dakota North zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13331.EPSG&JEPSG"u/EPSG#EPSG"vY33333EPSG#EPSG"w@H8QEPSG#EPSG"x@GGzEPSG#EPSG"zA> w;dEPSG#*EPSG"{EPSG#*.,c[EPSG;SPCS83 North Carolina zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13230.EPSG&JEPSG"u@@EPSG#EPSG"vEPSG#EPSG"w@B EPSG#EPSG"x@AEPSG#EPSG"zEPSG#+EPSG"{EPSG#+4,o[EPSG;SPCS83 New York Long Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13134.EPSG&JEPSG"u@D EPSG#EPSG"vEPSG#EPSG"w@D\(EPSG#EPSG"x@D333333EPSG#EPSG"zEPSG#+EPSG"{EPSG#+,a[EPSG;SPCS83 New York West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13133.EPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"fA1EPSG#+EPSG"gEPSG#+!,g[EPSG;SPCS83 New York Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13132.EPSG&OEPSG"a(EPSG#EPSG"bSfffffEPSG#EPSG"e?|hsEPSG#EPSG"fA)~EPSG#+EPSG"gEPSG#+ ,a[EPSG;SPCS83 New York East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13131.EPSG&OEPSG"a@C@EPSG#EPSG"bR33333EPSG#EPSG"e?.HEPSG#EPSG"f]EPSG#+EPSG"gEPSG#+  H  L:B,c[EPSG<SPCS83 Virginia North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14531.EPSG&JEPSG"u@B33333EPSG#EPSG"vS33333EPSG#EPSG"w@C\(EPSG#EPSG"x@C\(EPSG#EPSG"zAeXbEPSG#+EPSG"{AYર EPSG#+.,c3EPSG<SPCS83 Utah South zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14333. For equivalent US Survey foot definition see code 15299.EPSG&JEPSG"u@B333333EPSG#EPSG"v[33333EPSG#EPSG"w@CG{EPSG#EPSG"x@B =qEPSG#EPSG"zA9 EPSG#*EPSG"{AbEPSG#*0,g3EPSG<SPCS83 Utah Central zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14332. For equivalent US Survey foot definition see code 15298.EPSG&JEPSG"u@CEPSG#EPSG"v[33333EPSG#EPSG"w@D1REPSG#EPSG"x@CGzEPSG#EPSG"zA9 EPSG#*EPSG"{AY\)EPSG#*.,c3EPSG<SPCS83 Utah North zone (international foot)State law defining grid unit as International feet (note: not US Survey feet) has been withdrawn. For equivalent metric Federal definition see code 14331. For equivalent US Survey foot definition see code 15297.EPSG&JEPSG"u@DEPSG#EPSG"v[33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D7 =pEPSG#EPSG"zA9 EPSG#*EPSG"{AI\)EPSG#*:,][EPSG<SPCS83 Texas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14235.EPSG&JEPSG"u@9ffffffEPSG#EPSG"vX33333EPSG#EPSG"w@;EPSG#EPSG"x@:EPSG#EPSG"zEPSG#+EPSG"{AoIXbEPSG#+;,m[EPSG<SPCS83 Texas South Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14234.EPSG&JEPSG"u@;EPSG#EPSG"vEPSG#EPSG"w@>+QEPSG#EPSG"x@<:G{EPSG#EPSG"z tEPSG#+EPSG"{AiધEPSG#+=,a[EPSG;SPCS83 Texas Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14233.EPSG&JEPSG"u@=ffffffEPSG#EPSG"vY EPSG#EPSG"w@?zHEPSG#EPSG"x@>REPSG#EPSG"zAAwEPSG#+EPSG"{/DEPSG#+B,m[EPSG;SPCS83 Texas North Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14232.EPSG&JEPSG"u@?ffffffEPSG#EPSG"vX33333EPSG#EPSG"w@@=p EPSG#EPSG"x@@ =p EPSG#EPSG"z tEPSG#+EPSG"{AYર EPSG#+8,][EPSG;SPCS83 Texas North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14231.EPSG&JEPSG"u"EPSG#EPSG"vYS33333EPSG#EPSG"w@BzGEPSG#EPSG"x@A1REPSG#EPSG"zA$MU%EPSG#+EPSG"{AIટwEPSG#+),Y[EPSG;SPCS83 Tennessee zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14130.EPSG&JEPSG"u@AEPSG#EPSG"vEPSG#EPSG"w@B EPSG#EPSG"x@A33333EPSG#EPSG"z tEPSG#+EPSG"{EPSG#+Q,kEPSG;SPCS83 South Carolina zone (international foot)State law defines grid unit as International feet (note: not US Survey feet). For equivalent metric Federal definition see code 13930.EPSG&JEPSG"u@?EPSG#EPSG"vEPSG#EPSG"w@A@EPSG#EPSG"x@@&fffffEPSG#EPSG"zEPSG#*EPSG"{EPSG#*   G  bV9,[[EPSG<SPCS83 Iowa North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11431.EPSG&JEPSG"u@DfffffEPSG#EPSG"vWS33333EPSG#EPSG"w@EzGEPSG#EPSG"x@EQEPSG#EPSG"zKEPSG#+EPSG"{AI઩ EPSG#+[,9 EPSG<American Samoa LambertPer Snyder: Map Projections - a Working Manual: At origin x=500000 ft; y=0 but radius to latitude of origin = -82000000 feet. US National Geodetic Survey confirms value for False Northing.EPSG&IEPSG"a,QREPSG#EPSG"bVEPSG#EPSG"eEPSG#EPSG"f EPSG#+EPSG"gAEPSG#+>,e[EPSG<SPCS83 Kentucky Single Zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11630.EPSG&JEPSG"u@BEPSG#EPSG"vU\EPSG#EPSG"w@BfffffEPSG#EPSG"x@C333333EPSG#EPSG"zKEPSG#+EPSG"{AIટwEPSG#+m,[WEPSG<Oregon GIC Lambert (international foot)State law defines grid unit as International feet (note: not US Survey feet). For original metric definition (not used by Oregon state agencies) see proj code 13633.EPSG&JEPSG"u@DEPSG#EPSG"v^33333EPSG#EPSG"w+EPSG#EPSG"x@FfffffEPSG#EPSG"zA4O?|EPSG#*EPSG"{EPSG#*',_[EPSG< SPCS83 Indiana West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11332.EPSG&OEPSG"a@BfffffEPSG#EPSG"bU33333EPSG#EPSG"e?{]*EPSG#EPSG"f-.EPSG#+EPSG"gA)~EPSG#+,,_[EPSG< SPCS83 Indiana East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11331.EPSG&OEPSG"a@BfffffEPSG#EPSG"bUYEPSG#EPSG"e?{]*EPSG#EPSG"fAMTEPSG#+EPSG"gA)~EPSG#+(,e[EPSG< SPCS83 Wisconsin South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14833.EPSG&JEPSG"u*EPSG#EPSG"vEPSG#EPSG"w@FQEPSG#EPSG"x@E8QEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+1,i[EPSG< SPCS83 Wisconsin Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14832.EPSG&JEPSG"u@EEPSG#EPSG"vEPSG#EPSG"w@FfffffEPSG#EPSG"x@F33333EPSG#EPSG"z tEPSG#+EPSG"{EPSG#+/,e[EPSG< SPCS83 Wisconsin North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14831.EPSG&JEPSG"u@FEPSG#EPSG"vEPSG#EPSG"w@G:G{EPSG#EPSG"x@FQEPSG#EPSG"z tEPSG#+EPSG"{EPSG#+<,g[EPSG<SPCS83 Washington South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14632.EPSG&JEPSG"u@FEPSG#EPSG"v^33333EPSG#EPSG"w@GEPSG#EPSG"x@FEPSG#EPSG"zA9EPSG#+EPSG"{EPSG#+5,g[EPSG<SPCS83 Washington North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 14631.EPSG&JEPSG"u/EPSG#EPSG"v^ EPSG#EPSG"w@H8QEPSG#EPSG"x@GfffffEPSG#EPSG"zA9EPSG#+EPSG"{EPSG#+c[/,[[EPSG<SPCS83 Iowa South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11432.EPSG&JEPSG"u(EPSG#EPSG"vWS33333EPSG#EPSG"w@D(\EPSG#EPSG"x@D/\(EPSG#EPSG"zA9બEPSG#+EPSG"{EPSG#+  e 8 ^<;,e[EPSG< SPCS83 Louisiana South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11732.EPSG&JEPSG"u@kQEPSG#EPSG"x@=.zGEPSG#EPSG"zAI઩ EPSG#+EPSG"{EPSG#+;,e[EPSG<SPCS83 Louisiana North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11731.EPSG&JEPSG"u@>LEPSG#EPSG"vW33333EPSG#EPSG"w@@333333EPSG#EPSG"x@?EPSG#EPSG"zAI઩ EPSG#+EPSG"{EPSG#+$,_[EPSG<SPCS83 Rhode Island zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 13830.EPSG&OEPSG"a@DfffffEPSG#EPSG"bQ33333EPSG#EPSG"e?䎊rEPSG#EPSG"fAMUL_EPSG#+EPSG"gEPSG#+ ,a[EPSG<SPCS83 New Hampshire zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12830.EPSG&OEPSG"a@E&fffffEPSG#EPSG"bQٙEPSG#EPSG"e?{]*EPSG#EPSG"fEPSG#+EPSG"gEPSG#+%,a[EPSG<SPCS83 Illinois West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11232.EPSG&OEPSG"a@B333333EPSG#EPSG"bVfffffEPSG#EPSG"e?pEPSG#EPSG"fAA EPSG#+EPSG"gEPSG#+ ,a[EPSG<SPCS83 Illinois East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11231.EPSG&OEPSG"a@B333333EPSG#EPSG"bV EPSG#EPSG"e?˒:)EPSG#EPSG"fEPSG#+EPSG"gEPSG#+;,c[EPSG<SPCS83 Arkansas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10332.EPSG&JEPSG"u@@333333EPSG#EPSG"vEPSG#EPSG"w@A:G{EPSG#EPSG"x@@ =pEPSG#EPSG"zA4MUS&EPSG#+EPSG"{A4MUS&EPSG#+3,c[EPSG<SPCS83 Arkansas North zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 10331.EPSG&JEPSG"u@AEPSG#EPSG"vEPSG#EPSG"w@BREPSG#EPSG"x@AGzHEPSG#EPSG"zA4MUS&EPSG#+EPSG"{EPSG#+,[[EPSG<SPCS83 New Jersey zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12930.EPSG&OEPSG"a@C@EPSG#EPSG"bR33333EPSG#EPSG"e?.HEPSG#EPSG"f]EPSG#+EPSG"gEPSG#++,][EPSG<SPCS83 Nevada West zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12733.EPSG&OEPSG"a@A9EPSG#EPSG"b]fffffEPSG#EPSG"e?.HEPSG#EPSG"fADMUVlEPSG#+EPSG"gAiપdEPSG#+*,c[EPSG<SPCS83 Nevada Central zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12732.EPSG&OEPSG"a@A9EPSG#EPSG"b]EPSG#EPSG"e?.HEPSG#EPSG"fA9બEPSG#+EPSG"g,^EPSG#++,][EPSG<SPCS83 Nevada East zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 12731.EPSG&OEPSG"a@A9EPSG#EPSG"b\fffffEPSG#EPSG"e?.HEPSG#EPSG"fA$MUYEPSG#+EPSG"gAyપ͟EPSG#+@,_[EPSG<SPCS83 Kansas South zone (US survey foot)State law defines grid unit as US Survey feet. For equivalent metric Federal definition see code 11532.EPSG&JEPSG"u@B333333EPSG#EPSG"vX33333EPSG#EPSG"w@C+QEPSG#EPSG"x@BzGEPSG#EPSG"zA4MUS&EPSG#+EPSG"{A4MUS&EPSG#+ t U  @ w@ec/t1\+W  EPSG t " ^ F*~aEA,7u EPSG+BLM zone 15N (US survey foot)US survey foot form of UTM zone 15N. Sometimes locally referred to as "UTM zone 15".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+v,G5EPSG>*BLM zone 14N (US survey foot)US survey foot form of UTM zone 14N. Sometimes locally referred to as "UTM zone 14".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#++A'EPSGUTM zone 23NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 22NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 21NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 20NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 19NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 18NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 17NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 16NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 15NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 14NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 13NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 12NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 11NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 10NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 9NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 8NEPSG&OEPSG"aEPSG#EPSG"byEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 7NEPSG&OEPSG"aEPSG#EPSG"bsEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 6NEPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 5NEPSG&OEPSG"aEPSG#EPSG"bgEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 4NEPSG&OEPSG"aEPSG#EPSG"baEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 3NEPSG&OEPSG"aEPSG#EPSG"b[EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 2NEPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +# EPSG>UTM zone 1NEPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)&,WsEPSG>UTM grid system (northern hemisphere)Use UTM zone xx N (codes 16001-16060) for use outwith zone boundary or when easting is not prefixed by zone number.EPSG&`EPSG"aEPSG#EPSG"~LEPSG#EPSG"EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)v,G5EPSG>-BLM zone 17N (US survey foot)US survey foot form of UTM zone 17N. Sometimes locally referred to as "UTM zone 17".EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"fA9ૅEPSG#+EPSG"gEPSG#+kG5EPSG>,BLM zone 16N (US survey foot)US survey foot form of UTM +% EPSG>UTM zone 24NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) sY ? % ~ dJ0oU; +% EPSG>UTM zone 53NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 52NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 51NEPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 50NEPSG&OEPSG"aEPSG#EPSG"buEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 49NEPSG&OEPSG"aEPSG#EPSG"boEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 48NEPSG&OEPSG"aEPSG#EPSG"biEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 47NEPSG&OEPSG"aEPSG#EPSG"bcEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 46NEPSG&OEPSG"aEPSG#EPSG"b]EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 45NEPSG&OEPSG"aEPSG#EPSG"bWEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 44NEPSG&OEPSG"aEPSG#EPSG"bQEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 43NEPSG&OEPSG"aEPSG#EPSG"bKEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 42NEPSG&OEPSG"aEPSG#EPSG"bEEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 41NEPSG&OEPSG"aEPSG#EPSG"b?EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 40NEPSG&OEPSG"aEPSG#EPSG"b9EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 39NEPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 38NEPSG&OEPSG"aEPSG#EPSG"b-EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 37NEPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 36NEPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 35NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 34NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 33NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 32NEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 31NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 30NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 29NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 28NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 27NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 26NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) _rV :  wL)_*,G3 EPSG>3-degree Gauss-Kruger zone 48Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 144E (code 16178). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 47Also found with zone truncated from false easting: see Gauss-Kruger cm 141E (code 16324). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 46Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 138E (code 16176). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fňEPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 45Also found with zone truncated from false easting: see Gauss-Kruger cm 135E (code 16323). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fF`EPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 44Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 132E (code 16174). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 43Also found with zone truncated from false easting: see Gauss-Kruger cm 129E (code 16322). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)),G3 EPSG>3-degree Gauss-Kruger zone 42Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 126E (code 16172). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b~EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) ,G! EPSG>3-degree Gauss-Kruger zone 41Also found with zone truncated from false easting: see Gauss-Kruger cm 123E (code 16321). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"eEPSG#EPSG"fy=`EPSG#)EPSG"gEPSG#)),G3 EPSG>3-degree Gauss-Kruger zone 40Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 120E (code 16170). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bxEPSG#EPSG"eEPSG#EPSG"fi EPSG#)EPSG"gEPSG#)?,}EPSG>TM35FINIdentical to UTM zone 35N (code 16035) except for area of use. TM35FIN is used in conjunction with EUREF-FIN for mapping all Finnish territory (from 19°E to 31.6°E) in a single zone.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)%+S EPSG>Universal Polar Stereographic NorthEPSG&REPSG"aZEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 60NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 59NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 58NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 57NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 56NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) +% EPSG>UTM zone 55NEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)  b 6 uJ'*,G3 EPSG>3-degree Gauss-Kruger zone 62Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 174W (code 16192). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bREPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 61Also found with zone truncated from false easting: see Gauss-Kruger cm 177W (code 16331). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"eEPSG#EPSG"fj`EPSG#)EPSG"gEPSG#)),G1  EPSG>3-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 180 (code 16190). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 59Also found with zone truncated from false easting: see Gauss-Kruger cm 177E (code 16330). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 174E (code 16188). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f|EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see Gauss-Kruger cm 171E (code 16329). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fma`EPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 56Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 168E (code 16186). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f^ EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 55Also found with zone truncated from false easting: see Gauss-Kruger cm 165E (code 16328). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fNEPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 54Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 162E (code 16184). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f?EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 53Also found with zone truncated from false easting: see Gauss-Kruger cm 159E (code 16327). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f0X`EPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 52Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 156E (code 16182). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f! EPSG#)EPSG"gEPSG#)!,G! EPSG>3-degree Gauss-Kruger zone 51Also found with zone truncated from false easting: see Gauss-Kruger cm 153E (code 16326). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 50Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 150E (code 16180). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)  h F$qO- zXo+% EPSG>UTM zone 19SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 18SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 17SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 16SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 15SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 14SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 13SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 12SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 11SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 10SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 9SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 8SEPSG&OEPSG"aEPSG#EPSG"byEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 7SEPSG&OEPSG"aEPSG#EPSG"bsEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 6SEPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 5SEPSG&OEPSG"aEPSG#EPSG"bgEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 4SEPSG&OEPSG"aEPSG#EPSG"baEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 3SEPSG&OEPSG"aEPSG#EPSG"b[EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 2SEPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG>UTM zone 1SEPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)*,WsEPSG>UTM grid system (southern hemisphere)Use UTM zone xx S (codes 16101-16160) for use outwith zone boundary or when easting is not prefixed by zone number.EPSG&`EPSG"aEPSG#EPSG"~LEPSG#EPSG"EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)y,GQ EPSG>3-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 180E (code 16190).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f( EPSG#)EPSG"gEPSG#)*,G3 EPSG>3-degree Gauss-Kruger zone 64Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 168W (code 16194). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bXEPSG#EPSG"eEPSG#EPSG"f1 EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 21SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)g+% EPSG>UTM zone 20SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) M + x V 4_=hFo+% EPSG?UTM zone 48SEPSG&OEPSG"aEPSG#EPSG"biEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 47SEPSG&OEPSG"aEPSG#EPSG"bcEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 46SEPSG&OEPSG"aEPSG#EPSG"b]EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 45SEPSG&OEPSG"aEPSG#EPSG"bWEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 44SEPSG&OEPSG"aEPSG#EPSG"bQEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 43SEPSG&OEPSG"aEPSG#EPSG"bKEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 42SEPSG&OEPSG"aEPSG#EPSG"bEEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 41SEPSG&OEPSG"aEPSG#EPSG"b?EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 40SEPSG&OEPSG"aEPSG#EPSG"b9EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 39SEPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 38SEPSG&OEPSG"aEPSG#EPSG"b-EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 37SEPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 36SEPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 35SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 34SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 33SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 32SEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 31SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 30SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 29SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 28SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 27SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 26SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 25SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 24SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG>UTM zone 23SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 49SEPSG&OEPSG"aEPSG#EPSG"boEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) oK '  q M hI) ,G  EPSG?13-degree Gauss-Kruger CM 141E3-degree Gauss-Kruger zone 47N (code 16077) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?03-degree Gauss-Kruger CM 138E3-degree Gauss-Kruger zone 46N (code 16076) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?/3-degree Gauss-Kruger CM 135E3-degree Gauss-Kruger zone 45N (code 16075) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?.3-degree Gauss-Kruger CM 132E3-degree Gauss-Kruger zone 44N (code 16074) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?-3-degree Gauss-Kruger CM 129E3-degree Gauss-Kruger zone 43N (code 16073) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?,3-degree Gauss-Kruger CM 126E3-degree Gauss-Kruger zone 42N (code 16072) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b~EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?+3-degree Gauss-Kruger CM 123E3-degree Gauss-Kruger zone 41N (code 16071) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?*3-degree Gauss-Kruger CM 120E3-degree Gauss-Kruger zone 40N (code 16070) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bxEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)%+S EPSG?!Universal Polar Stereographic SouthEPSG&REPSG"aEPSG#EPSG"bEPSG#EPSG"e?+EPSG#EPSG"fEPSG#)EPSG"gEPSG#)+% EPSG? UTM zone 60SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 59SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 58SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 57SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 56SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 55SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 54SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 53SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 52SEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+% EPSG?UTM zone 51SEPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)?C ] l>*A(?B+ EPSG@TM 13 NEEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)A,E EPSG@3-degree Gauss-Kruger CM 84E3-degree Gauss-Kruger zone 28N (code 16288) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bTEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)@,E  EPSG?3-degree Gauss-Kruger CM 39E3-degree Gauss-Kruger zone 13N (code 16273) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)?,3 EPSG?Gauss-Kruger CM 15WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 58N (code 16258). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)>,5 EPSG?Gauss-Kruger CM 105WUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 43N (code 16243). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)=c,59 EPSG?Gauss-Kruger CM 159EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 27N (code 16227).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)<`,37 EPSG?Gauss-Kruger CM 51EUsually used with zone prefix to FE - see 6-degree Gauss-Kruger zone 9N (code 16209).EPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#);(,G1 EPSG?3-degree Gauss-Kruger zone 32Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 96E (code 16392). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b`EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#):(,G1 EPSG?3-degree Gauss-Kruger zone 18Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 54E (code 16378). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b6EPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)9k,E; EPSG?3-degree Gauss-Kruger zone 1Also found with zone truncated from false easting: see Gauss-Kruger CM 3E (code 16301).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)8(,G1 EPSG?w6-degree Gauss-Kruger zone 47Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 81W (code 16347). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7*,G3 EPSG?i6-degree Gauss-Kruger zone 33Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 165W (code 16333). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b[EPSG#EPSG"eEPSG#EPSG"f+`EPSG#)EPSG"gEPSG#)6w,GO EPSG?X6-degree Gauss-Kruger zone 16Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 93E (code 16316).EPSG&OEPSG"aEPSG#EPSG"b]EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)5,G  EPSG?A3-degree Gauss-Kruger CM 171W3-degree Gauss-Kruger zone 63N (code 16093) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)3,G EPSG?23-degree Gauss-Kruger CM 144E3-degree Gauss-Kruger zone 48N (code 16078) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#) q ` @ q,G  EPSG??3-degree Gauss-Kruger CM 177W3-degree Gauss-Kruger zone 61N (code 16091) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)m,G; EPSG?>3-degree Gauss-Kruger CM 180E3-degree Gauss-Kruger zone 60N (code 16099) without zone prefix to false easting value.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?=3-degree Gauss-Kruger CM 177E3-degree Gauss-Kruger zone 59N (code 16089) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?<3-degree Gauss-Kruger CM 174E3-degree Gauss-Kruger zone 58N (code 16088) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?;3-degree Gauss-Kruger CM 171E3-degree Gauss-Kruger zone 57N (code 16087) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?:3-degree Gauss-Kruger CM 168E3-degree Gauss-Kruger zone 56N (code 16086) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?93-degree Gauss-Kruger CM 165E3-degree Gauss-Kruger zone 55N (code 16085) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?83-degree Gauss-Kruger CM 162E3-degree Gauss-Kruger zone 54N (code 16084) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?73-degree Gauss-Kruger CM 159E3-degree Gauss-Kruger zone 53N (code 16083) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?63-degree Gauss-Kruger CM 156E3-degree Gauss-Kruger zone 52N (code 16082) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?53-degree Gauss-Kruger CM 153E3-degree Gauss-Kruger zone 51N (code 16081) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?43-degree Gauss-Kruger CM 150E3-degree Gauss-Kruger zone 50N (code 16080) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G  EPSG?33-degree Gauss-Kruger CM 147E3-degree Gauss-Kruger zone 49N (code 16079) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?@3-degree Gauss-Kruger CM 174W3-degree Gauss-Kruger zone 62N (code 16092) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bREPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#) * #*w,GO EPSG?W6-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 87E (code 16315).EPSG&OEPSG"aEPSG#EPSG"bWEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)w,GO EPSG?U6-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 75E (code 16313).EPSG&OEPSG"aEPSG#EPSG"bKEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)w,GO EPSG?T6-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 69E (code 16312).EPSG&OEPSG"aEPSG#EPSG"bEEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)w,GO EPSG?S6-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 63E (code 16311).EPSG&OEPSG"aEPSG#EPSG"b?EPSG#EPSG"eEPSG#EPSG"fyEPSG#)EPSG"gEPSG#)w,GO EPSG?R6-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 57E (code 16310).EPSG&OEPSG"aEPSG#EPSG"b9EPSG#EPSG"eEPSG#EPSG"f7EPSG#)EPSG"gEPSG#)v,EO EPSG?Q6-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 51E (code 16309).EPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)v,EO EPSG?P6-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 45E (code 16308).EPSG&OEPSG"aEPSG#EPSG"b-EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)u,EO EPSG?O6-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 39E (code 16307).EPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"eEPSG#EPSG"frpEPSG#)EPSG"gEPSG#)u,EO EPSG?N6-degree Gauss-Kruger zone 6Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 33E (code 16306).EPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"eEPSG#EPSG"fc.EPSG#)EPSG"gEPSG#)u,EO EPSG?M6-degree Gauss-Kruger zone 5Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 27E (code 16305).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fS`EPSG#)EPSG"gEPSG#)u,EO EPSG?L6-degree Gauss-Kruger zone 4Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 21E (code 16304).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fD EPSG#)EPSG"gEPSG#)u,EO EPSG?K6-degree Gauss-Kruger zone 3Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 15E (code 16303).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)t,EM EPSG?J6-degree Gauss-Kruger zone 2Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 9E (code 16302).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"eEPSG#EPSG"f&%EPSG#)EPSG"gEPSG#)%,E/ EPSG?I6-degree Gauss-Kruger zone 1Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 3E (code 16301). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#),G EPSG?B3-degree Gauss-Kruger CM 168W3-degree Gauss-Kruger zone 64N (code 16094) without zone prefix to false easting value. Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bXEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)w,GO EPSG?V6-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 81E (code 16314).EPSG&OEPSG"aEPSG#EPSG"bQEPSG#EPSG"eEPSG#EPSG"f@EPSG#)EPSG"gEPSG#) V    $ ).38=BGLQVy,GQ EPSG?h6-degree Gauss-Kruger zone 32Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 171W (code 16332).EPSG&OEPSG"aEPSG#EPSG"bUEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)y,GQ EPSG?g6-degree Gauss-Kruger zone 31Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 177W (code 16331).EPSG&OEPSG"aEPSG#EPSG"bOEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)y,GQ EPSG?f6-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 177E (code 16330).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fdEPSG#)EPSG"gEPSG#)y,GQ EPSG?e6-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 171E (code 16329).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f"`EPSG#)EPSG"gEPSG#)y,GQ EPSG?d6-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 165E (code 16328).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)y,GQ EPSG?c6-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 159E (code 16327).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)y,GQ EPSG?b6-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 153E (code 16326).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f[EPSG#)EPSG"gEPSG#)y,GQ EPSG?a6-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 147E (code 16325).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)y,GQ EPSG?`6-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 141E (code 16324).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fu EPSG#)EPSG"gEPSG#)y,GQ EPSG?_6-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 135E (code 16323).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"ffEPSG#)EPSG"gEPSG#)y,GQ EPSG?^6-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 129E (code 16322).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fWREPSG#)EPSG"gEPSG#)x,GQ EPSG?]6-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 123E (code 16321).EPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"eEPSG#EPSG"fH`EPSG#)EPSG"gEPSG#)x,GQ EPSG?\6-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 117E (code 16320).EPSG&OEPSG"aEPSG#EPSG"buEPSG#EPSG"eEPSG#EPSG"f8 EPSG#)EPSG"gEPSG#)x,GQ EPSG?[6-degree Gauss-Kruger zone 19Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 111E (code 16319).EPSG&OEPSG"aEPSG#EPSG"boEPSG#EPSG"eEPSG#EPSG"f)EPSG#)EPSG"gEPSG#)x,GQ EPSG?Z6-degree Gauss-Kruger zone 18Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 105E (code 16318).EPSG&OEPSG"aEPSG#EPSG"biEPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)w,GO EPSG?Y6-degree Gauss-Kruger zone 17Also found with zone truncated from false easting: see 6-degree Gauss-Kruger CM 99E (code 16317).EPSG&OEPSG"aEPSG#EPSG"bcEPSG#EPSG"eEPSG#EPSG"f `EPSG#)EPSG"gEPSG#)  | P $vK (,G1 EPSG?u6-degree Gauss-Kruger zone 45Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 93W (code 16345). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fF`EPSG#)EPSG"gEPSG#)(,G1 EPSG?t6-degree Gauss-Kruger zone 44Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 99W (code 16344). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)),G3 EPSG?s6-degree Gauss-Kruger zone 43Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 105W (code 16343). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)),G3 EPSG?r6-degree Gauss-Kruger zone 42Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 111W (code 16342). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)),G3 EPSG?q6-degree Gauss-Kruger zone 41Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 117W (code 16341). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fy=`EPSG#)EPSG"gEPSG#)),G3 EPSG?p6-degree Gauss-Kruger zone 40Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 123W (code 16340). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fi EPSG#)EPSG"gEPSG#)*,G3 EPSG?o6-degree Gauss-Kruger zone 39Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 129W (code 16339). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fZEPSG#)EPSG"gEPSG#)*,G3 EPSG?n6-degree Gauss-Kruger zone 38Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 135W (code 16338). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"byEPSG#EPSG"eEPSG#EPSG"fKvEPSG#)EPSG"gEPSG#)*,G3 EPSG?m6-degree Gauss-Kruger zone 37Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 141W (code 16337). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bsEPSG#EPSG"eEPSG#EPSG"f<4`EPSG#)EPSG"gEPSG#)*,G3 EPSG?l6-degree Gauss-Kruger zone 36Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 147W (code 16336). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"eEPSG#EPSG"f, EPSG#)EPSG"gEPSG#)*,G3 EPSG?k6-degree Gauss-Kruger zone 35Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 153W (code 16335). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bgEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)*,G3 EPSG?j6-degree Gauss-Kruger zone 34Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 159W (code 16334). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"baEPSG#EPSG"eEPSG#EPSG"fmEPSG#)EPSG"gEPSG#)(,G1 EPSG?v6-degree Gauss-Kruger zone 46Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 87W (code 16346). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fňEPSG#)EPSG"gEPSG#)#)  X . \2',G/ EPSG?6-degree Gauss-Kruger zone 59Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 9W (code 16359). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(,G1 EPSG?6-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 15W (code 16358). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f|EPSG#)EPSG"gEPSG#)(,G1 EPSG?6-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 21W (code 16357). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fma`EPSG#)EPSG"gEPSG#)(,G1 EPSG?6-degree Gauss-Kruger zone 56Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 27W (code 16356). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f^ EPSG#)EPSG"gEPSG#)(,G1 EPSG?6-degree Gauss-Kruger zone 55Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 33W (code 16355). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fNEPSG#)EPSG"gEPSG#)(,G1 EPSG?~6-degree Gauss-Kruger zone 54Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 39W (code 16354). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f?EPSG#)EPSG"gEPSG#)(,G1 EPSG?}6-degree Gauss-Kruger zone 53Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 45W (code 16353). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f0X`EPSG#)EPSG"gEPSG#)(,G1 EPSG?|6-degree Gauss-Kruger zone 52Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 51W (code 16352). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f! EPSG#)EPSG"gEPSG#)(,G1 EPSG?{6-degree Gauss-Kruger zone 51Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 57W (code 16351). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(,G1 EPSG?z6-degree Gauss-Kruger zone 50Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 63W (code 16350). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(,G1 EPSG?y6-degree Gauss-Kruger zone 49Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 69W (code 16349). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fO`EPSG#)EPSG"gEPSG#)(,G1 EPSG?x6-degree Gauss-Kruger zone 48Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 75W (code 16348). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)',G/ EPSG?6-degree Gauss-Kruger zone 60Also found with zone truncated from false easting: see 6-degree Gauss-Kruger cm 3W (code 16360). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f( EPSG#)EPSG"gEPSG#)) f  & 8 A S [lsf,G EPSG?3-degree Gauss-Kruger zone 17Also found with zone truncated from false easting: see Gauss-Kruger cm 51E (code 16309). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"eEPSG#EPSG"f `EPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 16Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 48E (code 16376). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b0EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)n,G= EPSG?3-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see Gauss-Kruger CM 45E (code 16308).EPSG&OEPSG"aEPSG#EPSG"b-EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)w,GO EPSG?3-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 42E (code 16374).EPSG&OEPSG"aEPSG#EPSG"b*EPSG#EPSG"eEPSG#EPSG"f@EPSG#)EPSG"gEPSG#)n,G= EPSG?3-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see Gauss-Kruger CM 39E (code 16307).EPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)w,GO EPSG?3-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 36E (code 16372).EPSG&OEPSG"aEPSG#EPSG"b$EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)n,G= EPSG?3-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see Gauss-Kruger CM 33E (code 16306).EPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"eEPSG#EPSG"fyEPSG#)EPSG"gEPSG#)w,GO EPSG?3-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 30E (code 16370).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f7EPSG#)EPSG"gEPSG#)m,E= EPSG?3-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see Gauss-Kruger CM 27E (code 16305).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)v,EO EPSG?3-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 24E (code 16368).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)l,E= EPSG?3-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see Gauss-Kruger CM 21E (code 16304).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"frpEPSG#)EPSG"gEPSG#)u,EO EPSG?3-degree Gauss-Kruger zone 6Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 18E (code 16366).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fc.EPSG#)EPSG"gEPSG#)l,E= EPSG?3-degree Gauss-Kruger zone 5Also found with zone truncated from false easting: see Gauss-Kruger CM 15E (code 16303).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fS`EPSG#)EPSG"gEPSG#)u,EO EPSG?3-degree Gauss-Kruger zone 4Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 12E (code 16364).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"eEPSG#EPSG"fD EPSG#)EPSG"gEPSG#)k,E; EPSG?3-degree Gauss-Kruger zone 3Also found with zone truncated from false easting: see Gauss-Kruger CM 9E (code 16302).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)t,EM EPSG?3-degree Gauss-Kruger zone 2Also found with zone truncated from false easting: see 3-degree Gauss-Kruger CM 6E (code 16362).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f&%EPSG#)EPSG"gEPSG#)   j @ _>(,G1 EPSG?3-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 90E (code 16390). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"eEPSG#EPSG"fdEPSG#)EPSG"gEPSG#),G EPSG?3-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see Gauss-Kruger cm 87E (code 16315). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bWEPSG#EPSG"eEPSG#EPSG"f"`EPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 84E (code 16388). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bTEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#),G EPSG?3-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see Gauss-Kruger cm 81E (code 16314). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bQEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 78E (code 16386). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bNEPSG#EPSG"eEPSG#EPSG"f[EPSG#)EPSG"gEPSG#),G EPSG?3-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see Gauss-Kruger cm 75E (code 16313). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bKEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 72E (code 16384). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bHEPSG#EPSG"eEPSG#EPSG"fu EPSG#)EPSG"gEPSG#),G EPSG?3-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see Gauss-Kruger cm 69E (code 16312). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bEEPSG#EPSG"eEPSG#EPSG"ffEPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 66E (code 16382). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"bBEPSG#EPSG"eEPSG#EPSG"fWREPSG#)EPSG"gEPSG#),G EPSG?3-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see Gauss-Kruger cm 63E (code 16311). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b?EPSG#EPSG"eEPSG#EPSG"fH`EPSG#)EPSG"gEPSG#)(,G1 EPSG?3-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see 3-degree Gauss-Kruger cm 60E (code 16380). Original transformation by Gauss-Kruger formula.EPSG&OEPSG"aEPSG#EPSG"b 2  * }~~}|{zy,OW EPSGBGSK 3-degree Gauss-Kruger zone 15Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 45E (code 17115).EPSG&OEPSG"aEPSG#EPSG"b-EPSG#EPSG"eEPSG#EPSG"fPEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 14Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 42E (code 17114).EPSG&OEPSG"aEPSG#EPSG"b*EPSG#EPSG"eEPSG#EPSG"fpEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 13Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 39E (code 17113).EPSG&OEPSG"aEPSG#EPSG"b'EPSG#EPSG"eEPSG#EPSG"f-EPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 12Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 36E (code 17112).EPSG&OEPSG"aEPSG#EPSG"b$EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 11Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 33E (code 17111).EPSG&OEPSG"aEPSG#EPSG"b!EPSG#EPSG"eEPSG#EPSG"fPEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 10Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 30E (code 17110).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fgEPSG#)EPSG"gEPSG#)~,MW EPSGB GSK 3-degree Gauss-Kruger zone 9Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 27E (code 17109).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f$EPSG#)EPSG"gEPSG#)},MW EPSGB GSK 3-degree Gauss-Kruger zone 8Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 24E (code 17108).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f}EPSG#)EPSG"gEPSG#)},MW EPSGB GSK 3-degree Gauss-Kruger zone 7Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 21E (code 17107).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fnPEPSG#)EPSG"gEPSG#)++IEPSGA\TM 132 SEUsed for Tangguh developments.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)*+IEPSGALTM 116 SEUsed by BP for Terang-Sirasun.EPSG&OEPSG"aEPSG#EPSG"btEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#))+GEPSGAETM 109 SEUsed by Arco and BP for ONWJ.EPSG&OEPSG"aEPSG#EPSG"bmEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) + EPSG@TM 36 SEEPSG&OEPSG"aEPSG#EPSG"b$EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) + EPSG@TM 12 SEEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+# EPSG@TM 11.30 SEEPSG&OEPSG"aEPSG#EPSG"b@&EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+  EPSG@GK 106 NEEPSG&OEPSG"aEPSG#EPSG"bjEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+ EPSG@zTM 106 NEEPSG&OEPSG"aEPSG#EPSG"bjEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#).+[EPSG@jTM 90 NENot part of the global UTM grid system.EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+ EPSG@.TM 30 NEEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#) EPSG@TM 13 NEEPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)  ,OW EPSGB"GSK 3-degree Gauss-Kruger zone 30Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 90E (code 17130).EPSG&OEPSG"aEPSG#EPSG"bZEPSG#EPSG"eEPSG#EPSG"f͔EPSG#)EPSG"gEPSG#),OW EPSGB!GSK 3-degree Gauss-Kruger zone 29Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 87E (code 17129).EPSG&OEPSG"aEPSG#EPSG"bWEPSG#EPSG"eEPSG#EPSG"fQEPSG#)EPSG"gEPSG#),OW EPSGB GSK 3-degree Gauss-Kruger zone 28Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 84E (code 17128).EPSG&OEPSG"aEPSG#EPSG"bTEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 27Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 81E (code 17127).EPSG&OEPSG"aEPSG#EPSG"bQEPSG#EPSG"eEPSG#EPSG"fPEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 26Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 78E (code 17126).EPSG&OEPSG"aEPSG#EPSG"bNEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 25Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 75E (code 17125).EPSG&OEPSG"aEPSG#EPSG"bKEPSG#EPSG"eEPSG#EPSG"fHEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 24Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 72E (code 17124).EPSG&OEPSG"aEPSG#EPSG"bHEPSG#EPSG"eEPSG#EPSG"frEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 23Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 69E (code 17123).EPSG&OEPSG"aEPSG#EPSG"bEEPSG#EPSG"eEPSG#EPSG"fbPEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 22Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 66E (code 17122).EPSG&OEPSG"aEPSG#EPSG"bBEPSG#EPSG"eEPSG#EPSG"fSEPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 21Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 63E (code 17121).EPSG&OEPSG"aEPSG#EPSG"b?EPSG#EPSG"eEPSG#EPSG"fD?EPSG#)EPSG"gEPSG#),OW EPSGBGSK 3-degree Gauss-Kruger zone 20Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 60E (code 17120).EPSG&OEPSG"aEPSG#EPSG"bGSK 3-degree Gauss-Kruger zone 58Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 174E (code 17158).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fxEPSG#)EPSG"gEPSG#),OY EPSGB=GSK 3-degree Gauss-Kruger zone 57Also found with zone truncated from false easting: see GSK 3-degree Gauss-Kruger CM 171E (code 17157).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fiEPSG#)EPSG"gEPSG#),OY EPSGBSCAR IMW SQ45-46After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"uEPSG#EPSG"vZEPSG#EPSG"wPEPSG#EPSG"xPEPSG#EPSG"zEPSG#)EPSG"{EPSG#)9,-;EPSGC=SCAR IMW SQ43-44After: Sievers, J. and H. Bennat (1989). "Reference systems of maps and geographic information systems of Antarctica." Antarctic Science 1(4): 351-362.EPSG&JEPSG"uEPSG#EPSG"vNEPSG#EPSG"wPEPSG#EPSG"xPEPSG#EPSG"zEPSG#)EPSG"{EPSG#)9,-;EPSGCEPSG#EPSG"e?sGnEPSG#EPSG"fA6 =EPSG#)EPSG"gSEPSG#)3,?EPSGCRT90 zone 0 gon emulationThis projection embeds an approximation to 0.2m accuracy of the Sweref99 and WGS 84 to RT90 transformations (tfm codes 1895 and 1896).EPSG&OEPSG"aEPSG#EPSG"b@2B4EPSG#EPSG"e?,EPSG#EPSG"fA6㳅`AEPSG#)EPSG"gnEPSG#)7,GEPSGCRT90 zone 2.5 gon V emulationThis projection embeds an approximation to 0.2m accuracy of the Sweref99 and WGS 84 to RT90 transformations (tfm codes 1895 and 1896).EPSG&OEPSG"aEPSG#EPSG"b@.oEPSG#EPSG"e?EPSG#EPSG"fA6F$/EPSG#)EPSG"gݰ ěEPSG#)5,CEPSGCRT90 zone 5 gon V emulationThis projection embeds an approximation to 0.2m accuracy of the Sweref99 and WGS 84 to RT90 transformations (tfm codes 1895 and 1896).EPSG&OEPSG"aEPSG#EPSG"b@*u[̯EPSG#EPSG"e?EPSG#EPSG"fA6㌱EPSG#)EPSG"g =pEPSG#)7,GEPSGCRT90 zone 7.5 gon V emulationThis projection embeds an approximation to 0.2m accuracy of the Sweref99 and WGS 84 to RT90 transformations (tfm codes 1895 and 1896).EPSG&OEPSG"aEPSG#EPSG"b@&]O;dZEPSG#EPSG"e?JDEPSG#EPSG"fA6y$uEPSG#)EPSG"gA7KEPSG#),3 EPSGCSweden zone 5 gon OAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name.  For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#EPSG"b@6U>-b8EPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#),7 EPSGCSweden zone 2.5 gon OAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name.  For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#EPSG"b@4.tEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#) ,/ EPSGCSweden zone 0 gonAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name.  For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#EPSG"b@2q`l EPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#),3 EPSGCSweden zone 5 gon VAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name.  For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#EPSG"b@*|ZqEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#),7 EPSGCSweden zone 7.5 gon VAt the municipal level alternative projections are found defined with different sets of False Northing and Easting, based on 100 km grid squares. This is denoted by the last part of the name.  For example 61:-1 means FN = -6100000 and FE = 100000 m.EPSG&OEPSG"aEPSG#EPSG"b@&]EPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#),%EPSGCSWEREF 99 TMProjection parameters are identical to UTM zone 33N. Unlike UTM zone 33N, the SWEREF 99 TM is used throughout all Sweden.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+  EPSGCSWEREF 99 23 15EPSG&OEPSG"aEPSG#EPSG"b@7&fffffEPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#) 3 + S { ?ft3,?- EPSGCGeoscience Australia Standard National Scale Lambert ProjectionCreated by Australian Geological Survey Organisation prior to incorporation into Auslig. See also ACRESLC (proj code 4460).EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zEPSG#)EPSG"{EPSG#)0,IEPSGCVicgridMay also be used to display Victoria, New South Wales, Tasmania and South Australia as a single entity. Replaces Vicgrid66 with effect from 2nd February 2000.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"z&%EPSG#)EPSG"{&%EPSG#)i,7EPSGCVicgrid66May also be used to display Victoria, New South Wales, Tasmania and South Australia as a single entity. Replaced by Vicgrid94 with effect from 2nd February 2000. Prior to 2000 this projection was known as VICGRID.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"z&%EPSG#)EPSG"{D EPSG#)!+; EPSGCSouth Australia LambertEPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"zB@EPSG#)EPSG"{EPSG#)W+GyEPSGCMap Grid of Australia zone 58Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 57Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 56Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 55Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 54Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 53Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)W+GyEPSGCMap Grid of Australia zone 52Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)V+GyEPSGCMap Grid of Australia zone 51Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"b{EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)V+GyEPSGCMap Grid of Australia zone 50Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"buEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)V+GyEPSGCMap Grid of Australia zone 49Grid convergence uses opposite sign convention to UTM.EPSG&OEPSG"aEPSG#EPSG"boEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#),GEPSGCMap Grid of Australia zone 48Grid convergence uses opposite sign convention to UTM. Note: From 2012-01 to 2014-02 (v7.9.4 to v8.3.3) this record status = deprecated as area falls outside EEZ. Reinstated as valid on ratification of limit of Australian continental shelf beyond EEZ.EPSG&OEPSG"aEPSG#EPSG"biEPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)cCEPSGCRT90 zone 5 gon O emulationThis projection embeR+EqEPSGCBrisbane City Survey Grid 02Replaced by BCGS2020 (code 10147) from 2022-07-01.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?JwEPSG#EPSG"fPEPSG#)EPSG"gEPSG#)eC - d ,Oq EPSGGFinland Uniform Coordinate SystemUsed by Uniform Coordinate System over all country and also by zone 3 of Basic Coordinate System at larger scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)cu,Y% EPSGFNew Zealand South Island National GridReplaced by New Zealand Map Grid (code 19917). Used for topographic mapping.EPSG&OEPSG"aEPSG#EPSG"b@eiEPSG#EPSG"eEPSG#EPSG"f EPSG#PEPSG"g EPSG#Pb,G]EPSGFFrance Conic Conformal zone 9Compliments Lambert-93. Scale factor ranges between -9 and +7 cm/km. Area of use overlaps adjacent zone.EPSG&JEPSG"u2EPSG#EPSG"vEPSG#EPSG"w@HEPSG#EPSG"x@I`EPSG#EPSG"zEPSG#)EPSG"{aEPSG#)a|,-_EPSGFLambert zone IIILongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Sud France (code 18093).EPSG&IEPSG"a1EPSG#EPSG"bEPSG#EPSG"e?¿EPSG#EPSG"f 'EPSG#)EPSG"g0EPSG#)`,1 EPSGFColombia East zoneOriginal transformation by Gauss-Kruger formula. Zone name sometimes referred to as "6 east". Associated with Bogota datum.EPSG&OEPSG"a@l1Y>_EPSG#EPSG"bQhbEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)_7+-k EPSGFsArgentina zone 5Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fS`EPSG#)EPSG"gEPSG#)^1,WyEPSGF.Darwin Glacier Lambert Conformal 2000Replaced by McMurdo Sound Lambert Conformal 2000 (proj code 5475) from March 2011. LINZ S20007 withdrawn at this date.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wSEPSG#EPSG"xSEPSG#EPSG"z EPSG#)EPSG"{EPSG#)]S,' EPSGFHokitika 2000Replaces Hokitika Circuit (code 17917) after 1st March 2000.EPSG&OEPSG"aECEPSG#EPSG"b@eR?EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)\,?c EPSGFObservation Point CircuitReplaced Imperial measure circuit in 1972. Replaced by Observation Point 2000 (code 17956) from March 2000.EPSG&OEPSG"aF/EPSG#EPSG"b@eK7EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)[,3W EPSGECollingwood CircuitReplaced Imperial measure circuit in 1972. Replaced by Collingwood 2000 (code 17940) from March 2000.EPSG&OEPSG"aD6p7 EPSG#EPSG"b@eܪp+EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)ZW+SmEPSGEJapan Plane Rectangular CS zone XIIOriginal transformation by Gauss-Kruger formula.EPSG&OEPSG"a,EPSG#EPSG"b@aEPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)Y ,?{EPSGEnEqui7 projection - EuropeBasis for the Equi7 grid for Europe. Designed in 2014 to efficiently handle the archiving, processing, and displaying of high resolution raster data over land while preserving geometric accuracy. The projection is neither conformal nor equal-area.EPSGeEPSG"a5EPSG#EPSG"bEPSG#EPSG"fAVDyzHEPSG#)EPSG"gA@/c+EPSG#)X+! EPSGE,MTM zone 8EPSG&OEPSG"aEPSG#EPSG"bRS33333EPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)WS,O EPSGDsSouth African Survey Grid zone 23Transformation method sometimes described as "Gauss conform".EPSG&PEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)V!+= EPSGD#Indonesia TM-3 zone 52.1EPSG&OEPSG"aEPSG#EPSG"b@_EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)T7+; EPSGCNew South Wales LambertEPSG&JEPSG"u@EPSG#EPSG"vEPSG#EPSG"w>EPSG#EPSG"xAEPSG#EPSG"z EPSG#)EPSG"{D EPSG#) G l z . <Md{5]!+= EPSGD!Indonesia TM-3 zone 51.1EPSG&OEPSG"aEPSG#EPSG"b@^`EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGD Indonesia TM-3 zone 50.2EPSG&OEPSG"aEPSG#EPSG"b@]EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 50.1EPSG&OEPSG"aEPSG#EPSG"b@\EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 49.2EPSG&OEPSG"aEPSG#EPSG"b@\ EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 49.1EPSG&OEPSG"aEPSG#EPSG"b@[`EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 48.2EPSG&OEPSG"aEPSG#EPSG"b@ZEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 48.1EPSG&OEPSG"aEPSG#EPSG"b@YEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 47.2EPSG&OEPSG"aEPSG#EPSG"b@Y EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 47.1EPSG&OEPSG"aEPSG#EPSG"b@X`EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)!+= EPSGDIndonesia TM-3 zone 46.2EPSG&OEPSG"aEPSG#EPSG"b@WEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"g`EPSG#)$+O EPSGDCongo Transverse Mercator zone 30EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 28EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 26EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 24EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 22EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGD Congo Transverse Mercator zone 20EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGD Congo Transverse Mercator zone 18EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 16EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 14EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)$+O EPSGDCongo Transverse Mercator zone 12EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+C  EPSGCKatanga Transverse MercatorEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?\NAlberta 3-degree TM reference meridian 120 WIf used for rural area control markers, area of use is amended to west of 118°W; however use of UTM encouraged in these areas.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+,e EPSGE=Alberta 3-degree TM reference meridian 120 WIf used for rural area control markers, area of use is amended to west of 118 deg W; however use of UTM encouraged in these areas.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#)EPSG"fEPSG#)EPSG"gEPSG#)3,e!EPSGEM z ' TJB><>>@@>,1U EPSGEWellington CircuitReplaced Imperial measure circuit in 1972. Replaced by Wellington 2000 (code 17939) from March 2000.EPSG&OEPSG"aDΝXEPSG#EPSG"b@eծȪEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)~,/S EPSGEWairarapa CircuitReplaced Imperial measure circuit in 1972. Replaced by Wairarapa 2000 (code 17938) from March 2000.EPSG&OEPSG"aDFUaEPSG#EPSG"b@eRKEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)|,-Q EPSGEWanganui CircuitReplaced Imperial measure circuit in 1972. Replaced by Wanganui 2000 (code 17937) from March 2000.EPSG&OEPSG"aDQ!EPSG#EPSG"b@eU͖EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)~,/S EPSGETuhirangi CircuitReplaced Imperial measure circuit in 1972. Replaced by Tuhirangi 2000 (code 17936) from March 2000.EPSG&OEPSG"aCEPSG#EPSG"b@epEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)#) Q E l;`Q%L+! EPSGFAmuri 2000Replaces Amuri Circuit (code 17915) after 1st March 2000.EPSG&OEPSG"aE4j~EPSG#EPSG"b@e}HEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)J+} EPSGFGrey 2000Replaces Grey Circuit (code 17914) after 1st March 2000.EPSG&OEPSG"aEuEPSG#EPSG"b@ejm8EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)O,# EPSGFBuller 2000Replaces Buller Circuit (code 17913) after 1st March 2000.EPSG&OEPSG"aD(EPSG#EPSG"b@ek ҉EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)Q,% EPSGFKaramea 2000Replaces Karamea Circuit (code 17912) after 1st March 2000.EPSG&OEPSG"aD (EPSG#EPSG"b@enEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)O,# EPSGFNelson 2000Replaces Nelson Circuit (code 17911) after 1st March 2000.EPSG&OEPSG"aD֡aEPSG#EPSG"b@eU=EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)Y,-  EPSGFCollingwood 2000Replaces Collingwood Circuit (code 17910) after 1st March 2000.EPSG&OEPSG"aD6p:~EPSG#EPSG"b@e]cfEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)W,+  EPSGFWellington 2000Replaces Wellington Circuit (code 17909) after 1st March 2000.EPSG&OEPSG"aDXeEPSG#EPSG"b@eFEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)U,) EPSGFWairarapa 2000Replaces Wairarapa Circuit (code 17908) after 1st March 2000.EPSG&OEPSG"aDFtEPSG#EPSG"b@eQEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)S,' EPSGFWanganui 2000Replaces Wanganui Circuit (code 17907) after 1st March 2000.EPSG&OEPSG"aDQ_EPSG#EPSG"b@eU=EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)U,) EPSGFTuhirangi 2000Replaces Tuhirangi Circuit (code 17906) after 1st March 2000.EPSG&OEPSG"aCFsEPSG#EPSG"b@e<쿱EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)S,' EPSGFTaranaki 2000Replaces Taranaki Circuit (code 17905) after 1st March 2000.EPSG&OEPSG"aCW'EPSG#EPSG"b@eI^5?EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)W,+  EPSGFHawkes Bay 2000Replaces Hawkes Bay Circuit (code 17904) after 1st March 2000.EPSG&OEPSG"aCY}EPSG#EPSG"b@f G{EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)Y,-  EPSGF Poverty Bay 2000Replaces Poverty Bay Circuit (code 17903) after 1st March 2000.EPSG&OEPSG"aC/rEPSG#EPSG"b@f0PHEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)],1 EPSGF Bay of Plenty 2000Replaces Bay of Plenty Circuit (code 17902) after 1st March 2000.EPSG&OEPSG"aB1'EPSG#EPSG"b@fZEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)_,+ EPSGF Mount Eden 2000Replaces Mount Eden Circuit (code 17901) after 1st March 2000.EPSG&OEPSG"aBC)^ EPSG#EPSG"b@eΐ- EPSG#EPSG"e?.HEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#),'K EPSGFBluff CircuitReplaced Imperial measure circuit in 1972. Replaced by Bluff 2000 (code 17958) from March 2000.EPSG&OEPSG"aG.EPSG#EPSG"b@e)EPSG#EPSG"eEPSG#EPSG"fAO =EPSG#)EPSG"gA%\(EPSG#) ,5YEPSGFNorth Taieri CircuitReplaced Imperial measure circuit in 1972. Replaced by North Taieri 2000 (code 17957) from March 2000.EPSG&OEPSG"aFD-EPSG#EPSG"b@eEM\EPSG#EPSG"e?)rEPSG#EPSG"fEPSG#)EPSG"g `EPSG#)5?c EPSGFOY,-  EPSGFMarlborough 2000Replaces Marlborough Circuit (code 17916) after 1st March 2000.EPSG&OEPSG"aDxEPSG#EPSG"b@eaeEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#) +0X {  <c|u*0\+]q EPSGF-Chatham Islands Transverse Mercator 2000Replaces Chatham Island Circuit 2000 (code 17959).EPSG&OEPSG"aEPSG#EPSG"bf EPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#),u'EPSGF,New Zealand Continental Shelf Lambert Conformal 2000See NIWA Albers (projection code 9190) for oceanic data statistical analysis.EPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wBfffffEPSG#EPSG"xF&fffffEPSG#EPSG"z-EPSG#)EPSG"{jEPSG#)!+W  EPSGF+Raoul Island Transverse Mercator 2000EPSG&OEPSG"aEPSG#EPSG"bNEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)&+a  EPSGF*Antipodes Islands Transverse Mercator 2000EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)$+]  EPSGF)Campbell Island Transverse Mercator 2000EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#)%+_  EPSGF(Auckland Islands Transverse Mercator 2000EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#),C[ EPSGF'Chatham Island Circuit 2000Officially discontinued 6 June 2006. Replaced by Chatham Islands Transverse Mercator 2000 (Code 17965).EPSG&OEPSG"aEPSG#EPSG"bf EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)L+! EPSGF&Bluff 2000Replaces Bluff Circuit (code 17928) after 1st March 2000.EPSG&OEPSG"aG.zGEPSG#EPSG"b@e@4EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)c,/ EPSGF%North Taieri 2000Replaces North Taieri Circuit (code 17927) after 1st March 2000.EPSG&OEPSG"aF_oEPSG#EPSG"b@eEMjOEPSG#EPSG"e?)rEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)e,9 EPSGF$Observation Point 2000Replaces Observation Point Circuit (code 17926) after 1st March 2000.EPSG&OEPSG"aF.2EPSG#EPSG"b@eKrGE9EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)W,+  EPSGF#Mount York 2000Replaces Mount York Circuit (code 17925) after 1st March 2000.EPSG&OEPSG"aFѷEPSG#EPSG"b@d$ xGEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)_,3 EPSGF"Mount Nicholas 2000Replaces Mount Nicholas Circuit (code 17924) after 1st March 2000.EPSG&OEPSG"aF|EPSG#EPSG"b@e7KƨEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)Y,-  EPSGF!Lindis Peak 2000Replaces Lindis Peak Circuit (code 17923) after 1st March 2000.EPSG&OEPSG"aF8eOEPSG#EPSG"b@e(74EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)O,# EPSGF Timaru 2000Replaces Timaru Circuit (code 17922) after 1st March 2000.EPSG&OEPSG"aFAEPSG#EPSG"b@ea '0EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)O,# EPSGFGawler 2000Replaces Gawler Circuit (code 17921) after 1st March 2000.EPSG&OEPSG"aE$/EPSG#EPSG"b@efsPEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)_,3 EPSGFMount Pleasant 2000Replaces Mount Pleasant Circuit (code 17920) after 1st March 2000.EPSG&OEPSG"aE!.HEPSG#EPSG"b@e҈EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)[,/  EPSGFJacksons Bay 2000Replaces Jacksons Bay Circuit (code 17919) after 1st March 2000.EPSG&OEPSG"aEnEPSG#EPSG"b@e $tSEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)Q,% EPSGFOkarito 2000Replaces Okarito Circuit (code 17918) after 1st March 2000.EPSG&OEPSG"aE$ xGEPSG#EPSG"b@eD쿱[WEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)' EPSGFHokitika 2000Replaces Hokitika Circuit (code 17917) after 1st March 2000.EPSG&OEPSG"aECEPSG#EPSG"b@eR?EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)  < c VJG7+-k EPSGFrArgentina zone 4Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fD EPSG#)EPSG"gEPSG#)7+-k EPSGFpArgentina zone 2Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f&%EPSG#)EPSG"gEPSG#)7+-k EPSGFoArgentina zone 1Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)Z,##EPSGFfSud AlgerieUse with Nord Sahara 1959 datum. INCT uses this projection to the southern limit of Algeria but due to distance from origin OGP does not endorse this practice and south of 31°30'N recommends use of UTM.EPSG&IEPSG"a%EPSG#EPSG"bEPSG#EPSG"e?.CEPSG#EPSG"fEPSG#)EPSG"g:EPSG#)/+%MEPSGFeNord AlgerieUse with Nord Sahara 1959 datum.EPSG&IEPSG"a(EPSG#EPSG"bEPSG#EPSG"e?w=EPSG#EPSG"fEPSG#)EPSG"g:EPSG#)D+9cEPSGF\Sud Algerie (ancienne)Used with Voirol 1875 datum - now replaced.EPSG&IEPSG"a%EPSG#EPSG"bEPSG#EPSG"e?.CEPSG#EPSG"f EPSG#)EPSG"gEPSG#)E+;cEPSGF[Nord Algerie (ancienne)Used with Voirol 1875 datum - now replaced.EPSG&IEPSG"a(EPSG#EPSG"bEPSG#EPSG"e?w=EPSG#EPSG"f EPSG#)EPSG"gEPSG#)E+=e EPSGFYAustria Gauss-Kruger M34Proj code 18046 but with truncated northing.EPSG&OEPSG"aEPSG#EPSG"b@0333333EPSG#EPSG"eEPSG#EPSG"f qEPSG#)EPSG"gEPSG#)E+=e EPSGFXAustria Gauss-Kruger M31Proj code 18045 but with truncated northing.EPSG&OEPSG"aEPSG#EPSG"b@*ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)E+=e EPSGFWAustria Gauss-Kruger M28Proj code 18044 but with truncated northing.EPSG&OEPSG"aEPSG#EPSG"b@$ffffffEPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)W,?  EPSGFVAustria Gauss-Kruger EastGreenwich equivalent of Austria GK East zone (EPSG code 18003).EPSG&OEPSG"aEPSG#EPSG"b@0333333EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)],E EPSGFUAustria Gauss-Kruger CentralGreenwich equivalent of Austria GK Central zone (EPSG code 18002).EPSG&OEPSG"aEPSG#EPSG"b@*ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)W,?  EPSGFTAustria Gauss-Kruger WestGreenwich equivalent of Austria GK West zone (EPSG code 18001).EPSG&OEPSG"aEPSG#EPSG"b@$ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)U,I  EPSGFSAustria Gauss-Kruger East ZoneAustria East Zone (EPSG proj code 18043) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18006 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#EPSG"b"EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)[,O EPSGFRAustria Gauss-Kruger Central ZoneAustria Central Zone (EPSG proj code 18042) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18005 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)U,I  EPSGFQAustria Gauss-Kruger West ZoneAustria West Zone (EPSG proj code 18041) with truncated northing. Longitude is referenced to the Ferro meridian. See code 18004 for equivalent projection referenced to the Greenwich meridian.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7+-k EPSGFqArgentina zone 3Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f5gEPSG#)EPSG"gEPSG#) ;G # J pcJ\;,A EPSGFColombia East Central zoneOriginal transformation by Gauss-Kruger formula. Zone name sometimes referred to as "3 east". Associated with Bogota datum.EPSG&OEPSG"a@l1Y>_EPSG#EPSG"bQhbEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)l,5) EPSGFColombia Bogota zoneOriginal transformation by Gauss-Kruger formula. Associated with Bogota datum.EPSG&OEPSG"a@l1Y>_EPSG#EPSG"bRhbEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#),1 EPSGFColombia West zoneOriginal transformation by Gauss-Kruger formula. Zone name sometimes referred to as "3 west". Associated with Bogota datum.EPSG&OEPSG"a@l1Y>_EPSG#EPSG"bSBhbEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#),- EPSGFAustria zone M34Longitude is referenced to the Ferro meridian. See code 18046 for equivalent referenced to Greenwich meridian. Replaces Austria East Zone (EPSG code 18043) for large and medium scale topographic mapping and engineering survey but not cadastral survey.EPSG&OEPSG"aEPSG#EPSG"b"EPSG#EPSG"eEPSG#EPSG"f qEPSG#)EPSG"gEPSG#),-  EPSGFAustria zone M31Longitude is referenced to the Ferro meridian. See code 18045 for equivalent referenced to Greenwich meridian. Replaces Austria Central Zone (EPSG code 18042) for large and medium scale topographic mapping and engineering survey but not cadastral survey.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#),- EPSGFAustria zone M28Longitude is referenced to the Ferro meridian. See code 18044 for equivalent referenced to Greenwich meridian. Replaces Austria West Zone (EPSG code 18041) for large and medium scale topographic mapping and engineering survey but not cadastral survey.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)E,# EPSGF~Austria M34Greenwich equivalent of Austria zone M34 (EPSG code 18049).EPSG&OEPSG"aEPSG#EPSG"b@0333333EPSG#EPSG"eEPSG#EPSG"f qEPSG#)EPSG"gEPSG#)E,# EPSGF}Austria M31Greenwich equivalent of Austria zone M31 (EPSG code 18048).EPSG&OEPSG"aEPSG#EPSG"b@*ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)E,# EPSGF|Austria M28Greenwich equivalent of Austria zone M28 (EPSG code 18047).EPSG&OEPSG"aEPSG#EPSG"b@$ffffffEPSG#EPSG"eEPSG#EPSG"fIEPSG#)EPSG"gEPSG#)i,/S EPSGF{Austria East ZoneLongitude is referenced to the Ferro meridian. See code 9270 for equivalent referenced to Greenwich meridian. Replaced by Austria zone M34 (EPSG code 18049) for large and medium scale topographic mapping and engineering survey.EPSG&OEPSG"aEPSG#EPSG"b"EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)l,5S EPSGFzAustria Central ZoneLongitude is referenced to the Ferro meridian. See code 9269 for equivalent referenced to Greenwich meridian. Replaced by Austria zone M31 (EPSG code 18048) for large and medium scale topographic mapping and engineering survey.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)i,/S EPSGFyAustria West ZoneLongitude is referenced to the Ferro meridian. See code 9268 for equivalent referenced to Greenwich meridian. Replaced by Austria zone M28 (EPSG code 18047) for large and medium scale topographic mapping and engineering survey.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)7+-k EPSGFuArgentina zone 7Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"frpEPSG#)EPSG"gEPSG#)7+-k EPSGFtArgentina zone 6Original transformation by Gauss-Kruger formulaEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fc.EPSG#)EPSG"gEPSG#) <  O S _ $|4Rxa<<~,+eEPSGFLambert zone IILongitude is referenced to the Paris meridian. Introduced 1972. Replaces Lambert Centre France (code 18092).EPSG&IEPSG"a4EPSG#EPSG"bEPSG#EPSG"e?]ZEPSG#EPSG"f 'EPSG#)EPSG"g!EPSG#)+A  EPSGFEgypt Extended Purple BeltEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f `EPSG#)EPSG"gOEPSG#) +/  EPSGFEgypt Purple BeltEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f `EPSG#)EPSG"g @EPSG#) +)  EPSGFEgypt Red BeltEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f bXEPSG#)EPSG"g \EPSG#) ++  EPSGFEgypt Blue BeltEPSG&OEPSG"aEPSG#EPSG"b#EPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)X+Gq EPSGFColombia MAGNA 2018 East zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$EPSG#EPSG"bQMTYEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)`+Wq EPSGFColombia MAGNA 2018 East Central zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$EPSG#EPSG"bQMTYEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)Z+Kq EPSGFColombia MAGNA 2018 Bogota zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$EPSG#EPSG"bRMTYEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)X+Gq EPSGFColombia MAGNA 2018 West zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$EPSG#EPSG"bSBMTYEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)\+Oq EPSGFColombia MAGNA 2018 Far West zoneAssociated with MAGNA-SIRGAS 2018 reference frame.EPSG&OEPSG"a@k$EPSG#EPSG"bTMTYEPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)2+ EPSGFCuba SurEPSG&JEPSG"u@4nzGEPSG#EPSG"vS EPSG#EPSG"w@5.zGEPSG#EPSG"x@4zGEPSG#EPSG"z EPSG#)EPSG"{A 7nEPSG#)&+! EPSGFCuba NorteEPSG&JEPSG"u@65\(EPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x@5kQEPSG#EPSG"z EPSG#)EPSG"{AbMEPSG#)+  EPSGFCuba SurEPSG&IEPSG"a@4nzGEPSG#EPSG"bS EPSG#EPSG"e?iEPSG#EPSG"f EPSG#)EPSG"gA 7nEPSG#)+!  EPSGFCuba NorteEPSG&IEPSG"a@65\(EPSG#EPSG"bEPSG#EPSG"e?yEPSG#EPSG"f EPSG#)EPSG"gAbMEPSG#)r,=- EPSGFColombia MAGNA East zoneZone name sometimes referred to as "6 east". Associated with MAGNA-SIRGAS datum.EPSG&OEPSG"a@k$pEPSG#EPSG"bQMCEPSG#)-+/W EPSGGFinland ETRS-GK31Replaced by GK31FIN (proj code 3872).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)-+/W EPSGGFinland ETRS-GK30Replaced by GK30FIN (proj code 3871).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)-+/W EPSGGFinland ETRS-GK29Replaced by GK29FIN (proj code 3870).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)-+/W EPSGGFinland ETRS-GK28Replaced by GK28FIN (proj code 3869).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)-+/W EPSGGFinland ETRS-GK27Replaced by GK27FIN (proj code 3868).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+)  EPSGGFinland zone 4EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fD EPSG#)EPSG"gEPSG#)3+!g EPSGG1NGO zone VLongitude is referenced to the Oslo meridian.EPSG&OEPSG"a:EPSG#EPSG"b@ffffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) I( I  <nL(66+'aEPSGGELibya zone 10Replaced by Libya TM zone 10 (code 18315).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)4+%_EPSGGDLibya zone 9Replaced by Libya TM zone 9 (code 18314).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)4+%_EPSGGCLibya zone 8Replaced by Libya TM zone 8 (code 18313).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)4+%_EPSGGBLibya zone 7Replaced by Libya TM zone 7 (code 18312).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)4+%_EPSGGALibya zone 6Replaced by Libya TM zone 6 (code 18311).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)4+%_EPSGG@Libya zone 5Replaced by Libya TM zone 5 (code 18310).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)A,E;EPSGG>India zone IIb (1937 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#EPSG"bZEPSG#EPSG"e?tEPSG#EPSG"fADQEPSG#)EPSG"gA+u\EPSG#)A,E;EPSGG=India zone IIa (1962 metres)BEWARE ! Different yard to metre conversion values have been used in different parts of south Asia. Some areas have changed conversion value with time.EPSG&IEPSG"aEPSG#EPSG"bJEPSG#EPSG"e?tEPSG#EPSG"fAD3333EPSG#)EPSG"gA+罙EPSG#)F,A;EPSGG0bEPSG#EPSG"f]xEPSG#)EPSG"gEPSG#)mc,!sEPSGMBorneo RSOReplaces RSO Borneo (proj codes 19956-58) for use with ITRF-based geodetic CRSs. If using Hotine Oblique Mercator (variant B) method (code 9815), Ec=590521.147 m, Nc=442890.861 m.EPSG&TEPSG"kEPSG#EPSG"lsEPSG#EPSG"m@JĽEPSG#EPSG"n@J@EPSG#EPSG"o?tqEPSG#EPSG"fEPSG#)EPSG"gEPSG#)l@+_EPSGMST74Replaced by County ST74 (proj code 3853).EPSG&OEPSG"aEPSG#EPSG"b@2eށ*7EPSG#EPSG"e?}EPSG#EPSG"f@u"䎊rEPSG#)EPSG"gXA&EPSG#)kD+=o EPSGMJamaica Metric Grid 2001Replaces Jamaica National Grid (proj code 19910).EPSG&IEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f qEPSG#)EPSG"g EPSG#)j+K  EPSGMDubai Local Transverse MercatorEPSG&OEPSG"aEPSG#EPSG"b@KEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)iC+Q=EPSGGFrench Equatorial Africa east zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b@8LEPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)h\,5EPSGGPoland CS2000 zone 6See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?^)EPSG#EPSG"fc.EPSG#)EPSG"gEPSG#)f6+'aEPSGGFLibya zone 11Replaced by Libya TM zone 11 (code 18316).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?.HEPSG#EPSG"f @EPSG#)EPSG"gEPSG#) pH t  ; [ xZ P l9Np\,5EPSGGPoland CS2000 zone 5See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?^)EPSG#EPSG"fS`EPSG#)EPSG"gEPSG#)i,#CEPSGG|Poland CS92See Poland CS2000 zones (codes 18305-08) for cadastral survey and mapping at larger scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?C\EPSG#EPSG"f EPSG#)EPSG"g EPSG#)+ EPSGGnGUGiK-80EPSG&QEPSG"a@J EPSG#EPSG"b@3EPSG#EPSG"e?6NEPSG#EPSG"f EPSG#)EPSG"g EPSG#)+' EPSGGmPoland zone VEPSG&OEPSG"aEPSG#EPSG"b@2 ěEPSG#EPSG"e?Y1}EPSG#EPSG"fEPSG#)EPSG"gHEPSG#)+) EPSGGlPoland zone IVEPSG&QEPSG"a@IdZEPSG#EPSG"b@0fxEPSG#EPSG"e?\N+G=EPSGGFrench West Africa Niger zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b@333333EPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)@+K=EPSGGFrench West Africa Dahomey zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b?333333EPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)D+S=EPSGGFrench West Africa Ivory Coast zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b333333EPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)@+K=EPSGGFrench West Africa Senegal zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b*EPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)P,+ EPSGGKp2000 BornholmSee UTM zone 33N (code 16033) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)Y,-EPSGGKp2000 SjaellandSee UTM zone 32N (code 16032) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?$tSEPSG#EPSG"f EPSG#)EPSG"gEPSG#)e,7EPSGGKp2000 Jylland og FynSee UTM zone 32N (code 16032) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"b@"EPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)+ EPSGGLibya TMEPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?SEPSG#EPSG"fB@EPSG#)EPSG"gEPSG#)3+-UEPSGGLibya TM zone 13Replaces Libya zone 13 (code 18248).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)3+-UEPSGGLibya TM zone 12Replaces Libya zone 12 (code 18247).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)3+-UEPSGGLibya TM zone 11Replaces Libya zone 11 (code 18246).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)3+-UEPSGGLibya TM zone 10Replaces Libya zone 10 (code 18245).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)1++SEPSGGLibya TM zone 9Replaces Libya zone 9 (code 18244).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)1++SEPSGGLibya TM zone 8Replaces Libya zone 8 (code 18243).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)1++SEPSGGLibya TM zone 7Replaces Libya zone 7 (code 18242).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)1++SEPSGGLibya TM zone 6Replaces Libya zone 6 (code 18241).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)1++SEPSGGLibya TM zone 5Replaces Libya zone 5 (code 18240).EPSG&OEPSG"aEPSG#EPSG"b EPSG#EPSG"e?$tSEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)],5EPSGGPoland CS2000 zone 8See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?^)EPSG#EPSG"f EPSG#)EPSG"gEPSG#)\,5EPSGGPoland CS2000 zone 7See Poland CS92 (code 18300) for mapping at 1:10,000 and smaller scales.EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?^)EPSG#EPSG"frpEPSG#)EPSG"gEPSG#)C+Q=EPSGGFrench Equatorial Africa west zoneReplaced in 1950 by UTM.EPSG&OEPSG"aEPSG#EPSG"b@$EPSG#EPSG"e?+EPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#) `rL & r L &lD`8`V,kEPSGM~Rectified Skew Orthomorphic Sarawak LSD (metre)Used by the Sarawak Land and Survey Department. Conversion 19958 but using Hotine Oblique Mercator (variant A) and with FE increased by 2,000,000 m and FN by 5,000,000 m. If using variant B method (code 9815) FE = 2590476.871 m and FN = 5442857.653 m.EPSG&TEPSG"kEPSG#EPSG"lsEPSG#EPSG"m@JݪEPSG#EPSG"n@J@EPSG#EPSG"o?tqEPSG#EPSG"fEPSG#)EPSG"gLK@EPSG#)+%  EPSGHCS63 zone C2EPSG&OEPSG"a?QEPSG#EPSG"b@;REPSG#EPSG"eEPSG#EPSG"f"UEPSG#)EPSG"gEPSG#)+%  EPSGHCS63 zone C1EPSG&OEPSG"a?QEPSG#EPSG"b@8REPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+%  EPSGHCS63 zone C0EPSG&OEPSG"a?QEPSG#EPSG"b@5REPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"gEPSG#)+%  EPSGHCS63 zone K4EPSG&OEPSG"a?zG{EPSG#EPSG"b@L:G{EPSG#EPSG"eEPSG#EPSG"fAEPSG#)EPSG"gEPSG#)+%  EPSGHCS63 zone K3EPSG&OEPSG"a?zG{EPSG#EPSG"b@JG{EPSG#EPSG"eEPSG#EPSG"f2ZEPSG#)EPSG"gEPSG#)+%  EPSGHCS63 zone K2EPSG&OEPSG"a?zG{EPSG#EPSG"b@I:G{EPSG#EPSG"eEPSG#EPSG"f#`EPSG#)EPSG"gEPSG#)+%  EPSGH CS63 zone A4EPSG&OEPSG"a?QEPSG#EPSG"b@I(\)EPSG#EPSG"eEPSG#EPSG"fAEPSG#)EPSG"gEPSG#)+%  EPSGH CS63 zone A3EPSG&OEPSG"a?QEPSG#EPSG"b@G\)EPSG#EPSG"eEPSG#EPSG"f2ZEPSG#)EPSG"gEPSG#)+%  EPSGH CS63 zone A2EPSG&OEPSG"a?QEPSG#EPSG"b@F(\)EPSG#EPSG"eEPSG#EPSG"f#`EPSG#)EPSG"gEPSG#)+%  EPSGH CS63 zone A1EPSG&OEPSG"a?QEPSG#EPSG"b@D\)EPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 7 westEPSG&bEPSG"a@P33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 6 westEPSG&bEPSG"a@P33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 5 westEPSG&bEPSG"a@Q33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 4 westEPSG&bEPSG"a@RS33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 3 westEPSG&bEPSG"a@S33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGHGreenland zone 2 westEPSG&bEPSG"a@S33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) +-  EPSGGGreenland zone 8EPSG&bEPSG"a@NfffffEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 7 eastEPSG&bEPSG"a@P33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 6 eastEPSG&bEPSG"a@P33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 5 eastEPSG&bEPSG"a@Q33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 4 eastEPSG&bEPSG"a@RS33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 3 eastEPSG&bEPSG"a@S33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7  EPSGGGreenland zone 2 eastEPSG&bEPSG"a@S33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) +-  EPSGGGreenland zone 1EPSG&bEPSG"a@T33333EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#) l?C H D $ `=ClU,'EPSGMFiji Map GridReplaces Viti Levu Grid and Vanua Levu Grid (codes 19878-79).EPSG&OEPSG"aEPSG#EPSG"b@fNfffffEPSG#EPSG"e?m\EPSG#EPSG"fEPSG#)EPSG"g= EPSG#)#+% EPSGMYukon AlbersEPSG&^EPSG"u;EPSG#EPSG"v`EPSG#EPSG"w@N33333EPSG#EPSG"xDEPSG#EPSG"z EPSG#)EPSG"{ EPSG#)+G EPSGMNorthwest Territories LambertEPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"w>EPSG#EPSG"xFEPSG#EPSG"zEPSG#)EPSG"{EPSG#)2+!K EPSGMTM ReunionReplaces Gauss Laborde Reunion.EPSG&OEPSG"a5REPSG#EPSG"b@K\)EPSG#EPSG"eEPSG#EPSG"fqEPSG#)EPSG"gPEPSG#)+#   EPSGMMercator 41EPSG&LEPSG"aEPSG#EPSG"bdEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+7 EPSGMSouth Georgia LambertEPSG&JEPSG"uEPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"xK9EPSG#EPSG"zEPSG#)EPSG"{EPSG#)'+)9 EPSGMPortugual TM06Applied to ETRS89-PRT.EPSG&OEPSG"a@CETEPSG#EPSG"b &JAEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#),KQEPSGMCroatia Lambert Conformal ConicCroatia TM (code 19851) used for cadastre, large scale topographic mapping and engineering survey.EPSG&JEPSG"uEPSG#EPSG"v@0LEPSG#EPSG"w@FfffffEPSG#EPSG"x@EfffffEPSG#EPSG"zEPSG#)EPSG"{EPSG#)c,CEPSGMCroatia Transverse MercatorCroatia LCC (code 19852) used for medium and small scale mapping.EPSG&OEPSG"aEPSG#EPSG"b@0EPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+O'EPSGMEPSG vertical perspective exampleExample only.EPSG&nEPSG"7EPSG#EPSG"EPSG#EPSG"EPSG#)EPSG" EPSG#L+A  EPSGMBermuda 2000 National GridEPSG&OEPSG"a EPSG#EPSG"bPEPSG#EPSG"eEPSG#EPSG"fdpEPSG#)EPSG"gEPSG#)+-  EPSGMPitcairn TM 2006EPSG&OEPSG"a9 i\EPSG#EPSG"b`B \EPSG#EPSG"eEPSG#EPSG"f7xEPSG#)EPSG"gEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f EPSG#)EPSG"g EPSG#)p,WQEPSGMUS NSIDC Equal Area global projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSG&jEPSG"wEPSG#EPSG"bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)o,UQ EPSGMUS NSIDC Equal Area south projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSG&]EPSG"|EPSG#EPSG"}EPSG#EPSG"fEPSG#)EPSG"gEPSG#)o,UQ EPSGMUS NSIDC Equal Area north projectionSee information source for equations to define Equal-Area Scalable Earth Grid (EASE-Grid) overlay.EPSG&]EPSG"|ZEPSG#EPSG"}EPSG#EPSG"fEPSG#)EPSG"gEPSG#))+a;EPSGMUS NSIDC Sea Ice polar stereographic southUsed in polar research.EPSG&eEPSG"EPSG#EPSG"EPSG#EPSG"fEPSG#)EPSG"gEPSG#)*+a;EPSGMUS NSIDC Sea Ice polar stereographic northUsed in polar research.EPSG&eEPSG"FEPSG#EPSG"EPSG#EPSG"fEPSG#)EPSG"gEPSG#)0+G  EPSGMSingapore Transverse MercatorEPSG&OEPSG"a?QEPSG#EPSG"b@YEPSG#EPSG"eEPSG#EPSG"f@Xi+EPSG#)EPSG"g@MEPSG#){,;AEPSGMSouth China Sea LambertOriginally defined with FN=500000 at true origin. This is at 21° 00' 37.0619"N. But operators assumed that it was at 21°N exactly. Thus by common practice Nf=500000 at 21°N exactly. The potential ambiguity is 1138m.EPSG&JEPSG"uEPSG#EPSG"vrEPSG#EPSG"wEPSG#EPSG"xEPSG#EPSG"z EPSG#)EPSG"{ EPSG#)L+53EPSGMBelgian Lambert 2005Introduced in 2005.EPSG&JEPSG"u@I<|EPSG#EPSG"v@o􄡻EPSG#EPSG"w@HEPSG#EPSG"x@IEPSG#EPSG"zK8EPSG#)EPSG"{vEPSG#),% EPSGMLaborde GridLongitude is referenced to the Paris meridian. See Laborde Grid (Greenwich) (projection code 8440) for equivalent in degrees referenced to Greenwich. Within a few hundred km of origin, may be approximated by Oblique Mercator method - see proj code 19911.EPSG&UEPSG"kEPSG#EPSG"l1EPSG#EPSG"mEPSG#EPSG"o?lCEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#) >Z ) P vpbZ,!uEPSGMJohor GridOrigin is station GP58 at Institut Haiwan, Kluang. Offset from old grid origin is -14810.562m east, 8758.320m north.EPSG&NEPSG"a@Xx|EPSG#EPSG"b@YBxzEPSG#EPSG"fG-EPSG#)EPSG"g@(\EPSG#),=EPSGMSembilan and Melaka GridOrigin is station GP10 at K. Perindustrian Senawang, Seremban. Offset from old grid origin: 3915.790m east, -3292.026m north.EPSG&NEPSG"a@>EmEPSG#EPSG"b@YeOOهEPSG#EPSG"f@EPSG#)EPSG"g ĜEPSG#),# EPSGMPahang GridOrigin is station GP31 at Sek. Ren. Keb. Kuala Mai, Jerantut. Offset from old grid origin is -7368.228m east, 6485.858m north.EPSG&NEPSG"a@ !FEPSG#EPSG"b@Y{EPSG#EPSG"f:^5?}EPSG#)EPSG"g@UۥSEPSG#),'EPSGMSelangor GridOrigin is station 251D at Felda Soeharto, K. Kuba Baharu. Offset from old grid origin is -13076.704m east, 503.095m north.EPSG&NEPSG"a@ HiEPSG#EPSG"b@YNa>EPSG#EPSG"f&xEPSG#)EPSG"g@hrEPSG#) ,+uEPSGMTerengganu GridOrigin is station P253 at Kg. Matang, Hulu Terenganu. Offset from old grid origin: 19594.245m east, 3371.895m north.EPSG&NEPSG"a@Uw=EPSG#EPSG"b@Y¤.iEPSG#EPSG"f@"zEPSG#)EPSG"g@W=pEPSG#){,#]EPSGMPinang GridOrigin is station P314 at TLDM Georgetown. Offset from old grid origin is -23.414m east, 62.2832m north.EPSG&NEPSG"a@7A EPSG#EPSG"b@Y EPSG#EPSG"f7ilDEPSG#)EPSG"g@O$9XbNEPSG#)?+7sEPSGMKedah and Perlis GridOrigin is station TG35 at Gunung Perak, Kuala Muda.EPSG&NEPSG"a@M`*EPSG#EPSG"b@Yci-EPSG#EPSG"fEPSG#)EPSG"gEPSG#),!qEPSGMPerak GridOrigin is station TG26 at Gunung Larut Hiijau, Taiping. Offset from old grid origin is -1.769m east, 0.994m north.EPSG&NEPSG"a@ CEPSG#EPSG"b@Y7 8EPSG#EPSG"fMEPSG#)EPSG"gAJv;dZEPSG#) ,'wEPSGMKelantan GridOrigin is station P243 at B. Polis Melor, Kota Bahuru. Offset from old grid origin: 13227.851m east, 8739.894m north.EPSG&NEPSG"a@T$|EPSG#EPSG"b@Y'ZmEPSG#EPSG"f@hsEPSG#)EPSG"g@nPEPSG#)}+5 EPSGMCaspian Sea MercatorEPSG&MEPSG"w*EPSG#EPSG"b3EPSG#EPSG"fEPSG#)EPSG"gEPSG#)+)  EPSGMWorld MercatorEPSG&LEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)-,K/EPSGMAlberta 10-degree TM (Resource)Has negative easting coordinates in western Alberta. For an alternative with positive coordinates see Alberta 10-degree TM (Forest) (code 19881).EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?rGE8EPSG#EPSG"fEPSG#)EPSG"gEPSG#)+G EPSGMAlberta 10-degree TM (Forest)EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?rGE8EPSG#EPSG"f EPSG#)EPSG"gEPSG#)W,'  EPSGMFiji Map GridSupersedes Viti Levu Grid and Vanua Levu Grid (codes 19878-79).EPSG&OEPSG"aEPSG#EPSG"b@fNfffffEPSG#EPSG"e?m\EPSG#)EPSG"fEPSG#)EPSG"g= EPSG#)5+){EPSGMViti Levu GridOriginal definition is in chains (1 chain = 100 links).EPSG&NEPSG"aEPSG#EPSG"bEPSG#EPSG"fMEPSG#EPSG"g EPSG#M++{EPSGMVanua Levu GridOriginal definition is in chains (1 chain = 100 links).EPSG&iEPSG"a0&fffffEPSG#EPSG"b@fffffffEPSG#EPSG"fA3EPSG#EPSG"gA9_EPSG# +1  EPSGMFaroe Lambert fk89EPSG&bEPSG"a>EPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"f `EPSG#)EPSG"g `EPSG#)_EPSGMST74Replaced by County ST74 (proj code 3853).EPSG&OEPSG"aEPSG#EPSG"b@2eށ*7EPSG#EPSG"e?}EPSG#EPSG"f@u"䎊rEPSG#)EPSG"gXA&EPSG#) c* x H C:dc+ EPSGMRD OldEPSG&QEPSG"a@J EPSG#EPSG"b@qu"EPSG#EPSG"e?>0bEPSG#EPSG"fEPSG#)EPSG"gEPSG#)0,A}EPSGMLaborde Grid approximationLongitude is referenced to the Paris meridian. The conversion method is a good approximation (better than 5cm) to original formula (see proj code 19861) within a few hundred km of origin, but farther away the approximation may be no better than 1m.EPSG&WEPSG"kEPSG#EPSG"l1EPSG#EPSG"mEPSG#EPSG"nEPSG#EPSG"o?lCEPSG#EPSG"pEPSG#)EPSG"q 5EPSG#)w,7Y EPSGMJamaica National GridReplaces Jamaica (Old Grid) (proj code 19909). Replaced by Jamaica Metric Grid 2001 (proj code 19860).EPSG&IEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fАEPSG#)EPSG"gIEPSG#)A+1u EPSGMJamaica (Old Grid)Replaced by Jamaica National Grid (proj code 19910).EPSG&IEPSG"aEPSG#EPSG"bEPSG#EPSG"eEPSG#EPSG"fdpEPSG#-EPSG"gEPSG#-+3  EPSGMIrish National GridEPSG&OEPSG"a@JfffffEPSG#EPSG"bEPSG#EPSG"e?$=EPSG#EPSG"f @EPSG#)EPSG"gАEPSG#) +1 EPSGMIraq National GridEPSG&OEPSG"a@=qHUEPSG#EPSG"b@G&fffffEPSG#EPSG"e?sEPSG#EPSG"f 5EPSG#)EPSG"gEPSG#)+ EPSGMIraq zoneEPSG&IEPSG"a@@&fffffEPSG#EPSG"b-EPSG#EPSG"e?EPSG#EPSG"f`EPSG#)EPSG"gxEPSG#))+[ EPSGMNetherlands East Indies Equatorial ZoneEPSG&LEPSG"aEPSG#EPSG"bnEPSG#EPSG"e?lCEPSG#EPSG"f;`EPSG#)EPSG"g EPSG#),- EPSGMGhana Metre GridReplaces Ghana National Grid (code 19959) from 1978. British foot (Sears 1922) used to convert projection defining parameters.EPSG&OEPSG"a@EPSG#EPSG"bEPSG#EPSG"e?EEPSG#EPSG"fA> =pEPSG#)EPSG"gEPSG#)?+)iEPSGMNord de GuerreLongitude is referenced to the Paris meridian.EPSG&IEPSG"a7EPSG#EPSG"bEPSG#EPSG"e?wT'EPSG#EPSG"f EPSG#)EPSG"gEPSG#)~,-EPSGMBelge Lambert 72Rotation from Belge Lambert 50 to Belge Lambert 72 is +29.2985sec. An equivalent using the conventional Lambert Conic Conformal (2SP) method (Belgian Lambert 72, code 19961) was introduced in 2000.EPSG&KEPSG"uZEPSG#EPSG"v@ٙ'҈EPSG#EPSG"w@HEPSG#EPSG"x@IEPSG#EPSG"zAOEPSG#)EPSG"{ATKEPSG#)p,-EPSGMBelge Lambert 50Longitude is referenced to the Brussels meridian. If software cannot handle latitude of false origin of 90°N, use latitude of false origin = 50°30'00.0"N with northing at false origin = 131983.890 m.EPSG&JEPSG"uZEPSG#EPSG"vEPSG#EPSG"w@HEPSG#EPSG"x@IEPSG#EPSG"zIEPSG#)EPSG"{ReEPSG#)+1 EPSGMBahrain State GridEPSG&OEPSG"aEPSG#EPSG"b3EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+)  EPSGMMauritius GridEPSG&IEPSG"a4=bEPSG#EPSG"b@L|EPSG#EPSG"eEPSG#EPSG"fB@EPSG#)EPSG"gB@EPSG#)+M   EPSGMPacific Disaster Center MercatorEPSG&LEPSG"aEPSG#EPSG"bjEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)0+? EPSGMStatistics Canada LambertEPSG&JEPSG"u@On.EPSG#EPSG"vVGzEPSG#EPSG"w1EPSG#EPSG"xMEPSG#EPSG"z^EPSG#)EPSG"{-EPSG#)2+3=EPSGMHong Kong 1963 GridReplaced by HK1980 Grid.EPSG&NEPSG"a@6/2mEPSG#EPSG"b@\hEPSG#EPSG"fA\(EPSG#-EPSG"g@QEPSG#- ,)QEPSGMPeninsular RSOIf using Hotine Oblique Mercator (variant B) method (code 9815), Ec=472830.426 m, Nc=442454.099 m.EPSG&TEPSG"kEPSG#EPSG"l@YEPSG#EPSG"m@t06l$EPSG#EPSG"n@t12EPSG#EPSG"o?tqEPSG#EPSG"f G?EPSG#)EPSG"gEPSG#) wr9 U $ Z G1;2w*,[3 EPSGMRectified Skew Orthomorphic Malaya GridIf using Oblique Mercator method (code 9815), Ec=23505.515 chSe, Nc=21992.646 chSe.EPSG&TEPSG"kEPSG#EPSG"l@YEPSG#EPSG"m@t06iJBEPSG#EPSG"n@t12EPSG#EPSG"o?tqEPSG#EPSG"f@EPSG#fEPSG"gEPSG#f +) EPSGMLithuania 1994EPSG&OEPSG"aEPSG#EPSG"bEPSG#EPSG"e?\NEPSG#EPSG"eEPSG#EPSG"f`EPSG#)EPSG"gEPSG#)+  EPSGMKuwait TMEPSG&OEPSG"aEPSG#EPSG"b0EPSG#EPSG"e?#xEPSG#EPSG"f EPSG#)EPSG"gEPSG#)<+QEPSGMStereo 33Replaced by Stereo 70 (code 19926)EPSG&QEPSG"a@FQEPSG#EPSG"b@9;wZEPSG#EPSG"e?EEPSG#EPSG"f EPSG#)EPSG"g EPSG#),+MEPSGMStereo 70Replaces Stereo 33 (code 19927).EPSG&QEPSG"a.EPSG#EPSG"bEPSG#EPSG"e?EEPSG#EPSG"f EPSG#)EPSG"g EPSG#) +' EPSGMTrinidad GridEPSG&NEPSG"a@$-EPSG#EPSG"bNEPSG#EPSG"fEPSG#OEPSG"gEPSG#O+# EPSGMTobago GridEPSG&NEPSG"a@&M3!EPSG#EPSG"bN4q/EPSG#EPSG"flEPSG#OEPSG"g EPSG#OP,EI EPSGMSwiss Oblique Mercator 1903CIn Switzerland, replaced by new grid LV03 (proj code 19922). Longitude is referenced to the Bern meridian. See proj code 19841 for Greenwich-based equivalent.EPSG&WEPSG"k@GI#2EPSG#EPSG"lEPSG#EPSG"mZEPSG#EPSG"nZEPSG#EPSG"oEPSG#EPSG"pEPSG#)EPSG"qEPSG#)?+E  EPSGMSwiss Oblique Mercator 1903MEPSG&WEPSG"k@GI#2EPSG#EPSG"l@ CEPSG#EPSG"mZEPSG#EPSG"nZEPSG#EPSG"oEPSG#EPSG"p 'EPSG#)EPSG"q @EPSG#)H, EPSGMSpainReplaced by UTM. Longitude is referenced to the Madrid meridian.EPSG&IEPSG"a(EPSG#EPSG"bEPSG#EPSG"e?=N BEPSG#EPSG"f 'EPSG#)EPSG"g 'EPSG#) +) EPSGMSingapore GridEPSG&NEPSG"a?&}EPSG#EPSG"b@Yൌ>gDEPSG#EPSG"fu0EPSG#)EPSG"gu0EPSG#)$+3 EPSGMQatar National GridEPSG&OEPSG"a@8EQEPSG#EPSG"b@I =qEPSG#EPSG"e?JwEPSG#EPSG"f @EPSG#)EPSG"gEPSG#)b,5GEPSGMNew Zealand Map GridReplaces North and South Island National Grids (codes 18141-2). Used for topographic mapping.EPSG&SEPSG"aEPSG#EPSG"bEPSG#EPSG"f&LEPSG#)EPSG"g[EPSG#)7,7IEPSGMBritish National GridWith the introduction of OSTN15, the area for the British National Grid has effectively been extended from Britain to cover the adjacent UK Continental Shelf.EPSG&OEPSG"a1EPSG#EPSG"bEPSG#EPSG"e?_tEPSG#EPSG"fEPSG#)EPSG"gy`EPSG#) + EPSGMAden ZoneEPSG&IEPSG"aEPSG#EPSG"b-EPSG#EPSG"e?ͺ'EPSG#EPSG"f`EPSG#)EPSG"gB@EPSG#) 7. = C (@y"$57I+#}EPSGMSuriname TMReplaced Suriname Old TM in 1979 (scale factor changed).EPSG&OEPSG"aEPSG#EPSG"bKzGEPSG#EPSG"e?.HEPSG#EPSG"f EPSG#)EPSG"gEPSG#)+! EPSGMQatar GridEPSG&NEPSG"a@992WEPSG#EPSG"b@I:䎊EPSG#EPSG"fEPSG#)EPSG"gEPSG#),GEPSGMKrovakOriginal definition. Longitude is referenced to the Ferro meridian. See projection code 5509 for alternative referenced to the Greenwich meridian and code 5218 for north-orientated alternative introduced for GIS purposes.EPSG&[EPSG"k@HfffffEPSG#EPSG"@E&fffffEPSG#EPSG @>+zEPSG#EPSG"r@S33333EPSG#EPSG"s?.HEPSG#EPSG"fEPSG#)EPSG"gEPSG#)|+GEEPSGMNakhl e Taqi Oblique MercatorUsed only for terminal site.EPSG&WEPSG"k@;O+tFEPSG#EPSG"l@J.>:2(EPSG#EPSG"m?+EPSG#EPSG"n?+EPSG#EPSG"o?%4EPSG#EPSG"pA$߾vEPSG#)EPSG"qAG;4EPSG#)>+C  EPSGMSwiss Oblique Mercator 1995EPSG&WEPSG"k@GI#2EPSG#EPSG"l@ CEPSG#EPSG"mZEPSG#EPSG"nZEPSG#EPSG"oEPSG#EPSG"p'@EPSG#)EPSG"qOEPSG#)f,5'EPSGMLevant StereographicUsed prior to World War II for cadastral and large scale topographic mapping.EPSG&QEPSG"a&EPSG#EPSG"b@EEPSG#EPSG"e?.דEPSG#EPSG"fEPSG#)EPSG"gEPSG#),'YEPSGMSyria LambertReplaced Levant zone using same parameters but truncated near-conformal method (code 19940) from 1973.EPSG&IEPSG"a@A1REPSG#EPSG"b@BG{EPSG#EPSG"e?ӇEPSG#EPSG"fEPSG#)EPSG"gEPSG#)&++ EPSGMAustria LambertEPSG&JEPSG"u@GfffffEPSG#EPSG"v@*ffffffEPSG#EPSG"w1EPSG#EPSG"x.EPSG#EPSG"zEPSG#)EPSG"{EPSG#)E+S/EPSGMNew Brunswick Stereographic (NAD83)In use from 1999.EPSG&QEPSG"a@G&fffffEPSG#EPSG"bP33333EPSG#EPSG"e?Gs\/EPSG#EPSG"f&%EPSG#)EPSG"grpEPSG#)f+SqEPSGMNew Brunswick Stereographic (ATS77)In use from 1979. To be phased out in late 1990's.EPSG&QEPSG"a@G&fffffEPSG#EPSG"bP33333EPSG#EPSG"e?Gs\/EPSG#EPSG"fEPSG#)EPSG"g 5EPSG#)#+? EPSGMQuebec Lambert ProjectionEPSG&JEPSG"u,EPSG#EPSG"vQ33333EPSG#EPSG"wEPSG#EPSG"zEPSG#)EPSG"{EPSG#) +ESRI}unnamedEPSG&^EPSG"uEPSG#EPSG"v EPSG#EPSG"w+EPSG#EPSG"x>EPSG#EPSG"zEPSG#)EPSG"{EPSG#) +ESRI|unnamedEPSG&JEPSG"uEPSG#EPSG"viEPSG#EPSG"wEPSG#EPSG"x>EPSG#EPSG"zEPSG#)EPSG"{EPSG#) +ESRIyunnamedEPSG&JEPSG"u(EPSG#EPSG"vEPSG#EPSG"wEPSG#EPSG"x7KEPSG#+&+ ESRIunnamedEPSG&JEPSG"u@?*EPSG#EPSG"vEPSG#EPSG"w@;jEPSG#EPSG"x@AuUUUUTEPSG#EPSG"z-EPSG#*EPSG"{-EPSG#* +ESRIunnamedEPSG&^EPSG"uEPSG#EPSG"vTEPSG#EPSG"w@=EPSG#EPSG"x@FEPSG#EPSG"zEPSG#+EPSG"{EPSG#+ +ESRIunnamedEPSG&^EPSG"u2EPSG#EPSG"vfEPSG#EPSG"w7EPSG#EPSG"xAEPSG#EPSG"zEPSG#)EPSG"{EPSG#) +  ESRIunnamedEPSG&OEPSG"aEPSG#EPSG"bfEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"g 5EPSG#) +  ESRIunnamedEPSG&OEPSG"aEPSG#EPSG"bfEPSG#EPSG"eEPSG#EPSG"fW0EPSG#)EPSG"g EPSG#)+ ESRIunnamedEPSG&JEPSG"u@G@EPSG#EPSG"vEPSG#EPSG"w,EPSG#EPSG"x1EPSG#EPSG"z `EPSG#)EPSG"{d@EPSG#)+ ESRIunnamedEPSG&OEPSG"a:EPSG#EPSG"b@=fffffEPSG#EPSG"eEPSG#EPSG"fEPSG#)EPSG"gEPSG#)+ 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W?EPSG#EPSG"f@`ŠoEEPSG#)EPSG"g@YV}EPSG#)+ESRIunnamedEPSG&OEPSG"a1EPSG#EPSG"bEPSG#EPSG"e?EPSG#EPSG"f@~I EPSG#EPSG"x6KraQEPSG#EPSG"z@ A7KEPSG#)EPSG"{EEPSG#)>+!IIGNFPRC8150391CC50 (CONIQUE CONFORME ZONE 9)EPSG&JEPSG"u2EPSG#EPSG"vEPSG#EPSG"w@HEPSG#EPSG"x@I`EPSG#EPSG"zEPSG#)EPSG"{aEPSG#)=+!IIGNFPRC8149390CC49 (CONIQUE CONFORME ZONE 8)EPSG&JEPSG"u1EPSG#EPSG"vEPSG#EPSG"w@H EPSG#EPSG"x@HEPSG#EPSG"zEPSG#)EPSG"{}@EPSG#)=+!IIGNFPRC8148389CC48 (CONIQUE CONFORME ZONE 7)EPSG&JEPSG"u0EPSG#EPSG"vEPSG#EPSG"w@GEPSG#EPSG"x@H`EPSG#EPSG"zEPSG#)EPSG"{mEPSG#)=+!IIGNFPRC8147388CC47 (CONIQUE CONFORME ZONE 6)EPSG&JEPSG"u/EPSG#EPSG"vEPSG#EPSG"w@G EPSG#EPSG"x@GEPSG#EPSG"zEPSG#)EPSG"{^EPSG#)=+!IIGNFPRC8146387CC46 (CONIQUE CONFORME ZONE 5)EPSG&JEPSG"u.EPSG#EPSG"vEPSG#EPSG"w@FEPSG#EPSG"x@G`EPSG#EPSG"zEPSG#)EPSG"{OXEPSG#)=+!IIGNFPRC8145386CC45 (CONIQUE CONFORME ZONE 4)EPSG&JEPSG"u-EPSG#EPSG"vEPSG#EPSG"w@F EPSG#EPSG"x@FEPSG#EPSG"zEPSG#)EPSG"{@@EPSG#)=+!IIGNFPRC8144385CC44 (CONIQUE CONFORME ZONE 3)EPSG&JEPSG"u,EPSG#EPSG"vEPSG#EPSG"w@EEPSG#EPSG"x@F`EPSG#EPSG"zEPSG#)EPSG"{0EPSG#) <ez+ L H  C  Q  ] g)i(\TJLXm.> ?EPSG ED50(ED77) / UTM zone 39NEPSG0EPSG:EPSG>> ?EPSG ED50(ED77) / UTM zone 38NEPSG0EPSG:EPSG>> ?EPSG Rassadiran / Nakhl e TaqiEPSG0EPSG9EPSGM3 )EPSGCH1903+ / LV95EPSG0EPSG6EPSGM< ;EPSGHartebeesthoek94 / Lo33EPSGgEPSG4EPSGD}< ;EPSGHartebeesthoek94 / Lo31EPSGgEPSG4EPSGD{< ;EPSGHartebeesthoek94 / Lo29EPSGgEPSG4EPSGDy< ;EPSGHartebeesthoek94 / Lo27EPSGgEPSG4EPSGDw< ;EPSGHartebeesthoek94 / Lo25EPSGgEPSG4EPSGDu< ;EPSGHartebeesthoek94 / Lo23EPSGgEPSG4EPSGDs< ;EPSGHartebeesthoek94 / Lo21EPSGgEPSG4EPSGDq< ;EPSGHartebeesthoek94 / Lo19EPSGgEPSG4EPSGDo< ;EPSGHartebeesthoek94 / Lo17EPSGgEPSG4EPSGDm< ;EPSGHartebeesthoek94 / Lo15EPSGgEPSG4EPSGDkF OEPSGHanoi 1972 / Gauss-Kruger zone 19EPSGEPSG3EPSG?[F OEPSGHanoi 1972 / Gauss-Kruger zone 18EPSGEPSG3EPSG?Z@ CEPSGAbidjan 1987 / UTM zone 29NEPSG0EPSG/EPSG>@ CEPSGLocodjo 1965 / UTM zone 29NEPSG0EPSG.EPSG>@ CEPSGAbidjan 1987 / UTM zone 30NEPSG0EPSG/EPSG>@ CEPSGLocodjo 1965 / UTM zone 30NEPSG0EPSG.EPSG>B GEPSGIsrael 1993 / Israeli TM GridEPSG0EPSG-EPSGGA E EPSGNAD83(CSRS98) / UTM zone 20NEPSG0EPSG,EPSG>A E EPSGNAD83(CSRS98) / UTM zone 19NEPSG0EPSG,EPSG>I U EPSGNAD83(CSRS98) / New Brunswick StereoEPSGEPSG,EPSGM@ CEPSGNAD27(CGQ77) / UTM zone 21NEPSG0EPSGEPSG>@ CEPSGNAD27(CGQ77) / UTM zone 20NEPSG0EPSGEPSG>@ CEPSGNAD27(CGQ77) / UTM zone 19NEPSG0EPSGEPSG>@ CEPSGNAD27(CGQ77) / UTM zone 18NEPSG0EPSGEPSG>@ CEPSGNAD27(CGQ77) / UTM zone 17NEPSG0EPSGEPSG>= =EPSGNAD27(76) / UTM zone 18NEPSG0EPSGEPSG>= =EPSGNAD27(76) / UTM zone 17NEPSG0EPSGEPSG>= =EPSGNAD27(76) / UTM zone 16NEPSG0EPSGEPSG>= =EPSGNAD27(76) / UTM zone 15NEPSG0EPSGEPSG>< ;EPSGNAD27(76) / MTM zone 17EPSG0EPSGEPSGE5< ;EPSGNAD27(76) / MTM zone 16EPSG0EPSGEPSGE4< ;EPSGNAD27(76) / MTM zone 15EPSG0EPSGEPSGE3< ;EPSGNAD27(76) / MTM zone 14EPSG0EPSGEPSGE2< ;EPSGNAD27(76) / MTM zone 13EPSG0EPSGEPSGE1< ;EPSGNAD27(76) / MTM zone 12EPSG0EPSGEPSGE0< ;EPSGNAD27(76) / MTM zone 11EPSG0EPSGEPSGE/< ;EPSGNAD27(76) / MTM zone 10EPSGEPSGEPSGE.; 9EPSGNAD27(76) / MTM zone 9EPSGEPSGEPSGE-; 9EPSGNAD27(76) / MTM zone 8EPSGEPSGEPSGE,A EEPSGNAD27(CGQ77) / SCoPQ zone 10EPSGEPSGEPSGE.@ CEPSGNAD27(CGQ77) / SCoPQ zone 9EPSGEPSGEPSGE-@ CEPSGNAD27(CGQ77) / SCoPQ zone 8EPSGEPSGEPSGE,@ CEPSGNAD27(CGQ77) / SCoPQ zone 7EPSGEPSGEPSGE+@ CEPSGNAD27(CGQ77) / SCoPQ zone 6EPSGEPSGEPSGE*@ CEPSGNAD27(CGQ77) / SCoPQ zone 5EPSGEPSGEPSGE)@ CEPSGNAD27(CGQ77) / SCoPQ zone 4EPSGEPSGEPSGE(@ CEPSGNAD27(CGQ77) / SCoPQ zone 3EPSGEPSGEPSGE'@ C EPSGNAD27(CGQ77) / SCoPQ zone 2EPSGEPSGEPSGE$N _EPSGSt. Vincent 45 / British West Indies GridEPSG0EPSGEPSGMN _EPSGSt. Lucia 1955 / British West Indies GridEPSG0EPSGEPSGMN _EPSGSt. Kitts 1955 / British West Indies GridEPSG0EPSGEPSGMO aEPSGMontserrat 1958 / British West Indies GridEPSG0EPSGEPSGML [EPSGGrenada 1953 / British West Indies GridEPSG0EPSGEPSGMM ]EPSGDominica 1945 / British West Indies GridEPSG0EPSGEPSGML [EPSGAntigua 1943 / British West Indies GridEPSG0EPSGEPSGMM ]EPSGAnguilla 1957 / British West Indies GridEPSG0EPSGEPSGM ?<? O  e * { A  ~ ; S S [d+t1m-r3v9G A EEPSGKNZGD2000 / Jacksons Bay 2000EPSGEPSGGEPSGF< ;EPSGJNZGD2000 / Okarito 2000EPSGEPSGGEPSGF= =EPSGINZGD2000 / Hokitika 2000EPSGEPSGGEPSGF@ CEPSGHNZGD2000 / Marlborough 2000EPSGEPSGGEPSGF: 7EPSGGNZGD2000 / Amuri 2000EPSGEPSGGEPSGF9 5EPSGFNZGD2000 / Grey 2000EPSGEPSGGEPSGF; 9EPSGENZGD2000 / Buller 2000EPSGEPSGGEPSGF< ;EPSGDNZGD2000 / Karamea 2000EPSGEPSGGEPSGF; 9EPSGCNZGD2000 / Nelson 2000EPSGEPSGGEPSGF@ CEPSGBNZGD2000 / Collingwood 2000EPSGEPSGGEPSGF? AEPSGANZGD2000 / Wellington 2000EPSGEPSGGEPSGF> ?EPSG@NZGD2000 / Wairarapa 2000EPSGEPSGGEPSGF= =EPSG?NZGD2000 / Wanganui 2000EPSGEPSGGEPSGF> ?EPSG>NZGD2000 / Tuhirangi 2000EPSGEPSGGEPSGF= =EPSG=NZGD2000 / Taranaki 2000EPSGEPSGGEPSGF? AEPSG9 5EPSG.WGS 72BE / TM 106 NEEPSG0EPSGEPSG@z; 9EPSG-Hanoi 1972 / GK 106 NEEPSGEPSG3EPSG@F O EPSG,South Yemen / Gauss Kruger zone 9EPSGEPSGDEPSG?QF O EPSG+South Yemen / Gauss Kruger zone 8EPSGEPSGDEPSG?P? AEPSG*Yemen NGN96 / UTM zone 39NEPSG0EPSGCEPSG>? AEPSG)Yemen NGN96 / UTM zone 38NEPSG0EPSGCEPSG>8 3EPSG(Carthage / TM 11 NEEPSG0EPSGEPSG@5 -EPSG'ELD79 / TM 12 NEEPSG0EPSG?EPSG@5 - EPSG&NAD27 / Cuba SurEPSGEPSGEPSGF7 1 EPSG%NAD27 / Cuba NorteEPSGEPSGEPSGFC IEPSG$Hito XVIII 1963 / UTM zone 19SEPSG0EPSGEPSG>B GEPSG#Hito XVIII 1963 / Argentina 2EPSGEPSGEPSGFpE MEPSG"Pampa del Castillo / Argentina 2EPSGEPSGAEPSGFpB GEPSG!Chos Malal 1914 / Argentina 2EPSGEPSG@EPSGFp9 5EPSG ELD79 / UTM zone 35NEPSG0EPSG?EPSG>9 5EPSGELD79 / UTM zone 34NEPSG0EPSG?EPSG>9 5EPSGELD79 / UTM zone 33NEPSG0EPSG?EPSG>9 5EPSGELD79 / UTM zone 32NEPSG0EPSG?EPSG>: 7EPSGELD79 / Libya zone 13EPSGEPSG?EPSGGH: 7EPSGELD79 / Libya zone 12EPSGEPSG?EPSGGG: 7EPSGELD79 / Libya zone 11EPSGEPSG?EPSGGF: 7EPSGELD79 / Libya zone 10EPSGEPSG?EPSGGE9 5EPSGELD79 / Libya zone 9EPSGEPSG?EPSGGD9 5EPSGELD79 / Libya zone 8EPSGEPSG?EPSGGC9 5EPSGELD79 / Libya zone 7EPSGEPSG?EPSGGB9 5EPSGELD79 / Libya zone 6EPSGEPSG?EPSGGA9 5EPSGELD79 / Libya zone 5EPSGEPSG?EPSGG@A EEPSGNaparima 1955 / UTM zone 20NEPSG0EPSG>EPSG>? AEPSGMount Dillon / Tobago GridEPSG7EPSG=EPSGM< ;EPSGS-JTSK (Ferro) / KrovakEPSGeEPSGEPSGM? A EPSGDabola 1981 / UTM zone 29NEPSG0EPSGEPSG>? A EPSGDabola 1981 / UTM zone 28NEPSG0EPSGEPSG>E MEPSGMadrid 1870 (Madrid) / Spain LCCEPSGEPSG'EPSGM> ?EPSG ED50(ED77) / UTM zone 41NEPSG0EPSG:EPSG>??EPSG ED50(ED77) / UTM zone 40NEPSG0EPSG:EPSG> :G|: H  M M L D x&Ei#iJ<eQG QEPSGAzores Central 1948 / UTM zone 26NEPSG0EPSGWEPSG>J WEPSGAzores Occidental 1939 / UTM zone 25NEPSG0EPSGVEPSG>5 -EPSGETRS89 / PL-1992EPSGEPSGEPSGG|I UEPSGETRS89-POL [PL-ETRF2000] / CS2000/24EPSGEPSG%EPSGGI UEPSGETRS89-POL [PL-ETRF2000] / CS2000/21EPSGEPSG%EPSGGI UEPSGETRS89-POL [PL-ETRF2000] / CS2000/18EPSGEPSG%EPSGGI UEPSGETRS89-POL [PL-ETRF2000] / CS2000/15EPSGEPSG%EPSGGE MEPSGPulkovo 1942(58) / Poland zone VEPSGEPSGSEPSGGmF OEPSG~Pulkovo 1942(58) / Poland zone IVEPSGEPSGSEPSGGlG QEPSG}Pulkovo 1942(58) / Poland zone IIIEPSGEPSGSEPSGGkF OEPSG|Pulkovo 1942(58) / Poland zone IIEPSGEPSGSEPSGGjE M EPSG{Pulkovo 1942(58) / Poland zone IEPSGEPSGSEPSGGi8 3 EPSGzMGI / Slovenia GridEPSGEPSGEPSGM: 7EPSGyLUREF / Luxembourg TMEPSGEPSGUEPSGMK Y EPSGxPulkovo 1942(83) / Gauss Kruger zone 5EPSGEPSGREPSG?K Y EPSGwPulkovo 1942(83) / Gauss Kruger zone 4EPSGEPSGREPSG?K Y EPSGvPulkovo 1942(83) / Gauss Kruger zone 3EPSGEPSGREPSG?; 9EPSGuAbidjan 1987 / TM 5 NWEPSG0EPSG/EPSGBm; 9EPSGtLocodjo 1965 / TM 5 NWEPSG0EPSG.EPSGBmA E EPSGsUS National Atlas Equal AreaEPSGEPSGEPSG;E MEPSGrSierra Leone 1968 / UTM zone 29NEPSG0EPSGOEPSG>E MEPSGqSierra Leone 1968 / UTM zone 28NEPSG0EPSGOEPSG>L [EPSGpSierra Leone 1924 / New War Office GridEPSG4EPSGNEPSGMH SEPSGoSierra Leone 1924 / New Colony GridEPSG4EPSGNEPSGMI UEPSGnETRS89-IRE [ETRF2000] / UTM zone 29NEPSG0EPSGMEPSG>V oEPSGmETRS89-IRE [ETRF2000] / Irish Transverse MercatorEPSG0EPSGMEPSGM? A EPSGlNAD83(HARN) / UTM zone 59SEPSG0EPSG8EPSG?Q e EPSGkAmerican Samoa 1962 / American Samoa LambertEPSGEPSGIEPSG;G QEPSGjETRS89-FRA [RGF93 v1] / Lambert-93EPSGEPSGKEPSGFA E EPSGiNAD83(CSRS98) / UTM zone 11NEPSG0EPSG,EPSG>A E EPSGhNAD83(CSRS98) / UTM zone 12NEPSG0EPSG,EPSG>A E EPSGgNAD83(CSRS98) / UTM zone 13NEPSG0EPSG,EPSG>A E EPSGfNAD83(CSRS98) / UTM zone 17NEPSG0EPSG,EPSG>A E EPSGeNAD83(CSRS98) / UTM zone 18NEPSG0EPSG,EPSG>A E EPSGdNAD83(CSRS98) / UTM zone 21NEPSG0EPSG,EPSG>@ C EPSGcNAD83(CSRS98) / MTM zone 10EPSGEPSG,EPSGE.? A EPSGbNAD83(CSRS98) / MTM zone 9EPSGEPSG,EPSGE-? A EPSGaNAD83(CSRS98) / MTM zone 8EPSGEPSG,EPSGE,? A EPSG`NAD83(CSRS98) / MTM zone 7EPSGEPSG,EPSGE+? A EPSG_NAD83(CSRS98) / MTM zone 6EPSGEPSG,EPSGE*? A EPSG^NAD83(CSRS98) / MTM zone 5EPSGEPSG,EPSGE)? A EPSG]NAD83(CSRS98) / MTM zone 4EPSGEPSG,EPSGE(? A EPSG\NAD83(CSRS98) / MTM zone 3EPSGEPSG,EPSGE'A E EPSG[NAD83(CSRS98) / SCoPQ zone 2EPSGEPSG,EPSGE$B GEPSGZNAD27(CGQ77) / Quebec LambertEPSGEPSGEPSGM4 +EPSGYAccra / TM 1 NWEPSG0EPSGHEPSGBi@ CEPSGXAccra / Ghana National GridEPSG4EPSGHEPSGM< ;EPSGWNZGD2000 / UTM zone 60SEPSG0EPSGGEPSG? < ;EPSGVNZGD2000 / UTM zone 59SEPSG0EPSGGEPSG?< ;EPSGUNZGD2000 / UTM zone 58SEPSG0EPSGGEPSG?: 7EPSGTNZGD2000 / Bluff 2000EPSGEPSGGEPSGF&A EEPSGSNZGD2000 / North Taieri 2000EPSGEPSGGEPSGF%F OEPSGRNZGD2000 / Observation Point 2000EPSGEPSGGEPSGF$? AEPSGQNZGD2000 / Mount York 2000EPSGEPSGGEPSGF#C IEPSGPNZGD2000 / Mount Nicholas 2000EPSGEPSGGEPSGF"@ CEPSGONZGD2000 / Lindis Peak 2000EPSGEPSGGEPSGF!; 9EPSGNNZGD2000 / Timaru 2000EPSGEPSGGEPSGF ; 9EPSGMNZGD2000 / Gawler 2000EPSGEPSGGEPSGF ;+] H ` $ G i  l +a'WFt1i,h'e&aJ WEPSGNAD83 / Massachusetts Mainland (ftUS)EPSGEPSGEPSG;< ;EPSGNAD83 / Maryland (ftUS)EPSGEPSGEPSG;B GEPSGNAD83 / Kentucky South (ftUS)EPSGEPSGEPSG;B GEPSGNAD83 / Kentucky North (ftUS)EPSGEPSGEPSG;@ C EPSGNAD83 / Indiana West (ftUS)EPSGEPSGEPSG;@ C EPSGNAD83 / Indiana East (ftUS)EPSGEPSGEPSG;> ?EPSGNAD83 / Idaho West (ftUS)EPSGEPSGEPSG;A EEPSGNAD83 / Idaho Central (ftUS)EPSGEPSGEPSG;> ?EPSGNAD83 / Idaho East (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / Georgia West (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / Georgia East (ftUS)EPSGEPSGEPSG;A EEPSGNAD83 / Florida North (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / Florida West (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / Florida East (ftUS)EPSGEPSGEPSG;< ;EPSGNAD83 / Delaware (ftUS)EPSGEPSGEPSG;? AEPSGNAD83 / Connecticut (ftUS)EPSGEPSGEPSG;B GEPSGNAD83 / Colorado South (ftUS)EPSGEPSGEPSG;D KEPSGNAD83 / Colorado Central (ftUS)EPSGEPSGEPSG;B GEPSGNAD83 / Colorado North (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 6 (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 5 (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 4 (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 3 (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 2 (ftUS)EPSGEPSGEPSG;E MEPSGNAD83 / California zone 1 (ftUS)EPSGEPSGEPSG;> ?EPSGNAD83 / Arizona West (ft)EPSGEPSGEPSG;A EEPSGNAD83 / Arizona Central (ft)EPSGEPSGEPSG;> ?EPSGNAD83 / Arizona East (ft)EPSGEPSGEPSG;N _EPSGScoresbysund 1952 / Greenland zone 6 eastEPSGEPSGcEPSGG9 5EPSGATS77 / UTM zone 20NEPSG0EPSGEPSG>9 5EPSGATS77 / UTM zone 19NEPSG0EPSGEPSG>N _EPSGScoresbysund 1952 / Greenland zone 5 eastEPSGEPSGcEPSGG@ CEPSGQoornoq 1927 / UTM zone 23NEPSG0EPSGbEPSG>@ CEPSGQoornoq 1927 / UTM zone 22NEPSG0EPSGbEPSG>? AEPSGManoca 1962 / UTM zone 32NEPSG0EPSGaEPSG>; 9 EPSGDouala 1948 / AOF westEPSG0EPSG`EPSGG6 /EPSGETRS89 / TM 30 NEEPSG0EPSGEPSG@.I UEPSGED50 / 3-degree Gauss-Kruger zone 15EPSGEPSGEPSG?I UEPSGED50 / 3-degree Gauss-Kruger zone 14EPSGEPSGEPSG?I UEPSGED50 / 3-degree Gauss-Kruger zone 13EPSGEPSGEPSG?I UEPSGED50 / 3-degree Gauss-Kruger zone 12EPSGEPSGEPSG?I UEPSGED50 / 3-degree Gauss-Kruger zone 11EPSGEPSGEPSG?I UEPSGED50 / 3-degree Gauss-Kruger zone 10EPSGEPSGEPSG?H SEPSGED50 / 3-degree Gauss-Kruger zone 9EPSGEPSGEPSG?; 9EPSGNAD83 / Kentucky NorthEPSGEPSGEPSG;6 /EPSGNAD27 / TennesseeEPSGEPSGEPSG;: 7EPSGREGVEN / UTM zone 20NEPSG0EPSG]EPSG>: 7EPSGREGVEN / UTM zone 19NEPSG0EPSG]EPSG>: 7EPSGREGVEN / UTM zone 18NEPSG0EPSG]EPSG>P cEPSGATS77 / New Brunswick Stereographic (ATS77)EPSGEPSGEPSGMH S EPSGAlbanian 1987 / Gauss Kruger zone 4EPSGEPSG_EPSG?L= =EPSGETRS89 / Kp2000 BornholmEPSG0EPSGEPSGG< ;EPSGETRS89 / Kp2000 ZealandEPSG0EPSGEPSGG< ;EPSGETRS89 / Kp2000 JutlandEPSG0EPSGEPSGG> ?EPSGNAD83(HARN) / UTM zone 2SEPSG0EPSG8EPSG>Q e EPSGAmerican Samoa 1962 / American Samoa LambertEPSGEPSGIEPSG;T kEPSGNZGD2000 / New Zealand Transverse Mercator 2000EPSGEPSGGEPSGN> ? EPSGED50 / France EuroLambertEPSGEPSGEPSGF@ C EPSGMadeira 1936 / UTM zone 28NEPSG0EPSGYEPSG> 9zv3h. _  M = | 5 o /]d!T0t0V z0S zD KEPSG Qoornoq 1927 / Greenland zone 8EPSGEPSGbEPSGGI UEPSG Qoornoq 1927 / Greenland zone 7 westEPSGEPSGbEPSGHI UEPSG Qoornoq 1927 / Greenland zone 6 westEPSGEPSGbEPSGHI UEPSG Qoornoq 1927 / Greenland zone 5 westEPSGEPSGbEPSGHI UEPSGQoornoq 1927 / Greenland zone 4 westEPSGEPSGbEPSGHH S EPSGQornoq 1927 / Greenland zone 4 eastEPSGEPSGbEPSGGI UEPSGQoornoq 1927 / Greenland zone 3 westEPSGEPSGbEPSGHH S EPSGQornoq 1927 / Greenland zone 3 eastEPSGEPSGbEPSGGI UEPSGQoornoq 1927 / Greenland zone 2 westEPSGEPSGbEPSGHH S EPSGQornoq 1927 / Greenland zone 2 eastEPSGEPSGbEPSGGH S EPSGQornoq 1927 / Greenland zone 1 eastEPSGEPSGbEPSGGL [EPSGAmmassalik 1958 / Greenland zone 7 eastEPSGEPSGdEPSGGC IEPSGATS77 / MTM Nova Scotia zone 5EPSG0EPSGEPSGEC IEPSGATS77 / MTM Nova Scotia zone 4EPSG0EPSGEPSGE] } EPSGNAD83(CSRS98) / Prince Edward Isl. Stereographic (NAD83)EPSGEPSG,EPSGM] } EPSGNAD83(CSRS98) / Prince Edward Isl. Stereographic (NAD83)EPSGEPSGEPSGMU mEPSGATS77 / Prince Edward Isl. Stereographic (ATS77)EPSGEPSGEPSGMC IEPSGNAD83 / Wisconsin South (ftUS)EPSGEPSGEPSG< E MEPSGNAD83 / Wisconsin Central (ftUS)EPSGEPSGEPSG< C IEPSGNAD83 / Wisconsin North (ftUS)EPSGEPSGEPSG< D KEPSGNAD83 / Washington South (ftUS)EPSGEPSGEPSG<D KEPSGNAD83 / Washington North (ftUS)EPSGEPSGEPSG<B GEPSGNAD83 / Virginia South (ftUS)EPSGEPSGEPSG<B GEPSGNAD83 / Virginia North (ftUS)EPSGEPSGEPSG<< ;EPSGNAD83 / Utah South (ft)EPSGEPSGEPSG<> ?EPSGNAD83 / Utah Central (ft)EPSGEPSGEPSG<< ;EPSGNAD83 / Utah North (ft)EPSGEPSGEPSG<? AEPSGNAD83 / Texas South (ftUS)EPSGEPSGEPSG<G QEPSGNAD83 / Texas South Central (ftUS)EPSGEPSGEPSG<A EEPSGNAD83 / Texas Central (ftUS)EPSGEPSGEPSG;G QEPSGNAD83 / Texas North Central (ftUS)EPSGEPSGEPSG;? AEPSGNAD83 / Texas North (ftUS)EPSGEPSGEPSG;= =EPSGNAD83 / Tennessee (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / South Carolina (ft)EPSGEPSGEPSG;F OEPSGNAD83 / Pennsylvania South (ftUS)EPSGEPSGEPSG;F OEPSGNAD83 / Pennsylvania North (ftUS)EPSGEPSGEPSG;> ?EPSGNAD83 / Oregon South (ft)EPSGEPSGEPSG;> ?EPSGNAD83 / Oregon North (ft)EPSGEPSGEPSG;B GEPSGNAD83 / Oklahoma South (ftUS)EPSGEPSGEPSG;B GEPSGNAD83 / Oklahoma North (ftUS)EPSGEPSGEPSG;D KEPSGNAD83 / North Dakota South (ft)EPSGEPSGEPSG;D KEPSGNAD83 / North Dakota North (ft)EPSGEPSGEPSG;B GEPSGNAD83 / North Carolina (ftUS)EPSGEPSGEPSG;H SEPSGNAD83 / New York Long Island (ftUS)EPSGEPSGEPSG;A EEPSGNAD83 / New York West (ftUS)EPSGEPSGEPSG;D KEPSGNAD83 / New York Central (ftUS)EPSGEPSGEPSG;A EEPSGNAD83 / New York East (ftUS)EPSGEPSGEPSG;C IEPSGNAD83 / New Mexico West (ftUS)EPSGEPSGEPSG;F OEPSGNAD83 / New Mexico Central (ftUS)EPSGEPSGEPSG;C IEPSGNAD83 / New Mexico East (ftUS)EPSGEPSGEPSG;9 5EPSGNAD83 / Montana (ft)EPSGEPSGEPSG;D KEPSGNAD83 / Mississippi West (ftUS)EPSGEPSGEPSG;D KEPSGNAD83 / Mississippi East (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83 / Michigan South (ft)EPSGEPSGEPSG;B GEPSGNAD83 / Michigan Central (ft)EPSGEPSGEPSG;@ CEPSGNAD83 / Michigan North (ft)EPSGEPSGEPSG;SEP8 3EPSG Batavia / TM 109 SEEPSG0EPSGsEPSGAE 9WG i 8  t 4 b  J  x 2cM{5H[ n2EN _EPSG >Xian 1980 / 3-degree Gauss-Kruger zone 42EPSGEPSGEPSG>N _EPSG =Xian 1980 / 3-degree Gauss-Kruger zone 41EPSGEPSGEPSG>N _EPSG N _EPSG ;Xian 1980 / 3-degree Gauss-Kruger zone 39EPSGEPSGEPSG?N _EPSG :Xian 1980 / 3-degree Gauss-Kruger zone 38EPSGEPSGEPSG?N _EPSG 9Xian 1980 / 3-degree Gauss-Kruger zone 37EPSGEPSGEPSG?N _EPSG 8Xian 1980 / 3-degree Gauss-Kruger zone 36EPSGEPSGEPSG?N _EPSG 7Xian 1980 / 3-degree Gauss-Kruger zone 35EPSGEPSGEPSG?N _EPSG 6Xian 1980 / 3-degree Gauss-Kruger zone 34EPSGEPSGEPSG?N _EPSG 5Xian 1980 / 3-degree Gauss-Kruger zone 33EPSGEPSGEPSG?N _EPSG 4Xian 1980 / 3-degree Gauss-Kruger zone 32EPSGEPSGEPSG?N _EPSG 3Xian 1980 / 3-degree Gauss-Kruger zone 31EPSGEPSGEPSG?N _EPSG 2Xian 1980 / 3-degree Gauss-Kruger zone 30EPSGEPSGEPSG?N _EPSG 1Xian 1980 / 3-degree Gauss-Kruger zone 29EPSGEPSGEPSG?N _EPSG 0Xian 1980 / 3-degree Gauss-Kruger zone 28EPSGEPSGEPSG?N _EPSG /Xian 1980 / 3-degree Gauss-Kruger zone 27EPSGEPSGEPSG?N _EPSG .Xian 1980 / 3-degree Gauss-Kruger zone 26EPSGEPSGEPSG?N _EPSG -Xian 1980 / 3-degree Gauss-Kruger zone 25EPSGEPSGEPSG?E MEPSG ,Xian 1980 / Gauss-Kruger CM 135EEPSGEPSGEPSG?E MEPSG +Xian 1980 / Gauss-Kruger CM 129EEPSGEPSGEPSG?E MEPSG *Xian 1980 / Gauss-Kruger CM 123EEPSGEPSGEPSG?E MEPSG )Xian 1980 / Gauss-Kruger CM 117EEPSGEPSGEPSG?E MEPSG (Xian 1980 / Gauss-Kruger CM 111EEPSGEPSGEPSG?E MEPSG 'Xian 1980 / Gauss-Kruger CM 105EEPSGEPSGEPSG?D KEPSG &Xian 1980 / Gauss-Kruger CM 99EEPSGEPSGEPSG?D KEPSG %Xian 1980 / Gauss-Kruger CM 93EEPSGEPSGEPSG?D KEPSG $Xian 1980 / Gauss-Kruger CM 87EEPSGEPSGEPSG?D KEPSG #Xian 1980 / Gauss-Kruger CM 81EEPSGEPSGEPSG?D KEPSG "Xian 1980 / Gauss-Kruger CM 75EEPSGEPSGEPSG?E MEPSG !Xian 1980 / Gauss-Kruger zone 23EPSGEPSGEPSG?_E MEPSG Xian 1980 / Gauss-Kruger zone 22EPSGEPSGEPSG?^E MEPSG Xian 1980 / Gauss-Kruger zone 21EPSGEPSGEPSG?]E MEPSG Xian 1980 / Gauss-Kruger zone 20EPSGEPSGEPSG?\E MEPSG Xian 1980 / Gauss-Kruger zone 19EPSGEPSGEPSG?[E MEPSG Xian 1980 / Gauss-Kruger zone 18EPSGEPSGEPSG?ZE MEPSG Xian 1980 / Gauss-Kruger zone 17EPSGEPSGEPSG?YE MEPSG Xian 1980 / Gauss-Kruger zone 16EPSGEPSGEPSG?XE MEPSG Xian 1980 / Gauss-Kruger zone 15EPSGEPSGEPSG?WE MEPSG Xian 1980 / Gauss-Kruger zone 14EPSGEPSGEPSG?VE MEPSG Xian 1980 / Gauss-Kruger zone 13EPSGEPSGEPSG?U? AEPSG Hong Kong 1980 Grid SystemEPSGEPSGEPSGN 0 #EPSG ED50 / TM45EPSGEPSGEPSG?0 #EPSG ED50 / TM42EPSGEPSGEPSG?0 #EPSG ED50 / TM39EPSGEPSGEPSG?0 #EPSG ED50 / TM36EPSGEPSGEPSG?0 #EPSG ED50 / TM33EPSGEPSGEPSG?0 #EPSG ED50 / TM30EPSGEPSGEPSG?0 #EPSG ED50 / TM27EPSGEPSGEPSG?@ CEPSG Ain el Abd / Aramco LambertEPSG0EPSGlEPSGN : 7EPSG PSAD56 / ICN RegionalEPSGEPSGEPSGNC IEPSG Campo Inchauspe / UTM zone 20SEPSG0EPSG}EPSG>C IEPSG Campo Inchauspe / UTM zone 19SEPSG0EPSG}EPSG>J WEPSG Trinidad 1903 / Trinidad Grid (ftCla)EPSG3EPSGEPSGN< ;EPSG Kousseri / UTM zone 33NEPSG0EPSGfEPSG>: 7EPSG Garoua / UTM zone 33NEPSG0EPSGeEPSG>5 -EPSG WGS 84 / TM 6 NEEPSG0EPSGEPSG@7 1EPSG WGS 84 / TM 132 SEEPSG0EPSGEPSGA\ 3pbx* @ U  h  { , ?|/gh4>HR\ fpQ eEPSG rBeijing 1954 / 3-degree Gauss-Kruger zone 42EPSGEPSGvEPSG>Q eEPSG qBeijing 1954 / 3-degree Gauss-Kruger zone 41EPSGEPSGvEPSG>Q eEPSG pBeijing 1954 / 3-degree Gauss-Kruger zone 40EPSGEPSGvEPSG>Q eEPSG oBeijing 1954 / 3-degree Gauss-Kruger zone 39EPSGEPSGvEPSG?Q eEPSG nBeijing 1954 / 3-degree Gauss-Kruger zone 38EPSGEPSGvEPSG?Q eEPSG mBeijing 1954 / 3-degree Gauss-Kruger zone 37EPSGEPSGvEPSG?Q eEPSG lBeijing 1954 / 3-degree Gauss-Kruger zone 36EPSGEPSGvEPSG?Q eEPSG kBeijing 1954 / 3-degree Gauss-Kruger zone 35EPSGEPSGvEPSG?Q eEPSG jBeijing 1954 / 3-degree Gauss-Kruger zone 34EPSGEPSGvEPSG?Q eEPSG iBeijing 1954 / 3-degree Gauss-Kruger zone 33EPSGEPSGvEPSG?Q eEPSG hBeijing 1954 / 3-degree Gauss-Kruger zone 32EPSGEPSGvEPSG?Q eEPSG gBeijing 1954 / 3-degree Gauss-Kruger zone 31EPSGEPSGvEPSG?Q eEPSG fBeijing 1954 / 3-degree Gauss-Kruger zone 30EPSGEPSGvEPSG?Q eEPSG eBeijing 1954 / 3-degree Gauss-Kruger zone 29EPSGEPSGvEPSG?Q eEPSG dBeijing 1954 / 3-degree Gauss-Kruger zone 28EPSGEPSGvEPSG?Q eEPSG cBeijing 1954 / 3-degree Gauss-Kruger zone 27EPSGEPSGvEPSG?Q eEPSG bBeijing 1954 / 3-degree Gauss-Kruger zone 26EPSGEPSGvEPSG?Q eEPSG aBeijing 1954 / 3-degree Gauss-Kruger zone 25EPSGEPSGvEPSG?3 ) EPSG `RT90 2.5 gon WEPSGEPSGEPSGMT kEPSG _Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 5EPSGEPSGREPSG?T kEPSG ^Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 4EPSGEPSGREPSG?T kEPSG ]Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 3EPSGEPSGREPSG?F OEPSG \South Yemen / Gauss-Kruger zone 9EPSGEPSGDEPSG?QF OEPSG [South Yemen / Gauss-Kruger zone 8EPSGEPSGDEPSG?P9 5EPSG ZKKJ / Finland zone 4EPSGEPSGEPSGGL [EPSG YKKJ / Finland Uniform Coordinate SystemEPSGEPSGEPSGG9 5EPSG XKKJ / Finland zone 2EPSGEPSGEPSGG9 5EPSG WKKJ / Finland zone 1EPSGEPSGEPSGGN _EPSG VXian 1980 / 3-degree Gauss-Kruger CM 135EEPSGEPSGEPSG?N _EPSG UXian 1980 / 3-degree Gauss-Kruger CM 132EEPSGEPSGEPSG?.N _EPSG TXian 1980 / 3-degree Gauss-Kruger CM 129EEPSGEPSGEPSG?N _EPSG SXian 1980 / 3-degree Gauss-Kruger CM 126EEPSGEPSGEPSG?,N _EPSG RXian 1980 / 3-degree Gauss-Kruger CM 123EEPSGEPSGEPSG?N _EPSG QXian 1980 / 3-degree Gauss-Kruger CM 120EEPSGEPSGEPSG?*N _EPSG PXian 1980 / 3-degree Gauss-Kruger CM 117EEPSGEPSGEPSG?N _EPSG OXian 1980 / 3-degree Gauss-Kruger CM 114EEPSGEPSGEPSG@N _EPSG NXian 1980 / 3-degree Gauss-Kruger CM 111EEPSGEPSGEPSG?N _EPSG MXian 1980 / 3-degree Gauss-Kruger CM 108EEPSGEPSGEPSG@ N _EPSG LXian 1980 / 3-degree Gauss-Kruger CM 105EEPSGEPSGEPSG?N _EPSG KXian 1980 / 3-degree Gauss-Kruger CM 102EEPSGEPSGEPSG@ M ]EPSG JXian 1980 / 3-degree Gauss-Kruger CM 99EEPSGEPSGEPSG?M ]EPSG IXian 1980 / 3-degree Gauss-Kruger CM 96EEPSGEPSGEPSG@M ]EPSG HXian 1980 / 3-degree Gauss-Kruger CM 93EEPSGEPSGEPSG?M ]EPSG GXian 1980 / 3-degree Gauss-Kruger CM 90EEPSGEPSGEPSG@M ]EPSG FXian 1980 / 3-degree Gauss-Kruger CM 87EEPSGEPSGEPSG?M ]EPSG EXian 1980 / 3-degree Gauss-Kruger CM 84EEPSGEPSGEPSG@M ]EPSG DXian 1980 / 3-degree Gauss-Kruger CM 81EEPSGEPSGEPSG?M ]EPSG CXian 1980 / 3-degree Gauss-Kruger CM 78EEPSGEPSGEPSG@M ]EPSG BXian 1980 / 3-degree Gauss-Kruger CM 75EEPSGEPSGEPSG?N _EPSG AXian 1980 / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG>N _EPSG @Xian 1980 / 3-degree Gauss-Kruger zone 44EPSGEPSGEPSG> 2\ h u $ 1 ; E OY r%>V l4Mu-G QEPSG Pulkovo 1995 / Gauss-Kruger CM 51EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 45EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 39EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 33EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 27EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 21EEPSGEPSGhEPSG?H SEPSG Albanian 1987 / Gauss-Kruger zone 4EPSGEPSG_EPSG?LM ]EPSG JGD2000 / Japan Plane Rectangular CS XIXEPSGEPSGEPSGEO aEPSG JGD2000 / Japan Plane Rectangular CS XVIIIEPSGEPSGEPSGEN _EPSG JGD2000 / Japan Plane Rectangular CS XVIIEPSGEPSGEPSGEM ]EPSG JGD2000 / Japan Plane Rectangular CS XVIEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS XVEPSGEPSGEPSGEM ]EPSG JGD2000 / Japan Plane Rectangular CS XIVEPSGEPSGEPSGEN _EPSG JGD2000 / Japan Plane Rectangular CS XIIIEPSGEPSGEPSGEM ]EPSG JGD2000 / Japan Plane Rectangular CS XIIEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS XIEPSGEPSGEPSGEK YEPSG JGD2000 / Japan Plane Rectangular CS XEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS IXEPSGEPSGEPSGEN _EPSG JGD2000 / Japan Plane Rectangular CS VIIIEPSGEPSGEPSGEM ]EPSG JGD2000 / Japan Plane Rectangular CS VIIEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS VIEPSGEPSGEPSGEK YEPSG JGD2000 / Japan Plane Rectangular CS VEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS IVEPSGEPSGEPSGEM ]EPSG JGD2000 / Japan Plane Rectangular CS IIIEPSGEPSGEPSGEL [EPSG JGD2000 / Japan Plane Rectangular CS IIEPSGEPSGEPSGEK YEPSG JGD2000 / Japan Plane Rectangular CS IEPSGEPSGEPSGEQ eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 135EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 132EEPSGEPSGvEPSG?.Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 129EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 126EEPSGEPSGvEPSG?,Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 123EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 120EEPSGEPSGvEPSG?*Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 117EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 114EEPSGEPSGvEPSG@Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 111EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 108EEPSGEPSGvEPSG@ Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 105EEPSGEPSGvEPSG?Q eEPSG Beijing 1954 / 3-degree Gauss-Kruger CM 102EEPSGEPSGvEPSG@ P cEPSG ~Beijing 1954 / 3-degree Gauss-Kruger CM 99EEPSGEPSGvEPSG?P cEPSG }Beijing 1954 / 3-degree Gauss-Kruger CM 96EEPSGEPSGvEPSG@P cEPSG |Beijing 1954 / 3-degree Gauss-Kruger CM 93EEPSGEPSGvEPSG?P cEPSG {Beijing 1954 / 3-degree Gauss-Kruger CM 90EEPSGEPSGvEPSG@P cEPSG zBeijing 1954 / 3-degree Gauss-Kruger CM 87EEPSGEPSGvEPSG?P cEPSG yBeijing 1954 / 3-degree Gauss-Kruger CM 84EEPSGEPSGvEPSG@P cEPSG xBeijing 1954 / 3-degree Gauss-Kruger CM 81EEPSGEPSGvEPSG?P cEPSG wBeijing 1954 / 3-degree Gauss-Kruger CM 78EEPSGEPSGvEPSG@P cEPSG vBeijing 1954 / 3-degree Gauss-Kruger CM 75EEPSGEPSGvEPSG?Q eEPSG uBeijing 1954 / 3-degree Gauss-Kruger zone 45EPSGEPSGvEPSG>Q eEPSG tBeijing 1954 / 3-degree Gauss-Kruger zone 44EPSGEPSGvEPSG> eG QEPSG Pulkovo 1995 / Gauss-Kruger CM 57EEPSGEPSGhEPSG? 6p(P u , Q  v - R z 2Z:bAfBgCP cEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 8EPSGEPSGEPSG?P cEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 7EPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 171WEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 177WEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 177EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 171EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 165EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 159EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 153EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 147EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 141EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 135EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 129EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 123EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 117EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 111EEPSGEPSGEPSG?H SEPSG Pulkovo 1942 / Gauss-Kruger CM 105EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 99EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 93EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 87EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 81EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 75EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 69EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 63EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 57EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 51EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 45EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 39EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 33EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 27EEPSGEPSGEPSG?G QEPSG Pulkovo 1942 / Gauss-Kruger CM 21EEPSGEPSGEPSG?G Q EPSG Pulkovo 1942 / Gauss-Kruger CM 15EEPSGEPSGEPSG?F O EPSG Pulkovo 1942 / Gauss-Kruger CM 9EEPSGEPSGEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 171WEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 177WEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 177EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 171EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 165EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 159EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 153EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 147EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 141EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 135EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 129EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 123EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 117EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 111EEPSGEPSGhEPSG?H SEPSG Pulkovo 1995 / Gauss-Kruger CM 105EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 99EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 93EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 87EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 81EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 75EEPSGEPSGhEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 69EEPSGEPSGhEPSG? 0\ f p  z ( 2 < FPpz(2<FPZQ eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 56EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 55EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 54EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 53EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 52EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 51EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 50EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 49EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 48EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 47EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 46EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 44EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 43EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 42EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 41EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 40EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 39EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 38EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 37EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 36EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 35EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 34EPSGEPSGEPSG?; 9 EPSG Samboja / UTM zone 50SEPSG0EPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 33EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 32EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 31EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 30EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 29EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 28EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 27EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 26EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 25EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 24EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 23EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 22EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 21EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 20EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 19EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 18EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 17EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 16EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 15EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 14EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 13EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 12EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 11EPSGEPSGEPSG?Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 10EPSGEPSGEPSG? 1u\ f p  } , 9 F S `x'4AMWakuQ eEPSG >Pulkovo 1942 / 3-degree Gauss-Kruger CM 138EEPSGEPSGEPSG?0Q eEPSG =Pulkovo 1942 / 3-degree Gauss-Kruger CM 135EEPSGEPSGEPSG?Q eEPSG Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 63EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 62EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 61EPSGEPSGEPSG>Q e EPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 60EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 59EPSGEPSGEPSG>Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 58EPSGEPSGEPSG>Q eEPSG ?Pulkovo 1942 / 3-degree Gauss-Kruger CM 141EEPSGEPSGEPSG? 0\ f p  z ( 2 = IS] gq{)3=GQ eEPSG oPulkovo 1995 / 3-degree Gauss-Kruger zone 37EPSGEPSGhEPSG?Q eEPSG nPulkovo 1995 / 3-degree Gauss-Kruger zone 36EPSGEPSGhEPSG?Q eEPSG mPulkovo 1995 / 3-degree Gauss-Kruger zone 35EPSGEPSGhEPSG?Q eEPSG lPulkovo 1995 / 3-degree Gauss-Kruger zone 34EPSGEPSGhEPSG?Q eEPSG kPulkovo 1995 / 3-degree Gauss-Kruger zone 33EPSGEPSGhEPSG?Q eEPSG jPulkovo 1995 / 3-degree Gauss-Kruger zone 32EPSGEPSGhEPSG?Q eEPSG iPulkovo 1995 / 3-degree Gauss-Kruger zone 31EPSGEPSGhEPSG?Q eEPSG hPulkovo 1995 / 3-degree Gauss-Kruger zone 30EPSGEPSGhEPSG?Q eEPSG gPulkovo 1995 / 3-degree Gauss-Kruger zone 29EPSGEPSGhEPSG?Q eEPSG fPulkovo 1995 / 3-degree Gauss-Kruger zone 28EPSGEPSGhEPSG?Q eEPSG ePulkovo 1995 / 3-degree Gauss-Kruger zone 27EPSGEPSGhEPSG?Q eEPSG dPulkovo 1995 / 3-degree Gauss-Kruger zone 26EPSGEPSGhEPSG?Q eEPSG cPulkovo 1995 / 3-degree Gauss-Kruger zone 25EPSGEPSGhEPSG?Q eEPSG bPulkovo 1995 / 3-degree Gauss-Kruger zone 24EPSGEPSGhEPSG?Q eEPSG aPulkovo 1995 / 3-degree Gauss-Kruger zone 23EPSGEPSGhEPSG?Q eEPSG `Pulkovo 1995 / 3-degree Gauss-Kruger zone 22EPSGEPSGhEPSG?Q eEPSG _Pulkovo 1995 / 3-degree Gauss-Kruger zone 21EPSGEPSGhEPSG?Q eEPSG ^Pulkovo 1995 / 3-degree Gauss-Kruger zone 20EPSGEPSGhEPSG?Q eEPSG ]Pulkovo 1995 / 3-degree Gauss-Kruger zone 19EPSGEPSGhEPSG?Q eEPSG \Pulkovo 1995 / 3-degree Gauss-Kruger zone 18EPSGEPSGhEPSG?Q eEPSG [Pulkovo 1995 / 3-degree Gauss-Kruger zone 17EPSGEPSGhEPSG?Q eEPSG ZPulkovo 1995 / 3-degree Gauss-Kruger zone 16EPSGEPSGhEPSG?Q eEPSG YPulkovo 1995 / 3-degree Gauss-Kruger zone 15EPSGEPSGhEPSG?Q eEPSG XPulkovo 1995 / 3-degree Gauss-Kruger zone 14EPSGEPSGhEPSG?Q eEPSG WPulkovo 1995 / 3-degree Gauss-Kruger zone 13EPSGEPSGhEPSG?Q eEPSG VPulkovo 1995 / 3-degree Gauss-Kruger zone 12EPSGEPSGhEPSG?Q eEPSG UPulkovo 1995 / 3-degree Gauss-Kruger zone 11EPSGEPSGhEPSG?Q eEPSG TPulkovo 1995 / 3-degree Gauss-Kruger zone 10EPSGEPSGhEPSG?P cEPSG SPulkovo 1995 / 3-degree Gauss-Kruger zone 9EPSGEPSGhEPSG?P cEPSG RPulkovo 1995 / 3-degree Gauss-Kruger zone 8EPSGEPSGhEPSG?P cEPSG QPulkovo 1995 / 3-degree Gauss-Kruger zone 7EPSGEPSGhEPSG?Q eEPSG PPulkovo 1942 / 3-degree Gauss-Kruger CM 168WEPSGEPSGEPSG?BQ eEPSG OPulkovo 1942 / 3-degree Gauss-Kruger CM 171WEPSGEPSGEPSG?Q eEPSG NPulkovo 1942 / 3-degree Gauss-Kruger CM 174WEPSGEPSGEPSG?@Q eEPSG MPulkovo 1942 / 3-degree Gauss-Kruger CM 177WEPSGEPSGEPSG?Q eEPSG LPulkovo 1942 / 3-degree Gauss-Kruger CM 180EEPSGEPSGEPSG?>Q eEPSG KPulkovo 1942 / 3-degree Gauss-Kruger CM 177EEPSGEPSGEPSG?Q eEPSG JPulkovo 1942 / 3-degree Gauss-Kruger CM 174EEPSGEPSGEPSG?KXP cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 84EEPSGEPSGhEPSG@P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 81EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 78EEPSGEPSGhEPSG@P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 75EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 72EEPSGEPSGhEPSG@P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 69EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 66EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 63EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 60EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 57EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 54EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 51EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 48EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 45EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 42EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 39EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 36EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 33EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 30EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 27EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 24EEPSGEPSGhEPSG?P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 21EEPSGEPSGhEPSG?Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 64EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 63EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 62EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 61EPSGEPSGhEPSG>Q e EPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 60EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 59EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 58EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 57EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 56EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 55EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 54EPSGEPSGhEPSG>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger zone 53EPSGEPSGhEPSG>Q eEPSG ~Pulkovo 1995 / 3-degree Gauss-Kruger zone 52EPSGEPSGhEPSG>Q eEPSG }Pulkovo 1995 / 3-degree Gauss-Kruger zone 51EPSGEPSGhEPSG>Q eEPSG |Pulkovo 1995 / 3-degree Gauss-Kruger zone 50EPSGEPSGhEPSG>Q eEPSG {Pulkovo 1995 / 3-degree Gauss-Kruger zone 49EPSGEPSGhEPSG>Q eEPSG zPulkovo 1995 / 3-degree Gauss-Kruger zone 48EPSGEPSGhEPSG>Q eEPSG yPulkovo 1995 / 3-degree Gauss-Kruger zone 47EPSGEPSGhEPSG>Q eEPSG xPulkovo 1995 / 3-degree Gauss-Kruger zone 46EPSGEPSGhEPSG>Q eEPSG wPulkovo 1995 / 3-degree Gauss-Kruger zone 45EPSGEPSGhEPSG>Q eEPSG vPulkovo 1995 / 3-degree Gauss-Kruger zone 44EPSGEPSGhEPSG>Q eEPSG uPulkovo 1995 / 3-degree Gauss-Kruger zone 43EPSGEPSGhEPSG>Q eEPSG tPulkovo 1995 / 3-degree Gauss-Kruger zone 42EPSGEPSGhEPSG>Q eEPSG sPulkovo 1995 / 3-degree Gauss-Kruger zone 41EPSGEPSGhEPSG>Q eEPSG rPulkovo 1995 / 3-degree Gauss-Kruger zone 40EPSGEPSGhEPSG>P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 87EEPSGEPSGhEPSG? 4q^ j t " ~ , O  r | *4>HR\YP <qC IEPSG NAD83(HARN) / Colorado CentralEPSGEPSG8EPSG)$A EEPSG NAD83(HARN) / Colorado NorthEPSGEPSG8EPSG)#D KEPSG NAD83(HARN) / California zone 6EPSGEPSG8EPSG(D KEPSG NAD83(HARN) / California zone 5EPSGEPSG8EPSG(D KEPSG NAD83(HARN) / California zone 4EPSGEPSG8EPSG(D KEPSG NAD83(HARN) / California zone 3EPSGEPSG8EPSG(D KEPSG NAD83(HARN) / California zone 2EPSGEPSG8EPSG(D KEPSG NAD83(HARN) / California zone 1EPSGEPSG8EPSG(A EEPSG NAD83(HARN) / Arkansas SouthEPSGEPSG8EPSG(\A EEPSG NAD83(HARN) / Arkansas NorthEPSGEPSG8EPSG([? AEPSG NAD83(HARN) / Arizona WestEPSGEPSG8EPSG'B GEPSG NAD83(HARN) / Arizona CentralEPSGEPSG8EPSG'? AEPSG NAD83(HARN) / Arizona EastEPSGEPSG8EPSG'? AEPSG NAD83(HARN) / Alabama WestEPSGEPSG8EPSG'? AEPSG NAD83(HARN) / Alabama EastEPSGEPSG8EPSG'Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 168WEPSGEPSGhEPSG?BQ eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 171WEPSGEPSGhEPSG?Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 174WEPSGEPSGhEPSG?@Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 177WEPSGEPSGhEPSG?Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 180EEPSGEPSGhEPSG?>Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 177EEPSGEPSGhEPSG?Q eEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 174EEPSGEPSGhEPSG? ?EPSG NAD83(HARN) / Nevada WestEPSGEPSG8EPSG1A EEPSG NAD83(HARN) / Nevada CentralEPSGEPSG8EPSG1> ?EPSG NAD83(HARN) / Nevada EastEPSGEPSG8EPSG1; 9EPSG NAD83(HARN) / NebraskaEPSGEPSG8EPSG1V: 7EPSG NAD83(HARN) / MontanaEPSGEPSG8EPSG0@ CEPSG NAD83(HARN) / Missouri WestEPSGEPSG8EPSG0C IEPSG NAD83(HARN) / Missouri CentralEPSGEPSG8EPSG0@ CEPSG NAD83(HARN) / Missouri EastEPSGEPSG8EPSG0C IEPSG NAD83(HARN) / Mississippi WestEPSGEPSG8EPSG0,C IEPSG NAD83(HARN) / Mississippi EastEPSGEPSG8EPSG0+B GEPSG NAD83(HARN) / Minnesota SouthEPSGEPSG8EPSG/D KEPSG NAD83(HARN) / Minnesota CentralEPSGEPSG8EPSG/B GEPSG NAD83(HARN) / Minnesota NorthEPSGEPSG8EPSG/A EEPSG NAD83(HARN) / Michigan SouthEPSGEPSG8EPSG/oC IEPSG NAD83(HARN) / Michigan CentralEPSGEPSG8EPSG/nA EEPSG NAD83(HARN) / Michigan NorthEPSGEPSG8EPSG/mG QEPSG NAD83(HARN) / Massachusetts IslandEPSGEPSG8EPSG/I UEPSG NAD83(HARN) / Massachusetts MainlandEPSGEPSG8EPSG.; 9EPSG NAD83(HARN) / MarylandEPSGEPSG8EPSG.= =EPSG NAD83(HARN) / Maine WestEPSGEPSG8EPSG.8= =EPSG NAD83(HARN) / Maine EastEPSGEPSG8EPSG.7B GEPSG NAD83(HARN) / Louisiana SouthEPSGEPSG8EPSG-B GEPSG NAD83(HARN) / Louisiana NorthEPSGEPSG8EPSG-A EEPSG NAD83(HARN) / Kentucky SouthEPSGEPSG8EPSG-pA EEPSG NAD83(HARN) / Kentucky NorthEPSGEPSG8EPSG;? AEPSG NAD83(HARN) / Kansas SouthEPSGEPSG8EPSG- ? AEPSG NAD83(HARN) / Kansas NorthEPSGEPSG8EPSG- = =EPSG NAD83(HARN) / Iowa SouthEPSGEPSG8EPSG,= =EPSG NAD83(HARN) / Iowa NorthEPSGEPSG8EPSG,? AEPSG NAD83(HARN) / Indiana WestEPSGEPSG8EPSG,D? AEPSG NAD83(HARN) / Indiana EastEPSGEPSG8EPSG,C@ CEPSG NAD83(HARN) / Illinois WestEPSGEPSG8EPSG+@ CEPSG NAD83(HARN) / Illinois EastEPSGEPSG8EPSG+= =EPSG NAD83(HARN) / Idaho WestEPSGEPSG8EPSG+}@ CEPSG NAD83(HARN) / Idaho CentralEPSGEPSG8EPSG+|= =EPSG NAD83(HARN) / Idaho EastEPSGEPSG8EPSG+{@ CEPSG NAD83(HARN) / Hawaii zone 5EPSGEPSG8EPSG;@ CEPSG NAD83(HARN) / Hawaii zone 4EPSGEPSG8EPSG;@ CEPSG NAD83(HARN) / Hawaii zone 3EPSGEPSG8EPSG;@ CEPSG NAD83(HARN) / Hawaii zone 2EPSGEPSG8EPSG;@ CEPSG NAD83(HARN) / Hawaii zone 1EPSGEPSG8EPSG;? AEPSG NAD83(HARN) / Georgia WestEPSGEPSG8EPSG+? AEPSG NAD83(HARN) / Georgia EastEPSGEPSG8EPSG+@ CEPSG NAD83(HARN) / Florida NorthEPSGEPSG8EPSG*? AEPSG NAD83(HARN) / Florida WestEPSGEPSG8EPSG*? AEPSG NAD83(HARN) / Florida EastEPSGEPSG8EPSG*; 9EPSG NAD83(HARN) / DelawareEPSGEPSG8EPSG)= =EPSG NAD83(HARN) / Ohio SouthEPSGEPSG8EPSG4x 9~>r5 n ' j , m ) W  L |.\x,Kq.X=j!B GEPSG MNAD83(HARN) / Maryland (ftUS)EPSGEPSG8EPSG;H SEPSG LNAD83(HARN) / Kentucky South (ftUS)EPSGEPSG8EPSG;H SEPSG KNAD83(HARN) / Kentucky North (ftUS)EPSGEPSG8EPSG;F O EPSG JNAD83(HARN) / Indiana West (ftUS)EPSGEPSG8EPSG;F O EPSG INAD83(HARN) / Indiana East (ftUS)EPSGEPSG8EPSG;D KEPSG HNAD83(HARN) / Idaho West (ftUS)EPSGEPSG8EPSG;G QEPSG GNAD83(HARN) / Idaho Central (ftUS)EPSGEPSG8EPSG;D KEPSG FNAD83(HARN) / Idaho East (ftUS)EPSGEPSG8EPSG;F OEPSG ENAD83(HARN) / Georgia West (ftUS)EPSGEPSG8EPSG;F OEPSG DNAD83(HARN) / Georgia East (ftUS)EPSGEPSG8EPSG;G QEPSG CNAD83(HARN) / Florida North (ftUS)EPSGEPSG8EPSG;F OEPSG BNAD83(HARN) / Florida West (ftUS)EPSGEPSG8EPSG;F OEPSG ANAD83(HARN) / Florida East (ftUS)EPSGEPSG8EPSG;B GEPSG @NAD83(HARN) / Delaware (ftUS)EPSGEPSG8EPSG;E MEPSG ?NAD83(HARN) / Connecticut (ftUS)EPSGEPSG8EPSG;H SEPSG >NAD83(HARN) / Colorado South (ftUS)EPSGEPSG8EPSG;J WEPSG =NAD83(HARN) / Colorado Central (ftUS)EPSGEPSG8EPSG;H SEPSG ?EPSG NAD83(HARN) / Texas SouthEPSGEPSG8EPSG7F OEPSG NAD83(HARN) / Texas South CentralEPSGEPSG8EPSG7@ CEPSG NAD83(HARN) / Texas CentralEPSGEPSG8EPSG7F OEPSG NAD83(HARN) / Texas North CentralEPSGEPSG8EPSG7> ?EPSG NAD83(HARN) / Texas NorthEPSGEPSG8EPSG7< ;EPSG NAD83(HARN) / TennesseeEPSGEPSG8EPSG72E MEPSG NAD83(HARN) / South Dakota SouthEPSGEPSG8EPSG6E MEPSG NAD83(HARN) / South Dakota NorthEPSGEPSG8EPSG6? AEPSG NAD83(HARN) / Rhode IslandEPSGEPSG8EPSG6? AEPSG NAD83(HARN) / Oregon SouthEPSGEPSG8EPSG5@? AEPSG NAD83(HARN) / Oregon NorthEPSGEPSG8EPSG5?A EEPSG NAD83(HARN) / Oklahoma SouthEPSGEPSG8EPSG4 9}`> i  ? ]  ; l Bw.Oo6|;x7u1u7}= =EPSG NAD83(CSRS) / MTM zone 8EPSGEPSG EPSGE,= =EPSG NAD83(CSRS) / MTM zone 7EPSGEPSG EPSGE+= =EPSG NAD83(CSRS) / MTM zone 6EPSGEPSG EPSGE*= =EPSG NAD83(CSRS) / MTM zone 5EPSGEPSG EPSGE)= =EPSG NAD83(CSRS) / MTM zone 4EPSGEPSG EPSGE(= =EPSG NAD83(CSRS) / MTM zone 3EPSGEPSG EPSGE'? A EPSG NAD83(CSRS) / SCoPQ zone 2EPSGEPSG EPSGE$C IEPSG Selvagem Grande / UTM zone 28NEPSG0EPSGEPSG>? AEPSG ~Porto Santo / UTM zone 28NEPSG0EPSGEPSG>@ CEPSG }Pulkovo 1942 / CS63 zone K4EPSGEPSGEPSGH@ CEPSG |Pulkovo 1942 / CS63 zone K3EPSGEPSGEPSGH@ CEPSG {Pulkovo 1942 / CS63 zone K2EPSGEPSGEPSGH@ CEPSG zPulkovo 1942 / CS63 zone A4EPSGEPSGEPSGH @ CEPSG yPulkovo 1942 / CS63 zone A3EPSGEPSGEPSGH @ CEPSG xPulkovo 1942 / CS63 zone A2EPSGEPSGEPSGH @ CEPSG wPulkovo 1942 / CS63 zone A1EPSGEPSGEPSGH = = EPSG vSegara (Jakarta) / NEIEZEPSGEPSGEPSGM: 7EPSG uSegara / UTM zone 50SEPSG0EPSGEPSG?@ CEPSG tQND95 / Qatar National GridEPSG0EPSGEPSGM8 3EPSG sBeduaram / TM 13 NEEPSGEPSGuEPSG@I UEPSG rNAD83(HARN) / Wisconsin South (ftUS)EPSGEPSG8EPSG< K YEPSG qNAD83(HARN) / Wisconsin Central (ftUS)EPSGEPSG8EPSG< I UEPSG pNAD83(HARN) / Wisconsin North (ftUS)EPSGEPSG8EPSG< J WEPSG oNAD83(HARN) / Washington South (ftUS)EPSGEPSG8EPSG<J WEPSG nNAD83(HARN) / Washington North (ftUS)EPSGEPSG8EPSG<H SEPSG mNAD83(HARN) / Virginia South (ftUS)EPSGEPSG8EPSG<H SEPSG lNAD83(HARN) / Virginia North (ftUS)EPSGEPSG8EPSG<B GEPSG kNAD83(HARN) / Utah South (ft)EPSGEPSG8EPSG<D KEPSG jNAD83(HARN) / Utah Central (ft)EPSGEPSG8EPSG<B GEPSG iNAD83(HARN) / Utah North (ft)EPSGEPSG8EPSG<E MEPSG hNAD83(HARN) / Texas South (ftUS)EPSGEPSG8EPSG<M ]EPSG gNAD83(HARN) / Texas South Central (ftUS)EPSGEPSG8EPSG<G QEPSG fNAD83(HARN) / Texas Central (ftUS)EPSGEPSG8EPSG;M ]EPSG eNAD83(HARN) / Texas North Central (ftUS)EPSGEPSG8EPSG;E MEPSG dNAD83(HARN) / Texas North (ftUS)EPSGEPSG8EPSG;C IEPSG cNAD83(HARN) / Tennessee (ftUS)EPSGEPSG8EPSG;D KEPSG bNAD83(HARN) / Oregon South (ft)EPSGEPSG8EPSG;D KEPSG aNAD83(HARN) / Oregon North (ft)EPSGEPSG8EPSG;H SEPSG `NAD83(HARN) / Oklahoma South (ftUS)EPSGEPSG8EPSG;H SEPSG _NAD83(HARN) / Oklahoma North (ftUS)EPSGEPSG8EPSG;J WEPSG ^NAD83(HARN) / North Dakota South (ft)EPSGEPSG8EPSG;J WEPSG ]NAD83(HARN) / North Dakota North (ft)EPSGEPSG8EPSG;N _EPSG \NAD83(HARN) / New York Long Island (ftUS)EPSGEPSG8EPSG;G QEPSG [NAD83(HARN) / New York West (ftUS)EPSGEPSG8EPSG;J WEPSG ZNAD83(HARN) / New York Central (ftUS)EPSGEPSG8EPSG;G QEPSG YNAD83(HARN) / New York East (ftUS)EPSGEPSG8EPSG;I UEPSG XNAD83(HARN) / New Mexico West (ftUS)EPSGEPSG8EPSG;L [EPSG WNAD83(HARN) / New Mexico Central (ftUS)EPSGEPSG8EPSG;I UEPSG VNAD83(HARN) / New Mexico East (ftUS)EPSGEPSG8EPSG;? AEPSG UNAD83(HARN) / Montana (ft)EPSGEPSG8EPSG;J WEPSG TNAD83(HARN) / Mississippi West (ftUS)EPSGEPSG8EPSG;J WEPSG SNAD83(HARN) / Mississippi East (ftUS)EPSGEPSG8EPSG;F OEPSG RNAD83(HARN) / Michigan South (ft)EPSGEPSG8EPSG;H SEPSG QNAD83(HARN) / Michigan Central (ft)EPSGEPSG8EPSG;F OEPSG PNAD83(HARN) / Michigan North (ft)EPSGEPSG8EPSG;N _EPSG ONAD83(HARN) / Massachusetts Island (ftUS)EPSGEPSG8EPSG;cEPSG = =EPSG NAD83(CSRS) / MTM zone 9EPSGEPSG EPSGE- <UU U M  ~ : G O IXPB~=\f$^A EEPSG ETRS89-SWE [SWEREF 99 15 45]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 14 15]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 18 00]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 16 30]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 15 00]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 13 30]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 12 00]EPSGEPSG EPSGC> ?EPSG ETRS89-SWE [SWEREF 99 TM]EPSGEPSG EPSGC6 /EPSG NAD83 / BC AlbersEPSG0EPSGEPSGN? AEPSG Monte Mario / Italy zone 2EPSGEPSGEPSGF? AEPSG Monte Mario / Italy zone 1EPSGEPSGEPSGF5 -EPSG Makassar / NEIEZEPSGEPSGEPSGM4 +EPSG Batavia / NEIEZEPSGEPSGsEPSGM3 )EPSG Segara / NEIEZEPSGEPSGEPSGMA EEPSG Grand Comoros / UTM zone 38SEPSG0EPSG&EPSG? @ CEPSG NEA74 Noumea / UTM zone 58SEPSG0EPSG$EPSG?> ?EPSG ST71 Belep / UTM zone 58SEPSG0EPSG#EPSG?E MEPSG ST84 Ile des Pins / UTM zone 58SEPSG0EPSG"EPSG?> ?EPSG IGN53 Mare / UTM zone 58SEPSG0EPSG!EPSG?J WEPSG NAD83(HARN) / Oregon GIC Lambert (ft)EPSGEPSG8EPSG<A EEPSG NAD83(HARN) / Oregon LCC (m)EPSGEPSG8EPSG5AD KEPSG NAD83 / Oregon GIC Lambert (ft)EPSGEPSGEPSG<; 9EPSG NAD83 / Oregon LCC (m)EPSGEPSGEPSG5A> ? EPSG Reunion 1947 / TM ReunionEPSGEPSGEPSGN= = EPSG RRAF 1991 / UTM zone 20NEPSG0EPSG EPSG>8 3EPSG MOP78 / UTM zone 1SEPSG0EPSGEPSG>Q eEPSG Saint Pierre et Miquelon 1950 / UTM zone 21NEPSG0EPSGEPSG>T kEPSG Perroud 1950 / Terre Adelie Polar StereographicEPSGEPSGEPSGNT kEPSG Petrels 1972 / Terre Adelie Polar StereographicEPSGEPSGEPSGNF O EPSG RGNC 1991 / Lambert New CaledoniaEPSGEPSG%EPSGN > ? EPSG ST87 Ouvea / UTM zone 58SEPSG0EPSGEPSG?E M EPSG IGN72 Grand Terre / UTM zone 58SEPSG0EPSGEPSG?? AEPSG IGN56 Lifou / UTM zone 58SEPSG0EPSGEPSG?@ CEPSG Combani 1950 / UTM zone 38SEPSG0EPSGEPSG? ; 9 EPSG K0 1949 / UTM zone 42SEPSG0EPSGEPSG?B GEPSG IGN72 Nuku Hiva / UTM zone 7SEPSG0EPSGEPSG>; 9EPSG Tahaa 54 / UTM zone 5SEPSG0EPSGEPSG>< ;EPSG Tahiti 52 / UTM zone 6SEPSG0EPSGEPSG>9 5EPSG RGR92 / UTM zone 40SEPSG0EPSGEPSG? C IEPSG Martinique 1938 / UTM zone 20NEPSG0EPSGEPSG>: 7EPSG RGFG95 / UTM zone 22NEPSG0EPSGEPSG>9 5EPSG CSG67 / UTM zone 22NEPSG0EPSGEPSG>C IEPSG Guadeloupe 1948 / UTM zone 20NEPSG0EPSGEPSG>@ CEPSG Fort Marigot / UTM zone 20NEPSG0EPSG EPSG>F OEPSG NAD83(HARN) / Indiana West (ftUS)EPSGEPSG8EPSG< F OEPSG NAD83(HARN) / Indiana East (ftUS)EPSGEPSG8EPSG< @ CEPSG NAD83 / Indiana West (ftUS)EPSGEPSGEPSG< @ CEPSG NAD83 / Indiana East (ftUS)EPSGEPSGEPSG< : 7EPSG NAD27 / Alaska AlbersEPSGEPSGEPSG:J WEPSG Lisbon 1890 (Lisbon) / Portugal BonneEPSGmEPSG(EPSGN ? AEPSG NAD83(CSRS) / UTM zone 21NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 20NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 19NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 18NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 17NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 13NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 12NEPSG0EPSG EPSG>? AEPSG NAD83(CSRS) / UTM zone 11NEPSG0EPSG EPSG>[ yEPSG NAD83(CSRS) / Prince Edward Isl. Stereographic (NAD83)EPSGEPSG EPSGMN _EPSG NAD83(CSRS) / New Brunswick StereographicEPSGEPSG EPSGM >|:^. b . L h % | I  E AYSR }5q&UDG Q EPSG NAD83(HARN) / Maine CS2000 CentralEPSGEPSG8EPSG.LD KEPSG NAD83(HARN) / Maine CS2000 EastEPSGEPSG8EPSG.K> ?EPSG NAD83 / Maine CS2000 WestEPSGEPSGEPSG.MA E EPSG NAD83 / Maine CS2000 CentralEPSGEPSGEPSG.L> ?EPSG NAD83 / Maine CS2000 EastEPSGEPSGEPSG.KP cEPSG NAD83(HARN) / Wisconsin Transverse MercatorEPSGEPSG8EPSG9J WEPSG NAD83 / Wisconsin Transverse MercatorEPSGEPSGEPSG9J WEPSG NAD27 / Wisconsin Transverse MercatorEPSGEPSGEPSG9: 7EPSG DHDN / Soldner BerlinEPSGEPSGEPSGNJ WEPSG ETRS89-FIN [EUREF-FIN] / TM35FIN(E,N)EPSG0EPSG)EPSG>5 -EPSG ED50 / Jordan TMEPSG0EPSGEPSGNF OEPSG ETRS89-ITA [IGM95] / UTM zone 33NEPSG0EPSG>EPSG>F OEPSG ETRS89-ITA [IGM95] / UTM zone 32NEPSG0EPSG>EPSG>G QEPSG Azores Central 1995 / UTM zone 26NEPSG0EPSG9EPSG>H SEPSG Azores Oriental 1995 / UTM zone 26NEPSG0EPSG8EPSG>D KEPSG Porto Santo 1995 / UTM zone 28NEPSG0EPSG7EPSG>F OEPSG IGN72 Grande Terre / UTM zone 58SEPSG0EPSG6EPSG?D KEPSG ETRS89-LVA [LKS-92] / Latvia TMEPSGEPSG5EPSGN@ CEPSG Helle 1954 / Jan Mayen GridEPSGEPSG4EPSGN9 5EPSG ISN93 / Lambert 1993EPSGEPSG3EPSGN@ CEPSG Hjorsey 1955 / UTM zone 28NEPSG0EPSG2EPSG>@ CEPSG Hjorsey 1955 / UTM zone 27NEPSG0EPSG2EPSG>@ CEPSG Hjorsey 1955 / UTM zone 26NEPSG0EPSG2EPSG>@ CEPSG Hjorsey 1955 / Lambert 1955EPSGEPSG2EPSGNB GEPSG Reykjavik 1900 / Lambert 1900EPSGEPSG1EPSGN2 ' EPSG ETRS89 / TM39EPSGEPSGEPSG>2 ' EPSG ETRS89 / TM38EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 37N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 36N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 35N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 34N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 33N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 32N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 31N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 30N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 29N (N-E)EPSGEPSGEPSG>@ CEPSG ETRS89 / UTM zone 28N (N-E)EPSGEPSGEPSG>2 ' EPSG ETRS89 / TM27EPSGEPSGEPSG>2 ' EPSG ETRS89 / TM26EPSGEPSGEPSG>: 7EPSG Moznet / UTM zone 37SEPSG0EPSG"EPSG? : 7EPSG Moznet / UTM zone 36SEPSG0EPSG"EPSG?B GEPSG ETRS89-extended / LAEA EuropeEPSGEPSGEPSGNA EEPSG ETRS89-extended / LCC EuropeEPSGEPSGEPSGNJ WEPSG WGS 84 / Australian Antarctic LambertEPSG0EPSGEPSGNV oEPSG WGS 84 / Australian Antarctic Polar StereographicEPSGEPSGEPSGNK YEPSG WGS 84 / Antarctic Polar StereographicEPSGEPSGEPSGN1 %EPSG RT38 5 gon OEPSGEPSGEPSGC3 )EPSG RT38 2.5 gon OEPSGEPSGEPSGC/ !EPSG RT38 0 gonEPSGEPSGEPSGC3 )EPSG RT38 2.5 gon VEPSGEPSGEPSGM1 %EPSG RT38 5 gon VEPSGEPSGEPSGC3 )EPSG RT38 7.5 gon VEPSGEPSGEPSGC1 %EPSG RT90 5 gon OEPSGEPSGEPSGC3 )EPSG RT90 2.5 gon OEPSGEPSGEPSGC/ !EPSG RT90 0 gonEPSGEPSGEPSGC3 )EPSG RT90 2.5 gon VEPSGEPSGEPSGM1 %EPSG RT90 5 gon VEPSGEPSGEPSGC3 )EPSG RT90 7.5 gon VEPSGEPSGEPSGCA EEPSG ETRS89-SWE [SWEREF 99 23 15]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 21 45]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 20 15]EPSGEPSG EPSGCA EEPSG ETRS89-SWE [SWEREF 99 18 45]EPSGEPSG EPSGC :l3Q k % R  U  i - c [#g2i"CA6U t)J WEPSG ?ETRS89-FIN [EUREF-FIN] / ETRS-GK28FINEPSGEPSG)EPSGGJ WEPSG >ETRS89-FIN [EUREF-FIN] / ETRS-GK27FINEPSGEPSG)EPSGGJ WEPSG =ETRS89-FIN [EUREF-FIN] / ETRS-GK26FINEPSGEPSG)EPSGGJ WEPSG C I EPSG Mauritania 1999 / UTM zone 29NEPSG0EPSGIEPSG>C I EPSG Mauritania 1999 / UTM zone 28NEPSG0EPSGIEPSG>Q eEPSG American Samoa 1962 / American Samoa LambertEPSGEPSGIEPSG<; 9EPSG JGD2000 / UTM zone 55NEPSG0EPSGEPSG>; 9EPSG JGD2000 / UTM zone 54NEPSG0EPSGEPSG>; 9EPSG JGD2000 / UTM zone 53NEPSG0EPSGEPSG>; 9EPSG JGD2000 / UTM zone 52NEPSG0EPSGEPSG>; 9EPSG JGD2000 / UTM zone 51NEPSG0EPSGEPSG>9 5EPSG Tokyo / UTM zone 55NEPSG0EPSGEPSG>9 5EPSG Tokyo / UTM zone 54NEPSG0EPSGEPSG>9 5EPSG Tokyo / UTM zone 53NEPSG0EPSGEPSG>9 5EPSG Tokyo / UTM zone 52NEPSG0EPSGEPSG>9 5EPSG Tokyo / UTM zone 51NEPSG0EPSGEPSG>N _EPSG NAD83(HARN) / Kentucky Single Zone (ftUS)EPSGEPSG8EPSG<G QEPSG NAD83(HARN) / Kentucky Single ZoneEPSGEPSG8EPSG-nH SEPSG NAD83 / Kentucky Single Zone (ftUS)EPSGEPSGEPSG<A EEPSG NAD83 / Kentucky Single ZoneEPSGEPSGEPSG-nE MEPSG NAD83(HARN) / Florida GDL AlbersEPSGEPSG8EPSG*? AEPSG NAD83 / Florida GDL AlbersEPSGEPSGEPSG*R gEPSG NAD83(HARN) / Texas Centric Albers Equal AreaEPSGEPSG8EPSG7R gEPSG NAD83(HARN) / Texas Centric Lambert ConformalEPSGEPSG8EPSG7L [EPSG NAD83 / Texas Centric Albers Equal AreaEPSGEPSGEPSG7L [EPSG NAD83 / Texas Centric Lambert ConformalEPSGEPSGEPSG7G QEPSG NAD83 / Texas State Mapping SystemEPSGEPSGEPSG78 3EPSG NAD27 / ShacklefordEPSGEPSGEPSG7L [EPSG NAD83(HARN) / Michigan Oblique MercatorEPSGEPSG8EPSG/vF OEPSG NAD83 / Michigan Oblique MercatorEPSGEPSGEPSG/v =jU X  v 6 j - p 0 p /bSZNk2Nj+n/? AEPSG |LGD2006 / Libya TM zone 11EPSGEPSGEPSGG? AEPSG {LGD2006 / Libya TM zone 10EPSGEPSGEPSGG> ?EPSG zLGD2006 / Libya TM zone 9EPSGEPSGEPSGG> ?EPSG yLGD2006 / Libya TM zone 8EPSGEPSGEPSGG> ?EPSG xLGD2006 / Libya TM zone 7EPSGEPSGEPSGG> ?EPSG wLGD2006 / Libya TM zone 6EPSGEPSGEPSGG> ?EPSG vLGD2006 / Libya TM zone 5EPSGEPSGEPSGG8 3EPSG uGR96 / UTM zone 29NEPSG0EPSGEPSG>8 3EPSG tGR96 / UTM zone 28NEPSG0EPSGEPSG>8 3EPSG sGR96 / UTM zone 27NEPSG0EPSGEPSG>8 3EPSG rGR96 / UTM zone 26NEPSG0EPSGEPSG>8 3EPSG qGR96 / UTM zone 25NEPSG0EPSGEPSG>8 3EPSG pGR96 / UTM zone 24NEPSG0EPSGEPSG>8 3EPSG oGR96 / UTM zone 23NEPSG0EPSGEPSG>8 3EPSG nGR96 / UTM zone 22NEPSG0EPSGEPSG>8 3EPSG mGR96 / UTM zone 21NEPSG0EPSGEPSG>8 3EPSG lGR96 / UTM zone 20NEPSG0EPSGEPSG>8 3EPSG kGR96 / UTM zone 19NEPSG0EPSGEPSG>8 3EPSG jGR96 / UTM zone 18NEPSG0EPSGEPSG>7 1EPSG iLGD2006 / Libya TMEPSGEPSGEPSGG< ;EPSG hIndian 1960 / TM 106 NEEPSG0EPSG#EPSG@zO aEPSG gNAD83 / Great Lakes and St Lawrence AlbersEPSGEPSGEPSG<&? AEPSG fNAD83 / Great Lakes AlbersEPSGEPSGEPSG<%> ?EPSG efk89 / Faroe Lambert FK89EPSGEPSGEPSGM> ?EPSG dIGN53 Mare / UTM zone 59SEPSG0EPSG!EPSG?= =EPSG cRGNC91-93 / UTM zone 59SEPSG0EPSGEPSG?= =EPSG bRGNC91-93 / UTM zone 58SEPSG0EPSGEPSG?= =EPSG aRGNC91-93 / UTM zone 57SEPSG0EPSGEPSG?B GEPSG `Kertau (RSO) / RSO Malaya (m)EPSG0EPSGEPSGMC IEPSG _Kertau (RSO) / RSO Malaya (ch)EPSG:EPSGEPSGMD KEPSG ^NEA74 Noumea / Noumea Lambert 2EPSGEPSG$EPSGMB GEPSG ]NEA74 Noumea / Noumea LambertEPSGEPSG$EPSGM> ?EPSG \ST87 Ouvea / UTM zone 58SEPSG0EPSGEPSG?F OEPSG [RGNC91-93 / Lambert New CaledoniaEPSGEPSGEPSGN F OEPSG ZNAD83(CSRS) / Ontario MNR LambertEPSG0EPSG EPSGM@ CEPSG YNAD83 / Ontario MNR LambertEPSG0EPSGEPSGM? AEPSG XNAD83(CSRS) / UTM zone 16NEPSG0EPSG EPSG>? AEPSG WNAD83(CSRS) / UTM zone 15NEPSG0EPSG EPSG>? AEPSG VNAD83(CSRS) / UTM zone 14NEPSG0EPSG EPSG>? AEPSG UNAD83(CSRS) / UTM zone 10NEPSG0EPSG EPSG>> ?EPSG TNAD83(CSRS) / UTM zone 9NEPSG0EPSG EPSG>> ?EPSG SNAD83(CSRS) / UTM zone 8NEPSG0EPSG EPSG>> ?EPSG RNAD83(CSRS) / UTM zone 7NEPSG0EPSG EPSG>< ;EPSG QNAD83(CSRS) / BC AlbersEPSG0EPSG EPSGN) EPSG PST74EPSGEPSG EPSGMP c EPSG OPulkovo 1995 / 3-degree Gauss-Kruger CM 18EEPSGEPSGhEPSG?P c EPSG NPulkovo 1995 / 3-degree Gauss-Kruger zone 6EPSGEPSGhEPSG?? AEPSG MIndian 1960 / UTM zone 49NEPSG0EPSG#EPSG>? AEPSG LIndian 1960 / UTM zone 48NEPSG0EPSG#EPSG>P c EPSG KPulkovo 1942 / 3-degree Gauss-Kruger CM 18EEPSGEPSGEPSG?P c EPSG JPulkovo 1942 / 3-degree Gauss-Kruger zone 6EPSGEPSGEPSG?F OEPSG IETRS89-FRO [2008] / Faroe LambertEPSGEPSG+OEPSGM9 5EPSG HFD54 / Faroe LambertEPSGEPSGEPSGM> ? EPSG GFiji 1986 / Fiji Map GridEPSG0EPSGpEPSGM< ;EPSG FFiji 1956 / UTM zone 1SEPSG0EPSGqEPSG>= =EPSG EFiji 1956 / UTM zone 60SEPSG0EPSGqEPSG? D KEPSG DViti Levu 1912 / Viti Levu GridEPSGEPSGEPSGMF OEPSG CVanua Levu 1915 / Vanua Levu GridEPSGEPSGEPSGMJ WEPSG BETRS89-FIN [EUREF-FIN] / ETRS-GK31FINEPSGEPSG)EPSGGJ WEPSG AETRS89-FIN [EUREF-FIN] / ETRS-GK30FINEPSGEPSG)EPSGG W? AEPSG }LGD2006 / Libya TM zone 12EPSGEPSGEPSGG ?N[ _ c $ g ( k , o 0s4w8{<@DH L P> ?EPSG WGS 84 / SCAR IMW ST01-04EPSG0EPSGEPSGCl> ?EPSG WGS 84 / SCAR IMW SS58-60EPSG0EPSGEPSGCk> ?EPSG WGS 84 / SCAR IMW SS55-57EPSG0EPSGEPSGCj> ?EPSG WGS 84 / SCAR IMW SS52-54EPSG0EPSGEPSGCi> ?EPSG WGS 84 / SCAR IMW SS49-51EPSG0EPSGEPSGCh> ?EPSG WGS 84 / SCAR IMW SS46-48EPSG0EPSGEPSGCg> ?EPSG WGS 84 / SCAR IMW SS43-45EPSG0EPSGEPSGCf> ?EPSG WGS 84 / SCAR IMW SS40-42EPSG0EPSGEPSGCe> ?EPSG WGS 84 / SCAR IMW SS37-39EPSG0EPSGEPSGCd> ?EPSG WGS 84 / SCAR IMW SS34-36EPSG0EPSGEPSGCc> ?EPSG WGS 84 / SCAR IMW SS31-33EPSG0EPSGEPSGCb> ?EPSG WGS 84 / SCAR IMW SS28-30EPSG0EPSGEPSGCa> ?EPSG WGS 84 / SCAR IMW SS25-27EPSG0EPSGEPSGC`> ?EPSG WGS 84 / SCAR IMW SS19-21EPSG0EPSGEPSGC_> ?EPSG WGS 84 / SCAR IMW SS16-18EPSG0EPSGEPSGC^> ?EPSG WGS 84 / SCAR IMW SS13-15EPSG0EPSGEPSGC]> ?EPSG WGS 84 / SCAR IMW SS10-12EPSG0EPSGEPSGC\> ?EPSG WGS 84 / SCAR IMW SS07-09EPSG0EPSGEPSGC[> ?EPSG WGS 84 / SCAR IMW SS04-06EPSG0EPSGEPSGCZ> ?EPSG WGS 84 / SCAR IMW SR59-60EPSG0EPSGEPSGCY> ?EPSG WGS 84 / SCAR IMW SR57-58EPSG0EPSGEPSGCX> ?EPSG WGS 84 / SCAR IMW SR55-56EPSG0EPSGEPSGCW> ?EPSG WGS 84 / SCAR IMW SR53-54EPSG0EPSGEPSGCV> ?EPSG WGS 84 / SCAR IMW SR51-52EPSG0EPSGEPSGCU> ?EPSG WGS 84 / SCAR IMW SR49-50EPSG0EPSGEPSGCT> ?EPSG WGS 84 / SCAR IMW SR47-48EPSG0EPSGEPSGCS> ?EPSG WGS 84 / SCAR IMW SR45-46EPSG0EPSGEPSGCR> ?EPSG WGS 84 / SCAR IMW SR43-44EPSG0EPSGEPSGCQ> ?EPSG WGS 84 / SCAR IMW SR41-42EPSG0EPSGEPSGCP> ?EPSG WGS 84 / SCAR IMW SR39-40EPSG0EPSGEPSGCO> ?EPSG WGS 84 / SCAR IMW SR37-38EPSG0EPSGEPSGCN> ?EPSG WGS 84 / SCAR IMW SR35-36EPSG0EPSGEPSGCM> ?EPSG WGS 84 / SCAR IMW SR33-34EPSG0EPSGEPSGCL> ?EPSG WGS 84 / SCAR IMW SR31-32EPSG0EPSGEPSGCK> ?EPSG WGS 84 / SCAR IMW SR29-30EPSG0EPSGEPSGCJ> ?EPSG WGS 84 / SCAR IMW SR27-28EPSG0EPSGEPSGCI> ?EPSG WGS 84 / SCAR IMW SR19-20EPSG0EPSGEPSGCH> ?EPSG WGS 84 / SCAR IMW SR17-18EPSG0EPSGEPSGCG> ?EPSG WGS 84 / SCAR IMW SR15-16EPSG0EPSGEPSGCF> ?EPSG WGS 84 / SCAR IMW SR13-14EPSG0EPSGEPSGCE> ?EPSG WGS 84 / SCAR IMW SQ57-58EPSG0EPSGEPSGCD> ?EPSG WGS 84 / SCAR IMW SQ55-56EPSG0EPSGEPSGCC> ?EPSG WGS 84 / SCAR IMW SQ53-54EPSG0EPSGEPSGCB> ?EPSG WGS 84 / SCAR IMW SQ51-52EPSG0EPSGEPSGCA> ?EPSG WGS 84 / SCAR IMW SQ49-50EPSG0EPSGEPSGC@> ?EPSG WGS 84 / SCAR IMW SQ47-48EPSG0EPSGEPSGC?> ?EPSG WGS 84 / SCAR IMW SQ45-46EPSG0EPSGEPSGC>> ?EPSG WGS 84 / SCAR IMW SQ43-44EPSG0EPSGEPSGC=> ?EPSG WGS 84 / SCAR IMW SQ41-42EPSG0EPSGEPSGC<> ?EPSG WGS 84 / SCAR IMW SQ39-40EPSG0EPSGEPSGC;> ?EPSG WGS 84 / SCAR IMW SQ37-38EPSG0EPSGEPSGC:> ?EPSG WGS 84 / SCAR IMW SQ21-22EPSG0EPSGEPSGC9> ?EPSG WGS 84 / SCAR IMW SQ19-20EPSG0EPSGEPSGC8> ?EPSG WGS 84 / SCAR IMW SQ01-02EPSG0EPSGEPSGC7> ?EPSG WGS 84 / SCAR IMW SP23-24EPSG0EPSGEPSGC6> ?EPSG WGS 84 / SCAR IMW SP21-22EPSG0EPSGEPSGC5> ?EPSG WGS 84 / SCAR IMW SP19-20EPSG0EPSGEPSGC4; 9EPSG LGD2006 / UTM zone 35NEPSG0EPSGEPSG>; 9EPSG LGD2006 / UTM zone 34NEPSG0EPSGEPSG>; 9EPSG LGD2006 / UTM zone 33NEPSG0EPSGEPSG>5 -EPSG FD58 / Iraq zoneEPSG0EPSG$EPSGM; 9EPSG LGD2006 / UTM zone 32NEPSG0EPSGEPSG>> ?EPSG WGS 84 / SCAR IMW ST05-08EPSG0EPSGEPSGCm >CG K O  S  W  [ _f.f%l.s4z6q0m,@ CEPSG IGC 1962 / Congo TM zone 24EPSG0EPSGYEPSGD@ CEPSG IGC 1962 / Congo TM zone 22EPSG0EPSGYEPSGD@ CEPSG IGC 1962 / Congo TM zone 20EPSG0EPSGYEPSGD @ CEPSG IGC 1962 / Congo TM zone 18EPSG0EPSGYEPSGD @ CEPSG IGC 1962 / Congo TM zone 16EPSG0EPSGYEPSGD@ CEPSG IGC 1962 / Congo TM zone 14EPSG0EPSGYEPSGD@ CEPSG IGC 1962 / Congo TM zone 12EPSG0EPSGYEPSGDB GEPSG Kasai 1953 / Congo TM zone 24EPSG0EPSGXEPSGDB GEPSG Kasai 1953 / Congo TM zone 22EPSG0EPSGXEPSGD> ? EPSG Katanga 1955 / Katanga TMEPSG0EPSGWEPSGCC I EPSG Katanga 1955 / Katanga LambertEPSG0EPSGWEPSGC: 7EPSG RGFG95 / UTM zone 21NEPSG0EPSGEPSG>9 5EPSG CSG67 / UTM zone 21NEPSG0EPSGEPSG>D KEPSG NAD83(HARN) / California AlbersEPSGEPSG8EPSG(> ?EPSG NAD83 / California AlbersEPSGEPSGEPSG(> ?EPSG NAD27 / California AlbersEPSGEPSGEPSG(8 3EPSG GDA94 / NSW LambertEPSG0EPSGEPSGCB GEPSG Nakhl-e Ghanem / UTM zone 39NEPSG0EPSGUEPSG>= =EPSG Maupiti 83 / UTM zone 5SEPSG0EPSGTEPSG>< ;EPSG Moorea 87 / UTM zone 6SEPSG0EPSGSEPSG>< ;EPSG Tahiti 79 / UTM zone 6SEPSG0EPSGREPSG>> ?EPSG Fatu Iva 72 / UTM zone 7SEPSG0EPSGPEPSG>@ CEPSG IGN63 Hiva Oa / UTM zone 7SEPSG0EPSGQEPSG>G QEPSG Estonian Coordinate System of 1997EPSGEPSGTEPSGMG QEPSG Estonian Coordinate System of 1992EPSGEPSG%EPSGM7 1EPSG RGPF / UTM zone 8SEPSG0EPSGOEPSG>7 1EPSG RGPF / UTM zone 7SEPSG0EPSGOEPSG>7 1EPSG RGPF / UTM zone 6SEPSG0EPSGOEPSG>7 1EPSG RGPF / UTM zone 5SEPSG0EPSGOEPSG>< ;EPSG Guam 1963 / Yap IslandsEPSGEPSGCEPSG<'K YEPSG WGS 84 / USGS Transantarctic MountainsEPSG0EPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SW01-60EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV51-60EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV41-50EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV31-40EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV21-30EPSG~EPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV11-20EPSG{EPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SV01-10EPSGxEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU56-60EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU51-55EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU46-50EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU41-45EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU36-40EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU31-35EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU26-30EPSGEPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU21-25EPSG}EPSGEPSGC> ?EPSG WGS 84 / SCAR IMW SU16-20EPSG|EPSGEPSGC~> ?EPSG WGS 84 / SCAR IMW SU11-15EPSGzEPSGEPSGC}> ?EPSG WGS 84 / SCAR IMW SU06-10EPSGyEPSGEPSGC|> ?EPSG WGS 84 / SCAR IMW SU01-05EPSGwEPSGEPSGC{> ?EPSG WGS 84 / SCAR IMW ST57-60EPSG0EPSGEPSGCz> ?EPSG WGS 84 / SCAR IMW ST53-56EPSG0EPSGEPSGCy> ?EPSG WGS 84 / SCAR IMW ST49-52EPSG0EPSGEPSGCx> ?EPSG WGS 84 / SCAR IMW ST45-48EPSG0EPSGEPSGCw> ?EPSG WGS 84 / SCAR IMW ST41-44EPSG0EPSGEPSGCv> ?EPSG WGS 84 / SCAR IMW ST37-40EPSG0EPSGEPSGCu> ?EPSG WGS 84 / SCAR IMW ST33-36EPSG0EPSGEPSGCt> ?EPSG WGS 84 / SCAR IMW ST29-32EPSG0EPSGEPSGCs> ?EPSG WGS 84 / SCAR IMW ST25-28EPSG0EPSGEPSGCr> ?EPSG WGS 84 / SCAR IMW ST21-24EPSG0EPSGEPSGCq> ?EPSG WGS 84 / SCAR IMW ST17-20EPSG0EPSGEPSGCp> ?EPSG WGS 84 / SCAR IMW ST13-16EPSG0EPSGEPSGCo :~=> Q  z ? y ; o ( Y R {4g Gw4}C QWD KEPSG 7GDM2000 / Kedah and Perlis GridEPSG0EPSGEPSGM: 7EPSG 6GDM2000 / Pinang GridEPSG0EPSGEPSGM> ?EPSG 5GDM2000 / Terengganu GridEPSG0EPSGEPSGM< ;EPSG 4GDM2000 / Selangor GridEPSG0EPSGEPSGM: 7EPSG 3GDM2000 / Pahang GridEPSG0EPSGEPSGMG QEPSG 2GDM2000 / Sembilan and Melaka GridEPSG0EPSGEPSGM9 5EPSG 1GDM2000 / Johor GridEPSG0EPSGEPSGMA EEPSG 0GDM2000 / East Malaysia BRSOEPSG0EPSGEPSGM< ;EPSG /GDM2000 / Peninsula RSOEPSG0EPSGEPSGM8 3EPSG .FD54 / UTM zone 29NEPSG0EPSGEPSG>9 5EPSG -NAD83 / UTM zone 60NEPSG0EPSGEPSG>9 5EPSG ,NAD83 / UTM zone 59NEPSG0EPSGEPSG>9 5EPSG +NAD27 / UTM zone 60NEPSG0EPSGEPSG>9 5EPSG *NAD27 / UTM zone 59NEPSG0EPSGEPSG>B GEPSG )IGN Astro 1960 / UTM zone 30NEPSG0EPSG\EPSG>B GEPSG (IGN Astro 1960 / UTM zone 29NEPSG0EPSG\EPSG>B GEPSG 'IGN Astro 1960 / UTM zone 28NEPSG0EPSG\EPSG>? A EPSG &Hong Kong 1963 Grid SystemEPSGEPSGEPSGML [EPSG %NAD83(HARN) / Pennsylvania South (ftUS)EPSGEPSG8EPSG;E MEPSG $NAD83(HARN) / Pennsylvania SouthEPSGEPSG8EPSG5L [EPSG #NAD83(HARN) / Pennsylvania North (ftUS)EPSGEPSG8EPSG;E MEPSG "NAD83(HARN) / Pennsylvania NorthEPSGEPSG8EPSG5F OEPSG !NAD83(HARN) / South Carolina (ft)EPSGEPSG8EPSG;A EEPSG NAD83(HARN) / South CarolinaEPSGEPSG8EPSG6jH S EPSG NAD83(HARN) / North Carolina (ftUS)EPSGEPSG8EPSG;A EEPSG NAD83(HARN) / North CarolinaEPSGEPSG8EPSG3F O EPSG Little Cayman 1961 / UTM zone 17NEPSG0EPSGvEPSG>E M EPSG Grand Cayman 1959 / UTM zone 17NEPSG0EPSGsEPSG>K YEPSG Egypt Gulf of Suez S-650 TL / Red BeltEPSG0EPSGbEPSGFD KEPSG Mhast (offshore) / UTM zone 32SEPSG0EPSGaEPSG?C IEPSG Mhast (onshore) / UTM zone 32SEPSG0EPSG`EPSG?@ CEPSG Pulkovo 1942 / CS63 zone C2EPSGEPSGEPSGH@ CEPSG Pulkovo 1942 / CS63 zone C1EPSGEPSGEPSGH@ CEPSG Pulkovo 1942 / CS63 zone C0EPSGEPSGEPSGH: 7 EPSG WGS 84 / PDC MercatorEPSG0EPSGEPSGML [EPSG NAD83(CSRS) / Statistics Canada LambertEPSG0EPSG EPSGMF OEPSG NAD83 / Statistics Canada LambertEPSG0EPSGEPSGMF OEPSG ETRS89-LTU [LKS94] / Lithuania TMEPSGEPSG=EPSGMC IEPSG Mauritania 1999 / UTM zone 30NEPSG0EPSG^EPSG>C IEPSG Mauritania 1999 / UTM zone 29NEPSG0EPSG^EPSG>C IEPSG Mauritania 1999 / UTM zone 28NEPSG0EPSG^EPSG>= =EPSG IGCB 1955 / UTM zone 33SEPSG0EPSG]EPSG?A EEPSG IGCB 1955 / Congo TM zone 16EPSG0EPSG]EPSGDA EEPSG IGCB 1955 / Congo TM zone 14EPSG0EPSG]EPSGDA EEPSG IGCB 1955 / Congo TM zone 12EPSG0EPSG]EPSGD: 7EPSG NAD83 / Alaska AlbersEPSGEPSGEPSG:C IEPSG Le Pouce 1934 / Mauritius GridEPSG0EPSG[EPSGMF OEPSG IGN 1962 Kerguelen / UTM zone 42SEPSG0EPSGZEPSG?K YEPSG Pulkovo 1942(58) / Gauss-Kruger zone 5EPSGEPSGSEPSG?MK YEPSG Pulkovo 1942(58) / Gauss-Kruger zone 4EPSGEPSGSEPSG?LK YEPSG Pulkovo 1942(58) / Gauss-Kruger zone 3EPSGEPSGSEPSG?KT kEPSG Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 8EPSGEPSGSEPSG?T kEPSG Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 7EPSGEPSGSEPSG?T kEPSG Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 6EPSGEPSGSEPSG?T kEPSG Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 5EPSGEPSGSEPSG?@ CEPSG Pulkovo 1942(58) / GUGiK-80EPSGEPSGSEPSGGn@ CEPSG IGC 1962 / Congo TM zone 30EPSG0EPSGYEPSGD@ CEPSG IGC 1962 / Congo TM zone 28EPSG0EPSGYEPSGD :Ob! a $ F r ( W  e )9n/n.l'T:r0s9H SEPSG rNAD83(HARN) / Arkansas South (ftUS)EPSGEPSG8EPSG<H SEPSG qNAD83(HARN) / Arkansas North (ftUS)EPSGEPSG8EPSG<9 5EPSG pPSD93 / UTM zone 40NEPSG0EPSG&EPSG>9 5EPSG oPSD93 / UTM zone 39NEPSG0EPSG&EPSG>@ CEPSG nNAD83 / Rhode Island (ftUS)EPSGEPSGEPSG<A EEPSG mNAD83 / New Hampshire (ftUS)EPSGEPSGEPSG<A EEPSG lNAD83 / Illinois West (ftUS)EPSGEPSGEPSG<A EEPSG kNAD83 / Illinois East (ftUS)EPSGEPSGEPSG<B GEPSG jNAD83 / Arkansas South (ftUS)EPSGEPSGEPSG<B GEPSG iNAD83 / Arkansas North (ftUS)EPSGEPSGEPSG<D KEPSG hNAD83(HARN) / New Jersey (ftUS)EPSGEPSG8EPSG<E MEPSG gNAD83(HARN) / Nevada West (ftUS)EPSGEPSG8EPSG<H SEPSG fNAD83(HARN) / Nevada Central (ftUS)EPSGEPSG8EPSG<E MEPSG eNAD83(HARN) / Nevada East (ftUS)EPSGEPSG8EPSG<F OEPSG dNAD83(HARN) / Kansas South (ftUS)EPSGEPSG8EPSG<F OEPSG cNAD83(HARN) / Kansas North (ftUS)EPSGEPSG8EPSG<D KEPSG bNAD83(HARN) / Iowa South (ftUS)EPSGEPSG8EPSG<D KEPSG aNAD83(HARN) / Iowa North (ftUS)EPSGEPSG8EPSG<> ?EPSG `NAD83 / New Jersey (ftUS)EPSGEPSGEPSG<? AEPSG _NAD83 / Nevada West (ftUS)EPSGEPSGEPSG<B GEPSG ^NAD83 / Nevada Central (ftUS)EPSGEPSGEPSG<? AEPSG ]NAD83 / Nevada East (ftUS)EPSGEPSGEPSG<@ CEPSG \NAD83 / Kansas South (ftUS)EPSGEPSGEPSG<@ CEPSG [NAD83 / Kansas North (ftUS)EPSGEPSGEPSG<> ?EPSG ZNAD83 / Iowa South (ftUS)EPSGEPSGEPSG<> ?EPSG YNAD83 / Iowa North (ftUS)EPSGEPSGEPSG<H SEPSG XETRS89-AUT [2002] / Austria LambertEPSGEPSG+1EPSGMG QEPSG WWGS 72BE / South China Sea LambertEPSG0EPSGEPSGM9 5EPSG VSVY21 / Singapore TMEPSGEPSGEPSGMU mEPSG UWGS 84 / NSIDC Sea Ice Polar Stereographic NorthEPSGtEPSGEPSGML [EPSG TNSIDC Sea Ice Polar Stereographic SouthEPSGvEPSG(iEPSGML [EPSG SNSIDC Sea Ice Polar Stereographic NorthEPSGtEPSG(iEPSGM; 9EPSG RNSIDC EASE-Grid GlobalEPSGEPSG(jEPSGM: 7EPSG QNSIDC EASE-Grid SouthEPSGvEPSG(jEPSG:: 7EPSG PNSIDC EASE-Grid NorthEPSGuEPSG(jEPSG9? AEPSG OHong Kong 1963 Grid SystemEPSGEPSGEPSGM; 9EPSG NVN-2000 / UTM zone 49NEPSG0EPSGEPSG>; 9EPSG MVN-2000 / UTM zone 48NEPSG0EPSGEPSG>H SEPSG LNAD83(HARN) / North Carolina (ftUS)EPSGEPSG8EPSG;K YEPSG KNAD83(CSRS) / Alberta 10-TM (Resource)EPSG0EPSG EPSGMI UEPSG JNAD83(CSRS) / Alberta 10-TM (Forest)EPSG0EPSG EPSGME MEPSG INAD83 / Alberta 10-TM (Resource)EPSG0EPSGEPSGMC IEPSG HNAD83 / Alberta 10-TM (Forest)EPSG0EPSGEPSGMI UEPSG GRD/83 / 3-degree Gauss-Kruger zone 5EPSGEPSGEPSG?I UEPSG FRD/83 / 3-degree Gauss-Kruger zone 4EPSGEPSGEPSG?I UEPSG EPD/83 / 3-degree Gauss-Kruger zone 4EPSGEPSGEPSG?I UEPSG DPD/83 / 3-degree Gauss-Kruger zone 3EPSGEPSGEPSG?< ;EPSG CWGS 84 / World MercatorEPSG0EPSGEPSGM= =EPSG BNahrwan 1934 / Iraq zoneEPSG0EPSGEPSGM@ CEPSG AKarbala 1979 / UTM zone 39NEPSG0EPSGEPSG>@ CEPSG @Karbala 1979 / UTM zone 38NEPSG0EPSGEPSG>@ CEPSG ?Karbala 1979 / UTM zone 37NEPSG0EPSGEPSG>Q eEPSG >Pulkovo 1995 / 3-degree Gauss-Kruger zone 60EPSGEPSGhEPSG>Q eEPSG =Pulkovo 1942 / 3-degree Gauss-Kruger zone 60EPSGEPSGEPSG>H SEPSG ? AEPSG Dabola 1981 / UTM zone 28NEPSG0EPSG;EPSG>> ?EPSG Fiji 1986 / Fiji Map GridEPSG0EPSGpEPSGML [EPSG NAD83(HARN) / South Dakota South (ftUS)EPSGEPSG8EPSG<#L [EPSG NAD83(HARN) / South Dakota North (ftUS)EPSGEPSG8EPSG<"I UEPSG NAD83(HARN) / Louisiana South (ftUS)EPSGEPSG8EPSG< I UEPSG NAD83(HARN) / Louisiana North (ftUS)EPSGEPSG8EPSG<F OEPSG NAD83 / South Dakota South (ftUS)EPSGEPSGEPSG<#F O EPSG ~NAD83 / South Dakota North (ftUS)EPSGEPSGEPSG<#F OEPSG }NAD83 / Louisiana Offshore (ftUS)EPSGEPSGEPSG; 9EPSG yJAD2001 / UTM zone 17NEPSG0EPSGEPSG>B GEPSG xJAD2001 / Jamaica Metric GridEPSG0EPSGEPSGMR gEPSG wETRS89-BEL [BEREF2002] / Belgian Lambert 2005EPSGEPSG+7EPSGMF OEPSG vNAD83(HARN) / Rhode Island (ftUS)EPSGEPSG8EPSG<G QEPSG uNAD83(HARN) / New Hampshire (ftUS)EPSGEPSG8EPSG<G QEPSG tNAD83(HARN) / Illinois West (ftUS)EPSGEPSG8EPSG< 6ug= g  R  x , Y   :c!Gr'V >d2X uM ]EPSG NAD83(NSRS2007) / Louisiana South (ftUS)EPSGEPSGEPSG< F OEPSG NAD83(NSRS2007) / Louisiana SouthEPSGEPSGEPSG-M ]EPSG NAD83(NSRS2007) / Louisiana North (ftUS)EPSGEPSGEPSG<F OEPSG NAD83(NSRS2007) / Louisiana NorthEPSGEPSGEPSG-L [EPSG NAD83(NSRS2007) / Kentucky South (ftUS)EPSGEPSGEPSG;E MEPSG NAD83(NSRS2007) / Kentucky SouthEPSGEPSGEPSG-pR gEPSG NAD83(NSRS2007) / Kentucky Single Zone (ftUS)EPSGEPSGEPSG<K YEPSG NAD83(NSRS2007) / Kentucky Single ZoneEPSGEPSGEPSG-nL [EPSG NAD83(NSRS2007) / Kentucky North (ftUS)EPSGEPSGEPSG;E MEPSG NAD83(NSRS2007) / Kentucky NorthEPSGEPSGEPSG;J WEPSG NAD83(NSRS2007) / Kansas South (ftUS)EPSGEPSGEPSG<C IEPSG NAD83(NSRS2007) / Kansas SouthEPSGEPSGEPSG- J WEPSG NAD83(NSRS2007) / Kansas North (ftUS)EPSGEPSGEPSG<C IEPSG NAD83(NSRS2007) / Kansas NorthEPSGEPSGEPSG- H SEPSG NAD83(NSRS2007) / Iowa South (ftUS)EPSGEPSGEPSG<A EEPSG NAD83(NSRS2007) / Iowa SouthEPSGEPSGEPSG,H SEPSG NAD83(NSRS2007) / Iowa North (ftUS)EPSGEPSGEPSG<A EEPSG NAD83(NSRS2007) / Iowa NorthEPSGEPSGEPSG,J WEPSG NAD83(NSRS2007) / Indiana West (ftUS)EPSGEPSGEPSG< C IEPSG NAD83(NSRS2007) / Indiana WestEPSGEPSGEPSG,DJ WEPSG NAD83(NSRS2007) / Indiana East (ftUS)EPSGEPSGEPSG< C IEPSG NAD83(NSRS2007) / Indiana EastEPSGEPSGEPSG,CK YEPSG NAD83(NSRS2007) / Illinois West (ftUS)EPSGEPSGEPSG<D KEPSG NAD83(NSRS2007) / Illinois WestEPSGEPSGEPSG+K YEPSG NAD83(NSRS2007) / Illinois East (ftUS)EPSGEPSGEPSG<D KEPSG NAD83(NSRS2007) / Illinois EastEPSGEPSGEPSG+H SEPSG NAD83(NSRS2007) / Idaho West (ftUS)EPSGEPSGEPSG;A EEPSG NAD83(NSRS2007) / Idaho WestEPSGEPSGEPSG+}H SEPSG NAD83(NSRS2007) / Idaho East (ftUS)EPSGEPSGEPSG;A EEPSG NAD83(NSRS2007) / Idaho EastEPSGEPSGEPSG+{K YEPSG NAD83(NSRS2007) / Idaho Central (ftUS)EPSGEPSGEPSG;D KEPSG NAD83(NSRS2007) / Idaho CentralEPSGEPSGEPSG+|J WEPSG NAD83(NSRS2007) / Georgia West (ftUS)EPSGEPSGEPSG;C IEPSG NAD83(NSRS2007) / Georgia WestEPSGEPSGEPSG+J WEPSG NAD83(NSRS2007) / Georgia East (ftUS)EPSGEPSGEPSG;C IEPSG NAD83(NSRS2007) / Georgia EastEPSGEPSGEPSG+J WEPSG NAD83(NSRS2007) / Florida West (ftUS)EPSGEPSGEPSG;C IEPSG NAD83(NSRS2007) / Florida WestEPSGEPSGEPSG*K YEPSG NAD83(NSRS2007) / Florida North (ftUS)EPSGEPSGEPSG;D KEPSG NAD83(NSRS2007) / Florida NorthEPSGEPSGEPSG*I UEPSG NAD83(NSRS2007) / Florida GDL AlbersEPSGEPSGEPSG*J WEPSG NAD83(NSRS2007) / Florida East (ftUS)EPSGEPSGEPSG;C IEPSG NAD83(NSRS2007) / Florida EastEPSGEPSGEPSG*F OEPSG NAD83(NSRS2007) / Delaware (ftUS)EPSGEPSGEPSG;? AEPSG NAD83(NSRS2007) / DelawareEPSGEPSGEPSG)I UEPSG NAD83(NSRS2007) / Connecticut (ftUS)EPSGEPSGEPSG;B GEPSG NAD83(NSRS2007) / ConnecticutEPSGEPSGEPSG)L [EPSG NAD83(NSRS2007) / Colorado South (ftUS)EPSGEPSGEPSG;E MEPSG NAD83(NSRS2007) / Colorado SouthEPSGEPSGEPSG)%L [EPSG NAD83(NSRS2007) / Colorado North (ftUS)EPSGEPSGEPSG;E MEPSG NAD83(NSRS2007) / Colorado NorthEPSGEPSGEPSG)#N _EPSG NAD83(NSRS2007) / Colorado Central (ftUS)EPSGEPSGEPSG;G QEPSG NAD83(NSRS2007) / Colorado CentralEPSGEPSGEPSG)$O aEPSG NAD83(NSRS2007) / California zone 6 (ftUS)EPSGEPSGEPSG;ISEPSG NAD83(NSRS2007) / California zone 6EPSGEPSGEPSG( 8k"^ Y  U  ; j % g 'h{&KiGhG>B GEPSGNAD83(NSRS2007) / Nevada EastEPSGEPSGEPSG1L [EPSGNAD83(NSRS2007) / Nevada Central (ftUS)EPSGEPSGEPSG<E MEPSGNAD83(NSRS2007) / Nevada CentralEPSGEPSGEPSG1? AEPSGNAD83(NSRS2007) / NebraskaEPSGEPSGEPSG1VC IEPSGNAD83(NSRS2007) / Montana (ft)EPSGEPSGEPSG;> ?EPSGNAD83(NSRS2007) / MontanaEPSGEPSGEPSG0D KEPSGNAD83(NSRS2007) / Missouri WestEPSGEPSGEPSG0D KEPSGNAD83(NSRS2007) / Missouri EastEPSGEPSGEPSG0G QEPSGNAD83(NSRS2007) / Missouri CentralEPSGEPSGEPSG0N _EPSGNAD83(NSRS2007) / Mississippi West (ftUS)EPSGEPSGEPSG;G QEPSGNAD83(NSRS2007) / Mississippi WestEPSGEPSGEPSG0,N _EPSGNAD83(NSRS2007) / Mississippi East (ftUS)EPSGEPSGEPSG;G QEPSG NAD83(NSRS2007) / Mississippi EastEPSGEPSGEPSG0+F OEPSG NAD83(NSRS2007) / Minnesota SouthEPSGEPSGEPSG/F OEPSG NAD83(NSRS2007) / Minnesota NorthEPSGEPSGEPSG/H SEPSG NAD83(NSRS2007) / Minnesota CentralEPSGEPSGEPSG/J WEPSG NAD83(NSRS2007) / Michigan South (ft)EPSGEPSGEPSG;E MEPSGNAD83(NSRS2007) / Michigan SouthEPSGEPSGEPSG/oP cEPSGNAD83(NSRS2007) / Michigan Oblique MercatorEPSGEPSGEPSG/vJ WEPSGNAD83(NSRS2007) / Michigan North (ft)EPSGEPSGEPSG;E MEPSGNAD83(NSRS2007) / Michigan NorthEPSGEPSGEPSG/mL [EPSGNAD83(NSRS2007) / Michigan Central (ft)EPSGEPSGEPSG;G QEPSGNAD83(NSRS2007) / Michigan CentralEPSGEPSGEPSG/nT kEPSGNAD83(NSRS2007) / Massachusetts Mainland (ftUS)EPSGEPSGEPSG;M ]EPSGNAD83(NSRS2007) / Massachusetts MainlandEPSGEPSGEPSG.R gEPSGNAD83(NSRS2007) / Massachusetts Island (ftUS)EPSGEPSGEPSG;K YEPSG NAD83(NSRS2007) / Massachusetts IslandEPSGEPSGEPSG/F OEPSG NAD83(NSRS2007) / Maryland (ftUS)EPSGEPSGEPSG;> ?EPSG NAD83(CSRS) / NWT LambertEPSG0EPSG EPSGM8 3EPSG NAD83 / NWT LambertEPSG0EPSGEPSGM? AEPSG NAD83(CSRS) / Yukon AlbersEPSG0EPSG EPSGM9 5EPSG NAD83 / Yukon AlbersEPSG0EPSGEPSGM> ?EPSG GDA94 / Australian AlbersEPSG0EPSGEPSGCD KEPSG WGS 84 / North Pole LAEA RussiaEPSG EPSGEPSGCD KEPSG WGS 84 / North Pole LAEA EuropeEPSGoEPSGEPSGCF OEPSG WGS 84 / North Pole LAEA AtlanticEPSGqEPSGEPSGCD KEPSG WGS 84 / North Pole LAEA CanadaEPSGrEPSGEPSGCD KEPSG WGS 84 / North Pole LAEA AlaskaEPSGsEPSGEPSGCH SEPSG WGS 84 / North Pole LAEA Bering SeaEPSGpEPSGEPSGCD KEPSG NAD83(HARN) / Utah South (ftUS)EPSGEPSG8EPSG;F OEPSG NAD83(HARN) / Utah Central (ftUS)EPSGEPSG8EPSG;D KEPSG NAD83(HARN) / Utah North (ftUS)EPSGEPSG8EPSG;> ?EPSG NAD83 / Utah South (ftUS)EPSGEPSGEPSG;@ CEPSG NAD83 / Utah Central (ftUS)EPSGEPSGEPSG;A EEPSG Old Hawaiian / Hawaii zone 5EPSGEPSG'EPSG;A EEPSG Old Hawaiian / Hawaii zone 4EPSGEPSG'EPSG;A EEPSG Old Hawaiian / Hawaii zone 3EPSGEPSG'EPSG:A EEPSG Old Hawaiian / Hawaii zone 2EPSGEPSG'EPSG:A EEPSG Old Hawaiian / Hawaii zone 1EPSGEPSG'EPSG:> ?EPSG NAD83 / Utah North (ftUS)EPSGEPSGEPSG;? AEPSG NAD83(NSRS2007) / MarylandEPSGEPSGEPSG.A EEPSG NAD83(NSRS2007) / Maine WestEPSGEPSGEPSG.8A EEPSG NAD83(NSRS2007) / Maine EastEPSGEPSGEPSG.7H SEPSG NAD83(NSRS2007) / Maine CS2000 WestEPSGEPSGEPSG.MH SEPSG NAD83(NSRS2007) / Maine CS2000 EastEPSGEPSGEPSG.KI UEPSGNAD83(NSRS2007) / Nevada East (ftUS)EPSGEPSGEPSG<.N 5vs.W u ' J j  : ] u3^6e7W|+OvK YEPSGPNAD83(NSRS2007) / Texas Central (ftUS)EPSGEPSGEPSG;D KEPSGONAD83(NSRS2007) / Texas CentralEPSGEPSGEPSG7G QEPSGNNAD83(NSRS2007) / Tennessee (ftUS)EPSGEPSGEPSG;@ CEPSGMNAD83(NSRS2007) / TennesseeEPSGEPSGEPSG72P cEPSGLNAD83(NSRS2007) / South Dakota South (ftUS)EPSGEPSGEPSG<#I UEPSGKNAD83(NSRS2007) / South Dakota SouthEPSGEPSGEPSG6P cEPSGJNAD83(NSRS2007) / South Dakota North (ftUS)EPSGEPSGEPSG<"I UEPSGINAD83(NSRS2007) / South Dakota NorthEPSGEPSGEPSG6J WEPSGHNAD83(NSRS2007) / South Carolina (ft)EPSGEPSGEPSG;E MEPSGGNAD83(NSRS2007) / South CarolinaEPSGEPSGEPSG6jJ WEPSGFNAD83(NSRS2007) / Rhode Island (ftUS)EPSGEPSGEPSG<C IEPSGENAD83(NSRS2007) / Rhode IslandEPSGEPSGEPSG6P cEPSGDNAD83(NSRS2007) / Pennsylvania South (ftUS)EPSGEPSGEPSG;I UEPSGCNAD83(NSRS2007) / Pennsylvania SouthEPSGEPSGEPSG5P cEPSGBNAD83(NSRS2007) / Pennsylvania North (ftUS)EPSGEPSGEPSG;I UEPSGANAD83(NSRS2007) / Pennsylvania NorthEPSGEPSGEPSG5H SEPSG@NAD83(NSRS2007) / Oregon South (ft)EPSGEPSGEPSG;C IEPSG?NAD83(NSRS2007) / Oregon SouthEPSGEPSGEPSG5@H SEPSG>NAD83(NSRS2007) / Oregon North (ft)EPSGEPSGEPSG;C IEPSG=NAD83(NSRS2007) / Oregon NorthEPSGEPSGEPSG5?N _EPSGTx4i&]Q C IEPSGNAD83(NSRS2007) / UTM zone 13NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 11NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 10NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 9NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 8NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 7NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 6NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 5NEPSG0EPSGEPSG>B GEPSGNAD83(NSRS2007) / UTM zone 4NEPSG0EPSGEPSG>B GEPSG~NAD83(NSRS2007) / UTM zone 3NEPSG0EPSGEPSG>B GEPSG}NAD83(NSRS2007) / UTM zone 2NEPSG0EPSGEPSG>B GEPSG|NAD83(NSRS2007) / UTM zone 1NEPSG0EPSGEPSG>C IEPSG{NAD83(NSRS2007) / UTM zone 60NEPSG0EPSGEPSG>C IEPSGzNAD83(NSRS2007) / UTM zone 59NEPSG0EPSGEPSG>C IEPSGyNAD83(NSRS2007) / Wyoming WestEPSGEPSGEPSG:VK YEPSGxNAD83(NSRS2007) / Wyoming West CentralEPSGEPSGEPSG:UK YEPSGwNAD83(NSRS2007) / Wyoming East CentralEPSGEPSGEPSG:TC IEPSGvNAD83(NSRS2007) / Wyoming EastEPSGEPSGEPSG:ST kEPSGuNAD83(NSRS2007) / Wisconsin Transverse MercatorEPSGEPSGEPSG9M ]EPSGtNAD83(NSRS2007) / Wisconsin South (ftUS)EPSGEPSGEPSG< F OEPSGsNAD83(NSRS2007) / Wisconsin SouthEPSGEPSGEPSG9M ]EPSGrNAD83(NSRS2007) / Wisconsin North (ftUS)EPSGEPSGEPSG< F OEPSGqNAD83(NSRS2007) / Wisconsin NorthEPSGEPSGEPSG9O aEPSGpNAD83(NSRS2007) / Wisconsin Central (ftUS)EPSGEPSGEPSG< H SEPSGoNAD83(NSRS2007) / Wisconsin CentralEPSGEPSGEPSG9J WEPSGnNAD83(NSRS2007) / West Virginia SouthEPSGEPSGEPSG9J WEPSGmNAD83(NSRS2007) / West Virginia NorthEPSGEPSGEPSG9N _EPSGlNAD83(NSRS2007) / Washington South (ftUS)EPSGEPSGEPSG<G QEPSGkNAD83(NSRS2007) / Washington SouthEPSGEPSGEPSG9(N _EPSGjNAD83(NSRS2007) / Washington North (ftUS)EPSGEPSGEPSG<G QEPSGiNAD83(NSRS2007) / Washington NorthEPSGEPSGEPSG9'L [EPSGhNAD83(NSRS2007) / Virginia South (ftUS)EPSGEPSGEPSG<E MEPSGgNAD83(NSRS2007) / Virginia SouthEPSGEPSGEPSG8L [EPSGfNAD83(NSRS2007) / Virginia North (ftUS)EPSGEPSGEPSG<E MEPSGeNAD83(NSRS2007) / Virginia NorthEPSGEPSGEPSG8> ?EPSGdNAD83(NSRS2007) / VermontEPSGEPSGEPSG8^H SEPSGcNAD83(NSRS2007) / Utah South (ftUS)EPSGEPSGEPSG;F OEPSGbNAD83(NSRS2007) / Utah South (ft)EPSGEPSGEPSG<A EEPSGaNAD83(NSRS2007) / Utah SouthEPSGEPSGEPSG7H SEPSG`NAD83(NSRS2007) / Utah North (ftUS)EPSGEPSGEPSG;F OEPSG_NAD83(NSRS2007) / Utah North (ft)EPSGEPSGEPSG<A EEPSG^NAD83(NSRS2007) / Utah NorthEPSGEPSGEPSG7J WEPSG]NAD83(NSRS2007) / Utah Central (ftUS)EPSGEPSGEPSG;H SEPSG\NAD83(NSRS2007) / Utah Central (ft)EPSGEPSGEPSG<C IEPSG[NAD83(NSRS2007) / Utah CentralEPSGEPSGEPSG7Q eEPSGZNAD83(NSRS2007) / Texas South Central (ftUS)EPSGEPSGEPSG<J WEPSGYNAD83(NSRS2007) / Texas South CentralEPSGEPSGEPSG7I UEPSGXNAD83(NSRS2007) / Texas South (ftUS)EPSGEPSGEPSG<B GEPSGWNAD83(NSRS2007) / Texas SouthEPSGEPSGEPSG7Q eEPSGVNAD83(NSRS2007) / Texas North Central (ftUS)EPSGEPSGEPSG;J WEPSGUNAD83(NSRS2007) / Texas North CentralEPSGEPSGEPSG7I UEPSGTNAD83(NSRS2007) / Texas North (ftUS)EPSGEPSGEPSG;B GEPSGSNAD83(NSRS2007) / Texas NorthEPSGEPSGEPSG7V oEPSGRNAD83(NSRS2007) / Texas Centric Lambert ConformalEPSGEPSGEPSG7C IEPSGNAD83(NSRS2007) / UTM zone 12NEPSG0EPSGEPSG> 9x4m$ = ` ! N M M NKfU~8a Di H S EPSGNAD83 / Alberta 3TM ref merid 120 WEPSG0EPSGEPSGE=H SEPSGNAD83 / Alberta 3TM ref merid 117 WEPSG0EPSGEPSGEG QEPSGETRS89-HRV [HTRS96] / UTM zone 34NEPSG0EPSGEPSG>G QEPSGETRS89-HRV [HTRS96] / UTM zone 33NEPSG0EPSGEPSG>F OEPSGETRS89-HRV [HTRS96] / Croatia LCCEPSG0EPSGEPSGME MEPSGETRS89-HRV [HTRS96] / Croatia TMEPSG0EPSGEPSGMK YEPSGNZGD2000 / Chatham Island Circuit 2000EPSGEPSGGEPSGF'F OEPSGETRS89-PRT [1995] / Portugal TM06EPSGEPSG+dEPSGMC IEPSGWGS 84 / South Georgia LambertEPSG0EPSGEPSGM? AEPSGNAD83(CSRS) / UTM zone 22NEPSG0EPSG EPSG>G QEPSGNAD83(HARN) / Hawaii zone 3 (ftUS)EPSGEPSG8EPSG;"A EEPSGNAD83 / Hawaii zone 3 (ftUS)EPSGEPSGEPSG;"F OEPSGNAD83(HARN) / Wyoming West (ftUS)EPSGEPSG8EPSG:ZN _EPSGNAD83(HARN) / Wyoming West Central (ftUS)EPSGEPSG8EPSG:YN _EPSGNAD83(HARN) / Wyoming East Central (ftUS)EPSGEPSG8EPSG:XF OEPSGNAD83(HARN) / Wyoming East (ftUS)EPSGEPSG8EPSG:WD KEPSGNAD83(HARN) / Ohio South (ftUS)EPSGEPSG8EPSG4zD KEPSGNAD83(HARN) / Ohio North (ftUS)EPSGEPSG8EPSG4y9 5 EPSGWGS 84 / Mercator 41EPSGEPSGEPSGM> ?EPSGNAD83(HARN) / UTM zone 5NEPSG0EPSG8EPSG>> ?EPSGNAD83(HARN) / UTM zone 4NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 19NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 18NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 17NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 16NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 15NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 14NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 13NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 12NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 11NEPSG0EPSG8EPSG>? AEPSGNAD83(HARN) / UTM zone 10NEPSG0EPSG8EPSG>@ CEPSGNAD83 / Wyoming West (ftUS)EPSGEPSGEPSG:ZH SEPSGNAD83 / Wyoming West Central (ftUS)EPSGEPSGEPSG:YH SEPSGNAD83 / Wyoming East Central (ftUS)EPSGEPSGEPSG:X@ CEPSGNAD83 / Wyoming East (ftUS)EPSGEPSGEPSG:W> ?EPSGNAD83 / Ohio South (ftUS)EPSGEPSGEPSG4z> ?EPSGNAD83 / Ohio North (ftUS)EPSGEPSGEPSG4yJ WEPSGNAD83(NSRS2007) / Wyoming West (ftUS)EPSGEPSGEPSG:ZR gEPSGNAD83(NSRS2007) / Wyoming West Central (ftUS)EPSGEPSGEPSG:YR gEPSGNAD83(NSRS2007) / Wyoming East Central (ftUS)EPSGEPSGEPSG:XJ WEPSGNAD83(NSRS2007) / Wyoming East (ftUS)EPSGEPSGEPSG:WH SEPSGNAD83(NSRS2007) / Ohio South (ftUS)EPSGEPSGEPSG4zH SEPSGNAD83(NSRS2007) / Ohio North (ftUS)EPSGEPSGEPSG4y> ?EPSGReunion 1947 / TM ReunionEPSGEPSGEPSGMC IEPSGNAD83(NSRS2007) / UTM zone 19NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 18NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 17NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 16NEPSG0EPSGEPSG>C IEPSGNAD83(NSRS2007) / UTM zone 15NEPSG0EPSGEPSG> 7b~= f  F x B H ] !_%l1MWWlij1= =EPSGWGS 84 / Pseudo-MercatorEPSGEPSGEPSG0 #EPSGCounty ST74EPSGEPSG EPSG 9 5EPSG RSRGD2000 / DGLC2000EPSGEPSGEPSGF.8 3EPSG NZGD2000 / NZCS2000EPSGEPSGGEPSGF,T kEPSG ETRS89-SWE [SWEREF 99] / RT90 5 gon O emulationEPSGEPSG EPSGCV oEPSG ETRS89-SWE [SWEREF 99] / RT90 2.5 gon O emulationEPSGEPSG EPSGCR gEPSGETRS89-SWE [SWEREF 99] / RT90 0 gon emulationEPSGEPSG EPSGCV oEPSGETRS89-SWE [SWEREF 99] / RT90 2.5 gon V emulationEPSGEPSG EPSGCT kEPSGETRS89-SWE [SWEREF 99] / RT90 5 gon V emulationEPSGEPSG EPSGCV oEPSGETRS89-SWE [SWEREF 99] / RT90 7.5 gon V emulationEPSGEPSG EPSGC@ CEPSGPulkovo 1942(58) / Stereo70EPSGEPSGSEPSGMT k EPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 8EPSGEPSGREPSG?T k EPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 7EPSGEPSGREPSG?T kEPSGPulkovo 1942(83) / 3-degree Gauss-Kruger zone 6EPSGEPSGREPSG?U mEPSGPulkovo 1942(58) / 3-degree Gauss-Kruger zone 10EPSGEPSGSEPSG?T kEPSGPulkovo 1942(58) / 3-degree Gauss-Kruger zone 9EPSGEPSGSEPSG?T kEPSGPulkovo 1942(58) / 3-degree Gauss-Kruger zone 4EPSGEPSGSEPSG?T kEPSGPulkovo 1942(58) / 3-degree Gauss-Kruger zone 3EPSGEPSGSEPSG?K YEPSGPulkovo 1942(83) / Gauss-Kruger zone 4EPSGEPSGREPSG?LK YEPSGPulkovo 1942(83) / Gauss-Kruger zone 3EPSGEPSGREPSG?KK YEPSGPulkovo 1942(83) / Gauss-Kruger zone 2EPSGEPSGREPSG?JK YEPSGPulkovo 1942(58) / Gauss-Kruger zone 2EPSGEPSGSEPSG?J: 7EPSGWGS 84 / PDC MercatorEPSG0EPSGEPSGD KEPSGHu Tzu Shan 1950 / UTM zone 51NEPSG0EPSGEPSG>9 5EPSGTWD67 / TM2 zone 121EPSGEPSGEPSG9 5EPSGTWD67 / TM2 zone 119EPSGEPSGEPSG9 5EPSGTWD97 / TM2 zone 121EPSGEPSGEPSG9 5EPSGTWD97 / TM2 zone 119EPSGEPSGEPSGE MEPSGNAD83(NSRS2007) / Mississippi TMEPSGEPSGEPSGA EEPSGNAD83(HARN) / Mississippi TMEPSGEPSG8EPSG; 9EPSGNAD83 / Mississippi TMEPSGEPSGEPSGR gEPSGETRS89-BEL [BEREF2002] / Belgian Lambert 2008EPSGEPSG+7EPSGN _EPSGNAD83(CSRS) / Alberta 3TM ref merid 120 WEPSG0EPSG EPSGE>H SEPSGNAD83 / Alberta 3TM ref merid 120 WEPSG0EPSGEPSGE>H SEPSGNAD27 / Alberta 3TM ref merid 120 WEPSG0EPSGEPSGE>> ?EPSGNAD83(CSRS) / MTQ LambertEPSGEPSG EPSGM8 3EPSGNAD83 / MTQ LambertEPSGEPSGEPSGM8 3EPSGNAD27 / MTQ LambertEPSGEPSGEPSGM5 -EPSGNAD27 / Cuba SurEPSGEPSGEPSGF7 1EPSGNAD27 / Cuba NorteEPSGEPSGEPSGFM ]EPSGETRS89-SVN [D96] / Slovene National GridEPSG0EPSGEPSGMG QEPSGNZGD2000 / Chatham Islands TM 2000EPSGEPSGGEPSGF-D KEPSGNZGD2000 / Raoul Island TM 2000EPSGEPSGGEPSGF+I UEPSGNZGD2000 / Antipodes Islands TM 2000EPSGEPSGGEPSGF*G QEPSGNZGD2000 / Campbell Island TM 2000EPSGEPSGGEPSGF)H SEPSGNZGD2000 / Auckland Islands TM 2000EPSGEPSGGEPSGF(@ C EPSGMGI / Slovene National GridEPSGEPSGEPSGMK Y EPSGWorld Equidistant Cylindrical (Sphere)EPSGEPSGEPSGNI U EPSGPopular Visualisation CRS / MercatorEPSGEPSGEPSGM@ CEPSGPitcairn 1967 / UTM zone 9SEPSG0EPSGyEPSG>E MEPSGPitcairn 2006 / Pitcairn TM 2006EPSG0EPSGEPSGMN _ EPSGNAD83(CSRS) / Alberta 3TM ref merid 120 WEPSG0EPSG EPSGE=N _EPSGNAD83(CSRS) / Alberta 3TM ref merid 117 WEPSG0EPSG EPSGE5 -EPSGWGS 84 / TMzn35NEPSGEPSGEPSG>H SEPSGETRS89-MDA [MOLDREF99] / Moldova TMEPSGEPSGEPSG< ;EPSGWGS 84 / Dubai Local TMEPSG0EPSGEPSGMG QEPSGWGS 84 / IBCAO Polar StereographicEPSGuEPSGEPSGMH SEPSGWGS 84 / Arctic Polar StereographicEPSGuEPSGEPSGM9 5EPSGWGS 84 / Mercator 41EPSGEPSGEPSGM: 7EPSGGuam 1963 / Guam SPCSEPSGEPSGCEPSG<(< ;EPSGPuerto Rico / St. CroixEPSGEPSG+EPSG;bG QEPSGPuerto Rico State Plane CS of 1927EPSGEPSG+EPSG;aH SEPSGKatanga 1955 / Katanga Gauss zone DEPSGEPSGWEPSGH SEPSGKatanga 1955 / Katanga Gauss zone CEPSGEPSGWEPSGH SEPSGKatanga 1955 / Katanga Gauss zone BEPSGEPSGWEPSGH SEPSGKatanga 1955 / Katanga Gauss zone AEPSGEPSGWEPSGC I EPSGKatanga 1955 / Katanga LambertEPSGEPSGWEPSGG QEPSGNAD83(CSRS) / Canada Atlas LambertEPSG0EPSG EPSGA EEPSGNAD83 / Canada Atlas LambertEPSG0EPSGEPSGU mEPSGWGS 84 / NSIDC Sea Ice Polar Stereographic SouthEPSGvEPSGEPSGMD K EPSGWGS 84 / NSIDC EASE-Grid GlobalEPSGEPSGEPSGMC I EPSGWGS 84 / NSIDC EASE-Grid SouthEPSGvEPSGEPSG:C I EPSGWGS 84 / NSIDC EASE-Grid NorthEPSGuEPSGEPSG9G QEPSGNAD83(NSRS2007) / Virginia LambertEPSGEPSGEPSGC IEPSGNAD83(HARN) / Virginia LambertEPSGEPSG8EPSG= =EPSGNAD83 / Virginia LambertEPSGEPSGEPSGA EEPSGnETRS89-FRA [RGF93 v1] / CC50EPSGEPSGKEPSGFA EEPSGmETRS89-FRA [RGF93 v1] / CC49EPSGEPSGKEPSGFA EEPSGlETRS89-FRA [RGF93 v1] / CC48EPSGEPSGKEPSGFA EEPSGkETRS89-FRA [RGF93 v1] / CC47EPSGEPSGKEPSGFA EEPSGjETRS89-FRA [RGF93 v1] / CC46EPSGEPSGKEPSGFA EEPSGiETRS89-FRA [RGF93 v1] / CC45EPSGEPSGKEPSGFA EEPSGhETRS89-FRA [RGF93 v1] / CC44EPSGEPSGKEPSGFA EEPSGgETRS89-FRA [RGF93 v1] / CC43EPSGEPSGKEPSGFA EEPSGfETRS89-FRA [RGF93 v1] / CC42EPSGEPSGKEPSGF? AEPSGPPuerto Rico / UTM zone 20NEPSG0EPSG+EPSG>E MEPSGHMGI 1901 / Slovene National GridEPSGEPSGBEPSGM= = EPSGGMGI 1901 / Slovenia GridEPSGEPSGBEPSGM> ? EPSGFMGI 1901 / Balkans zone 8EPSGEPSGBEPSGGf> ? EPSGEMGI 1901 / Balkans zone 7EPSGEPSGBEPSGGe> ? EPSGDMGI 1901 / Balkans zone 6EPSGEPSGBEPSGGd> ? EPSGCMGI 1901 / Balkans zone 5EPSGEPSGBEPSGGc> ?EPSG5ED50 / Iraq National GridEPSG0EPSGEPSGM8 3EPSG4IGRS / UTM zone 39NEPSG0EPSG1EPSG>8 3EPSG3IGRS / UTM zone 38NEPSG0EPSG1EPSG>8 3EPSG2IGRS / UTM zone 37NEPSG0EPSG1EPSG>E MEPSG-ETRS89-FIN [EUREF-FIN] / GK31FINEPSGEPSG)EPSG E MEPSG,ETRS89-FIN [EUREF-FIN] / GK30FINEPSGEPSG)EPSGE MEPSG+ETRS89-FIN [EUREF-FIN] / GK29FINEPSGEPSG)EPSGE MEPSG*ETRS89-FIN [EUREF-FIN] / GK28FINEPSGEPSG)EPSGE MEPSG)ETRS89-FIN [EUREF-FIN] / GK27FINEPSGEPSG)EPSGE MEPSG(ETRS89-FIN [EUREF-FIN] / GK26FINEPSGEPSG)EPSGE MEPSG'ETRS89-FIN [EUREF-FIN] / GK25FINEPSGEPSG)EPSGE MEPSG&ETRS89-FIN [EUREF-FIN] / GK24FINEPSGEPSG)EPSGE MEPSG%ETRS89-FIN [EUREF-FIN] / GK23FINEPSGEPSG)EPSGE MEPSG$ETRS89-FIN [EUREF-FIN] / GK22FINEPSGEPSG)EPSGE MEPSG#ETRS89-FIN [EUREF-FIN] / GK21FINEPSGEPSG)EPSGB GEPSGRGRDC 2005 / Congo TM zone 18EPSGEPSGEPSGD G ?z7r3 ~ A u A _  P  A Sg,z>At8L`%q5Q eEPSGUNAD83(NSRS2007) / Puerto Rico and Virgin Is.EPSGEPSGEPSG;~T kEPSGRPulkovo 1942(83) / 3-degree Gauss-Kruger zone 8EPSGEPSGREPSG?; 9EPSGQNAD83 / BLM 13N (ftUS)EPSGEPSGEPSG; 9EPSGPNAD83 / BLM 12N (ftUS)EPSGEPSGEPSG; 9EPSGONAD83 / BLM 11N (ftUS)EPSGEPSGEPSG; 9EPSGNNAD83 / BLM 10N (ftUS)EPSGEPSGEPSG: 7EPSGMNAD83 / BLM 9N (ftUS)EPSGEPSGEPSG : 7EPSGLNAD83 / BLM 8N (ftUS)EPSGEPSGEPSG : 7EPSGKNAD83 / BLM 7N (ftUS)EPSGEPSGEPSG : 7EPSGJNAD83 / BLM 6N (ftUS)EPSGEPSGEPSG : 7EPSGINAD83 / BLM 5N (ftUS)EPSGEPSGEPSG : 7EPSGHNAD83 / BLM 4N (ftUS)EPSGEPSGEPSG: 7EPSGGNAD83 / BLM 3N (ftUS)EPSGEPSGEPSG: 7EPSGFNAD83 / BLM 2N (ftUS)EPSGEPSGEPSG: 7EPSGENAD83 / BLM 1N (ftUS)EPSGEPSGEPSG; 9EPSGDNAD83 / BLM 60N (ftUS)EPSGEPSGEPSG[; 9EPSGCNAD27 / BLM 19N (ftUS)EPSGEPSGEPSG; 9EPSGBNAD27 / BLM 18N (ftUS)EPSGEPSGEPSGT kEPSGAPulkovo 1942(83) / 3-degree Gauss-Kruger zone 7EPSGEPSGREPSG?C IEPSG?Katanga 1955 / Katanga LambertEPSGEPSGWEPSG@@ CEPSG>NAD83(HARN) / Guam Map GridEPSGEPSG8EPSG; 9EPSG=NAD27 / BLM 13N (ftUS)EPSGEPSGEPSG; 9EPSG ?EPSG+Kertau 1968 / Pinang GridEPSG0EPSGEPSGB GEPSG*Kertau 1968 / Terengganu GridEPSG0EPSGEPSGQ@ CEPSG)Kertau 1968 / Selangor GridEPSG0EPSGEPSG> ?EPSG(Kertau 1968 / Pahang GridEPSG0EPSGEPSGK YEPSG'Kertau 1968 / Sembilan and Melaka GridEPSG0EPSGEPSG= =EPSG&Kertau 1968 / Johor GridEPSG0EPSGEPSG; 9EPSGyNAD83 / BLM 59N (ftUS)EPSGEPSGEPSGZ3 )EPSGETRS89 / DKTM4EPSG0EPSGEPSG3 )EPSGETRS89 / DKTM3EPSG0EPSGEPSG3 )EPSGETRS89 / DKTM2EPSG0EPSGEPSG3 )EPSGETRS89 / DKTM1EPSG0EPSGEPSGK Y EPSGWorld Equidistant Cylindrical (Sphere)EPSGEPSGEPSGK YEPSGWGS 84 / World Equidistant CylindricalEPSGEPSGEPSG< ;EPSGREGCAN95 / UTM zone 28NEPSG0EPSGEPSG>< ;EPSGREGCAN95 / UTM zone 27NEPSG0EPSGEPSG>8 3EPSGChua / UTM zone 23SEPSG0EPSGEPSG>> ?EPSGRGRDC 2005 / UTM zone 35SEPSGEPSGEPSG?> ?EPSGRGRDC 2005 / UTM zone 34SEPSGEPSGEPSG?> ?EPSGRGRDC 2005 / UTM zone 33SEPSGEPSGEPSG?B GEPSGRGRDC 2005 / Congo TM zone 28EPSGEPSGEPSGDB GEPSGRGRDC 2005 / Congo TM zone 26EPSGEPSGEPSGDB GEPSGRGRDC 2005 / Congo TM zone 24EPSGEPSGEPSGDB GEPSGRGRDC 2005 / Congo TM zone 22EPSGEPSGEPSGDG; 9EPSGVNAD83 / BLM 18N (ftUS)EPSGEPSGEPSG 7~7f$ ^  S  ? p + ] M~9aw)?Uk3M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 44EPSGEPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 43EPSGEPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 42EPSGEPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 41EPSGEPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 40EPSGEPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 39EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 38EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 37EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 36EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 35EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 34EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 33EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 32EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 31EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 30EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 29EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 28EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 27EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 26EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 25EPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 135EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 129EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 123EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 117EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 111EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger CM 105EEPSGEPSGEPSG?C IEPSGCGCS2000 / Gauss-Kruger CM 99EEPSGEPSGEPSG?C IEPSGCGCS2000 / Gauss-Kruger CM 93EEPSGEPSGEPSG?C IEPSGCGCS2000 / Gauss-Kruger CM 87EEPSGEPSGEPSG?C IEPSGCGCS2000 / Gauss-Kruger CM 81EEPSGEPSGEPSG?C IEPSGCGCS2000 / Gauss-Kruger CM 75EEPSGEPSGEPSG?D KEPSGCGCS2000 / Gauss-Kruger zone 23EPSGEPSGEPSG?_D KEPSGCGCS2000 / Gauss-Kruger zone 22EPSGEPSGEPSG?^D KEPSGCGCS2000 / Gauss-Kruger zone 21EPSGEPSGEPSG?]D KEPSGCGCS2000 / Gauss-Kruger zone 20EPSGEPSGEPSG?\D KEPSGCGCS2000 / Gauss-Kruger zone 19EPSGEPSGEPSG?[D KEPSGCGCS2000 / Gauss-Kruger zone 18EPSGEPSGEPSG?ZD KEPSGCGCS2000 / Gauss-Kruger zone 17EPSGEPSGEPSG?YD KEPSGCGCS2000 / Gauss-Kruger zone 16EPSGEPSGEPSG?XD KEPSGCGCS2000 / Gauss-Kruger zone 15EPSGEPSGEPSG?WD KEPSGCGCS2000 / Gauss-Kruger zone 14EPSGEPSGEPSG?VD KEPSGCGCS2000 / Gauss-Kruger zone 13EPSGEPSGEPSG?UA EEPSGMexico ITRF92 / UTM zone 16NEPSG0EPSGEPSG>A EEPSGMexico ITRF92 / UTM zone 15NEPSG0EPSGEPSG>A EEPSGMexico ITRF92 / UTM zone 14NEPSG0EPSGEPSG>A EEPSGMexico ITRF92 / UTM zone 13NEPSG0EPSGEPSG>A EEPSGMexico ITRF92 / UTM zone 12NEPSG0EPSGEPSG>A EEPSGMexico ITRF92 / UTM zone 11NEPSG0EPSGEPSG>A E EPSGzCadastre 1997 / UTM zone 38SEPSG0EPSGEPSG? 9 5EPSGwRGM04 / UTM zone 38SEPSG0EPSGvEPSG? ; 9EPSGsRGSPM06 / UTM zone 21NEPSG0EPSGoEPSG>Z wEPSGnWGS 84 / Australian Centre for Remote Sensing LambertEPSG0EPSGEPSGlF OEPSGiNAD83 / South Dakota North (ftUS)EPSGEPSGEPSG<"A EEPSGhNAD27 / New York Long IslandEPSGEPSGEPSGf? AEPSGgNAD27 / Pennsylvania SouthEPSGEPSGEPSGT 4se~1 J a  w ) ? U ?gGq*T |4YfsPP cEPSGNew Beijing / 3-degree Gauss-Kruger zone 31EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 30EPSGEPSGEPSG?P cEPSG0New Beijing / 3-degree Gauss-Kruger zone 29EPSGEPSGEPSG?P cEPSG/New Beijing / 3-degree Gauss-Kruger zone 28EPSGEPSGEPSG?P cEPSG.New Beijing / 3-degree Gauss-Kruger zone 27EPSGEPSGEPSG?P cEPSG-New Beijing / 3-degree Gauss-Kruger zone 26EPSGEPSGEPSG?P cEPSG,New Beijing / 3-degree Gauss-Kruger zone 25EPSGEPSGEPSG?A EEPSG'ETRS89 / UTM zone 32N (zE-N)EPSG0EPSGEPSG(G QEPSGNew Beijing / Gauss-Kruger CM 135EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger CM 129EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger CM 123EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger CM 117EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger CM 111EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger CM 105EEPSGEPSGEPSG?F OEPSGNew Beijing / Gauss-Kruger CM 99EEPSGEPSGEPSG?F OEPSGNew Beijing / Gauss-Kruger CM 93EEPSGEPSGEPSG?F OEPSGNew Beijing / Gauss-Kruger CM 87EEPSGEPSGEPSG?F OEPSGNew Beijing / Gauss-Kruger CM 81EEPSGEPSGEPSG?F OEPSGNew Beijing / Gauss-Kruger CM 75EEPSGEPSGEPSG?G QEPSGNew Beijing / Gauss-Kruger zone 23EPSGEPSGEPSG?_G QEPSGNew Beijing / Gauss-Kruger zone 22EPSGEPSGEPSG?^G QEPSGNew Beijing / Gauss-Kruger zone 21EPSGEPSGEPSG?]G QEPSGNew Beijing / Gauss-Kruger zone 20EPSGEPSGEPSG?\G QEPSGNew Beijing / Gauss-Kruger zone 19EPSGEPSGEPSG?[G QEPSGNew Beijing / Gauss-Kruger zone 18EPSGEPSGEPSG?ZG QEPSGNew Beijing / Gauss-Kruger zone 17EPSGEPSGEPSG?YG QEPSGNew Beijing / Gauss-Kruger zone 16EPSGEPSGEPSG?XG QEPSGNew Beijing / Gauss-Kruger zone 15EPSGEPSGEPSG?WG QEPSGNew Beijing / Gauss-Kruger zone 14EPSGEPSGEPSG?VG QEPSGNew Beijing / Gauss-Kruger zone 13EPSGEPSGEPSG?U= =EPSGRRAF 1991 / UTM zone 20NEPSG0EPSGEPSG>M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 135EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 132EEPSGEPSGEPSG?.M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 129EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 126EEPSGEPSGEPSG?,M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 123EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 120EEPSGEPSGEPSG?*M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 117EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 114EEPSGEPSGEPSG@M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 111EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 108EEPSGEPSGEPSG@ M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 105EEPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger CM 102EEPSGEPSGEPSG@ L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 99EEPSGEPSGEPSG?L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 96EEPSGEPSGEPSG@L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 93EEPSGEPSGEPSG?L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 90EEPSGEPSGEPSG@L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 87EEPSGEPSGEPSG?L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 84EEPSGEPSGEPSG@L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 81EEPSGEPSGEPSG?L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 78EEPSGEPSGEPSG@L [EPSGCGCS2000 / 3-degree Gauss-Kruger CM 75EEPSGEPSGEPSG?N]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG> 7|u$1 > K Y i  y )7DQ^ Rn4Ld*|9 5 EPSG ETRS89 / NTM zone 23EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 21EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 20EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 19EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 18EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 17EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 16EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 15EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 14EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 13EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 12EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 11EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 10EPSGEPSGEPSG8 3 EPSGETRS89 / NTM zone 9EPSGEPSGEPSG8 3 EPSGETRS89 / NTM zone 8EPSGEPSGEPSG8 3 EPSGETRS89 / NTM zone 7EPSGEPSGEPSG8 3 EPSGETRS89 / NTM zone 6EPSGEPSGEPSG8 3 EPSGETRS89 / NTM zone 5EPSGEPSGEPSG? AEPSGETRS89 / LCC Germany (N-E)EPSGEPSGEPSGA EEPSGWGS 84 / Cape Verde NationalEPSGEPSGEPSGP cEPSGNew Beijing / 3-degree Gauss-Kruger CM 135EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 132EEPSGEPSGEPSG?.P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 129EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 126EEPSGEPSGEPSG?,P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 123EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 120EEPSGEPSGEPSG?*P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 117EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 114EEPSGEPSGEPSG@P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 111EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 108EEPSGEPSGEPSG@ P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 105EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger CM 102EEPSGEPSGEPSG@ O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 99EEPSGEPSGEPSG?O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 96EEPSGEPSGEPSG@O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 93EEPSGEPSGEPSG?O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 90EEPSGEPSGEPSG@O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 87EEPSGEPSGEPSG?O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 84EEPSGEPSGEPSG@O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 81EEPSGEPSGEPSG?O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 78EEPSGEPSGEPSG@O aEPSGNew Beijing / 3-degree Gauss-Kruger CM 75EEPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 44EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 43EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 42EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 41EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 40EPSGEPSGEPSG>P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 39EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 38EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 37EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 36EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 35EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 34EPSGEPSGEPSG?P cEPSGNew Beijing / 3-degree Gauss-Kruger zone 33EPSGEPSGEPSG?9 5 EPSGETRS89 / NTM zone 22EPSGEPSGEPSG :Rj/ s 1 j 0 r + V   7_?gGo'_Lo%9 5EPSG;KGD2002 / Unified CSEPSGEPSGEPSG= =EPSG:Korean 1985 / Unified CSEPSGEPSGBEPSGI UEPSG9Korean 1985 / Modified East Sea BeltEPSGEPSGBEPSG-E MEPSG8Korean 1985 / Modified East BeltEPSGEPSGBEPSG,M ]EPSG7Korean 1985 / Modified Central Belt JejuEPSGEPSGBEPSG+H SEPSG6Korean 1985 / Modified Central BeltEPSGEPSGBEPSG*E MEPSG5Korean 1985 / Modified West BeltEPSGEPSGBEPSG)E MEPSG4Tokyo 1892 / Korea East Sea BeltEPSGEPSG EPSGA EEPSG3Tokyo 1892 / Korea East BeltEPSGEPSG EPSGGKD KEPSG2Tokyo 1892 / Korea Central BeltEPSGEPSG EPSGGLA EEPSG1Tokyo 1892 / Korea West BeltEPSGEPSG EPSGGMD KEPSG0Korean 1985 / Central Belt JejuEPSGEPSGBEPSG @ CEPSG/Korean 1985 / East Sea BeltEPSGEPSGBEPSGG QEPSG ETRS89-NOR [EUREF89] / NTM zone 30EPSGEPSG*{EPSG(G QEPSG ETRS89-NOR [EUREF89] / NTM zone 29EPSGEPSG*{EPSG'G QEPSGETRS89-NOR [EUREF89] / NTM zone 28EPSGEPSG*{EPSG&G QEPSGETRS89-NOR [EUREF89] / NTM zone 27EPSGEPSG*{EPSG%G QEPSGETRS89-NOR [EUREF89] / NTM zone 26EPSGEPSG*{EPSG$G QEPSGETRS89-NOR [EUREF89] / NTM zone 25EPSGEPSG*{EPSG#G QEPSGETRS89-NOR [EUREF89] / NTM zone 24EPSGEPSG*{EPSG"G QEPSGETRS89-NOR [EUREF89] / NTM zone 23EPSGEPSG*{EPSG!G QEPSGETRS89-NOR [EUREF89] / NTM zone 22EPSGEPSG*{EPSG G QEPSGETRS89-NOR [EUREF89] / NTM zone 21EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 20EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 19EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 18EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 17EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 16EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 15EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 14EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 13EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 12EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 11EPSGEPSG*{EPSGG QEPSGETRS89-NOR [EUREF89] / NTM zone 10EPSGEPSG*{EPSGF OEPSGETRS89-NOR [EUREF89] / NTM zone 9EPSGEPSG*{EPSGF OEPSGETRS89-NOR [EUREF89] / NTM zone 8EPSGEPSG*{EPSGF OEPSGETRS89-NOR [EUREF89] / NTM zone 7EPSGEPSG*{EPSGF OEPSGETRS89-NOR [EUREF89] / NTM zone 6EPSGEPSG*{EPSGF OEPSGETRS89-NOR [EUREF89] / NTM zone 5EPSGEPSG*{EPSGC IEPSGNAD83(NSRS2007) / Conus AlbersEPSGEPSGEPSG? AEPSGNAD83(HARN) / Conus AlbersEPSGEPSG8EPSG9 5EPSGNAD83 / Conus AlbersEPSGEPSGEPSG9 5EPSGNAD27 / Conus AlbersEPSGEPSGEPSGJ WEPSGETRS89-FIN [EUREF-FIN] / TM35FIN(N,E)EPSGEPSG)EPSG>= =EPSGWGS 84 / UPS South (E,N)EPSGEPSGEPSG?!= =EPSGWGS 84 / UPS North (E,N)EPSGEPSGEPSG>A EEPSGLisbon / Portuguese Grid NewEPSGEPSGoEPSGE MEPSGLisbon 1890 / Portugal Bonne NewEPSGmEPSG:EPSG: 7EPSGPTRA08 / UTM zone 28NEPSG0EPSGEPSG>: 7EPSGPTRA08 / UTM zone 26NEPSG0EPSGEPSG>: 7EPSGPTRA08 / UTM zone 25NEPSG0EPSGEPSG>9 5 EPSGETRS89 / NTM zone 30EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 29EPSGEPSGEPSG9 5 EPSGETRS89 / NTM zone 28EPSGEPSGEPSG9 5 EPSG ETRS89 / NTM zone 27EPSGEPSGEPSG9 5 EPSG ETRS89 / NTM zone 26EPSGEPSGEPSG9 5 EPSG ETRS89 / NTM zone 25EPSGEPSGEPSG8 3EPSGI J . m 1 i 7  B a BWb%f)o)l'b#j+> ?EPSGPOSGAR 2007 / Argentina 4EPSGEPSGEPSGFr> ?EPSGPOSGAR 2007 / Argentina 3EPSGEPSGEPSGFq> ?EPSGPOSGAR 2007 / Argentina 2EPSGEPSGEPSGFp> ?EPSGPOSGAR 2007 / Argentina 1EPSGEPSGEPSGFo9 5EPSGAratu / UTM zone 25SEPSG0EPSGpEPSG>? AEPSGMakassar (Jakarta) / NEIEZEPSGEPSGEPSG> ?EPSGBatavia (Jakarta) / NEIEZEPSGEPSGEPSG= =EPSGSegara (Jakarta) / NEIEZEPSGEPSGEPSG; 9EPSGISN2004 / Lambert 2004EPSGEPSGEPSGJ WEPSGNAD83(CSRS) / Teranet Ontario LambertEPSGEPSG EPSGD KEPSGNAD83 / Teranet Ontario LambertEPSGEPSGEPSGA EEPSGETRS89-FRO [2008] / Faroe TMEPSG0EPSG+OEPSG= =EPSGDRUKREF 03 / Zhemgang TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Yangtse TMEPSG0EPSGEPSGE MEPSGDRUKREF 03 / Wangdue Phodrang TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Tsirang TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Trongsa TMEPSG0EPSGEPSG? AEPSGDRUKREF 03 / Trashigang TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Thimphu TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Sarpang TMEPSG0EPSGEPSG; 9EPSGDRUKREF 03 / Samtse TMEPSG0EPSGEPSGE MEPSGDRUKREF 03 / Samdrup Jongkhar TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Punakha TMEPSG0EPSGEPSG@ CEPSGDRUKREF 03 / Pemagatshel TMEPSG0EPSGEPSG9 5EPSGDRUKREF 03 / Paro TMEPSG0EPSGEPSG; 9EPSGDRUKREF 03 / Mongar TMEPSG0EPSGEPSG= =EPSGDRUKREF 03 / Lhuentse TMEPSG0EPSGEPSG7 1EPSGDRUKREF 03 / Ha TMEPSG0EPSGEPSG9 5EPSGDRUKREF 03 / Gasa TMEPSG0EPSGEPSG; 9EPSGDRUKREF 03 / Dagana TMEPSG0EPSGEPSG< ;EPSGDRUKREF 03 / Chhukha TMEPSG0EPSGEPSG= =EPSGDRUKREF 03 / Bumthang TMEPSG0EPSGEPSGJ WEPSGTUREF / 3-degree Gauss-Kruger zone 15EPSGEPSGEPSG?J WEPSGTUREF / 3-degree Gauss-Kruger zone 14EPSGEPSGEPSG?J WEPSGTUREF / 3-degree Gauss-Kruger zone 13EPSGEPSGEPSG?J WEPSGTUREF / 3-degree Gauss-Kruger zone 12EPSGEPSGEPSG?J WEPSGTUREF / 3-degree Gauss-Kruger zone 11EPSGEPSGEPSG?J WEPSGTUREF / 3-degree Gauss-Kruger zone 10EPSGEPSGEPSG?I UEPSGTUREF / 3-degree Gauss-Kruger zone 9EPSGEPSGEPSG?F OEPSGDRUKREF 03 / Bhutan National GridEPSG0EPSGEPSG1 %EPSGTUREF / TM45EPSGEPSGEPSG?1 %EPSGTUREF / TM42EPSGEPSGEPSG?1 %EPSGTUREF / TM39EPSGEPSGEPSG?1 %EPSGTUREF / TM36EPSGEPSGEPSG?1 %EPSGTUREF / TM33EPSGEPSGEPSG?1 %EPSGTUREF / TM30EPSGEPSGEPSG?1 %EPSGTUREF / TM27EPSGEPSGEPSG?; 9EPSGGDBD2009 / Brunei BRSOEPSG0EPSG~EPSGM? AEPSG{ETRS89 / LCC Germany (E-N)EPSG0EPSGEPSG@ CEPSGsSLD99 / Sri Lanka Grid 1999EPSG0EPSGqEPSGp? AEPSGrKandawala / Sri Lanka GridEPSG0EPSGEPSGoS iEPSGiS-JTSK/05 (Ferro) / Modified Krovak East NorthEPSGEPSGmEPSGdH SEPSGhS-JTSK/05 (Ferro) / Modified KrovakEPSGeEPSGmEPSGc6 /EPSGgWGS 84 / Gabon TMEPSGEPSGEPSGfG QEPSGeS-JTSK (Ferro) / Krovak East NorthEPSGEPSGEPSGbA EEPSGDKGD2002 / East Sea Belt 2010EPSGEPSGEPSG= =EPSGCKGD2002 / East Belt 2010EPSGEPSGEPSG@ CEPSGBKGD2002 / Central Belt 2010EPSGEPSGEPSG= =EPSGAKGD2002 / West Belt 2010EPSGEPSGEPSG< ;EPSG@KGD2002 / East Sea BeltEPSGEPSGEPSG8 3EPSG?KGD2002 / East BeltEPSGEPSGEPSGGK@ CEPSG>KGD2002 / Central Belt JejuEPSGEPSGEPSG <G E U  W  : t 0 d *{Fy2f$j,^TH|8C IEPSGUCS-2000 / Gauss-Kruger CM 39EEPSGEPSGEPSG?C IEPSGUCS-2000 / Gauss-Kruger CM 33EEPSGEPSGEPSG?C IEPSGUCS-2000 / Gauss-Kruger CM 27EEPSGEPSGEPSG?C IEPSGUCS-2000 / Gauss-Kruger CM 21EEPSGEPSGEPSG?C IEPSGUCS-2000 / Gauss-Kruger zone 7EPSGEPSGEPSG?OC IEPSGUCS-2000 / Gauss-Kruger zone 6EPSGEPSGEPSG?NC IEPSGUCS-2000 / Gauss-Kruger zone 5EPSGEPSGEPSG?MC IEPSGUCS-2000 / Gauss-Kruger zone 4EPSGEPSGEPSG?LF OEPSGOcotepeque 1935 / Guatemala NorteEPSGEPSGKEPSGG#< ;EPSGPNG94 / PNGMG94 zone 56EPSG0EPSGEPSG< ;EPSGPNG94 / PNGMG94 zone 55EPSG0EPSGEPSG< ;EPSGPNG94 / PNGMG94 zone 54EPSG0EPSGEPSGG QEPSGCorrego Alegre 1961 / UTM zone 24SEPSG0EPSGEPSG>G QEPSGCorrego Alegre 1961 / UTM zone 23SEPSG0EPSGEPSG>G QEPSGCorrego Alegre 1961 / UTM zone 22SEPSG0EPSGEPSG>G QEPSGCorrego Alegre 1961 / UTM zone 21SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 25SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 24SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 23SEPSG0EPSGEPSG>= = EPSGSAD69(96) / UTM zone 22SEPSG0EPSG EPSG>= =EPSGSAD69(96) / UTM zone 21SEPSG0EPSGEPSG>A EEPSGSAD69(96) / Brazil PolyconicEPSGEPSGEPSGM; 9EPSGWGS 84 / Gabon TM 2011EPSGEPSGEPSGH SEPSGDHDN / 3-degree Gauss-Kruger zone 1EPSGEPSGEPSG?F OEPSGCI1979 / Chatham Islands Map GridEPSGEPSGAEPSGF OEPSGCI1971 / Chatham Islands Map GridEPSGEPSG@EPSGK YEPSGS-JTSK/05 / Modified Krovak East NorthEPSGEPSGlEPSG@ CEPSGS-JTSK/05 / Modified KrovakEPSGeEPSGlEPSG? AEPSGS-JTSK / Krovak East NorthEPSGEPSG9 5EPSGjRSRGD2000 / RSPS2000EPSGEPSGEPSGf9 5EPSGiRSRGD2000 / PCLC2000EPSGEPSGEPSGe9 5EPSGhRSRGD2000 / BCLC2000EPSGEPSGEPSGd9 5EPSGgRSRGD2000 / MSLC2000EPSGEPSGEPSGcI UEPSG`Panama-Colon 1911 / Panama PolyconicEPSGEPSG[EPSG_G QEPSG]Panama-Colon 1911 / Panama LambertEPSGEPSG[EPSG\C I EPSGZSibun Gorge 1922 / Colony GridEPSGEPSGXEPSGY9 5EPSGWSAD69 / UTM zone 17NEPSG0EPSG EPSG>D KEPSGVOcotepeque 1935 / Nicaragua SurEPSGEPSGKEPSGDF OEPSGUOcotepeque 1935 / Nicaragua NorteEPSGEPSGKEPSG?J WEPSGTOcotepeque 1935 / El Salvador LambertEPSGEPSGKEPSGD KEPSGSOcotepeque 1935 / Guatemala SurEPSGEPSGKEPSGG$F O EPSGROcotepeque 1935 / Guatemala NorteEPSGEPSGEPSGG#E MEPSGQOcotepeque 1935 / Costa Rica SurEPSGEPSGKEPSGG QEPSGPOcotepeque 1935 / Costa Rica NorteEPSGEPSGKEPSG? AEPSGSIRGAS 2000 / UTM zone 26SEPSG0EPSGBEPSG>: 7EPSG Peru96 / UTM zone 19SEPSG0EPSGEPSG>: 7 EPSG Peru96 / UTM zone 17SEPSG0EPSGEPSG>: 7EPSG Peru96 / UTM zone 18SEPSG0EPSGEPSG>@ CEPSGSIRGAS-ROU98 / UTM zone 22SEPSG0EPSGEPSG>@ CEPSGSIRGAS-ROU98 / UTM zone 21SEPSG0EPSGEPSG>2 'EPSGCR05 / CRTM05EPSGEPSGEPSGE MEPSGSIRGAS-Chile 2002 / UTM zone 18SEPSG0EPSGEPSG>E MEPSGSIRGAS-Chile 2002 / UTM zone 19SEPSG0EPSGEPSG>: 7EPSGMARGEN / UTM zone 21SEPSG0EPSGEPSG>: 7EPSGMARGEN / UTM zone 19SEPSG0EPSGEPSG>: 7EPSGMARGEN / UTM zone 20SEPSG0EPSGEPSG>> ?EPSGPOSGAR 2007 / Argentina 7EPSGEPSGEPSGFu> ?EPSGPOSGAR 2007 / Argentina 6EPSGEPSGEPSGFt 7f|. G `  ~ @  T  T l1E C}7N\ aPZ wEPSG+Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 5 (E-N)EPSG0EPSGREPSG?Z wEPSG*Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSGREPSG?Z wEPSG)Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 3 (E-N)EPSG0EPSGREPSG?Z wEPSG(Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 5 (E-N)EPSG0EPSGSEPSG?Z wEPSG'Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSGSEPSG?Z wEPSG&Pulkovo 1942(58) / 3-degree Gauss-Kruger zone 3 (E-N)EPSG0EPSGSEPSG?O aEPSG%RD/83 / 3-degree Gauss-Kruger zone 5 (E-N)EPSG0EPSGEPSG?O aEPSG$RD/83 / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSGEPSG?O aEPSG#PD/83 / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSGEPSG?O aEPSG"PD/83 / 3-degree Gauss-Kruger zone 3 (E-N)EPSG0EPSGEPSG?Q eEPSG!Pulkovo 1942(83) / Gauss-Kruger zone 3 (E-N)EPSG0EPSGREPSG?KQ eEPSG Pulkovo 1942(83) / Gauss-Kruger zone 2 (E-N)EPSG0EPSGREPSG?JQ eEPSGPulkovo 1942(58) / Gauss-Kruger zone 3 (E-N)EPSG0EPSGSEPSG?KD KEPSGMonte Mario / TM Emilia-RomagnaEPSGEPSGEPSGE MEPSGNAD83(NSRS2007) / Vermont (ftUS)EPSGEPSGEPSG A EEPSGNAD83(HARN) / Vermont (ftUS)EPSGEPSG8EPSG A EEPSGETRS89 / UTM zone 33N (N-zE)EPSGEPSGEPSGA EEPSGETRS89 / UTM zone 32N (N-zE)EPSGEPSGEPSG(A EEPSGETRS89 / UTM zone 31N (N-zE)EPSGEPSGEPSGA EEPSGETRS89 / UTM zone 33N (zE-N)EPSG0EPSGEPSGA EEPSGETRS89 / UTM zone 31N (zE-N)EPSG0EPSGEPSG; 9EPSGNAD83 / Vermont (ftUS)EPSGEPSGEPSG 9 5EPSG RGR92 / UTM zone 39SEPSG0EPSGEPSG? 4 +EPSG ED50 / SPBA LCCEPSG0EPSGEPSG B GEPSG SIRGAS 2000 / Brazil MercatorEPSGEPSGBEPSG9 5EPSGISN2004 / LCC EuropeEPSGEPSGEPSGN: 7EPSGISN2004 / LAEA EuropeEPSGEPSGEPSGN7 1EPSGTUREF / LCC EuropeEPSGEPSGEPSGN8 3EPSGTUREF / LAEA EuropeEPSGEPSGEPSGN; 9EPSGREGCAN95 / LAEA EuropeEPSGEPSGEPSGN: 7EPSGREGCAN95 / LCC EuropeEPSGEPSGEPSGN9 5EPSGPTRA08 / LAEA EuropeEPSGEPSGEPSGN8 3EPSGPTRA08 / LCC EuropeEPSGEPSGEPSGNQ eEPSGPulkovo 1942(58) / Gauss-Kruger zone 2 (E-N)EPSG0EPSGSEPSG?J: 7EPSGMoznet / UTM zone 38SEPSG0EPSG"EPSG? 3 )EPSGED50 / TM 6 NEEPSG0EPSGEPSG@: 7EPSGNAD27 / Michigan WestEPSGEPSGEPSG/GA EEPSGNAD27 / Michigan Old CentralEPSGEPSGEPSG/F: 7EPSGNAD27 / Michigan EastEPSGEPSGEPSG/E= =EPSGFEH2010 / Fehmarnbelt TMEPSG0EPSGEPSGC IEPSGSibun Gorge 1922 / Colony GridEPSG3EPSGXEPSGYP cEPSGNAD27 / New Brunswick Stereographic (NAD27)EPSGEPSGEPSGL [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 39EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 36EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 33EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 30EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 27EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 24EEPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger CM 21EEPSGEPSGEPSG?M ] EPSGUCS-2000 / 3-degree Gauss-Kruger zone 13EPSGEPSGEPSG?M ] EPSGUCS-2000 / 3-degree Gauss-Kruger zone 12EPSGEPSGEPSG?M ] EPSGUCS-2000 / 3-degree Gauss-Kruger zone 11EPSGEPSGEPSG?M ] EPSGUCS-2000 / 3-degree Gauss-Kruger zone 10EPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger zone 9EPSGEPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger zone 8EPSGEPSGEPSG? 8bu$ 1 v 6 C  G  v 99X w,Kj2TL A EEPSGGR96 / EPSG Arctic zone 4-22EPSG0EPSGEPSGzA EEPSGGR96 / EPSG Arctic zone 4-20EPSG0EPSGEPSGyA EEPSGGR96 / EPSG Arctic zone 3-33EPSG0EPSGEPSGtA EEPSGGR96 / EPSG Arctic zone 3-31EPSG0EPSGEPSGsA EEPSGGR96 / EPSG Arctic zone 3-29EPSG0EPSGEPSGrA EEPSGGR96 / EPSG Arctic zone 2-20EPSG0EPSGEPSGdA EEPSGGR96 / EPSG Arctic zone 2-18EPSG0EPSGEPSGcA EEPSGGR96 / EPSG Arctic zone 1-25EPSG0EPSGEPSG[M ]EPSG4WGS 84 / EPSG Russia Polar StereographicEPSGEPSGEPSGM ]EPSG3WGS 84 / EPSG Norway Polar StereographicEPSG EPSGEPSGP cEPSG2WGS 84 / EPSG Greenland Polar StereographicEPSG EPSGEPSGM ]EPSG1WGS 84 / EPSG Canada Polar StereographicEPSGrEPSGEPSGM ]EPSG0WGS 84 / EPSG Alaska Polar StereographicEPSGsEPSGEPSG J WEPSG/WGS 84 / EPSG Arctic Regional zone C5EPSG0EPSGEPSG J WEPSG.WGS 84 / EPSG Arctic Regional zone C4EPSG0EPSGEPSGJ WEPSG-WGS 84 / EPSG Arctic Regional zone C3EPSG0EPSGEPSGJ WEPSG,WGS 84 / EPSG Arctic Regional zone C2EPSG0EPSGEPSGJ WEPSG+WGS 84 / EPSG Arctic Regional zone C1EPSG0EPSGEPSGJ WEPSG*WGS 84 / EPSG Arctic Regional zone B5EPSG0EPSGEPSGJ WEPSG)WGS 84 / EPSG Arctic Regional zone B4EPSG0EPSGEPSGJ WEPSG(WGS 84 / EPSG Arctic Regional zone B3EPSG0EPSGEPSGJ WEPSG'WGS 84 / EPSG Arctic Regional zone B2EPSG0EPSGEPSGJ WEPSG&WGS 84 / EPSG Arctic Regional zone B1EPSG0EPSGEPSGJ WEPSG%WGS 84 / EPSG Arctic Regional zone A5EPSG0EPSGEPSGJ WEPSG$WGS 84 / EPSG Arctic Regional zone A4EPSG0EPSGEPSGJ WEPSG#WGS 84 / EPSG Arctic Regional zone A3EPSG0EPSGEPSGJ WEPSG"WGS 84 / EPSG Arctic Regional zone A2EPSG0EPSGEPSGJ WEPSG!WGS 84 / EPSG Arctic Regional zone A1EPSG0EPSGEPSG: 7EPSG VN-2000 / TM-3 107-45EPSG0EPSGEPSG< ;EPSG VN-2000 / TM-3 zone 491EPSG0EPSGEPSG< ;EPSG VN-2000 / TM-3 zone 482EPSG0EPSGEPSG< ;EPSGVN-2000 / TM-3 zone 481EPSG0EPSGEPSGN _ EPSGJAXA Snow Depth Polar Stereographic NorthEPSG EPSGEPSG= =EPSGTGD2005 / Tonga Map GridEPSG0EPSGEPSGC IEPSGSIRGAS 2000 / Brazil PolyconicEPSGEPSGBEPSGMA EEPSGCadastre 1997 / UTM zone 38SEPSG0EPSG{EPSG? = =EPSGSAD69(96) / UTM zone 20SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 19SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 18SEPSG0EPSGEPSG>= =EPSGSAD69(96) / UTM zone 22SEPSG0EPSGEPSG>B GEPSGRGRDC 2005 / Congo TM zone 30EPSGEPSGEPSGD6 /EPSGWGS 84 / TM 12 SEEPSG0EPSGEPSG@: 7EPSGPeru96 / UTM zone 17SEPSG0EPSGEPSG>? AEPSGYemen NGN96 / UTM zone 40NEPSG0EPSGCEPSG>? AEPSGYemen NGN96 / UTM zone 37NEPSG0EPSGCEPSG>> ?EPSGAGD66 / ACT Standard GridEPSG0EPSGjEPSG; 9EPSGDNZGD2000 / UTM zone 1SEPSG0EPSGGEPSG>P cEPSG5DB_REF / 3-degree Gauss-Kruger zone 5 (E-N)EPSG0EPSG1EPSG?P cEPSG4DB_REF / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSG1EPSG?P cEPSG3DB_REF / 3-degree Gauss-Kruger zone 3 (E-N)EPSG0EPSG1EPSG?P cEPSG2DB_REF / 3-degree Gauss-Kruger zone 2 (E-N)EPSG0EPSG1EPSG?N _EPSG0DHDN / 3-degree Gauss-Kruger zone 1 (E-N)EPSG0EPSGEPSG?N _EPSG/DHDN / 3-degree Gauss-Kruger zone 5 (E-N)EPSG0EPSGEPSG?N _EPSG.DHDN / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSGEPSG?N _EPSG-DHDN / 3-degree Gauss-Kruger zone 3 (E-N)EPSG0EPSGEPSG? _A EEPSGGR96 / EPSG Arctic zone 4-24EPSG0EPSGEPSG{ 8|:t2 j & Z  J  ~ : n *^N p#Di Ej!FC IEPSGWGS 84 / EPSG Arctic zone 1-27EPSG0EPSGEPSG\H SEPSGNAD83(CSRS) / EPSG Arctic zone 6-24EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 6-22EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 6-20EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 6-18EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 5-39EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 5-37EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 5-35EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 5-33EPSG0EPSG EPSGH SEPSGNAD83(CSRS) / EPSG Arctic zone 4-18EPSG0EPSG EPSGxH SEPSGNAD83(CSRS) / EPSG Arctic zone 4-16EPSG0EPSG EPSGwH SEPSGNAD83(CSRS) / EPSG Arctic zone 4-14EPSG0EPSG EPSGvH SEPSGNAD83(CSRS) / EPSG Arctic zone 3-29EPSG0EPSG EPSGrH SEPSGNAD83(CSRS) / EPSG Arctic zone 3-27EPSG0EPSG EPSGqH SEPSGNAD83(CSRS) / EPSG Arctic zone 3-25EPSG0EPSG EPSGpH SEPSGNAD83(CSRS) / EPSG Arctic zone 2-16EPSG0EPSG EPSGbH SEPSGNAD83(CSRS) / EPSG Arctic zone 2-14EPSG0EPSG EPSGaH SEPSGNAD83(CSRS) / EPSG Arctic zone 1-23EPSG0EPSG EPSGZL [EPSGNAD83(NSRS2007) / EPSG Arctic zone 6-16EPSG0EPSGEPSGL [EPSGNAD83(NSRS2007) / EPSG Arctic zone 6-14EPSG0EPSGEPSGL [EPSGNAD83(NSRS2007) / EPSG Arctic zone 5-31EPSG0EPSGEPSGL [EPSGNAD83(NSRS2007) / EPSG Arctic zone 5-29EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-27EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-25EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-23EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-21EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-19EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-17EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 5-15EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-40EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-38EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-36EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-34EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-32EPSG0EPSGEPSGC IEPSGWGS 84 / EPSG Arctic zone 4-30EPSG0EPSGEPSG~C IEPSGWGS 84 / EPSG Arctic zone 3-19EPSG0EPSGEPSGmC IEPSGWGS 84 / EPSG Arctic zone 3-17EPSG0EPSGEPSGlC IEPSGWGS 84 / EPSG Arctic zone 3-15EPSG0EPSGEPSGkC IEPSGWGS 84 / EPSG Arctic zone 3-13EPSG0EPSGEPSGjC IEPSGWGS 84 / EPSG Arctic zone 2-26EPSG0EPSGEPSGgC IEPSGWGS 84 / EPSG Arctic zone 2-24EPSG0EPSGEPSGfC IEPSGETRS89 / EPSG Arctic zone 5-13EPSG0EPSGEPSGC IEPSGETRS89 / EPSG Arctic zone 5-11EPSG0EPSGEPSGC IEPSGETRS89 / EPSG Arctic zone 4-28EPSG0EPSGEPSG}C IEPSGETRS89 / EPSG Arctic zone 4-26EPSG0EPSGEPSG|C IEPSGETRS89 / EPSG Arctic zone 3-11EPSG0EPSGEPSGiC IEPSGETRS89 / EPSG Arctic zone 2-22EPSG0EPSGEPSGeA EEPSGGR96 / EPSG Arctic zone 8-22EPSG0EPSGEPSG8A EEPSGGR96 / EPSG Arctic zone 8-20EPSG0EPSGEPSG7A EEPSGGR96 / EPSG Arctic zone 7-13EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 7-11EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 6-30EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 6-28EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 6-26EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 5-45EPSG0EPSGEPSGA EEPSGGR96 / EPSG Arctic zone 5-43EPSG0EPSGEPSG 8x4h$ X  I H  { / Z <eL{4Xn)Mi*? AEPSGNAD83(2011) / UTM zone 60NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 59NEPSG0EPSGEPSG>> ?EPSGMGI 1901 / Balkans zone 7EPSGEPSGBEPSGGeN _EPSGCGRS93 / Cyprus Local Transverse MercatorEPSG0EPSGEPSGO aEPSGNAD83(CORS96) / Puerto Rico and Virgin Is.EPSGEPSGEPSG;~D KEPSGMAGNA-SIRGAS / Yopal urban gridEPSGEPSGNEPSGcL [EPSGMAGNA-SIRGAS / Villavicencio urban gridEPSGEPSGNEPSGbI UEPSGMAGNA-SIRGAS / Valledupar urban gridEPSGEPSGNEPSGaD KEPSGMAGNA-SIRGAS / Tunja urban gridEPSGEPSGNEPSG`D KEPSGMAGNA-SIRGAS / Sucre urban gridEPSGEPSGNEPSG_J WEPSG~MAGNA-SIRGAS / Santa Marta urban gridEPSGEPSGNEPSG^T kEPSG}MAGNA-SIRGAS / San Jose del Guaviare urban gridEPSGEPSGNEPSG]I UEPSG|MAGNA-SIRGAS / San Andres urban gridEPSGEPSGNEPSG\G QEPSG{MAGNA-SIRGAS / Riohacha urban gridEPSGEPSGNEPSG[E MEPSGzMAGNA-SIRGAS / Quibdo urban gridEPSGEPSGNEPSGZM ]EPSGyMAGNA-SIRGAS / Puerto Carreno urban gridEPSGEPSGNEPSGYF OEPSGxMAGNA-SIRGAS / Popayan urban gridEPSGEPSGNEPSGXF OEPSGwMAGNA-SIRGAS / Pereira urban gridEPSGEPSGNEPSGWD KEPSGvMAGNA-SIRGAS / Pasto urban gridEPSGEPSGNEPSGVD KEPSGuMAGNA-SIRGAS / Neiva urban gridEPSGEPSGNEPSGUG QEPSGtMAGNA-SIRGAS / Monteria urban gridEPSGEPSGNEPSGTD KEPSGsMAGNA-SIRGAS / Mocoa urban gridEPSGEPSGNEPSGSC IEPSGrMAGNA-SIRGAS / Mitu urban gridEPSGEPSGNEPSGRG QEPSGqMAGNA-SIRGAS / Medellin urban gridEPSGEPSGNEPSGQH SEPSGpMAGNA-SIRGAS / Manizales urban gridEPSGEPSGNEPSGPF OEPSGoMAGNA-SIRGAS / Leticia urban gridEPSGEPSGNEPSGOF OEPSGnMAGNA-SIRGAS / Inirida urban gridEPSGEPSGNEPSGNE MEPSGmMAGNA-SIRGAS / Ibague urban gridEPSGEPSGNEPSGMH SEPSGlMAGNA-SIRGAS / Florencia urban gridEPSGEPSGNEPSGLE MEPSGkMAGNA-SIRGAS / Cucuta urban gridEPSGEPSGNEPSGKH SEPSGjMAGNA-SIRGAS / Cartagena urban gridEPSGEPSGNEPSGJC IEPSGiMAGNA-SIRGAS / Cali urban gridEPSGEPSGNEPSGIJ WEPSGhMAGNA-SIRGAS / Bucaramanga urban gridEPSGEPSGNEPSGHE MEPSGgMAGNA-SIRGAS / Bogota urban gridEPSGEPSGNEPSGGK YEPSGfMAGNA-SIRGAS / Barranquilla urban gridEPSGEPSGNEPSGFF OEPSGeMAGNA-SIRGAS / Armenia urban gridEPSGEPSGNEPSGEE MEPSGdMAGNA-SIRGAS / Arauca urban gridEPSGEPSGNEPSGD? AEPSGCSIRGAS 2000 / UTM zone 24NEPSG0EPSGBEPSG>? AEPSGBSIRGAS 2000 / UTM zone 23NEPSG0EPSGBEPSG>F OEPSG ?EPSGNAD83(2011) / UTM zone 1NEPSG0EPSGEPSG> <CG G  G  > c # f "VSH}<y8u4g']A EEPSG NAD83(2011) / Arkansas SouthEPSGEPSGEPSG(\H SEPSG NAD83(2011) / Arkansas North (ftUS)EPSGEPSGEPSG<A EEPSG NAD83(2011) / Arkansas NorthEPSGEPSGEPSG([D KEPSG NAD83(2011) / Arizona West (ft)EPSGEPSGEPSG;? AEPSGNAD83(2011) / Arizona WestEPSGEPSGEPSG'D KEPSGNAD83(2011) / Arizona East (ft)EPSGEPSGEPSG;? AEPSGNAD83(2011) / Arizona EastEPSGEPSGEPSG'G QEPSGNAD83(2011) / Arizona Central (ft)EPSGEPSGEPSG;B GEPSGNAD83(2011) / Arizona CentralEPSGEPSGEPSG'A EEPSGNAD83(2011) / Alaska zone 10EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 9EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 8EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 7EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 6EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 5EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 4EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 3EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 2EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska zone 1EPSGEPSGEPSG:@ CEPSGNAD83(2011) / Alaska AlbersEPSGEPSGEPSG:F OEPSGCayman Islands National Grid 2011EPSGEPSGEPSGB GEPSGUCS-2000 / Ukraine TM zone 13EPSGEPSGEPSGB GEPSGUCS-2000 / Ukraine TM zone 12EPSGEPSGEPSGB GEPSGUCS-2000 / Ukraine TM zone 11EPSGEPSGEPSGB GEPSGUCS-2000 / Ukraine TM zone 10EPSGEPSGEPSGA EEPSGUCS-2000 / Ukraine TM zone 9EPSGEPSGEPSGA EEPSGUCS-2000 / Ukraine TM zone 8EPSGEPSGEPSGA EEPSGUCS-2000 / Ukraine TM zone 7EPSGEPSGEPSG: 7EPSGMexico ITRF2008 / LCCEPSGEPSGEPSGC IEPSGMexico ITRF2008 / UTM zone 16NEPSG0EPSGEPSG>C IEPSGMexico ITRF2008 / UTM zone 15NEPSG0EPSGEPSG>C IEPSGMexico ITRF2008 / UTM zone 14NEPSG0EPSGEPSG>C IEPSGMexico ITRF2008 / UTM zone 13NEPSG0EPSGEPSG>C IEPSGMexico ITRF2008 / UTM zone 12NEPSG0EPSGEPSG>C IEPSGMexico ITRF2008 / UTM zone 11NEPSG0EPSGEPSG>8 3EPSGMexico ITRF92 / LCCEPSGEPSGEPSG? AEPSGNAD83(2011) / Alabama WestEPSGEPSGEPSG'? AEPSGNAD83(2011) / Alabama EastEPSGEPSGEPSG'H SEPSGNAD83(2011) / EPSG Arctic zone 6-16EPSG0EPSGEPSGH SEPSGNAD83(2011) / EPSG Arctic zone 6-14EPSG0EPSGEPSGH SEPSGNAD83(2011) / EPSG Arctic zone 5-31EPSG0EPSGEPSGH SEPSGNAD83(2011) / EPSG Arctic zone 5-29EPSG0EPSGEPSG? AEPSGNAD83(2011) / Conus AlbersEPSGEPSGEPSG? AEPSGNAD83(2011) / UTM zone 19NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 18NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 17NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 16NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 15NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 14NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 13NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 12NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 11NEPSG0EPSGEPSG>? AEPSGNAD83(2011) / UTM zone 10NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 9NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 8NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 7NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 6NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 5NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 4NEPSG0EPSGEPSG>> ?EPSGNAD83(2011) / UTM zone 3NEPSG0EPSGEPSG> 9r-P z . X } ; g ( c #U Fx7l.`PF<F OEPSGENAD83(2011) / Kansas South (ftUS)EPSGEPSGEPSG<? AEPSGDNAD83(2011) / Kansas SouthEPSGEPSGEPSG- F OEPSGCNAD83(2011) / Kansas North (ftUS)EPSGEPSGEPSG<? AEPSGBNAD83(2011) / Kansas NorthEPSGEPSGEPSG- D KEPSGANAD83(2011) / Iowa South (ftUS)EPSGEPSGEPSG<= =EPSG@NAD83(2011) / Iowa SouthEPSGEPSGEPSG,D KEPSG?NAD83(2011) / Iowa North (ftUS)EPSGEPSGEPSG<= =EPSG>NAD83(2011) / Iowa NorthEPSGEPSGEPSG,F OEPSG=NAD83(2011) / Indiana West (ftUS)EPSGEPSGEPSG< ? AEPSG ?EPSG!NAD83(2011) / ConnecticutEPSGEPSGEPSG)H SEPSG NAD83(2011) / Colorado South (ftUS)EPSGEPSGEPSG;A EEPSGNAD83(2011) / Colorado SouthEPSGEPSGEPSG)%H SEPSGNAD83(2011) / Colorado North (ftUS)EPSGEPSGEPSG;A EEPSGNAD83(2011) / Colorado NorthEPSGEPSGEPSG)#J WEPSGNAD83(2011) / Colorado Central (ftUS)EPSGEPSGEPSG;C IEPSGNAD83(2011) / Colorado CentralEPSGEPSGEPSG)$K YEPSGNAD83(2011) / California zone 6 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 6EPSGEPSGEPSG(K YEPSGNAD83(2011) / California zone 5 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 5EPSGEPSGEPSG(K YEPSGNAD83(2011) / California zone 4 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 4EPSGEPSGEPSG(K YEPSGNAD83(2011) / California zone 3 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 3EPSGEPSGEPSG(K YEPSGNAD83(2011) / California zone 2 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 2EPSGEPSGEPSG(K YEPSGNAD83(2011) / California zone 1 (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / California zone 1EPSGEPSGEPSG(D KEPSGNAD83(2011) / California AlbersEPSGEPSGEPSG(SA EEPSGFNAD83(2011) / Kentucky NorthEPSGEPSGEPSG; 9o R { 3 k & g $ C e #Mu2[Fv5~;q+eD KEPSGNAD83(2011) / New Jersey (ftUS)EPSGEPSGEPSG<= =EPSG~NAD83(2011) / New JerseyEPSGEPSGEPSG2G QEPSG}NAD83(2011) / New Hampshire (ftUS)EPSGEPSGEPSG<@ CEPSG|NAD83(2011) / New HampshireEPSGEPSGEPSG2E MEPSG{NAD83(2011) / Nevada West (ftUS)EPSGEPSGEPSG<> ?EPSGzNAD83(2011) / Nevada WestEPSGEPSGEPSG1E MEPSGyNAD83(2011) / Nevada East (ftUS)EPSGEPSGEPSG<> ?EPSGxNAD83(2011) / Nevada EastEPSGEPSGEPSG1H SEPSGwNAD83(2011) / Nevada Central (ftUS)EPSGEPSGEPSG<A EEPSGvNAD83(2011) / Nevada CentralEPSGEPSGEPSG1B G EPSGuNAD83(2011) / Nebraska (ftUS)EPSGEPSGEPSG<$; 9EPSGtNAD83(2011) / NebraskaEPSGEPSGEPSG1V? AEPSGsNAD83(2011) / Montana (ft)EPSGEPSGEPSG;: 7EPSGrNAD83(2011) / MontanaEPSGEPSGEPSG0@ CEPSGqNAD83(2011) / Missouri WestEPSGEPSGEPSG0@ CEPSGpNAD83(2011) / Missouri EastEPSGEPSGEPSG0C IEPSGoNAD83(2011) / Missouri CentralEPSGEPSGEPSG0J WEPSGnNAD83(2011) / Mississippi West (ftUS)EPSGEPSGEPSG;C IEPSGmNAD83(2011) / Mississippi WestEPSGEPSGEPSG0,A EEPSGlNAD83(2011) / Mississippi TMEPSGEPSGEPSGJ WEPSGkNAD83(2011) / Mississippi East (ftUS)EPSGEPSGEPSG;C IEPSGjNAD83(2011) / Mississippi EastEPSGEPSGEPSG0+I UEPSGiNAD83(2011) / Minnesota South (ftUS)EPSGEPSGEPSG/B GEPSGhNAD83(2011) / Minnesota SouthEPSGEPSGEPSG/I UEPSGgNAD83(2011) / Minnesota North (ftUS)EPSGEPSGEPSG/B GEPSGfNAD83(2011) / Minnesota NorthEPSGEPSGEPSG/K YEPSGeNAD83(2011) / Minnesota Central (ftUS)EPSGEPSGEPSG/D KEPSGdNAD83(2011) / Minnesota CentralEPSGEPSGEPSG/F OEPSGcNAD83(2011) / Michigan South (ft)EPSGEPSGEPSG;A EEPSGbNAD83(2011) / Michigan SouthEPSGEPSGEPSG/oL [EPSGaNAD83(2011) / Michigan Oblique MercatorEPSGEPSGEPSG/vF OEPSG`NAD83(2011) / Michigan North (ft)EPSGEPSGEPSG;A EEPSG_NAD83(2011) / Michigan NorthEPSGEPSGEPSG/mH SEPSG^NAD83(2011) / Michigan Central (ft)EPSGEPSGEPSG;C IEPSG]NAD83(2011) / Michigan CentralEPSGEPSGEPSG/nP cEPSG\NAD83(2011) / Massachusetts Mainland (ftUS)EPSGEPSGEPSG;I UEPSG[NAD83(2011) / Massachusetts MainlandEPSGEPSGEPSG.N _EPSGZNAD83(2011) / Massachusetts Island (ftUS)EPSGEPSGEPSG;G QEPSGYNAD83(2011) / Massachusetts IslandEPSGEPSGEPSG/B GEPSGXNAD83(2011) / Maryland (ftUS)EPSGEPSGEPSG;; 9EPSGWNAD83(2011) / MarylandEPSGEPSGEPSG.D KEPSGVNAD83(2011) / Maine West (ftUS)EPSGEPSGEPSG.:= =EPSGUNAD83(2011) / Maine WestEPSGEPSGEPSG.8D KEPSGTNAD83(2011) / Maine East (ftUS)EPSGEPSGEPSG.9= =EPSGSNAD83(2011) / Maine EastEPSGEPSGEPSG.7D KEPSGRNAD83(2011) / Maine CS2000 WestEPSGEPSGEPSG.MD KEPSGQNAD83(2011) / Maine CS2000 EastEPSGEPSGEPSG.KG QEPSGPNAD83(2011) / Maine CS2000 CentralEPSGEPSGEPSG.NI UEPSGONAD83(2011) / Louisiana South (ftUS)EPSGEPSGEPSG< B GEPSGNNAD83(2011) / Louisiana SouthEPSGEPSGEPSG-I UEPSGMNAD83(2011) / Louisiana North (ftUS)EPSGEPSGEPSG<B GEPSGLNAD83(2011) / Louisiana NorthEPSGEPSGEPSG-H SEPSGKNAD83(2011) / Kentucky South (ftUS)EPSGEPSGEPSG;A EEPSGJNAD83(2011) / Kentucky SouthEPSGEPSGEPSG-pN _EPSGINAD83(2011) / Kentucky Single Zone (ftUS)EPSGEPSGEPSG<G QEPSGHNAD83(2011) / Kentucky Single ZoneEPSGEPSGEPSG-nE MEPSGNAD83(2011) / New Mexico CentralEPSGEPSGEPSG2G; 8p&U 9 a  E v 1 l #V Fn(M}7WMh"M ]EPSGNAD83(2011) / Texas North Central (ftUS)EPSGEPSGEPSG;F OEPSGNAD83(2011) / Texas North CentralEPSGEPSGEPSG7E MEPSGNAD83(2011) / Texas North (ftUS)EPSGEPSGEPSG;> ?EPSGNAD83(2011) / Texas NorthEPSGEPSGEPSG7R gEPSGNAD83(2011) / Texas Centric Lambert ConformalEPSGEPSGEPSG7R gEPSGNAD83(2011) / Texas Centric Albers Equal AreaEPSGEPSGEPSG7G QEPSGNAD83(2011) / Texas Central (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83(2011) / Texas CentralEPSGEPSGEPSG7C IEPSGNAD83(2011) / Tennessee (ftUS)EPSGEPSGEPSG;< ;EPSGNAD83(2011) / TennesseeEPSGEPSGEPSG72L [EPSGNAD83(2011) / South Dakota South (ftUS)EPSGEPSGEPSG<#E MEPSGNAD83(2011) / South Dakota SouthEPSGEPSGEPSG6L [EPSGNAD83(2011) / South Dakota North (ftUS)EPSGEPSGEPSG<"E MEPSGNAD83(2011) / South Dakota NorthEPSGEPSGEPSG6F OEPSGNAD83(2011) / South Carolina (ft)EPSGEPSGEPSG;A EEPSGNAD83(2011) / South CarolinaEPSGEPSGEPSG6jF OEPSGNAD83(2011) / Rhode Island (ftUS)EPSGEPSGEPSG<? AEPSGNAD83(2011) / Rhode IslandEPSGEPSGEPSG6M ]EPSGNAD83(2011) / Puerto Rico and Virgin Is.EPSGEPSGEPSG;~L [EPSGNAD83(2011) / Pennsylvania South (ftUS)EPSGEPSGEPSG;E MEPSGNAD83(2011) / Pennsylvania SouthEPSGEPSGEPSG5L [EPSGNAD83(2011) / Pennsylvania North (ftUS)EPSGEPSGEPSG;E MEPSGNAD83(2011) / Pennsylvania NorthEPSGEPSGEPSG5D KEPSGNAD83(2011) / Oregon South (ft)EPSGEPSGEPSG;? AEPSGNAD83(2011) / Oregon SouthEPSGEPSGEPSG5@D KEPSGNAD83(2011) / Oregon North (ft)EPSGEPSGEPSG;? AEPSGNAD83(2011) / Oregon NorthEPSGEPSGEPSG5?J WEPSGNAD83(2011) / Oregon GIC Lambert (ft)EPSGEPSGEPSG<A EEPSGNAD83(2011) / Oregon LCC (m)EPSGEPSGEPSG5AH SEPSGNAD83(2011) / Oklahoma South (ftUS)EPSGEPSGEPSG;A EEPSGNAD83(2011) / Oklahoma SouthEPSGEPSGEPSG4H SEPSGNAD83(2011) / Oklahoma North (ftUS)EPSGEPSGEPSG;A EEPSGNAD83(2011) / Oklahoma NorthEPSGEPSGEPSG4D KEPSGNAD83(2011) / Ohio South (ftUS)EPSGEPSGEPSG4z= =EPSGNAD83(2011) / Ohio SouthEPSGEPSGEPSG4xD KEPSGNAD83(2011) / Ohio North (ftUS)EPSGEPSGEPSG4y= =EPSGNAD83(2011) / Ohio NorthEPSGEPSGEPSG4wJ WEPSGNAD83(2011) / North Dakota South (ft)EPSGEPSGEPSG;E MEPSGNAD83(2011) / North Dakota SouthEPSGEPSGEPSG4J WEPSGNAD83(2011) / North Dakota North (ft)EPSGEPSGEPSG;E MEPSGNAD83(2011) / North Dakota NorthEPSGEPSGEPSG4H SEPSGNAD83(2011) / North Carolina (ftUS)EPSGEPSGEPSG;A EEPSGNAD83(2011) / North CarolinaEPSGEPSGEPSG3G QEPSGNAD83(2011) / New York West (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83(2011) / New York WestEPSGEPSGEPSG3MN _EPSGNAD83(2011) / New York Long Island (ftUS)EPSGEPSGEPSG;G QEPSGNAD83(2011) / New York Long IslandEPSGEPSGEPSG3NG QEPSGNAD83(2011) / New York East (ftUS)EPSGEPSGEPSG;@ CEPSGNAD83(2011) / New York EastEPSGEPSGEPSG3KJ WEPSGNAD83(2011) / New York Central (ftUS)EPSGEPSGEPSG;C IEPSGNAD83(2011) / New York CentralEPSGEPSGEPSG3LI UEPSGNAD83(2011) / New Mexico West (ftUS)EPSGEPSGEPSG;B GEPSGNAD83(2011) / New Mexico WestEPSGEPSGEPSG2I UEPSGNAD83(2011) / New Mexico East (ftUS)EPSGEPSGEPSG;B GEPSGNAD83(2011) / New Mexico EastEPSGEPSGEPSG2[> ?EPSGNAD83(2011) / Texas SouthEPSGEPSGEPSG7 8ys%d" N { 0 T  u 2 [ ;ePP >{:t5ayL [EPSGJGD2011 / Japan Plane Rectangular CS IVEPSGEPSG EPSGEM ]EPSGJGD2011 / Japan Plane Rectangular CS IIIEPSGEPSG EPSGEL [EPSGJGD2011 / Japan Plane Rectangular CS IIEPSGEPSG EPSGEK YEPSG JGD2011 / Japan Plane Rectangular CS IEPSGEPSG EPSGEF OEPSGKarbala 1979 / Iraq National GridEPSG0EPSGEPSGM@ CEPSGNAD83(MA11) / Guam Map GridEPSGEPSGEPSG> ?EPSGNAD83(PA11) / UTM zone 2SEPSG0EPSGEPSG>> ?EPSGNAD83(PA11) / UTM zone 5NEPSG0EPSGEPSG>> ?EPSGNAD83(PA11) / UTM zone 4NEPSG0EPSGEPSG>G QEPSGNAD83(PA11) / Hawaii zone 3 (ftUS)EPSGEPSGEPSG;"@ CEPSGNAD83(PA11) / Hawaii zone 5EPSGEPSGEPSG;@ CEPSGNAD83(PA11) / Hawaii zone 4EPSGEPSGEPSG;@ CEPSGNAD83(PA11) / Hawaii zone 3EPSGEPSGEPSG;@ CEPSGNAD83(PA11) / Hawaii zone 2EPSGEPSGEPSG;@ CEPSGNAD83(PA11) / Hawaii zone 1EPSGEPSGEPSG;D KEPSGNAD83(2011) / Utah South (ftUS)EPSGEPSGEPSG;D KEPSGNAD83(2011) / Utah North (ftUS)EPSGEPSGEPSG;F OEPSGNAD83(2011) / Utah Central (ftUS)EPSGEPSGEPSG;B GEPSGNAD83(CSRS)v2 / Quebec AlbersEPSGEPSG -EPSG: 7EPSGNAD83 / Quebec AlbersEPSGEPSGEPSGC IEPSGNAD83(CSRS)v2 / Quebec LambertEPSGEPSG -EPSGM= =EPSGNAD83(2011) / Utah SouthEPSGEPSGEPSG7= =EPSGNAD83(2011) / Utah NorthEPSGEPSGEPSG7? AEPSGNAD83(2011) / Utah CentralEPSGEPSGEPSG7N _EPSGNAD83(2011) / Wyoming West Central (ftUS)EPSGEPSGEPSG:YG QEPSGNAD83(2011) / Wyoming West CentralEPSGEPSGEPSG:UF OEPSGNAD83(2011) / Wyoming West (ftUS)EPSGEPSGEPSG:Z? AEPSGNAD83(2011) / Wyoming WestEPSGEPSGEPSG:VN _EPSGNAD83(2011) / Wyoming East Central (ftUS)EPSGEPSGEPSG:XG QEPSGNAD83(2011) / Wyoming East CentralEPSGEPSGEPSG:TF OEPSGNAD83(2011) / Wyoming East (ftUS)EPSGEPSGEPSG:W? AEPSGNAD83(2011) / Wyoming EastEPSGEPSGEPSG:SP cEPSGNAD83(2011) / Wisconsin Transverse MercatorEPSGEPSGEPSG9I UEPSGNAD83(2011) / Wisconsin South (ftUS)EPSGEPSGEPSG< B GEPSGNAD83(2011) / Wisconsin SouthEPSGEPSGEPSG9I UEPSGNAD83(2011) / Wisconsin North (ftUS)EPSGEPSGEPSG< B GEPSGNAD83(2011) / Wisconsin NorthEPSGEPSGEPSG9K YEPSGNAD83(2011) / Wisconsin Central (ftUS)EPSGEPSGEPSG< D K EPSGNAD83(2011) / Wisconsin CentralEPSGEPSGEPSG9M ]EPSGNAD83(2011) / West Virginia South (ftUS)EPSGEPSGEPSG9F OEPSGNAD83(2011) / West Virginia SouthEPSGEPSGEPSG9M ]EPSGNAD83(2011) / West Virginia North (ftUS)EPSGEPSGEPSG9F OEPSGNAD83(2011) / West Virginia NorthEPSGEPSGEPSG9J WEPSGNAD83(2011) / Washington South (ftUS)EPSGEPSGEPSG<C IEPSGNAD83(2011) / Washington SouthEPSGEPSGEPSG9(J WEPSGNAD83(2011) / Washington North (ftUS)EPSGEPSGEPSG<C IEPSGNAD83(2011) / Washington NorthEPSGEPSGEPSG9'H SEPSGNAD83(2011) / Virginia South (ftUS)EPSGEPSGEPSG<A EEPSGNAD83(2011) / Virginia SouthEPSGEPSGEPSG8H SEPSGNAD83(2011) / Virginia North (ftUS)EPSGEPSGEPSG<A EEPSGNAD83(2011) / Virginia NorthEPSGEPSGEPSG8C IEPSGNAD83(2011) / Virginia LambertEPSGEPSGEPSGA EEPSGNAD83(2011) / Vermont (ftUS)EPSGEPSGEPSG : 7EPSGNAD83(2011) / VermontEPSGEPSGEPSG8^M ]EPSGNAD83(2011) / Texas South Central (ftUS)EPSGEPSGEPSG<F OEPSGNAD83(2011) / Texas South CentralEPSGEPSGEPSG7FMEPSGNAD83(2011) / Texas South (ftUS)EPSGEPSGEPSG< 5tg}1 G ^  q 5 E  p !Qm4w+@:$x'-tZ Z wEPSGNAD83(2011) / Oregon Canyonville-Grants Pass zone (m)EPSGEPSGEPSG]] }EPSGNAD83(CORS96) / Oregon Canyonville-Grants Pass zone (ft)EPSGEPSGEPSG^\ {EPSGNAD83(CORS96) / Oregon Canyonville-Grants Pass zone (m)EPSGEPSGEPSG]N _EPSGNAD83(2011) / Oregon Bend-Burns zone (ft)EPSGEPSGEPSG\M ]EPSGNAD83(2011) / Oregon Bend-Burns zone (m)EPSGEPSGEPSG[P cEPSGNAD83(CORS96) / Oregon Bend-Burns zone (ft)EPSGEPSGEPSG\O aEPSGNAD83(CORS96) / Oregon Bend-Burns zone (m)EPSGEPSGEPSG[[ yEPSGNAD83(2011) / Oregon Bend-Redmond-Prineville zone (ft)EPSGEPSGEPSGZZ wEPSGNAD83(2011) / Oregon Bend-Redmond-Prineville zone (m)EPSGEPSGEPSGY] }EPSGNAD83(CORS96) / Oregon Bend-Redmond-Prineville zone (ft)EPSGEPSGEPSGZ\ {EPSGNAD83(CORS96) / Oregon Bend-Redmond-Prineville zone (m)EPSGEPSGEPSGYV oEPSGNAD83(2011) / Oregon Bend-Klamath Falls zone (ft)EPSGEPSGEPSGXU mEPSGNAD83(2011) / Oregon Bend-Klamath Falls zone (m)EPSGEPSGEPSGWX sEPSGNAD83(CORS96) / Oregon Bend-Klamath Falls zone (ft)EPSGEPSGEPSGXW qEPSGNAD83(CORS96) / Oregon Bend-Klamath Falls zone (m)EPSGEPSGEPSGWI UEPSGNAD83(2011) / Oregon Baker zone (ft)EPSGEPSGEPSGVH SEPSGNAD83(2011) / Oregon Baker zone (m)EPSGEPSGEPSGUK YEPSGNAD83(CORS96) / Oregon Baker zone (ft)EPSGEPSGEPSGVJ WEPSGNAD83(CORS96) / Oregon Baker zone (m)EPSGEPSGEPSGU8 3EPSGRGDA94 / MGA zone 59EPSG0EPSGEPSGK8 3EPSGQGDA94 / MGA zone 47EPSG0EPSGEPSGJ8 3EPSGPGDA94 / MGA zone 46EPSG0EPSGEPSGI8 3 EPSGOGDA94 / MGA zone 44EPSG0EPSGEPSGH8 3 EPSGNGDA94 / MGA zone 43EPSG0EPSGEPSGG8 3 EPSGMGDA94 / MGA zone 42EPSG0EPSGEPSGF8 3 EPSGLGDA94 / MGA zone 41EPSG0EPSGEPSGE3 )EPSGCGDA94 / CKIG94EPSG0EPSGEPSG?4 +EPSGBWGS 84 / CKIG92EPSG0EPSGEPSG>2 'EPSGAGDA94 / CIG94EPSG0EPSGEPSG=3 )EPSG@WGS 84 / CIG92EPSG0EPSGEPSGN _EPSG4ETRS89-ITA [RDN2008] / UTM zone 33N (N-E)EPSGEPSG2EPSG>N _EPSG3ETRS89-ITA [RDN2008] / UTM zone 32N (N-E)EPSGEPSG2EPSG>6 /EPSG/WGS 84 / TM 60 SWEPSG0EPSGEPSG.; 9EPSG$JGD2011 / UTM zone 55NEPSG0EPSG EPSG>; 9EPSG#JGD2011 / UTM zone 54NEPSG0EPSG EPSG>; 9EPSG"JGD2011 / UTM zone 53NEPSG0EPSG EPSG>; 9EPSG!JGD2011 / UTM zone 52NEPSG0EPSG EPSG>; 9EPSG JGD2011 / UTM zone 51NEPSG0EPSG EPSG>M ]EPSGJGD2011 / Japan Plane Rectangular CS XIXEPSGEPSG EPSGEO aEPSGJGD2011 / Japan Plane Rectangular CS XVIIIEPSGEPSG EPSGEN _EPSGJGD2011 / Japan Plane Rectangular CS XVIIEPSGEPSG EPSGEM ]EPSGJGD2011 / Japan Plane Rectangular CS XVIEPSGEPSG EPSGEL [EPSGJGD2011 / Japan Plane Rectangular CS XVEPSGEPSG EPSGEM ]EPSGJGD2011 / Japan Plane Rectangular CS XIVEPSGEPSG EPSGEN _EPSGJGD2011 / Japan Plane Rectangular CS XIIIEPSGEPSG EPSGEM ]EPSGJGD2011 / Japan Plane Rectangular CS XIIEPSGEPSG EPSGEL [EPSGJGD2011 / Japan Plane Rectangular CS XIEPSGEPSG EPSGEK YEPSGJGD2011 / Japan Plane Rectangular CS XEPSGEPSG EPSGEL [EPSGJGD2011 / Japan Plane Rectangular CS IXEPSGEPSG EPSGEN _EPSGJGD2011 / Japan Plane Rectangular CS VIIIEPSGEPSG EPSGEM ]EPSGJGD2011 / Japan Plane Rectangular CS VIIEPSGEPSG EPSGEL [EPSGJGD2011 / Japan Plane Rectangular CS VIEPSGEPSG EPSGELYEPSGJGD2011 / Japan Plane Rectangular CS VEPSGEPSG EPSGE /KB 8 e  p  <>5)=T r&DYY uEPSGNAD83(CORS96) / Oregon Pendleton-La Grande zone (ft)EPSGEPSGEPSGvX sEPSGNAD83(CORS96) / Oregon Pendleton-La Grande zone (m)EPSGEPSGEPSGuM ]EPSGNAD83(2011) / Oregon Pendleton zone (ft)EPSGEPSGEPSGtL [EPSGNAD83(2011) / Oregon Pendleton zone (m)EPSGEPSGEPSGsO aEPSGNAD83(CORS96) / Oregon Pendleton zone (ft)EPSGEPSGEPSGtN _EPSGNAD83(CORS96) / Oregon Pendleton zone (m)EPSGEPSGEPSGsI UEPSGNAD83(2011) / Oregon Coast zone (ft)EPSGEPSGEPSGrH SEPSGNAD83(2011) / Oregon Coast zone (m)EPSGEPSGEPSGqK YEPSGNAD83(CORS96) / Oregon Coast zone (ft)EPSGEPSGEPSGrJ WEPSGNAD83(CORS96) / Oregon Coast zone (m)EPSGEPSGEPSGqK YEPSGNAD83(2011) / Oregon Ontario zone (ft)EPSGEPSGEPSGpJ WEPSGNAD83(2011) / Oregon Ontario zone (m)EPSGEPSGEPSGoM ]EPSGNAD83(CORS96) / Oregon Ontario zone (ft)EPSGEPSGEPSGpL [EPSGNAD83(CORS96) / Oregon Ontario zone (m)EPSGEPSGEPSGoM ]EPSGNAD83(2011) / Oregon La Grande zone (ft)EPSGEPSGEPSGnL [EPSGNAD83(2011) / Oregon La Grande zone (m)EPSGEPSGEPSGmO aEPSGNAD83(CORS96) / Oregon La Grande zone (ft)EPSGEPSGEPSGnN _EPSGNAD83(CORS96) / Oregon La Grande zone (m)EPSGEPSGEPSGmX sEPSGNAD83(2011) / Oregon Gresham-Warm Springs zone (ft)EPSGEPSGEPSGlW qEPSGNAD83(2011) / Oregon Gresham-Warm Springs zone (m)EPSGEPSGEPSGkZ wEPSGNAD83(CORS96) / Oregon Gresham-Warm Springs zone (ft)EPSGEPSGEPSGlY uEPSGNAD83(CORS96) / Oregon Gresham-Warm Springs zone (m)EPSGEPSGEPSGkW qEPSGNAD83(2011) / Oregon Grants Pass-Ashland zone (ft)EPSGEPSGEPSGjV oEPSGNAD83(2011) / Oregon Grants Pass-Ashland zone (m)EPSGEPSGEPSGiY uEPSGNAD83(CORS96) / Oregon Grants Pass-Ashland zone (ft)EPSGEPSGEPSGjX sEPSGNAD83(CORS96) / Oregon Grants Pass-Ashland zone (m)EPSGEPSGEPSGiJ WEPSGNAD83(2011) / Oregon Eugene zone (ft)EPSGEPSGEPSGhI UEPSGNAD83(2011) / Oregon Eugene zone (m)EPSGEPSGEPSGgL [EPSGNAD83(CORS96) / Oregon Eugene zone (ft)EPSGEPSGEPSGhK YEPSGNAD83(CORS96) / Oregon Eugene zone (m)EPSGEPSGEPSGgP cEPSGNAD83(2011) / Oregon Dufur-Madras zone (ft)EPSGEPSGEPSGfO aEPSGNAD83(2011) / Oregon Dufur-Madras zone (m)EPSGEPSGEPSGeR gEPSGNAD83(CORS96) / Oregon Dufur-Madras zone (ft)EPSGEPSGEPSGfQ eEPSGNAD83(CORS96) / Oregon Dufur-Madras zone (m)EPSGEPSGEPSGe] }EPSGNAD83(2011) / Oregon Cottage Grove-Canyonville zone (ft)EPSGEPSGEPSGd\ {EPSGNAD83(2011) / Oregon Cottage Grove-Canyonville zone (m)EPSGEPSGEPSGc`EPSGNAD83(CORS96) / Oregon Cottage Grove-Canyonville zone (ft)EPSGEPSGEPSGd^ EPSGNAD83(CORS96) / Oregon Cottage Grove-Canyonville zone (m)EPSGEPSGEPSGcW qEPSGNAD83(2011) / Oregon Columbia River West zone (ft)EPSGEPSGEPSGbV oEPSGNAD83(2011) / Oregon Columbia River West zone (m)EPSGEPSGEPSGaY uEPSGNAD83(CORS96) / Oregon Columbia River West zone (ft)EPSGEPSGEPSGbX sEPSGNAD83(CORS96) / Oregon Columbia River West zone (m)EPSGEPSGEPSGaW qEPSGNAD83(2011) / Oregon Columbia River East zone (ft)EPSGEPSGEPSG`V oEPSGNAD83(2011) / Oregon Columbia River East zone (m)EPSGEPSGEPSG_Y uEPSGNAD83(CORS96) / Oregon Columbia River East zone (ft)EPSGEPSGEPSG`X sEPSGNAD83(CORS96) / Oregon Columbia River East zone (m)EPSGEPSGEPSG_yV oEPSGNAD83(2011) / Oregon Pendleton-La Grande zone (m)EPSGEPSGEPSGu 9Z r' H S  q & J  ~ <r3h ] W"WTTT@ CEPSGNAD83(2011) / IaRCS zone 12EPSGEPSGEPSG@ CEPSGNAD83(2011) / IaRCS zone 11EPSGEPSGEPSG@ CEPSGNAD83(2011) / IaRCS zone 10EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 9EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 8EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 7EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 6EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 5EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 4EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 3EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 2EPSGEPSGEPSG? AEPSGNAD83(2011) / IaRCS zone 1EPSGEPSGEPSG@ CEPSG_Nahrwan 1934 / UTM zone 39NEPSG0EPSGEPSG>@ CEPSG^Nahrwan 1934 / UTM zone 38NEPSG0EPSGEPSG>@ CEPSG]Nahrwan 1934 / UTM zone 37NEPSG0EPSGEPSG>L [ EPSGUNAD83(2011) / San Francisco CS13 (ftUS)EPSGEPSGEPSGSE M EPSGTNAD83(2011) / San Francisco CS13EPSGEPSGEPSGR7 1EPSGOIsraeli Grid 05/12EPSG0EPSGNEPSGG4 +EPSGHIsraeli Grid 05EPSG0EPSGGEPSGG; 9EPSG6NAD27 / Michigan NorthEPSGEPSGEPSG5K YEPSG2ETRS89-ALB [KRGJSH] / Albania LCC 2010EPSGEPSG+'EPSG1@ C EPSG/VN-2000 / TM-3 Da Nang zoneEPSG0EPSGEPSG+< ; EPSG.VN-2000 / TM-3 zone 491EPSG0EPSGEPSG*< ; EPSG-VN-2000 / TM-3 zone 482EPSG0EPSGEPSG)< ; EPSG,VN-2000 / TM-3 zone 481EPSG0EPSGEPSG(H SEPSGWGS 84 / NSIDC EASE-Grid 2.0 GlobalEPSGEPSGEPSGG QEPSGWGS 84 / NSIDC EASE-Grid 2.0 SouthEPSGvEPSGEPSGG QEPSGWGS 84 / NSIDC EASE-Grid 2.0 NorthEPSGuEPSGEPSGD KEPSG NAD83(2011) / Kansas LCC (ftUS)EPSGEPSGEPSG = =EPSG NAD83(2011) / Kansas LCCEPSGEPSGEPSG> ?EPSG NAD83 / Kansas LCC (ftUS)EPSGEPSGEPSG 7 1EPSG NAD83 / Kansas LCCEPSGEPSGEPSGJ WEPSGSouth East Island 1943 / UTM zone 40NEPSG0EPSGEPSG>F OEPSGNAD83(CORS96) / Oregon South (ft)EPSGEPSGEPSG;A EEPSGNAD83(CORS96) / Oregon SouthEPSGEPSGEPSG5@F OEPSGNAD83(CORS96) / Oregon North (ft)EPSGEPSGEPSG;A EEPSGNAD83(CORS96) / Oregon NorthEPSGEPSGEPSG5?B GEPSGNAD83(2011) / Nebraska (ftUS)EPSGEPSGEPSG<$D KEPSGNAD83(2011) / Wisconsin CentralEPSGEPSGEPSG9I UEPSGETRS89-ITA [RDN2008] / Zone 12 (N-E)EPSGEPSG2EPSGL [EPSGETRS89-ITA [RDN2008] / Italy zone (N-E)EPSGEPSG2EPSGJ WEPSGETRS89-ALB [KRGJSH] / Albania TM 2010EPSGEPSG+'EPSGL [EPSGNAD83(CORS96) / Oregon GIC Lambert (ft)EPSGEPSGEPSG<C IEPSGNAD83(CORS96) / Oregon LCC (m)EPSGEPSGEPSG5AP cEPSGNAD83(2011) / Oregon Santiam Pass zone (ft)EPSGEPSGEPSG|O aEPSGNAD83(2011) / Oregon Santiam Pass zone (m)EPSGEPSGEPSG{R gEPSGNAD83(CORS96) / Oregon Santiam Pass zone (ft)EPSGEPSGEPSG|Q eEPSGNAD83(CORS96) / Oregon Santiam Pass zone (m)EPSGEPSGEPSG{I UEPSGNAD83(2011) / Oregon Salem zone (ft)EPSGEPSGEPSGzH SEPSGNAD83(2011) / Oregon Salem zone (m)EPSGEPSGEPSGyK YEPSGNAD83(CORS96) / Oregon Salem zone (ft)EPSGEPSGEPSGzJ WEPSGNAD83(CORS96) / Oregon Salem zone (m)EPSGEPSGEPSGyL [EPSGNAD83(2011) / Oregon Portland zone (ft)EPSGEPSGEPSGxK YEPSGNAD83(2011) / Oregon Portland zone (m)EPSGEPSGEPSGwN _EPSGNAD83(CORS96) / Oregon Portland zone (ft)EPSGEPSGEPSGxM ]EPSGNAD83(CORS96) / Oregon Portland zone (m)EPSGEPSGEPSGwqEPSGNAD@ CEPSGNAD83(2011) / IaRCS zone 13EPSGEPSGEPSG 7I U 9 Q  { 4 [  p !Op"V{7Mm'Xr0D KEPSGoNAD83(2011) / InGCS Clinton (m)EPSGEPSGEPSGD KEPSGnNAD83(2011) / InGCS Clay (ftUS)EPSGEPSGEPSGA EEPSGmNAD83(2011) / InGCS Clay (m)EPSGEPSGEPSGQ eEPSGlNAD83(2011) / InGCS Clark-Floyd-Scott (ftUS)EPSGEPSGEPSGN _EPSGkNAD83(2011) / InGCS Clark-Floyd-Scott (m)EPSGEPSGEPSGD KEPSGjNAD83(2011) / InGCS Cass (ftUS)EPSGEPSGEPSGA EEPSGiNAD83(2011) / InGCS Cass (m)EPSGEPSGEPSGG QEPSGhNAD83(2011) / InGCS Carroll (ftUS)EPSGEPSGEPSGD KEPSGgNAD83(2011) / InGCS Carroll (m)EPSGEPSGEPSGE MEPSGfNAD83(2011) / InGCS Brown (ftUS)EPSGEPSGEPSGB GEPSGeNAD83(2011) / InGCS Brown (m)EPSGEPSGEPSGO aEPSGdNAD83(2011) / InGCS Boone-Hendricks (ftUS)EPSGEPSGEPSGL [EPSGcNAD83(2011) / InGCS Boone-Hendricks (m)EPSGEPSGEPSGR gEPSGbNAD83(2011) / InGCS Blackford-Delaware (ftUS)EPSGEPSGEPSGO aEPSGaNAD83(2011) / InGCS Blackford-Delaware (m)EPSGEPSGEPSGF OEPSG`NAD83(2011) / InGCS Benton (ftUS)EPSGEPSGEPSGC IEPSG_NAD83(2011) / InGCS Benton (m)EPSGEPSGEPSGK YEPSG^NAD83(2011) / InGCS Bartholomew (ftUS)EPSGEPSGEPSGH SEPSG]NAD83(2011) / InGCS Bartholomew (m)EPSGEPSGEPSGE MEPSG\NAD83(2011) / InGCS Allen (ftUS)EPSGEPSGEPSGB GEPSG[NAD83(2011) / InGCS Allen (m)EPSGEPSGEPSGE MEPSGZNAD83(2011) / InGCS Adams (ftUS)EPSGEPSGEPSGB GEPSGYNAD83(2011) / InGCS Adams (m)EPSGEPSGEPSGM ]EPSGPalestine 1923 / Palestine Grid modifiedEPSG0EPSGEPSGL [EPSGNAD83(2011) / San Francisco CS13 (ftUS)EPSGEPSGEPSGE MEPSGNAD83(2011) / San Francisco CS13EPSGEPSGEPSGK YEPSGNAD83(2011) / RMTCRS Wind River (ftUS)EPSGEPSGEPSGG QEPSGNAD83(2011) / RMTCRS Billings (ft)EPSGEPSGEPSGE MEPSGNAD83(2011) / RMTCRS Bobcat (ft)EPSGEPSGEPSGC IEPSGNAD83(2011) / RMTCRS Crow (ft)EPSGEPSGEPSGN _EPSGNAD83(2011) / RMTCRS Fort Peck Sioux (ft)EPSGEPSGEPSGT kEPSGNAD83(2011) / RMTCRS Fort Peck Assiniboine (ft)EPSGEPSGEPSGK YEPSGNAD83(2011) / RMTCRS Fort Belknap (ft)EPSGEPSGEPSGI UEPSGNAD83(2011) / RMTCRS Milk River (ft)EPSGEPSGEPSGH SEPSGNAD83(2011) / RMTCRS Blackfeet (ft)EPSGEPSGEPSGF OEPSGNAD83(2011) / RMTCRS St Mary (ft)EPSGEPSGEPSGH SEPSGNAD83(2011) / RMTCRS Wind River (m)EPSGEPSGEPSGF OEPSGNAD83(2011) / RMTCRS Billings (m)EPSGEPSGEPSGD KEPSGNAD83(2011) / RMTCRS Bobcat (m)EPSGEPSGEPSGB GEPSGNAD83(2011) / RMTCRS Crow (m)EPSGEPSGEPSGM ]EPSGNAD83(2011) / RMTCRS Fort Peck Sioux (m)EPSGEPSGEPSGS iEPSGNAD83(2011) / RMTCRS Fort Peck Assiniboine (m)EPSGEPSGEPSGJ WEPSGNAD83(2011) / RMTCRS Fort Belknap (m)EPSGEPSGEPSGH SEPSGNAD83(2011) / RMTCRS Milk River (m)EPSGEPSGEPSGG QEPSGNAD83(2011) / RMTCRS Blackfeet (m)EPSGEPSGEPSGE MEPSGNAD83(2011) / RMTCRS St Mary (m)EPSGEPSGEPSGP c EPSGRGTAAF07 / Terre Adelie Polar StereographicEPSG0EPSGEPSGN< ;EPSGRGTAAF07 / UTM zone 44SEPSG0EPSGEPSG?< ;EPSGRGTAAF07 / UTM zone 43SEPSG0EPSGEPSG?< ;EPSGRGTAAF07 / UTM zone 42SEPSG0EPSGEPSG?< ;EPSGRGTAAF07 / UTM zone 41SEPSG0EPSGEPSG? < ;EPSGRGTAAF07 / UTM zone 40SEPSG0EPSGEPSG? < ;EPSGRGTAAF07 / UTM zone 39SEPSG0EPSGEPSG? < ;EPSGRGTAAF07 / UTM zone 38SEPSG0EPSGEPSG? < ;EPSGRGTAAF07 / UTM zone 37SEPSG0EPSGEPSG? 3Q_ n * J G S \ ?Rj$=]?hBK YEPSGNAD83(2011) / InGCS LaGrange-Noble (m)EPSGEPSGEPSG1D KEPSGNAD83(2011) / InGCS Knox (ftUS)EPSGEPSGEPSG0A EEPSGNAD83(2011) / InGCS Knox (m)EPSGEPSGEPSG/N _EPSGNAD83(2011) / InGCS Johnson-Marion (ftUS)EPSGEPSGEPSG.K YEPSGNAD83(2011) / InGCS Johnson-Marion (m)EPSGEPSGEPSG-H SEPSGNAD83(2011) / InGCS Jennings (ftUS)EPSGEPSGEPSG,E MEPSGNAD83(2011) / InGCS Jennings (m)EPSGEPSGEPSG+I UEPSGNAD83(2011) / InGCS Jefferson (ftUS)EPSGEPSGEPSG*F OEPSGNAD83(2011) / InGCS Jefferson (m)EPSGEPSGEPSG)C IEPSGNAD83(2011) / InGCS Jay (ftUS)EPSGEPSGEPSG(@ CEPSGNAD83(2011) / InGCS Jay (m)EPSGEPSGEPSG'M ]EPSGNAD83(2011) / InGCS Jasper-Porter (ftUS)EPSGEPSGEPSG&J WEPSGNAD83(2011) / InGCS Jasper-Porter (m)EPSGEPSGEPSG%G QEPSGNAD83(2011) / InGCS Jackson (ftUS)EPSGEPSGEPSG$D KEPSGNAD83(2011) / InGCS Jackson (m)EPSGEPSGEPSG#R gEPSGNAD83(2011) / InGCS Huntington-Whitley (ftUS)EPSGEPSGEPSG"O aEPSGNAD83(2011) / InGCS Huntington-Whitley (m)EPSGEPSGEPSG!L [EPSGNAD83(2011) / InGCS Howard-Miami (ftUS)EPSGEPSGEPSG I UEPSGNAD83(2011) / InGCS Howard-Miami (m)EPSGEPSGEPSGE MEPSGNAD83(2011) / InGCS Henry (ftUS)EPSGEPSGEPSGB GEPSGNAD83(2011) / InGCS Henry (m)EPSGEPSGEPSGS iEPSGNAD83(2011) / InGCS Harrison-Washington (ftUS)EPSGEPSGEPSGP cEPSGNAD83(2011) / InGCS Harrison-Washington (m)EPSGEPSGEPSGO aEPSGNAD83(2011) / InGCS Hancock-Madison (ftUS)EPSGEPSGEPSGL [EPSGNAD83(2011) / InGCS Hancock-Madison (m)EPSGEPSGEPSGO aEPSGNAD83(2011) / InGCS Hamilton-Tipton (ftUS)EPSGEPSGEPSGL [EPSGNAD83(2011) / InGCS Hamilton-Tipton (m)EPSGEPSGEPSGE MEPSGNAD83(2011) / InGCS Grant (ftUS)EPSGEPSGEPSGB GEPSGNAD83(2011) / InGCS Grant (m)EPSGEPSGEPSGF OEPSGNAD83(2011) / InGCS Gibson (ftUS)EPSGEPSGEPSGC IEPSGNAD83(2011) / InGCS Gibson (m)EPSGEPSGEPSGZ wEPSGNAD83(2011) / InGCS Fulton-Marshall-St. Joseph (ftUS)EPSGEPSGEPSGW qEPSGNAD83(2011) / InGCS Fulton-Marshall-St. Joseph (m)EPSGEPSGEPSGO aEPSGNAD83(2011) / InGCS Fountain-Warren (ftUS)EPSGEPSGEPSGL [EPSGNAD83(2011) / InGCS Fountain-Warren (m)EPSGEPSGEPSGV oEPSGNAD83(2011) / InGCS Fayette-Franklin-Union (ftUS)EPSGEPSGEPSGS iEPSGNAD83(2011) / InGCS Fayette-Franklin-Union (m)EPSGEPSGEPSG X sEPSG~NAD83(2011) / InGCS Elkhart-Kosciusko-Wabash (ftUS)EPSGEPSGEPSG U mEPSG}NAD83(2011) / InGCS Elkhart-Kosciusko-Wabash (m)EPSGEPSGEPSG M ]EPSG|NAD83(2011) / InGCS Dubois-Martin (ftUS)EPSGEPSGEPSG J WEPSG{NAD83(2011) / InGCS Dubois-Martin (m)EPSGEPSGEPSG F OEPSGzNAD83(2011) / InGCS DeKalb (ftUS)EPSGEPSGEPSGC IEPSGyNAD83(2011) / InGCS DeKalb (m)EPSGEPSGEPSGL [EPSGxNAD83(2011) / InGCS Decatur-Rush (ftUS)EPSGEPSGEPSGI UEPSGwNAD83(2011) / InGCS Decatur-Rush (m)EPSGEPSGEPSGY uEPSGvNAD83(2011) / InGCS Dearborn-Ohio-Switzerland (ftUS)EPSGEPSGEPSGV oEPSGuNAD83(2011) / InGCS Dearborn-Ohio-Switzerland (m)EPSGEPSGEPSGN _EPSGtNAD83(2011) / InGCS Daviess-Greene (ftUS)EPSGEPSGEPSGK YEPSGsNAD83(2011) / InGCS Daviess-Greene (m)EPSGEPSGEPSGX sEPSGrNAD83(2011) / InGCS Crawford-Lawrence-Orange (ftUS)EPSGEPSGEPSGU mEPSGqNAD83(2011) / InGCS Crawford-Lawrence-Orange (m)EPSGEPSGEPSG4u(L U S u N x 3\ j">WEd!6<@ CEPSGNAD83(2011) / IaRCS zone 14EPSGEPSGEPSGW qEPSGNAD83(2011) / Oregon Pendleton-La Grande zone (ft)EPSGEPSGEPSGv[ yEPSGNAD83(2011) / Oregon Canyonville-Grants Pass zone (ft)EPSGEPSGEPSG^K YEPSGJGD2011 / Japan Plane Rectangular CS VEPSGEPSG EPSGEE MEPSGNAD83(2011) / Texas South (ftUS)EPSGEPSGEPSG<L [EPSGNAD83(2011) / New Mexico Central (ftUS)EPSGEPSGEPSG;H SEPSGGNAD83(2011) / Kentucky North (ftUS)EPSGEPSGEPSG;H SEPSG NAD83(2011) / Arkansas South (ftUS)EPSGEPSGEPSG<> ?EPSGNAD83(2011) / UTM zone 2NEPSG0EPSGEPSG>C IEPSGWGS 84 / EPSG Arctic zone 1-29EPSG0EPSGEPSG]A EEPSGGR96 / EPSG Arctic zone 5-41EPSG0EPSGEPSGN _EPSG,DHDN / 3-degree Gauss-Kruger zone 2 (E-N)EPSG0EPSGEPSG?L [ EPSGUCS-2000 / 3-degree Gauss-Kruger zone 7EPSGEPSGEPSG?> ?EPSGPOSGAR 2007 / Argentina 5EPSGEPSGEPSGFs; 9EPSG=KGD2002 / Central BeltEPSGEPSGEPSGGL9 5 EPSG ETRS89 / NTM zone 24EPSGEPSGEPSGP cEPSGNew Beijing / 3-degree Gauss-Kruger zone 32EPSGEPSGEPSG?M ]EPSGCGCS2000 / 3-degree Gauss-Kruger zone 45EPSGEPSGEPSG>; 9EPSGWNAD83 / BLM 19N (ftUS)EPSGEPSGEPSGB GEPSGRGRDC 2005 / Congo TM zone 20EPSGEPSGEPSGD E MEPSG"ETRS89-FIN [EUREF-FIN] / GK20FINEPSGEPSG)EPSGN _EPSGNAD83(CSRS) / Alberta 3TM ref merid 111 WEPSG0EPSG EPSGE:C IEPSGNAD83(NSRS2007) / UTM zone 14NEPSG0EPSGEPSG>V oEPSGQNAD83(NSRS2007) / Texas Centric Albers Equal AreaEPSGEPSGEPSG7B GEPSGNAD83(NSRS2007) / Nevada WestEPSGEPSGEPSG1K YEPSG NAD83(NSRS2007) / Maine CS2000 CentralEPSGEPSGEPSG.NH SEPSG NAD83(NSRS2007) / California zone 6EPSGEPSGEPSG(G QEPSG sNAD83(HARN) / Illinois East (ftUS)EPSGEPSG8EPSG<9 5EPSG 8GDM2000 / Perak GridEPSG0EPSGEPSGM@ CEPSG IGC 1962 / Congo TM zone 26EPSG0EPSGYEPSGD> ?EPSG WGS 84 / SCAR IMW ST09-12EPSG0EPSGEPSGCn? AEPSG ~LGD2006 / Libya TM zone 13EPSGEPSGEPSGGJ WEPSG @ETRS89-FIN [EUREF-FIN] / ETRS-GK29FINEPSGEPSG)EPSGGD KEPSG NAD83(HARN) / Maine CS2000 WestEPSGEPSG8EPSG.MA EEPSG ETRS89-SWE [SWEREF 99 17 15]EPSGEPSG EPSGC> ?EPSG NAD83(CSRS) / MTM zone 10EPSGEPSG EPSGE.P cEPSG NNAD83(HARN) / Massachusetts Mainland (ftUS)EPSGEPSG8EPSG;A EEPSG NAD83(HARN) / Oklahoma NorthEPSGEPSG8EPSG4> ?EPSG NAD83(HARN) / ConnecticutEPSGEPSG8EPSG)P cEPSG Pulkovo 1995 / 3-degree Gauss-Kruger CM 90EEPSGEPSGhEPSG@Q eEPSG qPulkovo 1995 / 3-degree Gauss-Kruger zone 39EPSGEPSGhEPSG?Q eEPSG @Pulkovo 1942 / 3-degree Gauss-Kruger CM 144EEPSGEPSGEPSG?2Q eEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 57EPSGEPSGEPSG>P cEPSG Pulkovo 1942 / 3-degree Gauss-Kruger zone 9EPSGEPSGEPSG?G QEPSG Pulkovo 1995 / Gauss-Kruger CM 63EEPSGEPSGhEPSG?Q eEPSG sBeijing 1954 / 3-degree Gauss-Kruger zone 43EPSGEPSGvEPSG>N _EPSG ?Xian 1980 / 3-degree Gauss-Kruger zone 43EPSGEPSGEPSG>7 1EPSG WGS 84 / TM 116 SEEPSG0EPSGEPSGALH SEPSGNAD83 / Massachusetts Island (ftUS)EPSGEPSGEPSG;H SEPSGAzores Oriental 1940 / UTM zone 26NEPSG0EPSGXEPSG>C IEPSGLNZGD2000 / Mount Pleasant 2000EPSGEPSGGEPSGF> ?EPSG ED50(ED77) / UTM zone 40NEPSG0EPSG:EPSG>.W ? N w  7 b  c Hv4i `!`!+=ESRISphere_Winkel_IEPSGPROJCS["Sphere_Winkel_I",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Winkel_I"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",50.45977625218981],UNIT["Meter",1.0]][3gESRI Sphere_Plate_CarreeEPSGPROJCS["Sphere_Plate_Carree",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Plate_Carree"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]: 7EPSGWGS 84 / UTM zone 36SEPSG0EPSGEPSG?: 7EPSG}WGS 84 / UTM zone 37NEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 32SEPSG0EPSGEPSG?< ;EPSG~WGS 72BE / UTM zone 26NEPSG0EPSGEPSG>: 7EPSG~?WGS 72 / UTM zone 19SEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 11NEPSG0EPSGEPSG>9 5EPSG}~NAD83 / Oregon NorthEPSGEPSGEPSG5?9 5EPSG}NAD27 / Rhode IslandEPSGEPSGEPSG5? AEPSG|SIRGAS 2000 / UTM zone 11NEPSG0EPSGBEPSG> D KEPSGx Nord Sahara 1959 / UTM zone 31NEPSG0EPSGEPSG> 9 5EPSGr SAD69 / UTM zone 23SEPSG0EPSG EPSG> H SEPSGoPulkovo 1942 / Gauss-Kruger zone 31EPSGEPSGEPSG?g ; 9 EPSGkNTF (Paris) / France IEPSGEPSGEPSGF = =EPSGiuNAD83 / Missouri CentralEPSGEPSGEPSG09 5EPSGi1NAD83 / Alabama EastEPSGEPSGEPSG'O a EPSGhNAD83(NSRS2007) / Minnesota Central (ftUS)EPSGEPSGEPSG/; 9EPSGhNAD27 / Colorado SouthEPSGEPSGEPSG): 7 EPSGdETRS89 / UTM zone 38NEPSG0EPSGEPSG>B GEPSG^Kalianpur 1962 / UTM zone 41NEPSG0EPSG1EPSG>J WEPSG[!NAD83(2011) / ICS83-Belleville (ftUS)EPSGEPSGEPSG+A EEPSGYNAD83(CSRS)v8 / UTM zone 11NEPSG0EPSG(EPSG>@ CEPSGXPNAD83(CSRS)v6 / UTM zone 8NEPSG0EPSG 0 #EPSGWCape / Lo31EPSGgEPSG~EPSGD{< ;EPSGVPOSGAR 98 / Argentina 4EPSGEPSG^EPSGFr? AEPSGSqGSK-2011 / GSK 3GK CM 177WEPSGEPSGEPSGC ? AEPSGS GSK-2011 / GSK 3GK zone 59EPSGEPSGEPSGB?D KEPSGR(GSK-2011 / Gauss-Kruger CM 171WEPSGEPSGEPSG?C IEPSGQGSK-2011 / Gauss-Kruger zone 5EPSGEPSGEPSG?MD K EPSGNfPulkovo 1995 / Gauss-Kruger 10NEPSGEPSGhEPSG?G QEPSG,cNAD83(2011) / RMTCRS Butte 83 (ft)EPSGEPSGEPSG,QN _EPSG+ETRS89-NOR [EUREF89] / UTM zone 34N (N-E)EPSGEPSG*{EPSG>S iEPSG)ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 32NEPSG0EPSG(,EPSG>H SEPSG( S34S reconstruction east-orientatedEPSG0EPSG( EPSG'A EEPSG&`ETRS89-FRA [RGF93 v2] / CC44EPSGEPSG&1EPSGF? AEPSG$1POSGAR 2007 / UTM zone 19SEPSG0EPSGEPSG>A EEPSG!SNAD83(2011) / KS RCS zone 13EPSGEPSGEPSG!6K YEPSG NAD83(2011) / Oregon Halfway zone (ft)EPSGEPSGEPSG \V oEPSGNAD83(HARN) / WISCRS Green Lake and Marquette (m)EPSGEPSG8EPSGLI UEPSGNAD83(HARN) / WISCRS Trempealeau (m)EPSGEPSG8EPSG6: 7EPSGAstro DOS 71 / SHLG71EPSG0EPSGfEPSG; 9EPSGKWGS 84 / India NSF LCCEPSGEPSGEPSG*F OEPSGNAD83(2011) / WISCRS Clark (ftUS)EPSGEPSGEPSG Q eEPSGuNAD83(2011) / WISCRS Dodge and Jefferson (m)EPSGEPSGEPSGFN _EPSGNAD83(2011) / InGCS LaGrange-Noble (ftUS)EPSGEPSGEPSG2 6hq& 7 b  > h  Br*Wo&ST?n(t0F OEPSGsNAD83(2011) / WISCRS Crawford (m)EPSGEPSGEPSGBF OEPSGrNAD83(2011) / WISCRS Columbia (m)EPSGEPSGEPSG@C IEPSGqNAD83(2011) / WISCRS Clark (m)EPSGEPSGEPSG F OEPSGpNAD83(2011) / WISCRS Chippewa (m)EPSGEPSGEPSGlEPSGoNAD83(2011) / WISCRS Calumet, Fond du Lac, Outagamie and Winnebago (m)EPSGEPSGEPSG>E MEPSGnNAD83(2011) / WISCRS Burnett (m)EPSGEPSGEPSGE MEPSGmNAD83(2011) / WISCRS Buffalo (m)EPSGEPSGEPSGC IEPSGlNAD83(2011) / WISCRS Brown (m)EPSGEPSGEPSGF OEPSGkNAD83(2011) / WISCRS Bayfield (m)EPSGEPSGEPSGD KEPSGjNAD83(2011) / WISCRS Barron (m)EPSGEPSGEPSGE MEPSGiNAD83(2011) / WISCRS Ashland (m)EPSGEPSGEPSGN _EPSGhNAD83(2011) / WISCRS Adams and Juneau (m)EPSGEPSGEPSG<: 7EPSGONGD14 / UTM zone 41NEPSG0EPSGEPSG>: 7EPSGONGD14 / UTM zone 40NEPSG0EPSGEPSG>: 7EPSGONGD14 / UTM zone 39NEPSG0EPSGEPSG>E MEPSGNAD83(2011) / InGCS Wells (ftUS)EPSGEPSGEPSGXB GEPSGNAD83(2011) / InGCS Wells (m)EPSGEPSGEPSGWD KEPSGNAD83(2011) / InGCS Vigo (ftUS)EPSGEPSGEPSGVA EEPSGNAD83(2011) / InGCS Vigo (m)EPSGEPSGEPSGUK YEPSGNAD83(2011) / InGCS Vanderburgh (ftUS)EPSGEPSGEPSGTH SEPSGNAD83(2011) / InGCS Vanderburgh (m)EPSGEPSGEPSGSP cEPSGNAD83(2011) / InGCS Tippecanoe-White (ftUS)EPSGEPSGEPSGRM ]EPSGNAD83(2011) / InGCS Tippecanoe-White (m)EPSGEPSGEPSGQH SEPSGNAD83(2011) / InGCS Sullivan (ftUS)EPSGEPSGEPSGPE MEPSGNAD83(2011) / InGCS Sullivan (m)EPSGEPSGEPSGOG QEPSGNAD83(2011) / InGCS Steuben (ftUS)EPSGEPSGEPSGND KEPSGNAD83(2011) / InGCS Steuben (m)EPSGEPSGEPSGMG QEPSGNAD83(2011) / InGCS Spencer (ftUS)EPSGEPSGEPSGLD KEPSGNAD83(2011) / InGCS Spencer (m)EPSGEPSGEPSGKF OEPSGNAD83(2011) / InGCS Shelby (ftUS)EPSGEPSGEPSGJC IEPSGNAD83(2011) / InGCS Shelby (m)EPSGEPSGEPSGIF OEPSGNAD83(2011) / InGCS Ripley (ftUS)EPSGEPSGEPSGHC IEPSGNAD83(2011) / InGCS Ripley (m)EPSGEPSGEPSGGN _EPSGNAD83(2011) / InGCS Randolph-Wayne (ftUS)EPSGEPSGEPSGFK YEPSGNAD83(2011) / InGCS Randolph-Wayne (m)EPSGEPSGEPSGEE MEPSGNAD83(2011) / InGCS Posey (ftUS)EPSGEPSGEPSGDB GEPSGNAD83(2011) / InGCS Posey (m)EPSGEPSGEPSGCL [EPSGNAD83(2011) / InGCS Pike-Warrick (ftUS)EPSGEPSGEPSGBI UEPSGNAD83(2011) / InGCS Pike-Warrick (m)EPSGEPSGEPSGAE MEPSGNAD83(2011) / InGCS Perry (ftUS)EPSGEPSGEPSG@B GEPSGNAD83(2011) / InGCS Perry (m)EPSGEPSGEPSG?P cEPSGNAD83(2011) / InGCS Parke-Vermillion (ftUS)EPSGEPSGEPSG>M ]EPSGNAD83(2011) / InGCS Parke-Vermillion (m)EPSGEPSGEPSG=D KEPSGNAD83(2011) / InGCS Owen (ftUS)EPSGEPSGEPSG; 9 EPSG|BGS2005 / UTM zone 35NEPSG0EPSGvEPSG>H SEPSG{ETRS89-BGR [BGS2005] / UTM zone 34NEPSG0EPSGvEPSG>C IEPSGyETRS89-BGR [BGS2005] / CCS2005EPSGEPSGvEPSGzN _EPSGxETRS89-BGR [BGS2005] / UTM zone 35N (N-E)EPSGEPSGvEPSG>N _EPSGwETRS89-BGR [BGS2005] / UTM zone 34N (N-E)EPSGEPSGvEPSG>I UEPSGsETRS89-ITA [RDN2008] / Zone 12 (E-N)EPSG0EPSG2EPSGL [EPSGrETRS89-ITA [RDN2008] / Italy zone (E-N)EPSG0EPSG2EPSGH SEPSGqETRS89-ITA [RDN2008] / UTM zone 34NEPSG0EPSG2EPSG>H SEPSGpETRS89-ITA [RDN2008] / UTM zone 33NEPSG0EPSG2EPSG>H SEPSGoETRS89-ITA [RDN2008] / UTM zone 32NEPSG0EPSG2EPSG>9 5EPSGkWGS 84 / West BengalEPSGEPSGEPSGJ5 -EPSGjWGS 84 / TripuraEPSGEPSGEPSGI8 3EPSGiWGS 84 / Tamil NaduEPSGEPSGEPSGH4 +EPSGhWGS 84 / SikkimEPSGEPSGEPSGG5 -EPSGgWGS 84 / MizoramEPSGEPSGEPSGF9 5EPSGfWGS 84 / LakshadweepEPSGEPSGEPSGE4 +EPSGeWGS 84 / KeralaEPSGEPSGEPSGD7 1EPSGdWGS 84 / KarnatakaEPSGEPSGEPSGC1 %EPSGcWGS 84 / GoaEPSGEPSGEPSGB: 7EPSGbWGS 84 / ChhattisgarhEPSGEPSGEPSGAA EEPSGaWGS 84 / Andaman and NicobarEPSGEPSGEPSG@9 5EPSG`WGS 84 / UttaranchalEPSGEPSGEPSG?; 9EPSG_WGS 84 / Uttar PradeshEPSGEPSGEPSG>7 1EPSG^WGS 84 / RajasthanEPSGEPSGEPSG=4 +EPSG]WGS 84 / PunjabEPSGEPSGEPSG<4 +EPSG\WGS 84 / OrissaEPSGEPSGEPSG;= =EPSG[WGS 84 / India NortheastEPSGEPSGEPSG:6 /EPSGZWGS 84 / NagalandEPSGEPSGEPSG97 1EPSGYWGS 84 / MeghalayaEPSGEPSGEPSG85 -EPSGXWGS 84 / ManipurEPSGEPSGEPSG79 5EPSGWWGS 84 / MaharashtraEPSGEPSGEPSG6< ;EPSGVWGS 84 / Madhya PradeshEPSGEPSGEPSG57 1EPSGUWGS 84 / JharkhandEPSGEPSGEPSG4? AEPSGTWGS 84 / Jammu and KashmirEPSGEPSGEPSG3> ?EPSGSWGS 84 / Himachal PradeshEPSGEPSGEPSG25 -EPSGRWGS 84 / HaryanaEPSGEPSGEPSG15 -EPSGQWGS 84 / GujaratEPSGEPSGEPSG03 )EPSGPWGS 84 / DelhiEPSGEPSGEPSG/3 )EPSGOWGS 84 / BiharEPSGEPSGEPSG.3 )EPSGNWGS 84 / AssamEPSGEPSGEPSG-? AEPSGMWGS 84 / Arunachal PradeshEPSGEPSGEPSG,< ;EPSGLWGS 84 / Andhra PradeshEPSGEPSGEPSG+: 7EPSGGDA2020 / MGA zone 59EPSG0EPSGEPSGK* >y3T x @ c , N  q :  D M 9n$Lu/U y/ZG QEPSGNAD83(HARN) / WISCRS Vernon (ftUS)EPSGEPSG8EPSG_D KEPSGNAD83(HARN) / WISCRS Vernon (m)EPSGEPSG8EPSG^F OEPSGNAD83(HARN) / WISCRS Vilas (ftUS)EPSGEPSG8EPSGC IEPSGNAD83(HARN) / WISCRS Vilas (m)EPSGEPSG8EPSGI UEPSGNAD83(HARN) / WISCRS Walworth (ftUS)EPSGEPSG8EPSGaF OEPSGNAD83(HARN) / WISCRS Walworth (m)EPSGEPSG8EPSG`I UEPSGNAD83(HARN) / WISCRS Washburn (ftUS)EPSGEPSG8EPSGF OEPSGNAD83(HARN) / WISCRS Washburn (m)EPSGEPSG8EPSGK YEPSGNAD83(HARN) / WISCRS Washington (ftUS)EPSGEPSG8EPSGcH SEPSGNAD83(HARN) / WISCRS Washington (m)EPSGEPSG8EPSGbI UEPSGNAD83(HARN) / WISCRS Waukesha (ftUS)EPSGEPSG8EPSGeF OEPSGNAD83(HARN) / WISCRS Waukesha (m)EPSGEPSG8EPSGdH SEPSGNAD83(HARN) / WISCRS Waupaca (ftUS)EPSGEPSG8EPSG9E MEPSGNAD83(HARN) / WISCRS Waupaca (m)EPSGEPSG8EPSG8I UEPSGNAD83(HARN) / WISCRS Waushara (ftUS)EPSGEPSG8EPSGgF OEPSGNAD83(HARN) / WISCRS Waushara (m)EPSGEPSG8EPSGfE MEPSGNAD83(HARN) / WISCRS Wood (ftUS)EPSGEPSG8EPSG;B GEPSGNAD83(HARN) / WISCRS Wood (m)EPSGEPSG8EPSG:K YEPSGNAD83(HARN) / WISCRS Eau Claire (ftUS)EPSGEPSG8EPSGH SEPSGNAD83(HARN) / WISCRS Eau Claire (m)EPSGEPSG8EPSGI UEPSGNAD83(HARN) / WISCRS Florence (ftUS)EPSGEPSG8EPSGF OEPSGNAD83(HARN) / WISCRS Florence (m)EPSGEPSG8EPSG; 9EPSGISN2016 / Lambert 2016EPSGEPSGEPSGG QEPSGNAD83(CSRS)v6 / MTM NS 2010 zone 5EPSG0EPSG 7 1EPSGQGDA2020 / CARN2020EPSG0EPSGEPSG=6 /EPSGPGDA2020 / BCG2020EPSG0EPSGEPSG<6 /EPSGOGDA2020 / BRO2020EPSG0EPSGEPSG;6 /EPSGNGDA2020 / BIO2020EPSG0EPSGEPSG:6 /EPSGMGDA2020 / ALB2020EPSG0EPSGEPSG9@ CEPSG8Malongo 1987 / UTM zone 33SEPSG0EPSGEPSG?8 3EPSG7NAD27 / MTM zone 10EPSGEPSGEPSGE.6 /EPSGGDA2020 / VicgridEPSG0EPSGEPSGC- EPSGSHMG2015EPSG0EPSGEPSG?E MEPSGSt. Helena Tritan / UTM zone 30SEPSG0EPSGEPSG?E MEPSGSt. Helena Tritan / SHLG(Tritan)EPSG0EPSGEPSG@ CEPSGAstro DOS 71 / UTM zone 30SEPSG0EPSGfEPSG? 5i$I u - a  K  v 0 ^ x0^;_?KFE MEPSGNAD83(HARN) / WISCRS Iowa (ftUS)EPSGEPSG8EPSGOB GEPSGNAD83(HARN) / WISCRS Iowa (m)EPSGEPSG8EPSGNE MEPSGNAD83(HARN) / WISCRS Iron (ftUS)EPSGEPSG8EPSGB GEPSGNAD83(HARN) / WISCRS Iron (m)EPSGEPSG8EPSGH SEPSGNAD83(HARN) / WISCRS Jackson (ftUS)EPSGEPSG8EPSGE MEPSGNAD83(HARN) / WISCRS Jackson (m)EPSGEPSG8EPSGhEPSGNAD83(HARN) / WISCRS Kenosha, Milwaukee, Ozaukee and Racine (ftUS)EPSGEPSG8EPSGQe EPSGNAD83(HARN) / WISCRS Kenosha, Milwaukee, Ozaukee and Racine (m)EPSGEPSG8EPSGPcEPSGNAD83(HARN) / WISCRS Kewaunee, Manitowoc and Sheboygan (ftUS)EPSGEPSG8EPSGS`EPSGNAD83(HARN) / WISCRS Kewaunee, Manitowoc and Sheboygan (m)EPSGEPSG8EPSGRJ WEPSGNAD83(HARN) / WISCRS La Crosse (ftUS)EPSGEPSG8EPSGUG QEPSGNAD83(HARN) / WISCRS La Crosse (m)EPSGEPSG8EPSGTI UEPSGNAD83(HARN) / WISCRS Langlade (ftUS)EPSGEPSG8EPSGF OEPSGNAD83(HARN) / WISCRS Langlade (m)EPSGEPSG8EPSGH SEPSGNAD83(HARN) / WISCRS Lincoln (ftUS)EPSGEPSG8EPSGE MEPSGNAD83(HARN) / WISCRS Lincoln (m)EPSGEPSG8EPSGI UEPSGNAD83(HARN) / WISCRS Marathon (ftUS)EPSGEPSG8EPSG!F OEPSGNAD83(HARN) / WISCRS Marathon (m)EPSGEPSG8EPSG J WEPSGNAD83(HARN) / WISCRS Marinette (ftUS)EPSGEPSG8EPSG#G QEPSGNAD83(HARN) / WISCRS Marinette (m)EPSGEPSG8EPSG"J WEPSGNAD83(HARN) / WISCRS Menominee (ftUS)EPSGEPSG8EPSG%G QEPSGNAD83(HARN) / WISCRS Menominee (m)EPSGEPSG8EPSG$G QEPSGNAD83(HARN) / WISCRS Monroe (ftUS)EPSGEPSG8EPSGWD KEPSGNAD83(HARN) / WISCRS Monroe (m)EPSGEPSG8EPSGVG QEPSGNAD83(HARN) / WISCRS Oconto (ftUS)EPSGEPSG8EPSG'D KEPSGNAD83(HARN) / WISCRS Oconto (m)EPSGEPSG8EPSG&G QEPSGNAD83(HARN) / WISCRS Oneida (ftUS)EPSGEPSG8EPSGD KEPSGNAD83(HARN) / WISCRS Oneida (m)EPSGEPSG8EPSGQ eEPSGNAD83(HARN) / WISCRS Pepin and Pierce (ftUS)EPSGEPSG8EPSG)N _EPSGNAD83(HARN) / WISCRS Pepin and Pierce (m)EPSGEPSG8EPSG(E MEPSGNAD83(HARN) / WISCRS Polk (ftUS)EPSGEPSG8EPSG+B GEPSGNAD83(HARN) / WISCRS Polk (m)EPSGEPSG8EPSG*H SEPSGNAD83(HARN) / WISCRS Portage (ftUS)EPSGEPSG8EPSG-E MEPSGNAD83(HARN) / WISCRS Portage (m)EPSGEPSG8EPSG,F OEPSGNAD83(HARN) / WISCRS Price (ftUS)EPSGEPSG8EPSGC IEPSGNAD83(HARN) / WISCRS Price (m)EPSGEPSG8EPSGI UEPSGNAD83(HARN) / WISCRS Richland (ftUS)EPSGEPSG8EPSGYF OEPSGNAD83(HARN) / WISCRS Richland (m)EPSGEPSG8EPSGXE MEPSGNAD83(HARN) / WISCRS Rock (ftUS)EPSGEPSG8EPSG[B GEPSGNAD83(HARN) / WISCRS Rock (m)EPSGEPSG8EPSGZE MEPSGNAD83(HARN) / WISCRS Rusk (ftUS)EPSGEPSG8EPSG/B GEPSGNAD83(HARN) / WISCRS Rusk (m)EPSGEPSG8EPSG.E MEPSGNAD83(HARN) / WISCRS Sauk (ftUS)EPSGEPSG8EPSG]B GEPSGNAD83(HARN) / WISCRS Sauk (m)EPSGEPSG8EPSG\G QEPSGNAD83(HARN) / WISCRS Sawyer (ftUS)EPSGEPSG8EPSGD KEPSGNAD83(HARN) / WISCRS Sawyer (m)EPSGEPSG8EPSGH SEPSGNAD83(HARN) / WISCRS Shawano (ftUS)EPSGEPSG8EPSG1E MEPSGNAD83(HARN) / WISCRS Shawano (m)EPSGEPSG8EPSG0J WEPSGNAD83(HARN) / WISCRS St. Croix (ftUS)EPSGEPSG8EPSG3G QEPSGNAD83(HARN) / WISCRS St. Croix (m)EPSGEPSG8EPSG2G QEPSGNAD83(HARN) / WISCRS Taylor (ftUS)EPSGEPSG8EPSG5D KEPSGNAD83(HARN) / WISCRS Taylor (m)EPSGEPSG8EPSG4L [EPSGNAD83(HARN) / WISCRS Trempealeau (ftUS)EPSGEPSG8EPSG7E MEPSGNAD83(HARN) / WISCRS Iowa (ftUS)EPSGEPSG8EPSGO 4pVk$ T   < O  5 ` eIq,Udhd pJ WEPSG NAD83(2011) / Oregon Halfway zone (m)EPSGEPSGEPSG [N _EPSG NAD83(2011) / Oregon Denio-Burns zone (m)EPSGEPSGEPSG YY uEPSG ~NAD83(2011) / Oregon Dayville-Prairie City zone (ft)EPSGEPSGEPSG XX sEPSG }NAD83(2011) / Oregon Dayville-Prairie City zone (m)EPSGEPSGEPSG WU mEPSG |NAD83(2011) / Oregon Coast Range North zone (ft)EPSGEPSGEPSG VT kEPSG {NAD83(2011) / Oregon Coast Range North zone (m)EPSGEPSGEPSG UU mEPSG zNAD83(2011) / Oregon Canyon City-Burns zone (ft)EPSGEPSGEPSG TT kEPSG yNAD83(2011) / Oregon Canyon City-Burns zone (m)EPSGEPSGEPSG SP cEPSG xNAD83(2011) / Oregon Burns-Harper zone (ft)EPSGEPSGEPSG RO aEPSG wNAD83(2011) / Oregon Burns-Harper zone (m)EPSGEPSGEPSG QQ eEPSG "NAD83(HARN) / WISCRS Adams and Juneau (ftUS)EPSGEPSG8EPSG=N _EPSG !NAD83(HARN) / WISCRS Adams and Juneau (m)EPSGEPSG8EPSGI UEPSG NAD83(HARN) / WISCRS Chippewa (ftUS)EPSGEPSG8EPSG F OEPSG NAD83(HARN) / WISCRS Chippewa (m)EPSGEPSG8EPSGF OEPSG NAD83(HARN) / WISCRS Clark (ftUS)EPSGEPSG8EPSG C IEPSG NAD83(HARN) / WISCRS Clark (m)EPSGEPSG8EPSG I UEPSG NAD83(HARN) / WISCRS Columbia (ftUS)EPSGEPSG8EPSGAF OEPSG NAD83(HARN) / WISCRS Columbia (m)EPSGEPSG8EPSG@I UEPSG NAD83(HARN) / WISCRS Crawford (ftUS)EPSGEPSG8EPSGCF OEPSG NAD83(HARN) / WISCRS Crawford (m)EPSGEPSG8EPSGBE MEPSG NAD83(HARN) / WISCRS Dane (ftUS)EPSGEPSG8EPSGEB GEPSGNAD83(HARN) / WISCRS Dane (m)EPSGEPSG8EPSGDT kEPSGNAD83(HARN) / WISCRS Dodge and Jefferson (ftUS)EPSGEPSG8EPSGGQ eEPSGNAD83(HARN) / WISCRS Dodge and Jefferson (m)EPSGEPSG8EPSGFE MEPSGNAD83(HARN) / WISCRS Door (ftUS)EPSGEPSG8EPSG B GEPSGNAD83(HARN) / WISCRS Door (m)EPSGEPSG8EPSG H SEPSGNAD83(HARN) / WISCRS Douglas (ftUS)EPSGEPSG8EPSGE MEPSGNAD83(HARN) / WISCRS Douglas (m)EPSGEPSG8EPSGE MEPSGNAD83(HARN) / WISCRS Dunn (ftUS)EPSGEPSG8EPSGB GEPSGNAD83(HARN) / WISCRS Dunn (m)EPSGEPSG8EPSGG QEPSGNAD83(HARN) / WISCRS Forest (ftUS)EPSGEPSG8EPSGD KEPSGNAD83(HARN) / WISCRS Forest (m)EPSGEPSG8EPSGF OEPSGNAD83(HARN) / WISCRS Grant (ftUS)EPSGEPSG8EPSGIC IEPSGNAD83(HARN) / WISCRS Grant (m)EPSGEPSG8EPSGHT kEPSGNAD83(HARN) / WISCRS Green and Lafayette (ftUS)EPSGEPSG8EPSGKQ eEPSGNAD83(HARN) / WISCRS Green and Lafayette (m)EPSGEPSG8EPSGJY uEPSGNAD83(HARN) / WISCRS Green Lake and Marquette (ftUS)EPSGEPSG8EPSGMO aEPSG NAD83(2011) / Oregon Denio-Burns zone (ft)EPSGEPSGEPSG Z 6y\j v $ ; 7 A T kq3g"K}<FB>yA EEPSG!PNAD83(2011) / KS RCS zone 11EPSGEPSGEPSG!4A EEPSG!ONAD83(2011) / KS RCS zone 10EPSGEPSGEPSG!3@ CEPSG!NNAD83(2011) / KS RCS zone 9EPSGEPSGEPSG!2@ CEPSG!MNAD83(2011) / KS RCS zone 8EPSGEPSGEPSG!/@ CEPSG!LNAD83(2011) / KS RCS zone 7EPSGEPSGEPSG!.@ CEPSG!KNAD83(2011) / KS RCS zone 6EPSGEPSGEPSG!-@ CEPSG!JNAD83(2011) / KS RCS zone 5EPSGEPSGEPSG!,@ CEPSG!INAD83(2011) / KS RCS zone 4EPSGEPSGEPSG!+@ CEPSG!HNAD83(2011) / KS RCS zone 3EPSGEPSGEPSG!*@ CEPSG!GNAD83(2011) / KS RCS zone 2EPSGEPSGEPSG! @ CEPSG!FNAD83(2011) / KS RCS zone 1EPSGEPSGEPSG! < ;EPSG!RGTAAF07 / UTM zone 54SEPSG0EPSGEPSG?< ;EPSG!RGTAAF07 / UTM zone 53SEPSG0EPSGEPSG?> ?EPSG Tananarive / Laborde GridEPSGEPSGEPSG < ;EPSG Macao 1920 / Macao GridEPSGEPSG EPSG @ CEPSG ETRS89 / Gauss-Kruger CM 9EEPSG0EPSGEPSG?4 +EPSG GDA94 / WEIPA94EPSG0EPSGEPSG M ]EPSG NAD83(2011) / NCRS Las Vegas high (ftUS)EPSGEPSGEPSG J WEPSG NAD83(2011) / NCRS Las Vegas high (m)EPSGEPSGEPSG H SEPSG NAD83(2011) / NCRS Las Vegas (ftUS)EPSGEPSGEPSG E MEPSG NAD83(2011) / NCRS Las Vegas (m)EPSGEPSGEPSG G QEPSG NAD83 / NCRS Las Vegas high (ftUS)EPSGEPSGEPSG D KEPSG NAD83 / NCRS Las Vegas high (m)EPSGEPSGEPSG B GEPSG NAD83 / NCRS Las Vegas (ftUS)EPSGEPSGEPSG ? AEPSG NAD83 / NCRS Las Vegas (m)EPSGEPSGEPSG H SEPSG S-JTSK [JTSK03] / Krovak East NorthEPSGEPSG EPSG= =EPSG S-JTSK [JTSK03] / KrovakEPSGeEPSG EPSGS iEPSG NAD83(2011) / Oregon Willamette Pass zone (ft)EPSGEPSGEPSG vR gEPSG NAD83(2011) / Oregon Willamette Pass zone (m)EPSGEPSGEPSG uR gEPSG NAD83(2011) / Oregon Warner Highway zone (ft)EPSGEPSGEPSG tQ eEPSG NAD83(2011) / Oregon Warner Highway zone (m)EPSGEPSGEPSG sK YEPSG NAD83(2011) / Oregon Wallowa zone (ft)EPSGEPSGEPSG rJ WEPSG NAD83(2011) / Oregon Wallowa zone (m)EPSGEPSGEPSG qM ]EPSG NAD83(2011) / Oregon Ukiah-Fox zone (ft)EPSGEPSGEPSG pL [EPSG NAD83(2011) / Oregon Ukiah-Fox zone (m)EPSGEPSGEPSG oQ eEPSG NAD83(2011) / Oregon Siskiyou Pass zone (ft)EPSGEPSGEPSG nP cEPSG NAD83(2011) / Oregon Siskiyou Pass zone (m)EPSGEPSGEPSG mR gEPSG NAD83(2011) / Oregon Riley-Lakeview zone (ft)EPSGEPSGEPSG lQ eEPSG NAD83(2011) / Oregon Riley-Lakeview zone (m)EPSGEPSGEPSG kW qEPSG NAD83(2011) / Oregon Prairie City-Brogan zone (ft)EPSGEPSGEPSG jV oEPSG NAD83(2011) / Oregon Prairie City-Brogan zone (m)EPSGEPSGEPSG iT kEPSG NAD83(2011) / Oregon Pilot Rock-Ukiah zone (ft)EPSGEPSGEPSG hS iEPSG NAD83(2011) / Oregon Pilot Rock-Ukiah zone (m)EPSGEPSGEPSG gJ WEPSG NAD83(2011) / Oregon Owyhee zone (ft)EPSGEPSGEPSG fI UEPSG NAD83(2011) / Oregon Owyhee zone (m)EPSGEPSGEPSG eQ eEPSG NAD83(2011) / Oregon Ochoco Summit zone (ft)EPSGEPSGEPSG dP cEPSG NAD83(2011) / Oregon Ochoco Summit zone (m)EPSGEPSGEPSG cQ eEPSG NAD83(2011) / Oregon North Central zone (ft)EPSGEPSGEPSG bP cEPSG NAD83(2011) / Oregon North Central zone (m)EPSGEPSGEPSG aL [EPSG NAD83(2011) / Oregon Mitchell zone (ft)EPSGEPSGEPSG `K YEPSG NAD83(2011) / Oregon Mitchell zone (m)EPSGEPSGEPSG _X sEPSG NAD83(2011) / Oregon Medford-Diamond Lake zone (ft)EPSGEPSGEPSG ^W qEPSG NAD83(2011) / Oregon Medford-Diamond Lake zone (m)EPSGEPSGEPSG ] YA EEPSG!QNAD83(2011) / KS RCS zone 12EPSGEPSGEPSG!5 >E= } > s 3 n 0 v 2 n (J@n(w@Ui.}B66 /EPSG$&MMS / Argentina 2EPSGEPSG$%EPSGFp< ;EPSG$"Tapi Aike / Argentina 2EPSGEPSG$ EPSGFp< ;EPSG$!Tapi Aike / Argentina 1EPSGEPSG$ EPSGFoJ WEPSG$Hartebeesthoek94 / ZAF BSU Albers 44EEPSGEPSG4EPSG$J WEPSG$Hartebeesthoek94 / ZAF BSU Albers 25EEPSGEPSG4EPSG$: 7EPSG$VN-2000 / TM-3 108-30EPSG0EPSGEPSG#: 7EPSG$VN-2000 / TM-3 108-15EPSG0EPSGEPSG#: 7EPSG$VN-2000 / TM-3 107-30EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 107-15EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 107-00EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 106-30EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 106-15EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 106-00EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 105-45EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 105-30EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 104-45EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 104-30EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 104-00EPSG0EPSGEPSG#: 7EPSG#VN-2000 / TM-3 103-00EPSG0EPSGEPSG#b9 5EPSG#WGS 84 / NIWA AlbersEPSG0EPSGEPSG#6 /EPSG#RSAO13 / TM 12 SEEPSG0EPSG!EPSG@: 7EPSG#RSAO13 / UTM zone 34SEPSG0EPSG!EPSG?: 7EPSG#RSAO13 / UTM zone 33SEPSG0EPSG!EPSG?: 7EPSG#RSAO13 / UTM zone 32SEPSG0EPSG!EPSG?E MEPSG#SIRGAS-Chile 2016 / UTM zone 19SEPSG0EPSG#EPSG>E MEPSG#SIRGAS-Chile 2016 / UTM zone 18SEPSG0EPSG#EPSG>E MEPSG#SIRGAS-Chile 2013 / UTM zone 19SEPSG0EPSG#EPSG>E MEPSG#SIRGAS-Chile 2013 / UTM zone 18SEPSG0EPSG#EPSG>N _EPSG#ETRS89-XKX [KOSOVAREF01] / Balkans zone 7EPSG0EPSG#EPSGGe9 5EPSG#PISN2016 / LCC EuropeEPSGEPSGEPSGN: 7EPSG#OISN2016 / LAEA EuropeEPSGEPSGEPSGNE M EPSG"SIRGAS-Chile 2010 / UTM zone 19SEPSG0EPSG"EPSG>E M EPSG"SIRGAS-Chile 2010 / UTM zone 18SEPSG0EPSG"EPSG>K YEPSG"CR-SIRGAS epoch 2014.59 / UTM zone 17NEPSG0EPSG"EPSG>K YEPSG"CR-SIRGAS epoch 2014.59 / UTM zone 16NEPSG0EPSG"EPSG>E MEPSG"CR-SIRGAS epoch 2014.59 / CRTM05EPSG0EPSG"EPSG9 5EPSG"RGWF96 / UTM zone 1SEPSG0EPSG"EPSG>F OEPSG"WGS 84 / Equal Earth Asia-PacificEPSG0EPSGEPSG"B GEPSG"WGS 84 / Equal Earth AmericasEPSG0EPSGEPSG"C IEPSG"WGS 84 / Equal Earth GreenwichEPSG0EPSGEPSG"= =EPSG"MTRF-2000 / UTM zone 40NEPSG0EPSG"rEPSG>= =EPSG"MTRF-2000 / UTM zone 39NEPSG0EPSG"rEPSG>= =EPSG"MTRF-2000 / UTM zone 38NEPSG0EPSG"rEPSG>= =EPSG"MTRF-2000 / UTM zone 37NEPSG0EPSG"rEPSG>= =EPSG"MTRF-2000 / UTM zone 36NEPSG0EPSG"rEPSG>F OEPSG"zNAD83 / Idaho Transverse MercatorEPSGEPSGEPSG"y? AEPSG!NAD83(MA11) / UTM zone 55NEPSG0EPSGEPSG>? AEPSG!NAD83(MA11) / UTM zone 54NEPSG0EPSGEPSG>D KEPSG!ETRS89-SVN [D96] / UTM zone 33NEPSG0EPSGEPSG>= =EPSG!MGI 1901 / Slovenia GridEPSGEPSGBEPSGMG QEPSG!ETRS89-SRB [STRS00] / UTM zone 34NEPSG0EPSG!EPSG>> ?EPSG!MGI 1901 / Balkans zone 8EPSGEPSGBEPSGGf> ?EPSG!MGI 1901 / Balkans zone 6EPSGEPSGBEPSGGd> ?EPSG!MGI 1901 / Balkans zone 5EPSGEPSGBEPSGGcA EEPSG!\NAD83(2011) / KS RCS zone 20EPSGEPSGEPSG!DA EEPSG![NAD83(2011) / KS RCS zone 19EPSGEPSGEPSG!CA EEPSG!ZNAD83(2011) / KS RCS zone 18EPSGEPSGEPSG!;A EEPSG!XNAD83(2011) / KS RCS zone 17EPSGEPSGEPSG!:A EEPSG!WNAD83(2011) / KS RCS zone 16EPSGEPSGEPSG!9A EEPSG!VNAD83(2011) / KS RCS zone 15EPSGEPSGEPSG!8A EEPSG!UNAD83(2011) / KS RCS zone 14EPSGEPSGEPSG!76 /EPSG$$MMN / Argentina 2EPSGEPSG$#EPSGFp @US Q  Y  q 9 ~ E ^ !j-v9E_ Zb])i&A EEPSG&_ETRS89-FRA [RGF93 v2] / CC43EPSGEPSG&1EPSGFA EEPSG&^ETRS89-FRA [RGF93 v2] / CC42EPSGEPSG&1EPSGFB GEPSG&]UCS-2000 / LCS-32 Kyiv regionEPSGEPSGEPSG&DH SEPSG&BETRS89-FRA [RGF93 v2b] / Lambert-93EPSGEPSG&6EPSGFG QEPSG&AETRS89-FRA [RGF93 v2] / Lambert-93EPSGEPSG&1EPSGF. EPSG&&EWR2 GridEPSG0EPSG&#EPSG&%3 )EPSG&!ECML14_NB GridEPSG0EPSG&EPSG& F OEPSG&NAD83(2011) / Alabama West (ftUS)EPSGEPSGEPSG&F OEPSG&NAD83(2011) / Alabama East (ftUS)EPSGEPSGEPSG&/ !EPSG& EOS21 GridEPSG0EPSG& EPSG& F OEPSG%ETRS89-ITA [IGM95] / UTM zone 34NEPSG0EPSG>EPSG>? AEPSG%NAD83(CSRS) / UTM zone 24NEPSG0EPSG EPSG>9 5EPSG%NAD83 / UTM zone 24NEPSG0EPSGEPSG>? AEPSG%NAD83(CSRS) / UTM zone 23NEPSG0EPSG EPSG>= =EPSG%REDGEOMIN / UTM zone 19SEPSG0EPSG%EPSG>= =EPSG%REDGEOMIN / UTM zone 18SEPSG0EPSG%EPSG>= =EPSG%REDGEOMIN / UTM zone 12SEPSG0EPSG%EPSG>6 /EPSG%WGS 84 / TM 90 NEEPSG0EPSGEPSG@jQ eEPSG%Gulshan 303 / Bangladesh Transverse MercatorEPSG0EPSGJEPSG%; 9EPSG%NAD83 / USFS R6 AlbersEPSG0EPSGEPSG%/ !EPSG%MLTF2004(C)EPSG0EPSG%KEPSG%L< ;EPSG%POSGAR 2007 / CABA 2019EPSGEPSGEPSG%< ;EPSG%SRGI2013 / UTM zone 54SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 53SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 52SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 51SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 50SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 49SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 48SEPSG0EPSG$EPSG?< ;EPSG%SRGI2013 / UTM zone 47SEPSG0EPSG$EPSG?< ;EPSG% SRGI2013 / UTM zone 52NEPSG0EPSG$EPSG>< ;EPSG% SRGI2013 / UTM zone 51NEPSG0EPSG$EPSG>< ;EPSG%SRGI2013 / UTM zone 50NEPSG0EPSG$EPSG>< ;EPSG%SRGI2013 / UTM zone 49NEPSG0EPSG$EPSG>< ;EPSG%SRGI2013 / UTM zone 48NEPSG0EPSG$EPSG>< ;EPSG%SRGI2013 / UTM zone 47NEPSG0EPSG$EPSG>< ;EPSG%SRGI2013 / UTM zone 46NEPSG0EPSG$EPSG>@ CEPSG%GDA2020 / Australian AlbersEPSG0EPSGEPSGC/ !EPSG$GBK19 GridEPSG0EPSG$EPSG$8 3EPSG$PN84 / UTM zone 28NEPSG0EPSGxEPSG>8 3EPSG$PN84 / UTM zone 27NEPSG0EPSGxEPSG>8 3EPSG$PN68 / UTM zone 28NEPSG0EPSG$EPSG>8 3EPSG$PN68 / UTM zone 27NEPSG0EPSG$EPSG>H SEPSG$ETRS89-BGR [BGS2005] / UTM zone 35NEPSG0EPSGvEPSG>7 1EPSG$AbInvA96_2020 GridEPSG0EPSG$EPSG$H SEPSG$MAGNA-SIRGAS 2018 / Origen-NacionalEPSGEPSGNNEPSG$/ !EPSG$MML07 GridEPSG0EPSG$EPSG$0 #EPSG$TPEN11 GridEPSG0EPSG$EPSG$= =EPSG$KSA-GRF17 / UTM zone 40NEPSG0EPSG$uEPSG>= =EPSG$KSA-GRF17 / UTM zone 39NEPSG0EPSG$uEPSG>= =EPSG$KSA-GRF17 / UTM zone 38NEPSG0EPSG$uEPSG>= =EPSG$KSA-GRF17 / UTM zone 37NEPSG0EPSG$uEPSG>= =EPSG$KSA-GRF17 / UTM zone 36NEPSG0EPSG$uEPSG>G QEPSG$WGS 84 / IBCSO Polar StereographicEPSGvEPSGEPSG$I UEPSG$_NAD27 / US National Atlas Equal AreaEPSGEPSGEPSG;4 +EPSG$THS2 Survey GridEPSG0EPSG$SEPSG$U: 7EPSG$QONGD17 / UTM zone 41NEPSG0EPSG$NEPSG>: 7EPSG$PONGD17 / UTM zone 40NEPSG0EPSG$NEPSG>: 7EPSG$OONGD17 / UTM zone 39NEPSG0EPSG$NEPSG>E MEPSG$EPampa del Castillo / Argentina 3EPSGEPSGAEPSGFqE MEPSG$DPampa del Castillo / Argentina 1EPSGEPSGAEPSGFo7 1EPSG$9MGI / Austria EastEPSGEPSGEPSG$6: 7EPSG$8MGI / Austria CentralEPSGEPSGEPSG$57 1EPSG$7MGI / Austria WestEPSGEPSGEPSG$4 @|:t2 v 0 n * b  V  J MUTNq1r?e4q? 0 #EPSG'OxWo08 GridEPSG0EPSG'EPSG'0 #EPSG'MALS09 GridEPSG0EPSG'EPSG'1 %EPSG'GWWWA22 GridEPSG0EPSG'EPSG'1 %EPSG'GWWAB22 GridEPSG0EPSG'EPSG'1 %EPSG'GWPBS22 GridEPSG0EPSG'EPSG'0 #EPSG'DIBA15 GridEPSG0EPSG'EPSG'/ !EPSG'CWS13 GridEPSG0EPSG'EPSG'/ !EPSG'CNH22 GridEPSG0EPSG'EPSG'0 #EPSG'ShAb07 GridEPSG0EPSG'EPSG'0 #EPSG'DoPw22 GridEPSG0EPSG'EPSG'H SEPSG'S34J reconstruction east-orientatedEPSG0EPSG'EPSG'/ !EPSG&FNL22 GridEPSG0EPSG&EPSG&/ !EPSG&SCM22 GridEPSG0EPSG&EPSG&2 'EPSG&HULLEE13 GridEPSG0EPSG&EPSG&; 9EPSG&ISN2004 / LAEA IcelandEPSG0EPSGEPSG&P cEPSG&Macedonia State Coordinate System truncatedEPSGEPSGBEPSG&1 %EPSG&EBBWV14 GridEPSG0EPSG&EPSG&? AEPSG&LUREF / Luxembourg TM (3D)EPSGEPSG&EPSG&2 'EPSG&MOLDOR11 GridEPSG0EPSG&EPSG&< ;EPSG&PNG94 / PNGMG94 zone 58EPSG0EPSGEPSG&< ;EPSG&PNG94 / PNGMG94 zone 57EPSG0EPSGEPSG&/ !EPSG&MRH21 GridEPSG0EPSG&EPSG&A EEPSG&UCS-2000 / LCS-85 SevastopolEPSGEPSGEPSG&\@ CEPSG&UCS-2000 / LCS-80 Kyiv cityEPSGEPSGEPSG&D@ CEPSG&UCS-2000 / LCS-74 ChernihivEPSGEPSGEPSG&[A EEPSG&UCS-2000 / LCS-73 ChernivtsiEPSGEPSGEPSG&Z? AEPSG&UCS-2000 / LCS-71 CherkasyEPSGEPSGEPSG&YB GEPSG&UCS-2000 / LCS-68 KhmelnytskyEPSGEPSGEPSG&T> ?EPSG&UCS-2000 / LCS-65 KhersonEPSGEPSGEPSG&X> ?EPSG&UCS-2000 / LCS-63 KharkivEPSGEPSGEPSG&W? AEPSG&UCS-2000 / LCS-61 TernopilEPSGEPSGEPSG&V; 9EPSG&UCS-2000 / LCS-59 SumyEPSGEPSGEPSG&U< ;EPSG&UCS-2000 / LCS-56 RivneEPSGEPSGEPSG&T> ?EPSG&~UCS-2000 / LCS-53 PoltavaEPSGEPSGEPSG&S= =EPSG&}UCS-2000 / LCS-51 OdessaEPSGEPSGEPSG&R? AEPSG&|UCS-2000 / LCS-48 MykolaivEPSGEPSGEPSG&Q; 9EPSG&{UCS-2000 / LCS-46 LvivEPSGEPSGEPSG&PB GEPSG&zETRS89-FRA [RGF93 v2b] / CC50EPSGEPSG&6EPSGFB GEPSG&yETRS89-FRA [RGF93 v2b] / CC49EPSGEPSG&6EPSGFB GEPSG&xETRS89-FRA [RGF93 v2b] / CC48EPSGEPSG&6EPSGFB GEPSG&wETRS89-FRA [RGF93 v2b] / CC47EPSGEPSG&6EPSGFB GEPSG&vETRS89-FRA [RGF93 v2b] / CC46EPSGEPSG&6EPSGFB GEPSG&uETRS89-FRA [RGF93 v2b] / CC45EPSGEPSG&6EPSGFB GEPSG&tETRS89-FRA [RGF93 v2b] / CC44EPSGEPSG&6EPSGFB GEPSG&sETRS89-FRA [RGF93 v2b] / CC43EPSGEPSG&6EPSGFB GEPSG&rETRS89-FRA [RGF93 v2b] / CC42EPSGEPSG&6EPSGF> ?EPSG&qUCS-2000 / LCS-44 LuhanskEPSGEPSGEPSG&OA EEPSG&pUCS-2000 / LCS-35 KirovohradEPSGEPSGEPSG&NF OEPSG&oUCS-2000 / LCS-26 Ivano-FrankivskEPSGEPSGEPSG&MC IEPSG&nUCS-2000 / LCS-23 ZaporizhzhiaEPSGEPSGEPSG&LB GEPSG&mUCS-2000 / LCS-21 ZakarpattiaEPSGEPSGEPSG&K? AEPSG&lUCS-2000 / LCS-18 ZhytomyrEPSGEPSGEPSG&J> ?EPSG&kUCS-2000 / LCS-14 DonetskEPSGEPSGEPSG&IE MEPSG&jUCS-2000 / LCS-12 DnipropetrovskEPSGEPSGEPSG&H< ;EPSG&iUCS-2000 / LCS-07 VolynEPSGEPSGEPSG&G@ CEPSG&hUCS-2000 / LCS-05 VinnytsiaEPSGEPSGEPSG&F= =EPSG&gUCS-2000 / LCS-01 CrimeaEPSGEPSGEPSG&EA EEPSG&fETRS89-FRA [RGF93 v2] / CC50EPSGEPSG&1EPSGFA EEPSG&eETRS89-FRA [RGF93 v2] / CC49EPSGEPSG&1EPSGFA EEPSG&dETRS89-FRA [RGF93 v2] / CC48EPSGEPSG&1EPSGFA EEPSG&cETRS89-FRA [RGF93 v2] / CC47EPSGEPSG&1EPSGFA EEPSG&bETRS89-FRA [RGF93 v2] / CC46EPSGEPSG&1EPSGFA EEPSG&aETRS89-FRA [RGF93 v2] / CC45EPSGEPSG&1EPSGFEEPSG/ !EPSG(SYC20 GridEPSG0EPSG'EPSG' >p(q?  $ n  q ( w 6  j 6 j6i6l6E O \,dYS iEPSG)ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 31NEPSG0EPSG(,EPSG>? AEPSG)UZGD2024 / UzREF24 zone 43EPSG0EPSG)EPSG)? AEPSG)UZGD2024 / UzREF24 zone 42EPSG0EPSG)EPSG)? AEPSG)UZGD2024 / UzREF24 zone 41EPSG0EPSG)EPSG)? AEPSG)UZGD2024 / UzREF24 zone 40EPSG0EPSG)EPSG)J WEPSG)ETRS89-FIN [EUREF-FIN] / UTM zone 36NEPSG0EPSG)EPSG>J WEPSG)ETRS89-FIN [EUREF-FIN] / UTM zone 34NEPSG0EPSG)EPSG>9 5EPSG)RGM23 / UTM zone 38SEPSG0EPSG)EPSG? B GEPSG)SIRGAS 2000 / Porto Alegre TMEPSG0EPSGBEPSG)/ !EPSG)Saba DPnetEPSGEPSG)EPSG). EPSG)WC05 GridEPSG0EPSG)EPSG)0 #EPSG)ECML14 GridEPSG0EPSG)EPSG)O aEPSG)~NAD83(2011) / San Francisco SFO-B18 (ftUS)EPSGEPSGEPSG)}B GEPSG)kWGS 84 / GLANCE South AmericaEPSG0EPSGEPSG)j< ;EPSG)iWGS 84 / GLANCE OceaniaEPSG0EPSGEPSG)gB GEPSG)fWGS 84 / GLANCE North AmericaEPSG0EPSGEPSG)e; 9EPSG)dWGS 84 / GLANCE EuropeEPSG0EPSGEPSG)c9 5EPSG)bWGS 84 / GLANCE AsiaEPSG0EPSGEPSG)a; 9EPSG)`WGS 84 / GLANCE AfricaEPSG0EPSGEPSG)_J WEPSG)NAD83(2011) / Adjusted Jackson (ftUS)EPSGEPSGEPSG)4 +EPSG(NAD83 / TWDB GMEPSGEPSGEPSG(4 + EPSG(NAD83 / TWDB GMEPSGEPSGEPSG(5 -EPSG(BBT2000 / BBT-TMEPSG0EPSG(EPSG(/ !EPSG(COV23 GridEPSG0EPSG(EPSG(2 'EPSG(GDA94 / PHG94EPSG0EPSGEPSG(2 'EPSG(GDA94 / PCG94EPSG0EPSGEPSG(3 )EPSG(GDA94 / MRCG94EPSG0EPSGEPSG(2 'EPSG(GDA94 / LCG94EPSG0EPSGEPSG(2 'EPSG(GDA94 / KUN94EPSG0EPSGEPSG(2 'EPSG(GDA94 / KAR94EPSG0EPSGEPSG(3 )EPSG(GDA94 / KALB94EPSG0EPSGEPSG(2 'EPSG(GDA94 / JCG94EPSG0EPSGEPSG(3 )EPSG(GDA94 / GOLD94EPSG0EPSGEPSG(2 'EPSG(GDA94 / GCG94EPSG0EPSGEPSG(2 'EPSG(GDA94 / EXM94EPSG0EPSGEPSG(2 'EPSG(GDA94 / ESP94EPSG0EPSGEPSG(2 'EPSG(GDA94 / COL94EPSG0EPSGEPSG(3 )EPSG(GDA94 / CARN94EPSG0EPSGEPSG(2 'EPSG(GDA94 / BCG94EPSG0EPSGEPSG(2 'EPSG(GDA94 / BRO94EPSG0EPSGEPSG(2 'EPSG(GDA94 / BIO94EPSG0EPSGEPSG(2 'EPSG(GDA94 / ALB94EPSG0EPSGEPSG(@ CEPSG(YETRS89-BIH [BH_ETRS89] / TMEPSGEPSG(XEPSG(U: 7EPSG(MRGNC15 / UTM zone 59SEPSG0EPSG(FEPSG?: 7EPSG(LRGNC15 / UTM zone 58SEPSG0EPSG(FEPSG?: 7EPSG(KRGNC15 / UTM zone 57SEPSG0EPSG(FEPSG?H SEPSG(JRGNC15 / Lambert New Caledonia 2015EPSG0EPSG(FEPSG(IF OEPSG(BETRS89-LVA [LKS-2020] / Latvia TMEPSGEPSG(AEPSGNZ wEPSG(3ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 33N (zE-N)EPSG0EPSG(,EPSGZ wEPSG(2ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 33N (N-zE)EPSGEPSG(,EPSGZ wEPSG(1ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 32N (zE-N)EPSG0EPSG(,EPSG(Z wEPSG(0ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 32N (N-zE)EPSGEPSG(,EPSG(Z wEPSG(/ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 31N (zE-N)EPSG0EPSG(,EPSGZ wEPSG(.ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 31N (N-zE)EPSGEPSG(,EPSGd EPSG(-ETRS89-DEU [ETRS89/DREF91/2016] / 3-degree Gauss-Kruger zone 3EPSG0EPSG(,EPSG?1 %EPSG((RBEPP12 GridEPSG0EPSG(%EPSG('1 %EPSG(#SMITB20 GridEPSG0EPSG( EPSG("= =EPSG(Ostenfeld reconstructionEPSG0EPSG(EPSG(F OEPSG(KK reconstruction east-orientatedEPSG0EPSG(EPSG(G QEPSG(GSB reconstruction east-orientatedEPSG0EPSG(EPSG(F OEPSG(GS reconstruction east-orientatedEPSG0EPSG(EPSG(H SEPSG(S45B reconstruction east-orientatedEPSG0EPSG( EPSG( 7X[ h / m ' V  < :?Re O }7{.Y=N _EPSG+ETRS89-NOR [EUREF89] / UTM zone 32N (N-E)EPSGEPSG*{EPSG>N _EPSG+ETRS89-NOR [EUREF89] / UTM zone 31N (N-E)EPSGEPSG*{EPSG>N _EPSG+ETRS89-NOR [EUREF89] / UTM zone 30N (N-E)EPSGEPSG*{EPSG>D KEPSG*Xrail84 / London Survey Grid TMEPSG0EPSG*EPSG*? AEPSG*NATRF2022 / Gulf East (ft)EPSGEPSG*EPSG*G QEPSG*NATRF2022 / Gulf East Central (ft)EPSGEPSG*EPSG*G QEPSG*NATRF2022 / Gulf West Central (ft)EPSGEPSG*EPSG*? AEPSG*NATRF2022 / Gulf West (ft)EPSGEPSG*EPSG*L [EPSG*NATRF2022 / Gulf Texas Shelf South (ft)EPSGEPSG*EPSG*L [EPSG*NATRF2022 / Gulf Texas Shelf North (ft)EPSGEPSG*EPSG*J WEPSG*NATRF2022 / Gulf Louisiana Shelf (ft)EPSGEPSG*EPSG*: 7EPSG*NATRF2022 / Gulf (ft)EPSGEPSG*EPSG*5 -EPSG*NATRF2022 / GulfEPSGEPSG*EPSG*E MEPSG*QazTRF-23 / Gauss-Kruger zone 15EPSG0EPSG*EPSG?WE MEPSG*QazTRF-23 / Gauss-Kruger zone 14EPSG0EPSG*EPSG?VE MEPSG*QazTRF-23 / Gauss-Kruger zone 13EPSG0EPSG*EPSG?UE MEPSG*QazTRF-23 / Gauss-Kruger zone 12EPSG0EPSG*EPSG?TE MEPSG*QazTRF-23 / Gauss-Kruger zone 11EPSG0EPSG*EPSG?SE MEPSG*QazTRF-23 / Gauss-Kruger zone 10EPSG0EPSG*EPSG?RD KEPSG*QazTRF-23 / Gauss-Kruger zone 9EPSG0EPSG*EPSG?QD KEPSG*QazTRF-23 / Gauss-Kruger zone 8EPSG0EPSG*EPSG?PN _EPSG*CSRN2025 (NAD83 2011) / California zone 6EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California zone 5EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California zone 4EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California zone 3EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California zone 2EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California zone 1EPSGEPSG*EPSG(N _EPSG*CSRN2025 (NAD83 2011) / California AlbersEPSGEPSG*EPSG(U mEPSG*CSRN2025 (NAD83 2011) / California zone 6 (ftUS)EPSGEPSG*EPSG;U mEPSG*CSRN2025 (NAD83 2011) / California zone 5 (ftUS)EPSGEPSG*EPSG;U mEPSG*CSRN2025 (NAD83 2011) / California zone 4 (ftUS)EPSGEPSG*EPSG;U mEPSG*CSRN2025 (NAD83 2011) / California zone 3 (ftUS)EPSGEPSG*EPSG;U mEPSG*CSRN2025 (NAD83 2011) / California zone 2 (ftUS)EPSGEPSG*EPSG;U mEPSG*CSRN2025 (NAD83 2011) / California zone 1 (ftUS)EPSGEPSG*EPSG;S iEPSG*Asse 2025 / 3-degree Gauss-Kruger zone 4 (E-N)EPSG0EPSG*EPSG?. EPSG*oWSPG GridEPSG0EPSG*lEPSG*n@ CEPSG*iSIRGAS 2000 / Brazil AlbersEPSG0EPSGBEPSG*h. EPSG*cEWR3 GridEPSG0EPSG*aEPSG&%P cEPSG*UGeorgia Geodetic Datum / UTM zone 38N (N-E)EPSGEPSG*OEPSG>P cEPSG*TGeorgia Geodetic Datum / UTM zone 37N (N-E)EPSGEPSG*OEPSG>E MEPSG*QGeorgia Geodetic Datum / LambertEPSGEPSG*OEPSG*PG QEPSG*DWGS 84 / Agriculture Canada AlbersEPSG0EPSGEPSG*C< ;EPSG*2LibRef21 / UTM zone 29NEPSG0EPSG*0EPSG>< ;EPSG*1LibRef21 / UTM zone 28NEPSG0EPSG*0EPSG>8 3EPSG*+UGRF / UTM zone 35SEPSG0EPSG*'EPSG?8 3EPSG**UGRF / UTM zone 36SEPSG0EPSG*'EPSG?8 3EPSG*)UGRF / UTM zone 36NEPSG0EPSG*'EPSG>8 3EPSG*(UGRF / UTM zone 35NEPSG0EPSG*'EPSG>G Q EPSG*$WGS 84 / Agriculture Canada AlbersEPSG0EPSGEPSG)J WEPSG*SIRGAS 2000 / Ribeirao Preto Local TMEPSG0EPSGBEPSG*2 'EPSG*Bonaire DPnetEPSGEPSG*EPSG*> ?EPSG)Sint Eustatius DPnet longEPSGEPSG)EPSG>? AEPSG)Sint Eustatius DPnet shortEPSGEPSG)EPSG)S iEPSG)ETRS89-DEU [ETRS89/DREF91/2016] / UTM zone 33NEPSG0EPSG(,EPSG>iN _EPSG+ETRS89-NOR [EUREF89] / UTM zone 33N (N-E)EPSGEPSG*{EPSG> 5b{2 W  | , > Z  y *?a9[}3]Es:L [EPSG,aNAD83(2011) / RMTCRS Big Timber 83 (ft)EPSGEPSGEPSG,OK YEPSG,`NAD83(2011) / RMTCRS Big Timber 83 (m)EPSGEPSGEPSG,N8 3EPSG,MDrukRef23 / BNG2023EPSG0EPSG+EPSG,LE MEPSG,*Hartebeesthoek94 / Inverted Lo33EPSGEPSG4EPSG,E MEPSG,)Hartebeesthoek94 / Inverted Lo31EPSGEPSG4EPSG,E MEPSG,(Hartebeesthoek94 / Inverted Lo29EPSGEPSG4EPSG,E MEPSG,'Hartebeesthoek94 / Inverted Lo27EPSGEPSG4EPSG,E MEPSG,$Hartebeesthoek94 / Inverted Lo25EPSGEPSG4EPSG,E MEPSG,#Hartebeesthoek94 / Inverted Lo23EPSGEPSG4EPSG,E MEPSG,"Hartebeesthoek94 / Inverted Lo21EPSGEPSG4EPSG,E MEPSG,!Hartebeesthoek94 / Inverted Lo19EPSGEPSG4EPSG,E MEPSG, Hartebeesthoek94 / Inverted Lo17EPSGEPSG4EPSG,I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 54SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 53SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 52SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 51SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 50SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 49SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 48SEPSG0EPSG+EPSG?I UEPSG, SRGI2013 epoch 2021.0 / UTM zone 47SEPSG0EPSG+EPSG?I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 52NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 51NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 50NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 49NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 48NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 47NEPSG0EPSG+EPSG>I UEPSG,SRGI2013 epoch 2021.0 / UTM zone 46NEPSG0EPSG+EPSG>R gEPSG+ETRS89-BEL [BEREF2011] / Belgian Lambert 2008EPSGEPSG+EPSGN _EPSG+ETRS89-ESP [REGENTE] / UTM zone 31N (N-E)EPSGEPSG+~EPSG>H SEPSG+ETRS89-ESP [REGENTE] / UTM zone 31NEPSG0EPSG+~EPSG>N _EPSG+ETRS89-ESP [REGENTE] / UTM zone 30N (N-E)EPSGEPSG+~EPSG>H SEPSG+ETRS89-ESP [REGENTE] / UTM zone 30NEPSG0EPSG+~EPSG>N _EPSG+ETRS89-ESP [REGENTE] / UTM zone 29N (N-E)EPSGEPSG+~EPSG>H SEPSG+ETRS89-ESP [REGENTE] / UTM zone 29NEPSG0EPSG+~EPSG>N _EPSG+ETRS89-ESP [REGENTE] / UTM zone 28N (N-E)EPSGEPSG+~EPSG>H SEPSG+ETRS89-ESP [REGENTE] / UTM zone 28NEPSG0EPSG+~EPSG>K YEPSG+nMAGNA-SIRGAS 2018 / Colombia East zoneEPSGEPSGNNEPSGFS iEPSG+mMAGNA-SIRGAS 2018 / Colombia East Central zoneEPSGEPSGNNEPSGFM ]EPSG+lMAGNA-SIRGAS 2018 / Colombia Bogota zoneEPSGEPSGNNEPSGFK YEPSG+kMAGNA-SIRGAS 2018 / Colombia West zoneEPSGEPSGNNEPSGFO aEPSG+jMAGNA-SIRGAS 2018 / Colombia Far West zoneEPSGEPSGNNEPSGFH SEPSG+ETRS89-NOR [EUREF89] / UTM zone 37NEPSG0EPSG*{EPSG>H SEPSG+ETRS89-NOR [EUREF89] / UTM zone 36NEPSG0EPSG*{EPSG>H SEPSG+ETRS89-NOR [EUREF89] / UTM zone 35NEPSG0EPSG*{EPSG>H SEPSG+ETRS89-NOR [EUREF89] / UTM zone 34NEPSG0EPSG*{EPSG>H SEPSG+ETRS89-NOR [EUREF89] / UTM zone 33NEPSG0EPSG*{EPSG>H SEPSG+ETRS89-NOR [EUREF89] / UTM zone 32NEPSG0EPSG*{EPSG>H SEPSG+ ETRS89-NOR [EUREF89] / UTM zone 31NEPSG0EPSG*{EPSG>H SEPSG+ ETRS89-NOR [EUREF89] / UTM zone 30NEPSG0EPSG*{EPSG>N _EPSG+ ETRS89-NOR [EUREF89] / UTM zone 37N (N-E)EPSGEPSG*{EPSG>N _EPSG+ ETRS89-NOR [EUREF89] / UTM zone 36N (N-E)EPSGEPSG*{EPSG>N _EPSG+ ETRS89-NOR [EUREF89] / UTM zone 35N (N-E)EPSGEPSG*{EPSG>_F OEPSG,bNAD83(2011) / RMTCRS Butte 83 (m)EPSGEPSGEPSG,P 7j: Z   8 s + S z 1V {2W|3X}4p*[C I EPSGNdPulkovo 1995 / Gauss-Kruger 8NEPSGEPSGhEPSG?C I EPSGNcPulkovo 1995 / Gauss-Kruger 7NEPSGEPSGhEPSG?C I EPSGNbPulkovo 1995 / Gauss-Kruger 6NEPSGEPSGhEPSG?C I EPSGNaPulkovo 1995 / Gauss-Kruger 5NEPSGEPSGhEPSG?C I EPSGN`Pulkovo 1995 / Gauss-Kruger 4NEPSGEPSGhEPSG?F OEPSGNRNAD83(2011) / Amtrak NECCS21 (ft)EPSGEPSGEPSG'E MEPSGNQSIRGAS-Chile 2021 / UTM zone 19SEPSG0EPSGNIEPSG>E MEPSGNPSIRGAS-Chile 2021 / UTM zone 18SEPSG0EPSGNIEPSG>7 1EPSGNOGDA2020 / BCSG2020EPSG0EPSGEPSG'E MEPSGNJSIRGAS-Chile 2021 / UTM zone 12SEPSG0EPSGNIEPSG>H SEPSGN@Pulkovo 1995 / Gauss-Kruger zone 32EPSGEPSGhEPSG?hH SEPSGN?Pulkovo 1995 / Gauss-Kruger zone 31EPSGEPSGhEPSG?gH SEPSGN>Pulkovo 1995 / Gauss-Kruger zone 30EPSGEPSGhEPSG?fH SEPSGN=Pulkovo 1995 / Gauss-Kruger zone 29EPSGEPSGhEPSG?eH SEPSGNv1b N  : k & W  U k2Nj1Mi0y:}An49 5EPSGQXAratu / UTM zone 24SEPSG0EPSGpEPSG>9 5EPSGQWAratu / UTM zone 23SEPSG0EPSGpEPSG>9 5EPSGQVAratu / UTM zone 22SEPSG0EPSGpEPSG>F OEPSGQ7Lisbon (Lisbon) / Portuguese GridEPSGEPSGEPSGNO aEPSGQ6Lisbon (Lisbon) / Portuguese National GridEPSGEPSGEPSGM; 9EPSGP;Afgooye / UTM zone 39NEPSG0EPSGmEPSG>; 9EPSGP:Afgooye / UTM zone 38NEPSG0EPSGmEPSG>> ?EPSGPAin el Abd / Bahrain GridEPSG0EPSGlEPSGM> ?EPSGOAin el Abd / UTM zone 40NEPSG0EPSGlEPSG>> ?EPSGOAin el Abd / UTM zone 39NEPSG0EPSGlEPSG>> ?EPSGOAin el Abd / UTM zone 38NEPSG0EPSGlEPSG>> ?EPSGOAin el Abd / UTM zone 37NEPSG0EPSGlEPSG>> ?EPSGOAin el Abd / UTM zone 36NEPSG0EPSGlEPSG>8 3 EPSGOAGD84 / AMG zone 58EPSG0EPSGkEPSGD28 3 EPSGOAGD84 / AMG zone 57EPSG0EPSGkEPSGD18 3EPSGOAGD84 / AMG zone 56EPSG0EPSGkEPSGD08 3EPSGOAGD84 / AMG zone 55EPSG0EPSGkEPSGD/8 3EPSGOAGD84 / AMG zone 54EPSG0EPSGkEPSGD.8 3EPSGOAGD84 / AMG zone 53EPSG0EPSGkEPSGD-8 3EPSGOAGD84 / AMG zone 52EPSG0EPSGkEPSGD,8 3EPSGOAGD84 / AMG zone 51EPSG0EPSGkEPSGD+8 3EPSGO~AGD84 / AMG zone 50EPSG0EPSGkEPSGD*8 3EPSGO}AGD84 / AMG zone 49EPSG0EPSGkEPSGD)8 3 EPSGO|AGD84 / AMG zone 48EPSG0EPSGkEPSGD(8 3EPSGO"AGD66 / AMG zone 58EPSG0EPSGjEPSGD28 3EPSGO!AGD66 / AMG zone 57EPSG0EPSGjEPSGD18 3EPSGO AGD66 / AMG zone 56EPSG0EPSGjEPSGD08 3EPSGOAGD66 / AMG zone 55EPSG0EPSGjEPSGD/8 3EPSGOAGD66 / AMG zone 54EPSG0EPSGjEPSGD.8 3EPSGOAGD66 / AMG zone 53EPSG0EPSGjEPSGD-8 3EPSGOAGD66 / AMG zone 52EPSG0EPSGjEPSGD,8 3EPSGOAGD66 / AMG zone 51EPSG0EPSGjEPSGD+8 3EPSGOAGD66 / AMG zone 50EPSG0EPSGjEPSGD*8 3EPSGOAGD66 / AMG zone 49EPSG0EPSGjEPSGD)8 3 EPSGOAGD66 / AMG zone 48EPSG0EPSGjEPSGD(; 9EPSGNAdindan / UTM zone 38NEPSG0EPSGiEPSG>; 9EPSGNAdindan / UTM zone 37NEPSG0EPSGiEPSG>; 9EPSGNAdindan / UTM zone 36NEPSG0EPSGiEPSG>; 9EPSGNAdindan / UTM zone 35NEPSG0EPSGiEPSG>D K EPSGN|Pulkovo 1995 / Gauss-Kruger 32NEPSGEPSGhEPSG?D K EPSGN{Pulkovo 1995 / Gauss-Kruger 31NEPSGEPSGhEPSG?D K EPSGNzPulkovo 1995 / Gauss-Kruger 30NEPSGEPSGhEPSG?D K EPSGNyPulkovo 1995 / Gauss-Kruger 29NEPSGEPSGhEPSG?D K EPSGNxPulkovo 1995 / Gauss-Kruger 28NEPSGEPSGhEPSG?D K EPSGNwPulkovo 1995 / Gauss-Kruger 27NEPSGEPSGhEPSG?D K EPSGNvPulkovo 1995 / Gauss-Kruger 26NEPSGEPSGhEPSG?D K EPSGNuPulkovo 1995 / Gauss-Kruger 25NEPSGEPSGhEPSG?D K EPSGNtPulkovo 1995 / Gauss-Kruger 24NEPSGEPSGhEPSG?D K EPSGNsPulkovo 1995 / Gauss-Kruger 23NEPSGEPSGhEPSG?D K EPSGNrPulkovo 1995 / Gauss-Kruger 22NEPSGEPSGhEPSG?D K EPSGNqPulkovo 1995 / Gauss-Kruger 21NEPSGEPSGhEPSG?D K EPSGNpPulkovo 1995 / Gauss-Kruger 20NEPSGEPSGhEPSG?D K EPSGNoPulkovo 1995 / Gauss-Kruger 19NEPSGEPSGhEPSG?D K EPSGNnPulkovo 1995 / Gauss-Kruger 18NEPSGEPSGhEPSG?D K EPSGNmPulkovo 1995 / Gauss-Kruger 17NEPSGEPSGhEPSG?D K EPSGNlPulkovo 1995 / Gauss-Kruger 16NEPSGEPSGhEPSG?D K EPSGNkPulkovo 1995 / Gauss-Kruger 15NEPSGEPSGhEPSG?D K EPSGNjPulkovo 1995 / Gauss-Kruger 14NEPSGEPSGhEPSG?D K EPSGNiPulkovo 1995 / Gauss-Kruger 13NEPSGEPSGhEPSG?D K EPSGNhPulkovo 1995 / Gauss-Kruger 12NEPSGEPSGhEPSG?D K EPSGNgPulkovo 1995 / Gauss-Kruger 11NEPSGEPSGhEPSG?C IEPSGQGSK-2011 / Gauss-Kruger zone 4EPSGEPSGEPSG?L :x4f! R > o * [  G C~:n*^N :k&WD KEPSGR'GSK-2011 / Gauss-Kruger CM 177WEPSGEPSGEPSG?D KEPSGR&GSK-2011 / Gauss-Kruger CM 177EEPSGEPSGEPSG?D KEPSGR%GSK-2011 / Gauss-Kruger CM 171EEPSGEPSGEPSG?D KEPSGR$GSK-2011 / Gauss-Kruger CM 165EEPSGEPSGEPSG?D KEPSGR#GSK-2011 / Gauss-Kruger CM 159EEPSGEPSGEPSG?D KEPSGR"GSK-2011 / Gauss-Kruger CM 153EEPSGEPSGEPSG?D KEPSGR!GSK-2011 / Gauss-Kruger CM 147EEPSGEPSGEPSG?D KEPSGR GSK-2011 / Gauss-Kruger CM 141EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 135EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 129EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 123EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 117EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 111EEPSGEPSGEPSG?D KEPSGRGSK-2011 / Gauss-Kruger CM 105EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 99EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 93EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 87EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 81EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 75EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 69EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 63EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 57EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 51EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 45EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 39EEPSGEPSGEPSG?C IEPSGRGSK-2011 / Gauss-Kruger CM 33EEPSGEPSGEPSG?C IEPSGR GSK-2011 / Gauss-Kruger CM 27EEPSGEPSGEPSG?C IEPSGR GSK-2011 / Gauss-Kruger CM 21EEPSGEPSGEPSG?< ;EPSGQArc 1950 / UTM zone 36SEPSG0EPSGqEPSG?< ;EPSGQArc 1950 / UTM zone 35SEPSG0EPSGqEPSG?< ;EPSGQArc 1950 / UTM zone 34SEPSG0EPSGqEPSG?D KEPSGQGSK-2011 / Gauss-Kruger zone 32EPSGEPSGEPSG?hD KEPSGQGSK-2011 / Gauss-Kruger zone 31EPSGEPSGEPSG?gD KEPSGQGSK-2011 / Gauss-Kruger zone 30EPSGEPSGEPSG?fD KEPSGQGSK-2011 / Gauss-Kruger zone 29EPSGEPSGEPSG?eD KEPSGQGSK-2011 / Gauss-Kruger zone 28EPSGEPSGEPSG?dD KEPSGQGSK-2011 / Gauss-Kruger zone 27EPSGEPSGEPSG?cD KEPSGQGSK-2011 / Gauss-Kruger zone 26EPSGEPSGEPSG?bD KEPSGQGSK-2011 / Gauss-Kruger zone 25EPSGEPSGEPSG?aD KEPSGQGSK-2011 / Gauss-Kruger zone 24EPSGEPSGEPSG?`D KEPSGQGSK-2011 / Gauss-Kruger zone 23EPSGEPSGEPSG?_D KEPSGQGSK-2011 / Gauss-Kruger zone 22EPSGEPSGEPSG?^D KEPSGQGSK-2011 / Gauss-Kruger zone 21EPSGEPSGEPSG?]D KEPSGQGSK-2011 / Gauss-Kruger zone 20EPSGEPSGEPSG?\D KEPSGQGSK-2011 / Gauss-Kruger zone 19EPSGEPSGEPSG?[D KEPSGQGSK-2011 / Gauss-Kruger zone 18EPSGEPSGEPSG?ZD KEPSGQGSK-2011 / Gauss-Kruger zone 17EPSGEPSGEPSG?YD KEPSGQGSK-2011 / Gauss-Kruger zone 16EPSGEPSGEPSG?XD KEPSGQGSK-2011 / Gauss-Kruger zone 15EPSGEPSGEPSG?WD KEPSGQGSK-2011 / Gauss-Kruger zone 14EPSGEPSGEPSG?VD KEPSGQGSK-2011 / Gauss-Kruger zone 13EPSGEPSGEPSG?UD KEPSGQGSK-2011 / Gauss-Kruger zone 12EPSGEPSGEPSG?TD KEPSGQGSK-2011 / Gauss-Kruger zone 11EPSGEPSGEPSG?SD KEPSGQGSK-2011 / Gauss-Kruger zone 10EPSGEPSGEPSG?RC IEPSGQGSK-2011 / Gauss-Kruger zone 9EPSGEPSGEPSG?QC IEPSGQGSK-2011 / Gauss-Kruger zone 8EPSGEPSGEPSG?PC IEPSGQGSK-2011 / Gauss-Kruger zone 7EPSGEPSGEPSG?OC IEPSGQGSK-2011 / Gauss-Kruger zone 6EPSGEPSGEPSG?N >~AM Z  ]  ]  ]  ] ]]]]]]]]? AEPSGS GSK-2011 / GSK 3GK zone 57EPSGEPSGEPSGB=? AEPSGSGSK-2011 / GSK 3GK zone 56EPSGEPSGEPSGB ?EPSGRGSK-2011 / GSK 3GK zone 9EPSGEPSGEPSGB > ?EPSGRGSK-2011 / GSK 3GK zone 8EPSGEPSGEPSGB > ?EPSGRGSK-2011 / GSK 3GK zone 7EPSGEPSGEPSGB ; 9EPSGRBatavia / UTM zone 50SEPSG0EPSGsEPSG?; 9EPSGRBatavia / UTM zone 49SEPSG0EPSGsEPSG?; 9EPSGRBatavia / UTM zone 48SEPSG0EPSGsEPSG?> ? EPSGRlBatavia (Jakarta) / NEIEZEPSGEPSGEPSGM< ;EPSGRiArc 1960 / UTM zone 37NEPSG0EPSGrEPSG>< ;EPSGRhArc 1960 / UTM zone 36NEPSG0EPSGrEPSG>< ;EPSGRgArc 1960 / UTM zone 35NEPSG0EPSGrEPSG>< ;EPSGR-Arc 1960 / UTM zone 37SEPSG0EPSGrEPSG? < ;EPSGR,Arc 1960 / UTM zone 36SEPSG0EPSGrEPSG?< ;EPSGR+Arc 1960 / UTM zone 35SEPSG0EPSGrEPSG?K? AEPSGS GSK-2011 / GSK 3GK zone 58EPSGEPSGEPSGB> =@2 h ) l - p 1 t 5 x 9|=AAAAAAA? AEPSGSoGSK-2011 / GSK 3GK CM 177EEPSGEPSGEPSGC? AEPSGSnGSK-2011 / GSK 3GK CM 174EEPSGEPSGEPSGC? AEPSGSmGSK-2011 / GSK 3GK CM 171EEPSGEPSGEPSGC? AEPSGSlGSK-2011 / GSK 3GK CM 168EEPSGEPSGEPSGC? AEPSGSkGSK-2011 / GSK 3GK CM 165EEPSGEPSGEPSGC? AEPSGSjGSK-2011 / GSK 3GK CM 162EEPSGEPSGEPSGC? AEPSGSiGSK-2011 / GSK 3GK CM 159EEPSGEPSGEPSGC? AEPSGShGSK-2011 / GSK 3GK CM 156EEPSGEPSGEPSGC? AEPSGSgGSK-2011 / GSK 3GK CM 153EEPSGEPSGEPSGB? AEPSGSfGSK-2011 / GSK 3GK CM 150EEPSGEPSGEPSGB? AEPSGSeGSK-2011 / GSK 3GK CM 147EEPSGEPSGEPSGB? AEPSGSdGSK-2011 / GSK 3GK CM 144EEPSGEPSGEPSGB? AEPSGScGSK-2011 / GSK 3GK CM 141EEPSGEPSGEPSGB? AEPSGSbGSK-2011 / GSK 3GK CM 138EEPSGEPSGEPSGB? AEPSGSaGSK-2011 / GSK 3GK CM 135EEPSGEPSGEPSGB? AEPSGS`GSK-2011 / GSK 3GK CM 132EEPSGEPSGEPSGB? AEPSGS_GSK-2011 / GSK 3GK CM 129EEPSGEPSGEPSGB? AEPSGS^GSK-2011 / GSK 3GK CM 126EEPSGEPSGEPSGB? AEPSGS]GSK-2011 / GSK 3GK CM 123EEPSGEPSGEPSGB? AEPSGS\GSK-2011 / GSK 3GK CM 120EEPSGEPSGEPSGB? AEPSGS[GSK-2011 / GSK 3GK CM 117EEPSGEPSGEPSGB? AEPSGSZGSK-2011 / GSK 3GK CM 114EEPSGEPSGEPSGB? AEPSGSYGSK-2011 / GSK 3GK CM 111EEPSGEPSGEPSGB? AEPSGSXGSK-2011 / GSK 3GK CM 108EEPSGEPSGEPSGB? AEPSGSWGSK-2011 / GSK 3GK CM 105EEPSGEPSGEPSGB? AEPSGSVGSK-2011 / GSK 3GK CM 102EEPSGEPSGEPSGB> ?EPSGSUGSK-2011 / GSK 3GK CM 99EEPSGEPSGEPSGB> ?EPSGSTGSK-2011 / GSK 3GK CM 96EEPSGEPSGEPSGB> ?EPSGSSGSK-2011 / GSK 3GK CM 93EEPSGEPSGEPSGB> ?EPSGSRGSK-2011 / GSK 3GK CM 90EEPSGEPSGEPSGB> ?EPSGSQGSK-2011 / GSK 3GK CM 87EEPSGEPSGEPSGB> ?EPSGSPGSK-2011 / GSK 3GK CM 84EEPSGEPSGEPSGB> ?EPSGSOGSK-2011 / GSK 3GK CM 81EEPSGEPSGEPSGB> ?EPSGSNGSK-2011 / GSK 3GK CM 78EEPSGEPSGEPSGB> ?EPSGSMGSK-2011 / GSK 3GK CM 75EEPSGEPSGEPSGB> ?EPSGSLGSK-2011 / GSK 3GK CM 72EEPSGEPSGEPSGB> ?EPSGSKGSK-2011 / GSK 3GK CM 69EEPSGEPSGEPSGB> ?EPSGSJGSK-2011 / GSK 3GK CM 66EEPSGEPSGEPSGB> ?EPSGSIGSK-2011 / GSK 3GK CM 63EEPSGEPSGEPSGB> ?EPSGSHGSK-2011 / GSK 3GK CM 60EEPSGEPSGEPSGB> ?EPSGSGGSK-2011 / GSK 3GK CM 57EEPSGEPSGEPSGB> ?EPSGSFGSK-2011 / GSK 3GK CM 54EEPSGEPSGEPSGB> ?EPSGSEGSK-2011 / GSK 3GK CM 51EEPSGEPSGEPSGB> ?EPSGSDGSK-2011 / GSK 3GK CM 48EEPSGEPSGEPSGB> ?EPSGSCGSK-2011 / GSK 3GK CM 45EEPSGEPSGEPSGB> ?EPSGSBGSK-2011 / GSK 3GK CM 42EEPSGEPSGEPSGB> ?EPSGSAGSK-2011 / GSK 3GK CM 39EEPSGEPSGEPSGB> ?EPSGS@GSK-2011 / GSK 3GK CM 36EEPSGEPSGEPSGB> ?EPSGS?GSK-2011 / GSK 3GK CM 33EEPSGEPSGEPSGB> ?EPSGS>GSK-2011 / GSK 3GK CM 30EEPSGEPSGEPSGB> ?EPSGS=GSK-2011 / GSK 3GK CM 27EEPSGEPSGEPSGB> ?EPSGS ?EPSGS;GSK-2011 / GSK 3GK CM 21EEPSGEPSGEPSGBK YEPSGS,Barbados 1938 / Barbados National GridEPSG0EPSGtEPSGMM ]EPSGS+Barbados 1938 / British West Indies GridEPSG0EPSGtEPSGM? AEPSGSGSK-2011 / GSK 3GK zone 64EPSGEPSGEPSGBD? AEPSGSGSK-2011 / GSK 3GK zone 63EPSGEPSGEPSGBC? AEPSGSGSK-2011 / GSK 3GK zone 62EPSGEPSGEPSGBB? AEPSGS GSK-2011 / GSK 3GK zone 61EPSGEPSGEPSGBA? AEPSGS GSK-2011 / GSK 3GK zone 60EPSGEPSGEPSGB@? AEPSGSpGSK-2011 / GSK 3GK CM 180EEPSGEPSGEPSGC 9@n% J  o & M  u , Q z5f!R E\?cX< ;EPSGVPOSGAR 98 / Argentina 2EPSGEPSG^EPSGFp< ;EPSGVPOSGAR 98 / Argentina 1EPSGEPSG^EPSGFo= =EPSGVLCamacupa 1948 / TM 12 SEEPSG0EPSG|EPSG@@ CEPSGVKCamacupa 1948 / TM 11.30 SEEPSG0EPSG|EPSG@A EEPSGVCamacupa 1948 / UTM zone 33SEPSG0EPSG|EPSG?A EEPSGVCamacupa 1948 / UTM zone 32SEPSG0EPSG|EPSG?E MEPSGUBogota 1975 / Colombia East zoneEPSGEPSGzEPSGFM ]EPSGUBogota 1975 / Colombia East Central zoneEPSGEPSGzEPSGFG QEPSGUBogota 1975 / Colombia Bogota zoneEPSGEPSGzEPSGFE MEPSGUBogota 1975 / Colombia West zoneEPSGEPSGzEPSGF@ C EPSGUBogota 1975 / Colombia EastEPSGEPSGzEPSGFM ] EPSGUBogota 1975 / Colombia East Central zoneEPSGEPSGzEPSGFG Q EPSGUBogota 1975 / Colombia Bogota zoneEPSGEPSGzEPSGFE M EPSGUBogota 1975 / Colombia West zoneEPSGEPSGzEPSGF? AEPSGU:Bogota 1975 / UTM zone 18NEPSG0EPSGzEPSG>? A EPSGU9Bogota 1975 / UTM zone 17NEPSG0EPSGzEPSG>5 -EPSGUCH1903 / LV03C-GEPSGEPSG5EPSGM2 'EPSGUCH1903 / LV03EPSGEPSG5EPSGM: 7EPSGUCH1903 (Bern) / LV03CEPSGEPSGEPSGMG QEPSGSBD50 (Brussels) / Belge Lambert 50EPSGEPSGEPSGMD K EPSGSBeijing 1954 / Gauss-Kruger 23NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 22NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 21NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 20NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 19NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 18NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 17NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 16NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 15NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 14NEPSGEPSGvEPSG?D K EPSGSBeijing 1954 / Gauss-Kruger 13NEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 135EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 129EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 123EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 117EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 111EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger CM 105EEPSGEPSGvEPSG?G QEPSGSBeijing 1954 / Gauss-Kruger CM 99EEPSGEPSGvEPSG?G QEPSGSBeijing 1954 / Gauss-Kruger CM 93EEPSGEPSGvEPSG?G QEPSGSBeijing 1954 / Gauss-Kruger CM 87EEPSGEPSGvEPSG?G QEPSGSBeijing 1954 / Gauss-Kruger CM 81EEPSGEPSGvEPSG?G QEPSGSBeijing 1954 / Gauss-Kruger CM 75EEPSGEPSGvEPSG?H SEPSGSBeijing 1954 / Gauss-Kruger zone 23EPSGEPSGvEPSG?_H SEPSGSBeijing 1954 / Gauss-Kruger zone 22EPSGEPSGvEPSG?^H SEPSGSBeijing 1954 / Gauss-Kruger zone 21EPSGEPSGvEPSG?]H SEPSGSBeijing 1954 / Gauss-Kruger zone 20EPSGEPSGvEPSG?\H SEPSGSBeijing 1954 / Gauss-Kruger zone 19EPSGEPSGvEPSG?[H SEPSGSBeijing 1954 / Gauss-Kruger zone 18EPSGEPSGvEPSG?ZH SEPSGSBeijing 1954 / Gauss-Kruger zone 17EPSGEPSGvEPSG?YH SEPSGSBeijing 1954 / Gauss-Kruger zone 16EPSGEPSGvEPSG?XH SEPSGSBeijing 1954 / Gauss-Kruger zone 15EPSGEPSGvEPSG?WH SEPSGSBeijing 1954 / Gauss-Kruger zone 14EPSGEPSGvEPSG?VH SEPSGSBeijing 1954 / Gauss-Kruger zone 13EPSGEPSGvEPSG?U? AEPSGStGSK-2011 / GSK 3GK CM 168WEPSGEPSGEPSGC ? AEPSGSsGSK-2011 / GSK 3GK CM 171WEPSGEPSGEPSGC ? AEPSGSrGSK-2011 / GSK 3GK CM 174WEPSGEPSGEPSGC < ;EPSGVPOSGAR 98 / Argentina 3EPSGEPSG^EPSGFqGC >I U a  U  K E   =w5o2{B C};u2?[*0 #EPSGWCape / Lo27EPSGgEPSG~EPSGDw0 #EPSGW Cape / Lo25EPSGgEPSG~EPSGDu0 #EPSGW Cape / Lo23EPSGgEPSG~EPSGDs0 #EPSGW Cape / Lo21EPSGgEPSG~EPSGDq0 #EPSGWCape / Lo19EPSGgEPSG~EPSGDo0 #EPSGWCape / Lo17EPSGgEPSG~EPSGDm0 #EPSGWCape / Lo15EPSGgEPSG~EPSGDkP cEPSGVNAD83(CSRS)v2 / Alberta 3TM ref merid 120 WEPSG0EPSG -EPSGE>P cEPSGVNAD83(CSRS)v2 / Alberta 3TM ref merid 117 WEPSG0EPSG -EPSGE

< ;EPSGVRGSH2020 / UTM zone 31NEPSG0EPSG(;EPSG>< ;EPSGVRGSH2020 / UTM zone 30NEPSG0EPSG(;EPSG>< ;EPSGVRGSH2020 / UTM zone 29NEPSG0EPSG(;EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 22NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 21NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 20NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 19NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 18NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 17NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 16NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 15NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 14NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 13NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 12NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 11NEPSG0EPSG -EPSG>A EEPSGVNAD83(CSRS)v2 / UTM zone 10NEPSG0EPSG -EPSG>@ CEPSGVNAD83(CSRS)v2 / UTM zone 9NEPSG0EPSG -EPSG>@ CEPSGVNAD83(CSRS)v2 / UTM zone 8NEPSG0EPSG -EPSG>@ CEPSGVNAD83(CSRS)v2 / UTM zone 7NEPSG0EPSG -EPSG>B GEPSGVCampo Inchauspe / Argentina 7EPSGEPSG}EPSGFuB GEPSGVCampo Inchauspe / Argentina 6EPSGEPSG}EPSGFtB GEPSGVCampo Inchauspe / Argentina 5EPSGEPSG}EPSGFsB GEPSGVCampo Inchauspe / Argentina 4EPSGEPSG}EPSGFrB GEPSGVCampo Inchauspe / Argentina 3EPSGEPSG}EPSGFqB GEPSGVCampo Inchauspe / Argentina 2EPSGEPSG}EPSGFpB GEPSGVCampo Inchauspe / Argentina 1EPSGEPSG}EPSGFo< ;EPSGVPOSGAR 94 / Argentina 7EPSGEPSGVEPSGFu< ;EPSGVPOSGAR 94 / Argentina 6EPSGEPSGVEPSGFt< ;EPSGVPOSGAR 94 / Argentina 5EPSGEPSGVEPSGFs< ;EPSGVPOSGAR 94 / Argentina 4EPSGEPSGVEPSGFr< ;EPSGVPOSGAR 94 / Argentina 3EPSGEPSGVEPSGFq< ;EPSGVPOSGAR 94 / Argentina 2EPSGEPSGVEPSGFp< ;EPSGVPOSGAR 94 / Argentina 1EPSGEPSGVEPSGFo< ;EPSGVPOSGAR 98 / Argentina 7EPSGEPSG^EPSGFu< ;EPSGVPOSGAR 98 / Argentina 6EPSGEPSG^EPSGFt< ;EPSGVPOSGAR 98 / Argentina 5EPSGEPSG^EPSGFs ;0 #EPSGWCape / Lo29EPSGgEPSG~EPSGDy ;B~< v 4 n , f ) Y  V RWQIA{*7V @ CEPSGXONAD83(CSRS)v6 / UTM zone 7NEPSG0EPSG J WEPSGWCorrego Alegre 1970-72 / UTM zone 25SEPSG0EPSGEPSG>J WEPSGWCorrego Alegre 1970-72 / UTM zone 24SEPSG0EPSGEPSG>J WEPSGWCorrego Alegre 1970-72 / UTM zone 23SEPSG0EPSGEPSG>J WEPSGWCorrego Alegre 1970-72 / UTM zone 22SEPSG0EPSGEPSG>J WEPSGWCorrego Alegre 1970-72 / UTM zone 21SEPSG0EPSGEPSG>P cEPSGWNAD83(CSRS)v4 / Alberta 3TM ref merid 120 WEPSG0EPSG 6EPSGE>P cEPSGWNAD83(CSRS)v4 / Alberta 3TM ref merid 117 WEPSG0EPSG 6EPSGE

A EEPSGWNAD83(CSRS)v4 / UTM zone 21NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 20NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 19NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 18NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 17NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 16NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 15NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 14NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 13NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 12NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 11NEPSG0EPSG 6EPSG>A EEPSGWNAD83(CSRS)v4 / UTM zone 10NEPSG0EPSG 6EPSG>@ CEPSGWNAD83(CSRS)v4 / UTM zone 9NEPSG0EPSG 6EPSG>@ CEPSGWNAD83(CSRS)v4 / UTM zone 8NEPSG0EPSG 6EPSG>@ CEPSGWNAD83(CSRS)v4 / UTM zone 7NEPSG0EPSG 6EPSG>; 9EPSGWxCarthage / Sud TunisieEPSGEPSGEPSGG< ;EPSGWwCarthage / Nord TunisieEPSGEPSGEPSGG@ CEPSGWUNAD83(CSRS)v3 / MTM zone 17EPSG0EPSG 0EPSGE5@ CEPSGWTNAD83(CSRS)v3 / MTM zone 16EPSG0EPSG 0EPSGE4@ CEPSGWSNAD83(CSRS)v3 / MTM zone 15EPSG0EPSG 0EPSGE3@ CEPSGWRNAD83(CSRS)v3 / MTM zone 14EPSG0EPSG 0EPSGE2@ CEPSGWQNAD83(CSRS)v3 / MTM zone 13EPSG0EPSG 0EPSGE1@ CEPSGWPNAD83(CSRS)v3 / MTM zone 12EPSG0EPSG 0EPSGE0@ CEPSGWONAD83(CSRS)v3 / MTM zone 11EPSG0EPSG 0EPSGE/@ CEPSGWNNAD83(CSRS)v3 / MTM zone 10EPSGEPSG 0EPSGE.? AEPSGWMNAD83(CSRS)v3 / MTM zone 9EPSGEPSG 0EPSGE-? AEPSGWLNAD83(CSRS)v3 / MTM zone 8EPSGEPSG 0EPSGE,G QEPSGWBNAD83(CSRS)v3 / MTM NS 1997 zone 4EPSG0EPSG 0EPSG&G QEPSGWANAD83(CSRS)v3 / MTM NS 1997 zone 5EPSG0EPSG 0EPSG&< ;EPSGWA EEPSGW2NAD83(CSRS)v3 / UTM zone 22NEPSG0EPSG 0EPSG>A EEPSGW1NAD83(CSRS)v3 / UTM zone 21NEPSG0EPSG 0EPSG>A EEPSGW0NAD83(CSRS)v3 / UTM zone 20NEPSG0EPSG 0EPSG>A EEPSGW/NAD83(CSRS)v3 / UTM zone 19NEPSG0EPSG 0EPSG>A EEPSGW.NAD83(CSRS)v3 / UTM zone 18NEPSG0EPSG 0EPSG>A EEPSGW-NAD83(CSRS)v3 / UTM zone 17NEPSG0EPSG 0EPSG>A EEPSGW,NAD83(CSRS)v3 / UTM zone 16NEPSG0EPSG 0EPSG>A EEPSGW+NAD83(CSRS)v3 / UTM zone 15NEPSG0EPSG 0EPSG>A EEPSGW*NAD83(CSRS)v3 / UTM zone 14NEPSG0EPSG 0EPSG>A EEPSGW)NAD83(CSRS)v3 / UTM zone 13NEPSG0EPSG 0EPSG>A EEPSGW(NAD83(CSRS)v3 / UTM zone 12NEPSG0EPSG 0EPSG>A EEPSGW'NAD83(CSRS)v3 / UTM zone 11NEPSG0EPSG 0EPSG>A EEPSGW&NAD83(CSRS)v3 / UTM zone 10NEPSG0EPSG 0EPSG>@ CEPSGW%NAD83(CSRS)v3 / UTM zone 9NEPSG0EPSG 0EPSG>@ CEPSGW$NAD83(CSRS)v3 / UTM zone 8NEPSG0EPSG 0EPSG>@ CEPSGW#NAD83(CSRS)v3 / UTM zone 7NEPSG0EPSG 0EPSG>K YEPSGWCarthage (Paris) / Tunisia Mining GridEPSG6EPSGEPSGM0 #EPSGWCape / Lo33EPSGgEPSG~EPSGD} ;};u3 m + e  ^  ^  [ WUN F>s"/e$A EEPSGYNAD83(CSRS)v8 / UTM zone 10NEPSG0EPSG(EPSG>@ CEPSGYNAD83(CSRS)v8 / UTM zone 9NEPSG0EPSG(EPSG>@ CEPSGYNAD83(CSRS)v8 / UTM zone 8NEPSG0EPSG(EPSG>@ CEPSGYNAD83(CSRS)v8 / UTM zone 7NEPSG0EPSG(EPSG>G QEPSGXDeir ez Zor / Levant StereographicEPSGEPSGEPSGM@ CEPSGXDeir ez Zor / Syria LambertEPSGEPSGEPSGMP cEPSGXNAD83(CSRS)v7 / Alberta 3TM ref merid 120 WEPSG0EPSG ?EPSGE>P cEPSGXNAD83(CSRS)v7 / Alberta 3TM ref merid 117 WEPSG0EPSG ?EPSGE

A EEPSGXNAD83(CSRS)v7 / UTM zone 21NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 20NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 19NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 18NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 17NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 16NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 15NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 14NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 13NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 12NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 11NEPSG0EPSG ?EPSG>A EEPSGXNAD83(CSRS)v7 / UTM zone 10NEPSG0EPSG ?EPSG>@ CEPSGXNAD83(CSRS)v7 / UTM zone 9NEPSG0EPSG ?EPSG>@ CEPSGXNAD83(CSRS)v7 / UTM zone 8NEPSG0EPSG ?EPSG>@ CEPSGXNAD83(CSRS)v7 / UTM zone 7NEPSG0EPSG ?EPSG>> ?EPSGXDeir ez Zor / Levant ZoneEPSGEPSGEPSGM@ CEPSGXNAD83(CSRS)v6 / MTM zone 17EPSG0EPSG A EEPSGX]NAD83(CSRS)v6 / UTM zone 21NEPSG0EPSG A EEPSGX\NAD83(CSRS)v6 / UTM zone 20NEPSG0EPSG A EEPSGX[NAD83(CSRS)v6 / UTM zone 19NEPSG0EPSG A EEPSGXZNAD83(CSRS)v6 / UTM zone 18NEPSG0EPSG A EEPSGXYNAD83(CSRS)v6 / UTM zone 17NEPSG0EPSG A EEPSGXXNAD83(CSRS)v6 / UTM zone 16NEPSG0EPSG A EEPSGXWNAD83(CSRS)v6 / UTM zone 15NEPSG0EPSG A EEPSGXVNAD83(CSRS)v6 / UTM zone 14NEPSG0EPSG A EEPSGXUNAD83(CSRS)v6 / UTM zone 13NEPSG0EPSG A EEPSGXTNAD83(CSRS)v6 / UTM zone 12NEPSG0EPSG A EEPSGXSNAD83(CSRS)v6 / UTM zone 11NEPSG0EPSG A EEPSGXRNAD83(CSRS)v6 / UTM zone 10NEPSG0EPSG @ CEPSGXQNAD83(CSRS)v6 / UTM zone 9NEPSG0EPSG ;|:t2 l * x : H  d + M \=fEi"Kh9H SEPSG[ NAD83(2011) / ICS83-Robinson (ftUS)EPSGEPSGEPSG+I UEPSG[NAD83(2011) / ICS83-Effingham (ftUS)EPSGEPSGEPSG+K YEPSG[NAD83(2011) / ICS83-Taylorville (ftUS)EPSGEPSGEPSG+K YEPSG[NAD83(2011) / ICS83-Carlinville (ftUS)EPSGEPSGEPSG+K YEPSG[NAD83(2011) / ICS83-Jerseyville (ftUS)EPSGEPSGEPSG+J WEPSG[NAD83(2011) / ICS83-Charleston (ftUS)EPSGEPSGEPSG+K YEPSG[NAD83(2011) / ICS83-Springfield (ftUS)EPSGEPSGEPSG+L [EPSG[NAD83(2011) / ICS83-Jacksonville (ftUS)EPSGEPSGEPSG+I UEPSG[NAD83(2011) / ICS83-Champaign (ftUS)EPSGEPSGEPSG+G QEPSG[NAD83(2011) / ICS83-Decatur (ftUS)EPSGEPSGEPSG+G QEPSG[NAD83(2011) / ICS83-Lincoln (ftUS)EPSGEPSGEPSG+F OEPSG[NAD83(2011) / ICS83-Macomb (ftUS)EPSGEPSGEPSG+F OEPSG[NAD83(2011) / ICS83-Quincy (ftUS)EPSGEPSGEPSG+G QEPSG[NAD83(2011) / ICS83-Watseka (ftUS)EPSGEPSGEPSG+G QEPSG[NAD83(2011) / ICS83-Pontiac (ftUS)EPSGEPSGEPSG+K YEPSG[NAD83(2011) / ICS83-Bloomington (ftUS)EPSGEPSGEPSG+F OEPSG[NAD83(2011) / ICS83-Eureka (ftUS)EPSGEPSGEPSG+F OEPSG[NAD83(2011) / ICS83-Peoria (ftUS)EPSGEPSGEPSG+I UEPSG[NAD83(2011) / ICS83-Galesburg (ftUS)EPSGEPSGEPSG+H SEPSG[ NAD83(2011) / ICS83-Monmouth (ftUS)EPSGEPSGEPSG+F OEPSG[ NAD83(2011) / ICS83-Joliet (ftUS)EPSGEPSGEPSG+F OEPSG[ NAD83(2011) / ICS83-Ottawa (ftUS)EPSGEPSGEPSG+H SEPSG[ NAD83(2011) / ICS83-Sterling (ftUS)EPSGEPSGEPSG+F OEPSG[ NAD83(2011) / ICS83-Moline (ftUS)EPSGEPSGEPSG+G QEPSG[NAD83(2011) / ICS83-Chicago (ftUS)EPSGEPSGEPSG+F OEPSG[NAD83(2011) / ICS83-Aurora (ftUS)EPSGEPSGEPSG+H SEPSG[NAD83(2011) / ICS83-Rockford (ftUS)EPSGEPSGEPSG,H SEPSG[NAD83(2011) / ICS83-Freeport (ftUS)EPSGEPSGEPSG,9 5EPSGZFahud / UTM zone 40NEPSG0EPSGEPSG>9 5EPSGZFahud / UTM zone 39NEPSG0EPSGEPSG>3 )EPSGZ7ED50 / TM 5 NEEPSG0EPSGEPSG@2 'EPSGZ2ED50 / TM 0 NEPSG0EPSGEPSG@8 3EPSGYED50 / UTM zone 38NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 37NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 36NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 35NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 34NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 33NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 32NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 31NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 30NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 29NEPSG0EPSGEPSG>8 3EPSGYED50 / UTM zone 28NEPSG0EPSGEPSG>F OEPSGYEgypt 1907 / Extended Purple BeltEPSG0EPSGEPSGF= =EPSGYEgypt 1907 / Purple BeltEPSG0EPSGEPSGF: 7EPSGYEgypt 1907 / Red BeltEPSG0EPSGEPSGF; 9EPSGYEgypt 1907 / Blue BeltEPSG0EPSGEPSGF: 7 EPSGY0Douala / UTM zone 32NEPSG0EPSGEPSG>A EEPSGY&NAD83(CSRS)v8 / UTM zone 22NEPSG0EPSG(EPSG>A EEPSGY%NAD83(CSRS)v8 / UTM zone 21NEPSG0EPSG(EPSG>A EEPSGY$NAD83(CSRS)v8 / UTM zone 20NEPSG0EPSG(EPSG>A EEPSGY#NAD83(CSRS)v8 / UTM zone 19NEPSG0EPSG(EPSG>A EEPSGY"NAD83(CSRS)v8 / UTM zone 18NEPSG0EPSG(EPSG>A EEPSGY!NAD83(CSRS)v8 / UTM zone 17NEPSG0EPSG(EPSG>A EEPSGY NAD83(CSRS)v8 / UTM zone 16NEPSG0EPSG(EPSG>A EEPSGYNAD83(CSRS)v8 / UTM zone 15NEPSG0EPSG(EPSG>A EEPSGYNAD83(CSRS)v8 / UTM zone 14NEPSG0EPSG(EPSG>A EEPSGYNAD83(CSRS)v8 / UTM zone 13NEPSG0EPSG(EPSG>A EEPSGYNAD83(CSRS)v8 / UTM zone 12NEPSG0EPSG(EPSG> ?p*Y) W  ? m ' U  W s:Sk1Ib)~E ZZB GEPSG^Kalianpur 1937 / UTM zone 46NEPSG0EPSG0EPSG>B GEPSG^JAD69 / Jamaica National GridEPSG0EPSGEPSGMF OEPSG^$Jamaica 1875 / Jamaica (Old Grid)EPSG3EPSGEPSGM? AEPSG]Indian 1975 / UTM zone 48NEPSG0EPSGEPSG>? AEPSG]Indian 1975 / UTM zone 47NEPSG0EPSGEPSG>? AEPSG]Indian 1954 / UTM zone 48NEPSG0EPSGEPSG>? AEPSG]Indian 1954 / UTM zone 47NEPSG0EPSGEPSG>? AEPSG]Indian 1954 / UTM zone 46NEPSG0EPSGEPSG>8 3EPSG]VID74 / UTM zone 54SEPSG0EPSGEPSG?8 3EPSG]UID74 / UTM zone 53SEPSG0EPSGEPSG?8 3EPSG]TID74 / UTM zone 52SEPSG0EPSGEPSG?8 3EPSG]SID74 / UTM zone 51SEPSG0EPSGEPSG?8 3EPSG]RID74 / UTM zone 50SEPSG0EPSGEPSG?8 3EPSG]QID74 / UTM zone 49SEPSG0EPSGEPSG?8 3EPSG]PID74 / UTM zone 48SEPSG0EPSGEPSG?8 3EPSG]OID74 / UTM zone 47SEPSG0EPSGEPSG?8 3 EPSG]NID74 / UTM zone 46SEPSG0EPSGEPSG?9 5EPSG]LDGN95 / UTM zone 54SEPSG0EPSGEPSG?9 5EPSG]KDGN95 / UTM zone 53SEPSG0EPSGEPSG?9 5EPSG]JDGN95 / UTM zone 52SEPSG0EPSGEPSG?9 5EPSG]IDGN95 / UTM zone 51SEPSG0EPSGEPSG?9 5EPSG]HDGN95 / UTM zone 50SEPSG0EPSGEPSG?9 5EPSG]GDGN95 / UTM zone 49SEPSG0EPSGEPSG?9 5EPSG]FDGN95 / UTM zone 48SEPSG0EPSGEPSG?9 5EPSG]EDGN95 / UTM zone 47SEPSG0EPSGEPSG?9 5EPSG]@DGN95 / UTM zone 52NEPSG0EPSGEPSG>9 5EPSG]?DGN95 / UTM zone 51NEPSG0EPSGEPSG>9 5EPSG]>DGN95 / UTM zone 50NEPSG0EPSGEPSG>9 5EPSG]=DGN95 / UTM zone 49NEPSG0EPSGEPSG>9 5EPSG]9 5EPSG];DGN95 / UTM zone 47NEPSG0EPSGEPSG>9 5EPSG]:DGN95 / UTM zone 46NEPSG0EPSGEPSG>8 3 EPSG]-ID74 / UTM zone 53NEPSG0EPSGEPSG>8 3EPSG],ID74 / UTM zone 52NEPSG0EPSGEPSG>8 3EPSG]+ID74 / UTM zone 51NEPSG0EPSGEPSG>8 3EPSG]*ID74 / UTM zone 50NEPSG0EPSGEPSG>8 3EPSG])ID74 / UTM zone 49NEPSG0EPSGEPSG>8 3EPSG](ID74 / UTM zone 48NEPSG0EPSGEPSG>8 3EPSG]'ID74 / UTM zone 47NEPSG0EPSGEPSG>8 3EPSG]&ID74 / UTM zone 46NEPSG0EPSGEPSG>E MEPSG]%DGN95 / Indonesia TM-3 zone 54.1EPSGEPSGEPSGD'E MEPSG]$DGN95 / Indonesia TM-3 zone 53.2EPSGEPSGEPSGD&E MEPSG]#DGN95 / Indonesia TM-3 zone 53.1EPSGEPSGEPSGD%E MEPSG]"DGN95 / Indonesia TM-3 zone 52.2EPSGEPSGEPSGD$E MEPSG]!DGN95 / Indonesia TM-3 zone 52.1EPSGEPSGEPSGD#E MEPSG] DGN95 / Indonesia TM-3 zone 51.2EPSGEPSGEPSGD"E MEPSG]DGN95 / Indonesia TM-3 zone 51.1EPSGEPSGEPSGD!E MEPSG]DGN95 / Indonesia TM-3 zone 50.2EPSGEPSGEPSGD E MEPSG]DGN95 / Indonesia TM-3 zone 50.1EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 49.2EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 49.1EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 48.2EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 48.1EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 47.2EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 47.1EPSGEPSGEPSGDE MEPSG]DGN95 / Indonesia TM-3 zone 46.2EPSGEPSGEPSGD/ !EPSG\HD72 / EOVEPSGEPSGEPSGM: 7 EPSG[Garoua / UTM zone 33NEPSG0EPSGEPSG>J WEPSG[%NAD83(2011) / ICS83-Metropolis (ftUS)EPSGEPSGEPSG+J WEPSG[$NAD83(2011) / ICS83-Carbondale (ftUS)EPSGEPSGEPSG+E MEPSG[#NAD83(2011) / ICS83-Olney (ftUS)EPSGEPSGEPSG+L [EPSG["NAD83(2011) / ICS83-Mount Vernon (ftUS)EPSGEPSGEPSG+B GEPSG^Kalianpur 1937 / UTM zone 45NEPSG0EPSG0EPSG> >z7n+ b  O ? o * c #t7I]"q4x?m'g,{@: 7EPSGdETRS89 / UTM zone 36NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 35NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 34NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 33NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 32NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 31NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 30NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 29NEPSG0EPSGEPSG>: 7EPSGdETRS89 / UTM zone 28NEPSG0EPSGEPSG>? A EPSGddMakassar (Jakarta) / NEIEZEPSGEPSGEPSGMD KEPSGc3Luzon 1911 / Philippines zone VEPSGEPSGEPSGFE MEPSGc2Luzon 1911 / Philippines zone IVEPSGEPSGEPSGFF OEPSGc1Luzon 1911 / Philippines zone IIIEPSGEPSGEPSGFE MEPSGc0Luzon 1911 / Philippines zone IIEPSGEPSGEPSGFD KEPSGc/Luzon 1911 / Philippines zone IEPSGEPSGEPSGF8 3EPSGbLome / UTM zone 31NEPSG0EPSGEPSG>> ?EPSGaLeigon / Ghana Metre GridEPSG0EPSGEPSGM< ;EPSGa=PSAD56 / Peru east zoneEPSGEPSGEPSGF? AEPSGa: 7EPSGa1PSAD56 / UTM zone 21SEPSG0EPSGEPSG>: 7EPSGa0PSAD56 / UTM zone 20SEPSG0EPSGEPSG>: 7EPSGa/PSAD56 / UTM zone 19SEPSG0EPSGEPSG>: 7EPSGa.PSAD56 / UTM zone 18SEPSG0EPSGEPSG>: 7EPSGa-PSAD56 / UTM zone 17SEPSG0EPSGEPSG>: 7EPSG`PSAD56 / UTM zone 21NEPSG0EPSGEPSG>: 7EPSG`PSAD56 / UTM zone 20NEPSG0EPSGEPSG>: 7EPSG`PSAD56 / UTM zone 19NEPSG0EPSGEPSG>: 7EPSG`PSAD56 / UTM zone 18NEPSG0EPSGEPSG>: 7EPSG`PSAD56 / UTM zone 17NEPSG0EPSGEPSG>< ;EPSG`La Canoa / UTM zone 20NEPSG0EPSGEPSG>< ;EPSG`La Canoa / UTM zone 19NEPSG0EPSGEPSG>< ;EPSG`La Canoa / UTM zone 18NEPSG0EPSGEPSG>0 #EPSG`KOC LambertEPSG0EPSGEPSGM@ C EPSG_Kertau / R.S.O. Malaya (ch)EPSG1EPSGEPSGM? AEPSG_Kertau 1968 / UTM zone 48NEPSG0EPSGEPSG>? AEPSG_Kertau 1968 / UTM zone 47NEPSG0EPSGEPSG>A EEPSG_Kertau 1968 / Singapore GridEPSG0EPSGEPSGMD KEPSG_?Kalianpur 1975 / India zone IVaEPSG0EPSG2EPSGG:D KEPSG_>Kalianpur 1880 / India zone IIbEPSG8EPSGEPSGFE MEPSG_=Kalianpur 1975 / India zone IIIaEPSG0EPSG2EPSGG9D KEPSG_D KEPSG_6Kalianpur 1880 / India zone IVaEPSG8EPSGEPSGFE MEPSG_5Kalianpur 1880 / India zone IIIaEPSG8EPSGEPSGFD KEPSG_4Kalianpur 1880 / India zone IIaEPSG8EPSGEPSGFB GEPSG_3Kalianpur 1880 / India zone IEPSG8EPSGEPSGFB GEPSG_2Kalianpur 1880 / India zone 0EPSG8EPSGEPSGFB GEPSG_Kalianpur 1975 / UTM zone 47NEPSG0EPSG2EPSG>B GEPSG_Kalianpur 1975 / UTM zone 46NEPSG0EPSG2EPSG>B GEPSG_Kalianpur 1975 / UTM zone 45NEPSG0EPSG2EPSG>B GEPSG_Kalianpur 1975 / UTM zone 44NEPSG0EPSG2EPSG>B GEPSG_Kalianpur 1975 / UTM zone 43NEPSG0EPSG2EPSG>B GEPSG_Kalianpur 1975 / UTM zone 42NEPSG0EPSG2EPSG>B GEPSG^Kalianpur 1962 / UTM zone 43NEPSG0EPSG1EPSG>B GEPSG^Kalianpur 1962 / UTM zone 42NEPSG0EPSG1EPSG>G: 7EPSGdETRS89 / UTM zone 37NEPSG0EPSGEPSG> BJb& s 5 u . w >  Z ! u ; Sk1I]"q6{:{:M= =EPSGhNAD27 / Colorado CentralEPSGEPSGEPSG); 9EPSGhNAD27 / Colorado NorthEPSGEPSGEPSG); 9EPSGhNAD27 / Arkansas SouthEPSGEPSGEPSG(>; 9EPSGhNAD27 / Arkansas NorthEPSGEPSGEPSG(=9 5EPSGh~NAD27 / Arizona WestEPSGEPSGEPSG'< ;EPSGh}NAD27 / Arizona CentralEPSGEPSGEPSG'9 5EPSGh|NAD27 / Arizona EastEPSGEPSGEPSG'@ C EPSGh{NAD27 / California zone VIIEPSGEPSGEPSG(? AEPSGhzNAD27 / California zone VIEPSGEPSGEPSG(> ?EPSGhyNAD27 / California zone VEPSGEPSGEPSG(? AEPSGhxNAD27 / California zone IVEPSGEPSGEPSG(@ CEPSGhwNAD27 / California zone IIIEPSGEPSGEPSG(? AEPSGhvNAD27 / California zone IIEPSGEPSGEPSG(> ?EPSGhuNAD27 / California zone IEPSGEPSGEPSG(; 9EPSGhtNAD27 / Alaska zone 10EPSGEPSGEPSG:: 7EPSGhsNAD27 / Alaska zone 9EPSGEPSGEPSG:: 7EPSGhrNAD27 / Alaska zone 8EPSGEPSGEPSG:: 7EPSGhqNAD27 / Alaska zone 7EPSGEPSGEPSG:: 7EPSGhpNAD27 / Alaska zone 6EPSGEPSGEPSG:: 7EPSGhoNAD27 / Alaska zone 5EPSGEPSGEPSG:: 7EPSGhnNAD27 / Alaska zone 4EPSGEPSGEPSG:: 7EPSGhmNAD27 / Alaska zone 3EPSGEPSGEPSG:: 7EPSGhlNAD27 / Alaska zone 2EPSGEPSGEPSG:: 7EPSGhkNAD27 / Alaska zone 1EPSGEPSGEPSG:9 5EPSGhjNAD27 / Alabama WestEPSGEPSGEPSG'v9 5EPSGhiNAD27 / Alabama EastEPSGEPSGEPSG'u9 5EPSGhbNAD27 / UTM zone 22NEPSG0EPSGEPSG>9 5EPSGhaNAD27 / UTM zone 21NEPSG0EPSGEPSG>9 5EPSGh`NAD27 / UTM zone 20NEPSG0EPSGEPSG>9 5EPSGh_NAD27 / UTM zone 19NEPSG0EPSGEPSG>9 5EPSGh^NAD27 / UTM zone 18NEPSG0EPSGEPSG>9 5EPSGh]NAD27 / UTM zone 17NEPSG0EPSGEPSG>9 5EPSGh\NAD27 / UTM zone 16NEPSG0EPSGEPSG>9 5EPSGh[NAD27 / UTM zone 15NEPSG0EPSGEPSG>9 5EPSGhZNAD27 / UTM zone 14NEPSG0EPSGEPSG>9 5EPSGhYNAD27 / UTM zone 13NEPSG0EPSGEPSG>9 5EPSGhXNAD27 / UTM zone 12NEPSG0EPSGEPSG>9 5EPSGhWNAD27 / UTM zone 11NEPSG0EPSGEPSG>9 5EPSGhVNAD27 / UTM zone 10NEPSG0EPSGEPSG>8 3EPSGhUNAD27 / UTM zone 9NEPSG0EPSGEPSG>8 3EPSGhTNAD27 / UTM zone 8NEPSG0EPSGEPSG>8 3EPSGhSNAD27 / UTM zone 7NEPSG0EPSGEPSG>8 3EPSGhRNAD27 / UTM zone 6NEPSG0EPSGEPSG>8 3EPSGhQNAD27 / UTM zone 5NEPSG0EPSGEPSG>8 3EPSGhPNAD27 / UTM zone 4NEPSG0EPSGEPSG>8 3EPSGhONAD27 / UTM zone 3NEPSG0EPSGEPSG>8 3EPSGhNNAD27 / UTM zone 2NEPSG0EPSGEPSG>8 3EPSGhMNAD27 / UTM zone 1NEPSG0EPSGEPSG>> ?EPSGhDM'poraloko / UTM zone 32SEPSG0EPSGEPSG?> ?EPSGhM'poraloko / UTM zone 32NEPSG0EPSGEPSG>F O EPSGgMonte Mario (Rome) / Italy zone 2EPSGEPSGEPSGFF O EPSGgMonte Mario (Rome) / Italy zone 1EPSGEPSGEPSGF9 5 EPSGg@Mhast / UTM zone 32SEPSG0EPSGEPSG?> ?EPSGgMinna / Nigeria East BeltEPSG0EPSGEPSGF= =EPSGgMinna / Nigeria Mid BeltEPSG0EPSGEPSGF> ?EPSGgMinna / Nigeria West BeltEPSG0EPSGEPSGF9 5EPSGfMinna / UTM zone 32NEPSG0EPSGEPSG>9 5EPSGfMinna / UTM zone 31NEPSG0EPSGEPSG>; 9EPSGf}Massawa / UTM zone 37NEPSG0EPSGEPSG>: 7EPSGfSMerchich / Sahara SudEPSGEPSGEPSGF; 9EPSGfRMerchich / Sahara NordEPSGEPSGEPSGF6 / EPSGfQMerchich / SaharaEPSGEPSGEPSGF9 5EPSGfPMerchich / Sud MarocEPSGEPSGEPSGF: 7EPSGfOMerchich / Nord MarocEPSGEPSGEPSGF@ CEPSGeLMalongo 1987 / UTM zone 32SEPSG0EPSGEPSG?9 5EPSGeETRS89 / TM Baltic93EPSGEPSGEPSGM =Ul2 L  e - } A  W ! ^ f+q/a[P{6Vw.M ] EPSGhNAD83(NSRS2007) / Minnesota North (ftUS)EPSGEPSGEPSG/H S EPSGhNAD83(NSRS2007) / Maine West (ftUS)EPSGEPSGEPSG.:H S EPSGhNAD83(NSRS2007) / Maine East (ftUS)EPSGEPSGEPSG.9M ] EPSGhNAD83(HARN) / West Virginia South (ftUS)EPSGEPSG8EPSG9M ] EPSGhNAD83(HARN) / West Virginia North (ftUS)EPSGEPSG8EPSG9B G EPSGhNAD83(HARN) / Nebraska (ftUS)EPSGEPSG8EPSG<$I U EPSGhNAD83(HARN) / Minnesota South (ftUS)EPSGEPSG8EPSG/K Y EPSGhNAD83(HARN) / Minnesota Central (ftUS)EPSGEPSG8EPSG/I U EPSGhNAD83(HARN) / Minnesota North (ftUS)EPSGEPSG8EPSG/D K EPSGhNAD83(HARN) / Maine West (ftUS)EPSGEPSG8EPSG.:D K EPSGhNAD83(HARN) / Maine East (ftUS)EPSGEPSG8EPSG.9G Q EPSGhNAD83 / West Virginia South (ftUS)EPSGEPSGEPSG9G Q EPSGhNAD83 / West Virginia North (ftUS)EPSGEPSGEPSG9< ; EPSGhNAD83 / Nebraska (ftUS)EPSGEPSGEPSG<$C I EPSGhNAD83 / Minnesota South (ftUS)EPSGEPSGEPSG/E M EPSGhNAD83 / Minnesota Central (ftUS)EPSGEPSGEPSG/C I EPSGhNAD83 / Minnesota North (ftUS)EPSGEPSGEPSG/> ? EPSGhNAD83 / Maine West (ftUS)EPSGEPSGEPSG.:> ? EPSGhNAD83 / Maine East (ftUS)EPSGEPSGEPSG.9B G EPSGhNAD Michigan / Michigan SouthEPSGEPSGEPSG/QD K EPSGhNAD Michigan / Michigan CentralEPSGEPSGEPSG/PB G EPSGhNAD Michigan / Michigan NorthEPSGEPSGEPSG/OA E EPSGhNAD Michigan / Michigan WestEPSGEPSGEPSG/GH S EPSGhNAD Michigan / Michigan Old CentralEPSGEPSGEPSG/FA E EPSGhNAD Michigan / Michigan EastEPSGEPSGEPSG/E@ CEPSGhNAD27 / California zone VIIEPSGEPSGEPSG(: 7EPSGhNAD27 / Missouri WestEPSGEPSGEPSG0s= =EPSGhNAD27 / Missouri CentralEPSGEPSGEPSG0r: 7EPSGhNAD27 / Missouri EastEPSGEPSGEPSG0q= =EPSGhNAD27 / Mississippi WestEPSGEPSGEPSG0= =EPSGhNAD27 / Mississippi EastEPSGEPSGEPSG0 < ;EPSGhNAD27 / Minnesota SouthEPSGEPSGEPSG/> ?EPSGhNAD27 / Minnesota CentralEPSGEPSGEPSG/< ;EPSGhNAD27 / Minnesota NorthEPSGEPSGEPSG/A EEPSGhNAD27 / Massachusetts IslandEPSGEPSGEPSG.C IEPSGhNAD27 / Massachusetts MainlandEPSGEPSGEPSG.5 -EPSGhNAD27 / MarylandEPSGEPSGEPSG.|7 1EPSGhNAD27 / Maine WestEPSGEPSGEPSG.7 1EPSGhNAD27 / Maine EastEPSGEPSGEPSG.< ;EPSGhNAD27 / Louisiana SouthEPSGEPSGEPSG-< ;EPSGhNAD27 / Louisiana NorthEPSGEPSGEPSG-; 9EPSGhNAD27 / Kentucky SouthEPSGEPSGEPSG-R; 9EPSGhNAD27 / Kentucky NorthEPSGEPSGEPSG-Q9 5EPSGhNAD27 / Kansas SouthEPSGEPSGEPSG,9 5EPSGhNAD27 / Kansas NorthEPSGEPSGEPSG,7 1EPSGhNAD27 / Iowa SouthEPSGEPSGEPSG,7 1EPSGhNAD27 / Iowa NorthEPSGEPSGEPSG,9 5EPSGhNAD27 / Indiana WestEPSGEPSGEPSG,&9 5EPSGhNAD27 / Indiana EastEPSGEPSGEPSG,%: 7EPSGhNAD27 / Illinois WestEPSGEPSGEPSG+: 7EPSGhNAD27 / Illinois EastEPSGEPSGEPSG+7 1EPSGhNAD27 / Idaho WestEPSGEPSGEPSG+_: 7EPSGhNAD27 / Idaho CentralEPSGEPSGEPSG+^7 1EPSGhNAD27 / Idaho EastEPSGEPSGEPSG+]9 5EPSGhNAD27 / Georgia WestEPSGEPSGEPSG*9 5EPSGhNAD27 / Georgia EastEPSGEPSGEPSG*: 7EPSGhNAD27 / Florida NorthEPSGEPSGEPSG*9 5EPSGhNAD27 / Florida WestEPSGEPSGEPSG*9 5EPSGhNAD27 / Florida EastEPSGEPSGEPSG*5 -EPSGhNAD27 / DelawareEPSGEPSGEPSG)8 3EPSGhNAD27 / ConnecticutEPSGEPSGEPSG)h<9EPSGhNAD27 / Colorado SouthEPSGEPSGEPSG) <bw8 o + ^  > c  5Pm.q2w>Z!v<Tl29 5EPSGi*NAD83 / UTM zone 22NEPSG0EPSGEPSG>9 5EPSGi)NAD83 / UTM zone 21NEPSG0EPSGEPSG>9 5EPSGi(NAD83 / UTM zone 20NEPSG0EPSGEPSG>9 5EPSGi'NAD83 / UTM zone 19NEPSG0EPSGEPSG>9 5EPSGi&NAD83 / UTM zone 18NEPSG0EPSGEPSG>9 5EPSGi%NAD83 / UTM zone 17NEPSG0EPSGEPSG>9 5EPSGi$NAD83 / UTM zone 16NEPSG0EPSGEPSG>9 5EPSGi#NAD83 / UTM zone 15NEPSG0EPSGEPSG>9 5EPSGi"NAD83 / UTM zone 14NEPSG0EPSGEPSG>9 5EPSGi!NAD83 / UTM zone 13NEPSG0EPSGEPSG>9 5EPSGi NAD83 / UTM zone 12NEPSG0EPSGEPSG>9 5EPSGiNAD83 / UTM zone 11NEPSG0EPSGEPSG>9 5EPSGiNAD83 / UTM zone 10NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 9NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 8NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 7NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 6NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 5NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 4NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 3NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 2NEPSG0EPSGEPSG>8 3EPSGiNAD83 / UTM zone 1NEPSG0EPSGEPSG>= =EPSGiNAD83(CSRS) / MTM zone 2EPSGEPSG EPSGE&= =EPSGiNAD83(CSRS) / MTM zone 1EPSGEPSG EPSGE%> ?EPSGiNAD83(CSRS) / MTM zone 17EPSG0EPSG EPSGE5> ?EPSGiNAD83(CSRS) / MTM zone 16EPSG0EPSG EPSGE4> ?EPSGiNAD83(CSRS) / MTM zone 15EPSG0EPSG EPSGE3> ?EPSGiNAD83(CSRS) / MTM zone 14EPSG0EPSG EPSGE2> ?EPSGi NAD83(CSRS) / MTM zone 13EPSG0EPSG EPSGE1> ?EPSGi NAD83(CSRS) / MTM zone 12EPSG0EPSG EPSGE0> ?EPSGi NAD83(CSRS) / MTM zone 11EPSG0EPSG EPSGE/Q eEPSGhNAD83(NSRS2007) / West Virginia South (ftUS)EPSGEPSGEPSG9Q eEPSGhNAD83(NSRS2007) / West Virginia North (ftUS)EPSGEPSGEPSG9F OEPSGhNAD83(NSRS2007) / Nebraska (ftUS)EPSGEPSGEPSG<$M ]EPSGhNAD83(NSRS2007) / Minnesota South (ftUS)EPSGEPSGEPSG/O aEPSGhNAD83(NSRS2007) / Minnesota Central (ftUS)EPSGEPSGEPSG/M ]EPSGhNAD83(NSRS2007) / Minnesota North (ftUS)EPSGEPSGEPSG/H SEPSGhNAD83(NSRS2007) / Maine West (ftUS)EPSGEPSGEPSG.:H SEPSGhNAD83(NSRS2007) / Maine East (ftUS)EPSGEPSGEPSG.9M ]EPSGhNAD83(HARN) / West Virginia South (ftUS)EPSGEPSG8EPSG9M ]EPSGhNAD83(HARN) / West Virginia North (ftUS)EPSGEPSG8EPSG9B GEPSGhNAD83(HARN) / Nebraska (ftUS)EPSGEPSG8EPSG<$I UEPSGhNAD83(HARN) / Minnesota South (ftUS)EPSGEPSG8EPSG/K YEPSGhNAD83(HARN) / Minnesota Central (ftUS)EPSGEPSG8EPSG/I UEPSGhNAD83(HARN) / Minnesota North (ftUS)EPSGEPSG8EPSG/D KEPSGhNAD83(HARN) / Maine West (ftUS)EPSGEPSG8EPSG.:D KEPSGhNAD83(HARN) / Maine East (ftUS)EPSGEPSG8EPSG.9G QEPSGhNAD83 / West Virginia South (ftUS)EPSGEPSGEPSG9G QEPSGhNAD83 / West Virginia North (ftUS)EPSGEPSGEPSG9< ;EPSGhNAD83 / Nebraska (ftUS)EPSGEPSGEPSG<$C IEPSGhNAD83 / Minnesota South (ftUS)EPSGEPSGEPSG/E MEPSGhNAD83 / Minnesota Central (ftUS)EPSGEPSGEPSG/C IEPSGhNAD83 / Minnesota North (ftUS)EPSGEPSGEPSG/> ?EPSGhNAD83 / Maine West (ftUS)EPSGEPSGEPSG.:> ?EPSGhNAD83 / Maine East (ftUS)EPSGEPSGEPSG.9Q e EPSGhNAD83(NSRS2007) / West Virginia South (ftUS)EPSGEPSGEPSG9Q e EPSGhNAD83(NSRS2007) / West Virginia North (ftUS)EPSGEPSGEPSG9F O EPSGhNAD83(NSRS2007) / Nebraska (ftUS)EPSGEPSGEPSG<$M ] EPSGhNAD83(NSRS2007) / Minnesota South (ftUS)EPSGEPSGEPSG/a EPSGhNA9 5EPSGi+NAD83 / UTM zone 23NEPSG0EPSGEPSG> BPd) w 8 { < L  Z  u ; Oe-D `&t7TT_!: 7EPSGitNAD83 / Missouri EastEPSGEPSGEPSG0= =EPSGisNAD83 / Mississippi WestEPSGEPSGEPSG0,= =EPSGirNAD83 / Mississippi EastEPSGEPSGEPSG0+< ;EPSGiqNAD83 / Minnesota SouthEPSGEPSGEPSG/> ?EPSGipNAD83 / Minnesota CentralEPSGEPSGEPSG/< ;EPSGioNAD83 / Minnesota NorthEPSGEPSGEPSG/; 9EPSGinNAD83 / Michigan SouthEPSGEPSGEPSG/o= =EPSGimNAD83 / Michigan CentralEPSGEPSGEPSG/n; 9EPSGilNAD83 / Michigan NorthEPSGEPSGEPSG/mA EEPSGikNAD83 / Massachusetts IslandEPSGEPSGEPSG/C IEPSGijNAD83 / Massachusetts MainlandEPSGEPSGEPSG.5 -EPSGiiNAD83 / MarylandEPSGEPSGEPSG.7 1EPSGihNAD83 / Maine WestEPSGEPSGEPSG.87 1EPSGigNAD83 / Maine EastEPSGEPSGEPSG.7< ;EPSGifNAD83 / Louisiana SouthEPSGEPSGEPSG-< ;EPSGieNAD83 / Louisiana NorthEPSGEPSGEPSG-; 9EPSGidNAD83 / Kentucky SouthEPSGEPSGEPSG-p; 9 EPSGicNAD83 / Kentucky NorthEPSGEPSGEPSG-o9 5EPSGibNAD83 / Kansas SouthEPSGEPSGEPSG- 9 5EPSGiaNAD83 / Kansas NorthEPSGEPSGEPSG- 7 1EPSGi`NAD83 / Iowa SouthEPSGEPSGEPSG,7 1EPSGi_NAD83 / Iowa NorthEPSGEPSGEPSG,9 5EPSGi^NAD83 / Indiana WestEPSGEPSGEPSG,D9 5EPSGi]NAD83 / Indiana EastEPSGEPSGEPSG,C: 7EPSGi\NAD83 / Illinois WestEPSGEPSGEPSG+: 7EPSGi[NAD83 / Illinois EastEPSGEPSGEPSG+7 1EPSGiZNAD83 / Idaho WestEPSGEPSGEPSG+}: 7EPSGiYNAD83 / Idaho CentralEPSGEPSGEPSG+|7 1EPSGiXNAD83 / Idaho EastEPSGEPSGEPSG+{9 5EPSGiWNAD83 / Georgia WestEPSGEPSGEPSG+9 5EPSGiVNAD83 / Georgia EastEPSGEPSGEPSG+: 7EPSGiUNAD83 / Hawaii zone 5EPSGEPSGEPSG;: 7EPSGiTNAD83 / Hawaii zone 4EPSGEPSGEPSG;: 7EPSGiSNAD83 / Hawaii zone 3EPSGEPSGEPSG;: 7EPSGiRNAD83 / Hawaii zone 2EPSGEPSGEPSG;: 7EPSGiQNAD83 / Hawaii zone 1EPSGEPSGEPSG;: 7EPSGiPNAD83 / Florida NorthEPSGEPSGEPSG*9 5EPSGiONAD83 / Florida WestEPSGEPSGEPSG*9 5EPSGiNNAD83 / Florida EastEPSGEPSGEPSG*5 -EPSGiMNAD83 / DelawareEPSGEPSGEPSG)8 3EPSGiLNAD83 / ConnecticutEPSGEPSGEPSG); 9EPSGiKNAD83 / Colorado SouthEPSGEPSGEPSG)%= =EPSGiJNAD83 / Colorado CentralEPSGEPSGEPSG)$; 9EPSGiINAD83 / Colorado NorthEPSGEPSGEPSG)#; 9EPSGiHNAD83 / Arkansas SouthEPSGEPSGEPSG(\; 9EPSGiGNAD83 / Arkansas NorthEPSGEPSGEPSG([9 5EPSGiFNAD83 / Arizona WestEPSGEPSGEPSG'< ;EPSGiENAD83 / Arizona CentralEPSGEPSGEPSG'9 5EPSGiDNAD83 / Arizona EastEPSGEPSGEPSG'> ?EPSGiBNAD83 / California zone 6EPSGEPSGEPSG(> ?EPSGiANAD83 / California zone 5EPSGEPSGEPSG(> ?EPSGi@NAD83 / California zone 4EPSGEPSGEPSG(> ?EPSGi?NAD83 / California zone 3EPSGEPSGEPSG(> ?EPSGi>NAD83 / California zone 2EPSGEPSGEPSG(> ?EPSGi=NAD83 / California zone 1EPSGEPSGEPSG(; 9EPSGiD KEPSGkNGO 1948 (Oslo) / NGO zone VIIIEPSGEPSGEPSGG4C IEPSGkNGO 1948 (Oslo) / NGO zone VIIEPSGEPSGEPSGG3B GEPSGkNGO 1948 (Oslo) / NGO zone VIEPSGEPSGEPSGG2A EEPSGkNGO 1948 (Oslo) / NGO zone VEPSGEPSGEPSGG1B GEPSGkNGO 1948 (Oslo) / NGO zone IVEPSGEPSGEPSGG0C IEPSGkNGO 1948 (Oslo) / NGO zone IIIEPSGEPSGEPSGG/B GEPSGkNGO 1948 (Oslo) / NGO zone IIEPSGEPSGEPSGG.A EEPSGjNGO 1948 (Oslo) / NGO zone IEPSGEPSGEPSGG-? AEPSGjNZGD49 / South Island GridEPSG9EPSGEPSGF? AEPSGjNZGD49 / North Island GridEPSG9EPSGEPSGF: 7EPSGj|NZGD49 / UTM zone 60SEPSG0EPSGEPSG? : 7EPSGj{NZGD49 / UTM zone 59SEPSG0EPSGEPSG?: 7EPSGjzNZGD49 / UTM zone 58SEPSG0EPSGEPSG?; 9EPSGj`NZGD49 / Bluff CircuitEPSGEPSGEPSGFB GEPSGj_NZGD49 / North Taieri CircuitEPSGEPSGEPSGFG QEPSGj^NZGD49 / Observation Point CircuitEPSGEPSGEPSGF@ CEPSGj]NZGD49 / Mount York CircuitEPSGEPSGEPSGFD KEPSGj\NZGD49 / Mount Nicholas CircuitEPSGEPSGEPSGFA EEPSGj[NZGD49 / Lindis Peak CircuitEPSGEPSGEPSGF< ;EPSGjZNZGD49 / Timaru CircuitEPSGEPSGEPSGF< ;EPSGjYNZGD49 / Gawler CircuitEPSGEPSGEPSGFD KEPSGjXNZGD49 / Mount Pleasant CircuitEPSGEPSGEPSGFB GEPSGjWNZGD49 / Jacksons Bay CircuitEPSGEPSGEPSGE= =EPSGjVNZGD49 / Okarito CircuitEPSGEPSGEPSGE> ?EPSGjUNZGD49 / Hokitika CircuitEPSGEPSGEPSGEA EEPSGjTNZGD49 / Marlborough CircuitEPSGEPSGEPSGE; 9EPSGjSNZGD49 / Amuri CircuitEPSGEPSGEPSGE: 7EPSGjRNZGD49 / Grey CircuitEPSGEPSGEPSGE< ;EPSGjQNZGD49 / Buller CircuitEPSGEPSGEPSGE= =EPSGjPNZGD49 / Karamea CircuitEPSGEPSGEPSGE< ;EPSGjONZGD49 / Nelson CircuitEPSGEPSGEPSGEA EEPSGjNNZGD49 / Collingwood CircuitEPSGEPSGEPSGE@ CEPSGjMNZGD49 / Wellington CircuitEPSGEPSGEPSGE? AEPSGjLNZGD49 / Wairarapa CircuitEPSGEPSGEPSGE> ?EPSGjKNZGD49 / Wanganui CircuitEPSGEPSGEPSGE? AEPSGjJNZGD49 / Tuhirangi CircuitEPSGEPSGEPSGE> ?EPSGjINZGD49 / Taranaki CircuitEPSGEPSGEPSGE@ CEPSGjHNZGD49 / Hawkes Bay CircuitEPSGEPSGEPSGEA EEPSGjGNZGD49 / Poverty Bay CircuitEPSGEPSGEPSGEC IEPSGjFNZGD49 / Bay of Plenty CircuitEPSGEPSGEPSGE@ CEPSGjENZGD49 / Mount Eden CircuitEPSGEPSGEPSGEB GEPSGj@NZGD49 / New Zealand Map GridEPSG0EPSGEPSGMA EEPSGiNaparima 1972 / UTM zone 20NEPSG0EPSGEPSG>@ CEPSGiNahrwan 1967 / UTM zone 40NEPSG0EPSGEPSG>@ CEPSGiNahrwan 1967 / UTM zone 39NEPSG0EPSGEPSG>@ C EPSGiNahrwan 1967 / UTM zone 38NEPSG0EPSGEPSG>@ C EPSGiNahrwan 1967 / UTM zone 37NEPSG0EPSGEPSG>: 7EPSGivNAD83 / Missouri WestEPSGEPSGEPSG0 ;H Q Z  _  N  j 1 M Ks+R w.S x/T y0H SEPSGoPulkovo 1942 / Gauss-Kruger zone 30EPSGEPSGEPSG?fH SEPSGo Pulkovo 1942 / Gauss-Kruger zone 29EPSGEPSGEPSG?eH SEPSGo Pulkovo 1942 / Gauss-Kruger zone 28EPSGEPSGEPSG?dH SEPSGo Pulkovo 1942 / Gauss-Kruger zone 27EPSGEPSGEPSG?cH SEPSGo Pulkovo 1942 / Gauss-Kruger zone 26EPSGEPSGEPSG?bH SEPSGo Pulkovo 1942 / Gauss-Kruger zone 25EPSGEPSGEPSG?aH SEPSGoPulkovo 1942 / Gauss-Kruger zone 24EPSGEPSGEPSG?`H SEPSGoPulkovo 1942 / Gauss-Kruger zone 23EPSGEPSGEPSG?_H SEPSGoPulkovo 1942 / Gauss-Kruger zone 22EPSGEPSGEPSG?^H SEPSGoPulkovo 1942 / Gauss-Kruger zone 21EPSGEPSGEPSG?]H SEPSGoPulkovo 1942 / Gauss-Kruger zone 20EPSGEPSGEPSG?\H SEPSGoPulkovo 1942 / Gauss-Kruger zone 19EPSGEPSGEPSG?[H SEPSGoPulkovo 1942 / Gauss-Kruger zone 18EPSGEPSGEPSG?ZH SEPSGoPulkovo 1942 / Gauss-Kruger zone 17EPSGEPSGEPSG?YH SEPSGoPulkovo 1942 / Gauss-Kruger zone 16EPSGEPSGEPSG?XH SEPSGnPulkovo 1942 / Gauss-Kruger zone 15EPSGEPSGEPSG?WH SEPSGnPulkovo 1942 / Gauss-Kruger zone 14EPSGEPSGEPSG?VH SEPSGnPulkovo 1942 / Gauss-Kruger zone 13EPSGEPSGEPSG?UH SEPSGnPulkovo 1942 / Gauss-Kruger zone 12EPSGEPSGEPSG?TH SEPSGnPulkovo 1942 / Gauss-Kruger zone 11EPSGEPSGEPSG?SH SEPSGnPulkovo 1942 / Gauss-Kruger zone 10EPSGEPSGEPSG?RG QEPSGnPulkovo 1942 / Gauss-Kruger zone 9EPSGEPSGEPSG?QG QEPSGnPulkovo 1942 / Gauss-Kruger zone 8EPSGEPSGEPSG?PG QEPSGnPulkovo 1942 / Gauss-Kruger zone 7EPSGEPSGEPSG?OG QEPSGnPulkovo 1942 / Gauss-Kruger zone 6EPSGEPSGEPSG?NG QEPSGnPulkovo 1942 / Gauss-Kruger zone 5EPSGEPSGEPSG?MG QEPSGnPulkovo 1942 / Gauss-Kruger zone 4EPSGEPSGEPSG?LG Q EPSGnPulkovo 1942 / Gauss-Kruger zone 3EPSGEPSGEPSG?KG Q EPSGnPulkovo 1942 / Gauss-Kruger zone 2EPSGEPSGEPSG?J8 3EPSGnGDA94 / MGA zone 58EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 57EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 56EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 55EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 54EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 53EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 52EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 51EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 50EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 49EPSG0EPSGEPSGC8 3EPSGnGDA94 / MGA zone 48EPSG0EPSGEPSGC@ CEPSGnHPointe Noire / UTM zone 32SEPSG0EPSGEPSG?E MEPSGn!Palestine 1923 / Israeli CS GridEPSG0EPSGEPSGGD KEPSGn Palestine 1923 / Palestine BeltEPSG0EPSGEPSGGD KEPSGnPalestine 1923 / Palestine GridEPSG0EPSGEPSGGA EEPSGl;WGS 84 / Equi7 South AmericaEPSG0EPSGEPSGEq; 9EPSGl:WGS 84 / Equi7 OceaniaEPSG0EPSGEPSGEpA EEPSGl9WGS 84 / Equi7 North AmericaEPSG0EPSGEPSGEo: 7EPSGl8WGS 84 / Equi7 EuropeEPSG0EPSGEPSGEn8 3EPSGl7WGS 84 / Equi7 AsiaEPSG0EPSGEPSGEm> ?EPSGl6WGS 84 / Equi7 AntarcticaEPSGEPSGEPSGEl: 7EPSGl5WGS 84 / Equi7 AfricaEPSG0EPSGEPSGEkC IEPSGl4OSGB36 / British National GridEPSG0EPSGEPSGM8 3 EPSGkNTF (Paris) / CorseEPSGEPSGEPSGF= = EPSGkNTF (Paris) / Sud FranceEPSGEPSGEPSGF@ C EPSGkNTF (Paris) / Centre FranceEPSGEPSGEPSGF> ? EPSGkNTF (Paris) / Nord FranceEPSGEPSGEPSGF< ; EPSGkNTF (Paris) / France IVEPSGEPSGEPSGF= = EPSGkNTF (Paris) / France IIIEPSGEPSGEPSGF< ; EPSGkNTF (Paris) / France IIEPSGEPSGEPSGF >}9m) ]  I  z 5 f ! R >o*r4H`&x>Vn49 5EPSGrSAD69 / UTM zone 22SEPSG0EPSG EPSG>9 5EPSGrSAD69 / UTM zone 20SEPSG0EPSG EPSG>9 5EPSGrSAD69 / UTM zone 19SEPSG0EPSG EPSG>9 5EPSGrSAD69 / UTM zone 18SEPSG0EPSG EPSG>9 5EPSGrSAD69 / UTM zone 17SEPSG0EPSG EPSG>9 5 EPSGrSAD69 / UTM zone 25SEPSG0EPSGEPSG>9 5 EPSGrSAD69 / UTM zone 24SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 23SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 22SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 21SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 20SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 19SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 18SEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 17SEPSG0EPSGEPSG>9 5EPSGqSAD69 / UTM zone 22NEPSG0EPSG EPSG>9 5EPSGqSAD69 / UTM zone 21NEPSG0EPSG EPSG>9 5EPSGqSAD69 / UTM zone 20NEPSG0EPSG EPSG>9 5EPSGqSAD69 / UTM zone 19NEPSG0EPSG EPSG>9 5EPSGqSAD69 / UTM zone 18NEPSG0EPSG EPSG>9 5 EPSGqSAD69 / UTM zone 22NEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 21NEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 20NEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 19NEPSG0EPSGEPSG>9 5 EPSGqSAD69 / UTM zone 18NEPSG0EPSGEPSG>= =EPSGqSAD69 / Brazil PolyconicEPSGEPSG EPSGM= = EPSGqSAD69 / Brazil PolyconicEPSGEPSGEPSGM8 3EPSGq@Amersfoort / RD NewEPSGEPSGEPSGM8 3EPSGq?Amersfoort / RD OldEPSGEPSGEPSGME MEPSGoQatar 1974 / Qatar National GridEPSG0EPSGEPSGMD K EPSGoLPulkovo 1942 / Gauss-Kruger 32NEPSGEPSGEPSG?D K EPSGoKPulkovo 1942 / Gauss-Kruger 31NEPSGEPSGEPSG?D K EPSGoJPulkovo 1942 / Gauss-Kruger 30NEPSGEPSGEPSG?D K EPSGoIPulkovo 1942 / Gauss-Kruger 29NEPSGEPSGEPSG?D K EPSGoHPulkovo 1942 / Gauss-Kruger 28NEPSGEPSGEPSG?D K EPSGoGPulkovo 1942 / Gauss-Kruger 27NEPSGEPSGEPSG?D K EPSGoFPulkovo 1942 / Gauss-Kruger 26NEPSGEPSGEPSG?D K EPSGoEPulkovo 1942 / Gauss-Kruger 25NEPSGEPSGEPSG?D K EPSGoDPulkovo 1942 / Gauss-Kruger 24NEPSGEPSGEPSG?D K EPSGoCPulkovo 1942 / Gauss-Kruger 23NEPSGEPSGEPSG?D K EPSGoBPulkovo 1942 / Gauss-Kruger 22NEPSGEPSGEPSG?D K EPSGoAPulkovo 1942 / Gauss-Kruger 21NEPSGEPSGEPSG?D K EPSGo@Pulkovo 1942 / Gauss-Kruger 20NEPSGEPSGEPSG?D K EPSGo?Pulkovo 1942 / Gauss-Kruger 19NEPSGEPSGEPSG?D K EPSGo>Pulkovo 1942 / Gauss-Kruger 18NEPSGEPSGEPSG?D K EPSGo=Pulkovo 1942 / Gauss-Kruger 17NEPSGEPSGEPSG?D K EPSGo :GO g -  8 ]  U  ADb4To$=q4T D KEPSGx Nord Sahara 1959 / UTM zone 30NEPSG0EPSGEPSG>D KEPSGx Nord Sahara 1959 / UTM zone 29NEPSG0EPSGEPSG>I UEPSGwVoirol 1879 / Sud Algerie (ancienne)EPSGEPSG?EPSGF\J WEPSGwVoirol 1879 / Nord Algerie (ancienne)EPSGEPSG?EPSGF[I UEPSGwVoirol 1875 / Sud Algerie (ancienne)EPSGEPSGEPSGF\J WEPSGwVoirol 1875 / Nord Algerie (ancienne)EPSGEPSGEPSGF[< ;EPSGvTC(1948) / UTM zone 40NEPSG0EPSGEPSG>< ;EPSGvTC(1948) / UTM zone 39NEPSG0EPSGEPSG>B GEPSGuTrinidad 1903 / Trinidad GridEPSG7EPSGEPSGMK YEPSGuTokyo / Japan Plane Rectangular CS XIXEPSGEPSGEPSGEM ]EPSGuTokyo / Japan Plane Rectangular CS XVIIIEPSGEPSGEPSGEL [EPSGuTokyo / Japan Plane Rectangular CS XVIIEPSGEPSGEPSGEK YEPSGuTokyo / Japan Plane Rectangular CS XVIEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS XVEPSGEPSGEPSGEK YEPSGuTokyo / Japan Plane Rectangular CS XIVEPSGEPSGEPSGEL [EPSGuTokyo / Japan Plane Rectangular CS XIIIEPSGEPSGEPSGEK YEPSGuTokyo / Japan Plane Rectangular CS XIIEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS XIEPSGEPSGEPSGEI UEPSGuTokyo / Japan Plane Rectangular CS XEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS IXEPSGEPSGEPSGEL [EPSGuTokyo / Japan Plane Rectangular CS VIIIEPSGEPSGEPSGEK YEPSGuTokyo / Japan Plane Rectangular CS VIIEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS VIEPSGEPSGEPSGEI UEPSGuTokyo / Japan Plane Rectangular CS VEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS IVEPSGEPSGEPSGEK YEPSGuTokyo / Japan Plane Rectangular CS IIIEPSGEPSGEPSGEJ WEPSGuTokyo / Japan Plane Rectangular CS IIEPSGEPSGEPSGEI UEPSGuTokyo / Japan Plane Rectangular CS IEPSGEPSGEPSGE6 /EPSGtTM75 / Irish GridEPSG0EPSGEPSGN6 /EPSGtTM65 / Irish GridEPSG0EPSGEPSGND KEPSGtOSNI 1952 / Irish National GridEPSG0EPSG\EPSGN? A EPSGtTM65 / Irish National GridEPSG0EPSGEPSGMH SEPSGtTimbalai 1948 / RSO Sarawak LSD (m)EPSG0EPSGEPSGM~C IEPSGtTimbalai 1948 / RSO Borneo (m)EPSG0EPSGEPSGMF OEPSGtTimbalai 1948 / RSO Borneo (ftSe)EPSG5EPSGEPSGMD KEPSGtTimbalai 1948 / RSO Borneo (ch)EPSG2EPSGEPSGMA EEPSGtTimbalai 1948 / UTM zone 50NEPSG0EPSGEPSG>A EEPSGtTimbalai 1948 / UTM zone 49NEPSG0EPSGEPSG>> ?EPSGt+Tananarive / UTM zone 39SEPSG0EPSGEPSG? > ?EPSGt*Tananarive / UTM zone 38SEPSG0EPSGEPSG? T kEPSGtTananarive (Paris) / Laborde Grid approximationEPSGEPSGEPSGMF OEPSGtTananarive (Paris) / Laborde GridEPSGEPSGEPSGMF O EPSGtTananarive (Paris) / Laborde GridEPSGEPSGEPSGM9 5 EPSGsSudan / UTM zone 36NEPSG0EPSGEPSG>9 5 EPSGsSudan / UTM zone 35NEPSG0EPSGEPSG>9 5EPSGrSchwarzeck / Lo22/25EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/23EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/21EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/19EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/17EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/15EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/13EPSGfEPSGEPSGD9 5EPSGrSchwarzeck / Lo22/11EPSGfEPSGEPSGD> ?EPSGrSchwarzeck / UTM zone 33SEPSG0EPSGEPSG?D KEPSGr%Sapper Hill 1943 / UTM zone 21SEPSG0EPSGEPSG>D KEPSGr$Sapper Hill 1943 / UTM zone 20SEPSG0EPSGEPSG>9 5EPSGr SAD69 / UTM zone 25SEPSG0EPSG EPSG>9 5EPSGr SAD69 / UTM zone 24SEPSG0EPSG EPSG> ?DV Y  M  d # ` & x >l5H{3a&h&`<t/1 %EPSG|KUDAMS / KTMEPSG0EPSGEPSGN7 1EPSG|_NGN / UTM zone 39NEPSG0EPSGEPSG>7 1EPSG|^NGN / UTM zone 38NEPSG0EPSGEPSG>D K EPSG{Dealul Piscului 1970/ Stereo 70EPSGEPSGEPSGME MEPSG{pDealul Piscului 1930 / Stereo 33EPSGEPSGEPSGM@ CEPSG{)Conakry 1905 / UTM zone 29NEPSG0EPSGEPSG>@ CEPSG{(Conakry 1905 / UTM zone 28NEPSG0EPSGEPSG>H SEPSGzDHDN / 3-degree Gauss-Kruger zone 5EPSGEPSGEPSG?H SEPSGzDHDN / 3-degree Gauss-Kruger zone 4EPSGEPSGEPSG?H SEPSGzDHDN / 3-degree Gauss-Kruger zone 3EPSGEPSGEPSG?H SEPSGzDHDN / 3-degree Gauss-Kruger zone 2EPSGEPSGEPSG?A E EPSGzDHDN / 3-degree Gauss zone 5EPSGEPSGEPSG?A E EPSGzDHDN / 3-degree Gauss zone 4EPSGEPSGEPSG?A E EPSGzDHDN / 3-degree Gauss zone 3EPSGEPSGEPSG?A E EPSGzDHDN / 3-degree Gauss zone 2EPSGEPSGEPSG?A E EPSGzDHDN / 3-degree Gauss zone 1EPSGEPSGEPSG?> ?EPSGzBD72 / Belgian Lambert 72EPSGEPSGEPSGM< ;EPSGzDBD72 / Belge Lambert 72EPSGEPSGEPSGM: 7 EPSGzAMGI / Austria LambertEPSGEPSGEPSGM.  EPSGz@MGI / M34EPSGEPSGEPSGF~.  EPSGz?MGI / M31EPSGEPSGEPSGF}.  EPSGz>MGI / M28EPSGEPSGEPSGF|D K EPSGz=MGI (Ferro) / Austria East ZoneEPSGEPSGEPSGF{G Q EPSGz8 3EPSGy4Yoff / UTM zone 28NEPSG0EPSGEPSG>3 ) EPSGxPRT38 2.5 gon WEPSGEPSGEPSGMC IEPSGxHNord Sahara 1959 / Sud AlgerieEPSGEPSGEPSGFfD KEPSGxGNord Sahara 1959 / Nord AlgerieEPSGEPSGEPSGFeD KEPSGx Nord Sahara 1959 / UTM zone 32NEPSG0EPSGEPSG>1 % EPSG|KUDAMS / KTMEPSG0EPSGEPSGM ?@@ @ @ @ @ @ @@M`'w7FH`&? AEPSG}NAD27 / Pennsylvania NorthEPSGEPSGEPSG59 5EPSG}NAD27 / Oregon SouthEPSGEPSGEPSG5"9 5EPSG}NAD27 / Oregon NorthEPSGEPSGEPSG5!; 9EPSG}NAD27 / Oklahoma SouthEPSGEPSGEPSG4; 9EPSG}NAD27 / Oklahoma NorthEPSGEPSGEPSG47 1EPSG}NAD27 / Ohio SouthEPSGEPSGEPSG4Z7 1EPSG}NAD27 / Ohio NorthEPSGEPSGEPSG4Y? AEPSG}NAD27 / North Dakota SouthEPSGEPSGEPSG3? AEPSG}NAD27 / North Dakota NorthEPSGEPSGEPSG3; 9EPSG}NAD27 / North CarolinaEPSGEPSGEPSG3A E EPSG}NAD27 / New York Long IslandEPSGEPSGEPSG30: 7EPSG}NAD27 / New York WestEPSGEPSGEPSG3/= =EPSG}NAD27 / New York CentralEPSGEPSGEPSG3.: 7EPSG}NAD27 / New York EastEPSGEPSGEPSG3-< ;EPSG}NAD27 / New Mexico WestEPSGEPSGEPSG2? AEPSG} NAD27 / New Mexico CentralEPSGEPSGEPSG2< ;EPSG} NAD27 / New Mexico EastEPSGEPSGEPSG27 1EPSG} NAD27 / New JerseyEPSGEPSGEPSG2d: 7EPSG} NAD27 / New HampshireEPSGEPSGEPSG28 3EPSG} NAD27 / Nevada WestEPSGEPSGEPSG1; 9EPSG}NAD27 / Nevada CentralEPSGEPSGEPSG18 3EPSG}NAD27 / Nevada EastEPSGEPSGEPSG1; 9EPSG}NAD27 / Nebraska SouthEPSGEPSGEPSG1:; 9EPSG}NAD27 / Nebraska NorthEPSGEPSGEPSG19: 7EPSG}NAD27 / Montana SouthEPSGEPSGEPSG0< ;EPSG}NAD27 / Montana CentralEPSGEPSGEPSG0: 7EPSG}NAD27 / Montana NorthEPSGEPSGEPSG0? AEPSG}SIRGAS 1995 / UTM zone 25SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 24SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 23SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 22SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 21SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 20SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 19SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 18SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 17SEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 22NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 21NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 20NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 19NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 18NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 1995 / UTM zone 17NEPSG0EPSGJEPSG>? AEPSG|SIRGAS 2000 / UTM zone 25SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 24SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 23SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 22SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 21SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 20SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 19SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 18SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 17SEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 22NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 21NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 20NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 19NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 18NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 17NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 16NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 15NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 14NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 13NEPSG0EPSGBEPSG>? AEPSG|SIRGAS 2000 / UTM zone 12NEPSG0EPSGBEPSG>? A EPSG}NAD27 / Pennsylvania SouthEPSGEPSGEPSG5 B|<K ^ $ { ?  A  N S d(t8X l7Sc&r0t<; 9EPSG}}NAD83 / Oklahoma SouthEPSGEPSGEPSG4; 9EPSG}|NAD83 / Oklahoma NorthEPSGEPSGEPSG47 1EPSG}{NAD83 / Ohio SouthEPSGEPSGEPSG4x7 1EPSG}zNAD83 / Ohio NorthEPSGEPSGEPSG4w? AEPSG}yNAD83 / North Dakota SouthEPSGEPSGEPSG4? AEPSG}xNAD83 / North Dakota NorthEPSGEPSGEPSG4; 9EPSG}wNAD83 / North CarolinaEPSGEPSGEPSG3A EEPSG}vNAD83 / New York Long IslandEPSGEPSGEPSG3N: 7EPSG}uNAD83 / New York WestEPSGEPSGEPSG3M= =EPSG}tNAD83 / New York CentralEPSGEPSGEPSG3L: 7EPSG}sNAD83 / New York EastEPSGEPSGEPSG3K< ;EPSG}rNAD83 / New Mexico WestEPSGEPSGEPSG2? AEPSG}qNAD83 / New Mexico CentralEPSGEPSGEPSG2< ;EPSG}pNAD83 / New Mexico EastEPSGEPSGEPSG27 1EPSG}oNAD83 / New JerseyEPSGEPSGEPSG2: 7EPSG}nNAD83 / New HampshireEPSGEPSGEPSG28 3EPSG}mNAD83 / Nevada WestEPSGEPSGEPSG1; 9EPSG}lNAD83 / Nevada CentralEPSGEPSGEPSG18 3EPSG}kNAD83 / Nevada EastEPSGEPSGEPSG15 -EPSG}hNAD83 / NebraskaEPSGEPSGEPSG1V4 +EPSG}dNAD83 / MontanaEPSGEPSGEPSG0? AEPSG}cNAD27 / Louisiana OffshoreEPSGEPSGEPSG-; 9EPSG}bNAD27 / Quebec LambertEPSGEPSGEPSGM7 1EPSG}VNAD27 / MTM zone 6EPSG0EPSGEPSGE*7 1EPSG}UNAD27 / MTM zone 5EPSG0EPSGEPSGE)7 1EPSG}TNAD27 / MTM zone 4EPSG0EPSGEPSGE(7 1EPSG}SNAD27 / MTM zone 3EPSG0EPSGEPSGE'7 1EPSG}RNAD27 / MTM zone 2EPSG0EPSGEPSGE&7 1EPSG}QNAD27 / MTM zone 1EPSG0EPSGEPSGE%; 9 EPSG}MNAD27 / BLM 17N (feet)EPSGEPSGEPSG>-; 9 EPSG}LNAD27 / BLM 16N (feet)EPSGEPSGEPSG>,; 9 EPSG}KNAD27 / BLM 15N (feet)EPSGEPSGEPSG>+; 9 EPSG}JNAD27 / BLM 14N (feet)EPSGEPSGEPSG>*; 9EPSG}CNAD27 / BLM 17N (ftUS)EPSGEPSGEPSG>-; 9EPSG}BNAD27 / BLM 16N (ftUS)EPSGEPSGEPSG>,; 9EPSG}ANAD27 / BLM 15N (ftUS)EPSGEPSGEPSG>+; 9EPSG}@NAD27 / BLM 14N (ftUS)EPSGEPSGEPSG>*: 7 EPSG}>NAD27 / Guatemala SurEPSGEPSGEPSGG$< ; EPSG}=NAD27 / Guatemala NorteEPSGEPSGEPSGG#9 5EPSG}:NAD27 / Wyoming WestEPSGEPSGEPSG:8A EEPSG}9NAD27 / Wyoming West CentralEPSGEPSGEPSG:7A EEPSG}8NAD27 / Wyoming East CentralEPSGEPSGEPSG:69 5EPSG}7NAD27 / Wyoming EastEPSGEPSGEPSG:5< ;EPSG}6NAD27 / Wisconsin SouthEPSGEPSGEPSG9> ?EPSG}5NAD27 / Wisconsin CentralEPSGEPSGEPSG9< ;EPSG}4NAD27 / Wisconsin NorthEPSGEPSGEPSG9@ CEPSG}3NAD27 / West Virginia SouthEPSGEPSGEPSG9n@ CEPSG}2NAD27 / West Virginia NorthEPSGEPSGEPSG9m= =EPSG}1NAD27 / Washington SouthEPSGEPSGEPSG9 = =EPSG}0NAD27 / Washington NorthEPSGEPSGEPSG9 ; 9EPSG}/NAD27 / Virginia SouthEPSGEPSGEPSG8; 9EPSG}.NAD27 / Virginia NorthEPSGEPSGEPSG84 +EPSG}-NAD27 / VermontEPSGEPSGEPSG8@7 1EPSG},NAD27 / Utah SouthEPSGEPSGEPSG79 5EPSG}+NAD27 / Utah CentralEPSGEPSGEPSG77 1EPSG}*NAD27 / Utah NorthEPSGEPSGEPSG78 3EPSG})NAD27 / Texas SouthEPSGEPSGEPSG7}@ CEPSG}(NAD27 / Texas South CentralEPSGEPSGEPSG7|: 7EPSG}'NAD27 / Texas CentralEPSGEPSGEPSG7{@ CEPSG}&NAD27 / Texas North CentralEPSGEPSGEPSG7z8 3EPSG}%NAD27 / Texas NorthEPSGEPSGEPSG7y6 / EPSG}$NAD27 / TennesseeEPSGEPSGEPSG7? AEPSG}#NAD27 / South Dakota SouthEPSGEPSGEPSG6? AEPSG}"NAD27 / South Dakota NorthEPSGEPSGEPSG6A EEPSG}!NAD27 / South Carolina SouthEPSGEPSGEPSG6NA EEPSG}NAD27 / South Carolina NorthEPSGEPSGEPSG6M BF P d # x @ U  X  ` a%q7Ww?["w;Me+: 7EPSG}WGS 72 / UTM zone 10NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 9NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 8NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 7NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 6NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 5NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 4NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 3NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 2NEPSG0EPSGEPSG>9 5EPSG}WGS 72 / UTM zone 1NEPSG0EPSGEPSG>? AEPSG}NAD83 / Louisiana OffshoreEPSGEPSGEPSG-; 9EPSG}NAD83 / Quebec LambertEPSGEPSGEPSGM8 3EPSG}NAD83 / MTM zone 17EPSG0EPSGEPSGE58 3EPSG}NAD83 / MTM zone 16EPSG0EPSGEPSGE48 3EPSG}NAD83 / MTM zone 15EPSG0EPSGEPSGE38 3EPSG}NAD83 / MTM zone 14EPSG0EPSGEPSGE28 3EPSG}NAD83 / MTM zone 13EPSG0EPSGEPSGE18 3EPSG}NAD83 / MTM zone 12EPSG0EPSGEPSGE08 3EPSG}NAD83 / MTM zone 11EPSG0EPSGEPSGE/8 3EPSG}NAD83 / MTM zone 10EPSGEPSGEPSGE.7 1EPSG}NAD83 / MTM zone 9EPSGEPSGEPSGE-7 1EPSG}NAD83 / MTM zone 8EPSGEPSGEPSGE,7 1EPSG}NAD83 / MTM zone 7EPSGEPSGEPSGE+7 1EPSG}NAD83 / MTM zone 6EPSGEPSGEPSGE*7 1EPSG}NAD83 / MTM zone 5EPSGEPSGEPSGE)7 1EPSG}NAD83 / MTM zone 4EPSGEPSGEPSGE(7 1EPSG}NAD83 / MTM zone 3EPSGEPSGEPSGE'7 1EPSG}NAD83 / MTM zone 2EPSGEPSGEPSGE&7 1EPSG}NAD83 / MTM zone 1EPSGEPSGEPSGE%9 5 EPSG}NAD83 / SCoPQ zone 2EPSGEPSGEPSGE$; 9EPSG}NAD83 / BLM 17N (ftUS)EPSGEPSGEPSG>-; 9EPSG}NAD83 / BLM 16N (ftUS)EPSGEPSGEPSG>,; 9EPSG}NAD83 / BLM 15N (ftUS)EPSGEPSGEPSG>+; 9EPSG}NAD83 / BLM 14N (ftUS)EPSGEPSGEPSG>*E MEPSG}NAD83 / Puerto Rico & Virgin Is.EPSGEPSGEPSG;~< ;EPSG}NAD83 / Wyoming LambertEPSGEPSGEPSG:R9 5EPSG}NAD83 / Wyoming WestEPSGEPSGEPSG:VA EEPSG}NAD83 / Wyoming West CentralEPSGEPSGEPSG:UA EEPSG}NAD83 / Wyoming East CentralEPSGEPSGEPSG:T9 5EPSG}NAD83 / Wyoming EastEPSGEPSGEPSG:S< ;EPSG}NAD83 / Wisconsin SouthEPSGEPSGEPSG9> ?EPSG}NAD83 / Wisconsin CentralEPSGEPSGEPSG9< ;EPSG}NAD83 / Wisconsin NorthEPSGEPSGEPSG9@ CEPSG}NAD83 / West Virginia SouthEPSGEPSGEPSG9@ CEPSG}NAD83 / West Virginia NorthEPSGEPSGEPSG9= =EPSG}NAD83 / Washington SouthEPSGEPSGEPSG9(= =EPSG}NAD83 / Washington NorthEPSGEPSGEPSG9'; 9EPSG}NAD83 / Virginia SouthEPSGEPSGEPSG8; 9EPSG}NAD83 / Virginia NorthEPSGEPSGEPSG84 +EPSG}NAD83 / VermontEPSGEPSGEPSG8^7 1EPSG}NAD83 / Utah SouthEPSGEPSGEPSG79 5EPSG}NAD83 / Utah CentralEPSGEPSGEPSG77 1EPSG}NAD83 / Utah NorthEPSGEPSGEPSG78 3EPSG}NAD83 / Texas SouthEPSGEPSGEPSG7@ CEPSG}NAD83 / Texas South CentralEPSGEPSGEPSG7: 7EPSG}NAD83 / Texas CentralEPSGEPSGEPSG7@ CEPSG}NAD83 / Texas North CentralEPSGEPSGEPSG78 3EPSG}NAD83 / Texas NorthEPSGEPSGEPSG76 /EPSG}NAD83 / TennesseeEPSGEPSGEPSG72? AEPSG}NAD83 / South Dakota SouthEPSGEPSGEPSG6? AEPSG}NAD83 / South Dakota NorthEPSGEPSGEPSG6; 9EPSG}NAD83 / South CarolinaEPSGEPSGEPSG6j9 5EPSG}NAD83 / Rhode IslandEPSGEPSGEPSG6? AEPSG}NAD83 / Pennsylvania SouthEPSGEPSGEPSG5? AEPSG}NAD83 / Pennsylvania NorthEPSGEPSGEPSG59 5EPSG}NAD83 / Oregon SouthEPSGEPSGEPSG5@ COc( w <  P  d ) x =  Q e*y>Rf+z@Xp5I: 7EPSG~=WGS 72 / UTM zone 17SEPSG0EPSGEPSG>: 7EPSG~: 7EPSG~;WGS 72 / UTM zone 15SEPSG0EPSGEPSG>: 7EPSG~:WGS 72 / UTM zone 14SEPSG0EPSGEPSG>: 7EPSG~9WGS 72 / UTM zone 13SEPSG0EPSGEPSG>: 7EPSG~8WGS 72 / UTM zone 12SEPSG0EPSGEPSG>: 7EPSG~7WGS 72 / UTM zone 11SEPSG0EPSGEPSG>: 7EPSG~6WGS 72 / UTM zone 10SEPSG0EPSGEPSG>9 5EPSG~5WGS 72 / UTM zone 9SEPSG0EPSGEPSG>9 5EPSG~4WGS 72 / UTM zone 8SEPSG0EPSGEPSG>9 5EPSG~3WGS 72 / UTM zone 7SEPSG0EPSGEPSG>9 5EPSG~2WGS 72 / UTM zone 6SEPSG0EPSGEPSG>9 5EPSG~1WGS 72 / UTM zone 5SEPSG0EPSGEPSG>9 5EPSG~0WGS 72 / UTM zone 4SEPSG0EPSGEPSG>9 5EPSG~/WGS 72 / UTM zone 3SEPSG0EPSGEPSG>9 5EPSG~.WGS 72 / UTM zone 2SEPSG0EPSGEPSG>9 5EPSG~-WGS 72 / UTM zone 1SEPSG0EPSGEPSG>: 7EPSG~WGS 72 / UTM zone 60NEPSG0EPSGEPSG>: 7EPSG~WGS 72 / UTM zone 59NEPSG0EPSGEPSG>: 7EPSG~WGS 72 / UTM zone 58NEPSG0EPSGEPSG>: 7EPSG~WGS 72 / UTM zone 57NEPSG0EPSGEPSG>: 7EPSG~WGS 72 / UTM zone 56NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 55NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 54NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 53NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 52NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 51NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 50NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 49NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 48NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 47NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 46NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 45NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 44NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 43NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 42NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 41NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 40NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 39NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 38NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 37NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 36NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 35NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 34NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 33NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 32NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 31NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 30NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 29NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 28NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 27NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 26NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 25NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 24NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 23NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 22NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 21NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 20NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 19NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 18NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 17NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 16NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 15NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 14NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 13NEPSG0EPSGEPSG>: 7EPSG}WGS 72 / UTM zone 12NEPSG0EPSGEPSG>: 7EPSG~>WGS 72 / UTM zone 18SEPSG0EPSGEPSG> BOc( w <  P  d ) x =  Q e*y>Qa%q4}@LX< ;EPSG~WGS 72BE / UTM zone 25NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 24NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 23NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 22NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 21NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 20NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 19NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 18NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 17NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 16NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 15NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 14NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 13NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 12NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 11NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 10NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 9NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 8NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 7NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 6NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 5NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 4NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 3NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 2NEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 1NEPSG0EPSGEPSG>: 7EPSG~hWGS 72 / UTM zone 60SEPSG0EPSGEPSG? : 7EPSG~gWGS 72 / UTM zone 59SEPSG0EPSGEPSG?: 7EPSG~fWGS 72 / UTM zone 58SEPSG0EPSGEPSG?: 7EPSG~eWGS 72 / UTM zone 57SEPSG0EPSGEPSG?: 7EPSG~dWGS 72 / UTM zone 56SEPSG0EPSGEPSG?: 7EPSG~cWGS 72 / UTM zone 55SEPSG0EPSGEPSG?: 7EPSG~bWGS 72 / UTM zone 54SEPSG0EPSGEPSG?: 7EPSG~aWGS 72 / UTM zone 53SEPSG0EPSGEPSG?: 7EPSG~`WGS 72 / UTM zone 52SEPSG0EPSGEPSG?: 7EPSG~_WGS 72 / UTM zone 51SEPSG0EPSGEPSG?: 7EPSG~^WGS 72 / UTM zone 50SEPSG0EPSGEPSG?: 7EPSG~]WGS 72 / UTM zone 49SEPSG0EPSGEPSG?: 7EPSG~\WGS 72 / UTM zone 48SEPSG0EPSGEPSG?: 7EPSG~[WGS 72 / UTM zone 47SEPSG0EPSGEPSG?: 7EPSG~ZWGS 72 / UTM zone 46SEPSG0EPSGEPSG?: 7EPSG~YWGS 72 / UTM zone 45SEPSG0EPSGEPSG?: 7EPSG~XWGS 72 / UTM zone 44SEPSG0EPSGEPSG?: 7EPSG~WWGS 72 / UTM zone 43SEPSG0EPSGEPSG?: 7EPSG~VWGS 72 / UTM zone 42SEPSG0EPSGEPSG?: 7EPSG~UWGS 72 / UTM zone 41SEPSG0EPSGEPSG? : 7EPSG~TWGS 72 / UTM zone 40SEPSG0EPSGEPSG? : 7EPSG~SWGS 72 / UTM zone 39SEPSG0EPSGEPSG? : 7EPSG~RWGS 72 / UTM zone 38SEPSG0EPSGEPSG? : 7EPSG~QWGS 72 / UTM zone 37SEPSG0EPSGEPSG? : 7EPSG~PWGS 72 / UTM zone 36SEPSG0EPSGEPSG?: 7EPSG~OWGS 72 / UTM zone 35SEPSG0EPSGEPSG?: 7EPSG~NWGS 72 / UTM zone 34SEPSG0EPSGEPSG?: 7EPSG~MWGS 72 / UTM zone 33SEPSG0EPSGEPSG?: 7EPSG~LWGS 72 / UTM zone 32SEPSG0EPSGEPSG?: 7EPSG~KWGS 72 / UTM zone 31SEPSG0EPSGEPSG?: 7EPSG~JWGS 72 / UTM zone 30SEPSG0EPSGEPSG?: 7EPSG~IWGS 72 / UTM zone 29SEPSG0EPSGEPSG?: 7EPSG~HWGS 72 / UTM zone 28SEPSG0EPSGEPSG?: 7EPSG~GWGS 72 / UTM zone 27SEPSG0EPSGEPSG>: 7EPSG~FWGS 72 / UTM zone 26SEPSG0EPSGEPSG>: 7EPSG~EWGS 72 / UTM zone 25SEPSG0EPSGEPSG>: 7EPSG~DWGS 72 / UTM zone 24SEPSG0EPSGEPSG>: 7EPSG~CWGS 72 / UTM zone 23SEPSG0EPSGEPSG>: 7EPSG~BWGS 72 / UTM zone 22SEPSG0EPSGEPSG>: 7EPSG~AWGS 72 / UTM zone 21SEPSG0EPSGEPSG>: 7EPSG~@WGS 72 / UTM zone 20SEPSG0EPSGEPSG> AI U a $ m 0 y < H T `#m1}AP\h+t7C< ;EPSGWGS 72BE / UTM zone 30SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 29SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 28SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 27SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 26SEPSG0EPSGEPSG>< ;EPSG WGS 72BE / UTM zone 25SEPSG0EPSGEPSG>< ;EPSG WGS 72BE / UTM zone 24SEPSG0EPSGEPSG>< ;EPSG WGS 72BE / UTM zone 23SEPSG0EPSGEPSG>< ;EPSG WGS 72BE / UTM zone 22SEPSG0EPSGEPSG>< ;EPSG WGS 72BE / UTM zone 21SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 20SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 19SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 18SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 17SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 16SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 15SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 14SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 13SEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 12SEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 11SEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 10SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 9SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 8SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 7SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 6SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 5SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 4SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 3SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 2SEPSG0EPSGEPSG>; 9EPSG~WGS 72BE / UTM zone 1SEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 60NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 59NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 58NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 57NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 56NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 55NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 54NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 53NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 52NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 51NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 50NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 49NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 48NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 47NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 46NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 45NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 44NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 43NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 42NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 41NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 40NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 39NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 38NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 37NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 36NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 35NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 34NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 33NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 32NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 31NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 30NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 29NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 28NEPSG0EPSGEPSG>< ;EPSG~WGS 72BE / UTM zone 27NEPSG0EPSGEPSG>< ;EPSGWGS 72BE / UTM zone 31SEPSG0EPSGEPSG? AI U a $ m 0 y < H T Og-~CWk0D Xl1: 7EPSG{WGS 84 / UTM zone 35NEPSG0EPSGEPSG>: 7EPSGzWGS 84 / UTM zone 34NEPSG0EPSGEPSG>: 7EPSGyWGS 84 / UTM zone 33NEPSG0EPSGEPSG>: 7EPSGxWGS 84 / UTM zone 32NEPSG0EPSGEPSG>: 7EPSGwWGS 84 / UTM zone 31NEPSG0EPSGEPSG>: 7EPSGvWGS 84 / UTM zone 30NEPSG0EPSGEPSG>: 7EPSGuWGS 84 / UTM zone 29NEPSG0EPSGEPSG>: 7EPSGtWGS 84 / UTM zone 28NEPSG0EPSGEPSG>: 7EPSGsWGS 84 / UTM zone 27NEPSG0EPSGEPSG>: 7EPSGrWGS 84 / UTM zone 26NEPSG0EPSGEPSG>: 7EPSGqWGS 84 / UTM zone 25NEPSG0EPSGEPSG>: 7EPSGpWGS 84 / UTM zone 24NEPSG0EPSGEPSG>: 7EPSGoWGS 84 / UTM zone 23NEPSG0EPSGEPSG>: 7EPSGnWGS 84 / UTM zone 22NEPSG0EPSGEPSG>: 7EPSGmWGS 84 / UTM zone 21NEPSG0EPSGEPSG>: 7EPSGlWGS 84 / UTM zone 20NEPSG0EPSGEPSG>: 7EPSGkWGS 84 / UTM zone 19NEPSG0EPSGEPSG>: 7EPSGjWGS 84 / UTM zone 18NEPSG0EPSGEPSG>: 7EPSGiWGS 84 / UTM zone 17NEPSG0EPSGEPSG>: 7EPSGhWGS 84 / UTM zone 16NEPSG0EPSGEPSG>: 7EPSGgWGS 84 / UTM zone 15NEPSG0EPSGEPSG>: 7EPSGfWGS 84 / UTM zone 14NEPSG0EPSGEPSG>: 7EPSGeWGS 84 / UTM zone 13NEPSG0EPSGEPSG>: 7EPSGdWGS 84 / UTM zone 12NEPSG0EPSGEPSG>: 7EPSGcWGS 84 / UTM zone 11NEPSG0EPSGEPSG>: 7EPSGbWGS 84 / UTM zone 10NEPSG0EPSGEPSG>9 5EPSGaWGS 84 / UTM zone 9NEPSG0EPSGEPSG>9 5EPSG`WGS 84 / UTM zone 8NEPSG0EPSGEPSG>9 5EPSG_WGS 84 / UTM zone 7NEPSG0EPSGEPSG>9 5EPSG^WGS 84 / UTM zone 6NEPSG0EPSGEPSG>9 5EPSG]WGS 84 / UTM zone 5NEPSG0EPSGEPSG>9 5EPSG\WGS 84 / UTM zone 4NEPSG0EPSGEPSG>9 5EPSG[WGS 84 / UTM zone 3NEPSG0EPSGEPSG>9 5EPSGZWGS 84 / UTM zone 2NEPSG0EPSGEPSG>9 5EPSGYWGS 84 / UTM zone 1NEPSG0EPSGEPSG>S iEPSGXWGS 84 / UTM grid system (northern hemisphere)EPSG0EPSGEPSG>< ;EPSG0WGS 72BE / UTM zone 60SEPSG0EPSGEPSG? < ;EPSG/WGS 72BE / UTM zone 59SEPSG0EPSGEPSG?< ;EPSG.WGS 72BE / UTM zone 58SEPSG0EPSGEPSG?< ;EPSG-WGS 72BE / UTM zone 57SEPSG0EPSGEPSG?< ;EPSG,WGS 72BE / UTM zone 56SEPSG0EPSGEPSG?< ;EPSG+WGS 72BE / UTM zone 55SEPSG0EPSGEPSG?< ;EPSG*WGS 72BE / UTM zone 54SEPSG0EPSGEPSG?< ;EPSG)WGS 72BE / UTM zone 53SEPSG0EPSGEPSG?< ;EPSG(WGS 72BE / UTM zone 52SEPSG0EPSGEPSG?< ;EPSG'WGS 72BE / UTM zone 51SEPSG0EPSGEPSG?< ;EPSG&WGS 72BE / UTM zone 50SEPSG0EPSGEPSG?< ;EPSG%WGS 72BE / UTM zone 49SEPSG0EPSGEPSG?< ;EPSG$WGS 72BE / UTM zone 48SEPSG0EPSGEPSG?< ;EPSG#WGS 72BE / UTM zone 47SEPSG0EPSGEPSG?< ;EPSG"WGS 72BE / UTM zone 46SEPSG0EPSGEPSG?< ;EPSG!WGS 72BE / UTM zone 45SEPSG0EPSGEPSG?< ;EPSG WGS 72BE / UTM zone 44SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 43SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 42SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 41SEPSG0EPSGEPSG? < ;EPSGWGS 72BE / UTM zone 40SEPSG0EPSGEPSG? < ;EPSGWGS 72BE / UTM zone 39SEPSG0EPSGEPSG? < ;EPSGWGS 72BE / UTM zone 38SEPSG0EPSGEPSG? < ;EPSGWGS 72BE / UTM zone 37SEPSG0EPSGEPSG? < ;EPSGWGS 72BE / UTM zone 36SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 35SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 34SEPSG0EPSGEPSG?< ;EPSGWGS 72BE / UTM zone 33SEPSG0EPSGEPSG?: 7EPSG|WGS 84 / UTM zone 36NEPSG0EPSGEPSG>? BOc( w <  P  d ) x : v 9k1Ia&u:Nb'v;O: 7EPSGWGS 84 / UTM zone 34SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 33SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 32SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 31SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 30SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 29SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 28SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 27SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 26SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 25SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 24SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 23SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 22SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 21SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 20SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 19SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 18SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 17SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 16SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 15SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 14SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 13SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 12SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 11SEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 10SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 9SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 8SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 7SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 6SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 5SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 4SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 3SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 2SEPSG0EPSGEPSG>9 5EPSGWGS 84 / UTM zone 1SEPSG0EPSGEPSG>S iEPSGWGS 84 / UTM grid system (southern hemisphere)EPSG0EPSGEPSG>< ;EPSGWGS 84 / BLM 17N (ftUS)EPSGEPSGEPSG>-< ;EPSGWGS 84 / BLM 16N (ftUS)EPSGEPSGEPSG>,< ;EPSGWGS 84 / BLM 15N (ftUS)EPSGEPSGEPSG>+< ;EPSGWGS 84 / BLM 14N (ftUS)EPSGEPSGEPSG>*K Y EPSGWGS 84 / World Equidistant CylindricalEPSGEPSGEPSGM: 7 EPSGWGS 84 / Plate CarreeEPSGEPSGEPSGN= =EPSGWGS 84 / UPS North (N,E)EPSGEPSGEPSG>: 7EPSGWGS 84 / UTM zone 60NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 59NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 58NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 57NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 56NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 55NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 54NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 53NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 52NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 51NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 50NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 49NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 48NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 47NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 46NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 45NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 44NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 43NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 42NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 41NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 40NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 39NEPSG0EPSGEPSG>: 7EPSG~WGS 84 / UTM zone 38NEPSG0EPSGEPSG>: 7EPSGWGS 84 / UTM zone 35SEPSG0EPSGEPSG? <vOc( w <  P  d ) x = P t=Qm!/zFv=Y vZ wESRI}8 3 ESRI|SIRGAS_UTM_Zone_21NEPSG0EPSGJEPSG>8 3 ESRI|SIRGAS_UTM_Zone_20NEPSG0EPSGJEPSG>8 3 ESRI|SIRGAS_UTM_Zone_19NEPSG0EPSGJEPSG>8 3 ESRI|SIRGAS_UTM_Zone_18NEPSG0EPSGJEPSG>8 3 ESRI|SIRGAS_UTM_Zone_17NEPSG0EPSGJEPSG>3 ) ESRI{Germany_Zone_5EPSG0EPSGEPSG?3 ) ESRI{Germany_Zone_4EPSG0EPSGEPSG?3 ) ESRI{Germany_Zone_3EPSG0EPSGEPSG?3 ) ESRI{Germany_Zone_2EPSG0EPSGEPSG?3 ) ESRI{Germany_Zone_1EPSG0EPSGEPSG?I0 # ESRIwSud_AlgerieEPSG0ESRIESRIw1 % ESRIwNord_AlgerieEPSG0ESRIESRIwQ eESRIhNAD_1927_StatePlane_Michigan_South_FIPS_2113EPSGEPSGESRIhS iESRIhNAD_1927_StatePlane_Michigan_Central_FIPS_2112EPSGEPSGESRIhQ eESRIhNAD_1927_StatePlane_Michigan_North_FIPS_2111EPSGEPSGESRIhK Y ESRIhNAD_1927_StatePlane_Hawaii_5_FIPS_5105EPSGEPSGESRIhK Y ESRIhNAD_1927_StatePlane_Hawaii_4_FIPS_5104EPSGEPSGESRIhK Y ESRIhNAD_1927_StatePlane_Hawaii_3_FIPS_5103EPSGEPSGESRIhK Y ESRIhNAD_1927_StatePlane_Hawaii_2_FIPS_5102EPSGEPSGESRIhK Y ESRIhNAD_1927_StatePlane_Hawaii_1_FIPS_5101EPSGEPSGESRIh: 7 ESRI`La_Canoa_UTM_Zone_21NEPSG0EPSGEPSG>< ; ESRIN_Pulkovo_1995_GK_Zone_3NEPSG0EPSGhEPSG?< ; ESRIN^Pulkovo_1995_GK_Zone_2NEPSG0EPSGhEPSG?6 / ESRIED_1950_Turkey_15EPSG0EPSGESRI6 / ESRIED_1950_Turkey_14EPSG0EPSGESRI6 / ESRIED_1950_Turkey_13EPSG0EPSGESRI6 / ESRIED_1950_Turkey_12EPSG0EPSGESRI6 / ESRIED_1950_Turkey_11EPSG0EPSGESRI6 / ESRIED_1950_Turkey_10EPSG0EPSGESRI5 - ESRIED_1950_Turkey_9EPSG0EPSGESRIA C EPSG 1Google Maps Global MercatorEPSGEPSGEPSG6 /EPSGWGS 84 / TM 36 SEEPSG0EPSGEPSG@= =EPSGWGS 84 / UPS South (N,E)EPSGEPSGEPSG?!: 7EPSGWGS 84 / UTM zone 60SEPSG0EPSGEPSG? : 7EPSGWGS 84 / UTM zone 59SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 58SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 57SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 56SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 55SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 54SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 53SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 52SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 51SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 50SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 49SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 48SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 47SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 46SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 45SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 44SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 43SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 42SEPSG0EPSGEPSG?: 7EPSGWGS 84 / UTM zone 41SEPSG0EPSGEPSG? : 7EPSGWGS 84 / UTM zone 40SEPSG0EPSGEPSG? : 7EPSGWGS 84 / UTM zone 39SEPSG0EPSGEPSG? : 7EPSGWGS 84 / UTM zone 38SEPSG0EPSGEPSG? : 7EPSGWGS 84 / UTM zone 37SEPSG0EPSGEPSG? ;7EPSGWGS 84 / UTM zone 36SEPSG0EPSGEPSG?  ] ` ghm?ESRISphere_Gall_StereographicEPSGPROJCS["Sphere_Gall_Stereographic",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Gall_Stereographic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]O+WESRISphere_Eckert_IEPSGPROJCS["Sphere_Eckert_I",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_I"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]R-[ESRISphere_Eckert_IIEPSGPROJCS["Sphere_Eckert_II",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_II"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]U/_ESRISphere_Eckert_IIIEPSGPROJCS["Sphere_Eckert_III",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_III"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]R-[ESRISphere_Eckert_IVEPSGPROJCS["Sphere_Eckert_IV",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_IV"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]O+WESRISphere_Eckert_VEPSGPROJCS["Sphere_Eckert_V",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_V"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]R-[ESRISphere_Eckert_VIEPSGPROJCS["Sphere_Eckert_VI",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Eckert_VI"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]R-[ESRISphere_MollweideEPSGPROJCS["Sphere_Mollweide",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Mollweide"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]U/_ESRISphere_SinusoidalEPSGPROJCS["Sphere_Sinusoidal",GEOGCS["GCS_Sphere",DATUM["D_Sphere",SPHEROID["Sphere",6371000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Sinusoidal"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]6 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O ESRIWGS_1984_Equal_Earth_Asia_PacificEPSG0EPSGESRID G ESRIWGS_1984_Equal_Earth_AmericasEPSG0EPSGESRIE I ESRIWGS_1984_Equal_Earth_GreenwichEPSG0EPSGESRIEwESRICOESRI$World_Goode_Homolosine_LandEPSGPROJCS["World_Goode_Homolosine_Land",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Goode_Homolosine"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Option",1.0],UNIT["Meter",1.0]] b 6 } <:6ViESRIKWGS_1984_Peirce_quincuncial_North_Pole_diamondEPSGPROJCS["WGS_1984_Peirce_quincuncial_North_Pole_diamond",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Peirce_Quincuncial"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",90.0],PARAMETER["Option",1.0],UNIT["Meter",1.0]]g}ESRIJWGS_1984_Peirce_quincuncial_North_Pole_squareEPSGPROJCS["WGS_1984_Peirce_quincuncial_North_Pole_square",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Peirce_Quincuncial"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",90.0],PARAMETER["Option",0.0],UNIT["Meter",1.0]]o5 ESRI@World_Compact_MillerEPSGPROJCS["World_Compact_Miller",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Compact_Miller"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]`+yESRI?World_PattersonEPSGPROJCS["World_Patterson",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Patterson"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]u9ESRI>World_Natural_Earth_IIEPSGPROJCS["World_Natural_Earth_II",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Natural_Earth_II"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]l3 ESRI=World_Natural_EarthEPSGPROJCS["World_Natural_Earth",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Natural_Earth"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]-EESRI@ A ESRINAD_1983_2011_UTM_Zone_11NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_10NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_9NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_8NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_7NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_6NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_5NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_4NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_3NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_2NEPSG0EPSGEPSG>? ? ESRINAD_1983_2011_UTM_Zone_1NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_60NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_59NEPSG0EPSGEPSG>@ AESRINAD_1983_2011_UTM_Zone_20NEPSG0EPSGEPSG>D IESRINAD_1983_NSRS2007_UTM_Zone_20NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_20NEPSG0EPSGEPSG>> ;ESRINAD_1983_USFS_R9_AlbersEPSG0EPSGESRI5 )ESRICOB_NAD83_2007EPSGEPSG8ESRISc ESRIKorean_1985_Korea_Unified_Coordinate_SystemEPSG0EPSGBESRI % ! q 8T\Rc]y< = 9ESRINGO_1948_Norway_Zone_4EPSG0EPSGESRI= 9ESRINGO_1948_Norway_Zone_3EPSG0EPSGESRI< 9 ESRIETRS_1989_UTM_Zone_39NEPSG0EPSGEPSG>< 9 ESRIETRS_1989_UTM_Zone_27NEPSG0EPSGEPSG>< 9 ESRIETRS_1989_UTM_Zone_26NEPSG0EPSGEPSG>dWSESRIBab_South_Palau_Azimuthal_EquidistantESRIPROJCS["Bab_South_Palau_Azimuthal_Equidistant",GEOGCS["GCS_Bab_South",DATUM["D_Bab_South",SPHEROID["Clarke_1866",6378206.4,294.9786982]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",50000.0],PARAMETER["False_Northing",150000.0],PARAMETER["Central_Meridian",134.4504448611111],PARAMETER["Latitude_Of_Origin",7.35122211111111],UNIT["Meter",1.0]]< 7 ESRIJAD_2001_Jamaica_GridEPSG0EPSGESRIB CESRIRoma_1940_Gauss_Boaga_OvestEPSG0ESRIEPSGF@ ?ESRIRoma_1940_Gauss_Boaga_EstEPSG0ESRIEPSGF9 3 ESRIMonte_Mario_Italy_2EPSG0EPSGEPSGF9 3 ESRIMonte_Mario_Italy_1EPSG0EPSGEPSGFA A ESRIBermuda_2000_National_GridEPSG0EPSGESRIO ] ESRIKorean_1985_Modified_Korea_East_Sea_BeltEPSG0EPSGBESRIK U ESRIKorean_1985_Modified_Korea_East_BeltEPSG0EPSGBESRIS e ESRIKorean_1985_Modified_Korea_Central_Belt_JejuEPSG0EPSGBESRIN [ ESRIKorean_1985_Modified_Korea_Central_BeltEPSG0EPSGBESRIK U ESRIKorean_1985_Modified_Korea_West_BeltEPSG0EPSGBESRI@ A ESRIKGD2002_East_Sea_Belt_2010EPSG0EPSGEPSG< 9 ESRIKGD2002_East_Belt_2010EPSG0EPSGEPSG? ? ESRIKGD2002_Central_Belt_2010EPSG0EPSGEPSG< 9 ESRIKGD2002_West_Belt_2010EPSG0EPSGEPSGH O ESRIKGD2002_Unified_Coordinate_SystemEPSG0EPSGESRI8 /ESRIAGD_1966_ISG_56_3EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_56_2EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_56_1EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_55_3EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_55_2EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_55_1EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_54_3EPSG0EPSGjESRI8 /ESRIAGD_1966_ISG_54_2EPSG0EPSGjESRIA AESRIAGD_1966_ACT_Grid_AGC_ZoneEPSG0EPSGjESRI4 'ESRIGuernsey_GridEPSG0EPSGESRI6;ESRIEMEP_150_Kilometer_GridESRIPROJCS["EMEP_150_Kilometer_Grid",GEOGCS["GCS_Sphere_EMEP",DATUM["D_Sphere_EMEP",SPHEROID["Sphere_EMEP",6370000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Stereographic_North_Pole"],PARAMETER["False_Easting",3.0],PARAMETER["False_Northing",37.0],PARAMETER["Central_Meridian",-32.0],PARAMETER["Standard_Parallel_1",60.0],UNIT["150_Kilometers",150000.0]]39ESRIEMEP_50_Kilometer_GridESRIPROJCS["EMEP_50_Kilometer_Grid",GEOGCS["GCS_Sphere_EMEP",DATUM["D_Sphere_EMEP",SPHEROID["Sphere_EMEP",6370000.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Stereographic_North_Pole"],PARAMETER["False_Easting",8.0],PARAMETER["False_Northing",110.0],PARAMETER["Central_Meridian",-32.0],PARAMETER["Standard_Parallel_1",60.0],UNIT["50_Kilometers",50000.0]] == 9ESRINGO_1948_Norway_Zone_2EPSG0EPSGESRI= 9ESRINGO_1948_Norway_Zone_1EPSG0EPSGESRIՃjY_ ESRIWGS_1984_Web_Mercator_Auxiliary_SphereEPSGPROJCS["WGS_1984_Web_Mercator_Auxiliary_Sphere",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Mercator_Auxiliary_Sphere"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",0.0],PARAMETER["Auxiliary_Sphere_Type",0.0],UNIT["Meter",1.0]]T<p$  v ?` Jt$T;^ { ESRISNAD_1983_2011_StatePlane_Arkansas_North_FIPS_0301_Ft_USEPSGEPSGESRI:K OESRICassini_Bangladesh_Zone_09_SylhetESRIChainEPSGESRI9_3 ESRI NAD_1983_(2011)_ICS_Carlinville_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Carlinville_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",5741000.0],PARAMETER["False_Northing",2756000.0],PARAMETER["Central_Meridian",-90.15],PARAMETER["Scale_Factor",1.00002],PARAMETER["Latitude_Of_Origin",39.3],UNIT["Foot_US",0.3048006096012192]]8K U ESRINAD_1983_(2011)_ICS_Peoria_(US_Feet)EPSGEPSGESRI7D G ESRIOSGB36_Highways_England_C16H4EPSG0EPSGESRI6D G ESRIOSGB36_Highways_England_A20H1EPSG0EPSGESRI5? = ESRIyMAGNA_Popayan_Cauca_2006EPSG0EPSGNESRIy4\ w ESRIHNAD_1983_StatePlane_Pennsylvania_North_FIPS_3701_FeetEPSGEPSGESRIH3Y q ESRINAD_1983_StatePlane_Louisiana_North_FIPS_1701_FeetEPSGEPSGESRI2R cESRINAD_1983_StatePlane_Alaska_4_FIPS_5004_FeetEPSGEPSGESRI1YGOESRIWGS_1984_Complex_UTM_Zone_30NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_30N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-3.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]0ZGQESRIWGS_1984_Complex_UTM_Zone_21NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_21N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-57.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]/R c ESRI{NAD_1983_PA11_StatePlane_Hawaii_4_FIPS_5104EPSG0EPSGESRIx.< 7ESRIYHartebeesthoek94_Lo33EPSG0EPSG4ESRIO-B CESRI"WGS_1984_ARC_System_Zone_14EPSG0EPSGESRI",.e[ESRINAD_1983_HARN_Fargo_Ground_Coordinate_SystemEPSG8PROJCS["NAD_1983_HARN_Fargo_Ground_Coordinate_System",GEOGCS["GCS_North_American_1983_HARN",DATUM["D_North_American_1983_HARN",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Rectified_Skew_Orthomorphic_Natural_Origin"],PARAMETER["False_Easting",2869344.93],PARAMETER["False_Northing",-16657672.6488],PARAMETER["Scale_Factor",1.000038773618],PARAMETER["Azimuth",2.63389226],PARAMETER["Longitude_Of_Center",-96.88886388888889],PARAMETER["Latitude_Of_Center",46.99163611111111],PARAMETER["XY_Plane_Rotation",0.0],UNIT["Foot_US",0.3048006096012192]]+] y ESRINAD_1983_HARN_StatePlane_West_Virginia_North_FIPS_4701EPSG0EPSG8ESRI*3/ESRIBerghaus_Star_AAGEPSGPROJCS["Berghaus_Star_AAG",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Berghaus_Star"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-52.0],PARAMETER["Latitude_Of_Origin",90.0],PARAMETER["XY_Plane_Rotation",36.0],UNIT["Meter",1.0]])R c ESRIqNAD_1983_HARN_StatePlane_Delaware_FIPS_0700EPSG0EPSG8ESRIq(G MESRILNAD_1983_HARN_Wisconsin_TM_US_FtEPSGEPSG8ESRII'I QESRIGraciosa_Base_SW_1948_UTM_Zone_26NEPSG0ESRIyEPSG>%= 9ESRINGO_1948_Norway_Zone_5EPSG0EPSGESRI 8FL 7 s . N  x = O`$m/=L\ u<[B CESRIDatum_73_Hayford_Gauss_IPCCEPSG0EPSGESRIC EESRIDatum_73_Hayford_Gauss_IGeoEEPSG0EPSGESRIR aESRIObservatorio_Meteorologico_1965_Macau_GridEPSG0ESRIESRI1 !ESRIJordan_JTMEPSG0ESRIEPSGN< 7ESRI ETRS_1989_Kosovo_GridEPSG0EPSGESRI 8 1ESRI Tokyo_UTM_Zone_56NEPSG0EPSGEPSG>8 1 ESRI Tokyo_UTM_Zone_55NEPSG0EPSGEPSG>8 1 ESRI Tokyo_UTM_Zone_54NEPSG0EPSGEPSG>8 1 ESRI Tokyo_UTM_Zone_53NEPSG0EPSGEPSG>8 1 ESRITokyo_UTM_Zone_52NEPSG0EPSGEPSG>8 1 ESRITokyo_UTM_Zone_51NEPSG0EPSGEPSG>; 7ESRIJGD_2000_UTM_Zone_56NEPSG0EPSGEPSG>; 7 ESRIJGD_2000_UTM_Zone_55NEPSG0EPSGEPSG>; 7 ESRIJGD_2000_UTM_Zone_54NEPSG0EPSGEPSG>; 7 ESRIJGD_2000_UTM_Zone_53NEPSG0EPSGEPSG>; 7 ESRIJGD_2000_UTM_Zone_52NEPSG0EPSGEPSG>; 7 ESRIJGD_2000_UTM_Zone_51NEPSG0EPSGEPSG>; 7ESRIMerchich_UTM_Zone_28NEPSG0EPSGEPSG>6 -ESRIQND_1995_UTM_39NEPSG0EPSGEPSG>A CESRIHong_Kong_1980_UTM_Zone_50NEPSG0EPSGEPSG>A CESRIHong_Kong_1980_UTM_Zone_49NEPSG0EPSGEPSG>: 3 ESRIHong_Kong_1980_GridEPSG0EPSGESRI7 / ESRIEUREF-FIN_TM35FINEPSG0EPSG)EPSG>< 7ESRINGO_1948_Oslo_KommuneEPSG0EPSGESRI= 9ESRINGO_1948_BergenhalvoenEPSG0EPSGESRI> ;ESRINGO_1948_Baerum_KommuneEPSG0EPSGESRI; 7ESRINGO_1948_UTM_Zone_35NEPSG0EPSGEPSG>; 7ESRINGO_1948_UTM_Zone_34NEPSG0EPSGEPSG>; 7ESRINGO_1948_UTM_Zone_33NEPSG0EPSGEPSG>; 7ESRINGO_1948_UTM_Zone_32NEPSG0EPSGEPSG>; 7 ESRINAD_1983_UTM_Zone_60NEPSG0EPSGEPSG>; 7 ESRINAD_1983_UTM_Zone_59NEPSG0EPSGEPSG>: 5 ESRINAD_1983_UTM_Zone_2NEPSG0EPSGEPSG>: 5 ESRINAD_1983_UTM_Zone_1NEPSG0EPSGEPSG>; 7 ESRINAD_1927_UTM_Zone_60NEPSG0EPSGEPSG>; 7 ESRINAD_1927_UTM_Zone_59NEPSG0EPSGEPSG>: 5 ESRINAD_1927_UTM_Zone_2NEPSG0EPSGEPSG>: 5 ESRINAD_1927_UTM_Zone_1NEPSG0EPSGEPSG>F K ESRINAD_1983_Michigan_GeoRef_MetersEPSG0EPSGESRIF KESRINAD_1927_Michigan_GeoRef_MetersEPSG0EPSGESRIG MESRINAD_1983_Michigan_GeoRef_Feet_USEPSGEPSGESRIG MESRINAD_1927_Michigan_GeoRef_Feet_USEPSGEPSGESRIN [ ESRINAD_1927_Texas_Statewide_Mapping_SystemEPSGEPSGESRIH OESRINAD_1927_Georgia_Statewide_AlbersEPSGEPSGESRID GESRINAD_1927_Alaska_Albers_MetersEPSG0EPSGESRIE KESRIAmerican_Samoa_1962_UTM_Zone_2SEPSG0EPSGIEPSG>> =ESRIOld_Hawaiian_UTM_Zone_5NEPSG0EPSG'EPSG>> =ESRIOld_Hawaiian_UTM_Zone_4NEPSG0EPSG'EPSG>K7C ESRIWGS_1984_Web_MercatorEPSGPROJCS["WGS_1984_Web_Mercator",GEOGCS["GCS_WGS_1984_Major_Auxiliary_Sphere",DATUM["D_WGS_1984_Major_Auxiliary_Sphere",SPHEROID["WGS_1984_Major_Auxiliary_Sphere",6378137.0,0.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Mercator"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",0.0],UNIT["Meter",1.0]]G M ESRINZGD_2000_Chatham_Island_CircuitEPSG0EPSGGESRID G ESRIChatham_Islands_1979_Map_GridEPSG0EPSGAESRI: 3 ESRIRGF_1993_Lambert_93EPSG0EPSGKESRI; 7ESRIETRS_1989_Slovenia_TMEPSG0EPSGEPSGM= 9ESRINGO_1948_Norway_Zone_8EPSG0EPSGESRI= 9ESRINGO_1948_Norway_Zone_7EPSG0EPSGESRI= 9ESRINGO_1948_Norway_Zone_6EPSG0EPSGESRI>9ESRINGO_1948_Norway_Zone_5EPSG0EPSGESRI 9 o  R  ]  Y  k 4}F[)[$|<y1n$LY> ; ESRIJNAD_1983_USFS_R6_AlbersEPSG0EPSGESRIJK UESRIINAD_1983_NSRS2007_Wisconsin_TM_US_FtEPSGEPSGESRIIG MESRIHGDA_1994_Perth_Coastal_Grid_1994EPSG0EPSGESRIH@ ?ESRIGWGS_1984_Canada_Atlas_LCCEPSG0EPSGESRIG? = ESRIFWGS_1984_Cape_Verde_GridEPSG0EPSGESRIF; 7ESRIENAD_1983_UTM_Zone_58NEPSG0EPSGEPSG>5 ) ESRIDNAD_1983_WyLAMEPSG0EPSGESRID@ A ESRICNAD_1983_HARN_UTM_Zone_18NEPSG0EPSG8EPSG>I Q ESRIBNAD_1983_HARN_Maine_2000_West_ZoneEPSG0EPSG8ESRIBL W ESRIANAD_1983_HARN_Maine_2000_Central_ZoneEPSG0EPSG8ESRIAI Q ESRI@NAD_1983_HARN_Maine_2000_East_ZoneEPSG0EPSG8ESRI@@ A ESRI?NAD_1983_HARN_UTM_Zone_13NEPSG0EPSG8EPSG>@ A ESRI>NAD_1983_HARN_UTM_Zone_12NEPSG0EPSG8EPSG>@ A ESRI=NAD_1983_HARN_UTM_Zone_11NEPSG0EPSG8EPSG>G MESRI? ? ESRI:NAD_1983_HARN_UTM_Zone_4NEPSG0EPSG8EPSG>B C ESRI9NAD_1983_HARN_Guam_Map_GridEPSG0EPSG8ESRI9? ? ESRI8NAD_1983_HARN_UTM_Zone_2SEPSG0EPSG8EPSG>9 1 ESRI7Belge_Lambert_2008EPSG0EPSGESRI76 +ESRI6UWPP_2000_PAS_8EPSG0EPSG#cESRI66 +ESRI5UWPP_2000_PAS_7EPSG0EPSG#cESRI56 +ESRI4UWPP_2000_PAS_6EPSG0EPSG#cESRI46 +ESRI3UWPP_2000_PAS_5EPSG0EPSG#cESRI30 ESRI2UWPP_1992EPSG0EPSG#cESRI24 ' ESRI1Sahara_DegreeEPSG0EPSGESRI10  ESRI0Sud_MarocEPSG0EPSGESRI01 ! ESRI/Nord_MarocEPSG0EPSGESRI/E I ESRI.NAD_1983_BC_Environment_AlbersEPSG0EPSGESRI.6 - ESRI-NAD_1983_3TM_120EPSG0EPSGEPSGE>6 - ESRI,NAD_1983_3TM_117EPSG0EPSGEPSGE<6 - ESRI+NAD_1983_3TM_114EPSG0EPSGEPSGE;6 - ESRI*NAD_1983_3TM_111EPSG0EPSGEPSGE:@ A ESRI)NAD_1983_10TM_AEP_ResourceEPSG0EPSGEPSGM> = ESRI(NAD_1983_10TM_AEP_ForestEPSG0EPSGEPSGM6 - ESRI'NAD_1927_3TM_120EPSG0EPSGEPSGE>6 - ESRI&NAD_1927_3TM_117EPSG0EPSGEPSGE<6 - ESRI%NAD_1927_3TM_114EPSG0EPSGEPSGE;6 - ESRI$NAD_1927_3TM_111EPSG0EPSGEPSGE:@ AESRI#NAD_1927_10TM_AEP_ResourceEPSG0EPSGEPSGM> =ESRI"NAD_1927_10TM_AEP_ForestEPSG0EPSGEPSGM@ ?ESRI!ETRS_1989_UWPP_2000_PAS_8EPSG0EPSGESRI!@ ?ESRI ETRS_1989_UWPP_2000_PAS_7EPSG0EPSGESRI @ ?ESRIETRS_1989_UWPP_2000_PAS_6EPSG0EPSGESRI@ ?ESRIETRS_1989_UWPP_2000_PAS_5EPSG0EPSGESRI: 3ESRIETRS_1989_UWPP_1992EPSG0EPSGESRIG M ESRIGDA_1994_South_Australia_LambertEPSG0EPSGESRI9 1 ESRIGDA_1994_VICGRID94EPSG0EPSGESRI7 - ESRIAGD_1966_VICGRIDEPSG0EPSGjESRIG O ESRISelvagem_Grande_1938_UTM_Zone_28NEPSG0EPSGEPSG>< 7ESRISao_Braz_UTM_Zone_26NEPSG0ESRIEPSG>C G ESRIPorto_Santo_1936_UTM_Zone_28NEPSG0EPSGEPSG>S eESRIObservatorio_Meteorologico_1939_UTM_Zone_25NEPSG0ESRI}EPSG>A ?ESRILisboa_Hayford_Gauss_IPCCEPSG0ESRIESRIB AESRILisboa_Hayford_Gauss_IGeoEEPSG0ESRIESRI@3/ESRILisboa_Bessel_BonneESRIPROJCS["Lisboa_Bessel_Bonne",GEOGCS["GCS_Datum_Lisboa_Bessel",DATUM["D_Datum_Lisboa_Bessel",SPHEROID["Bessel_1841",6377397.155,299.1528128]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Bonne"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-8.131906111111112],PARAMETER["Standard_Parallel_1",39.66666666666666],UNIT["Meter",1.0]]QB CESRIKNAD_1983_Wisconsin_TM_US_FtEPSGEPSGESRII $YhY B p 5 r  sjvncYU i ESRIpNAD_1983_HARN_StatePlane_Connecticut_FIPS_0600EPSG0EPSG8ESRIpX o ESRIoNAD_1983_HARN_StatePlane_Colorado_South_FIPS_0503EPSG0EPSG8ESRIoZ s ESRInNAD_1983_HARN_StatePlane_Colorado_Central_FIPS_0502EPSG0EPSG8ESRInX o ESRImNAD_1983_HARN_StatePlane_Colorado_North_FIPS_0501EPSG0EPSG8ESRImX o ESRIlNAD_1983_HARN_StatePlane_Arkansas_South_FIPS_0302EPSG0EPSG8ESRIlX o ESRIkNAD_1983_HARN_StatePlane_Arkansas_North_FIPS_0301EPSG0EPSG8ESRIkV k ESRIjNAD_1983_HARN_StatePlane_Arizona_West_FIPS_0203EPSG0EPSG8ESRIjY q ESRIiNAD_1983_HARN_StatePlane_Arizona_Central_FIPS_0202EPSG0EPSG8ESRIiV k ESRIhNAD_1983_HARN_StatePlane_Arizona_East_FIPS_0201EPSG0EPSG8ESRIhD GESRIgNAD_1983_CORS96_Alaska_AlbersEPSG0EPSGESRIW m ESRIfNAD_1983_HARN_StatePlane_California_VI_FIPS_0406EPSG0EPSG8ESRIfV k ESRIeNAD_1983_HARN_StatePlane_California_V_FIPS_0405EPSG0EPSG8ESRIeW m ESRIdNAD_1983_HARN_StatePlane_California_IV_FIPS_0404EPSG0EPSG8ESRIdX o ESRIcNAD_1983_HARN_StatePlane_California_III_FIPS_0403EPSG0EPSG8ESRIcW m ESRIbNAD_1983_HARN_StatePlane_California_II_FIPS_0402EPSG0EPSG8ESRIbV k ESRIaNAD_1983_HARN_StatePlane_California_I_FIPS_0401EPSG0EPSG8ESRIaA AESRI`Guam_Geodetic_Network_1993EPSG0EPSG8ESRI`i]YESRI_Guam_Geodetic_Triangulation_Network_1963EPSGCPROJCS["Guam_Geodetic_Triangulation_Network_1963",GEOGCS["GCS_Guam_1963",DATUM["D_Guam_1963",SPHEROID["Clarke_1866",6378206.4,294.9786982]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",50000.0],PARAMETER["False_Northing",50000.0],PARAMETER["Central_Meridian",144.7487507055556],PARAMETER["Latitude_Of_Origin",13.47246635277778],UNIT["Meter",1.0]];/+ESRI^Saipan_Az_Eq_1969EPSGCPROJCS["Saipan_Az_Eq_1969",GEOGCS["GCS_Guam_1963",DATUM["D_Guam_1963",SPHEROID["Clarke_1866",6378206.4,294.9786982]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",50000.0],PARAMETER["False_Northing",50000.0],PARAMETER["Central_Meridian",145.7112869444444],PARAMETER["Latitude_Of_Origin",15.16755722222222],UNIT["Meter",1.0]]<1)ESRI]Pohnpei_Az_Eq_1971ESRIPROJCS["Pohnpei_Az_Eq_1971",GEOGCS["GCS_Pohnpei",DATUM["D_Pohnpei",SPHEROID["Clarke_1866",6378206.4,294.9786982]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",80122.82],PARAMETER["False_Northing",80747.24],PARAMETER["Central_Meridian",158.2092992222222],PARAMETER["Latitude_Of_Origin",6.965075694444445],UNIT["Meter",1.0]]@ A ESRI\NAD_1983_CSRS_UTM_Zone_16NEPSG0EPSG EPSG>@ A ESRI[NAD_1983_CSRS_UTM_Zone_15NEPSG0EPSG EPSG>@ A ESRIZNAD_1983_CSRS_UTM_Zone_14NEPSG0EPSG EPSG>: 3ESRIYMAGNA_Ciudad_BogotaEPSG0EPSGNESRIY; 5ESRIXBogota_Ciudad_BogotaEPSG0EPSGzESRIX> ;ESRIWColombia_West_West_ZoneEPSG0EPSGzESRIWV k ESRIVNAD_1983_HARN_StatePlane_Alabama_West_FIPS_0102EPSG0EPSG8ESRIVV k ESRIUNAD_1983_HARN_StatePlane_Alabama_East_FIPS_0101EPSG0EPSG8ESRIU? =ESRITMONREF_1997_UTM_Zone_50NEPSG0ESRIEPSG>? =ESRISMONREF_1997_UTM_Zone_49NEPSG0ESRIEPSG>? =ESRIRMONREF_1997_UTM_Zone_48NEPSG0ESRIEPSG>? =ESRIQMONREF_1997_UTM_Zone_47NEPSG0ESRIEPSG>? =ESRIPMONREF_1997_UTM_Zone_46NEPSG0ESRIEPSG>@ ?ESRIOWGS_1984_Costa_Rica_TM_90EPSG0EPSGESRIOM YESRINOcotepeque_1935_Costa_Rica_Lambert_SurEPSG0EPSGKESRINO ]ESRIMOcotepeque_1935_Costa_Rica_Lambert_NorteEPSG0EPSGKESRIMHMESRILNAD_1983_HARN_Wisconsin_TM_US_FtEPSGEPSG8ESRII )VT [  Z  X Q PI<?&rbTW m ESRINAD_1983_HARN_StatePlane_Missouri_West_FIPS_2403EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_Missouri_Central_FIPS_2402EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_Missouri_East_FIPS_2401EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_Mississippi_West_FIPS_2302EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_Mississippi_East_FIPS_2301EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Minnesota_South_FIPS_2203EPSG0EPSG8ESRI[ u ESRINAD_1983_HARN_StatePlane_Minnesota_Central_FIPS_2202EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Minnesota_North_FIPS_2201EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Michigan_South_FIPS_2113EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_Michigan_Central_FIPS_2112EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Michigan_North_FIPS_2111EPSG0EPSG8ESRI^ { ESRINAD_1983_HARN_StatePlane_Massachusetts_Island_FIPS_2002EPSG0EPSG8ESRI`  ESRINAD_1983_HARN_StatePlane_Massachusetts_Mainland_FIPS_2001EPSG0EPSG8ESRIR c ESRINAD_1983_HARN_StatePlane_Maryland_FIPS_1900EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Maine_West_FIPS_1802EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Maine_East_FIPS_1801EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Louisiana_South_FIPS_1702EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Louisiana_North_FIPS_1701EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Kentucky_South_FIPS_1602EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Kentucky_North_FIPS_1601EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Kansas_South_FIPS_1502EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Kansas_North_FIPS_1501EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Iowa_South_FIPS_1402EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Iowa_North_FIPS_1401EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Indiana_West_FIPS_1302EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Indiana_East_FIPS_1301EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_Illinois_West_FIPS_1202EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_Illinois_East_FIPS_1201EPSG0EPSG8ESRIT g ESRI~NAD_1983_HARN_StatePlane_Idaho_West_FIPS_1103EPSG0EPSG8ESRI~W m ESRI}NAD_1983_HARN_StatePlane_Idaho_Central_FIPS_1102EPSG0EPSG8ESRI}T g ESRI|NAD_1983_HARN_StatePlane_Idaho_East_FIPS_1101EPSG0EPSG8ESRI|V k ESRI{NAD_1983_HARN_StatePlane_Georgia_West_FIPS_1002EPSG0EPSG8ESRI{V k ESRIzNAD_1983_HARN_StatePlane_Georgia_East_FIPS_1001EPSG0EPSG8ESRIzR c ESRIyNAD_1983_HARN_StatePlane_Hawaii_5_FIPS_5105EPSG0EPSG8ESRIyR c ESRIxNAD_1983_HARN_StatePlane_Hawaii_4_FIPS_5104EPSG0EPSG8ESRIxR c ESRIwNAD_1983_HARN_StatePlane_Hawaii_3_FIPS_5103EPSG0EPSG8ESRIwR c ESRIvNAD_1983_HARN_StatePlane_Hawaii_2_FIPS_5102EPSG0EPSG8ESRIvR c ESRIuNAD_1983_HARN_StatePlane_Hawaii_1_FIPS_5101EPSG0EPSG8ESRIuW m ESRItNAD_1983_HARN_StatePlane_Florida_North_FIPS_0903EPSG0EPSG8ESRItV k ESRIsNAD_1983_HARN_StatePlane_Florida_West_FIPS_0902EPSG0EPSG8ESRIsV k ESRIrNAD_1983_HARN_StatePlane_Florida_East_FIPS_0901EPSG0EPSG8ESRIrSc ESRIqNAD_1983_HARN_StatePlane_Delaware_FIPS_0700EPSG0EPSG8ESRIq K/h y @ ; 4 } % r %{"r7,{%ofhNQ a ESRINAD_1983_HARN_StatePlane_Vermont_FIPS_4400EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Utah_South_FIPS_4303EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Utah_Central_FIPS_4302EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Utah_North_FIPS_4301EPSG0EPSG8ESRIU i ESRINAD_1983_HARN_StatePlane_Texas_South_FIPS_4205EPSG0EPSG8ESRI] y ESRINAD_1983_HARN_StatePlane_Texas_South_Central_FIPS_4204EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_Texas_Central_FIPS_4203EPSG0EPSG8ESRI] y ESRINAD_1983_HARN_StatePlane_Texas_North_Central_FIPS_4202EPSG0EPSG8ESRIU i ESRINAD_1983_HARN_StatePlane_Texas_North_FIPS_4201EPSG0EPSG8ESRIS e ESRINAD_1983_HARN_StatePlane_Tennessee_FIPS_4100EPSG0EPSG8ESRI\ w ESRINAD_1983_HARN_StatePlane_South_Dakota_South_FIPS_4002EPSG0EPSG8ESRI\ w ESRINAD_1983_HARN_StatePlane_South_Dakota_North_FIPS_4001EPSG0EPSG8ESRI9 3 ESRIPTRA08_UTM_Zone_28NEPSG0EPSGEPSG>9 3 ESRIPTRA08_UTM_Zone_26NEPSG0EPSGEPSG>9 3 ESRIPTRA08_UTM_Zone_25NEPSG0EPSGEPSG>V k ESRINAD_1983_HARN_StatePlane_Rhode_Island_FIPS_3800EPSG0EPSG8ESRIE KESRIETRS_1989_UTM_Zone_32N_8stellenEPSG0EPSGEPSG(F KESRIETRS_1989_UTM_Zone_32N_7stellenEPSG0EPSGESRIV k ESRINAD_1983_HARN_StatePlane_Oregon_South_FIPS_3602EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Oregon_North_FIPS_3601EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Oklahoma_South_FIPS_3502EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Oklahoma_North_FIPS_3501EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Ohio_South_FIPS_3402EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_Ohio_North_FIPS_3401EPSG0EPSG8ESRI\ w ESRINAD_1983_HARN_StatePlane_North_Dakota_South_FIPS_3302EPSG0EPSG8ESRI\ w ESRINAD_1983_HARN_StatePlane_North_Dakota_North_FIPS_3301EPSG0EPSG8ESRI3 'ESRICGRS_1993_LTMEPSG0EPSGEPSG^ { ESRINAD_1983_HARN_StatePlane_New_York_Long_Island_FIPS_3104EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_New_York_West_FIPS_3103EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_New_York_Central_FIPS_3102EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_New_York_East_FIPS_3101EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_New_Mexico_West_FIPS_3003EPSG0EPSG8ESRI\ w ESRINAD_1983_HARN_StatePlane_New_Mexico_Central_FIPS_3002EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_New_Mexico_East_FIPS_3001EPSG0EPSG8ESRIT g ESRINAD_1983_HARN_StatePlane_New_Jersey_FIPS_2900EPSG0EPSG8ESRIW m ESRINAD_1983_HARN_StatePlane_New_Hampshire_FIPS_2800EPSG0EPSG8ESRIU i ESRINAD_1983_HARN_StatePlane_Nevada_West_FIPS_2703EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Nevada_Central_FIPS_2702EPSG0EPSG8ESRIU i ESRINAD_1983_HARN_StatePlane_Nevada_East_FIPS_2701EPSG0EPSG8ESRI8 /ESRINepal_Nagarkot_TMEPSG0EPSG?ESRI,  ESRICRTM05EPSG0EPSGEPSGR c ESRINAD_1983_HARN_StatePlane_Nebraska_FIPS_2600EPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_StatePlane_Montana_FIPS_2500EPSG0EPSG8ESRIM/ESRIBerghaus_Star_AAGEPSGPROJCS["Berghaus_Star_AAG",GEOGZ s ESRINAD_1983_HARN_StatePlane_Washington_South_FIPS_4602EPSG0EPSG8ESRIZ s ESRINAD_1983_HARN_StatePlane_Washington_North_FIPS_4601EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Virginia_South_FIPS_4502EPSG0EPSG8ESRIX o ESRINAD_1983_HARN_StatePlane_Virginia_North_FIPS_4501EPSG0EPSG8ESRI 'D4 ~  ; E  j  n rtaXT[=ESRINAD_1983_Fargo_Ground_Coordinate_SystemEPSGPROJCS["NAD_1983_Fargo_Ground_Coordinate_System",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Rectified_Skew_Orthomorphic_Natural_Origin"],PARAMETER["False_Easting",2869344.93],PARAMETER["False_Northing",-16657672.6488],PARAMETER["Scale_Factor",1.000038773618],PARAMETER["Azimuth",2.63389226],PARAMETER["Longitude_Of_Center",-96.88886388888889],PARAMETER["Latitude_Of_Center",46.99163611111111],PARAMETER["XY_Plane_Rotation",0.0],UNIT["Foot_US",0.3048006096012192]]@ A ESRINAD_1983_2011_UTM_Zone_19NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_18NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_17NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_16NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_15NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_14NEPSG0EPSGEPSG>@ A ESRINAD_1983_2011_UTM_Zone_13NEPSG0EPSGEPSG>W m ESRINAD_1983_CORS96_Oregon_Statewide_Lambert_Ft_IntlEPSGEPSGESRIO ] ESRINAD_1983_CORS96_Oregon_Statewide_LambertEPSG0EPSGESRI`  ESRINAD_1983_CORS96_StatePlane_Oregon_South_FIPS_3602_Ft_IntlEPSGEPSGESRI`  ESRINAD_1983_CORS96_StatePlane_Oregon_North_FIPS_3601_Ft_IntlEPSGEPSGESRIX o ESRINAD_1983_CORS96_StatePlane_Oregon_South_FIPS_3602EPSG0EPSGESRIX o ESRINAD_1983_CORS96_StatePlane_Oregon_North_FIPS_3601EPSG0EPSGESRIU iESRINAD_1983_CORS96_StatePlane_Alaska_10_FIPS_5010EPSG0EPSGESRIS gESRINAD_1983_CORS96_StatePlane_Alaska_9_FIPS_5009EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_8_FIPS_5008EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_7_FIPS_5007EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_6_FIPS_5006EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_5_FIPS_5005EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_4_FIPS_5004EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_3_FIPS_5003EPSG0EPSGEPSG:S gESRINAD_1983_CORS96_StatePlane_Alaska_2_FIPS_5002EPSG0EPSGEPSG:T gESRINAD_1983_CORS96_StatePlane_Alaska_1_FIPS_5001EPSG0EPSGESRIB EESRINAD_1983_CORS96_UTM_Zone_60NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_59NEPSG0EPSGEPSG>R c ESRINAD_1983_HARN_StatePlane_Kentucky_FIPS_1600EPSG0EPSG8ESRI< 9 ESRIETRS_1989_UTM_Zone_N32EPSG0EPSGEPSG(e ESRINAD_1983_HARN_StatePlane_Puerto_Rico_Virgin_Islands_FIPS_5200EPSG0EPSG8ESRIE KESRIETRS_1989_UTM_Zone_33N_8stellenEPSG0EPSGEPSGF KESRIETRS_1989_UTM_Zone_33N_7stellenEPSG0EPSGESRIV k ESRINAD_1983_HARN_StatePlane_Wyoming_West_FIPS_4904EPSG0EPSG8ESRI^ { ESRINAD_1983_HARN_StatePlane_Wyoming_West_Central_FIPS_4903EPSG0EPSG8ESRI^ { ESRINAD_1983_HARN_StatePlane_Wyoming_East_Central_FIPS_4902EPSG0EPSG8ESRIV k ESRINAD_1983_HARN_StatePlane_Wyoming_East_FIPS_4901EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Wisconsin_South_FIPS_4803EPSG0EPSG8ESRI[ u ESRINAD_1983_HARN_StatePlane_Wisconsin_Central_FIPS_4802EPSG0EPSG8ESRIY q ESRINAD_1983_HARN_StatePlane_Wisconsin_North_FIPS_4801EPSG0EPSG8ESRI] y ESRINAD_1983_HARN_StatePlane_West_Virginia_South_FIPS_4702EPSG0EPSG8ESRI^y ESRINAD_1983_HARN_StatePlane_West_Virginia_North_FIPS_4701EPSG0EPSG8ESRI + B :E D~<u2i&]WKU B CESRI!WGS_1984_ARC_System_Zone_13EPSG0EPSGESRI!B CESRIWGS_1984_ARC_System_Zone_08EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_07EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_06EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_05EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_04EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_03EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_02EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_01EPSG0EPSGESRI< 7 ESRIISN_2004_Lambert_2004EPSG0EPSGESRIB EESRINAD_1983_CORS96_UTM_Zone_19NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_18NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_17NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_16NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_15NEPSG0EPSGEPSG>B EESRINAD_1983_CORS96_UTM_Zone_14NEPSG0EPSGEPSG>B EESRI NAD_1983_CORS96_UTM_Zone_13NEPSG0EPSGEPSG>B EESRI NAD_1983_CORS96_UTM_Zone_12NEPSG0EPSGEPSG>B EESRI NAD_1983_CORS96_UTM_Zone_11NEPSG0EPSGEPSG>B EESRI NAD_1983_CORS96_UTM_Zone_10NEPSG0EPSGEPSG>A CESRI NAD_1983_CORS96_UTM_Zone_9NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_8NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_7NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_6NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_5NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_4NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_3NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_2NEPSG0EPSGEPSG>A CESRINAD_1983_CORS96_UTM_Zone_1NEPSG0EPSGEPSG>: 1ESRILondon_Survey_GridEPSG0ESRIrESRIC EESRINAD_1983_Albers_BLM_MT_ND_SDEPSG0EPSGESRIX oESRINAD_1983_2011_StatePlane_Alaska_10_FIPS_5010_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_9_FIPS_5009_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_8_FIPS_5008_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_7_FIPS_5007_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_6_FIPS_5006_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_5_FIPS_5005_FeetEPSGEPSGESRIW mESRINAD_1983_2011_StatePlane_Alaska_4_FIPS_5004_FeetEPSGEPSGESRIe/ESRINAD_1983_2011_Fargo_Ground_Coordinate_SystemEPSGPROJCS["NAD_1983_2011_Fargo_Ground_Coordinate_System",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Rectified_Skew_Orthomorphic_Natural_Origin"],PARAMETER["False_Easting",2869344.93],PARAMETER["False_Northing",-16657672.6488],PARAMETER["Scale_Factor",1.000038773618],PARAMETER["Azimuth",2.63389226],PARAMETER["Longitude_Of_Center",-96.88886388888889],PARAMETER["Latitude_Of_Center",46.99163611111111],PARAMETER["XY_Plane_Rotation",0.0],UNIT["Foot_US",0.3048006096012192]]B CESRI WGS_1984_ARC_System_Zone_12EPSG0EPSGESRI B CESRIWGS_1984_ARC_System_Zone_11EPSG0EPSGESRIB CESRIWGS_1984_ARC_System_Zone_10EPSG0EPSGESRI)CsESRIWGS_1984_ARC_System_Zone_09EPSGPROJCS["WGS_1984_ARC_System_Zone_09",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Latitude_Of_Origin",90.0],UNIT["Meter",1.0]] 6z7 H w >  t  F  } ? K6.wsB~MLX< 7ESRIWHartebeesthoek94_Lo29EPSG0EPSG4ESRIM< 7ESRIVHartebeesthoek94_Lo27EPSG0EPSG4ESRIL< 7ESRIUHartebeesthoek94_Lo25EPSG0EPSG4ESRIK< 7ESRITHartebeesthoek94_Lo23EPSG0EPSG4ESRIJ< 7ESRISHartebeesthoek94_Lo21EPSG0EPSG4ESRII< 7ESRIRHartebeesthoek94_Lo19EPSG0EPSG4ESRIH< 7ESRIQHartebeesthoek94_Lo17EPSG0EPSG4ESRIG< 7ESRIPHartebeesthoek94_Lo15EPSG0EPSG4ESRIF0 ESRIOCape_Lo33EPSG0EPSG~ESRIO0 ESRINCape_Lo31EPSG0EPSG~ESRIN0 ESRIMCape_Lo29EPSG0EPSG~ESRIM0 ESRILCape_Lo27EPSG0EPSG~ESRIL0 ESRIKCape_Lo25EPSG0EPSG~ESRIK0 ESRIJCape_Lo23EPSG0EPSG~ESRIJ0 ESRIICape_Lo21EPSG0EPSG~ESRII0 ESRIHCape_Lo19EPSG0EPSG~ESRIH0 ESRIGCape_Lo17EPSG0EPSG~ESRIG0 ESRIFCape_Lo15EPSG0EPSG~ESRIFC E ESRIENAD_1983_HARN_Mississippi_TMEPSG0EPSG8ESRIE^ { ESRIDNAD_1983_HARN_StatePlane_Minnesota_South_FIPS_2203_FeetEPSGEPSG8ESRID`  ESRICNAD_1983_HARN_StatePlane_Minnesota_Central_FIPS_2202_FeetEPSGEPSG8ESRIC^ { ESRIBNAD_1983_HARN_StatePlane_Minnesota_North_FIPS_2201_FeetEPSGEPSG8ESRIBW mESRIANAD_1983_HARN_StatePlane_Hawaii_5_FIPS_5105_FeetEPSGEPSG8ESRIAW mESRI@NAD_1983_HARN_StatePlane_Hawaii_4_FIPS_5104_FeetEPSGEPSG8ESRI@W m ESRI?NAD_1983_HARN_StatePlane_Hawaii_3_FIPS_5103_FeetEPSGEPSG8ESRI?W mESRI>NAD_1983_HARN_StatePlane_Hawaii_2_FIPS_5102_FeetEPSGEPSG8ESRI>W mESRI=NAD_1983_HARN_StatePlane_Hawaii_1_FIPS_5101_FeetEPSGEPSG8ESRI=? =ESRI; 7ESRI9PRS_1992_UTM_Zone_51NEPSG0EPSGKEPSG>; 7ESRI8PRS_1992_UTM_Zone_50NEPSG0EPSGKEPSG>= ;ESRI7Luzon_1911_UTM_Zone_52NEPSG0EPSGEPSG>= ;ESRI6Luzon_1911_UTM_Zone_51NEPSG0EPSGEPSG>= ;ESRI5Luzon_1911_UTM_Zone_50NEPSG0EPSGEPSG>A AESRI4NGO_1948_Oslo_Oslo_KommuneEPSG0EPSGESRI4B CESRI3NGO_1948_Oslo_BergenhalvoenEPSG0EPSGESRI3C EESRI2NGO_1948_Oslo_Baerum_KommuneEPSG0EPSGESRI2@ A ESRI1NAD_1983_MA11_UTM_Zone_55NEPSG0EPSGEPSG>< 7ESRI0Macao_2008_Macao_GridEPSG0EPSG ESRIW mESRI/NAD_1983_2011_StatePlane_Alaska_3_FIPS_5003_FeetEPSGEPSGESRI/W mESRI.NAD_1983_2011_StatePlane_Alaska_2_FIPS_5002_FeetEPSGEPSGESRI.W mESRI-NAD_1983_2011_StatePlane_Alaska_1_FIPS_5001_FeetEPSGEPSGESRI-8 1 ESRI,TWD_1997_TM_PenghuEPSG0EPSGEPSG8 1 ESRI+TWD_1997_TM_TaiwanEPSG0EPSGEPSG8 1 ESRI*TWD_1967_TM_PenghuEPSG0EPSGEPSG8 1 ESRI)TWD_1967_TM_TaiwanEPSG0EPSGEPSG: 5ESRI(LKS_1992_Latvia_TM_0EPSG0EPSG5EPSGM\ w ESRI'WGS_1984_Australian_Centre_for_Remote_Sensing_LambertEPSG0EPSGESRI'*CuESRI&WGS_1984_ARC_System_Zone_18EPSGPROJCS["WGS_1984_ARC_System_Zone_18",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Azimuthal_Equidistant"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Latitude_Of_Origin",-90.0],UNIT["Meter",1.0]]B CESRI%WGS_1984_ARC_System_Zone_17EPSG0EPSGESRI%B CESRI$WGS_1984_ARC_System_Zone_16EPSG0EPSGESRI$B CESRI#WGS_1984_ARC_System_Zone_15EPSG0EPSGESRI#C< 7ESRIXHartebeesthoek94_Lo31EPSG0EPSG4ESRIN !g Y  V bFF$c `^X` gR c ESRIzNAD_1983_PA11_StatePlane_Hawaii_3_FIPS_5103EPSG0EPSGESRIwR c ESRIyNAD_1983_PA11_StatePlane_Hawaii_2_FIPS_5102EPSG0EPSGESRIvR c ESRIxNAD_1983_PA11_StatePlane_Hawaii_1_FIPS_5101EPSG0EPSGESRIuU i ESRIwOCRS_Santiam_Pass_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIwN [ ESRIvOCRS_Salem_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIvR c ESRIuOCRS_Portland_NAD_1983_CORS96_LCC_Feet_IntlEPSGEPSGESRIuR c ESRItOCRS_Pendleton_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIt\ w ESRIsOCRS_Pendleton-La_Grande_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIsU i ESRIrOCRS_Oregon_Coast_NAD_1983_CORS96_OM_Feet_IntlEPSGEPSGESRIrP _ ESRIqOCRS_Ontario_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIqR c ESRIpOCRS_La_Grande_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIp] y ESRIoOCRS_Gresham-Warm_Springs_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIo\ w ESRInOCRS_Grants_Pass-Ashland_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRInO ] ESRImOCRS_Eugene_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRImU i ESRIlOCRS_Dufur-Madras_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIlc ESRIkOCRS_Cottage_Grove-Canyonville_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIk\ w ESRIjOCRS_Columbia_River_West_NAD_1983_CORS96_OM_Feet_IntlEPSGEPSGESRIj] y ESRIiOCRS_Columbia_River_East_NAD_1983_CORS96_LCC_Feet_IntlEPSGEPSGESRIi`  ESRIhOCRS_Canyonville-Grants_Pass_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIhb ESRIgOCRS_Bend-Redmond-Prineville_NAD_1983_CORS96_LCC_Feet_IntlEPSGEPSGESRIg[ u ESRIfOCRS_Bend-Klamath_Falls_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIfT g ESRIeOCRS_Bend-Burns_NAD_1983_CORS96_LCC_Feet_IntlEPSGEPSGESRIeN [ ESRIdOCRS_Baker_NAD_1983_CORS96_TM_Feet_IntlEPSGEPSGESRIdC EESRIcBelge_Lambert_1972_bad_FE_FNEPSG0EPSGESRIcVU;ESRIbGOES-16_East_ABI_Fixed_Grid_ITRF2008EPSG#'PROJCS["GOES-16_East_ABI_Fixed_Grid_ITRF2008",GEOGCS["GCS_ITRF_2008",DATUM["D_ITRF_2008",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Geostationary_Satellite"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Longitude_Of_Center",-75.0],PARAMETER["Height",35786023.0],PARAMETER["Option",0.0],UNIT["Meter",1.0]]rqW ESRIaGOES-16_East_ABI_Fixed_Grid_ITRF2000_incorrect_GCSEPSG#%PROJCS["GOES-16_East_ABI_Fixed_Grid_ITRF2000_incorrect_GCS",GEOGCS["GCS_ITRF_2000",DATUM["D_ITRF_2000",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Geostationary_Satellite"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Longitude_Of_Center",-75.0],PARAMETER["Height",35786023.0],PARAMETER["Option",0.0],UNIT["Meter",1.0]]? ? ESRI`NAD_1983_PA11_UTM_Zone_2SEPSG0EPSGEPSG>B C ESRI_NAD_1983_MA11_Guam_Map_GridEPSG0EPSGESRI9? ? ESRI^NAD_1983_PA11_UTM_Zone_5NEPSG0EPSGEPSG>? ? ESRI]NAD_1983_PA11_UTM_Zone_4NEPSG0EPSGEPSG>B CESRI\Sud_Algerie_Ancienne_DegreeEPSG0EPSGESRI\C EESRI[Nord_Algerie_Ancienne_DegreeEPSG0EPSGESRI[+u ESRIZGDBD2009_GEORSOEPSG~PROJCS["GDBD2009_GEORSO",GEOGCS["GCS_GDBD2009",DATUM["D_GDBD2009",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Rectified_Skew_Orthomorphic_Natural_Origin"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Scale_Factor",0.99984],PARAMETER["Azimuth",53.31580995],PARAMETER["Longitude_Of_Center",115.0],PARAMETER["Latitude_Of_Center",4.0],PARAMETER["XY_Plane_Rotation",53.13010235415598],UNIT["Meter",1.0]] /UM W A , 2 :=Nk2N`TZGQESRIWGS_1984_Complex_UTM_Zone_20NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_20N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-63.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]O _ESRINew_Beijing_3_Degree_Gauss_Kruger_CM_132EEPSG0EPSGEPSG?.A CESRIHartebeesthoek94_Lo31_(E-N)EPSG0EPSG4EPSGFzB CESRIHartebeesthoek94_Lo29_(E-N)EPSG0EPSG4ESRIB CESRIHartebeesthoek94_Lo27_(E-N)EPSG0EPSG4ESRIB CESRIHartebeesthoek94_Lo25_(E-N)EPSG0EPSG4ESRIB CESRIHartebeesthoek94_Lo23_(E-N)EPSG0EPSG4ESRIB CESRIHartebeesthoek94_Lo21_(E-N)EPSG0EPSG4ESRIB CESRIHartebeesthoek94_Lo19_(E-N)EPSG0EPSG4ESRI8 / ESRIKyrg-06_TM_Zone_5EPSG0EPSGESRI8 / ESRIKyrg-06_TM_Zone_4EPSG0EPSGESRI8 / ESRIKyrg-06_TM_Zone_3EPSG0EPSGESRI8 / ESRIKyrg-06_TM_Zone_2EPSG0EPSGESRI8 / ESRIKyrg-06_TM_Zone_1EPSG0EPSGESRI8 /ESRIED_1950_Turkey_15EPSG0EPSGESRI8 /ESRIED_1950_Turkey_14EPSG0EPSGESRI8 /ESRIED_1950_Turkey_13EPSG0EPSGESRI8 /ESRIED_1950_Turkey_12EPSG0EPSGESRI8 /ESRIED_1950_Turkey_11EPSG0EPSGESRI8 /ESRIED_1950_Turkey_10EPSG0EPSGESRI7 -ESRIED_1950_Turkey_9EPSG0EPSGESRIR c ESRIOCRS_Santiam_Pass_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIK U ESRIOCRS_Salem_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIO ] ESRIOCRS_Portland_NAD_1983_CORS96_LCC_MetersEPSG0EPSGESRIO ] ESRIOCRS_Pendleton_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIY q ESRIOCRS_Pendleton-La_Grande_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIR c ESRIOCRS_Oregon_Coast_NAD_1983_CORS96_OM_MetersEPSG0EPSGESRIM Y ESRIOCRS_Ontario_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIN ] ESRIOCRS_La_Grande_NAD_1983_CORS96_TM_MetersEPSG0EPSGEPSGmZ s ESRIOCRS_Gresham-Warm_Springs_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIY q ESRIOCRS_Grants_Pass-Ashland_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIL W ESRIOCRS_Eugene_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIR c ESRIOCRS_Dufur-Madras_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRI_ } ESRIOCRS_Cottage_Grove-Canyonville_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIY q ESRIOCRS_Columbia_River_West_NAD_1983_CORS96_OM_MetersEPSG0EPSGESRIZ s ESRIOCRS_Columbia_River_East_NAD_1983_CORS96_LCC_MetersEPSG0EPSGESRI] y ESRIOCRS_Canyonville-Grants_Pass_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRI^ { ESRIOCRS_Bend-Redmond-Prineville_NAD_1983_CORS96_LCC_MetersEPSG0EPSGESRIX o ESRIOCRS_Bend-Klamath_Falls_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIQ a ESRIOCRS_Bend-Burns_NAD_1983_CORS96_LCC_MetersEPSG0EPSGESRIK U ESRIOCRS_Baker_NAD_1983_CORS96_TM_MetersEPSG0EPSGESRIW mESRINAD_1983_PA11_StatePlane_Hawaii_5_FIPS_5105_FeetEPSGEPSGESRIAW mESRINAD_1983_PA11_StatePlane_Hawaii_4_FIPS_5104_FeetEPSGEPSGESRI@W m ESRINAD_1983_PA11_StatePlane_Hawaii_3_FIPS_5103_FeetEPSGEPSGESRI?W mESRI~NAD_1983_PA11_StatePlane_Hawaii_2_FIPS_5102_FeetEPSGEPSGESRI>W mESRI}NAD_1983_PA11_StatePlane_Hawaii_1_FIPS_5101_FeetEPSGEPSGESRI=R c ESRI|NAD_1983_PA11_StatePlane_Hawaii_5_FIPS_5105EPSG0EPSGESRIy   H l $ZGQESRIWGS_1984_Complex_UTM_Zone_28NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_28N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-15.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_27NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_27N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-21.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_26NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_26N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-27.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_25NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_25N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-33.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_24NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_24N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-39.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_23NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_23N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-45.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]ZGQESRIWGS_1984_Complex_UTM_Zone_22NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_22N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-51.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]YGOESRIWGS_1984_Complex_UTM_Zone_29NEPSGPROJCS["WGS_1984_Complex_UTM_Zone_29N",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator_Complex"],PARAMETER["False_Easting",500000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-9.0],PARAMETER["Scale_Factor",0.9996],PARAMETER["Latitude_Of_Origin",0.0],UNIT["Meter",1.0]]] 52 z @  O 8 I Y k}Dr3|?KT\knR cESRINAD_1983_StatePlane_Alaska_3_FIPS_5003_FeetEPSGEPSGESRI/= 9 ESRIJGD_2011_Japan_Zone_18EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_17EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_16EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_15EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_14EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_13EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_12EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_11EPSG0EPSG ESRI= 9 ESRIJGD_2011_Japan_Zone_10EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_9EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_8EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_7EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_6EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_5EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_4EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_3EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_2EPSG0EPSG ESRI< 7 ESRIJGD_2011_Japan_Zone_1EPSG0EPSG ESRI> ; ESRINAD_1983_Mississippi_TMEPSG0EPSGESRIED G ESRINAD_1983_Maine_2000_West_ZoneEPSG0EPSGESRIBG M ESRINAD_1983_Maine_2000_Central_ZoneEPSG0EPSGESRIAD G ESRINAD_1983_Maine_2000_East_ZoneEPSG0EPSGESRI@8 / ESRINAD_1983_Idaho_TMEPSG0EPSGESRII QESRINAD_1983_Georgia_Statewide_LambertEPSGEPSGESRIN [ ESRINAD_1983_Texas_Statewide_Mapping_SystemEPSG0EPSGESRIT g ESRINAD_1983_Texas_Centric_Mapping_System_LambertEPSG0EPSGESRIS e ESRINAD_1983_Texas_Centric_Mapping_System_AlbersEPSG0EPSGESRIL WESRINAD_1983_California_Teale_Albers_FtUSEPSGEPSGESRIL WESRIWGS_1984_California_Teale_Albers_FtUSEPSGEPSGESRI; 7ESRIJGD_2011_UTM_Zone_56NEPSG0EPSG EPSG>; 7 ESRIJGD_2011_UTM_Zone_55NEPSG0EPSG EPSG>; 7 ESRIJGD_2011_UTM_Zone_54NEPSG0EPSG EPSG>; 7 ESRIJGD_2011_UTM_Zone_53NEPSG0EPSG EPSG>; 7 ESRIJGD_2011_UTM_Zone_52NEPSG0EPSG EPSG>; 7 ESRIJGD_2011_UTM_Zone_51NEPSG0EPSG EPSG>: 1 ESRISud_Algerie_DegreeEPSG0ESRIqESRI; 3 ESRINord_Algerie_DegreeEPSG0ESRIqESRIEI ESRITananarive_1925_Laborde_GridEPSGPROJCS["Tananarive_1925_Laborde_Grid",GEOGCS["GCS_Tananarive_1925",DATUM["D_Tananarive_1925",SPHEROID["International_1924",6378388.0,297.0]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Laborde_Oblique_Mercator"],PARAMETER["False_Easting",400000.0],PARAMETER["False_Northing",800000.0],PARAMETER["Scale_Factor",0.9995],PARAMETER["Azimuth",18.9],PARAMETER["Longitude_Of_Center",46.43722916666667],PARAMETER["Latitude_Of_Center",-18.9],UNIT["Meter",1.0]]> ;ESRIPanhandle_Energy_AlbersEPSGEPSGESRI: 3ESRINTF_Lambert_Zone_IVEPSG0EPSGESRI; 5ESRINTF_Lambert_Zone_IIIEPSG0EPSGESRI: 3ESRINTF_Lambert_Zone_IIEPSG0EPSGESRI9 1ESRINTF_Lambert_Zone_IEPSG0EPSGESRI< 7ESRINTF_France_IV_degreesEPSG0EPSGESRI= 9ESRINTF_France_III_degreesEPSG0EPSGESRI< 7ESRINTF_France_II_degreesEPSG0EPSGESRI; 5ESRINTF_France_I_degreesEPSG0EPSGESRIR cESRINAD_1983_StatePlane_Alaska_2_FIPS_5002_FeetEPSGEPSGESRI.R cESRINAD_1983_StatePlane_Alaska_1_FIPS_5001_FeetEPSGEPSGESRI-V kESRINAD_1983_StatePlane_Alabama_West_FIPS_0102_FeetEPSGEPSGESRIV kESRINAD_1983_StatePlane_Alabama_East_FIPS_0101_FeetEPSGEPSGESRI= 9 ESRIJGD_2011_Japan_Zone_19EPSG0EPSG ESRI .jZa ^  V @ 6 )z'y!{(+'z"tsjX o ESRINAD_1983_StatePlane_Kentucky_South_FIPS_1602_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_Kentucky_North_FIPS_1601_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Kansas_South_FIPS_1502_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Kansas_North_FIPS_1501_FeetEPSGEPSGESRIT g ESRINAD_1983_StatePlane_Iowa_South_FIPS_1402_FeetEPSGEPSGESRIT g ESRINAD_1983_StatePlane_Iowa_North_FIPS_1401_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Indiana_West_FIPS_1302_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetEPSGEPSGESRIW m ESRINAD_1983_StatePlane_Illinois_West_FIPS_1202_FeetEPSGEPSGESRIW m ESRINAD_1983_StatePlane_Illinois_East_FIPS_1201_FeetEPSGEPSGESRIT g ESRINAD_1983_StatePlane_Idaho_West_FIPS_1103_FeetEPSGEPSGESRIW m ESRI NAD_1983_StatePlane_Idaho_Central_FIPS_1102_FeetEPSGEPSGESRI T g ESRI NAD_1983_StatePlane_Idaho_East_FIPS_1101_FeetEPSGEPSGESRI V k ESRI NAD_1983_StatePlane_Georgia_West_FIPS_1002_FeetEPSGEPSGESRI V k ESRI NAD_1983_StatePlane_Georgia_East_FIPS_1001_FeetEPSGEPSGESRI R cESRI NAD_1983_StatePlane_Hawaii_5_FIPS_5105_FeetEPSGEPSGESRIAR cESRINAD_1983_StatePlane_Hawaii_4_FIPS_5104_FeetEPSGEPSGESRI@R c ESRINAD_1983_StatePlane_Hawaii_3_FIPS_5103_FeetEPSGEPSGESRI?R cESRINAD_1983_StatePlane_Hawaii_2_FIPS_5102_FeetEPSGEPSGESRI>R cESRINAD_1983_StatePlane_Hawaii_1_FIPS_5101_FeetEPSGEPSGESRI=W m ESRINAD_1983_StatePlane_Florida_North_FIPS_0903_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Florida_West_FIPS_0902_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_Florida_East_FIPS_0901_FeetEPSGEPSGESRIR c ESRINAD_1983_StatePlane_Delaware_FIPS_0700_FeetEPSGEPSGESRIU i ESRINAD_1983_StatePlane_Connecticut_FIPS_0600_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_Colorado_South_FIPS_0503_FeetEPSGEPSGESRIZ s ESRINAD_1983_StatePlane_Colorado_Central_FIPS_0502_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_Colorado_North_FIPS_0501_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_Arkansas_South_FIPS_0302_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_Arkansas_North_FIPS_0301_FeetEPSGEPSGESRIV kESRINAD_1983_StatePlane_Arizona_West_FIPS_0203_FeetEPSGEPSGESRIY qESRINAD_1983_StatePlane_Arizona_Central_FIPS_0202_FeetEPSGEPSGESRIV kESRINAD_1983_StatePlane_Arizona_East_FIPS_0201_FeetEPSGEPSGESRIf  ESRINAD_1983_NSRS2007_StatePlane_Puerto_Rico_Virgin_Isls_FIPS_5200EPSG0EPSGESRIW m ESRINAD_1983_StatePlane_California_VI_FIPS_0406_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_California_V_FIPS_0405_FeetEPSGEPSGESRIW m ESRINAD_1983_StatePlane_California_IV_FIPS_0404_FeetEPSGEPSGESRIX o ESRINAD_1983_StatePlane_California_III_FIPS_0403_FeetEPSGEPSGESRIW m ESRINAD_1983_StatePlane_California_II_FIPS_0402_FeetEPSGEPSGESRIV k ESRINAD_1983_StatePlane_California_I_FIPS_0401_FeetEPSGEPSGESRIS eESRINAD_1983_StatePlane_Alaska_10_FIPS_5010_FeetEPSGEPSGESRIR cESRINAD_1983_StatePlane_Alaska_9_FIPS_5009_FeetEPSGEPSGESRIR cESRINAD_1983_StatePlane_Alaska_8_FIPS_5008_FeetEPSGEPSGESRIR cESRINAD_1983_StatePlane_Alaska_7_FIPS_5007_FeetEPSGEPSGESRIR cESRINAD_1983_StatePlane_Alaska_6_FIPS_5006_FeetEPSGEPSGESRIR cESRINAD_1983_StatePlane_Alaska_5_FIPS_5005_FeetEPSGEPSGESRI .lLO 6 ( r  d a I_ ZSD2|ulV kESRIFNAD_1983_StatePlane_Oregon_North_FIPS_3601_FeetEPSGEPSGESRIFX o ESRIENAD_1983_StatePlane_Oklahoma_South_FIPS_3502_FeetEPSGEPSGESRIEX o ESRIDNAD_1983_StatePlane_Oklahoma_North_FIPS_3501_FeetEPSGEPSGESRIDT g ESRICNAD_1983_StatePlane_Ohio_South_FIPS_3402_FeetEPSGEPSGESRICT g ESRIBNAD_1983_StatePlane_Ohio_North_FIPS_3401_FeetEPSGEPSGESRIB\ wESRIANAD_1983_StatePlane_North_Dakota_South_FIPS_3302_FeetEPSGEPSGESRIA\ wESRI@NAD_1983_StatePlane_North_Dakota_North_FIPS_3301_FeetEPSGEPSGESRI@X o ESRI?NAD_1983_StatePlane_North_Carolina_FIPS_3200_FeetEPSGEPSGESRI?^ { ESRI>NAD_1983_StatePlane_New_York_Long_Island_FIPS_3104_FeetEPSGEPSGESRI>W m ESRI=NAD_1983_StatePlane_New_York_West_FIPS_3103_FeetEPSGEPSGESRI=Z s ESRIA CESRI.NAD_1983_PACP00_UTM_Zone_5NEPSG0EPSG#sEPSG>A CESRI-NAD_1983_PACP00_UTM_Zone_4NEPSG0EPSG#sEPSG>Q aESRI,NAD_1983_StatePlane_Montana_FIPS_2500_FeetEPSGEPSGESRI,O ]ESRI+NAD_1927_StatePlane_California_V_VenturaEPSGEPSGESRI+W mESRI*NAD_1983_StatePlane_Missouri_West_FIPS_2403_FeetEPSGEPSGESRI*Z sESRI)NAD_1983_StatePlane_Missouri_Central_FIPS_2402_FeetEPSGEPSGESRI)W mESRI(NAD_1983_StatePlane_Missouri_East_FIPS_2401_FeetEPSGEPSGESRI(Z s ESRI'NAD_1983_StatePlane_Mississippi_West_FIPS_2302_FeetEPSGEPSGESRI'Z s ESRI&NAD_1983_StatePlane_Mississippi_East_FIPS_2301_FeetEPSGEPSGESRI&Y q ESRI%NAD_1983_StatePlane_Minnesota_South_FIPS_2203_FeetEPSGEPSGESRID[ u ESRI$NAD_1983_StatePlane_Minnesota_Central_FIPS_2202_FeetEPSGEPSGESRICY q ESRI#NAD_1983_StatePlane_Minnesota_North_FIPS_2201_FeetEPSGEPSGESRIBX oESRI"NAD_1983_StatePlane_Michigan_South_FIPS_2113_FeetEPSGEPSGESRI"Z sESRI!NAD_1983_StatePlane_Michigan_Central_FIPS_2112_FeetEPSGEPSGESRI!X oESRI NAD_1983_StatePlane_Michigan_North_FIPS_2111_FeetEPSGEPSGESRI ^ { ESRINAD_1983_StatePlane_Massachusetts_Island_FIPS_2002_FeetEPSGEPSGESRI`  ESRINAD_1983_StatePlane_Massachusetts_Mainland_FIPS_2001_FeetEPSGEPSGESRIR c ESRINAD_1983_StatePlane_Maryland_FIPS_1900_FeetEPSGEPSGESRIT g ESRINAD_1983_StatePlane_Maine_West_FIPS_1802_FeetEPSGEPSGESRIT g ESRINAD_1983_StatePlane_Maine_East_FIPS_1801_FeetEPSGEPSGESRIY q ESRINAD_1983_StatePlane_Louisiana_South_FIPS_1702_FeetEPSGEPSGESRIV kESRIGNAD_1983_StatePlane_Oregon_South_FIPS_3602_FeetEPSGEPSGESRIG 0Fu b  Z  N M I5}!p[ Uo IGC E ESRIwMAGNA_Florencia_Caqueta_2007EPSG0EPSGNESRIwB C ESRIvMAGNA_Manizales_Caldas_2011EPSG0EPSGNESRIv> ; ESRIuMAGNA_Tunja_Boyaca_1997EPSG0EPSGNESRIuC E ESRItMAGNA_Cartagena_Bolivar_2005EPSG0EPSGNESRIt; 5 ESRIsMAGNA_Bogota_DC_2005EPSG0EPSGNESRIsH O ESRIrMAGNA_Barranquilla_Atlantico_1997EPSG0EPSGNESRIr8 / ESRIqMAGNA_Arauca_2007EPSG0EPSGNESRIqD G ESRIpMAGNA_Medellin_Antioquia_2010EPSG0EPSGNESRIpB C ESRIoMAGNA_Leticia_Amazonas_1994EPSG0EPSGNESRIoN [ESRInNAD_1983_StatePlane_Guam_FIPS_5400_FeetEPSGEPSGESRInN ] ESRImPulkovo_1942_Adj_1983_3_Degree_GK_Zone_8EPSG0EPSGREPSG?N ] ESRIlPulkovo_1942_Adj_1983_3_Degree_GK_Zone_7EPSG0EPSGREPSG?R c ESRIkNAD_1983_StatePlane_Kentucky_FIPS_1600_FeetEPSGEPSGESRIkC E ESRIjKatanga_1955_Katanga_LambertEPSG0EPSGWESRIjeESRIiNAD_1983_StatePlane_Puerto_Rico_Virgin_Islands_FIPS_5200_FeetEPSGEPSGESRIiO ]ESRIhNAD_1983_California_Teale_Albers_Ft_IntlEPSGEPSGESRIgO ]ESRIgWGS_1984_California_Teale_Albers_Ft_IntlEPSGEPSGESRIgV k ESRIfNAD_1983_StatePlane_Wyoming_West_FIPS_4904_FeetEPSGEPSGESRIf^ { ESRIeNAD_1983_StatePlane_Wyoming_West_Central_FIPS_4903_FeetEPSGEPSGESRIe^ { ESRIdNAD_1983_StatePlane_Wyoming_East_Central_FIPS_4902_FeetEPSGEPSGESRIdV k ESRIcNAD_1983_StatePlane_Wyoming_East_FIPS_4901_FeetEPSGEPSGESRIcY q ESRIbNAD_1983_StatePlane_Wisconsin_South_FIPS_4803_FeetEPSGEPSGESRIb[ u ESRIaNAD_1983_StatePlane_Wisconsin_Central_FIPS_4802_FeetEPSGEPSGESRIaY q ESRI`NAD_1983_StatePlane_Wisconsin_North_FIPS_4801_FeetEPSGEPSGESRI`] y ESRI_NAD_1983_StatePlane_West_Virginia_South_FIPS_4702_FeetEPSGEPSGESRI_] y ESRI^NAD_1983_StatePlane_West_Virginia_North_FIPS_4701_FeetEPSGEPSGESRI^Z s ESRI]NAD_1983_StatePlane_Washington_South_FIPS_4602_FeetEPSGEPSGESRI]Z s ESRI\NAD_1983_StatePlane_Washington_North_FIPS_4601_FeetEPSGEPSGESRI\X o ESRI[NAD_1983_StatePlane_Virginia_South_FIPS_4502_FeetEPSGEPSGESRI[X o ESRIZNAD_1983_StatePlane_Virginia_North_FIPS_4501_FeetEPSGEPSGESRIZQ a ESRIYNAD_1983_StatePlane_Vermont_FIPS_4400_FeetEPSGEPSGESRIYT g ESRIXNAD_1983_StatePlane_Utah_South_FIPS_4303_FeetEPSGEPSGESRIXV k ESRIWNAD_1983_StatePlane_Utah_Central_FIPS_4302_FeetEPSGEPSGESRIWT g ESRIVNAD_1983_StatePlane_Utah_North_FIPS_4301_FeetEPSGEPSGESRIVU i ESRIUNAD_1983_StatePlane_Texas_South_FIPS_4205_FeetEPSGEPSGESRIU] y ESRITNAD_1983_StatePlane_Texas_South_Central_FIPS_4204_FeetEPSGEPSGESRITW m ESRISNAD_1983_StatePlane_Texas_Central_FIPS_4203_FeetEPSGEPSGESRIS] y ESRIRNAD_1983_StatePlane_Texas_North_Central_FIPS_4202_FeetEPSGEPSGESRIRU i ESRIQNAD_1983_StatePlane_Texas_North_FIPS_4201_FeetEPSGEPSGESRIQS e ESRIPNAD_1983_StatePlane_Tennessee_FIPS_4100_FeetEPSGEPSGESRIP\ w ESRIONAD_1983_StatePlane_South_Dakota_South_FIPS_4002_FeetEPSGEPSGESRIO\ w ESRINNAD_1983_StatePlane_South_Dakota_North_FIPS_4001_FeetEPSGEPSGESRINX oESRIMNAD_1983_StatePlane_South_Carolina_FIPS_3900_FeetEPSGEPSGESRIM< 7ESRILPANAMA_ITRF08_UTM_18NEPSG0ESRIEPSG>< 7ESRIKPANAMA_ITRF08_UTM_17NEPSG0ESRIEPSG>V k ESRIJNAD_1983_StatePlane_Rhode_Island_FIPS_3800_FeetEPSGEPSGESRIJ\ w ESRIINAD_1983_StatePlane_Pennsylvania_South_FIPS_3702_FeetEPSGEPSGESRIIw ESRIHNAD_198@ ? ESRIxMAGNA_Yopal_Casanare_2006EPSG0EPSGNESRIx :~;s- a  N  Q ? s /cSBs._K|7h#D G ESRIOSGB36_Highways_England_A19H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A19H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A18H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A18H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A17H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A17H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A16H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A16H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A15H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A15H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A14H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A14H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A13H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A13H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A12H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A12H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A12H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A11H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A11H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A11H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A10H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A10H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A9H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A9H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A8H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A8H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A7H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A7H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A6H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A6H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A5H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A5H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A4H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A3H2EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A3H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A2H1EPSG0EPSGESRIC E ESRIOSGB36_Highways_England_A1H1EPSG0EPSGESRIH O ESRIMAGNA_Puerto_Carreno_Vichada_2011EPSG0EPSGNESRI= 9 ESRIMAGNA_Mitu_Vaupes_2011EPSG0EPSGNESRIF K ESRIMAGNA_Cali_Valle_del_Cauca_2009EPSG0EPSGNESRI? = ESRIMAGNA_Ibague_Tolima_2007EPSG0EPSGNESRI7 - ESRIMAGNA_Sucre_2006EPSG0EPSGNESRIG M ESRIMAGNA_Bucaramanga_Santander_2008EPSG0EPSGNESRI< 7 ESRIMAGNA_San_Andres_2007EPSG0EPSGNESRIC E ESRIMAGNA_Pereira_Risaralda_2007EPSG0EPSGNESRIA A ESRIMAGNA_Armenia_Quindio_2006EPSG0EPSGNESRI@ ? ESRIMAGNA_Mocoa_Putumayo_2011EPSG0EPSGNESRIK U ESRIMAGNA_Cucuta_Norte_de_Santander_2011EPSG0EPSGNESRI> ; ESRIMAGNA_Pasto_Narino_2008EPSG0EPSGNESRID G ESRIMAGNA_Villavicencio_Meta_2011EPSG0EPSGNESRIG M ESRIMAGNA_Santa_Marta_Magdalena_2007EPSG0EPSGNESRIE I ESRIMAGNA_Riohacha_La_Guajira_2006EPSG0EPSGNESRI= 9 ESRIMAGNA_Neiva_Huila_2006EPSG0EPSGNESRIG M ESRI~MAGNA_San_Jose_del_Guaviare_2011EPSG0EPSGNESRI~A A ESRI}MAGNA_Inirida_Guainia_2008EPSG0EPSGNESRI}B C ESRI|MAGNA_Monteria_Cordoba_2006EPSG0EPSGNESRI|> ; ESRI{MAGNA_Quibdo_Choco_2011EPSG0EPSGNESRI{B C ESRIzMAGNA_Valledupar_Cesar_2011EPSG0EPSGNESRIz 9v1b N  : k & W  Ct/`L}8i$UAr-D G ESRIOSGB36_Highways_England_C16H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C16H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C15H5EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C15H4EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C15H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C15H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C15H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C14H4EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C14H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C14H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C14H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C13H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B32H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B31H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B30H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B29H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B28H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B27H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B26H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B25H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B24H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B23H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B22H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B21H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B20H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B19H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B18H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B18H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B17H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B17H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B16H4EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B16H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B16H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B16H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B15H3EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B15H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_B15H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A30H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A29H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A28H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A28H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A27H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A27H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A26H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A26H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A25H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A25H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A24H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A24H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A23H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A23H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A22H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A22H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A21H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A21H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_A20H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C16H3EPSG0EPSGESRI ,v1b  h YJ7?,W/ ESRINAD_1983_(2011)_ICS_Watseka_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Watseka_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",5741000.0],PARAMETER["False_Northing",1739000.0],PARAMETER["Central_Meridian",-87.95],PARAMETER["Scale_Factor",1.000024],PARAMETER["Latitude_Of_Origin",40.75],UNIT["Foot_US",0.3048006096012192]]M Y ESRINAD_1983_(2011)_ICS_Monmouth_(US_Feet)EPSGEPSGESRIW- ESRINAD_1983_(2011)_ICS_Pontiac_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Pontiac_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",4757000.0],PARAMETER["False_Northing",1739000.0],PARAMETER["Central_Meridian",-88.55],PARAMETER["Scale_Factor",1.000025],PARAMETER["Latitude_Of_Origin",40.9],UNIT["Foot_US",0.3048006096012192]]K U ESRINAD_1983_(2011)_ICS_Eureka_(US_Feet)EPSGEPSGESRIK U ESRINAD_1983_(2011)_ICS_Joliet_(US_Feet)EPSGEPSGESRIY- ESRINAD_1983_(2011)_ICS_Sterling_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Sterling_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",6726000.0],PARAMETER["False_Northing",755000.0],PARAMETER["Central_Meridian",-90.05],PARAMETER["Scale_Factor",1.00002],PARAMETER["Latitude_Of_Origin",41.55],UNIT["Foot_US",0.3048006096012192]] U) ESRINAD_1983_(2011)_ICS_Ottawa_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Ottawa_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",7743000.0],PARAMETER["False_Northing",755000.0],PARAMETER["Central_Meridian",-89.05],PARAMETER["Scale_Factor",1.000023],PARAMETER["Latitude_Of_Origin",41.3],UNIT["Foot_US",0.3048006096012192]] U) ESRINAD_1983_(2011)_ICS_Moline_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Moline_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",5741000.0],PARAMETER["False_Northing",755000.0],PARAMETER["Central_Meridian",-90.6],PARAMETER["Scale_Factor",1.000024],PARAMETER["Latitude_Of_Origin",41.55],UNIT["Foot_US",0.3048006096012192]]M Y ESRINAD_1983_(2011)_ICS_Rockford_(US_Feet)EPSGEPSGESRIL W ESRINAD_1983_(2011)_ICS_Chicago_(US_Feet)EPSGEPSGESRIY- ESRINAD_1983_(2011)_ICS_Freeport_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Freeport_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",1804000.0],PARAMETER["False_Northing",755000.0],PARAMETER["Central_Meridian",-89.95],PARAMETER["Scale_Factor",1.000029],PARAMETER["Latitude_Of_Origin",42.2],UNIT["Foot_US",0.3048006096012192]]K U ESRINAD_1983_(2011)_ICS_Aurora_(US_Feet)EPSGEPSGESRID G ESRIOSGB36_Highways_England_C19H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C19H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C18H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C18H1EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C17H2EPSG0EPSGESRID G ESRIOSGB36_Highways_England_C17H1EPSG0EPSGESRI   K 6 ?$]3 ESRI NAD_1983_(2011)_ICS_Charleston_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Charleston_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",3773000.0],PARAMETER["False_Northing",2756000.0],PARAMETER["Central_Meridian",-88.0],PARAMETER["Scale_Factor",1.000024],PARAMETER["Latitude_Of_Origin",39.65],UNIT["Foot_US",0.3048006096012192]]P _ ESRI NAD_1983_(2011)_ICS_Taylorville_(US_Feet)EPSGEPSGESRI a7 ESRI NAD_1983_(2011)_ICS_Jacksonville_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Jacksonville_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",1247000.0],PARAMETER["False_Northing",2822000.0],PARAMETER["Central_Meridian",-90.6],PARAMETER["Scale_Factor",1.000023],PARAMETER["Latitude_Of_Origin",39.65],UNIT["Foot_US",0.3048006096012192]]_7 ESRI NAD_1983_(2011)_ICS_Springfield_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Springfield_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",2329000.0],PARAMETER["False_Northing",2887000.0],PARAMETER["Central_Meridian",-89.65],PARAMETER["Scale_Factor",1.000022],PARAMETER["Latitude_Of_Origin",39.75],UNIT["Foot_US",0.3048006096012192]]K U ESRINAD_1983_(2011)_ICS_Macomb_(US_Feet)EPSGEPSGESRIW- ESRINAD_1983_(2011)_ICS_Lincoln_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Lincoln_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",8760000.0],PARAMETER["False_Northing",1739000.0],PARAMETER["Central_Meridian",-89.8],PARAMETER["Scale_Factor",1.000018],PARAMETER["Latitude_Of_Origin",40.15],UNIT["Foot_US",0.3048006096012192]]K U ESRINAD_1983_(2011)_ICS_Quincy_(US_Feet)EPSGEPSGESRIL W ESRINAD_1983_(2011)_ICS_Decatur_(US_Feet)EPSGEPSGESRI[/ ESRINAD_1983_(2011)_ICS_Champaign_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Champaign_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",328000.0],PARAMETER["False_Northing",2822000.0],PARAMETER["Central_Meridian",-88.0],PARAMETER["Scale_Factor",1.000026],PARAMETER["Latitude_Of_Origin",40.15],UNIT["Foot_US",0.3048006096012192]]N [ ESRINAD_1983_(2011)_ICS_Galesburg_(US_Feet)EPSGEPSGESRI_5 ESRINAD_1983_(2011)_ICS_Bloomington_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Bloomington_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",3773000.0],PARAMETER["False_Northing",1739000.0],PARAMETER["Central_Meridian",-88.85],PARAMETER["Scale_Factor",1.000031],PARAMETER["Latitude_Of_Origin",40.5],UNIT["Foot_US",0.3048006096012192]]LU ESRINAD_1983_(2011)_ICS_Peoria_(US_Feet)EPSGEPSGESRI ) m v)f2L QESRICassini_Bangladesh_Zone_02_RangpurESRIChainEPSGESRIM SESRICassini_Bangladesh_Zone_01_DinajpurESRIChainEPSGESRI]/ ESRINAD_1983_(2011)_ICS_Metropolis_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Metropolis_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",3642000.0],PARAMETER["False_Northing",3839000.0],PARAMETER["Central_Meridian",-88.9],PARAMETER["Scale_Factor",1.00001],PARAMETER["Latitude_Of_Origin",37.2],UNIT["Foot_US",0.3048006096012192]]]3 ESRINAD_1983_(2011)_ICS_Carbondale_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Carbondale_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",2395000.0],PARAMETER["False_Northing",3773000.0],PARAMETER["Central_Meridian",-88.95],PARAMETER["Scale_Factor",1.000012],PARAMETER["Latitude_Of_Origin",37.9],UNIT["Foot_US",0.3048006096012192]]a7 ESRINAD_1983_(2011)_ICS_Mount_Vernon_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Mount_Vernon_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",328000.0],PARAMETER["False_Northing",3773000.0],PARAMETER["Central_Meridian",-89.15],PARAMETER["Scale_Factor",1.000015],PARAMETER["Latitude_Of_Origin",38.45],UNIT["Foot_US",0.3048006096012192]] S+ ESRINAD_1983_(2011)_ICS_Olney_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Olney_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",1247000.0],PARAMETER["False_Northing",3773000.0],PARAMETER["Central_Meridian",-88.15],PARAMETER["Scale_Factor",1.000013],PARAMETER["Latitude_Of_Origin",38.55],UNIT["Foot_US",0.3048006096012192]]O ] ESRINAD_1983_(2011)_ICS_Belleville_(US_Feet)EPSGEPSGESRI[1 ESRINAD_1983_(2011)_ICS_Effingham_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Effingham_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",7710000.0],PARAMETER["False_Northing",2756000.0],PARAMETER["Central_Meridian",-89.0],PARAMETER["Scale_Factor",1.000019],PARAMETER["Latitude_Of_Origin",38.95],UNIT["Foot_US",0.3048006096012192]]P _ ESRINAD_1983_(2011)_ICS_Jerseyville_(US_Feet)EPSGEPSGESRIY- ESRINAD_1983_(2011)_ICS_Robinson_(US_Feet)EPSGPROJCS["NAD_1983_(2011)_ICS_Robinson_(US_Feet)",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic_1SP"],PARAMETER["False_Easting",8694000.0],PARAMETER["False_Northing",2756000.0],PARAMETER["Central_Meridian",-88.0],PARAMETER["Scale_Factor",1.000017],PARAMETER["Latitude_Of_Origin",39.1],UNIT["Foot_US",0.3048006096012192]]K_3 ESRI NAD_1983_(2011)_ICS_Carlinville_(US_Feet)EPSGPROJCM SESRICassini_Bangladesh_Zone_08_FaridpurESRIChainEPSGESRIJ MESRICassini_Bangladesh_Zone_07_DhakaESRIChainEPSGESRIO WESRICassini_Bangladesh_Zone_06_MymensinghESRIChainEPSGESRIJ MESRICassini_Bangladesh_Zone_05_PabnaESRIChainEPSGESRIK OESRICassini_Bangladesh_Zone_04_BoguraESRIChainEPSGESRIM SESRICassini_Bangladesh_Zone_03_RajshahiESRIChainEPSGESRI 4wf1 b / P D z 9 c s76@JRJ)wX o ESRIRNAD_1983_2011_StatePlane_Arkansas_South_FIPS_0302EPSG0EPSGESRIlX o ESRIQNAD_1983_2011_StatePlane_Arkansas_North_FIPS_0301EPSG0EPSGESRIk^ { ESRIPNAD_1983_2011_StatePlane_Arizona_West_FIPS_0203_Ft_IntlEPSGEPSGESRIPb ESRIONAD_1983_2011_StatePlane_Arizona_Central_FIPS_0202_Ft_IntlEPSGEPSGESRIO^ { ESRINNAD_1983_2011_StatePlane_Arizona_East_FIPS_0201_Ft_IntlEPSGEPSGESRINV k ESRIMNAD_1983_2011_StatePlane_Arizona_West_FIPS_0203EPSG0EPSGESRIjY q ESRILNAD_1983_2011_StatePlane_Arizona_Central_FIPS_0202EPSG0EPSGESRIiV k ESRIKNAD_1983_2011_StatePlane_Arizona_East_FIPS_0201EPSG0EPSGESRIhS e ESRIJNAD_1983_2011_StatePlane_Alaska_10_FIPS_5010EPSG0EPSGESRIJQ c ESRIINAD_1983_2011_StatePlane_Alaska_9_FIPS_5009EPSG0EPSGEPSG:Q c ESRIHNAD_1983_2011_StatePlane_Alaska_8_FIPS_5008EPSG0EPSGEPSG:Q c ESRIGNAD_1983_2011_StatePlane_Alaska_7_FIPS_5007EPSG0EPSGEPSG:Q c ESRIFNAD_1983_2011_StatePlane_Alaska_6_FIPS_5006EPSG0EPSGEPSG:Q c ESRIENAD_1983_2011_StatePlane_Alaska_5_FIPS_5005EPSG0EPSGEPSG:Q c ESRIDNAD_1983_2011_StatePlane_Alaska_4_FIPS_5004EPSG0EPSGEPSG:Q c ESRICNAD_1983_2011_StatePlane_Alaska_3_FIPS_5003EPSG0EPSGEPSG:Q c ESRIBNAD_1983_2011_StatePlane_Alaska_2_FIPS_5002EPSG0EPSGEPSG:R c ESRIANAD_1983_2011_StatePlane_Alaska_1_FIPS_5001EPSG0EPSGESRIAV k ESRI@NAD_1983_2011_StatePlane_Alabama_West_FIPS_0102EPSG0EPSGESRIVV k ESRI?NAD_1983_2011_StatePlane_Alabama_East_FIPS_0101EPSG0EPSGESRIUG MESRI>NAD_1983_2011_Wisconsin_TM_US_FtEPSGEPSGESRII@ A ESRI=NAD_1983_2011_Wisconsin_TMEPSG0EPSGEPSG9Y q ESRIC E ESRI3NAD_1983_2011_Mississippi_TMEPSG0EPSGESRIEL W ESRI2NAD_1983_2011_California_Teale_AlbersEPSG0EPSGESRI28 /ESRI1AGD_1966_ISG_57_2EPSG0EPSGjESRI1B EESRI0NAD_1983_(PA11)_UTM_Zone_59NEPSG0EPSGEPSG>B EESRI/NAD_1983_(PA11)_UTM_Zone_58NEPSG0EPSGEPSG>B EESRI.NAD_1983_(PA11)_UTM_Zone_57NEPSG0EPSGEPSG>B EESRI-NAD_1983_(PA11)_UTM_Zone_56NEPSG0EPSGEPSG>B EESRI,NAD_1983_(MA11)_UTM_Zone_53NEPSG0EPSGEPSG>1 #ESRI+UTM_GulshanEPSG0EPSGJEPSG@j. ESRI*BUTM2010EPSG0EPSGEPSG@j: 5ESRI)UTM_Bangladesh_(BTM)EPSG0EPSGJEPSG%2 #ESRI(LCC_GulshanEPSG0EPSGJESRI'5 )ESRI'LCC_BangladeshEPSG0EPSGESRI'H IESRI&Cassini_Bangladesh_Zone_17_CHTESRIChainEPSGESRI&O WESRI%Cassini_Bangladesh_Zone_16_ChottogramESRIChainEPSGESRI%M SESRI$Cassini_Bangladesh_Zone_15_NoakhaliESRIChainEPSGESRI#L QESRI#Cassini_Bangladesh_Zone_14_CumillaESRIChainEPSGESRI#M SESRI"Cassini_Bangladesh_Zone_13_BarishalESRIChainEPSGESRI"K OESRI!Cassini_Bangladesh_Zone_12_KhulnaESRIChainEPSGESRI!L QESRI Cassini_Bangladesh_Zone_11_JoshoreESRIChainEPSGESRIL QESRICassini_Bangladesh_Zone_10_KushtiaESRIChainEPSGESRI ,nB: 3 x  ^ L 3~"vpXMC5*n] y ESRI~NAD_1983_2011_StatePlane_Illinois_West_FIPS_1202_Ft_USEPSGEPSGESRI] y ESRI}NAD_1983_2011_StatePlane_Illinois_East_FIPS_1201_Ft_USEPSGEPSGESRIW m ESRI|NAD_1983_2011_StatePlane_Illinois_West_FIPS_1202EPSG0EPSGESRIW m ESRI{NAD_1983_2011_StatePlane_Illinois_East_FIPS_1201EPSG0EPSGESRIZ s ESRIzNAD_1983_2011_StatePlane_Idaho_West_FIPS_1103_Ft_USEPSGEPSGESRI] y ESRIyNAD_1983_2011_StatePlane_Idaho_Central_FIPS_1102_Ft_USEPSGEPSGESRI Z s ESRIxNAD_1983_2011_StatePlane_Idaho_East_FIPS_1101_Ft_USEPSGEPSGESRI T g ESRIwNAD_1983_2011_StatePlane_Idaho_West_FIPS_1103EPSG0EPSGESRI~W m ESRIvNAD_1983_2011_StatePlane_Idaho_Central_FIPS_1102EPSG0EPSGESRI}T g ESRIuNAD_1983_2011_StatePlane_Idaho_East_FIPS_1101EPSG0EPSGESRI|\ w ESRItNAD_1983_2011_StatePlane_Georgia_West_FIPS_1002_Ft_USEPSGEPSGESRI \ w ESRIsNAD_1983_2011_StatePlane_Georgia_East_FIPS_1001_Ft_USEPSGEPSGESRI V k ESRIrNAD_1983_2011_StatePlane_Georgia_West_FIPS_1002EPSG0EPSGESRI{V k ESRIqNAD_1983_2011_StatePlane_Georgia_East_FIPS_1001EPSG0EPSGESRIz] y ESRIpNAD_1983_2011_StatePlane_Florida_North_FIPS_0903_Ft_USEPSGEPSGESRI\ w ESRIoNAD_1983_2011_StatePlane_Florida_West_FIPS_0902_Ft_USEPSGEPSGESRI\ w ESRInNAD_1983_2011_StatePlane_Florida_East_FIPS_0901_Ft_USEPSGEPSGESRIW m ESRImNAD_1983_2011_StatePlane_Florida_North_FIPS_0903EPSG0EPSGESRItV k ESRIlNAD_1983_2011_StatePlane_Florida_West_FIPS_0902EPSG0EPSGESRIsV k ESRIkNAD_1983_2011_StatePlane_Florida_East_FIPS_0901EPSG0EPSGESRIrX o ESRIjNAD_1983_2011_StatePlane_Delaware_FIPS_0700_Ft_USEPSGEPSGESRIR c ESRIiNAD_1983_2011_StatePlane_Delaware_FIPS_0700EPSG0EPSGESRIq[ u ESRIhNAD_1983_2011_StatePlane_Connecticut_FIPS_0600_Ft_USEPSGEPSGESRIU i ESRIgNAD_1983_2011_StatePlane_Connecticut_FIPS_0600EPSG0EPSGESRIp^ { ESRIfNAD_1983_2011_StatePlane_Colorado_South_FIPS_0503_Ft_USEPSGEPSGESRI`  ESRIeNAD_1983_2011_StatePlane_Colorado_Central_FIPS_0502_Ft_USEPSGEPSGESRI^ { ESRIdNAD_1983_2011_StatePlane_Colorado_North_FIPS_0501_Ft_USEPSGEPSGESRIX o ESRIcNAD_1983_2011_StatePlane_Colorado_South_FIPS_0503EPSG0EPSGESRIoZ s ESRIbNAD_1983_2011_StatePlane_Colorado_Central_FIPS_0502EPSG0EPSGESRInX o ESRIaNAD_1983_2011_StatePlane_Colorado_North_FIPS_0501EPSG0EPSGESRIm] y ESRI`NAD_1983_2011_StatePlane_California_VI_FIPS_0406_Ft_USEPSGEPSGESRI\ w ESRI_NAD_1983_2011_StatePlane_California_V_FIPS_0405_Ft_USEPSGEPSGESRI] y ESRI^NAD_1983_2011_StatePlane_California_IV_FIPS_0404_Ft_USEPSGEPSGESRI^ { ESRI]NAD_1983_2011_StatePlane_California_III_FIPS_0403_Ft_USEPSGEPSGESRI] y ESRI\NAD_1983_2011_StatePlane_California_II_FIPS_0402_Ft_USEPSGEPSGESRI\ w ESRI[NAD_1983_2011_StatePlane_California_I_FIPS_0401_Ft_USEPSGEPSGESRIW m ESRIZNAD_1983_2011_StatePlane_California_VI_FIPS_0406EPSG0EPSGESRIfV k ESRIYNAD_1983_2011_StatePlane_California_V_FIPS_0405EPSG0EPSGESRIeW m ESRIXNAD_1983_2011_StatePlane_California_IV_FIPS_0404EPSG0EPSGESRIdX o ESRIWNAD_1983_2011_StatePlane_California_III_FIPS_0403EPSG0EPSGESRIcW m ESRIVNAD_1983_2011_StatePlane_California_II_FIPS_0402EPSG0EPSGESRIbV k ESRIUNAD_1983_2011_StatePlane_California_I_FIPS_0401EPSG0EPSGESRIa^ { ESRITNAD_1983_2011_StatePlane_Arkansas_South_FIPS_0302_Ft_USEPSGEPSGESRI{V k ESRINAD_1983_2011_StatePlane_Indiana_East_FIPS_1301EPSG0EPSGESRI ,wFA 8 ~ % s  b  NDDZA}$pJ:wb ESRINAD_1983_2011_StatePlane_Minnesota_Central_FIPS_2202_Ft_USEPSGEPSGESRIC_ } ESRINAD_1983_2011_StatePlane_Minnesota_North_FIPS_2201_Ft_USEPSGEPSGESRIBY q ESRINAD_1983_2011_StatePlane_Minnesota_South_FIPS_2203EPSG0EPSGESRI[ u ESRINAD_1983_2011_StatePlane_Minnesota_Central_FIPS_2202EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_Minnesota_North_FIPS_2201EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_Michigan_South_FIPS_2113_Ft_IntlEPSGEPSGESRIc ESRINAD_1983_2011_StatePlane_Michigan_Central_FIPS_2112_Ft_IntlEPSGEPSGESRI`  ESRINAD_1983_2011_StatePlane_Michigan_North_FIPS_2111_Ft_IntlEPSGEPSGESRIX o ESRINAD_1983_2011_StatePlane_Michigan_South_FIPS_2113EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_Michigan_Central_FIPS_2112EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Michigan_North_FIPS_2111EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_Massachusetts_Isl_FIPS_2002_FtUSEPSGEPSGESRIb ESRINAD_1983_2011_StatePlane_Massachusetts_Mnld_FIPS_2001_FtUSEPSGEPSGESRI^ { ESRINAD_1983_2011_StatePlane_Massachusetts_Island_FIPS_2002EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_Massachusetts_Mainland_FIPS_2001EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Maryland_FIPS_1900_Ft_USEPSGEPSGESRIR c ESRINAD_1983_2011_StatePlane_Maryland_FIPS_1900EPSG0EPSGESRII Q ESRINAD_1983_2011_Maine_2000_West_ZoneEPSG0EPSGESRIBL W ESRINAD_1983_2011_Maine_2000_Central_ZoneEPSG0EPSGESRIAI Q ESRINAD_1983_2011_Maine_2000_East_ZoneEPSG0EPSGESRI@Z s ESRINAD_1983_2011_StatePlane_Maine_West_FIPS_1802_Ft_USEPSGEPSGESRIZ s ESRINAD_1983_2011_StatePlane_Maine_East_FIPS_1801_Ft_USEPSGEPSGESRIT g ESRINAD_1983_2011_StatePlane_Maine_West_FIPS_1802EPSG0EPSGESRIT g ESRINAD_1983_2011_StatePlane_Maine_East_FIPS_1801EPSG0EPSGESRI_ } ESRINAD_1983_2011_StatePlane_Louisiana_South_FIPS_1702_Ft_USEPSGEPSGESRI_ } ESRINAD_1983_2011_StatePlane_Louisiana_North_FIPS_1701_Ft_USEPSGEPSGESRIY q ESRINAD_1983_2011_StatePlane_Louisiana_South_FIPS_1702EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_Louisiana_North_FIPS_1701EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Kentucky_South_FIPS_1602_Ft_USEPSGEPSGESRIX o ESRINAD_1983_2011_StatePlane_Kentucky_South_FIPS_1602EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Kentucky_FIPS_1600_Ft_USEPSGEPSGESRIkR c ESRINAD_1983_2011_StatePlane_Kentucky_FIPS_1600EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Kentucky_North_FIPS_1601_Ft_USEPSGEPSGESRIX o ESRINAD_1983_2011_StatePlane_Kentucky_North_FIPS_1601EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_Kansas_South_FIPS_1502_Ft_USEPSGEPSGESRI\ w ESRINAD_1983_2011_StatePlane_Kansas_North_FIPS_1501_Ft_USEPSGEPSGESRIV k ESRINAD_1983_2011_StatePlane_Kansas_South_FIPS_1502EPSG0EPSGESRIV k ESRINAD_1983_2011_StatePlane_Kansas_North_FIPS_1501EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_Iowa_South_FIPS_1402_Ft_USEPSGEPSGESRIZ s ESRINAD_1983_2011_StatePlane_Iowa_North_FIPS_1401_Ft_USEPSGEPSGESRIT g ESRINAD_1983_2011_StatePlane_Iowa_South_FIPS_1402EPSG0EPSGESRIT g ESRINAD_1983_2011_StatePlane_Iowa_North_FIPS_1401EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_Indiana_West_FIPS_1302_Ft_USEPSGEPSGESRI\ w ESRINAD_1983_2011_StatePlane_Indiana_East_FIPS_1301_Ft_USEPSGEPSGESRI%[c= s  f F ^ |2<cwA[bk [5IAU_2015 Jupiter (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015#aq IAU_2015rAdrastea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015,IAU_2015F`f uIAU_2015ȖLeda (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015dIAU_20152_` iIAU_2015ǺCarme (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015ǜIAU_2015^pIAU_2015Sinope (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 ]oIAU_2015Himalia (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015ŨIAU_2015K\x u5IAU_2015,Callisto (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015K[y w5IAU_2015Ganymede (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015}IAU_2015FZi {IAU_2015@Europa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(Ya kIAU_2015/Mars (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015AXnIAU_2015SDeimos (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015KWmIAU_2015'Earth (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015KVh }IAU_2015uMoon (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015uIAU_2015U_ kIAU_2015MMercury (2015) / Ocentric / Transverse MercatorEPSG0IAU_2015MIAU_2015<Td uIAU_2015$Sun (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015<SE IESRIOSGB36_National_Highways_C16H3EPSG0EPSGESRIRE IESRIOSGB36_National_Highways_A20H1EPSG0EPSGESRIQJ Q ESRI!NAD_1983_HARN_Adj_WI_Washburn_FeetEPSGESRIESRI!PF I ESRINAD_1983_HARN_Adj_WI_Iowa_FeetEPSGESRIxESRIOs_iESRIMars_2000_North_Pole_Stereographic_sphereESRI PROJCS["Mars_2000_North_Pole_Stereographic_sphere",GEOGCS["Mars_2000_(Sphere)",DATUM["Mars_2000_(Sphere)",SPHEROID["Mars_2000_(Sphere)",3396190.0,0.0]],PRIMEM["Reference_Meridian",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Stereographic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",90.0],UNIT["Meter",1.0]]NJ Q ESRINAD_1983_HARN_Adj_WI_Oneida_MetersEPSG0ESRIESRIMI O ESRI~NAD_1983_HARN_Adj_WI_Clark_MetersEPSG0ESRIiESRI~LJ QESRIHNAD_1983_HARN_Adj_MN_Marshall_FeetEPSGESRI(ESRIHKF KESRIPalestine_Grid_1923_Modified_TMEPSG0EPSG-ESRIJ[ sESRINAD_1983_HARN_Adj_MN_Lake_of_the_Woods_South_MetersEPSG0ESRI"ESRII^ {ESRINAD_1983_(2011)_Navajo_Nation_Coordinate_System_US_FeetEPSGEPSGESRIHX oESRI~NAD_1983_CORS96_StatePlane_Utah_Central_FIPS_4302EPSG0EPSGESRI~G^ {ESRIONAD_1983_CORS96_StatePlane_North_Dakota_South_FIPS_3302EPSG0EPSGESRIOFQ aESRI"NAD_1983_HARN_WISCRS_Sheboygan_County_FeetEPSGEPSG8ESRIEO ]ESRINAD_1983_HARN_WISCRS_Calumet_County_FeetEPSGEPSG8ESRIDU i ESRINAD_1983_HARN_WISCRS_Trempealeau_County_MetersEPSG0EPSG8ESRICN [ ESRINAD_1983_HARN_WISCRS_Dane_County_MetersEPSG0EPSG8ESRIB\ wESRIcNAD_1983_CORS96_StatePlane_Idaho_East_FIPS_1101_Ft_USEPSGEPSGESRIcA[ uESRI7NAD_1983_CORS96_StatePlane_Arizona_Central_FIPS_0202EPSG0EPSGESRI7@W m ESRINAD_1983_2011_StatePlane_Vermont_FIPS_4400_Ft_USEPSGEPSGESRIY?Z s ESRINAD_1983_2011_StatePlane_Ohio_North_FIPS_3401_Ft_USEPSGEPSGESRIB=_ } ESRINAD_1983_2011_StatePlane_Minnesota_South_FIPS_2203_Ft_USEPSGEPSGESRID +E( u  q  o  d  QC2n[F$lQT g ESRINAD_1983_2011_StatePlane_Ohio_North_FIPS_3401EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_North_Dakota_South_FIPS_3302_FtIEPSGEPSGESRI`  ESRINAD_1983_2011_StatePlane_North_Dakota_North_FIPS_3301_FtIEPSGEPSGESRI\ w ESRINAD_1983_2011_StatePlane_North_Dakota_South_FIPS_3302EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_North_Dakota_North_FIPS_3301EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_North_Carolina_FIPS_3200_Ft_USEPSGEPSGESRIX o ESRINAD_1983_2011_StatePlane_North_Carolina_FIPS_3200EPSG0EPSGESRIb ESRINAD_1983_2011_StatePlane_New_York_Long_Isl_FIPS_3104_Ft_USEPSGEPSGESRI>] y ESRINAD_1983_2011_StatePlane_New_York_West_FIPS_3103_Ft_USEPSGEPSGESRI=`  ESRINAD_1983_2011_StatePlane_New_York_Central_FIPS_3102_Ft_USEPSGEPSGESRI<] y ESRINAD_1983_2011_StatePlane_New_York_East_FIPS_3101_Ft_USEPSGEPSGESRI7^ { ESRINAD_1983_2011_StatePlane_New_York_Long_Island_FIPS_3104EPSG0EPSGESRIW m ESRINAD_1983_2011_StatePlane_New_York_West_FIPS_3103EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_New_York_Central_FIPS_3102EPSG0EPSGESRIW m ESRINAD_1983_2011_StatePlane_New_York_East_FIPS_3101EPSG0EPSGESRI_ } ESRINAD_1983_2011_StatePlane_New_Mexico_West_FIPS_3003_Ft_USEPSGEPSGESRI:c ESRINAD_1983_2011_StatePlane_New_Mexico_Central_FIPS_3002_Ft_USEPSGEPSGESRI9_ } ESRINAD_1983_2011_StatePlane_New_Mexico_East_FIPS_3001_Ft_USEPSGEPSGESRI8Y q ESRINAD_1983_2011_StatePlane_New_Mexico_West_FIPS_3003EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_New_Mexico_Central_FIPS_3002EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_New_Mexico_East_FIPS_3001EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_New_Jersey_FIPS_2900_Ft_USEPSGEPSGESRI7T g ESRINAD_1983_2011_StatePlane_New_Jersey_FIPS_2900EPSG0EPSGESRI] y ESRINAD_1983_2011_StatePlane_New_Hampshire_FIPS_2800_Ft_USEPSGEPSGESRI6W m ESRINAD_1983_2011_StatePlane_New_Hampshire_FIPS_2800EPSG0EPSGESRI[ u ESRINAD_1983_2011_StatePlane_Nevada_West_FIPS_2703_Ft_USEPSGEPSGESRI5^ { ESRINAD_1983_2011_StatePlane_Nevada_Central_FIPS_2702_Ft_USEPSGEPSGESRI4[ u ESRINAD_1983_2011_StatePlane_Nevada_East_FIPS_2701_Ft_USEPSGEPSGESRI3U i ESRINAD_1983_2011_StatePlane_Nevada_West_FIPS_2703EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Nevada_Central_FIPS_2702EPSG0EPSGESRIU i ESRINAD_1983_2011_StatePlane_Nevada_East_FIPS_2701EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Nebraska_FIPS_2600_Ft_USEPSGEPSGESRI0R c ESRINAD_1983_2011_StatePlane_Nebraska_FIPS_2600EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_Montana_FIPS_2500_Ft_IntlEPSGEPSGESRIQ a ESRINAD_1983_2011_StatePlane_Montana_FIPS_2500EPSG0EPSGESRIW m ESRINAD_1983_2011_StatePlane_Missouri_West_FIPS_2403EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_Missouri_Central_FIPS_2402EPSG0EPSGESRIW m ESRINAD_1983_2011_StatePlane_Missouri_East_FIPS_2401EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_Mississippi_West_FIPS_2302_Ft_USEPSGEPSGESRI'`  ESRINAD_1983_2011_StatePlane_Mississippi_East_FIPS_2301_Ft_USEPSGEPSGESRI&Z s ESRINAD_1983_2011_StatePlane_Mississippi_West_FIPS_2302EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_Mississippi_East_FIPS_2301EPSG0EPSGESRI }T g ESRINAD_1983_2011_StatePlane_Ohio_South_FIPS_3402EPSG0EPSGESRI +J9 , n  P 8 ~ !`NB2p [R;Z s ESRINAD_1983_2011_StatePlane_Utah_South_FIPS_4303_Ft_USEPSGEPSGESRIX\ w ESRINAD_1983_2011_StatePlane_Utah_Central_FIPS_4302_Ft_USEPSGEPSGESRIWZ s ESRINAD_1983_2011_StatePlane_Utah_North_FIPS_4301_Ft_USEPSGEPSGESRIV\ wESRINAD_1983_2011_StatePlane_Utah_South_FIPS_4303_Ft_IntlEPSGEPSGESRI^ {ESRINAD_1983_2011_StatePlane_Utah_Central_FIPS_4302_Ft_IntlEPSGEPSGESRI\ wESRINAD_1983_2011_StatePlane_Utah_North_FIPS_4301_Ft_IntlEPSGEPSGESRIT g ESRINAD_1983_2011_StatePlane_Utah_South_FIPS_4303EPSG0EPSGESRIV k ESRINAD_1983_2011_StatePlane_Utah_Central_FIPS_4302EPSG0EPSGESRIT g ESRINAD_1983_2011_StatePlane_Utah_North_FIPS_4301EPSG0EPSGESRI[ u ESRINAD_1983_2011_StatePlane_Texas_South_FIPS_4205_Ft_USEPSGEPSGESRIUc ESRINAD_1983_2011_StatePlane_Texas_South_Central_FIPS_4204_FtUSEPSGEPSGESRIT] y ESRINAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_USEPSGEPSGESRISc ESRINAD_1983_2011_StatePlane_Texas_North_Central_FIPS_4202_FtUSEPSGEPSGESRIR[ u ESRINAD_1983_2011_StatePlane_Texas_North_FIPS_4201_Ft_USEPSGEPSGESRIQU i ESRINAD_1983_2011_StatePlane_Texas_South_FIPS_4205EPSG0EPSGESRI] y ESRINAD_1983_2011_StatePlane_Texas_South_Central_FIPS_4204EPSG0EPSGESRIW m ESRINAD_1983_2011_StatePlane_Texas_Central_FIPS_4203EPSG0EPSGESRI] y ESRINAD_1983_2011_StatePlane_Texas_North_Central_FIPS_4202EPSG0EPSGESRIU i ESRINAD_1983_2011_StatePlane_Texas_North_FIPS_4201EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_Tennessee_FIPS_4100_Ft_USEPSGEPSGESRIPS e ESRINAD_1983_2011_StatePlane_Tennessee_FIPS_4100EPSG0EPSGESRIc ESRINAD_1983_2011_StatePlane_South_Dakota_South_FIPS_4002_Ft_USEPSGEPSGESRIOc ESRINAD_1983_2011_StatePlane_South_Dakota_North_FIPS_4001_Ft_USEPSGEPSGESRIN\ w ESRINAD_1983_2011_StatePlane_South_Dakota_South_FIPS_4002EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_South_Dakota_North_FIPS_4001EPSG0EPSGESRI`  ESRINAD_1983_2011_StatePlane_South_Carolina_FIPS_3900_Ft_IntlEPSGEPSGESRIX o ESRINAD_1983_2011_StatePlane_South_Carolina_FIPS_3900EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_Rhode_Island_FIPS_3800_Ft_USEPSGEPSGESRIJV k ESRINAD_1983_2011_StatePlane_Rhode_Island_FIPS_3800EPSG0EPSGESRIc ESRINAD_1983_2011_StatePlane_Pennsylvania_South_FIPS_3702_Ft_USEPSGEPSGESRII\ w ESRINAD_1983_2011_StatePlane_Pennsylvania_South_FIPS_3702EPSG0EPSGESRIc ESRINAD_1983_2011_StatePlane_Pennsylvania_North_FIPS_3701_Ft_USEPSGEPSGESRIH\ w ESRINAD_1983_2011_StatePlane_Pennsylvania_North_FIPS_3701EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Oregon_South_FIPS_3602_Ft_IntlEPSGEPSGESRI^ { ESRINAD_1983_2011_StatePlane_Oregon_North_FIPS_3601_Ft_IntlEPSGEPSGESRIV k ESRINAD_1983_2011_StatePlane_Oregon_South_FIPS_3602EPSG0EPSGESRIV k ESRINAD_1983_2011_StatePlane_Oregon_North_FIPS_3601EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Oklahoma_South_FIPS_3502_Ft_USEPSGEPSGESRIE^ { ESRINAD_1983_2011_StatePlane_Oklahoma_North_FIPS_3501_Ft_USEPSGEPSGESRIDX o ESRINAD_1983_2011_StatePlane_Oklahoma_South_FIPS_3502EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Oklahoma_North_FIPS_3501EPSG0EPSGESRIZ s ESRINAD_1983_2011_StatePlane_Ohio_South_FIPS_3402_Ft_USEPSGEPSGESRIC sQ a ESRINAD_1983_2011_StatePlane_Vermont_FIPS_4400EPSG0EPSGESRI 1sN5 y  \ : $ a L5uL DDV ~%sX oESRI6NAD_1983_CORS96_StatePlane_Arizona_East_FIPS_0201EPSG0EPSGESRI6X oESRI5NAD_1983_CORS96_StatePlane_Alabama_West_FIPS_0102EPSG0EPSGESRI5X oESRI4NAD_1983_CORS96_StatePlane_Alabama_East_FIPS_0101EPSG0EPSGESRI45 + ESRI3ETRS_1989_DKTM4EPSG0EPSGEPSG5 + ESRI2ETRS_1989_DKTM3EPSG0EPSGEPSG5 + ESRI1ETRS_1989_DKTM2EPSG0EPSGEPSG5 + ESRI0ETRS_1989_DKTM1EPSG0EPSGEPSG; 7 ESRI/REGCAN95_UTM_Zone_28NEPSG0EPSGEPSG>; 7 ESRI.REGCAN95_UTM_Zone_27NEPSG0EPSGEPSG>7 / ESRI-Chua_UTM_Zone_23SEPSG0EPSGEPSG>= ; ESRI,RGRDC_2005_UTM_Zone_35SEPSG0EPSGEPSG?= ; ESRI+RGRDC_2005_UTM_Zone_34SEPSG0EPSGEPSG?= ; ESRI*RGRDC_2005_UTM_Zone_33SEPSG0EPSGEPSG?A C ESRI)RGRDC_2005_Congo_TM_Zone_28EPSG0EPSGEPSGDA C ESRI(RGRDC_2005_Congo_TM_Zone_26EPSG0EPSGEPSGDA C ESRI'RGRDC_2005_Congo_TM_Zone_24EPSG0EPSGEPSGDA C ESRI&RGRDC_2005_Congo_TM_Zone_22EPSG0EPSGEPSGDA C ESRI%RGRDC_2005_Congo_TM_Zone_20EPSG0EPSGEPSGD A C ESRI$RGRDC_2005_Congo_TM_Zone_18EPSG0EPSGEPSGD A C ESRI#RGRDC_2005_Congo_TM_Zone_16EPSG0EPSGEPSGDA C ESRI"RGRDC_2005_Congo_TM_Zone_14EPSG0EPSGEPSGDA C ESRI!RGRDC_2005_Congo_TM_Zone_12EPSG0EPSGEPSGDb ESRI NAD_1983_2011_StatePlane_Puerto_Rico_Virgin_Isls_FIPS_5200EPSG0EPSGESRI\ w ESRINAD_1983_2011_StatePlane_Wyoming_West_FIPS_4904_Ft_USEPSGEPSGESRIfb ESRINAD_1983_2011_StatePlane_Wyoming_W_Central_FIPS_4903_Ft_USEPSGEPSGESRIeb ESRINAD_1983_2011_StatePlane_Wyoming_E_Central_FIPS_4902_Ft_USEPSGEPSGESRId\ w ESRINAD_1983_2011_StatePlane_Wyoming_East_FIPS_4901_Ft_USEPSGEPSGESRIcV k ESRINAD_1983_2011_StatePlane_Wyoming_West_FIPS_4904EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Wyoming_West_Central_FIPS_4903EPSG0EPSGESRI^ { ESRINAD_1983_2011_StatePlane_Wyoming_East_Central_FIPS_4902EPSG0EPSGESRIV k ESRINAD_1983_2011_StatePlane_Wyoming_East_FIPS_4901EPSG0EPSGESRI_ } ESRINAD_1983_2011_StatePlane_Wisconsin_South_FIPS_4803_Ft_USEPSGEPSGESRIbb ESRINAD_1983_2011_StatePlane_Wisconsin_Central_FIPS_4802_Ft_USEPSGEPSGESRIa_ } ESRINAD_1983_2011_StatePlane_Wisconsin_North_FIPS_4801_Ft_USEPSGEPSGESRI`Y q ESRINAD_1983_2011_StatePlane_Wisconsin_South_FIPS_4803EPSG0EPSGESRI[ u ESRINAD_1983_2011_StatePlane_Wisconsin_Central_FIPS_4802EPSG0EPSGESRIY q ESRINAD_1983_2011_StatePlane_Wisconsin_North_FIPS_4801EPSG0EPSGESRIc ESRINAD_1983_2011_StatePlane_West_Virginia_South_FIPS_4702_FtUSEPSGEPSGESRI_c ESRINAD_1983_2011_StatePlane_West_Virginia_North_FIPS_4701_FtUSEPSGEPSGESRI^] y ESRINAD_1983_2011_StatePlane_West_Virginia_South_FIPS_4702EPSG0EPSGESRI] y ESRINAD_1983_2011_StatePlane_West_Virginia_North_FIPS_4701EPSG0EPSGESRI`  ESRI NAD_1983_2011_StatePlane_Washington_South_FIPS_4602_Ft_USEPSGEPSGESRI]`  ESRI NAD_1983_2011_StatePlane_Washington_North_FIPS_4601_Ft_USEPSGEPSGESRI\Z s ESRI NAD_1983_2011_StatePlane_Washington_South_FIPS_4602EPSG0EPSGESRIZ s ESRI NAD_1983_2011_StatePlane_Washington_North_FIPS_4601EPSG0EPSGESRI^ { ESRI NAD_1983_2011_StatePlane_Virginia_South_FIPS_4502_Ft_USEPSGEPSGESRI[^ { ESRINAD_1983_2011_StatePlane_Virginia_North_FIPS_4501_Ft_USEPSGEPSGESRIZX o ESRINAD_1983_2011_StatePlane_Virginia_South_FIPS_4502EPSG0EPSGESRIX o ESRINAD_1983_2011_StatePlane_Virginia_North_FIPS_4501EPSG0EPSGESRI +hK$ n S D 2 q R?zcZH0xhY qESRIaNAD_1983_CORS96_StatePlane_Idaho_Central_FIPS_1102EPSG0EPSGESRIaV kESRI`NAD_1983_CORS96_StatePlane_Idaho_East_FIPS_1101EPSG0EPSGESRI`^ {ESRI_NAD_1983_CORS96_StatePlane_Georgia_West_FIPS_1002_Ft_USEPSGEPSGESRI_^ {ESRI^NAD_1983_CORS96_StatePlane_Georgia_East_FIPS_1001_Ft_USEPSGEPSGESRI^X oESRI]NAD_1983_CORS96_StatePlane_Georgia_West_FIPS_1002EPSG0EPSGESRI]X oESRI\NAD_1983_CORS96_StatePlane_Georgia_East_FIPS_1001EPSG0EPSGESRI\_ }ESRI[NAD_1983_CORS96_StatePlane_Florida_North_FIPS_0903_Ft_USEPSGEPSGESRI[^ {ESRIZNAD_1983_CORS96_StatePlane_Florida_West_FIPS_0902_Ft_USEPSGEPSGESRIZ^ {ESRIYNAD_1983_CORS96_StatePlane_Florida_East_FIPS_0901_Ft_USEPSGEPSGESRIYY qESRIXNAD_1983_CORS96_StatePlane_Florida_North_FIPS_0903EPSG0EPSGESRIXX oESRIWNAD_1983_CORS96_StatePlane_Florida_West_FIPS_0902EPSG0EPSGESRIWX oESRIVNAD_1983_CORS96_StatePlane_Florida_East_FIPS_0901EPSG0EPSGESRIVZ sESRIUNAD_1983_CORS96_StatePlane_Delaware_FIPS_0700_Ft_USEPSGEPSGESRIUT gESRITNAD_1983_CORS96_StatePlane_Delaware_FIPS_0700EPSG0EPSGESRIT] yESRISNAD_1983_CORS96_StatePlane_Connecticut_FIPS_0600_Ft_USEPSGEPSGESRISW mESRIRNAD_1983_CORS96_StatePlane_Connecticut_FIPS_0600EPSG0EPSGESRIR` ESRIQNAD_1983_CORS96_StatePlane_Colorado_South_FIPS_0503_Ft_USEPSGEPSGESRIQcESRIPNAD_1983_CORS96_StatePlane_Colorado_Central_FIPS_0502_Ft_USEPSGEPSGESRIP` ESRIONAD_1983_CORS96_StatePlane_Colorado_North_FIPS_0501_Ft_USEPSGEPSGESRIOZ sESRINNAD_1983_CORS96_StatePlane_Colorado_South_FIPS_0503EPSG0EPSGESRIN\ wESRIMNAD_1983_CORS96_StatePlane_Colorado_Central_FIPS_0502EPSG0EPSGESRIMZ sESRILNAD_1983_CORS96_StatePlane_Colorado_North_FIPS_0501EPSG0EPSGESRIL_ }ESRIKNAD_1983_CORS96_StatePlane_California_VI_FIPS_0406_Ft_USEPSGEPSGESRIK^ {ESRIJNAD_1983_CORS96_StatePlane_California_V_FIPS_0405_Ft_USEPSGEPSGESRIJ_ }ESRIINAD_1983_CORS96_StatePlane_California_IV_FIPS_0404_Ft_USEPSGEPSGESRII` ESRIHNAD_1983_CORS96_StatePlane_California_III_FIPS_0403_Ft_USEPSGEPSGESRIH_ }ESRIGNAD_1983_CORS96_StatePlane_California_II_FIPS_0402_Ft_USEPSGEPSGESRIG^ {ESRIFNAD_1983_CORS96_StatePlane_California_I_FIPS_0401_Ft_USEPSGEPSGESRIFY qESRIENAD_1983_CORS96_StatePlane_California_VI_FIPS_0406EPSG0EPSGESRIEX oESRIDNAD_1983_CORS96_StatePlane_California_V_FIPS_0405EPSG0EPSGESRIDY qESRICNAD_1983_CORS96_StatePlane_California_IV_FIPS_0404EPSG0EPSGESRICZ sESRIBNAD_1983_CORS96_StatePlane_California_III_FIPS_0403EPSG0EPSGESRIBY qESRIANAD_1983_CORS96_StatePlane_California_II_FIPS_0402EPSG0EPSGESRIAX oESRI@NAD_1983_CORS96_StatePlane_California_I_FIPS_0401EPSG0EPSGESRI@` ESRI?NAD_1983_CORS96_StatePlane_Arkansas_South_FIPS_0302_Ft_USEPSGEPSGESRI?` ESRI>NAD_1983_CORS96_StatePlane_Arkansas_North_FIPS_0301_Ft_USEPSGEPSGESRI>Z sESRI=NAD_1983_CORS96_StatePlane_Arkansas_South_FIPS_0302EPSG0EPSGESRI=Z sESRIR c ESRINAD_1983_HARN_WISCRS_Columbia_County_MetersEPSG0EPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Clark_County_MetersEPSG0EPSG8ESRIR c ESRINAD_1983_HARN_WISCRS_Chippewa_County_MetersEPSG0EPSG8ESRIQ aESRINAD_1983_HARN_WISCRS_Calumet_County_MetersEPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Burnett_County_MetersEPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Buffalo_County_MetersEPSG0EPSG8ESRIN ] ESRINAD_1983_HARN_WISCRS_Brown_County_MetersEPSG0EPSG8EPSGR c ESRINAD_1983_HARN_WISCRS_Bayfield_County_MetersEPSG0EPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Barron_County_MetersEPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Ashland_County_MetersEPSG0EPSG8ESRIO ]ESRINAD_1983_HARN_WISCRS_Adams_County_MetersEPSG0EPSG8ESRI\ wESRINAD_1983_CORS96_StatePlane_Maine_West_FIPS_1802_Ft_USEPSGEPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Maine_East_FIPS_1801_Ft_USEPSGEPSGESRIV kESRINAD_1983_CORS96_StatePlane_Maine_West_FIPS_1802EPSG0EPSGESRIV kESRINAD_1983_CORS96_StatePlane_Maine_East_FIPS_1801EPSG0EPSGESRIbESRINAD_1983_CORS96_StatePlane_Louisiana_South_FIPS_1702_Ft_USEPSGEPSGESRIbESRI~NAD_1983_CORS96_StatePlane_Louisiana_North_FIPS_1701_Ft_USEPSGEPSGESRI~[ uESRI}NAD_1983_CORS96_StatePlane_Louisiana_South_FIPS_1702EPSG0EPSGESRI}[ uESRI|NAD_1983_CORS96_StatePlane_Louisiana_North_FIPS_1701EPSG0EPSGESRI|` ESRI{NAD_1983_CORS96_StatePlane_Kentucky_South_FIPS_1602_Ft_USEPSGEPSGESRI{Z sESRIzNAD_1983_CORS96_StatePlane_Kentucky_South_FIPS_1602EPSG0EPSGESRIzZ sESRIyNAD_1983_CORS96_StatePlane_Kentucky_FIPS_1600_Ft_USEPSGEPSGESRIyT gESRIxNAD_1983_CORS96_StatePlane_Kentucky_FIPS_1600EPSG0EPSGESRIx` ESRIwNAD_1983_CORS96_StatePlane_Kentucky_North_FIPS_1601_Ft_USEPSGEPSGESRIwZ sESRIvNAD_1983_CORS96_StatePlane_Kentucky_North_FIPS_1601EPSG0EPSGESRIv^ {ESRIuNAD_1983_CORS96_StatePlane_Kansas_South_FIPS_1502_Ft_USEPSGEPSGESRIu^ {ESRItNAD_1983_CORS96_StatePlane_Kansas_North_FIPS_1501_Ft_USEPSGEPSGESRItX oESRIsNAD_1983_CORS96_StatePlane_Kansas_South_FIPS_1502EPSG0EPSGESRIsX oESRIrNAD_1983_CORS96_StatePlane_Kansas_North_FIPS_1501EPSG0EPSGESRIr\ wESRIqNAD_1983_CORS96_StatePlane_Iowa_South_FIPS_1402_Ft_USEPSGEPSGESRIq\ wESRIpNAD_1983_CORS96_StatePlane_Iowa_North_FIPS_1401_Ft_USEPSGEPSGESRIpV kESRIoNAD_1983_CORS96_StatePlane_Iowa_South_FIPS_1402EPSG0EPSGESRIoV kESRInNAD_1983_CORS96_StatePlane_Iowa_North_FIPS_1401EPSG0EPSGESRIn^ {ESRImNAD_1983_CORS96_StatePlane_Indiana_West_FIPS_1302_Ft_USEPSGEPSGESRIm^ {ESRIlNAD_1983_CORS96_StatePlane_Indiana_East_FIPS_1301_Ft_USEPSGEPSGESRIlX oESRIkNAD_1983_CORS96_StatePlane_Indiana_West_FIPS_1302EPSG0EPSGESRIkX 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ESRINAD_1983_HARN_WISCRS_Rusk_County_MetersEPSG0EPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Rock_County_MetersEPSG0EPSG8ESRIR c ESRINAD_1983_HARN_WISCRS_Richland_County_MetersEPSG0EPSG8ESRIP _ESRINAD_1983_HARN_WISCRS_Racine_County_MetersEPSG0EPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Price_County_MetersEPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Portage_County_MetersEPSG0EPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Polk_County_MetersEPSG0EPSG8ESRIP _ESRINAD_1983_HARN_WISCRS_Pierce_County_MetersEPSG0EPSG8ESRIO ]ESRINAD_1983_HARN_WISCRS_Pepin_County_MetersEPSG0EPSG8ESRIQ aESRINAD_1983_HARN_WISCRS_Ozaukee_County_MetersEPSG0EPSG8ESRIS eESRINAD_1983_HARN_WISCRS_Outagamie_County_MetersEPSG0EPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Oneida_County_MetersEPSG0EPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Oconto_County_MetersEPSG0EPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Monroe_County_MetersEPSG0EPSG8ESRIS eESRINAD_1983_HARN_WISCRS_Milwaukee_County_MetersEPSG0EPSG8ESRIS e 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ESRINAD_1983_HARN_WISCRS_Iowa_County_MetersEPSG0EPSG8ESRIS eESRINAD_1983_HARN_WISCRS_GreenLake_County_MetersEPSG0EPSG8ESRIO ]ESRINAD_1983_HARN_WISCRS_Green_County_MetersEPSG0EPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Grant_County_MetersEPSG0EPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Forest_County_MetersEPSG0EPSG8ESRIU iESRINAD_1983_HARN_WISCRS_Fond_du_Lac_County_MetersEPSG0EPSG8ESRIR c ESRINAD_1983_HARN_WISCRS_Florence_County_MetersEPSG0EPSG8ESRIS e ESRINAD_1983_HARN_WISCRS_EauClaire_County_MetersEPSG0EPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Dunn_County_MetersEPSG0EPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Douglas_County_MetersEPSG0EPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Door_County_MetersEPSG0EPSG8ESRIO ]ESRINAD_1983_HARN_WISCRS_Dodge_County_MetersEPSG0EPSG8ESRI -c_i o  y - = ~  TAwY5uP?RcO ] ESRINAD_1983_HARN_WISCRS_Burnett_County_FeetEPSGEPSG8ESRIM Y ESRINAD_1983_HARN_WISCRS_Brown_County_FeetEPSGEPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Bayfield_County_FeetEPSGEPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Barron_County_FeetEPSGEPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Ashland_County_FeetEPSGEPSG8ESRIM YESRINAD_1983_HARN_WISCRS_Adams_County_FeetEPSGEPSG8ESRIY qESRINAD_1983_CORS96_StatePlane_Missouri_West_FIPS_2403EPSG0EPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Missouri_Central_FIPS_2402EPSG0EPSGESRIY qESRINAD_1983_CORS96_StatePlane_Missouri_East_FIPS_2401EPSG0EPSGESRIcESRINAD_1983_CORS96_StatePlane_Mississippi_West_FIPS_2302_Ft_USEPSGEPSGESRIcESRINAD_1983_CORS96_StatePlane_Mississippi_East_FIPS_2301_Ft_USEPSGEPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Mississippi_West_FIPS_2302EPSG0EPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Mississippi_East_FIPS_2301EPSG0EPSGESRIbESRINAD_1983_CORS96_StatePlane_Minnesota_South_FIPS_2203_Ft_USEPSGEPSGESRIdESRINAD_1983_CORS96_StatePlane_Minnesota_Central_FIPS_2202_Ft_USEPSGEPSGESRIbESRINAD_1983_CORS96_StatePlane_Minnesota_North_FIPS_2201_Ft_USEPSGEPSGESRI[ uESRINAD_1983_CORS96_StatePlane_Minnesota_South_FIPS_2203EPSG0EPSGESRI] 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aESRINAD_1983_HARN_WISCRS_Milwaukee_County_FeetEPSGEPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_Menominee_County_FeetEPSGEPSG8ESRIQ aESRINAD_1983_HARN_WISCRS_Marquette_County_FeetEPSGEPSG8ESRIQ a ESRI NAD_1983_HARN_WISCRS_Marinette_County_FeetEPSGEPSG8ESRI P _ ESRI NAD_1983_HARN_WISCRS_Marathon_County_FeetEPSGEPSG8ESRI Q aESRI NAD_1983_HARN_WISCRS_Manitowoc_County_FeetEPSGEPSG8ESRIO ] ESRI NAD_1983_HARN_WISCRS_Lincoln_County_FeetEPSGEPSG8ESRI P _ ESRI NAD_1983_HARN_WISCRS_Langlade_County_FeetEPSGEPSG8ESRI Q aESRINAD_1983_HARN_WISCRS_Lafayette_County_FeetEPSGEPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_LaCrosse_County_FeetEPSGEPSG8ESRIP _ESRINAD_1983_HARN_WISCRS_Kewaunee_County_FeetEPSGEPSG8ESRIO ]ESRINAD_1983_HARN_WISCRS_Kenosha_County_FeetEPSGEPSG8ESRIN [ESRINAD_1983_HARN_WISCRS_Juneau_County_FeetEPSGEPSG8ESRIQ aESRINAD_1983_HARN_WISCRS_Jefferson_County_FeetEPSGEPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Jackson_County_FeetEPSGEPSG8ESRIL W ESRINAD_1983_HARN_WISCRS_Iron_County_FeetEPSGEPSG8ESRIL W ESRINAD_1983_HARN_WISCRS_Iowa_County_FeetEPSGEPSG8ESRIQ aESRINAD_1983_HARN_WISCRS_GreenLake_County_FeetEPSGEPSG8ESRIM YESRINAD_1983_HARN_WISCRS_Green_County_FeetEPSGEPSG8ESRIM Y ESRINAD_1983_HARN_WISCRS_Grant_County_FeetEPSGEPSG8ESRIN [ ESRINAD_1983_HARN_WISCRS_Forest_County_FeetEPSGEPSG8ESRIS eESRINAD_1983_HARN_WISCRS_Fond_du_Lac_County_FeetEPSGEPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Florence_County_FeetEPSGEPSG8ESRIQ a ESRINAD_1983_HARN_WISCRS_EauClaire_County_FeetEPSGEPSG8ESRIL W ESRINAD_1983_HARN_WISCRS_Dunn_County_FeetEPSGEPSG8ESRIO ] ESRINAD_1983_HARN_WISCRS_Douglas_County_FeetEPSGEPSG8ESRIL W ESRINAD_1983_HARN_WISCRS_Door_County_FeetEPSGEPSG8ESRIM YESRINAD_1983_HARN_WISCRS_Dodge_County_FeetEPSGEPSG8ESRIL W ESRINAD_1983_HARN_WISCRS_Dane_County_FeetEPSGEPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Crawford_County_FeetEPSGEPSG8ESRIP _ ESRINAD_1983_HARN_WISCRS_Columbia_County_FeetEPSGEPSG8ESRIM Y ESRINAD_1983_HARN_WISCRS_Clark_County_FeetEPSGEPSG8ESRIP _ 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wESRINAD_1983_CORS96_StatePlane_Washington_South_FIPS_4602EPSG0EPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Washington_North_FIPS_4601EPSG0EPSGESRI` ESRINAD_1983_CORS96_StatePlane_Virginia_South_FIPS_4502_Ft_USEPSGEPSGESRI` ESRINAD_1983_CORS96_StatePlane_Virginia_North_FIPS_4501_Ft_USEPSGEPSGESRIZ sESRINAD_1983_CORS96_StatePlane_Virginia_South_FIPS_4502EPSG0EPSGESRIZ sESRINAD_1983_CORS96_StatePlane_Virginia_North_FIPS_4501EPSG0EPSGESRIS eESRINAD_1983_CORS96_StatePlane_Vermont_FIPS_4400EPSG0EPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Utah_South_FIPS_4303_Ft_USEPSGEPSGESRI^ {ESRINAD_1983_CORS96_StatePlane_Utah_Central_FIPS_4302_Ft_USEPSGEPSGESRI\ wESRINAD_1983_CORS96_StatePlane_Utah_North_FIPS_4301_Ft_USEPSGEPSGESRI^ {ESRINAD_1983_CORS96_StatePlane_Utah_South_FIPS_4303_Ft_IntlEPSGEPSGESRI` ESRINAD_1983_CORS96_StatePlane_Utah_Central_FIPS_4302_Ft_IntlEPSGEPSGESRI^ {ESRINAD_1983_CORS96_StatePlane_Utah_North_FIPS_4301_Ft_IntlEPSGEPSGESRIV kESRINAD_1983_CORS96_StatePlane_Utah_South_FIPS_4303EPSG0EPSGESRI 4@g. 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PROJCS["Mars_2000_Winkel_Tripel_sphere",GEOGCS["Mars_2000_(Sphere)",DATUM["Mars_2000_(Sphere)",SPHEROID["Mars_2000_(Sphere)",3396190.0,0.0]],PRIMEM["Reference_Meridian",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Winkel_Tripel"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",50.46666666666667],UNIT["Meter",1.0]]CAESRIMars_2000_Sinusoidal_sphereESRI PROJCS["Mars_2000_Sinusoidal_sphere",GEOGCS["Mars_2000_(Sphere)",DATUM["Mars_2000_(Sphere)",SPHEROID["Mars_2000_(Sphere)",3396190.0,0.0]],PRIMEM["Reference_Meridian",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Sinusoidal"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],UNIT["Meter",1.0]]i]WESRIMars_2000_Equidistant_Cylindrical_sphereESRI PROJCS["Mars_2000_Equidistant_Cylindrical_sphere",GEOGCS["Mars_2000_(Sphere)",DATUM["Mars_2000_(Sphere)",SPHEROID["Mars_2000_(Sphere)",3396190.0,0.0]],PRIMEM["Reference_Meridian",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Equidistant_Cylindrical_Ellipsoidal"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",0.0],UNIT["Meter",1.0]]t_kESRIMars_2000_South_Pole_Stereographic_sphereESRI PROJCS["Mars_2000_South_Pole_Stereographic_sphere",GEOGCS["Mars_2000_(Sphere)",DATUM["Mars_2000_(Sphere)",SPHEROID["Mars_2000_(Sphere)",3396190.0,0.0]],PRIMEM["Reference_Meridian",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Stereographic"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Scale_Factor",1.0],PARAMETER["Latitude_Of_Origin",-90.0],UNIT["Meter",1.0]]H M ESRINAD_1983_HARN_Adj_WI_Forest_FeetEPSGESRItESRIM W ESRINAD_1983_HARN_Adj_WI_Fond_du_Lac_FeetEPSGESRIsESRIJ Q ESRINAD_1983_HARN_Adj_WI_Florence_FeetEPSGESRIrESRIF I ESRINAD_1983_HARN_Adj_WI_Dunn_FeetEPSGESRIpESRII O ESRINAD_1983_HARN_Adj_WI_Douglas_FeetEPSGESRIoESRIF I ESRINAD_1983_HARN_Adj_WI_Door_FeetEPSGESRInESRI 5m$D b  5 \  : ] w-Lk$Dc:_9J Q ESRI NAD_1983_HARN_Adj_WI_Walworth_FeetEPSGESRIESRI G K ESRINAD_1983_HARN_Adj_WI_Vilas_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Vernon_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Taylor_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Sawyer_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_Richland_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Portage_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Pierce_FeetEPSGESRIESRIG K ESRINAD_1983_HARN_Adj_WI_Pepin_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Oneida_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Monroe_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Marquette_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_Marathon_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_Langlade_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Lafayette_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Jackson_FeetEPSGESRIzESRIK S ESRINAD_1983_HARN_Adj_WI_GreenLake_FeetEPSGESRIwESRIG K ESRINAD_1983_HARN_Adj_WI_Green_FeetEPSGESRIvESRIK S ESRINAD_1983_HARN_Adj_WI_EauClaire_FeetEPSGESRIqESRIF I ESRI NAD_1983_HARN_Adj_WI_Dane_FeetEPSGESRIlESRI J Q ESRI NAD_1983_HARN_Adj_WI_Crawford_FeetEPSGESRIkESRI J Q ESRI NAD_1983_HARN_Adj_WI_Columbia_FeetEPSGESRIjESRI J QESRI NAD_1983_HARN_Adj_WI_Chippewa_FeetEPSGESRIhESRI I O ESRI NAD_1983_HARN_Adj_WI_Burnett_FeetEPSGESRIfESRI J Q ESRINAD_1983_HARN_Adj_WI_Bayfield_FeetEPSGESRIcESRIK S ESRINAD_1983_HARN_Adj_WI_Winnebago_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Waupaca_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_Waukesha_FeetEPSGESRIESRIL U ESRINAD_1983_HARN_Adj_WI_Washington_FeetEPSGESRIESRIM W ESRINAD_1983_HARN_Adj_WI_Trempealeau_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Sheboygan_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Shawano_FeetEPSGESRIESRIF I ESRINAD_1983_HARN_Adj_WI_Sauk_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_St_Croix_FeetEPSGESRIESRIF I ESRINAD_1983_HARN_Adj_WI_Rusk_FeetEPSGESRIESRIF I ESRINAD_1983_HARN_Adj_WI_Rock_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Racine_FeetEPSGESRIESRIG K ESRINAD_1983_HARN_Adj_WI_Price_FeetEPSGESRIESRIF I ESRINAD_1983_HARN_Adj_WI_Polk_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Ozaukee_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Outagamie_FeetEPSGESRIESRIH M ESRINAD_1983_HARN_Adj_WI_Oconto_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Milwaukee_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Menominee_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Marinette_FeetEPSGESRIESRIK S ESRINAD_1983_HARN_Adj_WI_Manitowoc_FeetEPSGESRIESRII O ESRINAD_1983_HARN_Adj_WI_Lincoln_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_LaCrosse_FeetEPSGESRIESRIJ Q ESRINAD_1983_HARN_Adj_WI_Kewaunee_FeetEPSGESRI~ESRII O ESRINAD_1983_HARN_Adj_WI_Kenosha_FeetEPSGESRI}ESRIH M ESRINAD_1983_HARN_Adj_WI_Juneau_FeetEPSGESRI|ESRIK S ESRINAD_1983_HARN_Adj_WI_Jefferson_FeetEPSGESRI{ESRIF I ESRINAD_1983_HARN_Adj_WI_Iron_FeetEPSGESRIyESRI :~o(T ^  L  7 V  >l&T<j$R :h"P ~E IESRIOSGB36_National_Highways_A19H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A18H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A18H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A17H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A17H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A16H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A16H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A15H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A15H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A14H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A14H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A13H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A13H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A12H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A12H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A12H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A11H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A11H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A11H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A10H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A10H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A09H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A09H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A08H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A08H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A07H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A07H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A06H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A06H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A05H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A05H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A04H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A03H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A03H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A02H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A01H1EPSG0EPSGESRIP _ESRI7Puerto_Rico_StatePlane_Puerto_Rico_MetersEPSG0EPSG+ESRI7V [!ESRI5Schwarzeck_NamPower_Lambert_MillimetersESRIMillimeterEPSGESRI58 -ESRI4PAL-GRF2023_GridEPSG0ESRI^ESRI4R eESRI3Puerto_Rico_StatePlane_Puerto_Rico_FIPS_5201EPSGEPSG+ESRI};I QESRI2Guam_Geodetic_Network_1993_US_FeetEPSGEPSG8ESRI29 1ESRI1WGS_1984_SIRES_DMQEPSG0EPSGESRI1= 7ESRI0Curacao_1951_Local_TMEPSG0ESRIESRI0; 5ESRI/Curacao_1951_UTM_19NEPSG0ESRIEPSG>F KESRI.NAD_1983_PA11_UTM_Zone_2S_FT_USEPSGEPSGESRI.E IESRI-NAD_1983_2011_WYDOT_Albers_(m)EPSG0EPSGESRI+H OESRI,NAD_1983_2011_WYDOT_Albers_(ftUS)EPSGEPSGESRI*@ ?ESRI+NAD_1983_WYDOT_Albers_(m)EPSG0EPSGESRI+C EESRI*NAD_1983_WYDOT_Albers_(ftUS)EPSGEPSGESRI*; 7ESRI)WGS_1984_UTM_GTM_2010EPSG0EPSGEPSGf4 )ESRI(Germany_Zone_5EPSG0EPSGEPSG?4 )ESRI'Germany_Zone_4EPSG0EPSGEPSG?4 )ESRI&Germany_Zone_3EPSG0EPSGEPSG?4 )ESRI%Germany_Zone_2EPSG0EPSGEPSG?4 )ESRI$Germany_Zone_1EPSG0EPSGEPSG?IF I ESRI#NAD_1983_HARN_Adj_WI_Wood_FeetEPSGESRIESRI#J Q ESRI"NAD_1983_HARN_Adj_WI_Waushara_FeetEPSGESRIESRI"E IESRIOSGB36_National_Highways_A19H1EPSG0EPSGESRI 8t.\ D r , Z  B p *X@n(V>l&T<E IESRIOSGB36_National_Highways_C16H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C15H5EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C15H4EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C15H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C15H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C15H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C14H4EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C14H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C14H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C14H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C13H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B32H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B31H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B30H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B29H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B28H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B27H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B26H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B25H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B24H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B23H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B22H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B21H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B20H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B19H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B18H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B18H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B17H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B17H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B16H4EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B16H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B16H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B16H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B15H3EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B15H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_B15H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A30H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A29H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A28H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A28H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A27H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A27H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A26H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A26H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A25H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A25H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A24H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A24H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A23H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A23H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A22H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A22H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A21H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A21H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_A20H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C16H2EPSG0EPSGESRI 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Cn< c.Z>jH|e wIAU_2015Sun (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015IAU_20157c sIAU_2015Sun (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015IAU_20152f yIAU_2015Sun (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015IAU_2015-d uIAU_2015Sun (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(\ eIAU_2015 Sun (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015IAU_2015#\ eIAU_2015Sun (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015IAU_2015g {IAU_2015Sun (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015e wIAU_2015Sun (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015IAU_2015mIAU_2015Sun (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015kIAU_2015Sun (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 7 +ESRIkBNGRS02_CollinsEPSG0ESRIaESRIc; 5ESRIjBNGRS02_UTM_zone_35SEPSG0ESRIaEPSG?; 5ESRIiBNGRS02_UTM_zone_34SEPSG0ESRIaEPSG?4 %ESRIhBNGRS02_LO29EPSG0ESRIaESRI4 %ESRIgBNGRS02_LO27EPSG0ESRIaESRI4 %ESRIfBNGRS02_LO25EPSG0ESRIaESRI4 %ESRIeBNGRS02_LO23EPSG0ESRIaESRI4 %ESRIdBNGRS02_LO21EPSG0ESRIaESRI4 %ESRIcBTRS_CollinsEPSG0ESRI`ESRIc8 /ESRIbBTRS_UTM_zone_35SEPSG0ESRI`EPSG?8 /ESRIaBTRS_UTM_zone_34SEPSG0ESRI`EPSG?1 ESRI`BTRS_LO29EPSG0ESRI`ESRI1 ESRI_BTRS_LO27EPSG0ESRI`ESRI1 ESRI^BTRS_LO25EPSG0ESRI`ESRI1 ESRI]BTRS_LO23EPSG0ESRI`ESRI1 ESRI\BTRS_LO21EPSG0ESRI`ESRI> 9ESRI[JGD_2024_Japan_Zone_19EPSG0ESRIESRI[> 9ESRIZJGD_2024_Japan_Zone_18EPSG0ESRIESRIZ> 9ESRIYJGD_2024_Japan_Zone_17EPSG0ESRIESRIY> 9ESRIXJGD_2024_Japan_Zone_16EPSG0ESRIESRIX> 9ESRIWJGD_2024_Japan_Zone_15EPSG0ESRIESRIW> 9ESRIVJGD_2024_Japan_Zone_14EPSG0ESRIESRIV> 9ESRIUJGD_2024_Japan_Zone_13EPSG0ESRIESRIU> 9ESRITJGD_2024_Japan_Zone_12EPSG0ESRIESRIT> 9ESRIRJGD_2024_Japan_Zone_10EPSG0ESRIESRIR= 7ESRIQJGD_2024_Japan_Zone_9EPSG0ESRIESRIQ= 7ESRIPJGD_2024_Japan_Zone_8EPSG0ESRIESRIP= 7ESRIOJGD_2024_Japan_Zone_7EPSG0ESRIESRIO= 7ESRINJGD_2024_Japan_Zone_6EPSG0ESRIESRIN= 7ESRIMJGD_2024_Japan_Zone_5EPSG0ESRIESRIM= 7ESRILJGD_2024_Japan_Zone_4EPSG0ESRIESRIL= 7ESRIKJGD_2024_Japan_Zone_3EPSG0ESRIESRIK= 7ESRIJJGD_2024_Japan_Zone_2EPSG0ESRIESRIJ= 7ESRIIJGD_2024_Japan_Zone_1EPSG0ESRIESRII< 7ESRIJGD_2024_UTM_Zone_56NEPSG0ESRIEPSG>< 7ESRIJGD_2024_UTM_Zone_55NEPSG0ESRIEPSG>< 7ESRIJGD_2024_UTM_Zone_54NEPSG0ESRIEPSG>< 7ESRIJGD_2024_UTM_Zone_53NEPSG0ESRIEPSG>< 7ESRIJGD_2024_UTM_Zone_52NEPSG0ESRIEPSG>< 7ESRIJGD_2024_UTM_Zone_51NEPSG0ESRIEPSG>> 9ESRIJGD_2024_Japan_Zone_11EPSG0ESRIESRIE IESRIOSGB36_National_Highways_C19H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C19H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C18H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C18H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C17H2EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C17H1EPSG0EPSGESRIE IESRIOSGB36_National_Highways_C16H4EPSG0EPSGESRI &`.V ) K _  LtQ.SIy;`q k5IAU_2015MMercury (2015) / Ographic / Transverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015MIAU_2015<sDv8[-Wf yIAU_2015uMoon (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015uIAU_2015nIAU_2015uMoon (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015uIAU_2015lIAU_2015uMoon (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015uIAU_2015 [ cIAU_2015u&Venus (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015tIAU_2015Zd uIAU_2015u!Venus (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015tIAU_2015Up IAU_2015uVenus (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015tIAU_2015PkIAU_2015uVenus (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015tIAU_2015KlIAU_2015uVenus (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015tIAU_2015Fi IAU_2015u Venus (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015tIAU_2015Af yIAU_2015uVenus (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015tIAU_2015Mars (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015Py w5IAU_2015=Mars (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015Pq IAU_2015 j  <TFb (G_sy w5IAU_2015'Callisto (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015IAU_2015Fq IAU_2015&Callisto (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fw s5IAU_2015"Callisto (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015IAU_2015AoIAU_2015!Callisto (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015At m5IAU_2015Callisto (2015) / Ographic / Transverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015Elara (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152j }IAU_20159Elara (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-h yIAU_20154Elara (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(` iIAU_2015/Elara (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015 IAU_2015#` iIAU_2015*Elara (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015 IAU_2015k IAU_2015%Elara (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 IAU_2015i {IAU_2015 Elara (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 IAU_2015q IAU_2015Elara (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 IAU_2015oIAU_2015Elara (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015 _ gIAU_2015Himalia (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015ŨIAU_2015Zh yIAU_2015Himalia (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015ŨIAU_2015UtIAU_2015Himalia (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015ŨIAU_2015P` iIAU_2015Pasiphae (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015pIAU_2015Z %UC   @ k  BpUz5Sl1Ui {IAU_2015ǰCarme (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015ǜIAU_2015q IAU_2015ǫCarme (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015ǜIAU_2015oIAU_2015ǦCarme (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015ǜIAU_2015 ` iIAU_2015ǒLysithea (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158IAU_2015Zi {IAU_2015ǍLysithea (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158IAU_2015UuIAU_2015LjLysithea (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158IAU_2015PpIAU_2015ǃLysithea (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158IAU_2015Kq IAU_2015~Lysithea (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158IAU_2015FoIAU_2015yLysithea (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158IAU_2015Ak IAU_2015tLysithea (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_20158IAU_2015~i {IAU_2015ȑLeda (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015dIAU_2015-g wIAU_2015ȌLeda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015dIAU_2015(_ gIAU_2015ȇLeda (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015dIAU_2015#_ gIAU_2015ȂLeda (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015dIAU_2015j }IAU_2015}Leda (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015dIAU_2015h yIAU_2015xLeda (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015dIAU_2015pIAU_2015sLeda (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015dIAU_2015nIAU_2015nLeda (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015dIAU_2015 ^ eIAU_2015ZAnanke (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zg wIAU_2015UAnanke (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Us IAU_2015PAnanke (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015PnIAU_2015KAnanke (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015KoIAU_2015FAnanke (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015FmIAU_2015AAnanke (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Ai {IAU_2015l Ljq IAU_2015Mimas (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015oIAU_2015Mimas (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 V UIAU_2015XJupiter (2015) / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zh U5IAU_2015WJupiter (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015Z_ gIAU_2015VJupiter (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015Z_ gIAU_2015SJupiter (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Uq g5IAU_2015RJupiter (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015Uh yIAU_2015QJupiter (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Uj }IAU_2015NJupiter (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015P| }5IAU_2015MJupiter (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015PtIAU_2015LJupiter (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015Pe sIAU_2015IJupiter (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015Kw s5IAU_2015HJupiter (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015IAU_2015KoIAU_2015GJupiter (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015Kf uIAU_2015DJupiter (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fx u5IAU_2015CJupiter (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015IAU_2015FpIAU_2015BJupiter (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fd qIAU_2015?Jupiter (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Av q5IAU_2015>Jupiter (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015IAU_2015AnIAU_2015=Jupiter (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Aa kIAU_2015:Jupiter (2015) / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015 b  / [ } ?T[gu=Us IAU_2015 ֛52 Europa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 PIAU_2015Kk {IAU_2015 |Psyche (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015 @IAU_2015<d mIAU_2015 ¦Ceres (2015) / Ographic / Orthographic, clon = 0EPSG0IAU_2015 eIAU_2015At IAU_2015 Wild 2 (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 IAU_2015` eIAU_2015jHalley (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015Z~IAU_2015Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Ai {IAU_2015sPluto (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015Phoebe (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zg wIAU_20159Phoebe (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Us IAU_20154Phoebe (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015PnIAU_2015/Phoebe (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015KoIAU_2015*Phoebe (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015FmIAU_2015%Phoebe (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Ai {IAU_2015 Phoebe (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015^pIAU_2015Calypso (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015FnIAU_2015Calypso (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Aj }IAU_2015Calypso (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015Daphnis (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152mIAU_20159Daphnis (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-j }IAU_20154Daphnis (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(b mIAU_2015/Daphnis (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015 IAU_2015#b mIAU_2015*Daphnis (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015 IAU_2015nIAU_2015%Daphnis (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 IAU_2015k IAU_2015 Daphnis (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 IAU_2015s IAU_2015Daphnis (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 IAU_2015q IAU_2015Daphnis (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015 b mIAU_2015Polydeuces (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zk IAU_2015Polydeuces (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015UwIAU_2015Polydeuces (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015Pr IAU_2015Polydeuces (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015Ks IAU_2015Polydeuces (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fq IAU_2015Polydeuces (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015AnIAU_2015Polydeuces (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015 a Hj/].pq IAU_2015Ariel (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015oIAU_2015Ariel (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 U SIAU_2015hSaturn (2015) / Ocentric / MercatorEPSG0IAU_2015IAU_2015Zg S5IAU_2015gSaturn (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015Z^ eIAU_2015fSaturn (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 IAU_2015Z^ eIAU_2015cSaturn (2015) / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015Up e5IAU_2015bSaturn (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015Ug wIAU_2015aSaturn (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 IAU_2015Ui {IAU_2015^Saturn (2015) / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015P{ {5IAU_2015]Saturn (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015Ps IAU_2015\Saturn (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 IAU_2015Pd qIAU_2015YSaturn (2015) / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015Kv q5IAU_2015XSaturn (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015KnIAU_2015WSaturn (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 IAU_2015Ke sIAU_2015TSaturn (2015) / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015Fw s5IAU_2015SSaturn (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015FoIAU_2015RSaturn (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 IAU_2015Fc oIAU_2015OSaturn (2015) / Ocentric / Orthographic, clon = 0EPSG0IAU_2015IAU_2015Au o5IAU_2015NSaturn (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015AmIAU_2015MSaturn (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 IAU_2015A` iIAU_2015JSaturn (2015) / Ocentric / Transverse MercatorEPSG0IAU_2015IAU_2015Saturn (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015 IAU_20152b mIAU_2015;Saturn (2015) / Ocentric / Mollweide, clon = 180EPSG0IAU_2015IAU_2015-t m5IAU_2015:Saturn (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015-k IAU_20159Saturn (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015 IAU_2015-` iIAU_20156Saturn (2015) / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(r i5IAU_20155Saturn (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015(i {IAU_20154Saturn (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 IAU_2015(X YIAU_20151Saturn (2015) / Ocentric / South PolarEPSGIAU_2015IAU_2015#j Y5IAU_20150Saturn (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015 IAU_2015# %*h , Y ~  6 fQx7Wr 7Wb mIAU_2015Titania (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015IAU_2015nIAU_2015Titania (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015k IAU_2015Titania (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015IAU_2015s IAU_2015Titania (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015q IAU_2015Titania (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 _ gIAU_2015Umbriel (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158IAU_2015Zh yIAU_2015Umbriel (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158IAU_2015UtIAU_2015Umbriel (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158IAU_2015PoIAU_2015Umbriel (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158IAU_2015KpIAU_2015~Umbriel (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158IAU_2015FnIAU_2015yUmbriel (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158IAU_2015Aj }IAU_2015tUmbriel (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_20158IAU_2015f pIAU_2015rOphelia (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015,IAU_2015FnIAU_2015mOphelia (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015,IAU_2015Aj }IAU_2015hOphelia (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015,IAU_2015Portia (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015 IAU_2015j }IAU_2015Belinda (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(15 &[(Q q  # T z  O}El(ZJx[a kIAU_20158?Uranus (2015) - Sphere / Ocentric / South PolarEPSGIAU_20158IAU_2015#X YIAU_20158;Uranus (2015) / Ographic / North PolarEPSGuIAU_20158IAU_2015a kIAU_20158:Uranus (2015) - Sphere / Ocentric / North PolarEPSGuIAU_20158IAU_2015c oIAU_201586Uranus (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_20158IAU_2015mIAU_201585Uranus (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_20158IAU_2015a kIAU_201581Uranus (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_20158IAU_2015j }IAU_201580Uranus (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_20158IAU_2015h yIAU_20158,Uranus (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_20158IAU_2015r IAU_20158+Uranus (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_20158IAU_2015f uIAU_20158'Uranus (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_20158IAU_2015 pIAU_20158&Uranus (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_20158IAU_2015 \ aIAU_2015Puck (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015LIAU_2015Ze sIAU_2015Puck (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015LIAU_2015Uq IAU_2015Puck (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015LIAU_2015Pk IAU_2015Puck (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015LIAU_2015KmIAU_2015Puck (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015LIAU_2015Fj }IAU_2015Puck (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015LIAU_2015Ag wIAU_2015Puck (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015LIAU_2015Triton (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158IAU_2015Z %S"R  F n  Tl7a,Qr /Sh yIAU_20159Naiad (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_20159IAU_2015 Y p  Y ky %Ix *Det m5IAU_2015:MThalassa (2015) / Ographic / Transverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015Thalassa (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015-nIAU_2015:=Thalassa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015:IAU_2015-t m5IAU_2015:9Thalassa (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015(k IAU_2015:8Thalassa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015:IAU_2015(l ]5IAU_2015:4Thalassa (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015#c oIAU_2015:3Thalassa (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015:IAU_2015#l ]5IAU_2015:/Thalassa (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015c oIAU_2015:.Thalassa (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015:IAU_2015w s5IAU_2015:*Thalassa (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015oIAU_2015:)Thalassa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015:IAU_2015u o5IAU_2015:%Thalassa (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015mIAU_2015:$Thalassa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015:IAU_2015| }5IAU_2015: Thalassa (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015tIAU_2015:Thalassa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015:IAU_2015z y5IAU_2015:Thalassa (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:IAU_2015 r IAU_2015:Thalassa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015:IAU_2015 f Q5IAU_2015:Naiad (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_20159IAU_2015Z] cIAU_2015:Naiad (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20159IAU_2015Zo c5IAU_2015:Naiad (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_20159IAU_2015Uf uIAU_2015:Naiad (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20159IAU_2015Uz y5IAU_20159Naiad (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_20159IAU_2015Pr IAU_20159Naiad (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20159IAU_2015Pu o5IAU_20159Naiad (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_20159IAU_2015KmIAU_20159Naiad (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20159IAU_2015Kv q5IAU_20159Naiad (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_20159IAU_2015FnIAU_20159Naiad (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20159IAU_2015Ft m5IAU_20159Naiad (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_20159IAU_2015Ak IAU_20159Naiad (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20159IAU_2015AoIAU_2015:QThalassa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015:IAU_2015A5< #+ < T  * :YsAj5Tuv q5IAU_2015:Despina (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015AnIAU_2015:Despina (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015:tIAU_2015As k5IAU_2015:Despina (2015) / Ographic / Transverse MercatorPROJPROJECTED_WEST_NORTHIAU_2015:uIAU_2015p0Xb mIAU_2015;uLarissa (2015) / Ocentric / Robinson, clon = 180EPSG0IAU_2015;>IAU_20157t m5IAU_2015;tLarissa (2015) / Ographic / Robinson, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_20157k IAU_2015;sLarissa (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015;IAU_20152r i5IAU_2015;oLarissa (2015) / Ographic / Robinson, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_20152i {IAU_2015;nLarissa (2015) - Sphere / Ocentric / Robinson, clon = 0EPSG0IAU_2015;IAU_2015-u o5IAU_2015;jLarissa (2015) / Ographic / Mollweide, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015-mIAU_2015;iLarissa (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015;IAU_2015(s k5IAU_2015;eLarissa (2015) / Ographic / Mollweide, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015(j }IAU_2015;dLarissa (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015;IAU_2015#k [5IAU_2015;`Larissa (2015) / Ographic / South PolarPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015#b mIAU_2015;_Larissa (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015;IAU_2015k [5IAU_2015;[Larissa (2015) / Ographic / North PolarPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015b mIAU_2015;ZLarissa (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015;IAU_2015v q5IAU_2015;VLarissa (2015) / Ographic / Sinusoidal, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015nIAU_2015;ULarissa (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015;IAU_2015t m5IAU_2015;QLarissa (2015) / Ographic / Sinusoidal, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015k IAU_2015;PLarissa (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015;IAU_2015{ {5IAU_2015;LLarissa (2015) / Ographic / Equirectangular, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015s IAU_2015;KLarissa (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015;IAU_2015 y w5IAU_2015;GLarissa (2015) / Ographic / Equirectangular, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015 q IAU_2015;FLarissa (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015;IAU_2015Zh U5IAU_2015;Larissa (2015) / Ographic / MercatorPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Z_ gIAU_2015;Larissa (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015;IAU_2015Uq g5IAU_2015;Larissa (2015) / Ographic / Albers Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015Uh yIAU_2015;Larissa (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015;IAU_2015P| }5IAU_2015;Larissa (2015) / Ographic / Lambert Azimuthal Equal AreaPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015PtIAU_2015;Larissa (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015;IAU_2015Kw s5IAU_2015;Larissa (2015) / Ographic / Lambert Conic ConformalPROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015KoIAU_2015;Larissa (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015;IAU_2015Fx u5IAU_2015;Larissa (2015) / Ographic / Orthographic, clon = 180PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015FpIAU_2015;Larissa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015;IAU_2015Av q5IAU_2015;~Larissa (2015) / Ographic / Orthographic, clon = 0PROJPROJECTED_WEST_NORTHIAU_2015;=IAU_2015AnIAU_2015;}Larissa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015;IAU_2015Halley (2015) / Ographic / Mollweide, clon = 180EPSG0IAU_2015IAU_2015-m IAU_2015=Halley (2015) - Sphere / Ocentric / Mollweide, clon = 180EPSG0IAU_2015IAU_2015-b iIAU_20159Halley (2015) / Ographic / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(k {IAU_20158Halley (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015IAU_2015(Z YIAU_20154Halley (2015) / Ographic / South PolarEPSGIAU_2015IAU_2015#c kIAU_20153Halley (2015) - Sphere / Ocentric / South PolarEPSGIAU_2015IAU_2015#Z YIAU_2015/Halley (2015) / Ographic / North PolarEPSGuIAU_2015IAU_2015c kIAU_2015.Halley (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015IAU_2015e oIAU_2015*Halley (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015oIAU_2015)Halley (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015IAU_2015c kIAU_2015%Halley (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_2015IAU_2015l }IAU_2015$Halley (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015IAU_2015j yIAU_2015 Halley (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015t IAU_2015Halley (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015IAU_2015h uIAU_2015Halley (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 rIAU_2015Halley (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015IAU_2015 pIAU_2015 Churyumov-Gerasimenko (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015IAU_2015ZyIAU_2015Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015U+IAU_2015Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015IAU_2015P!IAU_2015Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015IAU_2015K#IAU_2015Churyumov-Gerasimenko (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015IAU_2015FIAU_20i wIAU_2015eHalley (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015IAU_2015U $Z2I o  & G d { 1Ec)Km0ZrIAU_2015 Wild 2 (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 IAU_2015 b iIAU_2015Tempel 1 (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015TIAU_2015Zk {IAU_2015Tempel 1 (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015TIAU_2015UwIAU_2015Tempel 1 (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015TIAU_2015PrIAU_2015Tempel 1 (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015TIAU_2015Ks IAU_2015Tempel 1 (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015TIAU_2015FqIAU_2015Tempel 1 (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015TIAU_2015Am IAU_2015Tempel 1 (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015TIAU_2015 l "D_}-I{ +Jbt IAU_2015 ֖52 Europa (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 PIAU_2015FrIAU_2015 ֑52 Europa (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 PIAU_2015AoIAU_2015 ֌52 Europa (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015 PIAU_2015Lutetia (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 4IAU_2015 ` eIAU_2015 ȚPsyche (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 @IAU_2015Zi wIAU_2015 ȕPsyche (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 @IAU_2015Uu IAU_2015 ȐPsyche (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 @IAU_2015PpIAU_2015 ȋPsyche (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 @IAU_2015KqIAU_2015 ȆPsyche (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 @IAU_2015FoIAU_2015 ȁPsyche (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 @IAU_2015A #@ W }  4 U r?Sq 7Y{ "wIAU_2015 %$Mathilde (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_2015 $IAU_2015PrIAU_2015 %Mathilde (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_2015 $IAU_2015Ks IAU_2015 %Mathilde (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_2015 $IAU_2015FqIAU_2015 %Mathilde (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_2015 $IAU_2015Am IAU_2015 %Mathilde (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_2015 $IAU_2015Eros (2015) / Ographic / Sinusoidal, clon = 180EPSG0IAU_2015 k%IAU_2015l }IAU_2015 k=Eros (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 k$IAU_2015a gIAU_2015 k9Eros (2015) / Ographic / Sinusoidal, clon = 0EPSG0IAU_2015 k%IAU_2015j yIAU_2015 k8Eros (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 k$IAU_2015h uIAU_2015 k4Eros (2015) / Ographic / Equirectangular, clon = 180EPSG0IAU_2015 k%IAU_2015rIAU_2015 k3Eros (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 k$IAU_2015f qIAU_2015 k/Eros (2015) / Ographic / Equirectangular, clon = 0EPSG0IAU_2015 k%IAU_2015 pIAU_2015 k.Eros (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 k$IAU_2015 b iIAU_2015 %.Mathilde (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 $IAU_2015Z V ) L !3!IGNFWGS72UTM31WGS72 UTM fuseau 31EPSGIGNFWGS72GIGNFPRC0231346Q #;!IGNFTANNAUTM59STanna UTM Sud fuseau 59EPSGIGNFTANNAGIGNFPRC0359190e #c!IGNFRGF93EQGPFRFrance Metropolitaine projection GeoportailEPSGIGNFRGF93GIGNFPRC9802423X #EIGNFMOOREA87U6SMoorea 1987 UTM Sud fuseau 6EPSGIGNFMOOREA87GIGNFPRC030679a %W!IGNFGLOR77UTM38SGLORIEUSES MHG 1977 UTM SUD FUSEAU 38EPSGIGNFGLOR77GIGNFPRC0338125Q !=!IGNFCSG67UTM21CSG67 UTM Nord fuseau 21EPSGIGNFCSG67GIGNFPRC0221137i wIAU_2015}mIda (2015) - Sphere / Ocentric / Robinson, clon = 180EPSG0IAU_2015}mHIAU_20157m IAU_2015 "Toutatis (2015) - Sphere / Ocentric / Mollweide, clon = 0EPSG0IAU_2015 "lIAU_2015(oIAU_2015 쉵Davida (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 쉜IAU_2015 $,\  : W w  .QDk8b{ e oIAU_2015 "Toutatis (2015) - Sphere / Ocentric / North PolarEPSGuIAU_2015 "lIAU_2015qIAU_2015 "Toutatis (2015) - Sphere / Ocentric / Sinusoidal, clon = 180EPSG0IAU_2015 "lIAU_2015oIAU_2015 "Toutatis (2015) - Sphere / Ocentric / Sinusoidal, clon = 0EPSG0IAU_2015 "lIAU_2015vIAU_2015 "{Toutatis (2015) - Sphere / Ocentric / Equirectangular, clon = 180EPSG0IAU_2015 "lIAU_2015t IAU_2015 "vToutatis (2015) - Sphere / Ocentric / Equirectangular, clon = 0EPSG0IAU_2015 "lIAU_2015 ` eIAU_2015 "FSteins (2015) - Sphere / Ocentric / MercatorEPSG0IAU_2015 !IAU_2015Zi wIAU_2015 "ASteins (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_2015 !IAU_2015Uu IAU_2015 ":yc] #Q!IGNFCLIP67UTM12Clipperton 1967 UTM Nord fuseau 12EPSGIGNFCLIP67GIGNFPRC0212179] #Q!IGNFCLIP57UTM12Clipperton 1967 UTM Nord fuseau 12EPSGIGNFCLIP67GIGNFPRC0212179Y #K!IGNFCAD97UTM38SCadastre 1997 UTM Sud fuseau 38EPSGIGNFCAD97GIGNFPRC0338366` %S!IGNFC67IG95UTM22CSG67 (IGN 1995) UTM Nord fuseau 22EPSGIGNFC67IG95GIGNFPRC0222401_ %Q!IGNFC67IG95UTM21CSG67(IGN 1995) UTM Nord fuseau 21EPSGIGNFC67IG95GIGNFPRC0221400T #?!IGNFATUO63UTM7SIGN 1963 UTM Sud fuseau 7EPSGIGNFATUO63GIGNFPRC0307241R EIGNFATIGBONNEATIG Bonne France Etat MajorEPSGIGNFATIGGIGNFPRC060623[ #M!IGNFAPAT86UTM7STuamotu (MOP86) UTM Sud fuseau 7EPSGIGNFTUAM86GIGNFPRC0307331[ #M!IGNFAPAT86UTM6STuamotu (MOP86) UTM Sud fuseau 6EPSGIGNFTUAM86GIGNFPRC0306330c #]!IGNFAPAT80UTM6SApataki (Cadastre 1980) UTM Sud fuseau 6EPSGIGNFAPAT80GIGNFPRC0306554X #G!IGNFANAA92UTM6SAnaa (MOP92) UTM Sud fuseau 6EPSGIGNFANAA92GIGNFPRC0306336[ #M!IGNFANAA47UTM6SAnaa (SHM 1947) UTM Sud fuseau 6EPSGIGNFANAA47GIGNFPRC0306251[ %MIGNFAMST63UTM43SAmsterdam 1963 UTM Sud fuseau 43EPSGIGNFAMST63GIGNFPRC034338_ %Q!IGNFAMANU63UTM7SAmanu (MHPF 1963) UTM Sud fuseau 7EPSGIGNFAMANU63GIGNFPRC0307248` eIAU_20158Gaspra (2015) - Sphere / Ocentric / MercatorEPSG0IAU_20158HIAU_2015Zi wIAU_20158Gaspra (2015) - Sphere / Ocentric / Albers Equal AreaEPSG0IAU_20158HIAU_2015Uu IAU_20158Gaspra (2015) - Sphere / Ocentric / Lambert Azimuthal Equal AreaEPSG0IAU_20158HIAU_2015PpIAU_20158Gaspra (2015) - Sphere / Ocentric / Lambert Conic ConformalEPSG0IAU_20158HIAU_2015KqIAU_20158Gaspra (2015) - Sphere / Ocentric / Orthographic, clon = 180EPSG0IAU_20158HIAU_2015FoIAU_20158Gaspra (2015) - Sphere / Ocentric / Orthographic, clon = 0EPSG0IAU_20158HIAU_2015Ak {IAU_20158Gaspra (2015) - Sphere / Ocentric / Transverse MercatorEPSG0IAU_20158HIAU_2015 H d e!IGNFWGS84WMSVWGS84 WEB MERCATOR SPHERIQUE (VISUALISATION)EPSG0IGNFWGS84GIGNFPRC9601581Q #;!IGNFWGS84UTM43SWGS84 UTM SUD FUSEAU 43EPSGIGNFWGS84GIGNFPRC0343580Q #;!IGNFWGS84UTM42SWGS84 UTM SUD FUSEAU 42EPSGIGNFWGS84GIGNFPRC0342579Q #;!IGNFWGS84UTM39SWGS84 UTM SUD FUSEAU 39EPSGIGNFWGS84GIGNFPRC0339578Q !=!IGNFWGS84UTM32WGS84 UTM NORD FUSEAU 32EPSGIGNFWGS84GIGNFPRC0232355L !3!IGNFWGS84UTM31WGS84 UTM fuseau 31EPSGIGNFWGS84GIGNFPRC0231354L !3!IGNFWGS84UTM30WGS84 UTM fuseau 30EPSGIGNFWGS84GIGNFPRC0230353O !9!IGNFWGS84UTM1SWGS84 UTM Sud Fuseau 1EPSGIGNFWGS84GIGNFPRC0301550\ #Q!IGNFWGS84MILLGPWGS84 PROJECTION MILLER GEOPORTAILEPSGIGNFWGS84GIGNFPRC7001567a _!IGNFWGS84GPAFANTILLES FRANCAISES PROJECTION GEOPORTAILEPSGIGNFWGS84GIGNFPRC9814568` #Y!IGNFWGS84EQGPWFWallis et Futuna projection GeoportailEPSGIGNFWGS84GIGNFPRC9810433Z %K!IGNFWGS84EQGPKERKerguelen projection GeoportailEPSGIGNFWGS84GIGNFPRC9812426W %E!IGNFWGS84EQGPCRZCrozet projection GeoportailEPSGIGNFWGS84GIGNFPRC9801422e %a!IGNFWGS84EQGPASPAmsterdam Saint-Paul projection GeoportailEPSGIGNFWGS84GIGNFPRC9813548L !3!IGNFWGS72UTM32WGS72 UTM fuseau 32EPSGIGNFWGS72GIGNFPRC0232348 5`a' u 9 s - F T I q(Mr)Vl2EX N qEPSGGETRS89-NOR [EUREF89] / NTM zone 19 + NN2000 heightEPSGEPSG5N qEPSGFETRS89-NOR [EUREF89] / NTM zone 18 + NN2000 heightEPSGEPSG5N qEPSGEETRS89-NOR [EUREF89] / NTM zone 17 + NN2000 heightEPSGEPSG5N qEPSGDETRS89-NOR [EUREF89] / NTM zone 16 + NN2000 heightEPSGEPSG5N qEPSGCETRS89-NOR [EUREF89] / NTM zone 15 + NN2000 heightEPSGEPSG5N qEPSGBETRS89-NOR [EUREF89] / NTM zone 14 + NN2000 heightEPSGEPSG5N qEPSGAETRS89-NOR [EUREF89] / NTM zone 13 + NN2000 heightEPSGEPSG5N qEPSG@ETRS89-NOR [EUREF89] / NTM zone 12 + NN2000 heightEPSGEPSG5N qEPSG?ETRS89-NOR [EUREF89] / NTM zone 11 + NN2000 heightEPSGEPSG5N qEPSG>ETRS89-NOR [EUREF89] / NTM zone 10 + NN2000 heightEPSGEPSG5M oEPSG=ETRS89-NOR [EUREF89] / NTM zone 9 + NN2000 heightEPSGEPSG5M oEPSGETRS89-FIN [EUREF-FIN] / TM35FIN(N,E) + N60 heightEPSGEPSGUP uEPSG=KKJ / Finland Uniform Coordinate System + N60 heightEPSG YEPSGU 3bu& 9 K [ | 0 L f2Kd}0Iaw)E _EPSG.BD72 / Belgian Lambert 72 + Ostend heightEPSGzEPSGNM oEPSG ETRS89-NOR [EUREF89] / UTM zone 36N + NN54 heightEPSG+EPSGM oEPSGETRS89-NOR [EUREF89] / UTM zone 35N + NN54 heightEPSG+EPSGM oEPSGETRS89-NOR [EUREF89] / UTM zone 34N + NN54 heightEPSG+EPSGM oEPSGETRS89-NOR [EUREF89] / UTM zone 33N + NN54 heightEPSG+EPSGM oEPSGETRS89-NOR [EUREF89] / UTM zone 32N + NN54 heightEPSG+EPSGM oEPSGETRS89-NOR [EUREF89] / UTM zone 31N + NN54 heightEPSG+ EPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 30 + NN54 heightEPSG EPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 29 + NN54 heightEPSG EPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 28 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 27 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 26 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 25 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 24 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 23 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 22 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 21 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 20 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 19 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 18 + NN54 heightEPSGEPSGL mEPSG ETRS89-NOR [EUREF89] / NTM zone 17 + NN54 heightEPSGEPSGL mEPSG ETRS89-NOR [EUREF89] / NTM zone 16 + NN54 heightEPSGEPSGL mEPSG ETRS89-NOR [EUREF89] / NTM zone 15 + NN54 heightEPSGEPSGL mEPSG ETRS89-NOR [EUREF89] / NTM zone 14 + NN54 heightEPSGEPSGL mEPSG ETRS89-NOR [EUREF89] / NTM zone 13 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 12 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 11 + NN54 heightEPSGEPSGL mEPSGETRS89-NOR [EUREF89] / NTM zone 10 + NN54 heightEPSGEPSGK kEPSGETRS89-NOR [EUREF89] / NTM zone 9 + NN54 heightEPSGEPSGK kEPSGETRS89-NOR [EUREF89] / NTM zone 8 + NN54 heightEPSGEPSGK kEPSGETRS89-NOR [EUREF89] / NTM zone 7 + NN54 heightEPSGEPSGK kEPSGETRS89-NOR [EUREF89] / NTM zone 6 + NN54 heightEPSGEPSGK kEPSGETRS89-NOR [EUREF89] / NTM zone 5 + NN54 heightEPSGEPSG> QEPSGETRS89-NOR [EUREF89] + NN54 heightEPSG*{EPSGO sEPSGXETRS89-NOR [EUREF89] / UTM zone 36N + NN2000 heightEPSG+EPSG5O sEPSGWETRS89-NOR [EUREF89] / UTM zone 35N + NN2000 heightEPSG+EPSG5O sEPSGVETRS89-NOR [EUREF89] / UTM zone 34N + NN2000 heightEPSG+EPSG5O sEPSGUETRS89-NOR [EUREF89] / UTM zone 33N + NN2000 heightEPSG+EPSG5O sEPSGTETRS89-NOR [EUREF89] / UTM zone 32N + NN2000 heightEPSG+EPSG5O sEPSGSETRS89-NOR [EUREF89] / UTM zone 31N + NN2000 heightEPSG+ EPSG5N qEPSGRETRS89-NOR [EUREF89] / NTM zone 30 + NN2000 heightEPSG EPSG5N qEPSGQETRS89-NOR [EUREF89] / NTM zone 29 + NN2000 heightEPSG EPSG5N qEPSGPETRS89-NOR [EUREF89] / NTM zone 28 + NN2000 heightEPSGEPSG5N qEPSGOETRS89-NOR [EUREF89] / NTM zone 27 + NN2000 heightEPSGEPSG5N qEPSGNETRS89-NOR [EUREF89] / NTM zone 26 + NN2000 heightEPSGEPSG5N qEPSGMETRS89-NOR [EUREF89] / NTM zone 25 + NN2000 heightEPSGEPSG5N qEPSGLETRS89-NOR [EUREF89] / NTM zone 24 + NN2000 heightEPSGEPSG5N qEPSGKETRS89-NOR [EUREF89] / NTM zone 23 + NN2000 heightEPSGEPSG5N qEPSGJETRS89-NOR [EUREF89] / NTM zone 22 + NN2000 heightEPSGEPSG5N qEPSGIETRS89-NOR [EUREF89] / NTM zone 21 + NN2000 heightEPSGEPSG5qEPSGHETRS897 CEPSGNAD83(2011) + NAVD88 heightEPSGEPSGG ;p(M r ) N  s 3 t / C KsPr@>jEr~3N qEPSG"NAD83 / Michigan Central (ft) + NAVD88 height (ft)EPSGEPSG $L mEPSG!NAD83 / Michigan North (ft) + NAVD88 height (ft)EPSGEPSG $J iEPSG!NAD83 / Arizona West (ft) + NAVD88 height (ft)EPSGEPSG $M oEPSG!NAD83 / Arizona Central (ft) + NAVD88 height (ft)EPSGEPSG $J iEPSG!NAD83 / Arizona East (ft) + NAVD88 height (ft)EPSGEPSG $Z EPSG ETRS89-BEL [BEREF2002] / Belgian Lambert 2008 + Ostend heightEPSGEPSGN7 C EPSG ETRS89 + Baltic 1957 heightEPSGEPSG 1 7EPSG GR96 + GVR2016 heightEPSGEPSG K1 7EPSG GR96 + GVR2000 heightEPSGEPSG J6 AEPSGSHMG2015 + SHVD2015 heightEPSGEPSGQ wEPSGSt. Helena Tritan / UTM zone 30S + Tritan 2011 heightEPSGEPSGO sEPSGAstro DOS 71 / UTM zone 30S + Jamestown 1971 heightEPSGEPSG4 =EPSGETRS89 + EVRF2007 heightEPSGEPSGM oEPSGNTF (Paris) / Lambert zone III + NGF-IGN69 heightEPSGkEPSGXL mEPSGNTF (Paris) / Lambert zone II + NGF-IGN69 heightEPSGkEPSGXC [EPSGETRS89 / Kp2000 Bornholm + DVR90 heightEPSGEPSGB YEPSGETRS89 / Kp2000 Zealand + DVR90 heightEPSGEPSGB YEPSGETRS89 / Kp2000 Jutland + DVR90 heightEPSGEPSG@ UEPSGETRS89 / UTM zone 33N + DVR90 heightEPSGdEPSG@ UEPSGETRS89 / UTM zone 32N + DVR90 heightEPSGdEPSG< MEPSGAmersfoort / RD New + NAP heightEPSGq@EPSGM1 7EPSGTokyo + JSLD69 heightEPSGEPSG[F a EPSGNTF (Paris) / Lambert zone III + NGF IGN69EPSGkEPSGWE _ EPSGNTF (Paris) / Lambert zone II + NGF IGN69EPSGkEPSGWP uEPSGNTF (Paris) / Lambert zone II + NGF Lallemand heightEPSGkEPSGW" EPSGPSHD93EPSG&EPSG\4 =EPSGETRS89 + EVRF2000 heightEPSGEPSGb"  EPSGRD/NAPEPSGEPSGMF aEPSGNAD27 / Texas North + NGVD29 height (ftUS)EPSG}%EPSGF8 EEPSGNAD27 + NGVD29 height (ftUS)EPSGEPSGFG cEPSGOSGB36 / British National Grid + ODN heightEPSGl4EPSGE. 1EPSGRT90 + RH70 heightEPSGEPSGV@ U EPSGNTF (Paris) / France III + NGF IGN69EPSGkEPSGX? S EPSGNTF (Paris) / France II + NGF IGN69EPSGkEPSGXC [ EPSGNTF (Paris) / France II + NGF LallemandEPSGkEPSGW: IEPSGNTF (Paris) + NGF-IGN69 heightEPSGEPSGX= OEPSGSVY21 / Singapore TM + SHD heightEPSG VEPSG. 1EPSGSVY21 + SHD heightEPSGEPSGD ]EPSGWGS 84 / World Mercator + EGM2008 heightEPSG CEPSGL m EPSGWGS 84 / Pseudo-Mercator + EGM2008 geoid heightEPSGEPSG1 7EPSG,Tokyo + JSLD72 heightEPSGEPSG%? SEPSG)JGD2011 + JGD2011 (vertical) heightEPSG EPSG'? SEPSG(JGD2000 + JGD2000 (vertical) heightEPSGEPSG&H eEPSG NAD83(CSRS) / UTM zone 22N + CGVD2013 heightEPSGEPSGH eEPSGNAD83(CSRS) / UTM zone 21N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 20N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 19N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 18N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 17N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 16N + CGVD2013 heightEPSG XEPSGH eEPSGNAD83(CSRS) / UTM zone 15N + CGVD2013 heightEPSG WEPSGH eEPSGNAD83(CSRS) / UTM zone 14N + CGVD2013 heightEPSG VEPSGH eEPSGNAD83(CSRS) / UTM zone 13N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 12N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 11N + CGVD2013 heightEPSG EPSGH eEPSGNAD83(CSRS) / UTM zone 10N + CGVD2013 heightEPSG UEPSGG cEPSGNAD83(CSRS) / UTM zone 9N + CGVD2013 heightEPSG TEPSGG cEPSGNAD83(CSRS) / UTM zone 8N + CGVD2013 heightEPSG SEPSGG cEPSGNAD83(CSRS) / UTM zone 7N + CGVD2013 heightEPSG REPSG 1i5 ? C J X n 4GY p!-ADLR yEPSG"2NAD83 / Mississippi West (ftUS) + NAVD88 height (ftUS)EPSGEPSGR yEPSG"1NAD83 / Mississippi East (ftUS) + NAVD88 height (ftUS)EPSGEPSGQ wEPSG"0NAD83 / Minnesota South (ftUS) + NAVD88 height (ftUS)EPSGhEPSGS {EPSG"/NAD83 / Minnesota Central (ftUS) + NAVD88 height (ftUS)EPSGhEPSGQ wEPSG".NAD83 / Minnesota North (ftUS) + NAVD88 height (ftUS)EPSGhEPSGW EPSG"-NAD83 / Massachusetts Island (ftUS) + NAVD88 height (ftUS)EPSGEPSGY EPSG",NAD83 / Massachusetts Mainland (ftUS) + NAVD88 height (ftUS)EPSGEPSGJ iEPSG"+NAD83 / Maryland (ftUS) + NAVD88 height (ftUS)EPSGEPSGL mEPSG"*NAD83 / Maine West (ftUS) + NAVD88 height (ftUS)EPSGhEPSGL mEPSG")NAD83 / Maine East (ftUS) + NAVD88 height (ftUS)EPSGhEPSGQ wEPSG"(NAD83 / Louisiana South (ftUS) + NAVD88 height (ftUS)EPSG |EPSGQ wEPSG"'NAD83 / Louisiana North (ftUS) + NAVD88 height (ftUS)EPSG {EPSGP uEPSG"&NAD83 / Kentucky South (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"%NAD83 / Kentucky North (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"$NAD83 / Kansas South (ftUS) + NAVD88 height (ftUS)EPSG \EPSGN qEPSG"#NAD83 / Kansas North (ftUS) + NAVD88 height (ftUS)EPSG [EPSGL mEPSG""NAD83 / Iowa South (ftUS) + NAVD88 height (ftUS)EPSG ZEPSGL mEPSG"!NAD83 / Iowa North (ftUS) + NAVD88 height (ftUS)EPSG YEPSGN qEPSG" NAD83 / Indiana West (ftUS) + NAVD88 height (ftUS)EPSG EPSGN qEPSG"NAD83 / Indiana East (ftUS) + NAVD88 height (ftUS)EPSG EPSGO sEPSG"NAD83 / Illinois West (ftUS) + NAVD88 height (ftUS)EPSG lEPSGO sEPSG"NAD83 / Illinois East (ftUS) + NAVD88 height (ftUS)EPSG kEPSGL mEPSG"NAD83 / Idaho West (ftUS) + NAVD88 height (ftUS)EPSGEPSGO sEPSG"NAD83 / Idaho Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGL mEPSG"NAD83 / Idaho East (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"NAD83 / Georgia West (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"NAD83 / Georgia East (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"NAD83 / Florida West (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"NAD83 / Florida East (ftUS) + NAVD88 height (ftUS)EPSGEPSGO sEPSG"NAD83 / Florida North (ftUS) + NAVD88 height (ftUS)EPSGEPSGJ iEPSG"NAD83 / Delaware (ftUS) + NAVD88 height (ftUS)EPSGEPSGM oEPSG"NAD83 / Connecticut (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"NAD83 / Colorado South (ftUS) + NAVD88 height (ftUS)EPSGEPSGR yEPSG"NAD83 / Colorado Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"NAD83 / Colorado North (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG"NAD83 / California zone 6 (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG"NAD83 / California zone 5 (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG" NAD83 / California zone 4 (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG" NAD83 / California zone 3 (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG" NAD83 / California zone 2 (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG" NAD83 / California zone 1 (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG" NAD83 / Arkansas South (ftUS) + NAVD88 height (ftUS)EPSG jEPSGP uEPSG"NAD83 / Arkansas North (ftUS) + NAVD88 height (ftUS)EPSG iEPSGL mEPSG"NAD83 / South Carolina (ft) + NAVD88 height (ft)EPSGEPSG $J iEPSG"NAD83 / Oregon South (ft) + NAVD88 height (ft)EPSGEPSG $J iEPSG"NAD83 / Oregon North (ft) + NAVD88 height (ft)EPSGEPSG $P uEPSG"NAD83 / North Dakota South (ft) + NAVD88 height (ft)EPSGEPSG $P uEPSG"NAD83 / North Dakota North (ft) + NAVD88 height (ft)EPSGEPSG $E _EPSG"NAD83 / Montana (ft) + NAVD88 height (ft)EPSGEPSG $ 1gx+ 2 ? I Z  a kw!7OXZe f%A WEPSG"cNAD83 / Alaska zone 1 + NAVD88 heightEPSGi3EPSGG@ UEPSG"bNAD83 / Alabama West + NAVD88 heightEPSGi2EPSGG@ UEPSG"aNAD83 / Alabama East + NAVD88 heightEPSGi1EPSGGN qEPSG"`NAD83 / Wyoming West (ftUS) + NAVD88 height (ftUS)EPSGEPSGW EPSG"_NAD83 / Wyoming West Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGW EPSG"^NAD83 / Wyoming East Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGN qEPSG"]NAD83 / Wyoming East (ftUS) + NAVD88 height (ftUS)EPSGEPSGQ wEPSG"\NAD83 / Wisconsin South (ftUS) + NAVD88 height (ftUS)EPSGEPSGS {EPSG"[NAD83 / Wisconsin Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGQ wEPSG"ZNAD83 / Wisconsin North (ftUS) + NAVD88 height (ftUS)EPSGEPSGU EPSG"YNAD83 / West Virginia South (ftUS) + NAVD88 height (ftUS)EPSGhEPSGU EPSG"XNAD83 / West Virginia North (ftUS) + NAVD88 height (ftUS)EPSGhEPSGR yEPSG"WNAD83 / Washington South (ftUS) + NAVD88 height (ftUS)EPSGEPSGR yEPSG"VNAD83 / Washington North (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"UNAD83 / Virginia South (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"TNAD83 / Virginia North (ftUS) + NAVD88 height (ftUS)EPSGEPSGI gEPSG"SNAD83 / Vermont (ftUS) + NAVD88 height (ftUS)EPSGEPSGL mEPSG"RNAD83 / Utah South (ftUS) + NAVD88 height (ftUS)EPSG EPSGN qEPSG"QNAD83 / Utah Central (ftUS) + NAVD88 height (ftUS)EPSG EPSGL mEPSG"PNAD83 / Utah North (ftUS) + NAVD88 height (ftUS)EPSG EPSGM oEPSG"ONAD83 / Texas South (ftUS) + NAVD88 height (ftUS)EPSGEPSGU EPSG"NNAD83 / Texas South Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGO sEPSG"MNAD83 / Texas Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGU EPSG"LNAD83 / Texas North Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGM oEPSG"KNAD83 / Texas North (ftUS) + NAVD88 height (ftUS)EPSGEPSGK kEPSG"JNAD83 / Tennessee (ftUS) + NAVD88 height (ftUS)EPSGEPSGT }EPSG"INAD83 / South Dakota South (ftUS) + NAVD88 height (ftUS)EPSG EPSGT }EPSG"HNAD83 / South Dakota North (ftUS) + NAVD88 height (ftUS)EPSGiEPSGN qEPSG"GNAD83 / Rhode Island (ftUS) + NAVD88 height (ftUS)EPSG nEPSGT }EPSG"FNAD83 / Pennsylvania South (ftUS) + NAVD88 height (ftUS)EPSGEPSGT }EPSG"ENAD83 / Pennsylvania North (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"DNAD83 / Oklahoma South (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"CNAD83 / Oklahoma North (ftUS) + NAVD88 height (ftUS)EPSGEPSGL mEPSG"BNAD83 / Ohio South (ftUS) + NAVD88 height (ftUS)EPSGEPSGL mEPSG"ANAD83 / Ohio North (ftUS) + NAVD88 height (ftUS)EPSGEPSGP uEPSG"@NAD83 / North Carolina (ftUS) + NAVD88 height (ftUS)EPSGEPSGW EPSG"?NAD83 / New York Long Island (ftUS) + NAVD88 height (ftUS)EPSGEPSGO sEPSG">NAD83 / New York West (ftUS) + NAVD88 height (ftUS)EPSGEPSGR yEPSG"=NAD83 / New York Central (ftUS) + NAVD88 height (ftUS)EPSGEPSGO sEPSG" QEPSG$ETRS89 + EVRF2019 mean-tide heightEPSGEPSG$4 =EPSG$ETRS89 + EVRF2019 heightEPSGEPSG$; KEPSG$AbInvA96_2020 Grid + ODN heightEPSG$EPSGE3 ;EPSG$MML07 Grid + ODN heightEPSG$EPSGE4 =EPSG$TPEN11 Grid + ODN heightEPSG$EPSGE< MEPSG$ZHS2 Survey Grid + HS2-VRF heightEPSG$TEPSG$WA WEPSG$JETRS89-NLD [AGRS2010] + MSL-NLD depthEPSG+EPSG$HA WEPSG$IETRS89-NLD [AGRS2010] + LAT-NLD depthEPSG+EPSG$G> QEPSG$FETRS89-NLD [AGRS2010] + NAP heightEPSG+EPSGML mEPSG"CR-SIRGAS epoch 2014.59 / CRTM05 + DACR52 heightEPSG"EPSG"A WEPSG"oNAD83 / Missouri West + NAVD88 heightEPSGivEPSGGD ]EPSG"nNAD83 / Missouri Central + NAVD88 heightEPSGiuEPSGGA WEPSG"mNAD83 / Missouri East + NAVD88 heightEPSGitEPSGGB YEPSG"lNAD83 / Alaska zone 10 + NAVD88 heightEPSGiX g" x C l < x ( T o ; >_1yKJI\9xa EPSG'JGD2011 / Japan Plane Rectangular CS VII + JGD2011 (vertical) heightEPSGEPSG'` EPSG'JGD2011 / Japan Plane Rectangular CS VI + JGD2011 (vertical) heightEPSGEPSG'_ EPSG'JGD2011 / Japan Plane Rectangular CS V + JGD2011 (vertical) heightEPSGEPSG'` EPSG'JGD2011 / Japan Plane Rectangular CS IV + JGD2011 (vertical) heightEPSGEPSG'a EPSG'JGD2011 / Japan Plane Rectangular CS III + JGD2011 (vertical) heightEPSGEPSG'` EPSG'JGD2011 / Japan Plane Rectangular CS II + JGD2011 (vertical) heightEPSGEPSG'_ EPSG'JGD2011 / Japan Plane Rectangular CS I + JGD2011 (vertical) heightEPSG EPSG'A WEPSG'ETRS89 + CD UK & Ireland VORF08 depthEPSGEPSG'B YEPSG'ETRS89 + MSL UK & Ireland VORF08 depthEPSGEPSG'3 ;EPSG&FNL22 Grid + ODN heightEPSG&EPSGE3 ;EPSG&SCM22 Grid + ODN heightEPSG&EPSGE6 AEPSG&HULLEE13 Grid + ODN heightEPSG&EPSGEC [EPSG&ISN2016 / Lambert 2016 + ISH2004 heightEPSGEPSGC [EPSG&ISN2004 / Lambert 2004 + ISH2004 heightEPSGEPSGA WEPSG&ISN93 / Lambert 1993 + ISH2004 heightEPSG EPSG4 =EPSG&ISN2016 + ISH2004 heightEPSGEPSG4 =EPSG&ISN2004 + ISH2004 heightEPSGEPSG2 9EPSG&ISN93 + ISH2004 heightEPSG3EPSG5 ?EPSG&EBBWV14 Grid + ODN heightEPSG&EPSGE- /EPSG&DB_REF2016 zone 5EPSG5EPSG&- /EPSG&DB_REF2016 zone 4EPSG4EPSG&- /EPSG&DB_REF2016 zone 3EPSG3EPSG&- /EPSG&DB_REF2016 zone 2EPSG2EPSG&- /EPSG&DB_REF2003 zone 5EPSG5EPSG&- /EPSG&DB_REF2003 zone 4EPSG4EPSG&- /EPSG&DB_REF2003 zone 3EPSG3EPSG&- /EPSG&DB_REF2003 zone 2EPSG2EPSG&4 =EPSG&ETRS89 + DHHN2016 heightEPSGEPSG4 =EPSG&ETRS89 / ITM + BI heightEPSGmEPSG$F aEPSG&OSGB36 / British National Grid + BI heightEPSGl4EPSG$B YEPSG&ETRS89-BEL [BEREF2011] + Ostend heightEPSG+EPSGN? SEPSG&LUREF / Luxembourg TM + NG95 heightEPSGyEPSGB YEPSG&ETRS89-NOR [EUREF89] + CD Norway depthEPSG*{EPSG%6 AEPSG&MOLDOR11 Grid + ODN heightEPSG&EPSGE3 ;EPSG&MRH21 Grid + ODN heightEPSG&EPSGEE _EPSG&9ETRS89-FRA [RGF93 v2b] + NGF-IGN69 heightEPSG&6EPSGX2 9EPSG&'EWR2 Grid + ODN heightEPSG&&EPSGE7 CEPSG&"ECML14_NB Grid + ODN heightEPSG&!EPSGE3 ;EPSG&EOS21 Grid + ODN heightEPSG& EPSGEG cEPSG%ETRS89-ITA [RDN2008] + Cagliari 1956 heightEPSG2EPSG%F aEPSG%ETRS89-ITA [RDN2008] + Catania 1965 heightEPSG2EPSG%D ]EPSG%ETRS89-ITA [RDN2008] + Genoa 1942 heightEPSG2EPSG^O sEPSG%NAD83(CSRS) / UTM zone 15N + CGVD2013a(2010) heightEPSG WEPSG$H eEPSG%NAD83(CSRS) / UTM zone 24N + CGVD2013 heightEPSG%EPSGH eEPSG%NAD83(CSRS) / UTM zone 23N + CGVD2013 heightEPSG%EPSG1 7EPSG%WGS 84 + EGM96 heightEPSGEPSG/ 3EPSG%WGS 84 + MSL heightEPSGEPSGRI gEPSG%ETRS89-POL [PL-ETRF2000] + PL-EVRF2007 heightEPSG%EPSG%I gEPSG%ETRS89-POL [PL-ETRF2000] + Baltic 1986 heightEPSG%EPSG%B YEPSG%HNAD83(CSRS)v6 + CGVD2013a(2010) heightEPSG RGAF09 + IGN 1988 SB heightEPSGqEPSG7 CEPSG%=RGAF09 + IGN 1988 MG heightEPSGqEPSG7 CEPSG% QEPSG)1ETRS89-PRT [1995] + Cascais heightEPSG+dEPSGE _EPSG) ETRS89-FRA [RGF93 v2b] + NGF-IGN78 heightEPSG&6EPSGYR yEPSG)ETRS89-FRA [RGF93 v2b] / Lambert-93 + NGF-IGN78 heightEPSG&BEPSGYR yEPSG)ETRS89-FRA [RGF93 v2b] / Lambert-93 + NGF-IGN69 heightEPSG&BEPSGXQ wEPSG)ETRS89-FRA [RGF93 v2] / Lambert-93 + NGF-IGN78 heightEPSG&AEPSGYQ wEPSG)ETRS89-FRA [RGF93 v2] / Lambert-93 + NGF-IGN69 heightEPSG&AEPSGX7 CEPSG(ETRS89 + DVR90(2023) heightEPSGEPSG(7 CEPSG(ETRS89 + DVR90(2013) heightEPSGEPSG(7 CEPSG(ETRS89 + DVR90(2002) heightEPSGEPSG(3 ;EPSG(COV23 Grid + ODN heightEPSG(EPSGE4 =EPSG(}KGD2002 + KVD1964 heightEPSGEPSGIA WEPSG(uETRS89-ESP [REGENTE] + Melilla heightEPSG+~EPSG(rA WEPSG(tETRS89-ESP [REGENTE] + Alboran heightEPSG+~EPSG(qD ]EPSG(sETRS89-ESP [REGENTE] + Formentera heightEPSG+~EPSG(p< MEPSG(NRGNC15 (lon-lat) + NGNC08 heightEPSG(HEPSG$M oEPSG(5ETRS89-DEU [ETRS89/DREF91/2016] + DHHN2016 heightEPSG(,EPSG5 ?EPSG()RBEPP12 Grid + ODN heightEPSG((EPSGE5 ?EPSG($SMITB20 Grid + ODN heightEPSG(#EPSGEU EPSG(ETRS89-SVN [D96] / Slovene National Grid + SVS2010 heightEPSGEPSG!= OEPSG(ETRS89-SVN [D96] + SVS2010 heightEPSGEPSG!3 ;EPSG(SYC20 Grid + ODN heightEPSG(EPSGE4 =EPSG'OxWo08 Grid + ODN heightEPSG'EPSGE4 =EPSG'MALS09 Grid + ODN heightEPSG'EPSGE5 ?EPSG'GWWWA22 Grid + ODN heightEPSG'EPSGE5 ?EPSG'GWWAB22 Grid + ODN heightEPSG'EPSGE5 ?EPSG'GWPBS22 Grid + ODN heightEPSG'EPSGE4 =EPSG'DIBA15 Grid + ODN heightEPSG'EPSGE3 ;EPSG'CWS13 Grid + ODN heightEPSG'EPSGE3 ;EPSG'CNH22 Grid + ODN heightEPSG'EPSGE4 =EPSG'ShAb07 Grid + ODN heightEPSG'EPSGE4 =EPSG'DoPw22 Grid + ODN heightEPSG'EPSGEb EPSG'JGD2011 / Japan Plane Rectangular CS XIII + JGD2011 (vertical) heightEPSGEPSG'a EPSG'JGD2011 / Japan Plane Rectangular CS XII + JGD2011 (vertical) heightEPSGEPSG'` EPSG'JGD2011 / Japan Plane Rectangular CS XI + JGD2011 (vertical) heightEPSGEPSG'_ EPSG'JGD2011 / Japan Plane Rectangular CS X + JGD2011 (vertical) heightEPSGEPSG'` EPSG'JGD2011 / Japan Plane Rectangular CS IX + JGD2011 (vertical) heightEPSGEPSG'9 GEPSG* Bonaire 2004 + Bonaire heightEPSG* EPSG* 0rtAE c / j  : V r &LM 'd}drU %]IGNFED50G.IGN78CED50 geographiques (dms) et NGF-IGN 1978IGNFED50GIGNFIGN78CS #]IGNFED50G.IGN69ED50 geographiques (dms) et NGF-IGN 1969IGNFED50GIGNFIGN69| /!IGNFCSG67UTM22.GUYA77CSG67 UTM Nord fuseau 22 et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFCSG67UTM22IGNFGUYA77| /!IGNFCSG67UTM21.GUYA77CSG67 UTM Nord fuseau 21 et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFCSG67UTM21IGNFGUYA77u 'IGNFCSG67G.GUYA77CSG67 geographiques (dms) et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFCSG67GIGNFGUYA77o 1y#IGNFCAD97UTM38S.MAYO53Cadastre 1997 UTM Sud fuseau 38 et SHOM 1953 (MAYOTTE)IGNFCAD97UTM38SIGNFMAYO53g '}IGNFCAD97G.MAYO53Cadastre 1997 geographiques (dms) et SHOM 1953 (MAYOTTE)IGNFCAD97GIGNFMAYO53 3+%IGNFC67IG95UTM22.GUYA77CSG67 (IGN 1995) UTM Nord fuseau 22 et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFC67IG95UTM22IGNFGUYA77 3)%IGNFC67IG95UTM21.GUYA77CSG67(IGN 1995) UTM Nord fuseau 21 et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFC67IG95UTM21IGNFGUYA77 +-IGNFC67IG95G.GUYA77CSG67 (IGN 1995) geographiques (dms) et NIVELLEMENT GENERAL DE GUYANE (NGG) 1977IGNFC67IG95GIGNFGUYA77` #wIGNFATIGG.NGF84ATIG geographiques grades Paris (gr) et NGF-LALLEMANDIGNFATIGGIGNFNGF84a #yIGNFATIGG.BOURDATIG geographiques grades Paris (gr) et NGF-BOURDALOUEIGNFATIGGIGNFBOURD` +gIGNFATIGBONNE.NGF84ATIG Bonne France Etat Major et NGF-LALLEMANDIGNFATIGBONNEIGNFNGF84a +iIGNFATIGBONNE.BOURDATIG Bonne France Etat Major et NGF-BOURDALOUEIGNFATIGBONNEIGNFBOURD= OEPSGNKSRGI2013 + INAGeoid2020 v2 heightEPSG$EPSGNDB YEPSGNFNAD83(CSRS)v3 + CGVD2013a(1997) heightEPSG 0EPSGNCB YEPSGNENAD83(CSRS)v4 + CGVD2013a(2002) heightEPSG 6EPSGNB3 ;EPSGN#MWC18 Grid + ODN heightEPSGN"EPSGEA WEPSGN!ETRS89-NOR [EUREF89] + SVD2006 heightEPSG*{EPSGN B YEPSG,2ETRS89-SVK [SKTRF09] + EVRF2007 heightEPSG+DEPSGE _EPSG,0ETRS89-SVK [SKTRF09] + Baltic 1957 heightEPSG+DEPSG B YEPSG,/ETRS89-CZE [2007] + Baltic 1957 heightEPSG+>EPSG J iEPSG, SRGI2013 epoch 2021.0 + INAGeoid2020 v2 heightEPSG+EPSGNDK kEPSG+ETRS89-FIN [EUREF-FIN] / GK31FIN + N2000 heightEPSG-EPSG7 SNRCANNAD83_CSRS_2010_MTM12_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevia=Y IaNRCANNAD83_CSRS_2010_MTM11_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 11", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", 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natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -82.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 11 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - south of 46\u00b0N and west of 81\u00b0W.", "bbox": {"south_latitude": 41.67, "west_longitude": -83.6, "north_latitude": 46, "east_longitude": -81}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 12", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / MTM zone 12 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 82\u00b030'W and 79\u00b030'W: north of 46\u00b0N in area between 82\u00b030'W and 80\u00b015'W, north of 47\u00b0N in area between 80\u00b015'W and 79\u00b030'W.", "bbox": {"south_latitude": 46, "west_longitude": -82.5, "north_latitude": 55.21, "east_longitude": -79.5}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 12", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 12 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Ontario - between 82\u00b030'W and 79\u00b030'W: 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"unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": 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height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / MTM zone 3 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Newfoundland west of 57\u00b030'W.", "bbox": {"south_latitude": 47.5, "west_longitude": -59.48, "north_latitude": 50.54, "east_longitude": -57.5}}  " 3DUfwC G7NRCANNAD83_CSRS_2010_MTM6_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / MTM zone 6", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, 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{"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / MTM zone 5 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada - Labrador - 66\u00b0W to 63\u00b0W.", "bbox": {"south_latitude": 51.58, "west_longitude": -66, "north_latitude": 60.52, "east_longitude": -63}}on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 6", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -67.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": 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"degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "MTM zone 6", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -67.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": 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"parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -70.5, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9999, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 304800, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": 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"north_latitude": 46.25, "east_longitude": -75}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 10N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -123, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 10 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 126\u00b0W and 120\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.13, "west_longitude": -126, "north_latitude": 81.8, "east_longitude": -120}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 10N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -123, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 10 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 126\u00b0W and 120\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.13, "west_longitude": -126, "north_latitude": 81.8, "east_longitude": -120}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 11N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, 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{"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 11 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 120\u00b0W and 114\u00b0W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.", "bbox": {"south_latitude": 48.99, "west_longitude": -120, "north_latitude": 83.5, "east_longitude": -114}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 11N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -117, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 11 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 120\u00b0W and 114\u00b0W onshore and offshore - Alberta, British Columbia, Northwest Territories, Nunavut.", "bbox": {"south_latitude": 48.99, "west_longitude": -120, "north_latitude": 83.5, "east_longitude": -114}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 12N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -111, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 12 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 114\u00b0W and 108\u00b0W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -114, "north_latitude": 84, "east_longitude": -108}}  " 3DUfw I=NRCANNAD83_CSRS_2010_UTM15_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"kd SmNRCANNAD83_CSRS_2010_UTM15_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 15", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 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6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviah ICNRCANNAD83_CSRS_2010_UTM13_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"gg SsNRCANNAD83_CSRS_2010_UTM13_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 13", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviaf IUNRCANNAD83_CSRS_2010_UTM12_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 12", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"ed SmNRCANNAD83_CSRS_2010_UTM16_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 16", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevial: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 12N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -111, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 12 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 114\u00b0W and 108\u00b0W onshore and offshore - Alberta, Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -114, "north_latitude": 84, "east_longitude": -108}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 13N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -105, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 13 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 108\u00b0W and 102\u00b0W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -108, "north_latitude": 84, "east_longitude": -102}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 13N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -105, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 13 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 108\u00b0W and 102\u00b0W onshore and offshore - Northwest Territories, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -108, "north_latitude": 84, "east_longitude": -102}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 14N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -99, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 14 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 102\u00b0W and 96\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -102, "north_latitude": 84, "east_longitude": -96}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 14N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -99, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 14 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 102\u00b0W and 96\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Saskatchewan.", "bbox": {"south_latitude": 48.99, "west_longitude": -102, "north_latitude": 84, "east_longitude": -96}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 15N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -93, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 15 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 96\u00b0W and 90\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 48.03, "west_longitude": -96, "north_latitude": 84, "east_longitude": -90}}: "Lat", "direction": 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"N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 15 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 96\u00b0W and 90\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 48.03, "west_longitude": -96, "north_latitude": 84, "east_longitude": -90}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 16N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 16 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 90\u00b0W and 84\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 46.11, "west_longitude": -90, "north_latitude": 84, "east_longitude": -84}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 16N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -87, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 16 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 90\u00b0W and 84\u00b0W, onshore and offshore south of 84\u00b0N - Manitoba, Nunavut, Ontario.", "bbox": {"south_latitude": 46.11, "west_longitude": -90, "north_latitude": 84, "east_longitude": -84}}  " 3DUfw S'NRCANNAD83_CSRS_2010_UTM20_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 20", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviau IINRCANNAD83_CSRS_2010_UTM19_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 19", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"tj SyNRCANNAD83_CSRS_2010_UTM19_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 19", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbrevias I?NRCANNAD83_CSRS_2010_UTM18_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 18", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"re SoNRCANNAD83_CSRS_2010_UTM18_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 18", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviaq I?NRCANNAD83_CSRS_2010_UTM17_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"pe SoNRCANNAD83_CSRS_2010_UTM17_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 17", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviao$ IwNRCANNAD83_CSRS_2010_UTM20_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 20", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"vtion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 17N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 17 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 84\u00b0W and 78\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 41.67, "west_longitude": -84, "north_latitude": 84, "east_longitude": -78}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 17N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -81, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 17 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 84\u00b0W and 78\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 41.67, "west_longitude": -84, "north_latitude": 84, "east_longitude": -78}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 18N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -75, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 18 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 78\u00b0W and 72\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 84, "east_longitude": -72}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 18N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -75, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 18 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 78\u00b0W and 72\u00b0W, onshore and offshore south of 84\u00b0N - Nunavut, Ontario and Quebec.", "bbox": {"south_latitude": 43.63, "west_longitude": -78, "north_latitude": 84, "east_longitude": -72}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 19N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -69, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 19 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 72\u00b0W and 66\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.", "bbox": {"south_latitude": 40.8, "west_longitude": -72, "north_latitude": 84, "east_longitude": -66}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 19N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -69, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 19 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 72\u00b0W and 66\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Quebec.", "bbox": {"south_latitude": 40.8, "west_longitude": -72, "north_latitude": 84, "east_longitude": -66}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 20N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -63, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": 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"direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 20N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -63, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 20 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 66\u00b0W and 60\u00b0W onshore and offshore - New Brunswick, Labrador, Nova Scotia, Nunavut, Prince Edward Island, Quebec.", "bbox": {"south_latitude": 40.04, "west_longitude": -66, "north_latitude": 84, "east_longitude": -60}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 21N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -57, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 21 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 60\u00b0W and 54\u00b0W - Newfoundland and Labrador; Nunavut; Quebec.", "bbox": {"south_latitude": 38.56, "west_longitude": -60, "north_latitude": 84, "east_longitude": -54}}  " 3DUfw GoNRCANNAD83_CSRS_2010_UTM8_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": | QNRCANNAD83_CSRS_2010_UTM8_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 8", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati~| G)NRCANNAD83_CSRS_2010_UTM7_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation": }Y QYNRCANNAD83_CSRS_2010_UTM7_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 7", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati|w INRCANNAD83_CSRS_2010_UTM22_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 22", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"{T SMNRCANNAD83_CSRS_2010_UTM22_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 22", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviazn I NRCANNAD83_CSRS_2010_UTM21_HT2_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 21", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviation"yQNRCANNAD83_CSRS_2010_UTM9_CGVD2013_2010{"type": "CompoundCRS", "components": [{"type": "ProjectedCRS", "name": "NAD83(CSRS)v7 / UTM zone 9", "base_crs": {"name": "NAD83(CSRS)v7", "datum": {"type": "GeodeticReferenceFrame", "name": "North American Datum of 1983 (CSRS) version 7", "ellipsoid": {"name": "GRS 1980", "semi_major_axis": 6378137, "inverse_flattening": 298.257222101}}, "coordinate_system": {"subtype": "ellipsoidal", "axis": [{"name": "Geodetic latitude", "abbreviati: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 21N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -57, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 21 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 60\u00b0W and 54\u00b0W - Newfoundland and Labrador; Nunavut; Quebec.", "bbox": {"south_latitude": 38.56, "west_longitude": -60, "north_latitude": 84, "east_longitude": -54}}tion": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 22N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -51, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 22 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 54\u00b0W and 48\u00b0W onshore and offshore - Newfoundland and Labrador.", "bbox": {"south_latitude": 39.5, "west_longitude": -54, "north_latitude": 57.65, "east_longitude": -47.99}}: "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 22N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -51, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 22 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 54\u00b0W and 48\u00b0W onshore and offshore - Newfoundland and Labrador.", "bbox": {"south_latitude": 39.5, "west_longitude": -54, "north_latitude": 57.65, "east_longitude": -47.99}}on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 7N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -141, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 7 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada west of 138\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Yukon.", "bbox": {"south_latitude": 52.05, "west_longitude": -141.01, "north_latitude": 72.53, "east_longitude": -138}}"Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 7N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -141, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 7 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada west of 138\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Yukon.", "bbox": {"south_latitude": 52.05, "west_longitude": -141.01, "north_latitude": 72.53, "east_longitude": -138}}on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 8N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -135, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 8 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}"Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 8N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -135, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD28 height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 1928"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "geoid_model": {"name": "HT2_2010", "id": {"authority": "EPSG", "code": 9987}}, "id": {"authority": "EPSG", "code": 5713}}], "name": "NAD83(CSRS)v7 / UTM zone 8 + CGVD28 height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}on": "Lat", "direction": "north", "unit": "degree"}, {"name": "Geodetic longitude", "abbreviation": "Lon", "direction": "east", "unit": "degree"}]}}, "conversion": {"name": "UTM zone 9N", "method": {"name": "Transverse Mercator", "id": {"authority": "EPSG", "code": 9807}}, "parameters": [{"name": "Latitude of natural origin", "value": 0, "unit": "degree", "id": {"authority": "EPSG", "code": 8801}}, {"name": "Longitude of natural origin", "value": -129, "unit": "degree", "id": {"authority": "EPSG", "code": 8802}}, {"name": "Scale factor at natural origin", "value": 0.9996, "unit": "unity", "id": {"authority": "EPSG", "code": 8805}}, {"name": "False easting", "value": 500000, "unit": "metre", "id": {"authority": "EPSG", "code": 8806}}, {"name": "False northing", "value": 0, "unit": "metre", "id": {"authority": "EPSG", "code": 8807}}]}, "coordinate_system": {"subtype": "Cartesian", "axis": [{"name": "Easting", "abbreviation": "E(X)", "direction": "east", "unit": "metre"}, {"name": "Northing", "abbreviation": "N(Y)", "direction": "north", "unit": "metre"}]}}, {"type": "VerticalCRS", "name": "CGVD2013a(2010) height", "datum": {"type": "VerticalReferenceFrame", "name": "Canadian Geodetic Vertical Datum of 2013 (CGG2013a) epoch 2010"}, "coordinate_system": {"subtype": "vertical", "axis": [{"name": "Gravity-related height", "abbreviation": "H", "direction": "up", "unit": "metre"}]}, "id": {"authority": "EPSG", "code": 9245}}], "name": "NAD83(CSRS)v7 / UTM zone 9 + CGVD2013a(2010) height", "scope": "Engineering survey, topographic mapping.", "area": "Canada between 138\u00b0W and 132\u00b0W, onshore and offshore south of 84\u00b0N - British Columbia, Northwest Territories, Yukon.", "bbox": {"south_latitude": 48.06, "west_longitude": -138, "north_latitude": 79.42, "east_longitude": -132}}"Lat", "direction": "north", "unit": 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N<AIGNFGUADANNGIGNFRRAFGDDIGNFTSG465_GUADANNG_TO_RRAFGDD8=IGNFGUADANNGIGNFRRAFGIGNFTSG465_GUADANNG_TO_RRAFG4;IGNFGUADANNGEPSGIGNFTSG592_GUADANNG_TO_4326;=IGNFGUADANNIGNFWGS84GUADIGNFTSG465_GUADANN_WGS84GUAD%IGNFGUADANNIGNFWGS84IGNFTSG59257IGNFGUADANNIGNFRRAF91IGNFTSG592_GUADANN_RRAF91$IGNFGUADANNIGNFRRAFIGNFTSG465/3IGNFGUADANNEPSGrIGNFTSG592_GUADANN_4978H%MIGNFGUAD48GEOIGNFWGS84RRAFGEOIGNFTSG592_GUAD48GEO_TO_WGS84RRAFGEOH%MIGNFGUAD48GEOIGNFWGS84GUADGEOIGNFTSG465_GUAD48GEO_TO_WGS84GUADGEOD!IIGNFGUAD48GEOIGNFWGS84GEODDIGNFTSG592_GUAD48GEO_TO_WGS84GEODD@EIGNFGUAD48GEOIGNFWGS84GEOIGNFTSG592_GUAD48GEO_TO_WGS84GEOH%MIGNFGUAD48GEOIGNFW84MARTGEODDIGNFTSG465_GUAD48GEO_TO_W84MARTGEODDBGIGNFGUAD48GEOIGNFRRAFGEODDIGNFTSG465_GUAD48GEO_TO_RRAFGEODD>CIGNFGUAD48GEOIGNFRRAFGEOIGNFTSG465_GUAD48GEO_TO_RRAFGEOD%IIGNFGUAD48GIGNFWGS84MARTGDDIGNFTSG465_GUAD48G_TO_WGS84MARTGDD@!EIGNFGUAD48GIGNFWGS84MARTGIGNFTSG465_GUAD48G_TO_WGS84MARTG<AIGNFGUAD48GIGNFWGS84GDDIGNFTSG592_GUAD48G_TO_WGS84GDD8=IGNFGUAD48GIGNFWGS84GIGNFTSG592_GUAD48G_TO_WGS84G:?IGNFGUAD48GIGNFRRAFGDDIGNFTSG465_GUAD48G_TO_RRAFGDD6;IGNFGUAD48GIGNFRRAFGIGNFTSG465_GUAD48G_TO_RRAFG29IGNFGUAD48GEPSGIGNFTSG592_GUAD48G_TO_43269;IGNFGUAD48IGNFWGS84GUADIGNFTSG465_GUAD48_WGS84GUAD13IGNFGUAD48IGNFWGS84IGNFTSG592_GUAD48_WGS8435IGNFGUAD48IGNFRRAF91IGNFTSG592_GUAD48_RRAF91/1IGNFGUAD48IGNFRRAFIGNFTSG465_GUAD48_RRAF-1IGNFGUAD48EPSGrIGNFTSG592_GUAD48_4978=CIGNFFATU55FGIGNFRGPFGDDIGNFTSG1005_FATU55FG_TO_RGPFGDD9?IGNFFATU55FGIGNFRGPFGIGNFTSG1005_FATU55FG_TO_RGPFG$IGNFFATU55IGNFRGPFIGNFTSG1005>CIGNFFANGA84GIGNFWGS84GDDIGNFTSG749_FANGA84G_TO_WGS84GDD:?IGNFFANGA84GIGNFWGS84GIGNFTSG749_FANGA84G_TO_WGS84G4;IGNFFANGA84GEPSGIGNFTSG749_FANGA84G_TO_4326%IGNFFANGA84IGNFWGS84IGNFTSG74957IGNFFANGA84IGNFRRAF91IGNFTSG749_FANGA84_RRAF91/3IGNFFANGA84EPSGrIGNFTSG749_FANGA84_4978I%OIGNFETRS89GEOIGNFWGS84RRAFGEOIGNFTSG1214_ETRS89GEO_TO_WGS84RRAFGEOE!KIGNFETRS89GEOIGNFWGS84GEODDIGNFTSG1214_ETRS89GEO_TO_WGS84GEODDAGIGNFETRS89GEOIGNFWGS84GEOIGNFTSG1214_ETRS89GEO_TO_WGS84GEO=CIGNFETRS89GIGNFWGS84GDDIGNFTSG1214_ETRS89G_TO_WGS84GDD9?IGNFETRS89GIGNFWGS84GIGNFTSG1214_ETRS89G_TO_WGS84G3;IGNFETRS89GEPSGIGNFTSG1214_ETRS89G_TO_4326%IGNFETRS89IGNFWGS84IGNFTSG121447IGNFETRS89IGNFRRAF91IGNFTSG1214_ETRS89_RRAF91.3IGNFETRS89EPSGrIGNFTSG1214_ETRS89_4978J!%OIGNFEFATE57GEOIGNFWGS84RRAFGEOIGNFTSG518_EFATE57GEO_TO_WGS84RRAFGEOF!!KIGNFEFATE57GEOIGNFWGS84GEODDIGNFTSG518_EFATE57GEO_TO_WGS84GEODDB!GIGNFEFATE57GEOIGNFWGS84GEOIGNFTSG518_EFATE57GEO_TO_WGS84GEO>CIGNFEFATE57GIGNFWGS84GDDIGNFTSG518_EFATE57G_TO_WGS84GDD:?IGNFEFATE57GIGNFWGS84GIGNFTSG518_EFATE57G_TO_WGS84G4;IGNFEFATE57GEPSGIGNFTSG518_EFATE57G_TO_4326%IGNFEFATE57IGNFWGS84IGNFTSG51857IGNFEFATE57IGNFRRAF91IGNFTSG518_EFATE57_RRAF91/3IGNFEFATE57EPSGrIGNFTSG518_EFATE57_4978<AIGNFED50GEOIGNFWGS84GDDIGNFTSG709_ED50GEO_TO_WGS84GDD8=IGNFED50GEOIGNFWGS84GIGNFTSG709_ED50GEO_TO_WGS84G29IGNFED50GEOEPSGIGNFTSG709_ED50GEO_TO_43268=IGNFED50GIGNFWGS84GDDIGNFTSG709_ED50G_TO_WGS84GDD49IGNFED50GIGNFWGS84GIGNFTSG709_ED50G_TO_WGS84G.5IGNFED50GEPSGIGNFTSG709_ED50G_TO_4326"IGNFED50IGNFWGS84IGNFTSG709/1IGNFED50IGNFRRAF91IGNFTSG709_ED50_RRAF91)-IGNFED50EPSGrIGNFTSG709_ED50_4978F%KIGNFCSG67GEOIGNFWGS84RRAFGEOIGNFTSG590_CSG67GEO_TO_WGS84RRAFGEOB!GIGNFCSG67GEOIGNFWGS84GEODDIGNFTSG590_CSG67GEO_TO_WGS84GEODD>CIGNFCSG67GEOIGNFWGS84GEOIGNFTSG590_CSG67GEO_TO_WGS84GEO:?IGNFCSG67GIGNFWGS84GDDIGNFTSG590_CSG67G_TO_WGS84GDD6;IGNFCSG67GIGNFWGS84GIGNFTSG590_CSG67G_TO_WGS84G07IGNFCSG67GEPSGIGNFTSG590_CSG67G_TO_4326#IGNFCSG67IGNFWGS84IGNFTSG590 FCj, U  U  W  | F V *l1h:u8@}<]1s8q:15IGNFMARQUI72EPSGrIGNFTSG762_MARQUI72_497815IGNFMARQUI72EPSGrIGNFTSG761_MARQUI72_497815IGNFMARQUI72EPSGrIGNFTSG760_MARQUI72_49786;IGNFMARE53GIGNFRGNCGIGNFTSG727_MARE53G_TO_RGNCG#IGNFMARE53IGNFRGNCIGNFTSG727:?IGNFLUXGEOIGNFWGS84GDDIGNFTSG802_LUXGEO_TO_WGS84GDD6;IGNFLUXGEOIGNFWGS84GIGNFTSG802_LUXGEO_TO_WGS84G07IGNFLUXGEOEPSGIGNFTSG802_LUXGEO_TO_4326:?IGNFLURESGIGNFWGS84GDDIGNFTSG802_LURESG_TO_WGS84GDD6;IGNFLURESGIGNFWGS84GIGNFTSG802_LURESG_TO_WGS84G07IGNFLURESGEPSGIGNFTSG802_LURESG_TO_4326#IGNFLURESIGNFWGS84IGNFTSG80213IGNFLURESIGNFRRAF91IGNFTSG802_LURES_RRAF91+/IGNFLURESEPSGrIGNFTSG802_LURES_4978/1IGNFLUREFIGNFWGS84IGNFTSG802_LUREF_WGS8413IGNFLUREFIGNFRRAF91IGNFTSG802_LUREF_RRAF91+/IGNFLUREFEPSGrIGNFTSG802_LUREF_4978&IGNFKERG62K0IGNFWGS72IGNFTSG195)IGNFKERG62K0IGNFRGTAAF07IGNFTSG825@EIGNFKERG62GEOIGNFWGS72GEOIGNFTSG195_KERG62GEO_TO_WGS72GEOF#KIGNFKERG62GEOIGNFRGTAAFGEODDIGNFTSG825_KERG62GEO_TO_RGTAAFGEODDBGIGNFKERG62GEOIGNFRGTAAFGEOIGNFTSG825_KERG62GEO_TO_RGTAAFGEO8=IGNFKERG62GIGNFWGS72GIGNFTSG195_KERG62G_TO_WGS72GB#GIGNFKERG62GIGNFRGTAAF07GDDIGNFTSG825_KERG62G_TO_RGTAAF07GDD>CIGNFKERG62GIGNFRGTAAF07GIGNFTSG825_KERG62G_TO_RGTAAF07G79IGNFKERG62CARIGNFWGS72IGNFTSG195_KERG62CAR_WGS72=?IGNFKERG62CARIGNFRGTAAF07IGNFTSG825_KERG62CAR_RGTAAF07<AIGNFKAUE70GIGNFWGS84GDDIGNFTSG754_KAUE70G_TO_WGS84GDD8=IGNFKAUE70GIGNFWGS84GIGNFTSG754_KAUE70G_TO_WGS84G29IGNFKAUE70GEPSGIGNFTSG754_KAUE70G_TO_4326$IGNFKAUE70IGNFWGS84IGNFTSG75435IGNFKAUE70IGNFRRAF91IGNFTSG754_KAUE70_RRAF91-1IGNFKAUE70EPSGrIGNFTSG754_KAUE70_4978F%KIGNFIGN72GEOIGNFWGS84RRAFGEOIGNFTSG677_IGN72GEO_TO_WGS84RRAFGEOB!GIGNFIGN72GEOIGNFWGS84GEODDIGNFTSG677_IGN72GEO_TO_WGS84GEODD>CIGNFIGN72GEOIGNFWGS84GEOIGNFTSG677_IGN72GEO_TO_WGS84GEO:?IGNFIGN72GIGNFWGS84GDDIGNFTSG677_IGN72G_TO_WGS84GDD6;IGNFIGN72GIGNFWGS84GIGNFTSG677_IGN72G_TO_WGS84G07IGNFIGN72GEPSGIGNFTSG677_IGN72G_TO_4326#IGNFIGN72IGNFWGS84IGNFTSG67713IGNFIGN72IGNFRRAF91IGNFTSG677_IGN72_RRAF91+/IGNFIGN72EPSGrIGNFTSG677_IGN72_4978=CIGNFIGN63GEOIGNFRGPFGEOIGNFTSG1008_IGN63GEO_TO_RGPFGEO=CIGNFIGN63GEOIGNFRGPFGEOIGNFTSG1006_IGN63GEO_TO_RGPFGEO9?IGNFIGN63GIGNFRGPFGDDIGNFTSG1008_IGN63G_TO_RGPFGDD9?IGNFIGN63GIGNFRGPFGDDIGNFTSG1006_IGN63G_TO_RGPFGDD5;IGNFIGN63GIGNFRGPFGIGNFTSG1008_IGN63G_TO_RGPFG5;IGNFIGN63GIGNFRGPFGIGNFTSG1006_IGN63G_TO_RGPFG.1IGNFIGN63IGNFRGPFIGNFTSG1008_IGN63_RGPF.1IGNFIGN63IGNFRGPFIGNFTSG1006_IGN63_RGPFF%KIGNFGUAFM48GIGNFWGS84MARTGDDIGNFTSG464_GUAFM48G_TO_WGS84MARTGDDB!GIGNFGUAFM48GIGNFWGS84MARTGIGNFTSG464_GUAFM48G_TO_WGS84MARTG<AIGNFGUAFM48GIGNFRRAFGDDIGNFTSG464_GUAFM48G_TO_RRAFGDD8=IGNFGUAFM48GIGNFRRAFGIGNFTSG464_GUAFM48G_TO_RRAFGD%IIGNFGUADFMGIGNFWGS84MARTGDDIGNFTSG464_GUADFMG_TO_WGS84MARTGDD@!EIGNFGUADFMGIGNFWGS84MARTGIGNFTSG464_GUADFMG_TO_WGS84MARTG:?IGNFGUADFMGIGNFRRAFGDDIGNFTSG464_GUADFMG_TO_RRAFGDD6;IGNFGUADFMGIGNFRRAFGIGNFTSG464_GUADFMG_TO_RRAFGL#%QIGNFGUADFM49GEOIGNFWGS84GUADGEOIGNFTSG464_GUADFM49GEO_TO_WGS84GUADGEOL#%QIGNFGUADFM49GEOIGNFW84MARTGEODDIGNFTSG464_GUADFM49GEO_TO_W84MARTGEODDF#KIGNFGUADFM49GEOIGNFRRAFGEODDIGNFTSG464_GUADFM49GEO_TO_RRAFGEODDB#GIGNFGUADFM49GEOIGNFRRAFGEOIGNFTSG464_GUADFM49GEO_TO_RRAFGEO=?IGNFGUADFM49IGNFWGS84GUADIGNFTSG464_GUADFM49_WGS84GUAD35IGNFGUADFM49IGNFRRAFIGNFTSG464_GUADFM49_RRAF9;IGNFGUADFMIGNFWGS84GUADIGNFTSG464_GUADFM_WGS84GUAD#IGNFGUADFMIGNFRRAFIGNFTSG464F%KIGNFGUADANNGIGNFWGS84MARTGDDIGNFTSG465_GUADANNG_TO_WGS84MARTGDDB!GIGNFGUADANNGIGNFWGS84MARTGIGNFTSG465_GUADANNG_TO_WGS84MARTG>CIGNFGUADANNGIGNFWGS84GDDIGNFTSG592_GUADANNG_TO_WGS84GDD79IGNFMARQUI72IGNFRRAF91IGNFTSG760_MARQUI72_RRAF9184G DiBv9 ~ = b (  D  } 8 w 4YTp/d?vBt;x7t835IGNFMHPF67IGNFRRAF91IGNFTSG756_MHPF67_RRAF91-1IGNFMHPF67EPSGrIGNFTSG756_MHPF67_4978?EIGNFMHEFO55FGIGNFRGPFGDDIGNFTSG1005_MHEFO55FG_TO_RGPFGDD;AIGNFMHEFO55FGIGNFRGPFGIGNFTSG1005_MHEFO55FG_TO_RGPFG47IGNFMHEFO55FIGNFRGPFIGNFTSG1005_MHEFO55F_RGPFH%MIGNFMAYO50GEOIGNFWGS84RRAFGEOIGNFTSG642_MAYO50GEO_TO_WGS84RRAFGEOD!IIGNFMAYO50GEOIGNFWGS84GEODDIGNFTSG642_MAYO50GEO_TO_WGS84GEODD@EIGNFMAYO50GEOIGNFWGS84GEOIGNFTSG642_MAYO50GEO_TO_WGS84GEOD!IIGNFMAYO50GEOIGNFRGM04GEODDIGNFTSG787_MAYO50GEO_TO_RGM04GEODD@EIGNFMAYO50GEOIGNFRGM04GEOIGNFTSG787_MAYO50GEO_TO_RGM04GEO<AIGNFMAYO50GIGNFWGS84GDDIGNFTSG642_MAYO50G_TO_WGS84GDD8=IGNFMAYO50GIGNFWGS84GIGNFTSG642_MAYO50G_TO_WGS84G<AIGNFMAYO50GIGNFRGM04GDDIGNFTSG787_MAYO50G_TO_RGM04GDD8=IGNFMAYO50GIGNFRGM04GIGNFTSG787_MAYO50G_TO_RGM04G29IGNFMAYO50GEPSGIGNFTSG642_MAYO50G_TO_4326$IGNFMAYO50IGNFWGS84IGNFTSG64235IGNFMAYO50IGNFRRAF91IGNFTSG642_MAYO50_RRAF91$IGNFMAYO50IGNFRGM04IGNFTSG787-1IGNFMAYO50EPSGrIGNFTSG642_MAYO50_4978<AIGNFMAUPITIGIGNFRGPFGDDIGNFTSG785_MAUPITIG_TO_RGPFGDD8=IGNFMAUPITIGIGNFRGPFGIGNFTSG785_MAUPITIG_TO_RGPFG$IGNFMAUPITIIGNFRGPFIGNFTSG785D%IIGNFMARTFDGIGNFWGS84MARTGDDIGNFTSG591_MARTFDG_TO_WGS84MARTGDDD%IIGNFMARTFDGIGNFWGS84MARTGDDIGNFTSG467_MARTFDG_TO_WGS84MARTGDD@!EIGNFMARTFDGIGNFWGS84MARTGIGNFTSG591_MARTFDG_TO_WGS84MARTG@!EIGNFMARTFDGIGNFWGS84MARTGIGNFTSG467_MARTFDG_TO_WGS84MARTG:?IGNFMARTFDGIGNFRRAFGDDIGNFTSG591_MARTFDG_TO_RRAFGDD:?IGNFMARTFDGIGNFRRAFGDDIGNFTSG467_MARTFDG_TO_RRAFGDD6;IGNFMARTFDGIGNFRRAFGIGNFTSG591_MARTFDG_TO_RRAFG6;IGNFMARTFDGIGNFRRAFGIGNFTSG467_MARTFDG_TO_RRAFG9;IGNFMARTFDIGNFWGS84GUADIGNFTSG591_MARTFD_WGS84GUAD9;IGNFMARTFDIGNFWGS84GUADIGNFTSG467_MARTFD_WGS84GUAD#IGNFMARTFDIGNFRRAFIGNFTSG591#IGNFMARTFDIGNFRRAFIGNFTSG467H%MIGNFMART38GEOIGNFWGS84GUADGEOIGNFTSG591_MART38GEO_TO_WGS84GUADGEOH%MIGNFMART38GEOIGNFWGS84GUADGEOIGNFTSG467_MART38GEO_TO_WGS84GUADGEOH%MIGNFMART38GEOIGNFW84MARTGEODDIGNFTSG591_MART38GEO_TO_W84MARTGEODDH%MIGNFMART38GEOIGNFW84MARTGEODDIGNFTSG467_MART38GEO_TO_W84MARTGEODDBGIGNFMART38GEOIGNFRRAFGEODDIGNFTSG591_MART38GEO_TO_RRAFGEODDBGIGNFMART38GEOIGNFRRAFGEODDIGNFTSG467_MART38GEO_TO_RRAFGEODD>CIGNFMART38GEOIGNFRRAFGEOIGNFTSG591_MART38GEO_TO_RRAFGEO>CIGNFMART38GEOIGNFRRAFGEOIGNFTSG467_MART38GEO_TO_RRAFGEOD%IIGNFMART38GIGNFWGS84MARTGDDIGNFTSG591_MART38G_TO_WGS84MARTGDDD%IIGNFMART38GIGNFWGS84MARTGDDIGNFTSG467_MART38G_TO_WGS84MARTGDD@!EIGNFMART38GIGNFWGS84MARTGIGNFTSG591_MART38G_TO_WGS84MARTG@!EIGNFMART38GIGNFWGS84MARTGIGNFTSG467_MART38G_TO_WGS84MARTG:?IGNFMART38GIGNFRRAFGDDIGNFTSG591_MART38G_TO_RRAFGDD:?IGNFMART38GIGNFRRAFGDDIGNFTSG467_MART38G_TO_RRAFGDD6;IGNFMART38GIGNFRRAFGIGNFTSG591_MART38G_TO_RRAFG6;IGNFMART38GIGNFRRAFGIGNFTSG467_MART38G_TO_RRAFG9;IGNFMART38IGNFWGS84GUADIGNFTSG591_MART38_WGS84GUAD9;IGNFMART38IGNFWGS84GUADIGNFTSG467_MART38_WGS84GUAD/1IGNFMART38IGNFRRAFIGNFTSG591_MART38_RRAF/1IGNFMART38IGNFRRAFIGNFTSG467_MART38_RRAF@EIGNFMARQUI72GIGNFWGS84GDDIGNFTSG762_MARQUI72G_TO_WGS84GDD@EIGNFMARQUI72GIGNFWGS84GDDIGNFTSG761_MARQUI72G_TO_WGS84GDD@EIGNFMARQUI72GIGNFWGS84GDDIGNFTSG760_MARQUI72G_TO_WGS84GDD<AIGNFMARQUI72GIGNFWGS84GIGNFTSG762_MARQUI72G_TO_WGS84G<AIGNFMARQUI72GIGNFWGS84GIGNFTSG761_MARQUI72G_TO_WGS84G<AIGNFMARQUI72GIGNFWGS84GIGNFTSG760_MARQUI72G_TO_WGS84G6=IGNFMARQUI72GEPSGIGNFTSG762_MARQUI72G_TO_43266=IGNFMARQUI72GEPSGIGNFTSG761_MARQUI72G_TO_43266=IGNFMARQUI72GEPSGIGNFTSG760_MARQUI72G_TO_4326&IGNFMARQUI72IGNFWGS84IGNFTSG762&IGNFMARQUI72IGNFWGS84IGNFTSG761&IGNFMARQUI72IGNFWGS84IGNFTSG76079IGNFMARQUI72IGNFRRAF91IGNFTSG762_MARQUI72_RRAF919IGNFMARQUI7$IGNFMHPF67IGNFWGS84IGNFTSG756 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!MIGN<AIGNFSTPM50GIGNFRGSPM06GIGNFTSG795_STPM50G_TO_RGSPM06G FEv- b =  H  X  z C  H zGK&H F{Jr> 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C\.i,]1s8o5x/L@!EIGNFWGS84MARTGIGNFRGAF09GIGNFTSG818_WGS84MARTG_TO_RGAF09GL%#QIGNFWGS84GUADGEOIGNFRGAF09GEODDIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEODDL%#QIGNFWGS84GUADGEOIGNFRGAF09GEODDIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEODDL%#QIGNFWGS84GUADGEOIGNFRGAF09GEODDIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEODDH%MIGNFWGS84GUADGEOIGNFRGAF09GEOIGNFTSG820_WGS84GUADGEO_TO_RGAF09GEOH%MIGNFWGS84GUADGEOIGNFRGAF09GEOIGNFTSG819_WGS84GUADGEO_TO_RGAF09GEOH%MIGNFWGS84GUADGEOIGNFRGAF09GEOIGNFTSG818_WGS84GUADGEO_TO_RGAF09GEO9;IGNFWGS84GUADIGNFRGAF09IGNFTSG820_WGS84GUAD_RGAF099;IGNFWGS84GUADIGNFRGAF09IGNFTSG819_WGS84GUAD_RGAF099;IGNFWGS84GUADIGNFRGAF09IGNFTSG818_WGS84GUAD_RGAF09F%KIGNFWGS72GEOIGNFWGS84RRAFGEOIGNFTSG348_WGS72GEO_TO_WGS84RRAFGEOB!GIGNFWGS72GEOIGNFWGS84GEODDIGNFTSG348_WGS72GEO_TO_WGS84GEODD>CIGNFWGS72GEOIGNFWGS84GEOIGNFTSG348_WGS72GEO_TO_WGS84GEO:?IGNFWGS72GIGNFWGS84GDDIGNFTSG348_WGS72G_TO_WGS84GDD6;IGNFWGS72GIGNFWGS84GIGNFTSG348_WGS72G_TO_WGS84G07IGNFWGS72GEPSGIGNFTSG348_WGS72G_TO_4326#IGNFWGS72IGNFWGS84IGNFTSG34813IGNFWGS72IGNFRRAF91IGNFTSG348_WGS72_RRAF91+/IGNFWGS72EPSGrIGNFTSG348_WGS72_4978H%MIGNFWALL78GEOIGNFWGS84RRAFGEOIGNFTSG609_WALL78GEO_TO_WGS84RRAFGEOD!IIGNFWALL78GEOIGNFWGS84GEODDIGNFTSG609_WALL78GEO_TO_WGS84GEODD@EIGNFWALL78GEOIGNFWGS84GEOIGNFTSG609_WALL78GEO_TO_WGS84GEO<AIGNFWALL78GIGNFWGS84GDDIGNFTSG609_WALL78G_TO_WGS84GDD8=IGNFWALL78GIGNFWGS84GIGNFTSG609_WALL78G_TO_WGS84G29IGNFWALL78GEPSGIGNFTSG609_WALL78G_TO_4326$IGNFWALL78IGNFWGS84IGNFTSG60935IGNFWALL78IGNFRRAF91IGNFTSG609_WALL78_RRAF91-1IGNFWALL78EPSGrIGNFTSG609_WALL78_4978L%#QIGNFW84MARTGEODDIGNFRGAF09GEODDIGNFTSG820_W84MARTGEODD_TO_RGAF09GEODDL%#QIGNFW84MARTGEODDIGNFRGAF09GEODDIGNFTSG819_W84MARTGEODD_TO_RGAF09GEODDL%#QIGNFW84MARTGEODDIGNFRGAF09GEODDIGNFTSG818_W84MARTGEODD_TO_RGAF09GEODDH%MIGNFW84MARTGEODDIGNFRGAF09GEOIGNFTSG820_W84MARTGEODD_TO_RGAF09GEOH%MIGNFW84MARTGEODDIGNFRGAF09GEOIGNFTSG819_W84MARTGEODD_TO_RGAF09GEOH%MIGNFW84MARTGEODDIGNFRGAF09GEOIGNFTSG818_W84MARTGEODD_TO_RGAF09GEO<AIGNFTUBU69GIGNFWGS84GDDIGNFTSG766_TUBU69G_TO_WGS84GDD8=IGNFTUBU69GIGNFWGS84GIGNFTSG766_TUBU69G_TO_WGS84G29IGNFTUBU69GEPSGIGNFTSG766_TUBU69G_TO_4326$IGNFTUBU69IGNFWGS84IGNFTSG76635IGNFTUBU69IGNFRRAF91IGNFTSG766_TUBU69_RRAF91-1IGNFTUBU69EPSGrIGNFTSG766_TUBU69_4978<AIGNFTUAM86GIGNFWGS84GDDIGNFTSG765_TUAM86G_TO_WGS84GDD<AIGNFTUAM86GIGNFWGS84GDDIGNFTSG764_TUAM86G_TO_WGS84GDD<AIGNFTUAM86GIGNFWGS84GDDIGNFTSG763_TUAM86G_TO_WGS84GDD8=IGNFTUAM86GIGNFWGS84GIGNFTSG765_TUAM86G_TO_WGS84G8=IGNFTUAM86GIGNFWGS84GIGNFTSG764_TUAM86G_TO_WGS84G8=IGNFTUAM86GIGNFWGS84GIGNFTSG763_TUAM86G_TO_WGS84G29IGNFTUAM86GEPSGIGNFTSG765_TUAM86G_TO_432629IGNFTUAM86GEPSGIGNFTSG764_TUAM86G_TO_432629IGNFTUAM86GEPSGIGNFTSG763_TUAM86G_TO_4326$IGNFTUAM86IGNFWGS84IGNFTSG765$IGNFTUAM86IGNFWGS84IGNFTSG764$IGNFTUAM86IGNFWGS84IGNFTSG76335IGNFTUAM86IGNFRRAF91IGNFTSG765_TUAM86_RRAF9135IGNFTUAM86IGNFRRAF91IGNFTSG764_TUAM86_RRAF9135IGNFTUAM86IGNFRRAF91IGNFTSG763_TUAM86_RRAF91-1IGNFTUAM86EPSGrIGNFTSG765_TUAM86_4978-1IGNFTUAM86EPSGrIGNFTSG764_TUAM86_4978-1IGNFTUAM86EPSGrIGNFTSG763_TUAM86_4978>CIGNFTETIA90GIGNFWGS84GDDIGNFTSG755_TETIA90G_TO_WGS84GDD:?IGNFTETIA90GIGNFWGS84GIGNFTSG755_TETIA90G_TO_WGS84G=CIGNFTETIA90GIGNFRGPFGDDIGNFTSG1003_TETIA90G_TO_RGPFGDD9?IGNFTETIA90GIGNFRGPFGIGNFTSG1003_TETIA90G_TO_RGPFG4;IGNFTETIA90GEPSGIGNFTSG755_TETIA90G_TO_4326%IGNFTETIA90IGNFWGS84IGNFTSG75557IGNFTETIA90IGNFRRAF91IGNFTSG755_TETIA90_RRAF91%IGNFTETIA90IGNFRGPFIGNFTSG1003/3IGNFTETIA90EPSGrIGNFTSG755_TETIA90_4978I%M@!EIGNFWGS84MARTGIGNFRGAF09GIGNFTSG819_WGS84MARTG_TO_RGAF09G  Gz5f! F " n J % l G$#NKGETRF14EPSGNKGPAR_2020_LT$#NKGETRF14EPSGNKGPAR_2020_SE$#NKGETRF14EPSGNKGPAR_2020_FI$#NKGETRF14EPSGNKGPAR_2020_EE$#NKGETRF14EPSGNKGPAR_2020_NO$#NKGETRF14EPSGNKGPAR_2020_DK$#NKGETRF14EPSGNKGPAR_2020_LV#!NKGETRF00EPSGNKGP1_2008_LT#!NKGETRF00EPSGNKGP1_2008_SE#!NKGETRF00EPSGNKGP1_2008_FI#!NKGETRF00EPSGNKGP1_2008_EE#!NKGETRF00EPSGNKGP1_2008_NO#!NKGETRF00EPSGNKGP1_2008_DK#!NKGETRF00EPSGNKGP1_2008_LVH%MIGNFWGS84MARTGDDIGNFRGAF09GDDIGNFTSG820_WGS84MARTGDD_TO_RGAF09GDDH%MIGNFWGS84MARTGDDIGNFRGAF09GDDIGNFTSG819_WGS84MARTGDD_TO_RGAF09GDDH%MIGNFWGS84MARTGDDIGNFRGAF09GDDIGNFTSG818_WGS84MARTGDD_TO_RGAF09GDDD%IIGNFWGS84MARTGDDIGNFRGAF09GIGNFTSG820_WGS84MARTGDD_TO_RGAF09GD%IIGNFWGS84MARTGDDIGNFRGAF09GIGNFTSG819_WGS84MARTGDD_TO_RGAF09GD%IIGNFWGS84MARTGDDIGNFRGAF09GIGNFTSG818_WGS84MARTGDD_TO_RGAF09GD!IIGNFWGS84MARTGIGNFRGAF09GDDIGNFTSG820_WGS84MARTG_TO_RGAF09GDDD!IIGNFWGS84MARTGIGNFRGAF09GDDIGNFTSG819_WGS84MARTG_TO_RGAF09GDDD!IIGNFWGS84MARTGIGNFRGAF09GDDIGNFTSG818_WGS84MARTG_TO_RGAF09GDD@!EIGNFWGS84MARTGIGNFRGAF09GIGNFTSG820_WGS84MARTG_TO_RGAF09G  7 9 c M:W1E[ EPSG2Palestine 1923 to WGS 84 (1)Accuracy: 1m to north and 5m to south of east-west line through Beersheba (31°15'N). Not recognised by Survey of Israel. See Palestine 1923 to WGS 84 (2) (code 8650).EPSG%EPSGEPSGq;Mj@Ws@uNOv_خEPSG#) nzG'Z1EPSG#EPSG#EPSG-Isr-1?EPSG1Israel 1993 to WGS 84 (1)For more accurate transformation contact Survey of Israel.EPSG%EPSG-EPSG74EPSG#)SoI-Isr>1OEPSG/Palestine 1923 to Israel 1993 (1)For more accurate transformation contact Survey of Israel.EPSG%EPSGEPSG-?KEPSG#)SoI-Isr"0;mEPSG.Guam 1963 to WGS 84 (1)Derived at 5 stations. Accuracy 3m in each axis.EPSG%EPSGCEPSGEPSG#)DMA-GumG15EPSG+Minna to WGS 84 (11)Used by Statoil for deep water blocks 210, 213, 217 and 218. Parameter values interpolated from Racal Survey geocentric translation contour charts for each of these four blocks and then averaged.EPSG%EPSGEPSGWfffffVy@\EPSG#)Stat-Nga1=k+EPSG*Amersfoort to ETRS89 (2)Replaced by Amersfoort to ETRS89 (4) (tfm code 15740). Dutch sources also quote an equivalent transformation using the Coordinate Frame 7-parameter method - see tfm code 1751.EPSG%EPSGEPSG?@A7K@}"`EPSG#)?@" (EPSG#@O M;EPSG#AMAx@oASzEPSG#)NCG-Nld 2000 MB09;EPSG)Lao 1997 to WGS 84 (1)Derived at 25 stations.EPSG%EPSGFEPSG@FJG{`fȴ9XCšEPSG#)NGD-Lao$0=;EPSG(Lao 1993 to Lao 1997 (1)Derived at 25 stations.EPSG%EPSGEEPSGF?333333/w?lC?C$EPSG#)NGD-Lao"0I9EPSG'Vientiane 1982 to Lao 1997 (1)Derived at 8 stations.EPSG%EPSGDEPSGF`A7@tj@lCEPSG#)NGD-Lao-05  EPSG&Kudams to WGS 84 (2)EPSG%EPSGEPSG@lVvȴ9Xh*ȴ9XA|hsEPSG#)@E@bM"y"`EPSG#?ZݘEPSG#Par-Kwt05  EPSG%Kudams to WGS 84 (1)EPSG%EPSGEPSG4@&@333333EPSG#)Mun-Kwt~0/  EPSG$NGN to WGS 84 (1)EPSG%EPSGEPSG @ffffffEPSG#)Mun-Kwt~0/  EPSG#KOC to WGS 84 (1)EPSG%EPSGEPSGrk33333i33333@lEPSG#)WGC-Kwt30=  EPSG"Ain el Abd to WGS 84 (6)EPSG%EPSGlEPSG2lw8 ěEPSG#)zG{?r ěXbMEPSG#@ A7KƨEPSG#Par-Kwt S30=  EPSG!Ain el Abd to WGS 84 (5)EPSG%EPSGlEPSGiG|hse ;dZOGzEPSG#) \(\+ J?QEPSG#@EPSG#Par-Kwt NC1=/ EPSG Ain el Abd to WGS 84 (4)Derivation is more precise, but no evidence that accuracy is better than Ain el Abd to WGS 84 (3). OGP recommends using Ain el Abd to WGS 84 (3).EPSG%EPSGlEPSGUiGzq;dZSO;dZEPSG#)O;dZ?j~#A7KƨEPSG#@ O;dZEPSG#Par-Kwt0=9 EPSGAin el Abd to WGS 84 (3)Derived at station K1.EPSG%EPSGlEPSGb6fffffo#33333?EPSG#)WGC-Kwt{1/% #EPSGMGI to ETRS89 (4)Parameter values from MGI to WGS 84 (8) (tfm code 1194). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Information source gives scale as -2.388739 ppm.EPSG%EPSGEPSG@ͣ =q@UF@~SEPSG#) 1&xnOEPSG#ߤ@EPSG#LBD-Aut Sty j Z + )w[?a171EPSGGPSAD56 to WGS 84 (13)Parameter values are from PSAD56 to REGVEN (1) (code 1769) assuming that REGVEN is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGphr@\Vuv-VEPSG#)bM+@ I^5?EPSG#o-VEPSG#AB/˅V =qA-QEPSG#)EPSG-Ven0A 'EPSGFMonte Mario to WGS 84 (11)EPSG%EPSGEPSG l =pL =p @6nzGEPSG#)ENI-Ita W Sic0A 'EPSGEMonte Mario to WGS 84 (10)EPSG%EPSGEPSG l\(PnQ@45\(EPSG#)ENI-Ita E Sic 0? 'EPSGDMonte Mario to WGS 84 (9)EPSG%EPSGEPSG l!RP׮zH@-8QEPSG#)ENI-Ita N Jon 0? #EPSGCMonte Mario to WGS 84 (8)EPSG%EPSGEPSG lQQ p =@+(\EPSG#)ENI-Ita Otr0? /EPSGBMonte Mario to WGS 84 (7)EPSG%EPSGEPSG lc33333Qfffff@,EPSG#)ENI-Ita Adr S Gar0? 3EPSGAMonte Mario to WGS 84 (6)EPSG%EPSGEPSG l,P@ffffffEPSG#)ENI-Ita Adr Anc-Gar0? /EPSG@Monte Mario to WGS 84 (5)EPSG%EPSGEPSG kfffffPQ?p =qEPSG#)ENI-Ita Adr N Anc03 EPSG?ED50 to WGS 84 (37)EPSG%EPSGEPSG@[33333afffffEPSG#)RJGC-Jor[03g  EPSG>JAD69 to WGS 84 (3)Derived at 4 stations, tested at a further 9.EPSG%EPSGEPSG@j~#@c9?|h@W`A7LEPSG#)@!)x@x(\)EPSG#!fffffEPSG#UT-Jam 1m003gEPSG=JAD69 to WGS 84 (2)Derived at 4 stations, tested at a further 9.EPSG%EPSGEPSG@PU`A7L@jQ@x:zGEPSG#)UT-Jam 2md13gEPSGEPSGEPSG#)IGM-ItaJ13? EPSGJIGM95 to ETRS89 (1)IGM95 is the first Italian realization of ETRS89. May be taken as approximate transformation IGM95 to WGS 84 - see code 1099. For accurate transformation to a later realization see IGM95 to RDN2008 (1) (CT code 9737).EPSG%EPSG>EPSG?EPSG#)IGM-Ita 1Q+ EPSGIDealul Piscului 1970 to WGS 84 (2)Parameter values taken from Pulkovo 1942 to WGS 84 (9) (code 1293) assuming that Pulkovo 1942 in Romania is equivalent to Dealul Piscului 1970.EPSG%EPSGEPSGEPSG#)EPSG-Rom;5EPSGHLa Canoa to WGS 84 (13)Parameter values are from La Canoa to REGVEN (1)e0=o !EPSGXAmersfoort to WGS 84 (1)Replaced by Amersfoort to WGS 84 (2) (code 1672).EPSG%EPSGEPSG@Gz@:&fffff@} =qEPSG#)Kq 1iBEPSG#@O\(EPSG#NCG-Nld 93 J } G i (=b]J</11EPSGkChua to WGS 84 (1)Derived at 6 stations. Accuracy 6m, 9m and 5m in X, Y and Z axes.EPSG%EPSGEPSG zEPSG#)DMA-Pry319EPSGjCarthage to WGS 84 (1)Derived at 5 stations. Accuracy 6m, 9m and 8m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-TunO11'EPSGiCape to WGS 84 (2)Parameter values are from Cape to Hartebeesthoek94 (1) (code 1504) assuming that Hartebeesthoek94 and WGS 84 are equivalent within the accuracy of the transformation. Residuals should not exceed 15 metres.EPSG%EPSG~EPSG`\([G{rJ\(EPSG#)DSLI-Zaf/11EPSGhCape to WGS 84 (1)Derived at 5 stations. Accuracy 3m, 6m and 6m in X, Y and Z axes.EPSG%EPSG~EPSG xEPSG#)DMA-Zaf)0GoEPSGgCampo Inchauspe to WGS 84 (1)Derived at 20 stations. Accuracy 5m in each axis.EPSG%EPSG}EPSG lZEPSG#)DMA-Arg0AM#EPSGfBukit Rimpah to WGS 84 (1)Accuracy estimate not available.EPSG%EPSG{EPSGEPSG#)DMA-Idn BBI?1?EPSGeBogota 1975 to WGS 84 (1)Derived in 1987 at 7 stations. Accuracy 6m, 5m and 6m in X, Y and Z axes.EPSG%EPSGzEPSG 30EPSG#)DMA-Col&0AoEPSGdBermuda 1957 to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%EPSGxEPSG#(EPSG#)DMA-Bmu017{+ EPSGcBatavia to WGS 84 (1)Note: The area of use cited for this transformation (Sumatra) is not consistent with the area of use (Java) for the Batavia (Genuk) coordinate reference system. Derived at 5 stations.EPSG%EPSGsEPSGEPSG#)DMA-Idn Sumatra'09q#EPSGbArc 1960 to WGS 84 (1)Derived at 25 stations. Accuracy 20m in each axis.EPSG%EPSGrEPSG#`EPSG#)DMA-Ken Tzai19{EPSGaArc 1950 to WGS 84 (9)Derived at 10 stations. Accuracy 5m, 8m and 11m in X, Y and Z axes. Replaced by Arc 1950 to WGS 84 (10), tfm code 6906.EPSG%EPSGqEPSGrEPSG#)DMA-Zwe619EPSG`Arc 1950 to WGS 84 (8)Derived at 5 stations. Accuracy 21m, 21m and 27m in X, Y and Z axes.EPSG%EPSGqEPSG)mEPSG#)DMA-Zmb099 EPSG_Arc 1950 to WGS 84 (7)Derived at 2 stations.EPSG%EPSGqEPSGWEPSG#)DMA-Cod&19uEPSG^Arc 1950 to WGS 84 (6)Derived at 4 stations. Accuracy 15m in each axis. Note: Eswatini does not use Arc 1950 but does use Cape (CRS code 4222); Cape and Arc 1950 datums share a common fundamental point.EPSG%EPSGqEPSGzEPSG#)DMA-Swz419EPSG]Arc 1950 to WGS 84 (5)Derived at 6 stations. Accuracy 9m, 24m and 8m in X, Y and Z axes.EPSG%EPSGqEPSG_EPSG#)DMA-Mwi419EPSG\Arc 1950 to WGS 84 (4)Derived at 5 stations. Accuracy 3m, 3m and 8m in X, Y and Z axes. Note: Lesotho does not use Arc 1950 but does use Cape (CRS code 4222); Cape and Arc 1950 datums share a common fundamental point.EPSG%EPSGqEPSG EPSG#)DMA-Lso099 EPSG[Arc 1950 to WGS 84 (3)Derived at 3 stations.EPSG%EPSGqEPSG#gEPSG#)DMA-Bdi319EPSGZArc 1950 to WGS 84 (2)Derived at 9 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%EPSGqEPSGvEPSG#)DMA-Bwa9-EPSGYArc 1950 to WGS 84 (1)Derived at 41 stations. Accuracy 20m, 33m and 20m B1UEPSGlCorrego Alegre 1970-72 to WGS 84 (1)Derived at 17 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%EPSGEPSG2EPSG#)DMA-Bra T ) w ! ;-~ADTk1?wEPSGIndian 1975 to WGS 84 (1)Derived at 62 stations. Accuracy 3m, 2m and 3m in X, Y and Z axes. Replaced by Indian 1975 to WGS 84 (2) (code 1304).EPSG%EPSGEPSG2"EPSG#)DMA-Tha+0IoEPSGHu Tzu Shan 1950 to WGS 84 (1)Derived at 4 stations. Accuracy 15m in each axis.EPSG%EPSGEPSG5EPSG#)DMA-Twn115EPSGNZGD49 to WGS 84 (1)Derived at 14 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%EPSGEPSGTEPSG#)DMA-Nzl*13 EPSG~GDA94 to WGS 84 (1)Approximation at the 3m level assuming WGS 84 is equivalent to GDA94. Ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-Ausx15' EPSG}ETRS89 to WGS 84 (1)ETRS89 and WGS 84 are realizations of ITRS coincident to within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%EPSGEPSGEPSG#)EPSG-eur51=EPSG|Egypt 1907 to WGS 84 (1)Derived at 14 stations. Accuracy 3m, 6m and 8m in X, Y and Z axes.EPSG%EPSGEPSG ~nEPSG#)DMA-Egy-0-  #EPSG{ED50 to ED87 (2)EPSG%EPSGEPSG(\)Gz EPSG#)I^5?}lC1&EPSG#?|hrEPSG#NMA-Nor N65801 %EPSGzED87 to WGS 84 (1)EPSG%EPSGEPSG?陙Tȴ9XXt[`A7LEPSG#)>BZc ?=K]?{mEPSG#}HEPSG#5Nat-NSea-90313#EPSGyED50 to WGS 84 (13)Derived at 18 stations. Accuracy 5m, 6m and 3m in X, Y and Z axes.EPSG%EPSGEPSG EPSG#)DMA-Prt Esp03mEPSGxED50 to WGS 84 (12)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGEPSG,kEPSG#)DMA-Mlt"03o#EPSGwED50 to WGS 84 (11)Derived at 3 stations. Accuracy 20m in each axis.EPSG%EPSGEPSG#yEPSG#)DMA-Ita Sic"03o%EPSGvED50 to WGS 84 (10)Derived at 2 stations. Accuracy 25m in each axis.EPSG%EPSGEPSG,EPSG#)DMA-Ita Sard}1=EPSGuED50(ED77) to WGS 84 (2)Given by DMA as from ED50. OGP interpret that as ED50(ED77) in Iran. Derived at 27 stations. Accuracy 9m, 12m and 11m in X, Y and Z axes.EPSG%EPSG:EPSG|\EPSG#)DMA-Irn01oEPSGtED50 to WGS 84 (8)Derived at 2 stations. Accuracy 25m in each axis.EPSG%EPSGEPSG,~EPSG#)DMA-Grc211#EPSGsED50 to WGS 84 (7)Derived at 20 stations. Accuracy 3m, 5m and 3m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-Fin Nor 01o#EPSGrED50 to WGS 84 (6)Derived at 40 stations. Accuracy 3m in each axis.EPSG%EPSGEPSGEPSG#)DMA-Irl Gbr011EPSGqED50 to WGS 84 (5)Derived at 14 stations. Accuracy 6m, 8m and 8m in X, Y and Z axes.EPSG%EPSGEPSG ~iEPSG#)DMA-Egy01oEPSGpED50 to WGS 84 (4)Derived at 4 stations. Accuracy 15m in each axis.EPSG%EPSGEPSGtEPSG#)DMA-Cyp\11a#EPSGoED50 to WGS 84 (3)Accuracy estimate not available. Note: ED50 is not used in Israel, Lebanon, Kuwait, Saudi Arabia or Syria.EPSG%EPSGEPSG癖sEPSG#)DMA-midEast01i!EPSGnED50 to WGS 84 (2)Derived at 52 stations. Accuracy 3m each axis.EPSG%EPSGEPSGEPSG#)DMA-cenEur:1?EPSGIndian 1954 to WGS 84 (1)Derived at 11 stations. Accuracy 15m, 6m and 12m in X, Y and Z axes.EPSG%EPSGEPSG7+EPSG#)DMA-Tha B A , s '-_P0yJ513!EPSGNAD27 to WGS 84 (6)Derived at 276 stations. Accuracy 5m, 3m and 3m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-ConusW513!EPSGNAD27 to WGS 84 (5)Derived at 129 stations. Accuracy 5m, 5m and 8m in X, Y and Z axes.EPSG%EPSGEPSG EPSG#)DMA-ConusE413EPSGNAD27 to WGS 84 (4)Derived at 405 stations. Accuracy 5m, 5m and 6m in X, Y and Z axes.EPSG%EPSGEPSG EPSG#)DMA-Conus413EPSGNAD27 to WGS 84 (3)Derived at 112 stations. Accuracy 15m, 11m and 6m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-Can213!EPSGNAD27 to WGS 84 (2)Derived at 19 stations. Accuracy 8m, 3m and 5m in X, Y and Z axes.EPSG%EPSGEPSG }EPSG#)DMA-Cen Am413EPSGNAD27 to WGS 84 (1)Derived at 15 stations. Accuracy 3m, 9m and 12m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-Carib'0?m#EPSGMonte Mario to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGEPSG, EPSG#)DMA-Ita Sar.13EPSGMinna to WGS 84 (2)Derived at 6 stations. Accuracy 3m, 6m and 5m in X, Y and Z axes.EPSG%EPSGEPSGzEPSG#)DMA-NgaL13KEPSGMinna to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis. Note: Minna is used in Nigeria, not Cameroon.EPSG%EPSGEPSG,sEPSG#)DMA-Cmr219EPSGMerchich to WGS 84 (1)Derived at 9 stations. Accuracy 5m, 3m and 3m in X, Y and Z axes.EPSG%EPSGEPSG/EPSG#)DMA-Mar 07mEPSGMassawa to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGEPSG,1C!EPSGTimbalai 1948 to WGS 84 (1)Derived at 8 stations. Accuracy 10m, 10m and 12m in X, Y and Z axes.EPSG%EPSGEPSGYEPSG#)DMA-Borneo0=MEPSGTananarive to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSGCEPSG#)DMA-Mdg01=EPSGSchwarzeck to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis. Beware! Source CRS uses German legal metres, transformation parameter values are in (International) metres. See tfm code 1271 for example.EPSG%EPSGEPSG#haEPSG#)DMA-Nam*0ImEPSGSapper Hill 1943 to WGS 84 (1)Derived at 5 stations. Accuracy 1m in each axis.EPSG%EPSGEPSGHEPSG#)DMA-Flk E059 EPSGSAD69 to WGS 84 (13)Derived at 5 stations.EPSG%EPSGEPSGEPSG#)DMA-Ven57 EPSGSAD69 to WGS 84 (12)Derived at 1 station.EPSG%EPSGEPSG EPSG#)DMA-Tto ;V G e .}u;i0+ EPSGNTF to ED50 (1)EPSG%EPSGEPSG%EPSG#)IGN-FraN13OEPSGED50 to WGS 84 (17)These same parameter values are used to transform to ETRS89. See ED50 to ETRS89 (10) (code 1650).EPSG%EPSGEPSGEPSG#)IGN-Fra1Y1EPSGPulkovo 1942 to ETRS89-LTU [LKS94] (1)May be taken as approximate transformation Pulkovo 1942 to WGS 84 - see code 1679.EPSG%EPSGEPSG= DL(\2QU-VEPSG#)bMO;dZ@SEPSG#2-VEPSG#HNIT-Ltup11! EPSGHD72 to ETRS89 (1)May be taken as approximate transformation HD72 to WGS 84 - see code 1677.EPSG%EPSGEPSG@RGz@.QEPSG#)׮zGəGzEPSG#(\)EPSG#ELTE-Hun05  EPSGGGRS87 to WGS 84 (1)EPSG%EPSGEPSGh =p@R\(@n =pEPSG#)Hel-Grc 1=EPSGSchwarzeck to WGS 84 (2)Beware! Source CRS uses GLM, tfm param in m. Example: Schwarzeck φ=19°35'46.952"S λ=20°41'50.649"E h=1185.99m; X=5623409.386 Y=2124618.003 Z=-2125847.632 GLM; X=5623485.84m Y=2124646.89m Z=-2125876.54m; WGS 84 X=5624101.48m Y=2124748.97m Z=-2126132.35m.EPSG%EPSGEPSG@=Q@YQoREPSG#)SLI-Nam!1CqEPSGPulkovo 1942 to WGS 84 (17)Derived through concatenation of Pulkovo 1942 to PZ-90 (1) (tfm code 15844) and PZ-90 to WGS 84 (2) (tfm code 1244. Mandated for use in Russia by GOST R 51794-2001, but this has been superseded by GOST R 51794-2008. Replaced by tfm code 5044.EPSG%EPSGEPSG@7Qa =qT9EPSG#)ffffff=p =EPSG#QEPSG#GOST-RusZ1?1 EPSGPulkovo 1995 to PZ-90 (1)Mandated for use in Russia by GosStandard of Russia Decree #327 of August 9, 2001.EPSG%EPSGhEPSG@9fffff`^zGTp =qEPSG#)GOST-Rus]13iEPSGFahud to WGS 84 (1)Derived at 7 stations. Accuracy 3m, 3m and 9m in X, Y and Z axes. Replaced by Fahud to WGS 84 (3) (code 6908).EPSG%EPSGEPSG EPSG#)DMA-Omnz1I EPSGNord Sahara 1959 to WGS 84 (2)Derived at 2 stations. Accuracy 25m in each axis. CAUTION: DMA describe Source CRS as Voirol 1960. OGP believes that the data used in the derivation of these parameters contains a blunder. We recommend using CT North Sahara 1959 to WGS84 (1) (code 1253).EPSG%EPSGEPSG,2EPSG#)DMA-Dza N0AMEPSGPulkovo 1942 to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSG~EPSG#)DMA-Rus*0IoEPSGNord Sahara 1959 to WGS 84 (1)Derived at 3 stations. Accuracy 25m in each axis.EPSG%EPSGEPSG,F6EPSG#)DMA-Alg03m !EPSGNAD83 to WGS 84 (3)Derived at 6 stations. Accuracy 2m in each axis.EPSG%EPSGEPSGEPSG#)DMA-USA Hi013!EPSGNAD83 to WGS 84 (2)Derived at 4 stations. Accuracy 5m, 2m and 5m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-AK Alu#05o#EPSGNAD27 to WGS 84 (22)Derived at 5 stations. Accuracy 10m in each axis.EPSG%EPSGEPSGiEPSG#)DMA-AK AluW615#EPSGNAD27 to WGS 84 (21)Derived at 6 stations. Accuracy 6m, 8m and 10m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-AK AluE01mEPSGID74 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGEPSG,EPSG#)DMA-Idn 1E/EPSGKalianpur 1962 to WGS 84 (1)Care! DMA ellipsoid is inconsistent with EPSG ellipsoid - transformation parameter values may not be appropriate. No accuracy estimate available.EPSG%EPSG1EPSGEPSG#)DMA-Pak v Y/iO)v10CO)EPSGTrinidad 1903 to WGS 84 (1)Derived in 1989 by ONI for Amoco.EPSG%EPSGEPSGN"`@q+@}FEPSG#)Amoco-Tto Trin0?M!EPSGVoirol 1875 to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSG EPSG#)NIMA-Dza N 0A9 EPSG Pulkovo 1942 to WGS 84 (9)Derived at 4 stations.EPSG%EPSGEPSGEPSG#)NIMA-Rom 0A9 EPSG Pulkovo 1942 to WGS 84 (8)Derived at 7 stations.EPSG%EPSGEPSG~EPSG#)NIMA-Alb 0A9EPSG Pulkovo 1942 to WGS 84 (7)Derived at 2 stations.EPSG%EPSGEPSG,~EPSG#)NIMA-Kaz 0A9EPSG Pulkovo 1942 to WGS 84 (6)Derived at 5 stations.EPSG%EPSGEPSGEPSG#)NIMA-Lva 0A9 EPSG Pulkovo 1942 to WGS 84 (5)Derived at 6 stations.EPSG%EPSGEPSGEPSG#)NIMA-Cze 0A; EPSGPulkovo 1942 to WGS 84 (4)Derived at 11 stations.EPSG%EPSGEPSGEPSG#)NIMA-Pol 0A9 EPSGPulkovo 1942 to WGS 84 (3)Derived at 5 stations.EPSG%EPSGEPSGEPSG#)NIMA-Hun05M% EPSGSegora to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSGm)EPSG#)NIMA-Idn Kal619EPSGArc 1960 to WGS 84 (3)Derived at 12 stations. Accuracy 6m, 9m and 10m in X, Y and Z axes.EPSG%EPSGrEPSGQEPSG#)NIMA-Tza519EPSGArc 1960 to WGS 84 (2)Derived at 24 stations. Accuracy 4m, 3m and 3m in X, Y and Z axes.EPSG%EPSGrEPSGcEPSG#)NIMA-Ken1M; EPSGETRS89-LTU [LKS94] to WGS 84 (1)LKS94 is a national realization of ETRS89 and coincident to WGS 84 within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%EPSG=EPSGEPSG#)HNIT-Ltu)07S# EPSGSamboja to WGS 84 (1)Datum shift derived through ITRF93.EPSG%EPSGEPSGyLzG@mp =@F(\EPSG#)TOT-Idn Mah1Aq EPSGPulkovo 1995 to WGS 84 (1)Derived through concatenation of Pulkovo 1995 to PZ-90 (1) (tfm code 1257) and PZ-90 to WGS 84 (2) (tfm code 1244). Mandated for use in Russia by GOST R 51794-2001, but this has been superseded by GOST R 51794-2008. Replaced by tfm code 5043.EPSG%EPSGhEPSG@8R`fQT=p EPSG#)zG{EPSG#QEPSG#GOST-Rus!11k 'EPSGAGD84 to GDA94 (2)Replaces AGD84 to WGS 84 (2) (code 1236). May be taken as approximate transformation AGD84 to WGS 84 - see code 1669. Note: although applicable nationwide, AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%EPSGkEPSG]pFIGz@aaEEPSG#)Ұ ěZ1'Ѻ^5?|EPSG#r ěEPSG#Auslig-Aus 1mw11{'EPSGAGD84 to GDA94 (1)Derived at 327 stations. May be taken as approximate transformation AGD84 to WGS 84 - see code 15789. For higher accuracy use AGD84 to GDA94 (2) (code 1280). Note: AGD84 officially adopted only in Queensland, South Australia and Western Australia.EPSG%EPSGkEPSG`@c,EPSG#)Auslig-Aus 5m11'EPSGAGD66 to GDA94 (1)Given to greater precision but no better accuracy at http://www.dehaa.sa.gov.au For higher accuracy requirements see various regional transformations. May be taken as approximate transformation AGD66 to WGS 84 - see code 15788. Derived at 162 stations.EPSG%EPSGjEPSG_33333J&fffff@cEPSG#)Auslig-Aus 5mm/ EPSGNTF to WGS 72 (1)EPSG%EPSGEPSGX:EPSG#)IGN-Fra  Y . O cx<13 EPSGED50 to WGS 84 (18)Recommended CT for UKCS and IrishCS petroleum purposes, known as "Common Offshore". Based on ED50 to WGS 72 (precise ephemeris) 6-nations agreement of 1981 with which precise to broadcast and broadcast to WGS 84 transformations have been concatenated.EPSG%EPSGEPSGV`Ws33333^fffffEPSG#)+EPSG#?333333EPSG#UKOOA-CO60A5! EPSGPulkovo 1942 to ETRS89 (1)Mean of 20 stations.EPSG%EPSGEPSGEPSG#)zG{?? =pEPSG#?񙙙EPSG#IfAG-Deu E 11k!EPSGDHDN to ETRS89 (1)Mean of 69 stations. May be taken as approximate tfm DHDN to WGS 84 (code 1673). Replaced by DHDN to ETRS89 (2) (tfm code 1776) and regional higher accuracy tfms. Note: these later tfms have been published using the Position Vector method.EPSG%EPSGEPSGFiEPSG#) =pffffff@ =pEPSG#@ EPSG#IfAG-Deu W13?) EPSGNAD83 to WGS 84 (4)Strictly between NAD83 and ITRF94(1996.0). Superseded by NAD83 to WGS 84 (5) (code 1515).EPSG%EPSGEPSG)^?䎊r?!R VBW}yl 1;EPSGLa Canoa to WGS 84 (18)Parameter values estimated accuracy: ± 2.0m; ± 2.7m; ± 1.3m respectively. Also used for PSAD56 to WGS 84 transformations.EPSG%EPSGEPSG@q@[fffffv^fffffEPSG#)LAG-Ven E139) EPSGNAD83 to WGS 84 (5)Strictly between NAD83 and ITRF96(1997.0). Supersedes NAD83 to WGS 84 (4) (code 1308).EPSG%EPSGEPSGE?%2?iBEPSG#)i" nYI^FEPSG#EPSG#NGS-Usa ITRF96X0=Y EPSGED50(ED77) to WGS 84 (1)Used for South Pars phases 6, 7 and 8.EPSG%EPSG:EPSG[QXnQ]fffffEPSG#)?>BZc?IQ?`A7KEPSG#? ěTEPSG#NCCI-Irni11A)EPSGFD58 to WGS 84 (1)Derived in 1998 in Kangan district by Geoid for Total. Used for South Pars phases 2 and 3.EPSG%EPSG$EPSG?n1GzdtzG@x\)EPSG#)TOT-Irn Kangan1=)EPSGRassadiran to WGS 84 (1)Derived in 1998 at Assaluyeh (Taheri refinery) by Geoid for Total. Used only for terminal site for South Pars phases 2 and 3.EPSG%EPSG9EPSG?`(\cc =pEPSG#)TOT-Irn Taheri417 EPSGCHTRS95 to WGS 84 (1)For many purposes CHTRS95 can be considered to be coincident with WGS 84.EPSG%EPSG7EPSGEPSG#)EPSG-CH015g EPSGCH1903 to WGS 84 (2)These parameters are strictly between CH1903+ and CHTRF95 but are used from CH1903 as an approximation which is within the accuracy of the distortions in the CH1903 network.EPSG%EPSG5EPSG@E@.1&@yU7KƨEPSG#)BfL-CH 2m19QEPSGCH1903+ to CHTRS95 (1)LV-95 Parameters. CHTRS95 is a national realization of ETRS89. This transformation is also given as CH1903+ to ETRS89-CHE [CHTRF95] (1) (code 1647). May be taken as approximate transformation CH1903+ to WGS 84 - see code 1676.EPSG%EPSG6EPSG7?@E@.1&@yU7KƨEPSG#)BfL-CHp15 EPSGCH1903 to WGS 84 (1)Implemented in Bundesamt für Landestopographie programme GRANIT.EPSG%EPSG5EPSG@-V@+1'@w$/EPSG#)@;dZ?+ I@nPEPSG#@ =pEPSG#BfL-CH 1M1I= EPSGHartebeesthoek94 to WGS 84 (1)For many purposes Hartebeesthoek94 datum can be considered to be coincident with WGS 84.EPSG%EPSG4EPSGEPSG#)EPSG-Zafh1EGEPSGCape to Hartebeesthoek94 (1)Residuals should not exceed 15 metres. Also used to transform Cape to WGS 84 - see code 1129.EPSG%EPSG~EPSG4`\([G{rJ\(EPSG#)DSM-ZafA1C+ EPSGNAD83(CSRS98) to WGS 84 (1)For many purposes NAD83(CSRS98) can be considered to be coincident with WGS 84.EPSG%EPSG,EPSGEPSG#)EPSG-Can*0/  EPSGMGI to WGS 84 (2)EPSG%EPSGEPSG SVA7K|9XbEPSG#)/*03333330YQ EPSG#b}VmEPSG#BEV-Auty1A{EPSGAbidjan 1987 to WGS 84 (1)Derived in Abidjan for use in the immediate area, but used by E&P industry onshore and offshore. Accuracy is submetre in Abidjan but unknown elsewhere. A similar CT (tfm code 6872) was used by Western Geophysical for offshore surveys in the 1990s.EPSG%EPSG/EPSG_0 =q5@}, =qEPSG#)IGN-Civt0A EPSGLocodjo 1965 to WGS 84 (1)EPSG%EPSG.EPSG5EPSG#)IGN-Civa1/ /EPSGAGD66 to GDA94 (4)For higher accuracy rer0? EPSGDabola 1981 to WGS 84 (1)EPSG%EPSG;EPSG%|EPSG#)IGN-Gint0A EPSGConakry 1905 to WGS 84 (1)EPSG%EPSGEPSGEPSG#)IGN-Gin kI + & v` &MwGkZ15; EPSG SAD69 to WGS 84 (14)Derived by Brazilean Institute of Geography and Statistics (IGBE) in 1989. Used by ANP.EPSG%EPSGEPSGPzH@zG{CB\(EPSG#)IGBE-Bra 05oEPSG Bissau to WGS 84 (1)Derived at 2 stations. Accuracy 25m in each axis.EPSG%EPSGEEPSGSEPSG#)DMA-Gnb 0= ' EPSG Egypt 1907 to WGS 84 (3)EPSG%EPSGEPSGbFQ@\(Q@333333EPSG#)Racal-Egy GoS0= EPSG Egypt 1907 to WGS 72 (1)EPSG%EPSGEPSG^s33333@Xfffff.ffffffEPSG#)MCE-Egy0=?EPSGHanoi 1972 to WGS 84 (1)Derived in Vung Tau area.EPSG%EPSG3EPSG1\([zGO1REPSG#)BP-Vnm,0?m)EPSGIndian 1960 to WGS 84 (3)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSG#EPSG,XEPSG#)DMA-Vnm ConSon*0?o#EPSGIndian 1960 to WGS 84 (2)Derived at 2 stations. Accuracy 25m in each axis.EPSG%EPSG#EPSG,q=EPSG#)DMA-Vnm 16N<1CEPSGIndian 1960 to WGS 72BE (1)Derived in Vung Tau area by Technical Navigation for Deminex in 1978.EPSG%EPSG#EPSG=EPSG#)PV-Vnmn0?  EPSGYemen NGN96 to WGS 84 (1)EPSG%EPSGCEPSGEPSG#)IGN-Yemb1IS'EPSGSouth Yemen to Yemen NGN96 (1)May be used as an approximate transformation to WGS 84 - see South Yemen to WGS 84 (1) (code 1682).EPSG%EPSGDEPSGCvCEPSG#)IGN-Yem South+09] EPSGCarthage to WGS 84 (2)Derived at station Chaffar January 1995.EPSG%EPSGEPSGpA@@{33333EPSG#)Elf-Tun'0?O EPSGIndian 1975 to WGS 84 (3)Derived in 1995 at point RTSD181.EPSG%EPSGEPSG@izG@R@r\EPSG#)Fug-Tha1A #EPSGNahrwan 1967 to WGS 84 (5)Derived by Brown & Root in 1992 for Qatar General Petroleum Corporation North Field development. Adopted by QGPC for all offshore Qatar.EPSG%EPSGEPSGoFfffffc"G{@x{33333EPSG#)B&R-Qat off.03  EPSGMinna to WGS 84 (3)EPSG%EPSGEPSG[G{Ufffff@\EPSG#)??"`B?1&xEPSG#?bMEPSG#SHL-Nig S}0E %EPSGKalianpur 1937 to WGS 84 (2)EPSG%EPSG0EPSG$ EPSG#)TOT-Mmr Moatb1=1EPSGM'poraloko to WGS 84 (2)Derived as mean of Doris determinations at 3 stations in Port Gentil area in 1994.EPSG%EPSGEPSG?T,`@DEPSG#)Elf-Gab941A+#EPSGNahrwan 1967 to WGS 84 (4)Parameter values adopted by Total are mean of those derived by Oceonics and Geoid through ties at platform AK1 to 4 IGS stations in March 1995.EPSG%EPSGEPSG? c<@wEPSG#)TOT-UAE Abk05 EPSGNAD27 to WGS 84 (30)EPSG%EPSGEPSG@`@fEPSG#)ICH-Cub1=I#EPSGHito XVIII to WGS 84 (1)Derived through ties at 3 stations (RC03, TOTAL11 and MP12) to 3 IGS stations in November 1995EPSG%EPSGEPSG?@2aGz@hfffff@X4zGEPSG#)?1&y-VəEPSG#UL_EPSG#TOT-Arg TdF50Yo#EPSGChos Malal 1914 to Campo Inchauspe (1)Derived through common coordinates at 5 stations.EPSG%EPSG@EPSG} )EPSG#)TOT-Arg NeuG[#EPSGCampo Inchauspe to WGS 84 (2)Derived through ties at 2 stations (Cerro Colorado ant03 # EPSG Aratu to WGS 84 (1)EPSG%EPSGpEPSGb;lEPSG#)PB-Bra Camp 6 Q W  |D1,AE9E17EPSG"Accra to WGS 72BE (1)Derived be single point Transit observation at several locations.EPSG%EPSGHEPSGeeQ@1J=p @t4\)EPSG#)GSI-Gha 03CEPSG!Accra to WGS 84 (1)Derived at 3 common points.EPSG%EPSGHEPSG9 BEPSG#)MCE-Ghaz19! EPSGNZGD49 to NZGD2000 (2)4m accuracy. For better accuracy use NZGD49 to NZGD2000 (3) (code 1568)EPSG%EPSGEPSGG@M(\(\)@gnzGEPSG#)zG??bMEPSG#e1EPSG#OSG-Nzl 4mi19O!EPSGNZGD49 to NZGD2000 (1)For better accuracy use NZGD49 to NZGD2000 (2) (code 1701) or NZGD49 to NZGD2000 (3) (code 1568).EPSG%EPSGEPSGG@K3333334@f33333EPSG#)OSG-Nzl 5mk09  EPSGNZGD2000 to WGS 84 (1)EPSG%EPSGGEPSGEPSG#)OSG-Nzl15W!EPSGNZGD49 to WGS 84 (2)These parameter values are taken from NZGD49 to NZGD2000 (2) (code 1701) and assume that NZGD2000 and WGS 84 are coincident to within the accuracy of the transformation. For improved accuracy use NZGD49 to WGS 84 (4) (code 1670).EPSG%EPSGEPSG@M(\(\)@gnzGEPSG#)zG?bMEPSG#e1EPSG#OSG-Nzl 4m1=! EPSGQatar 1974 to WGS 84 (3)Derived by Qatar Centre for GIS. See Qatar 1974 to WGS 84 (2) (code 1562) for transformation used by QGPC for offshore petroleum industry.EPSG%EPSGEPSG`Vq&x@5 O;dZEPSG#)CGIS-QatR1= #EPSGQatar 1974 to WGS 84 (2)Derived by Brown & Root in 1992 for Qatar General Petroleum Corporation.EPSG%EPSGEPSG`QqQ@5zGEPSG#)B&R-Qat off#0=oEPSGQatar 1974 to WGS 84 (1)Derived at 3 stations. Accuracy 20m in each axis.EPSG%EPSGEPSG#EPSG#)DMA-Qat=0Me!EPSGNord Sahara 1959 to WGS 72BE (1)Derived at IGN monument CFP19 using Transit.EPSG%EPSGEPSGcU@qfffffEPSG#)CGG-Alg HM 0?mEPSGKorean 1995 to WGS 84 (1)Derived at 5 stations. Accuracy 1m in each axis.EPSG%EPSGFEPSGEPSG#)NIMA-Kor71A]'EPSGMalongo 1987 to WGS 84 (2)Derived at station Y in July 1990 through Transit single point positioning using 187 passes by Geodetic Survey Ltd. Replaces Malongo 1987 to WGS 84 (1) (trf code 1330).EPSG%EPSGEPSGo33333p =qY\(EPSG#)CHV-Ago Cab90F1C'EPSGNaparima 1955 to WGS 84 (3)DMA does not differentiate between Naparima 1955 (Trinidad) and Naparima 1972 (Tobago). Consequently for Trinidad IOGP has duplicated this transformation as Naparima 1972 to WGS 84 (3) - see code 1307.EPSG%EPSG>EPSGvEPSG#)NIMA-Tto Trin00CO )EPSGNaparima 1955 to WGS 84 (2)Derived in 1989 by ONI for Amoco.EPSG%EPSG>EPSG\(@wAQ@ewO;dEPSG#)Amoco-Tto Trinc13G#EPSGAratu to WGS 84 (4)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%EPSGpEPSGa\(@rzGbzHEPSG#)PB-Bra TucSc13G#EPSGAratu to WGS 84 (3)Replaced by Aratu to WGS 84 (18) (tfm code 5061) which Petrobras now recommends for the area.EPSG%EPSGpEPSGa@rW =pbREPSG#)PB-Bra TucC3GE17EPSG"Accra to WGS 72BE (1)Derived be single point Transit observation at several locations.EPSG%EPSGHEPSGeeQ@1J=p @t4\)EPSG#)GSI-GhaN A  \*/RN~1G[#EPSGCampo Inchauspe to WGS 84 (2)Derived through ties at 2 stations (Cerro Colorado and Chihuido Sur) to 4 IGS stations in February 1995EPSG%EPSG}EPSG?cP@bfffff@YEPSG#)TOT-Arg NeuG11/ /EPSGAGD66 to GDA94 (4)For higher accuracy requirements see AGD66 to GDA94 (11) (code 1803). May be taken as approximate transformation AGD66 to WGS 84 - see code 1666.EPSG%EPSGjEPSG]֗O;H&+ J@ao|hsEPSG#)ڏ\(У =p+EPSG#㝲-VEPSG#Auslig-NSW Vic 1m 1A'EPSG2Malongo 1987 to WGS 84 (1)Derived at Station Y in April 1989 using 572 transit satellite passes. Computed value for dZ was -96.42 but -96.38 has been utilised. Replaced Malongo 1987 to WGS 84 (3) (code 15791) in 1989. Replaced by Malongo 1987 to WGS 84 (2) (code 1557) in 1990.EPSG%EPSGEPSG offfffp =qXQEPSG#)CHV-Ago Cab89N15GEPSG"OSGB36 to WGS 84 (6)Commonly referred to as the "OSGB Petroleum transformation". For a more accurate transformation see ETRS89 to OSGB36 / British National Grid (3) (code 7953).EPSG%EPSGEPSG@{+ I_J I^5@zGEPSG#)?333333?ϝ-V?lEPSG#4}/wEPSG#UKOOA-Pet11[EPSGTete to Moznet (1)Mean of 32 stations. Residuals as high as 30 metres. To reduce the size of the residuals; four regional parameter sets (see codes 1298-1301) were developed. May be taken as approximate transformation Tete to WGS 84 - see code 1683.EPSG%EPSGEPSG"\tjU\)YmEPSG#)?-V$/@~"EPSG#@"dZEPSG#DNGC-Mozl0/ EPSGNTF to WGS 72 (1)EPSG%EPSGEPSGX:EPSG#)IGN-Fra0?MEPSGHerat North to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSG"rEPSG#)DMA-Afg057 EPSGSAD69 to WGS 84 (12)Derived at 1 station.EPSG%EPSGEPSG EPSG#)DMA-Tto%05q#EPSGOSGB36 to WGS 84 (4)Derived at 13 stations. Accuracy 10m in each axis.EPSG%EPSGEPSGEPSG#)DMA-Gbr Sco713'EPSGNAD27 to WGS 84 (8)Derived at 11 stations. Accuracy 5m, 3m and 5m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)DMA-Bha xSalv<1EEPSGKalianpur 1937 to WGS 84 (1)Derived at 6 stations. Accuracy 10m, 8m and 12m in X, Y and Z axes.EPSG%EPSG0EPSGEPSG#)DMA-Bgd11aEPSGmED50 to WGS 84 (1)Derived at 85 stations. Accuracy 3m, 8m and 5m in X, Y and Z axes. In Germany will be accepted by LBA for minerals management purposes as alternative to tfm 1052 or 1998.EPSG%EPSGEPSG EPSG#)DMA-meanC19-EPSGYArc 1950 to WGS 84 (1)Derived at 41 stations. Accuracy 20m, 33m and 20m in X, Y and Z axes. Note: Eswatini and Lesotho do not use Arc 1950 but do use Cape (CRS code 4222); Cape and Arc 1950 datums share a common fundamental point.EPSG%EPSGqEPSG,qEPSG#)DMA-meane1;5EPSGHLa Canoa to WGS 84 (13)Parameter values are from La Canoa to REGVEN (1) (code 1771) assuming that REGVEN is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGphr@\Vuv-VEPSG#)bM+@ I^5?EPSG#o-VEPSG#AB/˅V =qA-QEPSG#)EPSG-VenN13#EPSG3ED50 to WGS 84 (38)Derived in 1987 by Geodetic for TPAO. Used on BP 1991/92 2D seismic surveys in central and eastern Turkish sector of Black Sea. In Turkey, replaced by tfm code 1784. Also adopted for use offshore Israel.EPSG%EPSGEPSG VC33333UR_# =pEPSG#)TPAO-Tur mH F fgm11} EPSG&HD72 to WGS 84 (1)Parameter values taken from HD72 to ETRS89 (1) (code 1829) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. OGP recommends use of newer MSZ 7222 equivalent (tfm code 1448) in preference to this transformation.EPSG%EPSGEPSG8RGz.QEPSG#)?׮zG?ə?GzEPSG#?(\)EPSG#EPSG-Hun,07S'EPSGBatavia to WGS 84 (2)Used by ARCO offshore NW Java area.EPSG%EPSGsEPSGw@ tG =qEPSG#)ARCO-Idn ONWJL19E' EPSGDatum 73 to WGS 84 (2)Parameter values from Datum 73 to ETRS89 (2) (code 1792). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG@Yfffff@=EPSG#)?zGXbM?1&xEPSG#? =pEPSG#EPSG-Prt 2001m11 %EPSGDHDN to ETRS89 (3)Derived in 2001 at 41 points of the German GPS Network DREF.EPSG%EPSGEPSG@@Qٙ@yEPSG#)?웥S?hr Ĝ I^5EPSG#@QREPSG#IfAG-Deu W-SY15a EPSGCH1903 to WGS 84 (1)Implemented in Bundesamt für Landestopografie programme GRANIT. Used from 1987 to 1997. Not recommended for current usage - replaced by CH1903 to WGS 84 (2) (code 1766).EPSG%EPSG5EPSG@-V@+1'@w$/EPSG#)@;dZ?+ I@nPEPSG#@ =pEPSG#BfL-CH 1y17{ EPSGCH1903+ to WGS 84 (1)Parameter values are from CH1903+ to ETRS89-CHE [CHTRF95] (1) (code 1647) assuming that ETRS89 is equivalent to WGS 84.EPSG%EPSG6EPSG@E@.1&@yU7KƨEPSG#)BfL-CHX1?K%EPSGMonte Mario to WGS 84 (3)Parameter values from Monte Mario to ETRS89 (3) (code 1663). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSGII333333@U333333EPSG#)zGtj?`A7KEPSG#<zGEPSG#EPSG-Ita Sic1Q! EPSGtBD72 to ETRS89-BEL [BEREF2002] (1)May be taken as approximate transformation BD72 to WGS 84 - see code 1609.EPSG%EPSGEPSG+7Xfffff@Jfffff\ EPSG#)?`A7\(?(\)EPSG#EPSG#IGN-Belw1/EPSGgKKJ to WGS 84 (1)Parameter values from KKJ to ETRS89 (1) (code 1638). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by KKJ to WGS 84 (2) (code 10099).EPSG%EPSGEPSG?VZfffff]EPSG#)@\(\?lCEPSG#?QEPSG#EPSG-Finw15 EPSGWS-JTSK to WGS 84 (1)Parameter values from S-JTSK to ETRS89 (1) (code 1622). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaced by S-JTSK to WGS 84 (5) (code 5239).EPSG%EPSG1?'EPSG,NAD83(HARN) to WGS 84 (1)For many purposes NAD83(HARN) can be considered to be coincident with WGS 84.EPSG%EPSG8EPSGEPSG#)EPSG-Usac1OYEPSG)American Samoa 1962 to WGS 84 (1)Transformation based on observations at 2 stations in 1993. One sigma uncertainty is 25m in each axis.EPSG%EPSGIEPSG,vEPSG#)NIMA-Asm8=% EPSGj05  EPSG>POSGAR to WGS 84 (1)EPSG%EPSGLEPSGEPSG#)EPSG-Arg1?'EPSG=Bogota 1975 to WGS 84 (2)Derived in 1995 by WGC at first order stations Recreo and Mena via multi-day ties to 4 IGS stations. Residuals under 20cm.EPSG%EPSGzEPSG?ə@s@s(sᙙEPSG#)BP-Col CusCup | K z?15U EPSGVS-JTSK to ETRS89 (1)May be taken as approximate transformation S-JTSK to WGS 84 - see code 1623. Improved by S-JTSK/05 to ETRS89 (1) (code 5226) in 2009, where S-JTSK/05 is a scientific working system and S-JTSK remains the legal system in Czechia.EPSG%EPSGfffffEPSG#)@(\)?\(\&\(EPSG#GzHEPSG#EPSG-Hrvt1/  EPSGTMGI to ETRS89 (2)May be taken as approximate transformation MGI to WGS 84 - see code 1621.EPSG%EPSGEPSG@=@d\@}>fffffEPSG#)@(\)?\(\&\(EPSG#GzHEPSG#DGU-Hrvs1/ EPSGSMGI to ETRS89 (1)Same transformation parameters used for MGI to WGS 84 (3) (code 1618). Precision of parameter values in this record were increased effective 16-Dec-2006 (db v6.12): see change record 2006.971.EPSG%EPSGEPSG?@ S@VA7K@|9XbEPSG#)@I^5??$/@0 ěEPSG#@b}VmEPSG#BEV-Auty1/EPSGRMGI to WGS 84 (3)Same transformation parameters used for MGI to ETRS89 (1) (code 1619).EPSG%EPSGEPSG?@ S@VA7K@|9XbEPSG#)@I^5??$/@0 ěEPSG#@b}VmEPSG#BEV-Aut\03W!EPSGQPSD93 to WGS 84 (3)Accuracy better than 0.5m in block 4.EPSG%EPSG&EPSG?g"`oPbM@dO;dEPSG#)XbMr ě@!-VEPSG#@4EPSG#Tot-Omn 95_03]!EPSGPPSD93 to WGS 72 (1)Residuals 1.2m at 67% probability level.EPSG%EPSG&EPSG?333333fxl3S@eI^5?EPSG#)EzG{@KƧEPSG#@0tjEPSG#PDO-Omn 93R1CEPSGOTimbalai 1948 to WGS 84 (3)CARE! Erroneous GPS data was used in the derivation of these parameters. They produce a coordinate difference of 10m horizontally and 50m vertically compared to Timbalai 1948 to WGS 84 (2) (code 1592).EPSG%EPSGEPSGdA7K@SH;dZEPSG#)SD-BrnL1K1EPSGNSierra Leone 1968 to WGS 84 (1)Determined at 8 stations, accuracy +/- 15m in each axis. Info. Source has the source CRS as Sierra Leone 1960. Sierra Leone 1968 is a readjustment of the 1960 network: coordinates changed by less than 3 metres.EPSG%EPSGOEPSGeEPSG#)NIMA-Sle 139 /EPSGMED50 to WGS 84 (24)Approximation to 1 metre of concatenated transformation ED50 to WGS 84 (14), code 8653. 8653 remains the transformation promulgated by Statens Kartverk but 1613 recommended by EPSG for practical oil industry usage.EPSG%EPSGEPSGV\(YHQ^ؓtjEPSG#)?O;dZ?E?웥SEPSG#?lCEPSG#EPSG-Nor S62 2001613  /EPSGLED50 to WGS 84 (23)Parameter values are taken from ED50 to ETRS89 (1), code 1588, (rotations converted from μrad). Adopted for ED50 to WGS 84 CTs offshore Norway north of 62°N from April 2001, replacing code 1590. Included in Statens Kartverk programme wsktrans from v4.0.EPSG%EPSGEPSG])$/Lw+ I[ƧEPSG#)?tj~?xFXbMEPSG# (\)EPSG#EPSG-Nor N62 2001h19 EPSGKIRENET95 to ETRS89 (1)IRENET95 is a regional realization of ETRS89. May be taken as approximate transformation IRENET95 to WGS 84 - see code 1678.EPSG%EPSGMEPSGEPSG#)OSI-Ire01 EPSGJBD72 to WGS 84 (2)EPSG%EPSGEPSG_s33333@SY EPSG#)IGN-Bel 3  CH$1/oEPSGfKKJ to ETRS89 (1)Parameter values derived from ETRF89 (EUREF-89) coordinates based on the Finnish GPS campaign in 1992 (“GPS-Suomi”). May be taken as approximate transformation KKJ to WGS 84 - see code 1639. Replaced by KKJ to EUREF-FIN (2) (code 10098).EPSG%EPSGEPSG?VZfffff]EPSG#)@\(\?lCEPSG#?QEPSG#NLS-FinQ13=#EPSGcED50 to WGS 84 (29)Parameter values from ED50 to ETRS89 (8) (code 1634). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG?fLTkEPSG#)?GzH$/ ěTEPSG#@5333333EPSG#EPSG-Esp NW11!#EPSGbED50 to ETRS89 (8)May be taken as approximate transformation ED50 to WGS 84 - see code 1635.EPSG%EPSGEPSG?fLTkEPSG#)?GzH$/ ěTEPSG#@5333333EPSG#CNIG-Esp NWH13=EPSGaED50 to WGS 84 (28)Parameter values from ED50 to ETRS89 (7) (code 1632). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG?}Y33333dlEPSG#)lCzG{MEPSG#@"ǮzHEPSG#EPSG-Espy11!EPSG`ED50 to ETRS89 (7)May be taken as approximate transformation ED50 to WGS 84 - see code 1633.EPSG%EPSGEPSG?}Y33333dlEPSG#)lCzG{MEPSG#@"ǮzHEPSG#CNIG-EspR13=%EPSG_ED50 to WGS 84 (27)Parameter values from ED50 to ETRS89 (6) (code 1630). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG?fV33333gffffffEPSG#)?nO;?|hr7KƧEPSG#@1REPSG#EPSG-Esp Bal11!%EPSG^ED50 to ETRS89 (6)May be taken as approximate transformation ED50 to WGS 84 - see code 1631.EPSG%EPSGEPSG?fV33333gffffffEPSG#)?nO;?|hr7KƧEPSG#@1REPSG#CNIG-Esp Bal13= EPSG]ED50 to WGS 84 (26)Parameter values from ED50 to ETRS89 (5) (code 1628). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG]333333ZcLEPSG#)EPSG-GibJ11! EPSG\ED50 to ETRS89 (5)May be taken as approximate transformation ED50 to WGS 84 - see code 1629.EPSG%EPSGEPSG]333333ZcLEPSG#)DGC-GibF13= EPSG[ED50 to WGS 84 (25)Parameter values from ED50 to ETRS89 (4) (code 1626). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSGTFfffffVY\33333EPSG#)? =p ?tj~?nO;EPSG#GzHEPSG#EPSG-Dnkv11! EPSGZED50 to ETRS89 (4)May be taken as approximate transformation ED50 to WGS 84 - see code 1627.EPSG%EPSGEPSGTFfffffVY\33333EPSG#)? =p ?tj~?nO;EPSG#GzHEPSG#KMS-DnkC15A  EPSGYS-JTSK to WGS 84 (2)Parameter values from S-JTSK to ETRS89 (2) (code 1624). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG#)??ffffffEPSG#@EPSG#Auslig-Tha{13_EPSGED50 to WGS 84 (31)Derived via concatenation through WGS72. The ED50 to WGS72 step is the Sepplin 1974 value for all Europe.EPSG%EPSGEPSG^EPSG#)?^5?|EPSG#?eںEPSG#wgc72-EgyU1CGEPSGPulkovo 1942 to WGS 84 (15)Parameter values calculated by Elf Exploration and Production based on geodetic survey carried out by Azerbaijan State Committee for Geodesy and Cartography.EPSG%EPSGEPSG@33333_33333gLEPSG#)$^5?|4ǮzH@:sEEPSG#`A7LEPSG#TFE-Aze9731C{'EPSGPulkovo 1942 to WGS 84 (14)Mean of 3 stations in western Georgia, 4 stations in eastern Georgia and 4 stations in eastern Azerbaijan. Derived for use on AIOC early oil western export pipeline, but adopted for all AIOC work replacing the 1995 AIOC transformation (code 1807).EPSG%EPSGEPSG@p^33333EPSG#)@  =p7]-V@%EEPSG#hr ĜEPSG#BP-Aze Aioc971C{'EPSGPulkovo 1942 to WGS 84 (13)Derived via WGS72 values taken from SOCAR Magnavox 1502 manual. Used by AIOC 1995-1997 then replaced by the AIOC97 values (tfm code 1808). Do not confuse with AIOC95 vertical datum as used in southern Caspian Sea and at Sangachal terminal by AIOC.EPSG%EPSGEPSG yU EPSG#)?^5?|EPSG#?eںEPSG#BP-Aze Aioc95=0={EPSGKousseri to WGS 72BE (1)Derived in 1981 by Decca Survey France for Elf Serepca.EPSG%EPSGfEPSGZa33333@i&fffffEPSG#)ELF-Cmr;09{EPSG Garoua to WGS 72BE (1)Derived in 1981 by Decca Survey France for Elf Serepca.EPSG%EPSGeEPSGL d@*333333EPSG#)ELF-CmrT1A9EPSG Pointe Noire to WGS 84 (3)Derived by Geoid for Elf in May 1995 using GPS and IGS data by tying 4 geodetic points to ITRF93 epoch 1995.4. Used for all offshore Congo operations.EPSG%EPSGEPSG?333333fIs33333`pEPSG#)@1&@N+@%?|hEPSG#@3*~"EPSG#ELF95-Cog^1A?EPSG Pointe Noire to WGS 84 (2)Derived in 1994 by CGG/Topnav using DORIS system on various stations along the coastline.EPSG%EPSGEPSGo@JYr9EPSG#)CGG94-Cog0G  'EPSGAmmassalik 1958 to WGS 84 (1)EPSG%EPSGdEPSG EPSG#)? I^5?EPSG#333333EPSG#KMS-Grl Ammlk!0K  'EPSGScoresbysund 1952 to WGS 84 (1)EPSG%EPSGcEPSGiFYEPSG#)? I^5?EPSG#333333EPSG#KMS-Grl Scosd#0A  EPSGQoornoq 1927 to WGS 84 (2)EPSG%EPSGbEPSG@dpZ1@_1'c?|hEPSG#)? I^5?EPSG#333333EPSG#KMS-Grl=1AEPSGQoornoq 1927 to WGS 84 (1)Derived at 2 stations. Accuracy 25m, 25m and 32m in X, Y and Z axes.EPSG%EPSGbEPSG0CEPSG#)DMA-Grl Sc1?1EPSGManoca 1962 to WGS 84 (1)Derived at two points, checked at a third by Stolt Comex Seaway and Geoid for Elf.EPSG%EPSGaEPSG?QbD33333EPSG#)ELF94-CmrN0/ # EPSGMGI to WGS 84 (7)EPSG%EPSGEPSG@ynOrb}V@eںEPSG#)Puv?6ֈ7r@#zEPSG#@WKcEPSG#APRA7*{:*APi`BEPSG#)JPET-Yug MBE1/ EPSGMGI to WGS 84 (6)For more accurate transformation see MGI to WGS 84 (7) (code 1795).EPSG%EPSGEPSG@k33333@~EPSG#)JPet-Yug,07[EPSGPSAD56 to WGS 84 (12)Used by Petrobras for shelf operations.EPSG%EPSGEPSG r=R@ZzHvQEPSG#)PB-Braz N $  .*$115EPSG%HD72 to ETRS89 (1)Derived at 5 stations. OGP recommends corrected Hungarian standard MSZ 7222 (tfm code 1449) be used in preference to this transformation. May be taken as approximate transformation HD72 to WGS 84 - see code 1830.EPSG%EPSGEPSG?8RGz.QEPSG#)?׮zG?ə?GzEPSG#?(\)EPSG#FOMI-Hunl01 EPSG$Yoff to WGS 72 (1)EPSG%EPSGEPSGUEPSG#)DMA-SEN175 EPSG"JGD2000 to WGS 84 (1)Excludes area affected by the 2011 Tohoku earthquake. For areas of northern Honshu affected by the earthquake see JGD2000 to WGS 84 (2) (code 9896).EPSG%EPSGEPSGEPSG#)EPSG-Jpn1EA %EPSG!Hong Kong 1980 to WGS 84 (1)Derived via ITRF96 @ 1998.121. Published 2002-03-01. Parameter values from Hong Kong 1980 to Hong Kong Geodetic CS (1) (code 9913) assuming Hong Kong Geodetic CS and WGS 84 are equivalent within the accuracy of the CT.EPSG%EPSGEPSGdS+qOXbMd8r ĜEPSG#)XB4@?:EPSG#vEPSG#LSD-HKG 200205[+EPSG Minna to WGS 84 (10)Used by Shell SNEPCO for Gongola basin.EPSG%EPSGEPSG|EPSG#)SHL-Nga Gongola13'EPSGMinna to WGS 84 (9)Used by Shell SNEPCO for OPLs 217-223. Derived during 1990 Niger Delta control survey at 4 stations (XSU38, 41, 44 and 45).EPSG%EPSGEPSGWHtjUhr @\CEPSG#)SHL-Nga OPL S 13'EPSGMinna to WGS 84 (8)Used by Shell SNEPCO for OPLs 209-213 and 316. Derived during 1990 Niger Delta control survey at 4 stations (XSU27, 30 31 and 35).EPSG%EPSGEPSG W.vȴ9XVtj~@\ =pEPSG#)SHL-Nga OPL W133EPSGMinna to WGS 84 (7)Derived by Elf Petroleum Nigeria in 1994 at 3 stations (M101 onshore, offshore platforms XSW06 and XSV39) and used in OMLs 99-102 and OPLs 222-223.EPSG%EPSGEPSGV>QTθQ@\c33333EPSG#)ELF94-Nga:13yEPSGMinna to WGS 84 (6)Derived by Nortech at station L40 Minna using NNPC 1989 GPS network tied to 4 ADOS stations. Used by Conoco in OPLs 219-220 to cm precision and ExxonMobil in OPL 209 to dm precision.EPSG%EPSGEPSG WLWS =p@^IlDEPSG#)CON89-Ngad03y EPSGMinna to WGS 84 (5)Used by Shell in southern Nigeria and Total in OPL246.EPSG%EPSGEPSG[G{Ufffff@\EPSG#)??"`B?1&xEPSG#?bMEPSG#SPD-Nga S)03AEPSGMinna to WGS 84 (4)Concatenated via WGS 72BE.EPSG%EPSGEPSG @_yEPSG#)? I^5?EPSG#QREPSG#RSL-Ngaq1IK%EPSGNord Sahara 1959 to WGS 84 (6)Derived at astro station Guerrara. May be taken as a transformation to RGSH2020 - see CT 10341.EPSG%EPSGEPSGdd?|hQ+@s$/EPSG#)ARCO-Alg HBRL1I%EPSGNord Sahara 1959 to WGS 84 (5)Derived at astro station central to concession. Significant and varying differences (>100m) at 4 neighbouring astro stations. May be taken as a transformation to RGSH2020 - see CT 10340.EPSG%EPSGEPSGdW@$ffffff@cEPSG#)BPA-Alg InAm"1I[EPSGNord Sahara 1959 to WGS 84 (4)Used by BP in District 3 and In Salah Gas. May be taken as a transformation to RGSH2020 - see CT 10339.EPSG%EPSGEPSGc@Efffff@vdEPSG#)@E?-VMEPSG#FEPSG#BP-Alg D3Z17/%EPSGBatavia to WGS 84 (3)Used by PT Komaritim for Nippon Steel during East Java Gas Pipeline construction.EPSG%EPSGsEPSGw33333@JEPSG#)KOM-Idn EJGP `7  pw_'7:rn1=A'EPSG@ED50(ED77) to WGS 84 (3)Derived in Kangan district by Geoid for Total in 1998. Used for South Pars phases 2 and 3.EPSG%EPSG:EPSG?^\)c\(ezHEPSG#)TFE-Irn SPars@01s'EPSG?FD58 to WGS 84 (3)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%EPSG$EPSG?n =pdXj~@y EPSG#)TFE-Irn Kharg@01s'EPSG>FD58 to WGS 84 (2)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%EPSG$EPSG?m33333e@ =q@xEPSG#)TFE-Irn Lavan203a)EPSG=ED50 to WGS 84 (39)Derived at a single point in Galway docks.EPSG%EPSGEPSGT =pWθQ\p =EPSG#)Ent-Ire Corribs1C#EPSG1?'EPSG2NAD83(CSRS) to WGS 84 (1)For many purposes NAD83(CSRS) can be considered to be coincident with WGS 84.EPSG%EPSG EPSGEPSG#)EPSG-CanS13WEPSG0QND95 to WGS 84 (1)Transformation defines QND95. May be approximated to 1m throughout Qatar by geocentric translation transformation with dX=-127.78098m, dY=-283.37477m, dZ=+21.24081m.EPSG%EPSGEPSG]/Vr&O4EPSG#)?v?TCE?F!qEPSG#@ AKrEPSG#CGIS-Qat 0=;!EPSG/Beduaram to WGS 72BE (1)Derived by Elf in 1986.EPSG%EPSGuEPSGEPSG#)ELF-Ner SEw15o #EPSG.Segara to WGS 84 (4)Datum shift derived through ITRF93. In Pertamina Hulu Mahakam replaced by ITRF2014 to Segara (1) (CT code 10589).EPSG%EPSGEPSGyLzG@mp =@F(\EPSG#)TOT-Idn Mah 09 )EPSG-Makassar to WGS 84 (1)EPSG%EPSGEPSG^fffff@>@b8QEPSG#)Shl-Idn Sul SW05 ) EPSG,Segara to WGS 84 (3)EPSG%EPSGEPSGy6fffff@H\)@GGzHEPSG#)Shl-Idn Kal NE05 ' EPSG+Segara to WGS 84 (2)EPSG%EPSGEPSGx0\)@=p @G%QEPSG#)Shl-Idn Kal E05M% EPSG*Segara to WGS 84 (1)Accuracy estimate not available.EPSG%EPSGEPSGm)EPSG#)NIMA-Idn Kal811#EPSG)ID74 to WGS 84 (3)Parameter values from ID74 to DGN95 (1) (code 15911) assuming that DGN95 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGo*Q#j~#EPSG#)KƧA7Kƨ I^5?EPSG#O;dEPSG#Bak-Idn11SEPSG(ID74 to WGS 84 (2)Derived via coordinates of 2 Pulse8 stations. Use of ID74 to WGS 84 (3) (code 1833) is recommended.EPSG%EPSGEPSG@+ I-$@`A7LEPSG#)?ěSEPSG#333333EPSG#Rac91-Idnz11 EPSG'HD72 to WGS 84 (2)Derived at fundamental point Szolohegy and tested at 99 stations throughout Hungary. Accuracy better than 1m in all three dimensions throughout Hungary. OGP recommends use of newer transformation (tfm code 1242) in preference to this transformation.EPSG%EPSGEPSG@LGzQ~zG"zGEPSG#)ELTE-Hun1} F0=s'EPSGBED50(ED77) to WGS 84 (5)Derived by Geoid for Elf in 1999. EGM96 geoid used.EPSG%EPSG:EPSG?^G{cpzGcnPEPSG#)TFE-Irn KhargD0=o'EPSGAED50(ED77) to WGS 84 (4)Derived in 1999 on Lavan island by Geoid for Elf.EPSG%EPSG:EPSG?U1RZ33333a(EPSG#)TFE-Irn Lavan W | h:Dd'W N15MEPSGSSAD69 to WGS 84 (12)Derived at 1 station. Accuracy 25m in each axis. Note: SAD69 not adopted in Trinidad and Tobago.EPSG%EPSG EPSG, EPSG#)DMA-Tto[15gEPSGRSAD69 to WGS 84 (11)Derived at 6 stations. Accuracy 5m in each axis. Note: SAD69 not adopted in Peru: see PSAD56 (CRS code 4248).EPSG%EPSG EPSG EPSG#)DMA-PeruD159EPSGQSAD69 to WGS 84 (10)Derived at 4 stations. Accuracy 15m in each axis. Note: SAD69 not adopted in Paraguay.EPSG%EPSG EPSGEPSG#)DMA-PgyQ13UEPSGPSAD69 to WGS 84 (9)Derived at 5 stations. Accuracy 9m, 5m and 5m in X, Y and Z axes. Note: SAD69 not adopted in Guyana.EPSG%EPSG EPSG EPSG#)DMA-GuyE135#EPSGOSAD69 to WGS 84 (8)Derived at 1 station. Accuracy 25m in each axis. Note: SAD69 not adopted in Ecuador.EPSG%EPSG EPSG,EPSG#)DMA-Ecu Gal^13oEPSGNSAD69 to WGS 84 (7)Derived at 11 stations. Accuracy 3m in each axis. Note: SAD69 not adopted in Ecuador: see PSAD56 (CRS code 4248).EPSG%EPSG EPSGEPSG#)DMA-Ecut13EPSGMSAD69 to WGS 84 (6)Derived at 7 stations. Accuracy 6m, 6m and 5m in X, Y and Z axes. Note: SAD69 not adopted in Colombia: see Bogota 1975 (CRS code 4218).EPSG%EPSG EPSG EPSG#)DMA-Col,13EPSGLSAD69 to WGS 84 (5)Derived at 9 stations. Accuracy 15m, 8m and 11m in X, Y and Z axes. Note: SAD69 not adopted in Chile north of 43°30'S. Replaced by SAD69 to WGS 84 (17) to (19) (codes 6974, 6975 and 6976).EPSG%EPSG EPSGEPSG#)DMA-Chile/13EPSGKSAD69 to WGS 84 (4)Derived at 22 stations. Accuracy 3m, 5m and 5m in X, Y and Z axes.EPSG%EPSG EPSGEPSG#)DMA-Bra^13oEPSGJSAD69 to WGS 84 (3)Derived at 4 stations. Accuracy 15m in each axis. Note: SAD69 not adopted in Bolivia: see PSAD56 (CRS code 4248).EPSG%EPSG EPSGEPSG#)DMA-Boli13EPSGISAD69 to WGS 84 (2)Derived at 10 stations. Accuracy 5m in each axis. Note: SAD69 not adopted in Argentina: see Campo Inchauspe (CRS code 4221).EPSG%EPSG EPSG EPSG#)DMA-Arg013 EPSGHSAD69 to WGS 84 (1)Derived at 84 stations. Accuracy 15m, 6m and 9m in X, Y and Z axes.EPSG%EPSG EPSGEPSG#)DMA-meand03yEPSGGELD79 to WGS 84 (5)Derived for the Great Man-made River Authority (GMRA).EPSG%EPSG?EPSGx[V@P ě@jF ěEPSG#)tj,ěT@\(EPSG#?uEPSG#GMRA-Lbyu13'EPSGFELD79 to WGS 84 (4)Derived by Geoid in 2000 from ITRF connection by NAGECO for TotalFinaElf. For historic compatibility TFE use the 1994 tfm ELD79 to WGS 84 (3) (code 1861) rather than this transformation.EPSG%EPSG?EPSG?hPj~#O/w9MEPSG#) 8)@ I^5? `A7EPSG#\(\EPSG#TFE-Lby MBK00S13#'EPSGEELD79 to WGS 84 (3)Derived by GEOID in 1994 from Transit satellite data. Used by TotalFinaElf.EPSG%EPSG?EPSG\XfffffbEPSG#)TFE-Lby MBK9413#EPSGDELD79 to WGS 84 (2)Derived December 2001 by NAGECO. 3-dimensional SD at 11 points is 0.5m. Connected to ITRF via Remsa 2000 data. Used by TotalFinaElf.EPSG%EPSG?EPSG?\+XD/c lDEPSG#)TFE-Lby MZQ23G#q15EPSGTSAD69 to WGS 84 (13)Derived at 5 stations. Accuracy 3m, 6m and 3m in X, Y and Z axes. Note: SAD69 not adopted in Venezuela: see PSAD56 (CRS code 4248).EPSG%EPSG EPSGEPSG#)DMA-Ven L s?$LYɁm1O7+EPSGDatum 73 to ETRS89-PRT [1995] (4)Derived in July 2009 from 119 common stations. Residuals at 833 test points under 3m.EPSG%EPSGEPSG+dk@[r Ĝ@B[ I^EPSG#)CGC-Prt 2009 3mȃ1Q%EPSGAzores Oriental 1995 to PTRA08 (1)Derived at 53 points in May 2009. Residuals at 58 test points within 0.2m horizontal and 2m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5025-26 for preferred tfms for islands of Sao Miguel and Santa Maria.EPSG%EPSG8EPSGi@aKƧ@KbMEPSG#)IGP-Prt Az Eǂ<15U#EPSGS-JTSK to ETRS89 (3)Replaced by S-JTSK to ETRS89 (4) (code 4827) to use more commonly encountered transformation method.EPSG%EPSGS!EPSG#@(즆EPSG#GuRS-Svn SE 0.3mÁ713) EPSGTWD97 to WGS 84 (1)Approximation at the +/- 1m level assuming that TWD97 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Twna0QI +EPSGAzores Central 1995 to WGS 84 (11)Mean for all islands in group.EPSG%EPSG9EPSGYš@dOdZ6z(\)?`d8EPSG#)?'9EPSG#au"EPSG#IERS19 EPSGITRF92 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%EPSG2EPSG7u%S?wkPEPSG#)?'9EPSG#Htj~EPSG#IERS819# EPSGITRF93 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0029 m/yr, dy=0.0002 m/yr, dZ=0.0006 m/yr, rX=0.00011"/yr, rY=0.00019"/yr, rZ=-0.00007"/yr, dS=-0.00001 ppm/yr.EPSG%EPSG3EPSG7u%F zvȴ9?fAEPSG#)?9>'J6C-?RvEPSG#_䎊qEPSG#IERS19 EPSGITRF94 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%EPSG4EPSG7{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG#IERS19 EPSGITRF96 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%EPSG5EPSG7{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG#IERS19 EPSGITRF97 to ITRF2000 (1)At epoch 1997.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG%EPSG6EPSG7{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG#IERSO1;M  EPSGRRAF 1991 to WGS 84 (1)RRAF 1991 was defined to be WGS84 at a single point in Martinique during the 1988 Tango mission.EPSG%EPSG EPSGEPSG#)IGN-FrAnte1G_% EPSGRGR92 to Piton des Nieges (1)Note: Because of the large rotation about the Y-axis this transformation is not reversible. For the reverse transformation see Piton des Nieges to RGR92 (1) (code 1926).EPSG%EPSGEPSGR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#IGN-Reu 0.1m30A   EPSGNEA74 Noumea to WGS 84 (1)EPSG%EPSG$EPSGdƟvȴcX/@oڗO;EPSG#)BŮ1@($gzHEPSG#>QEPSG#BGN-Ncl10=  EPSGST71 Belep to WGS 84 (1)EPSG%EPSG#EPSG~(\{eQnOEPSG#)@0OحV@4,ߤ@#ZEPSG#[*0EPSG#BGN-Ncl80K   EPSGST84 Ile des Pins to WGS 84 (1)EPSG%EPSG"EPSG@nO;dZ@UU-V@eSEPSG#)!ߤ?@Zc@)0)^EPSG#@,7KƧEPSG#BGN-Ncl80K  EPSGIGN72 Grand Terre to WGS 84 (2)EPSG%EPSGEPSG@XRG{psE@sn1'EPSG#)0 )?Ϫ͞@ - EPSG#@*]cfEPSG#BGN-Ncl1=? !EPSGIGN53 Mare to WGS 84 (1)Withdrawn by information source and replaced by improved information - see CT code 15901.EPSG%EPSG!EPSGym@v-VyoEPSG#)?%1PH@RmEPSG#^FZcEPSG#BGN-Ncl v1 0 H  fX0R0I5 EPSGSt. Vincent 1945 to WGS 84 (1)Derived at 4 points.EPSG%EPSGEPSG@hux@tE@q)EEPSG#)LSU-Vct1O; EPSGETRS89-LVA [LKS-92] to WGS 84 (1)LKS-92 is a national realization of ETRS89 and coincident to WGS84 within 1 metre. This transformation has an accuracy equal to the coincidence figure.EPSG%EPSG5EPSGEPSG#)Vzd-Lvae0=a /EPSGHelle 1954 to WGS 84 (1)Derived at 3 stations. Residuals under 1m.EPSG%EPSG4EPSG@ޞ@F$/lDEPSG#)@@2\=xc(8 XIQEPSG#@0zGEPSG#SKV-SJM Jan Mayen11WEPSGTM75 to WGS 84 (3)Derived at 7 stations. Accuracy 3m in each axis. TM75 is based on the geodetic datum of 1965 which should not be confused with the mapping adjustment of 1965 (TM65).EPSG%EPSGEPSGcEPSG#)DMA-Irey1; EPSGOSNI 1952 to WGS 84 (1)Parameter values from TM75 to ETRS89 (2) (code 1953). Assumes each pair of (i) OSNI 1952 and TM75, and (ii) ETRS89 and WGS 84, can be considered the same to within the accuracy of the transformation.EPSG%EPSG\EPSG@~(`S33333@EPSG#)1&ydZ11&xEPSG#@ LEPSG#EPSG-IreU11I 1EPSGTM75 to WGS 84 (2)Parameter values taken from TM65 to ETRS89 (2) (code 1953). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG@~(`S33333@EPSG#)1&ydZ11&xEPSG#@ LEPSG#EPSG-Ire PV approx511} =EPSGTM75 to ETRS89 (2)TM75 is based on the geodetic datum of 1965 which should not be confused with the mapping adjustment of 1965 (TM65). May be taken as approximate transformations TM75 to WGS 84, TM65 to WGS 84 and OSNI 1952 to WGS 84 - see codes 1954, 1641 and 1955.EPSG%EPSGEPSG@~(`S33333@EPSG#)1&ydZ11&xEPSG#@ LEPSG#OSI-Ire PV approximation113 EPSGISN93 to WGS 84 (1)For many purposes ISN93 can be considered to be coincident with WGS 84.EPSG%EPSG3EPSGEPSG#)EPSG-Isli1AwEPSGHjorsey 1955 to WGS 84 (1)Derived at 6 stations. Accuracy 3m, 3m and 5m in X, Y and Z axes. Replaced by Hjorsey 1955 to WGS 84 (2) (code 6909).EPSG%EPSG2EPSG.EPSG#)DMA-IslV1=M)EPSGNAD83 to NAD83(CSRS) (4)Used as part of NAD27 to/from WGS 84 transformation for offshore oil operations - see code 8647.EPSG%EPSGEPSG EPSG#)EPSG-Can E Offj1?} )EPSGNAD83(CSRS) to WGS 84 (2)Approximation derived from tfm code 6864 ignoring time-dependent parameters and assuming ITRF96(1997.0) and WGS 84 can be considered the same within the accuracy of the transformation.EPSG%EPSG EPSGE?%2?iBEPSG#)i" nYI^FEPSG#EPSG#NGS-Usa ITRF96L19E' EPSGDatum 73 to WGS 84 (2)Parameter values from Datum 73 to ETRS89 (2) (code 1792). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG@Yfffff@=EPSG#)?zGXbM?1&xEPSG#? =pEPSG#EPSG-Prt 2001G15A' EPSGLisbon to WGS 84 (2)Parameter values from Lisbon to ETRS89 (2) (code 1790). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGoEPSGqR xEPSG#)xF?\(zG{EPSG# =pEPSG#EPSG-Prt 2001s9 EPSGITRF88 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/y,01   EPSGED87 to WGS 84 (2)EPSG%EPSGEPSGT =pXXQ]NzGEPSG#)?wQ <ᛐo??ײEPSG#?|hrEPSG#IERS-Eur R  d Bh2lwRHC0O  -EPSGAzores Central 1995 to WGS 84 (9)EPSG%EPSG9EPSGY$@d';dZHahr EPSG#)?ȓtj~?أ =ptj~EPSG#?ěSEPSG#CGC-Prt Az SJ 1m0O -EPSGAzores Central 1995 to WGS 84 (8)EPSG%EPSG9EPSGZ1&x@dǥSBO;dZEPSG#)CGC-Prt Az SJ 5mD0O  /EPSGAzores Central 1995 to WGS 84 (7)EPSG%EPSG9EPSGWԬ1&@d"`BQ|I^5?EPSG#)?˅Q?~"忨bMEPSG#?nEPSG#CGC-Prt Az Pic 1m0O /EPSGAzores Central 1995 to WGS 84 (6)EPSG%EPSG9EPSGZ`A@d\)B ěEPSG#)CGC-Prt Az Pic 5m=0O  /EPSGAzores Central 1995 to WGS 84 (5)EPSG%EPSG9EPSG@d]hr!Cp`A7EPSG#)?333333?-V1&EPSG#աoEPSG#CGC-Prt Az Fai 1m0O /EPSGAzores Central 1995 to WGS 84 (4)EPSG%EPSG9EPSGZ;dZ@d+B(\EPSG#)CGC-Prt Az Fai 5mD0O  /EPSGAzores Central 1995 to WGS 84 (3)EPSG%EPSG9EPSGZv-@d+C'-EPSG#)?htj~?vȴ9tj~EPSG#tj~EPSG#CGC-Prt Az Ter 1m0O /EPSGAzores Central 1995 to WGS 84 (2)EPSG%EPSG9EPSGZC%@dȣ =qB?|hEPSG#)CGC-Prt Az Ter 5ma0QI +EPSGAzores Oriental 1995 to WGS 84 (5)Mean for all islands in group.EPSG%EPSG8EPSGj I^@`5R@J ƧEPSG#)?\(?1&yhr!EPSG#?XbMEPSG#CGC-Prt Az E 1m60QI+EPSGAzores Oriental 1995 to WGS 84 (4)Mean for all islands in group.EPSG%EPSG8EPSGi+@a@KhrEPSG#)CGC-Prt Az E 5mX0Q3 /EPSGAzores Oriental 1995 to WGS 84 (3)Calculated in 2001.EPSG%EPSG8EPSGj~ I^5@a41&y@M&fffffEPSG#)?ȴ9XbbM񪿴9XbMEPSG#?ؓtj~EPSG#CGC-Prt Az Mig 1m-0Q3/EPSGAzores Oriental 1995 to WGS 84 (2)Calculated in 2001.EPSG%EPSG8EPSGiA7K@ax@KxEPSG#)CGC-Prt Az Mig 5m>0I  )EPSGPorto Santo 1995 to WGS 84 (3)EPSG%EPSG7EPSGjPbMP^5?}H|hrEPSG#)EE˿`A7KEPSG#@EEPSG#CGC-Prt 1m[1?-!EPSGLisbon 1890 to WGS 84 (1)May be taken as a transformation from Lisbon 1890 to ETRS89 - see tfm code 5039.EPSG%EPSG:EPSG@hr gXbM@ȴ9XEPSG#)CGC-Prt 5mN13!EPSGED50 to WGS 84 (33)May be taken as a transformation from ED50 to ETRS89 - see tfm code 5040.EPSG%EPSGEPSGU+ I[(`A7^eEEPSG#)CGC-Prt 5m05 !EPSGLisbon to WGS 84 (3)EPSG%EPSGoEPSGsj~NI^5?}@Y\)EPSG#)CGC-Prt 5m09 !EPSGDatum 73 to WGS 84 (3)EPSG%EPSGEPSGk畁$@[Z1@BSnPEPSG#)CGC-Prt 5m50UI%EPSGAzores Occidental 1939 to WGS 84 (2)Derived at 2 stations in 1999.EPSG%EPSGVEPSGzjj~#e =p@UGzEPSG#)CGC-Prt Az W G f 8 aT 1M -EPSGQMGI 1901 to ETRS89-SVN [D96] (4)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?@||hs@TZ1@|tjEPSG#) gD Ѐs@%x|`EPSG#@/L+QEPSG#GuRS-Svn SE 0.5m1M #EPSGOMGI 1901 to ETRS89-SVN [D96] (3)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?@}$/5z^5?|@EEPSG#)?n^_0@& cQEPSG#@1o*ZFEPSG#OGP-Svn 96S1M= EPSGLMGI 1901 to ETRS89-SVN [D96] (1)Info source also gives a separate reverse tfm with slightly different parameter values. Given the CT accuracy these differences are not significant and this transformation can be considered reversible. May be taken as approximate transformation MGI 1901 to WGS 84 (see code 3917).EPSG%EPSGBEPSG@yQ@R ~"@~mEEPSG#) 9>^_0@& cQEPSG#@1o*ZFEPSG#GuRS-SvnM19E EPSGKMGI 1901 to WGS 84 (5)Parameter values from MGI 1901 to ETRS89 (3) (code 3914). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@zfffff@a33333@|EPSG#)@ =p@\(( =pEPSG#@1EPSG#EPSG-SvnR19O EPSGJMGI 1901 to ETRS89 (3)Derived at 11 points. May be taken as approximate transformation MGI 1901 to WGS 84 - see code 3915. Superseded by MGI 1901 to ETRS89-SVN [D96] (12) (code 8689).EPSG%EPSGBEPSG@zfffff@a33333@|EPSG#)@ =p@\(( =pEPSG#@1EPSG#GURS-Svn{11+ EPSGAED87 to WGS 84 (2)Parameter values taken from ED87 to ETRS89 (1) (tfm code 4078) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the transformation. Used as a tfm between ED50 and WGS 84 - see code 3904.EPSG%EPSGEPSGT =pXXQ]NzGEPSG#)?C,zxl˼Z?{J#9EPSG#?.HEPSG#OGP-Eur/13%EPSG@ED50 to WGS 84 (32)Parameter values from ED87 to ETRS89 (1) (tfm code 4078), assuming that ED50 is identical to ED87 and ETRS89 to WGS 84. Errors caused by this assumption can reach 3-5m. Used by NAM for offshore operations until mid 2004, then replaced by tfm code 1311.EPSG%EPSGEPSGT =pXXQ]NzGEPSG#)?C,zxl˼Z?{J#9EPSG#?.HEPSG#Rws-Nld-Nsea_11{ EPSG6IGRS to WGS 84 (1)Approximation at the +/- 1m level assuming that IGRS is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSG1EPSGEPSG#)OGP-Irq3) EPSGTWD97 to WGS 84 (1)Approximation at the +/- 1m level assuming that TWD97 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Twn t  c S@na 1?9EPSGPSAD56 to SIRGAS 1995 (1)Derived at 42 points. May be taken as transformation PSAD56 to WGS 84 - see code 3990.EPSG%EPSGEPSGJN'zH@nR@? I^5EPSG#)(S =p @zG{EPSG#?ܛSEPSG#IGM-Ecu09 EPSG}MGI 1901 to WGS 84 (6)EPSG%EPSGBEPSG @k33333@~EPSG#)JPet-YugM19E EPSG|MGI 1901 to WGS 84 (4)Parameter values from MGI 1901 to ETRS89 (2) (code 3963). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@=@d\@}>fffffEPSG#)@(\)?\(\&\(EPSG#GzHEPSG#EPSG-Hrv 1S) EPSG{MGI 1901 to ETRS89-HRV [HTRS96] (2)May be taken as approximate transformation MGI 1901 to WGS 84 - see code 3964.EPSG%EPSGBEPSG@=@d\@}>fffffEPSG#)@(\)?\(\&\(EPSG#GzHEPSG#DGU-HrvP19CEPSGzMGI 1901 to WGS 84 (1)Accuracy estimate not available from information source but established empirically by OGP.EPSG%EPSGBEPSG5EPSG#)NIMA-balk1O %EPSGXMGI 1901 to ETRS89-SVN [D96] (11)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@y bM@Vl@}lDEPSG#) υ Z 6@'aEPSG#@4&gsEPSG#GuRS-Svn cen1O 'EPSGWMGI 1901 to ETRS89-SVN [D96] (10)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@v=Q@q$n@|lEPSG#)",{o6&-@-7X\EPSG#@4~^BEPSG#GuRS-Svn Prim1M %EPSGVMGI 1901 to ETRS89-SVN [D96] (9)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@qvȴ9X@FC%@QEPSG#)AFmD#K-/@%*EPSG#@:w.'ZEPSG#GuRS-Svn Gor1M %EPSGUMGI 1901 to ETRS89-SVN [D96] (8)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@c7Kƨ@ 333333@8tEPSG#)?66,@$w#r)EPSG#@kņEPSG#GuRS-Svn Pom1M 'EPSGTMGI 1901 to ETRS89-SVN [D96] (7)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@{x'=p @~-VEPSG#)9&A))k@$O)#EPSG#@0EEPSG#GuRS-Svn Staj1M %EPSGSMGI 1901 to ETRS89-SVN [D96] (6)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGBEPSG?333333@}JzG@TX`A7@{Ӊ7KƨEPSG#)Ă{o  (@%"'J6C-?RvEPSG#_䎊qEPSG#IERS19 EPSGITRF92 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG2EPSG7u%S?wkPEPSG#)?'9EPSG#Htj~EPSG#IERS19 EPSGITRF91 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG1EPSG7W>6z(\)?`d8EPSG#)?'9EPSG#au"EPSG#IERS19 EPSGITRF90 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG0EPSG7JDпbM?a|QEPSG#)?'9EPSG#dnEPSG#IERS19 EPSGITRF89 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG/EPSG7iB￨QR?C,zEPSG#)?'9EPSG#w+jgEPSG#IERS19 EPSGITRF88 to ITRF2000 (1)At epoch 1988.0. Rates dX=0.0000 m/yr, dy=0.0006 m/yr, dZ=0.0014 m/yr, rX=rY=0.0"/yr, rZ=-0.00002"/yr, dS=-0.00001 ppm/yr.EPSG EPSG.EPSG7JDпO;dZ?rGE9EPSG#)6C-?'9EPSG#T`dEPSG#IERSh1; EPSGRRAF 1991 to WGS 84 (1)Approximation at the +/- 1m level assuming that RRAF91 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)IGN-FrAntt1AQEPSG~Cadastre 1997 to RGM04 (1)May be taken as approximate transformation Cadastre 1997 to WGS 84 - see transformation code 4290.EPSG%EPSG{EPSGv?wܛSL ěp ěTEPSG#)Certu-Myt T D ,b1I3EPSGPorto Santo 1995 to PTRA08 (3)Derived at 14 points in May 2009. Residuals at 6 test points within 0.1m horizontal and 0.2m vertical. Info source also provides a 7-parameter Position Vector transformation of similar accuracy.EPSG%EPSG7EPSG?ətn^5?|@sfffffEPSG#)IGP-Prt Porto Santo1I7 #EPSGPorto Santo 1995 to PTRA08 (2)Derived at 22 points in May 2009. Residuals at 17 test points within 0.1m horizontal and 1m vertical. Info source also provides a less accurate 3-parameter transformation (dX=-503.174m, dY=-247.255m, dZ=312.316m).EPSG%EPSG7EPSGrKƧ@lo@joEPSG#)@"\($/)*~"EPSG#?;dZEPSG#IGP-Prt Mad1I+EPSGPorto Santo 1995 to PTRA08 (1)Derived at 34 points in May 2009. Residuals at 25 test points within 0.5m horizontal and 2m vertical. Info source also provides a Position Vector tfm of similar accuracy. See codes 5022 and 5023 for preferred tfms for islands of Porto Santo and Maderia.EPSG%EPSG7EPSGsln@sO;dZEPSG#)IGP-Prt MadArch;15+ EPSG)PTRA08 to WGS 84 (1)Approximation at the +/- 1m level assuming that PTRA08 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-pt RAN15Q EPSGRGFG95 to WGS 84 (2)Replaces RGFG95 to WGS 84 (1) (code 1907) which was not put into official use but issued in error.EPSG%EPSGEPSGEPSG#)IGN-Guf 2;15A EPSGS-JTSK to WGS 84 (4)Parameter values from S-JTSK to ETRS89 (4) (code 4827). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGITRF97. Replaced by CT code 6866 from 2002-01-01. See CT code 8260 for Canadian equivalent.EPSG EPSG6EPSG}?u?tjEPSG#)@9=p @"1'@'2 ěEPSG\(EPSG?Fǿ6C-?_!-w1EPSG?&x9XbMӿvȴ9XEPSGQREPSGEPSGNGS-US CORS96ӂ&1=C' EPSGITRF2005 to ITRF2008 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSG?zG{?@EPSGEPSGzGEPSG333333EPSGEPSGEPSGEPSGIERS-Wld 2008҂619CEPSGITRF96 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG5EPSG7?zG{p =qQ?EPSG EPSGEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-WldуY17%#EPSGITRF2005 to GDA94 (1)RMS residuals 4mm north, 8mm east and 30mm vertical, maximum residuals 10mm north, 17 mm east and 61mm vertical. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG EPSGJ?QSQp =q@C =pEPSG- @F]d@ kEPSG@C%EPSG@ =p׿QEPSG?#?O M;?)EPSG?`A7EPSGEPSGGA-Aus 2010ЂW15_ EPSGGCGD59 to WGS 84 (2)Parameter values are taken from GCGD59 to CIGD11 (1) (code 6136) assuming that CIGD11 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGsEPSGfotj~QXA7K;$/EPSG#)@r ě Stj~+ I^EPSG#+ٙEPSG#OGP-CymρW11M/EPSGAGD66 to PNG94 (1)Derived at 25 stations in 2007. Accuracy 2m in 2007. Replaced by AGD66 to PNG94 (4) (code 6939).EPSG%EPSGjEPSGEPSG#)Qcl-Png PFTB 2007΃13Y +EPSGnLUREF to WGS 84 (3)Parameter values from LUREF to ETRS89 (3) (code 5485) assuming ETRS89 and WGS 84 are coincident within the one metre level. Replaces CT code 1643. For an equivalent transformation using the Molodensky-Badekas method see code 5484.EPSG%EPSGUEPSGgy @2XEb~"EPSG#)?՘R~@ RiYOzcsEPSG#?m\EPSG#OGP-Lux CF 2011́915+ EPSGMARGEN to WGS 84 (1)Approximation at the +/- 1m level assuming that MARGEN is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Bol̂^1A# EPSGEKorean 1985 to KGD2002 (1)For accuracies commensurate with mapping at 1/5000 scale. May be taken as approximate transformation Korean 1985 to WGS 84 - see code 5191.EPSG%EPSGBEPSGb=$/@C@n I^5EPSG#)O;d@Ƨ-?xFEPSG#@^5?|EPSG#H{AO ALEPSG#)NGII-KorʂZ15+ -EPSGAratu to WGS 84 (16)Parameters from Aratu to SIRGAS 2000 (4) (tfm code 5056) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%EPSGpEPSGd @r =qbzGEPSG#)PB-Bra BSUL 2002 } n  g1D}31=M%EPSGKarbala 1979 to IGRS (1)Derived at 95 stations mostly south of Baghdad but including 3 in Kirkuk-Erbil area. Maximum residuals 0.3m. May be used as a tfm to WGS 84 - see tfm code 5078.EPSG%EPSGEPSG1?333333@QzHt-@pn^5?|EPSG#)MWR-Irq 2009Z15+ -EPSGAratu to WGS 84 (21)Parameters from Aratu to SIRGAS 2000 (9) (tfm code 5066) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%EPSGpEPSGbzH@q =qbnfffffEPSG#)PB-Bra RNCE 200241=G-EPSGAratu to SIRGAS 2000 (9)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5067.EPSG%EPSGpEPSGB?bzH@q =qbnfffffEPSG#)PB-Bra RNCE 2002Y15) -EPSGAratu to WGS 84 (20)Parameters from Aratu to SIRGAS 2000 (8) (tfm code 5064) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.Petrobras preferred parameters for all purposes in the area.EPSG%EPSGpEPSGc@rpbzGEPSG#)PB-Bra PEPB 200241=G-EPSGAratu to SIRGAS 2000 (8)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5065.EPSG%EPSGpEPSGB?c@rpbzGEPSG#)PB-Bra PEPB 2002Z15+ -EPSGAratu to WGS 84 (19)Parameters from Aratu to SIRGAS 2000 (7) (tfm code 5062) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%EPSGpEPSGc@r\(bmQEPSG#)PB-Bra SEAL 200241=G-EPSGAratu to SIRGAS 2000 (7)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5063.EPSG%EPSGpEPSGB?c@r\(bmQEPSG#)PB-Bra SEAL 2002s15] -EPSGAratu to WGS 84 (18)Parameters from Aratu to SIRGAS 2000 (6) (tfm code 5060) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area. Replaces tfms 1550-1552.EPSG%EPSGpEPSGb@rp =bEPSG#)PB-Bra BTUC 200241=G-EPSGAratu to SIRGAS 2000 (6)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5061.EPSG%EPSGpEPSGB?b@rp =bEPSG#)PB-Bra BTUC 2002Z15+ -EPSGAratu to WGS 84 (17)Parameters from Aratu to SIRGAS 2000 (5) (tfm code 5058) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Petrobras preferred parameters for all purposes in the area.EPSG%EPSGpEPSGc1Gz@rGzc =pEPSG#)PB-Bra BREC 200241=G-EPSGAratu to SIRGAS 2000 (5)Derived in 2002. Petrobras preferred transformation for all purposes in the area. May be used as transformation between Aratu and WGS 84 - see tfm code 5059.EPSG%EPSGpEPSGB?c1Gz@rGzc =pEPSG#)PB-Bra BREC 2002W1A! %EPSGKarbala 1979 to WGS 84 (2)Parameter values from Karbala 1979 to IGRS (1) (tfm code 5077) assuming that IGRS is equivalent to WGS 84 within the accuracy of the transformation. Replaces Karbala 1979 to WGS 84 (1) (tfm code 15872).EPSG%EPSGEPSG@QzHt-@pn^5?|EPSG#)OGP-Irq 2009002 H , [ 2lM]HD1?5 EPSGPOSGAR 2007 to WGS 84 (1)Approximation at the +/- 1m level assuming that POSGAR 2007 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)EPSG-Argt1=G EPSGITRF2005 to ITRF2008 (1)At epoch 2005.0. Rates dX=-0.0003 m/yr, dy=dz=0.000 m/yr, rX=rY=rZ=0.0"/yr, dS=0.0000 ppm/yr.EPSG EPSG EPSG?@bM?M}H˒?s@NUEPSG#)EPSG#NJ!EPSG#IERS417 EPSGISN2004 to WGS 84 (1)For many purposes ISN2004 can be considered to be coincident with WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Isl!0=u EPSGDRUKREF 03 to WGS 84 (1)DRUKREF 03 and WGS 84 are both realisations of ITRS.EPSG%EPSGEPSGEPSG#)OGP-Btn713) EPSGTUREF to WGS 84 (1)Approximation at the +/- 1m level assuming that TUREF is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Tur_03cEPSGTUREF to ETRS89 (1)Note: the ETRS89 CRS is not used in Turkey.EPSG%EPSGEPSG??O;dZ?nO;hr ĜEPSG#)?\8K?vCcHkEPSG#?q?zEPSG#GCM-TurT1CK EPSGTimbalai 1948 to WGS 84 (5)Parameter values taken from Timbalai 1948 to GDBD2009 (1) (code 5878) assuming that GDBD2009 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSG@~CP{{ 9EPSG#)?ޓՑ+@y?yEPSG#@Կ EPSG#OGP-Brn50G   EPSGTimbalai 1948 to GDBD2009 (1)EPSG%EPSGEPSG@~CP{{ 9EPSG#)?ޓՑ+@y?yEPSG#@Կ EPSG#SD-Brnf15w !EPSGwS-JTSK to WGS 84 (5)Parameter values from S-JTSK/05 to WGS 84 (1) (code 5227). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces tfm code 1622.EPSG%EPSGEPSG#GSU-Lkai1;w !EPSGkS-JTSK/05 to WGS 84 (1)Parameter values from S-JTSK/05 to ETRS89 (1) (code 5226). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces tfm code 1622.EPSG%EPSGlEPSG@9Xb@UU`A7L@| =pEPSG#)䎊qjvȴ9X\N@9Xb@UU`A7L@| =pEPSG#)䎊qjvȴ9X\NT =5?@>!EPSG#GzEPSG#UNA-Cri$1G=EPSG^Ocotepeque 1935 to WGS 84 (1)Parameter values taken from Ocotepeque to CR05 (1) (tfm code 6890) assuming that CR05 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGKEPSG@jQ@"p =REPSG#)IGN-CriK1G= EPSGSIRGAS_ES2007.8 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS_ES2007.8 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-SlvH151EPSG Yacare to WGS 84 (2)Derived at 11 stations during 1998 densification of Uruguay control based on SIRGAS 1995. Accuracy at stations used for derivation: 0.13 to 1.17m.EPSG%EPSGEPSG?_@fzH@FQREPSG#)ߤ??m\'/WEPSG#O;dEPSG#SGM-UryN1A1EPSG Yacare to SIRGAS-ROU98 (1)Derived at 11 stations during 1998 densification of Uruguay control based on SIRGAS 1995. Accuracy at stations used for derivation: 0.13 to 1.17m.EPSG%EPSGEPSG?_@fzH@FQREPSG#)ߤ??m\'/WEPSG#O;dEPSG#SGM-UryE1A7 EPSGSIRGAS-ROU98 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS-ROU98 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Ury915+ EPSGPeru96 to WGS 84 (1)Approximation at the +/- 1m level assuming that Peru96 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-PerG1C9 EPSGMACARIO SOLIS to WGS 84 (1)Approximation at the +/- 1m level assuming that MACARIO SOLIS is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Pano01 EPSGCR05 to WGS 84 (1)EPSG%EPSGEPSG?EPSG#)OGP-Crio0A   EPSGSIRGAS-Chile to WGS 84 (1)EPSG%EPSG#EPSGEPSG#)OGP-Chl5+ EPSGMARGEN to WGS 84 (1)Approximation at the +/- 1m level assuming that MARGEN is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Bol cY 4 z b{+nGYl1I?'EPSGNord Sahara 1959 to WGS 84 (8)Derived at 1 station (L38). May be taken as a transformation to RGSH2020 - see CT 10343.EPSG%EPSGEPSGe =qR33333@sEPSG#)Tot-Dza Ahnet205a'EPSGOSGB36 to WGS 84 (8)Derived by CGG for 1994 3D seismic survey.EPSG%EPSGEPSG@w."[<1&y@{:xEPSG#)bp-Gbr WytchFr07  +EPSGFEH2010 to WGS 84 (1)EPSG%EPSGEPSGEPSG#)OGP-Dnk-Deu Feh19cEPSGUCS-2000 to WGS 84 (1)Derived through concatenation of UCS-2000 to S-42 (1) (tfm code 5586 reversed) [an approximation] and S-42 to WGS 84 (16) (tfm code 15865) [derived for whole FSU rather than Ukraine]. Replaced by UCS-2000 to WGS 84 (2) (tfm code 5840).EPSG%EPSGEPSGsSEPSG#)ffffffO;dZEPSG#EPSG#OGP-Ukr)1EkEPSGPulkovo 1942 to UCS-2000 (1)UCS-2000 is defined to be approximately consistent with Pulkovo 1942 and this transformation's accuracy is due to deformation of the Pulkovo system across Ukrainian territory.EPSG%EPSGEPSG@ EPSG#)OGP-Ukr1U7 EPSGETRS89-MDA [MOLDREF99] to WGS 84 (1)Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. ETRS89-MDA [MOLDREF99] is a realization of ETRS89.EPSG%EPSGEPSGEPSG#)OGP-Mda$0;m EPSGMOLDREF99 to ETRS89 (1)MOLDREF is a densification of ETRS89 in Moldova.EPSG%EPSGEPSG?EPSG#)OGP-Mda.13EPSGPNG94 to WGS 84 (1)Exact in 1994 but due to significant and variable tectonic activity in PNG, in 2011 PNG94 and WGS 84 differ generally by 2m but in areas of significant tectonic activity differences can exceed 9m.EPSG%EPSGEPSGEPSG#)OGP-PNGy0C EPSGGrand Comoros to WGS 84 (1)EPSG%EPSG&EPSG=EPSG#)SHOM-Come15 EPSG}RGAF09 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGAF09 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGqEPSGEPSG#)IGN-FrAnt0IOEPSGyPOSGAR 2007 to SIRGAS 2000 (1)Agreement at the decimeter level.EPSG%EPSGEPSGB?EPSG#)IGM-Arg;0; !EPSGxRRAF 1991 to RGAF09 (3)EPSG%EPSGEPSGq?@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#IGN-Glp SM;0; !EPSGwRRAF 1991 to RGAF09 (2)EPSG%EPSGEPSGq??*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#IGN-Glp GT80; EPSGvRRAF 1991 to RGAF09 (1)EPSG%EPSGEPSGq??蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#IGN-Glp40A EPSGuFort Marigot to RGAF09 (1)EPSG%EPSG EPSGq @b-V@ovȴzXbMEPSG#)>BZc?YJؿ,=EPSG#jOv`EPSG#IGN-Glp70G EPSGtGuadeloupe 1948 to RGAF09 (1)EPSG%EPSGEPSGq }p\) -Vs|hsEPSG#)?iBC\?xl"h EPSG#@*0EPSG#IGN-Glp>0G EPSGsMartinique 1938 to RGAF09 (1)EPSG%EPSGEPSGq?@_-V@O;d@]"EPSG#)䎊qj@͸˿GE84EPSG#@,3|EPSG#IGN-Mtq{3Y +EPSGnLUREF to WGS 84 (3)Parameter values from LUREF to ETRS89 (3) (code 1I[ EPSGNord Sahara 1959 to WGS 84 (9)Derived in 2006 at 45 points in north and central Algeria. Accuracy at 75 common points better than 1m.EPSG%EPSGEPSGj+$tSU<쿱@yIgEPSG#)?rsPH@ a@O?tj~EPSG#FsEPSG#INCT-Dza ' e R tYNh15%EPSGSIGD61 to CIGD11 (1)May be taken as approximate transformation SIGD61 to WGS 84 - see code 6143.EPSG%EPSGvEPSG?333333@!j~JRnO@f^5?}EPSG#)?&x@$/zGEPSG#8j~EPSG#LSD-Cym15%EPSGGCGD59 to CIGD11 (1)May be taken as approximate transformation GCGD61 to WGS 84 - see code 6142.EPSG%EPSGsEPSG?333333fotj~QXA7K;$/EPSG#)@r ě Stj~+ I^EPSG#+ٙEPSG#LSD-Cym 1=CEPSG ITRF2005 to ETRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSG 80EPSGEPSGEPSGEPSG?S?tj~EEPSGEPSGEPSGEUREF-Eur:0? EPSGCombani 1950 to RGM04 (1)EPSG%EPSGEPSGv?333333lCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#IGN-Myt15y+EPSGSAD69 to WGS 84 (16)Parameter values taken from SAD69 to SIRGAS 2000 (1) (tfm code 15485) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Used by ANP and Petrobras throughout Brazil from 1994, replacing use of tfm code 1877.EPSG%EPSG EPSGPfffff@ =p C(\EPSG#)OGP-Bra 5m 1994a1E'-EPSGSAD69(96) to SIRGAS 2000 (2)Parameter values from SAD69 to SIRGAS 2000 (1) (tfm code 15485) assuming that SAD69 and SAD69(96) are equal within the accuracy of the transformation. Used by Petrobras and ANP throughout Brazil from 1994.EPSG%EPSGEPSGBPfffff@ =p C(\EPSG#)IBGE-Bra 5m 1994 1G3 EPSGTimbalai 1948 to GDBD2009 (1)May be taken as approximate transformation Timbalai 1948 to WGS 84 - see code 5249.EPSG%EPSGEPSG~@~CP{{ 9EPSG#)?ޓՑ+@y?yEPSG#@Կ EPSG#SD-Brn15M/EPSGAGD66 to WGS 84 (19)Derived at 25 stations in 2007. Accuracy 2m in 2007. Due to significant tectonic activity in PNG, AGD66 and WGS 84 are separating by approximately 7cm per year.EPSG%EPSGjEPSGEPSG#)Qcl-Png PFTB 2007G193 %EPSGUCS-2000 to WGS 84 (2)Rounded parameter values taken from UCS-2000 to ITRF2000 (1) (code 7817) assuming that WGS 84 is equivalent to ITRF2000 within the accuracy of the transformation. Replaces UCS-2000 to WGS 84 (1) (tfm code 5590).EPSG%EPSGEPSGEPSG#)OGP-Ukr SSGCi03wEPSGAGD66 to GDA94 (19)Replaces nationally-derived transformation code 1458.EPSG%EPSGjEPSG?`%?|hDbM@`V"EPSG#)|hr-VVuEPSG# =pEPSG#PLA-ACT(15EPSGDB_REF to ETRS89 (1)Defines DB_REF so considered errorless. Defined with parameter values for forward and reverse CTs with rotation and scale to greater resolution. The OGP truncated values and reversible formula have no impact on calculation results at the micron level.EPSG%EPSG1EPSG@Gsh@ZR@y>BZEPSG#)+ sP@ qu!EPSG#@F]dEPSG#DB-Deu1AI  EPSGUkraine 2000 to WGS 84 (1)Parameter values taken from Ukraine 2000 to ITRF2005 (1) (code 5822) assuming that ITRS2005 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)OGP-Ukr@1=)  EPSGUCS-2000 to ITRF2005 (1)May be taken as approximate transformation UCS-2000 to WGS 84 - see code 5840.EPSGEPSGEPSG EPSG#)SSGC-Ukr1M/EPSGAGD66 to PNG94 (1)Derived at 25 stations in 2007. Accuracy 2m in 2007. Replaced by AGD66 to PNG94 (4) (code 6939).EPSG%EPSGjEPSGEPSG#)Qcl-Png PFTB 2007 p VF3JpX17##EPSGITRF2008 to GDA94 (1)RMS residuals 5mm north, 8mm east and 28mm vertical, maximum residuals 10mm north, 13mm east and 51mm vertical. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSGEPSGJ?QU+Q3kQ@@GzEPSG9D@rGE9@6EEPSG@#kQEPSG?Q?p =q?EPSG?Z?x?{J#9EPSG?lCEPSGEPSGGA-Aus 2010;0=kEPSG@Nepal 1981 to WGS 84 (1)Derived at 11 points. Accuracy 0.26m (1-sigma).EPSG%EPSG?EPSG?333333@rRQ@p =@nQEPSG#)SD-Npl 1;?EPSG>MGI 1901 to WGS 84 (10)Derived at 13 stations. Residuals generally less than +/- 1m horizontally and vertically.EPSG%EPSGBEPSG@MlD@lS@w^5?|EPSG#)-VE@/ nEPSG##\(EPSG#Kat-Mkd1a? EPSG=MGI 1901 to ETRS89-MKD [EUREF-MAK2010] (5)Derived at 31 stations in July 2010. Residuals generally less than +/- 0.7m horizontally.EPSG%EPSGBEPSG+[@+J@ljf@\EPSG#).zG7KƧ@/9XbMEPSG# vȴ9EPSG#KAT-Mkd15+EPSG4Minna to WGS 84 (16)Used by Addax for OPL 118 and OML 124. Derived in 1999 at 4 stations during extension into OPL 118 of control in Chevron block OML 53.EPSG%EPSGEPSGWKtj~U-@\EPSG#)ADX-Nga OPL 1181;{+EPSG3SAD69(96) to WGS 84 (2)Parameter values from SAD69(96) to SIRGAS 2000 (2)) (tfm code 5881) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation, based on SAD69 to SIRGAS 2000 (1)) (tfm code 15485). Used by Petrobras and ANP from 1994.EPSG%EPSGEPSGPfffff@ =p C(\EPSG#)OGP-Bra 5m 19941Uk%EPSG2Corrego Alegre 1970-72 to WGS 84 (4)Parameter values from Corrego Alegre to SIRGAS 2000 (2) (tfm code 6193) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation. Used by ANP and Petrobras from February 2005, replacing use of tfm code 6192.EPSG%EPSGEPSGi@e\)\(EPSG#)PBS-Bra 2005]1_ %EPSG1Corrego Alegre 1970-72 to SIRGAS 2000 (2)Formed by concatenation of tfms codes 6191 and 15485. May be used as transformation between Corrego Alegre 1970-72 and WGS 84 - see tfm code 6194. Used by Petrobras and ANP from February 2005.EPSG%EPSGEPSGBi@e\)\(EPSG#)PBS-Bra 2005A1U_%EPSG0Corrego Alegre 1970-72 to WGS 84 (3)Formed by concatenation of tfms codes 6191 and 1877. Used by Petrobras and ANP until February 2005 when replaced by Corrego Alegre 1970-72 to WGS 84 (4) (tfm code 6194).EPSG%EPSGEPSGi=p @e =qzG{EPSG#)PBS-Bra 1983r1SKEPSG/Corrego Alegre 1970-72 to SAD69 (1)Derived by Brazilian Institute of Geography and Statistics (IBGE) in 1983 at Chua origin point.EPSG%EPSGEPSG aVfffff@d@A333333EPSG#)IGBE-Bra915+ EPSG!CIGD11 to WGS 84 (1)Approximation at the +/- 1m level assuming that CIGD11 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-CymW15_ EPSGSIGD61 to WGS 84 (3)Parameter values are taken from SIGD59 to CIGD11 (1) (code 6137) assuming that CIGD11 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGvEPSG@!j~JRnO@f^5?}EPSG#)?&x@$/zGEPSG#8j~EPSG#OGP-Cym % s % "#[sf19CEPSGITRF93 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG3EPSG7?zG{QR@QEPSG ?\(陙?=p =EPSG333333EPSG?ҏ\(?zG{?QEPSG ?(\)?QRQEPSGzG{EPSGEPSGIERS-Wld>19CEPSGITRF92 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG2EPSG7?zG{Q녿?=p =EPSG ? =p EPSGEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld>19CEPSGITRF91 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG1EPSG7?zG{\(\? =pEPSG ? =p EPSG333333EPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld>19CEPSGITRF90 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG0EPSG7?zG{\(@ QEPSG ? =p EPSGEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld>19C EPSGITRF89 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG/EPSG7?zG{\(@\(EPSG ? =p EPSGffffffEPSG?333333 EPSG zG{EPSGzG{EPSGEPSGIERS-WldF19CEPSGITRF88 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG.EPSG7?zG{\(ÿffffff@#zGEPSG ? =p EPSG!fffffEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld}13q#EPSGITRF96 to GDA94 (2)RMS residuals 22mm N, 56mm E and 90mm up, maximum residuals 49mm N, 126mm E and 193mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, code 6313.EPSG EPSG5EPSGJ?(\)@8=p B7 =pQzHEPSG XD*?҈pEPSG@vȴEPSG5@ =p@:EQEPSG@) @cS?bMEPSG?EEPSGEPSGGA-Aus 201013y#EPSGITRF97 to GDA94 (2)RMS residuals 26mm N, 12mm E and 179mm up, maximum residuals 49mm N, 24mm E and 464mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, tfm code 6392.EPSG EPSG6EPSGJ? =p -B\(;Q9QREPSG kY|?҈pEPSG@ǮzHEPSG!333333? =p @&EPSG?:~?Q_p?ZEPSG?|1&yEPSGEPSGGA-Aus 2010~17o#EPSGITRF2000 to GDA94 (2)RMS residuals 3mm N, 8mm E and 55mm up, maximum residuals 5mm N, 13mm E and 84mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Replaces 2001 transformation by Dawson and Steed, tfm code 6315.EPSG EPSG7EPSGJ?QFzG=ٙ4^QEPSG^5?|?fA?73EPSG@GzHEPSG =p@ ffffff@&zG{EPSG?(??$/EPSG?;dZEPSGEPSGGA-Aus 20107%#EPSGITRF2005 to GDA94 (1)RMS residuals 4mm north, 8mm east and 30mm vertical, maximum residuals 10mm north, 17619CEPSGITRF94 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG4EPSG7?zG{p =qQ?EPSG EPSGEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld  6 ^m%81=CEPSGITRF2000 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG7EPSG?zG{?ffffff?333333@%EPSGEPSGp =qEPSG?EPSGEPSGzG{EPSGEPSGIERS-WldF19CEPSGITRF97 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG6EPSG?zG{333333@@EPSGQEPSG\(\EPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldF19CEPSGITRF96 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG5EPSG?zG{333333@@EPSGQEPSG\(\EPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldF19CEPSGITRF94 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG4EPSG?zG{333333@@EPSGQEPSG\(\EPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-Wld_19CEPSGITRF93 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG3EPSG?zG{333333@CLEPSG?\(\?zG?333333EPSG GzHEPSG@ffffff?@333333EPSG?(\)?QRQEPSG =p EPSGEPSGIERS-WldF19CEPSGITRF92 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG2EPSG?zG{)ffffff@DEPSGQEPSGzGEPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldF19CEPSGITRF91 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG1EPSG?zG{82@GEPSGQEPSG GzEPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldF19CEPSGITRF90 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG0EPSG?zG{6-333333@OEPSGQEPSGGzHEPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldF19CEPSGITRF89 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG/EPSG?zG{;CL@YLEPSGQEPSG=p =EPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-WldN19CEPSGITRF88 to ITRF2008 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG.EPSG?zG{6@_LEPSGQEPSG$REPSG?@ EPSGzG{EPSG =p EPSGEPSGIERS-Wld@1=C EPSGITRF2000 to ITRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG7EPSG ?zG{?陙@333333EPSGEPSGٙEPSG?ə? =p EPSGzG{EPSGzG{EPSGEPSGIERS-Wld619CEPSGITRF97 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG6EPSG7?zG{p =qQ?EPSG EPSGEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wld s ]  hW)@QNsY1Cu'EPSGITRF96 to NAD83(CORS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Jointly derived by Canada and US at 12 North American VLBI stations. Replaced by CT code 6865 from 2000-01-01. See CT code 8259 for Canadian equivalent.EPSG EPSG5EPSG}?E%2iBEPSG#)@9=p @#L@'QREPSGEPSGEPSG?=K]̿C- qvEPSGEPSGEPSGNGS-US CORS961Q EPSG7ETRS89-ITA [RDN2008] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-ITA [RDN2008] is a national realisation of ETRS89.EPSG%EPSG2EPSGEPSG#)OGP-Itam17 EPSG6RDN2008 to ETRS89 (1)RDN2008 is the second Italian realization of ETRS89. May be taken as approximate transformation RDN2008 to WGS 84 - see code 6711.EPSG%EPSG2EPSGEPSG#)OGP-Itag19 EPSG-GDBD2009 to WGS 84 (1)Approximation at the +/- 1m level assuming that GDBD2009 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSG~EPSGEPSG#)OGP-Brn,19u 3EPSG*JGD2000 to JGD2011 (2)Excludes areas of northern Honshu affected by 2008 Iwate-Miyagi and 2011 Tohoku earthquakes. For these areas use GSI PatchJGD application or JGD2000 to JGD2011 (1) (tfm code 6713).EPSG%EPSGEPSG EPSG#)OGP-Jpn ex N HonshuN13#EPSGITRF97 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6279.EPSG EPSG6EPSGJ?ʹY}?_Ft?Ǿvȴ9XEPSG#)?ch?×?73EPSG#?ru>p~EPSG#򿖇+ I?tn?N;5XEPSG?`07?]2?,?[ͻ~EPSGQʖ]EPSGEPSGGA-Aus 2001?1='EPSGITRF2005 to ITRF2008 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. IERS also publish parameter values for epoch 2005.0; because most rates are zero all values as above except tX=0.5mm. Estimated using 171 stations at 131 sites.EPSGEPSG EPSG?zG{?@EPSGEPSGzGEPSG333333EPSGEPSGEPSGEPSGIERS-Wld 2008 0E  EPSGOcotepeque 1935 to NAD27 (1)EPSG%EPSGKEPSG @iR=XbM@rC;dZEPSG#)DMA-CriK1G= EPSGMexico ITRF2008 to WGS 84 (1)Approximation at the +/- 1m level assuming that Mexico ITRF2008 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-MexP17#EPSGITRF2000 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6278.EPSG EPSG7EPSGJ?{J#9쿄O M?AEPSG#)?bb˧3?+&?PHEPSG#?@98qEPSG#?+ IrnO;N;5EPSG?P Ǵ_?El?QPEPSGA3*EPSGEPSGGA-Aus 2001H13# EPSGITRF97 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, tfm code 6279.EPSG EPSG6EPSGJʹY}?_Ft?vȴEPSG#)?ch?a4=?73EPSG#?ru>p~EPSG#򿖇+ I?tn?N;5XEPSG?`07?]2?,?[ͻ~EPSGQʖ]EPSGEPSGGA-Aus 2001J13 #EPSGITRF96 to GDA94 (1)Replaced by Dawson and Woods transformation of 2010, code 6280.EPSG EPSG5EPSGJ?1&y?4J?ɺ^5?|EPSG#)??E?zZQEPSG#?2sEPSG#? '/?R<64?ߤ@EPSG?d۹Ϛ?Wr <.̖FEPSG?x'sOEPSGEPSGGA-Aus 2001U1=}EPSGITRF2000 to ITRF2005 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Estimated using 70 stations.EPSGEPSG7EPSG ?zG{?陙@333333EPSGEPSGٙEPSG?ə?EPSGEPSGzG{EPSGEPSGIERS-Wld T G E gBVT{1;3EPSGArc 1950 to WGS 84 (11)Derived at 7 stations. Accuracy 13m, 25m and 7m in X, Y and Z axes. Info source gives source CRS as Arc 1960. From inspection of parameter values, comparison with other CTs and geographic applicability of CRS, OGP believes that this should be Arc 1950.EPSG%EPSGqEPSGMEPSG#)NGA-Mwi GeoTrans3-4D1C3EPSGTimbalai 1948 to WGS 84 (6)Derived at 9 stations. Accuracy 1m, 6m and 2m in X, Y and Z axes.EPSG%EPSGEPSGYEPSG#)NGA-Brn GeoTrans3-4)01o3EPSGTete to WGS 84 (6)Derived at 4 stations. Accuracy 10m in each axis.EPSG%EPSGEPSGEPSG#)NGA-Moz GeoTrans3-420Ao3EPSGObservatario to WGS 84 (1)Derived at 3 stations. Accuracy 10m in each axis.EPSG%EPSG!EPSG|EPSG#)NGA-Moz Geotrans3-4C1C3EPSGPulkovo 1942 to WGS 84 (21)Derived at 19 stations. Accuracy 2m, 3m and 3m in X, Y and Z axes.EPSG%EPSGEPSGEPSG#)NGA-Est GeoTrans3-4*05m3EPSGLisbon to WGS 84 (5)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGoEPSG+iEPSG#)NGA-Prt GeoTrans3-440Em3EPSGSt. Lucia 1955 to WGS 84 (2)Derived at 3 stations. Accuracy 1m in each axis.EPSG%EPSGEPSGg3EPSG#)NGA-Lca GeoTrans3-4<133EPSGAccra to WGS 84 (4)Derived at 4 stations. Accuracy 3m, 4m and 3m in X, Y and Z axes.EPSG%EPSGHEPSGV!FEPSG#)NGA-Gha GeoTrans3-4j1E[3EPSGViti Levu 1912 to WGS 84 (2)Derived at 9 stations. Accuracy +/-3m in each axis. Replaces Viti Levu 1912 to WGS 84 (1) (code 15897).EPSG%EPSGEPSGbEPSG#)NGA-Fji GeoTrans3-41GGEPSGOcotepeque 1935 to WGS 84 (3)Concatenation (via NAD27) of transformations 6888 and 1171. Accuracy not given, but accuracy of constituent transformations given as 9m and 10m respectively.EPSG%EPSGKEPSG`EPSG#)NGA-CriZ1C-EPSGOcotepeque 1935 to CR05 (1)May be taken as approximate transformation Ocotepeque to WGS 84 - see code 5470.EPSG%EPSGKEPSG@jQ@"p =REPSG#)IGN-Cri:1GUEPSGOcotepeque 1935 to WGS 84 (2)Rotations in original source given in radians are equivalent to Rx = 2.35", Ry = -0.06", Rz = 6.39".EPSG'EPSGKEPSG@jE@"KƧRCEPSG#)>T =5?@>!EPSG#@GzEPSG#A"+lq W MjA0"h EPSG#)UNA-Cri 0E EPSGOcotepeque 1935 to NAD27 (1)EPSG%EPSGKEPSG @iR=XbMrC;dZEPSG#)DMA-CriA1=EPSGTananarive to WGS 84 (2)Derived at 9 points throughout Madagascar. Adopted by OMV.EPSG%EPSGEPSGhA7KnCZ-VEPSG#)ROG-Mdg1A{EPSGAbidjan 1987 to WGS 84 (2)Derived and used by Western Geophysical for offshore surveys in the 1990s, but exact provenance uncertain. Used by OMV.EPSG%EPSG/EPSG^fffff@J@}fffffEPSG#)WGC-Civ 1G 'EPSGITRF2000 to NAD83(CORS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Joint derivation by Canada and US (tfm 6864) concatenated with IGS value for ITRF96>97 and IERS ITRF97>2000 transformations. See tfm 8261 for Canadian equivalent.EPSG EPSG7EPSG}?$k~($ ěEPSG#)@9=p @"1'@'2 ěEPSG? =pEPSG?FǿF?@bMEPSG?&x9XbMӿ1&EPSG =p EPSGEPSGNGS-US CORS96(01m3EPSGYoff to WGS 84 (2)Derived at 7 stations. Accuracy 3m in each axis.EPSG%EPSGEPSGYEPSG#)NGA-Sen GeoTrans3-4 'Z6 B Y d @<?ZK11/3EPSGAGD66 to PNG94 (3)Derived in 2014 at 38 stations around the PNG mainland. See AGD66 to PNG94 (2) for a more accurate 7-parameter transformation. May be taken as an approximate transformation AGD66 to WGS 84 - see tfm code 6943.EPSG%EPSGjEPSGEPSG#)Qcl-Png Mainland 4mU11U 3EPSGAGD66 to PNG94 (2)Derived in 2014 at 38 stations around the PNG mainland. Aligned to the Bevan Rapids Geodetic Origin AA 070 as required by the Papua New Guinea Oil and Gas Act 1998.EPSG%EPSGjEPSG=p =\(EPSG#)@ j~#@ $/@xEPSG#@!-VEPSG#Qcl-Png Mainland 1m1/CEPSGIGS08 to IGRS (2)Derived by least squares adjustment from the coordinates of the IRAQ-CORS network in both CRSs. Station Baghdad was excluded (high residuals). RMSE = 0.004 m. Application yields identical results to transformation 6935.EPSG EPSGEPSG/?dZ1?vȴ9X?+EPSG#)5?*\,'76EPSG#x*0 EPSG#IRQ-7PV/1/C!EPSGIGS08 to IGRS (1)Derived by least squares adjustment from the coordinates of the IRAQ-CORS network in both CRSs. Station Baghdad was excluded (high residuals). RMSE = 0.004 m. Application yields identical results to transformation 6936.EPSG%EPSGEPSG/??ʟvȴ9tj~O;dZEPSG#)5?*\,'76EPSG#x*0 EPSG#ALAL[2 AJ{`BEPSG#)IRQ-MB(PV){0Uw -EPSGSouth East Island 1943 to WGS 84 (2)Derived by UKHO at 13 stations in 1999, RMS ±0.271m.EPSG%EPSGEPSGS7KƧ0+@Q#EPSG#)@%nO$/EPSG#+_;dZEPSG#UKHO-Syc 7-paramU1U +EPSGSouth East Island 1943 to WGS 84 (1)Derived by UK DOS at 10 stations in 1998, RMS ±0.314m. Also published by NGA in Standard 0036 v1.0.0 of 2014-07-08 and in GeoTrans v3.4 software with parameter values rounded to integer.EPSG%EPSGEPSGE׮zHfyQp7KƨEPSG#)DOS-Syc 3-param+05m3EPSGGambia to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGEPSG+EPSG#)NGA-Gmb GeoTrans3-4>133EPSGBioko to WGS 84 (1)Derived at 6 stations. Accuracy 5m, 17m and 38m in X, Y and Z axes.EPSG%EPSGEPSG*EPSG#)NGA-Gnq GeoTrans3-440Kg3EPSGBekaa Valley 1920 to WGS 84 (1)Derivation not given. Accuracy not specified.EPSG%EPSGEPSGIEPSG#)NGA-Lbn GeoTrans3-4,0;g3EPSGAden 1925 to WGS 84 (1)Derivation not given. Accuracy not specified.EPSG%EPSGEPSG5 EPSG#)NGA-Yem GeoTrans3-4s1As3EPSGHjorsey 1955 to WGS 84 (2)Derived at 16 stations. Accuracy 3m, 3m and 6m in X, Y and Z axes. Replaces Hjorsey 1955 to WGS 84 (1) (code 1951).EPSG%EPSG2EPSG/EPSG#)NGA-Isl GeoTrans3-4g13e3EPSGFahud to WGS 84 (3)Derived at 11 stations. Accuracy 3m, 3m and 6m in X, Y and Z axes. Replaces Fahud to WGS 84 (1) (code 1256).EPSG%EPSGEPSGEPSG#)NGA-Omn GeoTrans3-4r1Oa3EPSGAyabelle Lighthouse to WGS 84 (2)Derived at 2 stations. Accuracy 10m in each axis. Replaces Ayabelle Lighthouse to WGS 84 (1) (code 15800).EPSG%EPSGiEPSGEPSG#)NGA-Dji GeoTrans3-4o1;m3EPSGArc 1950 to WGS 84 (10)Derived at 38 stations. Accuracy 10m in each of X, Y and Z axes. Replaces Arc 1950 to WGS 84 (9), tfm code 1121.EPSG%EPSGqEPSGoEPSG#)NGA-Zwe GeoTrans3-45E3EPSGAGD66 to WGS 84 (20)Derived at 161 stations. Accuracy 5m in each axis. Replaces AGD66 to WGS 84 (1) (code 1108).EPSG%EPSGjEPSG EPSG#)NGA-Aus GeoTrans3-4 pE RD4E m1?} EPSG7SAD69 to SIRGAS-Chile (1)Also used as a transformation from SAD69 to WGS 84 - see code 6974. Note: SAD69 adopted in Chile only south of 43°30'S.EPSG%EPSG EPSGEPSG#)IGM-Chl AZ1CO # EPSG4Albanian 1987 to WGS 84 (1)Parameter values from Albanian 1987 to ETRS89 (1) (code 6963). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSG_EPSGFlC\(C>O;EPSG#)@+j@Xy= ($ xGEPSG# d7EPSG#IOGP-Alb 2D=1C! EPSG3Albanian 1987 to ETRS89 (1)Derived using 90 stations, mse 18cm. May be taken as approximate transformation from Albanian 1987 to WGS 84 (see code 6964).EPSG%EPSG_EPSG?əFlC\(C>O;EPSG#)@+j@Xy= ($ xGEPSG# d7EPSG#IGM-Alb 2D/07  EPSG0VN-2000 to WGS 84 (2)EPSG%EPSGEPSGgccw O<0C  +EPSGZNahrwan 1967 to WGS 84 (13)EPSG%EPSGEPSGn9cMj@w>BEPSG#)Q 'RT*0U2aEPSG#>5EPSG#ADM-UAE Abd Islh1CO/EPSGWNahrwan 1967 to WGS 84 (12)Derived in October 2013 at four control points of the ADCO CRF and evaluated at four others. Estimated horizontal accuracy of 0.14 m at the 95% confidence level.EPSG%EPSGEPSG?333333o (bvȴ9X@x(m\EPSG#)rGE8ۅQ?tEPSG#sgEPSG#ADCO-UAE Abd 2013.1C'EPSGVNahrwan 1967 to WGS 84 (11)Derived via WGS 72 but provenance uncertain. In ADMA replaces tfm code 15938. In ADCO replaced by tfm code 6999 from October 2013.EPSG%EPSGEPSGm,dfffff@wEPSG#)^5?|EPSG#?eںEPSG#ADNOC-UAE Abd:1UEPSGQIGD05/12 to IG05/12 Intermediate CRSReplaces IGD05 transformation (code 7140). Defines the IG05/12 Intermediate CRS so is considered errorless. Israeli documentation refers to target CRS as "in GRS80". Use this CT for cadastre and precise engineering but see CTs 9186 or 9189 for GIS use.EPSG%EPSGEPSGN8IQ1kP|1*0EPSG#) 1ί%D? ܇TEPSG#@m\EPSG#SOI-Isr20/ EPSGPIGD05 to IGD05/12EPSG%EPSGEPSG??/w׼ZC\EPSG#)o#x ?DҲMS&EPSG#?EPSG#SOI-IsrJ159'EPSGASAD69 to WGS 84 (20)Derived at 6 stations. Accuracy 3m, 3m and 4m in X, Y and Z axes. Also used as a transformation from SAD69 to SIRGAS-Chile - see code 6970. Unlike IGM Chile, NGA extends use of this tfm to all Chile south of 44°S.EPSG%EPSG EPSG EPSG#)NGA-Chile 44-k15{'EPSG@SAD69 to WGS 84 (19)Derived at 4 stations. Accuracy 4m in each axis. Along with CTs 6974 and 6975, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 7449. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%EPSG EPSG EPSG#)NGA-Chl 36-44l15{+EPSG?SAD69 to WGS 84 (18)Derived at 6 stations. Accuracy 2m in each axis. Along with CTs 6974 and 6976, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 6968. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%EPSG EPSGEPSG#)NGA-Chile 32-36k15{'EPSG>SAD69 to WGS 84 (17)Derived at 8 stations. Accuracy 2m in each axis. Along with CTs 6975 and 6976, replaces SAD69 to WGS 84 (5) (code 1868). Also used as a CT from SAD69 to SIRGAS-Chile - see code 7448. Note: SAD69 adopted by Chile authorities only south of 43°30'S.EPSG%EPSG EPSGEPSG#)NGA-Chl 17-32y17 )EPSG=PSAD56 to WGS 84 (17)Derived at 6 stations. Accuracy 10m in each axis. Replaces PSAD56 to WGS 84 (4) (code 1204). Info source gives S limit as 44°S but Chilean IGM states that PSAD56 limit is 43°30'S. Also used as a transformation from PSAD56 to SIRGAS-Chile - see code 6951.EPSG%EPSGEPSGEPSG#)NGA-Chl S 2014w17-EPSG100m) known to exist in neighbouring astro stations. May be taken as a transformation to RGSH2020 - see CT 10344.EPSG%EPSGEPSGdffffff@P,@nfffffEPSG#)Isa-Alg Ain Tsila@15!EPSGONGD14 to WGS 84 (1)Translations given by information source in mm. Derived at 20 stations, RMS 0.0313m in northing, 0.0377m in easting and 0.0678m in height.EPSGEPSGEPSGr??5?|hp:~PHEPSG#)?n< ?jj |[EPSG#?vEPSG#NSA-Omng1IkEPSGIGD05 to IG05 Intermediate CRSDefines the IG05 Intermediate CRS so is considered errorless. Target CRS is referred to in Israeli documentation as "in GRS80". Replaced by IG05/12 transformation (code 6993).EPSG%EPSGEPSGG7"1#1VEPSG#)([-?_ZjjEPSG#@EPSG#SOI-Isra1E)EPSGPerroud 1950 to RGTAAF07 (1)Derived at three point on Petrels island at which residuals about 20 cm.EPSG%EPSGEPSG?@tNO;@c)$/@eFEPSG#)IGN Ata Petrel1A EPSGyNahrwan 1934 to WGS 84 (6)Derived by concatenation of parameter values published by IGN Paris from Nahrwan 1934 to WGS 72 at the Nahrwan SE Base station near Baghdad with DMA WGS 72 to WGS 84 parameter values. For more accurate transformation away from origin see codes 7008-7032.EPSG%EPSGEPSGnFfffffb@w$EPSG#)IGN-Irq<0C  +EPSG\Nahrwan 1967 to WGS 84 (15)EPSG%EPSGEPSGn|hsc-lC@w\EPSG#)?ڜ(Z?$17pv?a4=EPSG#>WBEPSG#ADM-UAE Abd U40 w - <y %jA S1=EPSGnITRF2008 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Estimated using 127 stations at 125 sites.EPSGEPSGEPSGm?zG{ffffff333333EPSGEPSG?zG{EPSG?EPSGEPSGQEPSGEPSGIERS-Wld615 EPSG)CGRS93 to WGS 84 (1)Parameter values from CGRS93 to ETRS89 (1) (code 7720). Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84.EPSG%EPSGEPSG@!&xtj~EEPSG#)?cj@'?ma]=ȸEPSG#?}EPSG#IOGP-Cyp'15oEPSG(CGRS93 to ETRS89 (1)Derived at 6 points at epoch 1993.1. May be taken as approximate transformation CGRS93 to WGS 84 - see code 7721.EPSG%EPSGEPSG?@!&xtj~EEPSG#)?cj@'?ma]=ȸEPSG#?}EPSG#DLS-Cyp90= EPSGGSK-2011 to PZ-90.11 (1)EPSG*EPSGEPSG?Q?1&ybMEPSG#)lCtj~?"`AEPSGC*0U2aEPSG#EPSGMTD-Ruse07kEPSGPZ-90 to PZ-90.11 (1)Concatenation of transformations 7702 and 7703.EPSGEPSG:EPSG?ə+ J?+?j~"EPSG#)ffffff@ QR`ƸQEPSG/vEPSG#MTD-RusA0= EPSGPZ-90.02 to PZ-90.11 (1)EPSG*EPSGEPSG?Q;dZ?+?"`BEPSG#)ffffff@ QR =pEPSGbMEPSG#EPSGMTD-Rus(07 EPSGPZ-90 to PZ-90.02 (1)EPSG*EPSG:EPSG?\(ÿQQ?zG{EPSG#)~EPSG(\)EPSG#EPSGMTD-RusR15Q EPSGNAD27 to WGS 84 (89)Derived at stations in the provinces of Colón, Panamá, Coclé, Veraguas, Herrera, Los Santos y Chiriquí. Standard deviation 0.871m in north and 0.531m in east.EPSG%EPSGEPSG@1+]{@f@^6Qr[EPSG#)@O;EPSG#)+jXy=@ ($ xGEPSG# d7EPSG#IOGP-Alb 2DM1g!EPSGAlbanian 1987 to ETRS89-ALB [KRGJSH 2010] (1)Derived using 90 stations by IGM Italy on behalf of ASIG. mse = 18cm. Use only for horizontal coordinates; geoid heights must be calculated with ALBGEO3 software. May be taken as approximate transformation from Albanian 1987 to WGS 84 (see code 7834).EPSG%EPSG_EPSG+'?əFlC\(C>O;EPSG#)+jXy=@ ($ xGEPSG# d7EPSG#IGM-Alb 2Df1=KEPSGUCS-2000 to ITRF2000 (1)Derived for epoch 2005.0 at which time it defines UCS-2000 and is therefore exact (accuracy = 0) at this epoch. May be taken as approximate transformation UCS-2000 to ETRS89 and UCS-2000 to WGS 84 - see codes 9901 and 5840.EPSGEPSGEPSG7@8RnO^W+R5?|EPSG#)SSGC-Ukr>19CEPSGITRF89 to ITRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG/EPSG7?zG{\(@\(EPSG ? =p EPSGffffffEPSG?Q?QEPSG zG{EPSGzG{EPSGEPSGIERS-Wldp1CaEPSGITRF2008 to NAD83(MA11) (1)Information source gives IGS08 as source CRS: for most practical purposes IGS08 is equivalent to ITRF2008.EPSG EPSGEPSG?Vu kEPSG#)@97 and IERS ITRF97>2008 transformations. See tfm 8264 for Canadian equivalent.EPSG EPSGEPSG?-`s/ekb}EPSG#)@9'(@"W'@'2ѷEPSG?puO7EPSG?IC*0U2aU^ NEPSG?Ho<ϕ鿪G{EPSGSnEPSGEPSGNGS-NAwK1EPSG~Pulkovo 1942(83) to BGS2005 (1)Official transformation for con1Ec1EPSGAstro DOS 71 to SHGD2015 (1)Derived at 19 stations, RMS = 12cm. May be used as an approximate transformation to WGS 84 - see code 7894.EPSG%EPSGfEPSG?333333t:fffff@;Q~QEPSG#)ENRD-Shn Hel 0.15m  } , 70}15CEPSGITRF97 to ETRF97 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG6EPSG@ffffff@ffffffEPSG EPSGEPSGEPSG ?ə?EPSGEPSGEPSGEUREF-Eur15CEPSGITRF96 to ETRF96 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG5EPSG@ffffff@ffffffEPSG EPSGEPSGEPSG ?ə?EPSGEPSGEPSGEUREF-Eur15CEPSGITRF94 to ETRF94 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG4EPSG@ffffff@ffffffEPSG EPSGEPSGEPSG ?ə?EPSGEPSGEPSGEUREF-Eur15CEPSGITRF93 to ETRF93 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG3EPSG?ffffff@333333EPSG EPSGEPSGEPSG ?zG{?\(p =qEPSGEPSGEPSGEUREF-Eur15CEPSGITRF92 to ETRF92 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG2EPSG@ffffff EPSG EPSGEPSGEPSG ?Gz? =p\(EPSGEPSGEPSGEUREF-Eur15CEPSGITRF91 to ETRF91 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG1EPSG@@ EPSG EPSGEPSGEPSG ?Gz? =p\(EPSGEPSGEPSGEUREF-Eur15CEPSGITRF90 to ETRF90 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG0EPSG?ffffff@ffffffffffffEPSG EPSGEPSGEPSG ?(\)?=p =QEPSGEPSGEPSGEUREF-Eur15CEPSGITRF89 to ETRF89 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG/EPSGEPSG EPSGEPSGEPSG ?(\)?=p =QEPSGEPSGEPSGEUREF-EurJ1K} %EPSGSt. Helena Tritan to WGS 84 (1)Parameter values from Tritan St. Helena to SHGD2015 (1) (tfm code 7897). Assumes Tritan St. Helena and SHGD2015 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG濳E?9XbM?tjEPSG#)ENRD-Shn Hel1Oa%EPSGSt. Helena Tritan to SHGD2015 (1)Derived at 19 stations, RMS = 5cm. May be used as an approximate transformation to WGS 84 - see code 7898.EPSG%EPSGEPSG?E?9XbM?tjEPSG#)ENRD-Shn Hel1E37 EPSGSHGD2015 to Astro DOS 71 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use Astro DOS 71 to SHGD2015 (2) (code 7895).EPSG%EPSGfEPSGf?@\1XbM(bM@2\(EPSG#)Zݘ0Z123EPSG#@3B¤EPSG#ENRD-Shn Hel 0.1m Rev1E3/EPSGAstro DOS 71 to SHGD2015 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use SHGD2015 to Astro DOS 71 (2) (code 9226).EPSG%EPSGfEPSG?\6-@(=p 2^5?}EPSG#)@Zݘ@0Z@123EPSG#3B¤EPSG#ENRD-Shn Hel 0.1mA] 15CEPSGITRF97 to ETRF97 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG6EPSG@ffffff@ffffffEPSG EPSGEPSGEPSG ?ə?EPSGEPSGEPSGEUREF-Eur JA } tkbZJA19 )EPSG ITRF94 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF94 to ITRF2000 (1) (CT code 6287) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converted to epoch 2000.0.EPSGEPSG4EPSG?zG{@Gfffff@GY9LEPSG?nP@\(!C%EPSGGzHEPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 200019)EPSG ITRF93 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF93 to ITRF2000 (1) (CT code 6286) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converte to epoch 2000.0.EPSGEPSG3EPSG?zG{@Sfffff@Gs333333fffffEPSG@+@zG{ mEPSG\(EPSG@333333?ə?333333EPSG?r ě?\(ÿ땁$/EPSGzG{EPSGEPSGEUREF-Eur 200019)EPSG ITRF92 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF92 to ITRF2000 (1) (CT code 6285) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converte to epoch 2000.0.EPSGEPSG2EPSG?zG{@Cfffff@FY1LEPSG?nP@\(!C%EPSG =pEPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 200019 )EPSGITRF91 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF91 to ITRF2000 (1) (CT code 6284) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converte to epoch 2000.0.EPSGEPSG1EPSG?zG{@;L@>33333&EPSG?nP@\(!C%EPSG(\)EPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 200019 )EPSGITRF90 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF90 to ITRF2000 (1) (CT code 6283) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converted to epoch 2000.0.EPSGEPSG0EPSG?zG{@=L@AY@EPSG?nP@\(!C%EPSG\(EPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 200019 )EPSGITRF89 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF89 to ITRF2000 (1) (CT code 7814) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converted to epoch 2000.0.EPSGEPSG/EPSG?zG{@8L@%ffffff@EYEPSG?nP@\(!C%EPSGGzEPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 2000K1=)EPSGITRF2000 to ETRF2000 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2000 to ETRF2000 (1) (code 7940) for transformation which defines ETRF2000. 7941 is equivalent but with the transformation's parameters at epoch 2000.00.EPSGEPSG7EPSG63EPSG?nP@\(!lCEPSGEPSGEPSG?j~#?\(\XbMEPSGEPSGEPSGEUREF-Eur 2000=iEPSGITRF2000 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2000 to ETRF2000 (2) (code 7941) for an exactly equivalent transformation but with the transformation's parameter values at epoch 2000.00.EPSGEPSG7EPSG@@ffffff333333EPSG EPSGEPSGEPSG ?j~#?\(\XbMEPSGEPSGEPSGEUREF-Eur P gVP}191EPSGITRF89 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG/EPSGm?zG{>ffffffA@`YEPSGУ =pEPSG aGzEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld191EPSGITRF88 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG.EPSGm?zG{9ffffff?@cYEPSGУ =pEPSG&zGEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld/1;EPSGqITRF2014 to GDA2020 (1)Derived at 109 stations of the Australian Regional GNSS network (ARGN). RMS residuals 26mm N, 12mm E and 179mm up, maximum residuals 49mm N, 24mm E and 464mm up. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSGmEPSG?QEPSGEPSGEPSGEPSG?`V?s?P8EPSGEPSGEPSGGA-Aus515 EPSGpGDA94 to GDA2020 (1)Scale difference in ppb where 1/billion = 1E-9. See CT codes 8444-46 for NTv2 method giving equivalent results for Christmas Island, Cocos Islands and Australia respectively. See CT code 8447 for alternative including distortion model for Australia only.EPSG%EPSGEPSG?zG{@Nfffff%p =DQEPSGCFt@\m8@rc EPSG#hrEPSGICSM-Aus'0I EPSGWGS 84 (G1150) to PZ-90.02 (1)EPSG*EPSGEPSG?\(? =p zG{ =p EPSG#)EPSGEPSG#EPSGMTD-Rus10= EPSGPZ-90.11 to ITRF2008 (1)EPSG*EPSGEPSG?pbMhtj~PbMEPSG#)?tj~ۿ$/?`bMEPSGEPSG#EPSGMTD-Rush1=7)EPSGITRF2008 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2008 to ITRF2000 (1) (CT code 6300) reversed concatenated with ITRF2000 to ETRF2000 (1) (CT code 7941).EPSGEPSGEPSG?zG{@J @HfffffM@EPSG?nP@\(!lCEPSG?p =qEPSG??EPSG?j~#?\(\XbMEPSG?zG{EPSGEPSGEUREF-Eur 2000h1=7)EPSGITRF2005 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2005 to ITRF2000 (1) (CT code 6302) reversed concatenated with ITRF2000 to ETRF2000 (2) (CT code 7941).EPSGEPSG EPSG?zG{@K @IJfffffEPSG?nP@\(!lCEPSG?ٙEPSGə?EPSG?j~#?\(\XbMEPSG?zG{EPSGEPSGEUREF-Eur 200019 )EPSG ITRF97 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF97 to ITRF2000 (1) (CT code 6289) converted to epoch 2000.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7940) converted to epoch 2000.0.EPSGEPSG6EPSG?zG{@Gfffff@GY9LEPSG?nP@\(!C%EPSGGzHEPSG?333333?ffffffEPSG?j~#?\(\lCEPSGzG{EPSGEPSGEUREF-Eur 20009 )EPSG ITRF96 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr}191EPSGITRF90 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG0EPSGm?zG{9ffffff'@W333333EPSGУ =pEPSG(\)EPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld    c eu1C/EPSG AITRF93 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by CT from ITRF94 (see code 8258).EPSGEPSG3EPSG &?zGlD+ JEPSG#); =p08Q#p =EPSG@ffffffEPSG?bsPH?:6C-J6C-EPSG?+?ȴ9XbbMEPSG?(\)EPSGEPSGNRC-Can CSRS96 93s1C/EPSG @ITRF92 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by CT from ITRF93 (see code 8257).EPSGEPSG2EPSG &?Evȴ9X`A7KEPSG#);/%ffffffEPSGEPSGEPSGvȴ9?vȴ9X?bMEPSGEPSGEPSGNRC-Can CSRS96 92`1=1EPSGITRF2005 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG EPSGm?zG{@ffffffEPSGEPSGp =qEPSG333333?EPSGEPSGQEPSGEPSGIERS-Wldo1=1EPSGITRF2000 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG7EPSGm?zG{ffffff333333@:EPSGEPSG\(EPSG?ffffffEPSGEPSG(\)EPSGEPSGIERS-Wld}191EPSGITRF97 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG6EPSGm?zG{?@OffffffEPSGУ =pEPSGffffffEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld}191EPSGITRF96 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG5EPSGm?zG{?@OffffffEPSGУ =pEPSGffffffEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld}191EPSGITRF94 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG4EPSGm?zG{?@OffffffEPSGУ =pEPSGffffffEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld191EPSGITRF93 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG3EPSGm?zG{@I333333 ffffff@NEPSG@zG{@ =p ٙEPSG(\)EPSG@ffffff?@EPSG?(\)?QRQEPSGQEPSGEPSGIERS-Wld}191EPSGITRF92 to ITRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Derived by IERS from previously published information.EPSGEPSG2EPSGm?zG{.Ϳ@Q33333EPSGУ =pEPSGQEPSG?@ ffffffEPSGzG{EPSGQEPSGEPSGIERS-Wld91d1CC/EPSG BITRF94 to NAD83(CSRS96) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG4EPSG &?$/lD+ JEPSG#);L.%ffffffEPSG@EPSG:6C-?:6C-J6C-EPSGvȴ9?bM?bMEPSGEPSGEPSGNRC-Can CSRS96 94 SL G 98+ LbD1c EPSG ETRS89-SVK [SKTRF09] to S-JTSK [JTSK03] (1)Derived at 684 points with known S-JTSK and ETRS89 (ETRF2000 realization) coordinates. Scale parameter was constrained to be zero. UGKK consider this transformation to not be reversible at the 1mm accuracy level: for reverse see transformation code 8367.EPSG%EPSG+DEPSG ?PbM~P9Ue/'~=|̖FEPSG#)@%R7@@w@h߱EPSG#EPSG#UGKK-Svk 1ci %EPSG NSaint Pierre et Miquelon 1950 to WGS 84 (2)Replaces Saint Pierre et Miquelon 1950 to WGS 84 (1) (code 1923) from March 2006. Accuracy +/- 0.5 to 1 metre.EPSG%EPSGEPSG@&"`@z^5?|@wRzGEPSG#)IGN-Spm 2017 1G)EPSG IITRF2014 to NAD83(CSRS)v7 (1)Concatenation of joint Canada-US tfm NAD83>ITRF96 (CT code 8259) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2014 transformations. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 8970 for US equivalent.EPSGEPSGmEPSG =?sh#yTԿEPSG#): ?$_Z%6EPSG?ל8JEPSG?IC*0U2aW9EPSGHo?<ϕ?G{EPSGo?R&WEPSGEPSGNRC-Can CSRSv7 1G)EPSG HITRF2008 to NAD83(CSRS)v6 (1)Concatenation of joint Canada-US transformation NAD83>ITRF96 (code 8259) with IGS tfm ITRF96>97 and IERS tfms ITRF97>2008. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm code 7807 for US equivalent.EPSGEPSGEPSG :?-`s/ekb}EPSG#)9'("W''2ѷEPSG?puO7EPSG?IC*0U2aU^ NEPSGHo?<ϕ?G{EPSG1&EPSGEPSGNRC-Can CSRSv61Gk) EPSG FITRF2005 to NAD83(CSRS)v5 (1)Concatenation of joint Canada-US NAD83>ITRF96 transformation (code 8259) with IGS value for ITRF96>ITRF97 and IERS transformations ITRF97>ITRF2005. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSG 8?ᰉ'Rp:~g lEPSG#)9=p "1''2 ěEPSG?EPSG?@bMC*0U2aUL_EPSG&x?9XbM?1&EPSG1&EPSGEPSGNRC-Can CSRSv5 1G)EPSG EITRF2000 to NAD83(CSRS)v4 (1)Concatenation of joint Canada-US NAD83>ITRF96 tfm (code 8259) with IGS value of ITRF96>ITRF97 and IERS tfm ITRF97>ITRF2000. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm code 6866 for US equivalent.EPSGEPSG7EPSG 2?$k~($O MEPSG#)9=p "1''2 ěEPSG?zGEPSG?FǿF?@bMEPSG&x?9XbM?1&EPSGKƧEPSGEPSGNRC-Can CSRSv4 1C)EPSG DITRF97 to NAD83(CSRS)v3 (1)Concatenation of joint Canada-US transformation NAD83>ITRF96 (see tfm code 8259) and IGS value for ITRF96>ITRF97 transformation. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See tfm 6865 for US equivalent.EPSGEPSG6EPSG .?u?tjEPSG#)9=p "1''2 ěEPSGQEPSG?Fǿ6C-?_!-w1EPSG&x?9XbM?vȴ9XEPSGȓtj~EPSGEPSGNRC-Can CSRSv3C1=iEPSG ITRF2014 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2014 to ETRF2014 (2) (code 8880) for an exactly equivalent transformation but with the transformation's parameter values at epoch 2010.00.EPSGEPSGmEPSG EPSGEPSGEPSGEPSG?\(?E˿ =pEPSGEPSGEPSGEUREF-Eur q I .}Id19C) EPSG ITRF96 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG5EPSGm?@OffffffEPSG?\(@&MO;dZ0nzGEPSGffffffEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014d19C) EPSG ITRF97 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG6EPSGm?@OffffffEPSG?\(@&MO;dZ0nzGEPSGffffffEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014f1=C) EPSG ITRF2000 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG7EPSGmffffff333333@:EPSG?\(@&MO;dZ0+QEPSG\(EPSG?ffffffEPSG?\(?E˿ =pEPSG(\)EPSGEPSGEUREF-Eur 2014W1=C) EPSG ITRF2005 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSGmffffffEPSG?\(@&MO;dZ0+QEPSGp =qEPSG333333?EPSG?\(?E˿ =pEPSGQEPSGEPSGEUREF-Eur 2014V1=C) EPSG ITRF2008 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSGmffffff333333EPSG?\(@&MO;dZ0+QEPSG?zG{EPSG?EPSG?\(?E˿ =pEPSGQEPSGEPSGEUREF-Eur 2014H1=) EPSG ITRF2014 to ETRF2014 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. See ITRF2014 to ETRF2014 (1) (code 8366) for transformation which defines ETRF2014. Transformation 8407 is equivalent to 8366 but with parameter values at epoch 2010.00.EPSGEPSGmEPSGEPSG?\(@&MO;dZ0+QEPSGEPSGEPSG?\(?E˿ =pEPSGEPSGEPSGEUREF-Eur 20141=)EPSG ITRF2014 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2014 to ITRF2000 (1) (CT code 8078) reversed and converted to epoch 2010 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7941) converted to epoch 2010.EPSGEPSGmEPSG?zG{@KY@JRfffffEPSG?7KƧ@$zG0oEPSG@\(EPSG??ffffffEPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGEUREF-Eur 200001; EPSG Camacupa to WGS 84 (11)Derived by Univ. of Lisbon for IGCA using 38 REPANGOL points in Angola (except SE) and Cabinda. Application differs from Camacupa to WGS 84 (1) to (10) by approx 25 m. Average horizontal error 1m, vertical 3m; max radial error 6m. For onshore use only.EPSG%EPSG|EPSGWs"`B`$kbVuEPSG#)?$/j~#@zG{EPSG#šoEPSG#IGCA-Ago'1G{ EPSG S-JTSK [JTSK03] to WGS 84 (1)Parameter values taken from S-JTSK [JTSK03] to ETRS89 (1) (code 8367) assuming that ETRS89 (ETRF2000 realization) is coincident with WGS 84 within the accuracy of the transformation. Within the 1m accuracy of this transformation, it is reversible.EPSG%EPSG EPSG@~PVu@e.G{@~=lCEPSG#)%6UeQqidobEPSG#EPSG#UGKK-Svk)cd19C) EPSG ITRF94 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG4EPSGm?@OffffffEPSG?\(@&MO;dZ0nzGEPSGffffffEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014 c 4 h ]Q cs17+EPSG!Batavia to WGS 84 (1)Derived at 5 stations. Note: U.S. DMA TR8350.2 September 1987 gives source CRS as Batavia and area as Sumatra. The Batavia (Genuk) CRS applies to Java and western Sumatra. EPSG presumes this CT applies to both. Sometimes found applied to all Sumatra.EPSG%EPSGsEPSGEPSG#)DMA-Idn Sumatra/17EPSG!GDA2020 to WGS 84 (2)Approximation at the 3m level assuming WGS 84 is equivalent to GDA2020. Ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)GA-Aus 3m61G#EPSG!GDA2020 to WGS 84 (G1762) (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Parameter values taken from ITRF2014 to GDA2020 (1) (code 8049), assuming WGS 84 (G1762) is equivalent to ITRF2014 within the accuracy of the transformation.EPSG EPSGEPSG?əEPSGEPSGEPSGEPSG`VsP8EPSGEPSGEPSGGA-Aus 0.2mX1SI EPSG Hong Kong Geodetic CS to WGS 84 (1)Approximation at the +/- 1m level assuming that Hong Kong Geodetic CS is equivalent to WGS 84.EPSG%EPSG EPSGEPSG#)EPSG-Hkg41=S EPSG Macao 1920 to WGS 84 (1)Derived from Macao 2008 to Macao 1920 (1) (code 8435) (reversed) assuming that Macao 2008 is equivalent to WGS 84 within the accuracy of the transformation. Some parameter values differ in the reverse due to the high rotations.EPSG%EPSG EPSGi[zHr =pc{-EPSG#)A 1'@SbM@@TzGEPSG#@bMEPSG#Bid/AT SAB?v+EPSG#)EPSG-MacG1c % EPSG Hong Kong 1980 to Hong Kong Geodetic CS (1)Also published as a transformation to WGS 84 using the position vector method - see Hong Kong 1980 to WGS 84 (1) (code 1825).EPSG%EPSGEPSG dS+qO`A7Ld8j~#EPSG#)?Wyc,?5.+vEPSG#EPSG#LSD-HKG 2002A1=3 EPSG Macao 2008 to WGS 84 (1)Approximation at the +/- 1m level assuming that Macao 2008 is equivalent to WGS 84.EPSG%EPSG EPSGEPSG#)OGP-Bmu 0EsEPSG Macao 2008 to Macao 1920 (1)Derived at 3 stations in 2008. Accuracy not stated.EPSG%EPSG EPSG @i[zH@r =p@c{-EPSG#)@AtjSbM@R`AEPSG#bMEPSG#BtjATD AB>Άȴ9EPSG#)DSCC-Macd19C) EPSG ITRF89 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG/EPSGm>ffffffA@`YEPSG?\(@&MO;dZ0nzGEPSG aGzEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014d19C) EPSG ITRF90 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG0EPSGm9ffffff'@W333333EPSG?\(@&MO;dZ0nzGEPSG(\)EPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014d19C) EPSG ITRF91 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG1EPSGm;ffffff/@S333333EPSG?\(@&MO;dZ0nzGEPSG\(EPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014d19C) EPSG ITRF92 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG2EPSGm.Ϳ@Q33333EPSG?\(@&MO;dZ0nzGEPSGQEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014 + Z _ jq_q+607 EPSG"}Tahiti 79 to RGPF (1)EPSG%EPSGREPSGO?@k@cVu@ftjEPSG#)@ݗ+k?;5Xy?bMEPSG#@&<64EPSG#URB-Pyf 11=EPSG"|RGPF to WGS 84 (1)SHOM report gives scale difference as 0.999 999 9907 (wrt unity). Transformation is to original Transit definition of WGS 84. It is consistent with later WGS 84 realisations G730, G873 and G1150 to no better than 1m.EPSG%EPSGOEPSG??nO;9XbMӿ\(\EPSG#)?<643*0U2a?|1&yEPSG# ҈EPSG#URB-Pyf[1CO#EPSG"{Camacupa 2015 to RSAO13 (1)Derived by Univ. of Lisbon for CIDDEMA using 38 REPANGOL points in Angola (except SE) and Cabinda. Average horizontal error 1m, vertical 3m; max radial error 6m.EPSG%EPSG!EPSG!Ws"`B`$kbVuEPSG#)?$/j~#@zG{EPSG#šoEPSG#CIDDEMA-Ago1C;EPSG"xAin el Abd to MTRF-2000 (1)Nation-wide transformation. Accuracy given as 'several metres'. More precise national cellular transformation parameters were also determined. Software coded for these cellular transformations is available in MOMRA.EPSG%EPSGlEPSG"rN33333s\( zGEPSG#)?=p =?zG (\)EPSG#?\(EPSG#MOMRA-SauM1;E EPSG"wMGI 1901 to WGS 84 (13)Parameter values from MGI 1901 to ETRS89 (7) (code 8680). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@~zG@f/w@ ěEPSG#)@@̽D")* RiY`EPSG#?u EPSG#FGA-Bih[1;i EPSG"vMTRF-2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that MTRF-2000 (ITRF2000 at epoch 2004.00) is equivalent to WGS 84.EPSG%EPSG"rEPSGEPSG#)OGP-Saud15 EPSG"sRSAO13 to WGS 84 (1)Approximation at the +/- 1m level assuming that RSAO13 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSG!EPSGEPSG#)IOGP-Agow0Qk%EPSG!Camacupa 1948 to Camacupa 2015 (2)Concatenation of transformations 1324 and 8882.EPSG%EPSG|EPSG!@@FEjj~#'ڟvȴEPSG#)$/?j~#zG{EPSG#?šoEPSG#IOGP-Ago B15s0QkEPSG!Camacupa 1948 to Camacupa 2015 (1)Concatenation of transformations 1327 and 8882.EPSG%EPSG|EPSG!@333333@EsnPj۝-V'ڟvȴEPSG#)$/?j~#zG{EPSG#?šoEPSG#IOGP-Ago1O7 'EPSG!MGI 1901 to ETRS89-SVN [D96] (12)Derived at 479 nodes of Delauney triangulation generated from 1958 control points. Replaces MGI 1901 to Slovenia 1996 (1) (code 3916). May be taken as approximate transformation MGI 1901 to WGS 84 (see code 8688).EPSG%EPSGBEPSG@}Gz@_|S@z\)EPSG#)qzJ@'yEPSG#@#"̳EPSG#GuRS-Svn 2010a1;a 'EPSG!MGI 1901 to WGS 84 (16)Parameter values from MGI to Slovenia 1996 (12) (tfm code 8689) assuming Slovenia 1996 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@}Gz@_|S@z\)EPSG#)qzJ@'yEPSG#@#"̳EPSG#GuRS-Svn 2010M1;E  EPSG!MGI 1901 to WGS 84 (12)Parameter values from MGI 1901 to ETRS89 (7) (code 8680). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@~zG@f/w@ ěEPSG#)@@̽D")* RiY`EPSG#?u EPSG#FGA-BihU1Y7 EPSG!MGI 1901 to ETRS89-BIH [BH_ETRS89] (7)Derived at 1385 points across the area of Bosnia and Herzegovina. May be taken as approximate transformation MGI 1901 to WGS 84 (13), EPSG code 8823.EPSG%EPSGBEPSG(X@~zG@f/w@ ěEPSG#)@@̽D")* RiY`EPSG#?u EPSG#FGA-Bih Z   1 H^ZP11E)EPSG&PN68 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis. Unclear from information source whether the source CRS is PN68 or PN84 - see also CT code 15815. Given the accuracy, can be considered to apply to either.EPSG%EPSG$EPSG,ͤEPSG#)DMA-Esp Canary(1;yEPSG$ATRF2014 to GDA2020 (1)Describes movement of ATRF2014 relative to GDA2020 due to Australian tectonic plate motion. Derived at 109 stations of the Australian Regional GNSS network (ARGN). Scale difference (dS) in ppb and dS rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSG EPSG$[EPSG?QEPSGEPSGEPSGEPSG?`V?s?P8EPSGEPSGEPSGGA-Aus31? EPSG$vITRF2014 to KSA-GRF17 (1)Arabian plate rotations derived from obs. at 41 sites with at least 2.5y of continuous observations. May be approximated by position vector CT with rX=8.393 mas, rY=-0.749 mas, rZ=10.276 mas, valid at 2017.0, and degrading by ~2.5cm per year (code 9383).EPSGEPSGmEPSG$s?PbMEPSGEPSGEPSGEPSG/v?dZ1|hrEPSGEPSGEPSGGCS-Sau15o3EPSG$ WGS 84 to ETRS89 (2)Parameter values derived from ITRF2008 to ETRF2000 (1), code 7951, as a time-specific transformation @2014.81, assuming ITRF2008 = WGS 84 (G1762) = WGS 84 and ETRF2000 = ETRS89.EPSG)EPSGrEPSGH??S?1&鿵\(EPSG#)?a4J?_o ZEPSG#?dzG{EPSG#@{=p EPSGONE-Deu/Nld 2014.811M7EPSG#NAD83(CSRS)v6 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2008 by common transformations (codes 7807 and 8264).EPSG EPSG :EPSGEPSG#)EPSGEPSGISO-N Am1GMEPSG#uITRF2000 to NAD83(MARP00) (1)Defines NAD83(MARP00). Equivalent transformation published on NGS web site and used in HDTP with rX=28.971 mas, rY=10.420 mas and rZ=8.928 mas at epoch 1997.00.EPSG EPSG7EPSG#n? [6u"(EPSG#)@= lD@$!Gz@$3EEPSGEPSGEPSGzG{?Gz5?|hEPSGEPSG@&zGEPSGNGS-MAc15UEPSG#BITRF94 to ITRF96 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. ITRF96 is by definition aligned with ITRF94.EPSG)EPSG4EPSG5EPSG EPSGEPSGEPSGIERS-WldJ0M{EPSG#IGb08 to SIRGAS-CON SIR15P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC Am1O EPSG"ETRS89-SRB [STRS00} to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-SRB [STRS00] is a national realization of ETRS89.EPSG%EPSG!EPSGEPSG#)IOGP-SrbT19)EPSG"ITRF91 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. Equivalent to ITRF91 to ITRF2014 (1) (CT code 8072) concatenated with ITRF2014 to ETRF2014 (2) (CT code 8880).EPSGEPSG1EPSG ?zG{;ffffff/@S333333EPSG?\(@&MO;dZ0nzGEPSG\(EPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014 1=? EPSG"Maupiti 83 to WGS 84 (2)Concatenation of Maupiti 83 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 15759 and 8828).EPSG%EPSGTEPSG@k#|hs@Uhr@7tEPSG#)?<643*0U2a?|1&yEPSG# ҈EPSG#URB-Pyf1;; EPSG"~Tahiti 79 to WGS 84 (2)Concatenation of Tahiti 79 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8829 and 8828).EPSG%EPSGREPSG@kv@c1'@fj~EPSG#)@9XbM?:S&?I^5?}EPSG#@&C\EPSG#URB-Pyf  @ 8 v :1GG 'EPSG"IGN72 Nuku Hiva to WGS 84 (7)Concatenation of IGN72 Nuku Hiva to RGPF (3) and RGPF to WGS 84 (1) (CT codes 8851 and 8828).EPSG%EPSGEPSG@p9@rzH@h`AEPSG#)?@?!.IEPSG#@;\NEPSG#URB-Pyf UaPouB0C 'EPSG"IGN72 Nuku Hiva to RGPF (3)EPSG%EPSGEPSGO?@p8`A@ro@h-EPSG#)?@>B?݄M:EPSG#@;_حEPSG#URB-Pyf UaPou1GG)EPSG"IGN72 Nuku Hiva to WGS 84 (6)Concatenation of IGN72 Nuku Hiva to RGPF (2) and RGPF to WGS 84 (1) (CT codes 8849 and 8828).EPSG%EPSGEPSG@Omhr@HQ@xVEPSG#);5XeOp:~EPSG#@pŠ- EPSG#URB-Pyf UaHuka<0C )EPSG"IGN72 Nuku Hiva to RGPF (2)EPSG%EPSGEPSGO@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#URB-Pyf UaHuka1GG -EPSG"IGN72 Nuku Hiva to WGS 84 (5)Concatenation of IGN72 Nuku Hiva to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8847 and 8828).EPSG%EPSGEPSG@d^5?}@k`A@fQEPSG#)ѷX`A7Lu%F LEPSG#@eEPSG#URB-Pyf NukuHivaE0C -EPSG"IGN72 Nuku Hiva to RGPF (1)EPSG%EPSGEPSGO?@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#URB-Pyf NukuHiva1CE+EPSG"IGN63 Hiva Oa to WGS 84 (4)Concatenation of TIGN63 Hiva Oa to RGPF (2) and RGPF to WGS 84 (1) (CT codes 8845 and 8828).EPSG%EPSGQEPSG@wlO;MtE;dZEPSG#)01[W>6&:ceEPSG#=K^EPSG#URB-Pyf Tahuata;0? +EPSG"IGN63 Hiva Oa to RGPF (2)EPSG%EPSGQEPSGO@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#URB-Pyf Tahuata1CC)EPSG"IGN63 Hiva Oa to WGS 84 (3)Concatenation of IGN63 Hiva Oa to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8843 and 8828).EPSG%EPSGQEPSG@y ě@KE`A7L@T bMEPSG#)zH_oEPSG#@1Ra|QEPSG#URB-Pyf HivaOaA0? )EPSG"IGN63 Hiva Oa to RGPF (1)EPSG%EPSGQEPSGO?@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#URB-Pyf HivaOa 1??EPSG"Fatu Iva 72 to WGS 84 (2)Concatenation of Fatu Iva 72 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8835 and 8828).EPSG%EPSGPEPSG@u@x@ZvEPSG#)@@A [Q]cA@"w1EPSG#@gBEPSG#URB-Pyf10; EPSG"Fatu Iva 72 to RGPF (1)EPSG%EPSGPEPSGO@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#URB-Pyf199 EPSG"Tahaa 54 to WGS 84 (3)Concatenation of Tahaa 54 to RGPF (1) and RGPF to WGS 84 (1) (CT codes 8833 and 8828).EPSG%EPSGEPSG@R =q@utj@SlCEPSG#)a@N>BZc ᕁ$/EPSG#?D*EPSG#URB-Pyf505 EPSG"Tahaa 54 to RGPF (1)EPSG%EPSGEPSGO?@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\NffffffA@`YEPSG?\(@&MO;dZ0nzGEPSG aGzEPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014T19)EPSG"ITRF90 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. Equivalent to ITRF90 to ITRF2014 (1) (CT code 8071) concatenated with ITRF2014 to ETRF2014 (2) (CT code 8880).EPSGEPSG0EPSG ?zG{9ffffff'@W333333EPSG?\(@&MO;dZ0nzGEPSG(\)EPSG?@ ffffffEPSG?\(?E˿GzHEPSGQEPSGEPSGEUREF-Eur 2014o1=  EPSG"SRB_ETRS89 to ETRS89 (1)SRB_ETRS89 is a national realization of ETRS89. May be taken as approximate transformation SRB_ETRS89 to WGS 84 - see code 8894.EPSG%EPSG!EPSGEPSG#)IOGP-Sbr4 t`13y EPSG"LKS94 to ETRS89 (1)LKS94 is a national realization of ETRS89. May be taken as approximate transformation LKS94 to WGS 84 - see code 1283.EPSG%EPSG=EPSGEPSG#)IOGP-Ltu l Z & WFt8l4J0M{EPSG#IGb08 to SIRGAS-CON SIR13P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmM0S{EPSG#ITRF2008 to SIRGAS-CON SIR11P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSGEPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmM0S{EPSG#ITRF2008 to SIRGAS-CON SIR10P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSGEPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmJ0M{EPSG#IGS05 to SIRGAS-CON SIR09P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmP0M{EPSG#IGS05 to SIRGAS-CON DGF08P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"?zG{EPSGEPSGEPSG@REPSGSIR-SC AmP0M{EPSG"IGS05 to SIRGAS-CON DGF07P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#2EPSG"?zG{EPSGEPSGEPSG@REPSGSIR-SC AmM0S{EPSG"ITRF2000 to SIRGAS-CON DGF06P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmM0S{EPSG"ITRF2000 to SIRGAS-CON DGF05P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmM0S{EPSG"ITRF2000 to SIRGAS-CON DGF04P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmM0S{EPSG"ITRF2000 to SIRGAS-CON DGF02P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmS0S{EPSG"ITRF2000 to SIRGAS-CON DGF01P02 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSG@9EPSGSIR-SC AmM0S{EPSG"ITRF2000 to SIRGAS-CON DGF01P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC AmQ0O{EPSG"ITRF97 to SIRGAS-CON DGF00P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG6EPSG"?zG{EPSGEPSGEPSG@AEPSGSIR-SC Am_11i % EPSG"CR05 to WGS 84 (2)Parameter vales are from CR05 to CR-SIRGAS (1) (code 8913) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014217y% EPSG"CR05 to CR-SIRGAS (1)Derived at 16 stations. CR05 is static, CR-SIRGAS is dynamic: transformation is valid at epoch 2014.59 but accuracy will deteriorate due to tectonic motion. May be taken as an approximate transformation to ITRF08 / IGb08 / WGS 84 - see code 8914.EPSG%EPSGEPSG"?ŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014n17 EPSG"CHTRS95 to ETRS89 (1)CHTRS95 is a national realization of ETRS89. May be taken as approximate transformation CHTRS95 to WGS 84 - see code 1511.EPSG%EPSG7EPSG?zG{EPSG#)IOGP-Che6O EPSJ0M{EPSG#IGb08 to SIRGAS-CON SIR14P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG#7EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC Am 4  'X`R15/EPSG#AITRF93 to ITRF94 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in scale difference), see EPSG:10143.EPSGEPSG3EPSG4?zG{333333??EPSG ?\(陙?QEPSGٙEPSG?ҏ\(zG{zG{EPSG ?(\)?QREPSGEPSGEPSGIERS-Wld15/EPSG#@ITRF92 to ITRF93 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Note: info source gives translation rates in mm/year.EPSGEPSG2EPSG3?htj~əffffffffffffEPSG \(?陙QEPSG?333333EPSGҏ\(?zG{?zG{EPSG (\)QR?EPSGEPSGEPSGIERS-Wldb15EPSG#?ITRF91 to ITRF92 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in tX), see EPSG:10142.EPSG EPSG1EPSG2?tzG{񙙙ffffff?333333EPSG EPSGffffffEPSGIERS-Wldb15EPSG#>ITRF90 to ITRF91 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in tX), see EPSG:10141.EPSG EPSG0EPSG1?|1&y?ٙ?EPSG EPSG333333EPSGIERS-Wldi15/EPSG#=ITRF89 to ITRF90 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Superseded by parameter values derived from transformations to ITRF2020 (change in scale difference), see EPSG:10140.EPSG EPSG/EPSG0?zG{333333@ffffffEPSG EPSGEPSGIERS-Wldq15/EPSG#ITRF96 (CT code 6864) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2014 CTs. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 8265 for Canadian equivalent.EPSG EPSGmEPSG?sh#yTԿEPSG#)@: $_Z@%6EPSG?ל8JEPSG?IC*0U2aW9EPSG?Ho<ϕ鿪G{EPSGo?R&WEPSGEPSGNGS-Usa CONUS-AK PRVI_11i % EPSG# CR05 to WGS 84 (2)Parameter vales are from CR05 to CR-SIRGAS (1) (code 8968) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014217y% EPSG#CR05 to CR-SIRGAS (1)Derived at 16 stations. CR05 is static, CR-SIRGAS is dynamic: transformation is valid at epoch 2014.59 but accuracy will deteriorate due to tectonic motion. May be taken as an approximate transformation to ITRF08 / IGb08 / WGS 84 - see code 8969.EPSG%EPSGEPSG"?ŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014J0M{EPSG#IGS14 to SIRGAS-CON SIR17P01 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG #EPSG"?zG{EPSGEPSGEPSGEPSGSIR-SC Am 96 T n `;H39#0C=)EPSG#tWGS 84 (G873) to ITRF94 (1)Defined at epoch 1997.0.EPSGEPSGEPSG4?EPSG#)EPSG#EPSG#NGA-Wld 1997.0H0?{EPSG#[ITRF94 to SIRGAS 1995 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG4EPSGn?zG{EPSGEPSGEPSG@-EPSGSIR-S Am11=EPSG#NIGb08 to IGS14 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Parameter values from ITRF2008 to ITRF2014 (1) (code 7790) as IGb08 is aligned to ITRF2008 and IGS14 is aligned to ITRF2014.EPSGEPSG#7EPSG #?zG{ffffff333333EPSGEPSG?zG{EPSG?EPSGEPSGQEPSGEPSGIGS-Wldq11wEPSG#MIGS08 to IGb08 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS08 and IGb08 are both by definition aligned with ITRF2008.EPSG)EPSGEPSG#7EPSGEPSGEPSGEPSGIGS-WldQ11CEPSG#LIGS05 to IGS08 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG#2EPSG?PbM?@333333EPSGtj~?1&y?1&yEPSG =pEPSGEPSG`bMhtj~?PbMEPSG?zG{EPSGEPSGIGS-WldY11CEPSG#KIGb00 to IGS05 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG#/EPSG#2?PbM?333333@333333EPSG?ǿu!R?FsEPSG[EPSG?ٙffffff?EPSGku%F?6C-?|?EPSG_حVEPSGEPSGIGS-Wldu11EPSG#JIGS00 to IGb00 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS00 and IGb00 are both by definition aligned with ITRF2000. The actual IGS00-IGb00 transformation parameter values are not null but are statistically insignificant and treated as null by IGS.EPSG)EPSG#,EPSG#/EPSGEPSGEPSGEPSGIGS-WldZ11CEPSG#IIGS97 to IGS00 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG#)EPSG#,?|1&yffffff@4EPSGzG{?PbM?tjEPSGr ěEPSG?ٙ?陙?EPSG?pbMPbMhtj~EPSGtj~EPSGEPSGIGS-Wldd17WEPSG#HITRF2014 to IGS14 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS14 is by definition aligned with ITRF2014.EPSG)EPSGmEPSG #EPSG EPSGEPSGEPSGIGS-Wldd17WEPSG#GITRF2008 to IGS08 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS08 is by definition aligned with ITRF2008.EPSG)EPSGEPSGEPSG EPSGEPSGEPSGIGS-Wldd17WEPSG#FITRF2005 to IGS05 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS05 is by definition aligned with ITRF2005.EPSG)EPSG EPSG#2EPSGEPSGEPSGEPSGIGS-Wldd17WEPSG#EITRF2000 to IGS00 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS00 is by definition aligned with ITRF2000.EPSG)EPSG7EPSG#,EPSG EPSGEPSGEPSGIGS-Wld`13SEPSG#DITRF97 to IGS97 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGS97 is by definition aligned with ITRF97.EPSG)EPSG6EPSG#)EPSG EPSGEPSGEPSGIGS-Wldc15UEPSG#CITRF96 to ITRF97 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. ITRF97 is by definition aligned with ITRF96.EPSG)EPSG5EPSG6EPSG EPSGEPSGEPSGIERS-Wld5UK0C{EPSG#\ITRF2000 to SIRGAS 2000 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSG)EPSG7EPSG|?zG{EPSGEPSGEPSG@AEPSGSIR-SC Am x .F^Y1Q5EPSG#NAD83(CSRS)v3 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF97 by common transformations (codes 6865 and 8260). 6865 defines CORS96 from 1st January 2000 to 31st December 2001.EPSG EPSG .EPSG}EPSG#)EPSGEPSGISO-N AmY1Q5EPSG#NAD83(CSRS)v2 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF96 by common transformations (codes 6864 and 8259). 6864 defines CORS96 from 1st January 1997 to 31st December 1999.EPSG EPSG )EPSG}EPSG#)EPSGEPSGISO-N Amf199'EPSG#{ITRF2014 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2014 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSGEPSGmEPSG5?zG{@@Q,=p EPSG!Wh?6fI?ՐEPSG?lExEPSG?GzH333333 =p EPSG($J?f:?4EPSGo?R&WEPSGEPSGLINZ-Nzl 2014f199'EPSG#zITRF2008 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2008 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSGEPSGEPSG5?zG{@333333@Q1QEPSG!Wh?6fI?ՐEPSG?NʗEPSG?GzH333333p =qEPSG($J?f:?4EPSGSnEPSGEPSGLINZ-Nzl 2008f199'EPSG#yITRF2005 to ITRF96 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2005 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSGEPSG EPSG5?zG{@333333@Q) =qEPSG!Wh?6fI?ՐEPSG?B1EPSG?\(\333333p =qEPSG($J?f:?4EPSGSnEPSGEPSGLINZ-Nzl 2005f199'EPSG#xITRF2000 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Used as first step in ITRF2000 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSGEPSG7EPSG5?zG{@@QRzGEPSG!Wh?6fI?ՐEPSG?_EPSG?zGffffff?p =qEPSG($J?f:?4EPSGL@EPSGEPSGLINZ-Nzl 2000p15e#EPSG#wITRF97 to ITRF96 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Uses IGS determination. Used as first step in ITRF97 to NZGD2000 concatenated operations, followed by application of NZGD2000 deformation model.EPSGEPSG6EPSG5?zG{QR@/\(EPSG!Wh?6fI?Y5;OEPSG-٩T"EPSG?zG?\(EPSG($J?f:1+EPSGȓȟ@EPSGEPSGLINZ-Nzl 971GMEPSG#vITRF2000 to NAD83(PACP00) (1)Defines NAD83(PACP00). Equivalent transformation published on NGS web site and used in HDTP with rX=27.741 mas, rY=13.469 mas and rZ=2.712 mas at epoch 1997.00.EPSG EPSG7EPSG#q? [6u"(EPSG#)@= lD@$!Gz@$3EEPSGEPSGEPSGؓtj~?1&|hrEPSGEPSG@&zGEPSGNGS-PA+GM[1Q9EPSG#NAD83(CSRS)v4 to NAD83(CORS96) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2000 by common transformations (codes 6866 and 8261). 6866 defines CORS96 from 1st January 2002 to 6th September 2011.EPSG EPSG 2EPSG}EPSG#)EPSGEPSGISO-N Am  d e U$13q %EPSG$ED50 to ETRS89 (15)Parameter values from ED50 to WGS 84 (36) (CT 1998) assuming that ETRS89 is equivalent to WGS 84 at epoch 1989.00.EPSG%EPSGEPSGczG1(\)S=p EPSG#)@l@tj~lEPSG#QEPSG#ONE-Ger Nsea15o3 EPSG$WGS 84 to ETRS89 (2)Parameter values derived from ITRF2008 to ETRF2000 (1), code 7951, as a time-specific transformation @2014.81, assuming ITRF2008 = WGS 84 (G1762) = WGS 84 and ETRF2000 = ETRS89.EPSG)EPSGHEPSGr??S?1&鿵\(EPSG#)?a4J?_o ZEPSG#?dzG{EPSG#@{=p EPSGONE-Deu/Nld 2014.81D1Q%EPSG#WGS 84 to IG05/12 Intermediate CRSParameter values from CT code 9186 assuming that WGS 84 is coincident with ITRF2008. Updates CT 6993 for approx 40cm tectonic plate motion for GIS purposes. CT 6993 remains the legal definition of IG05/12 and must be used for cadastre and engineering.EPSG%EPSGEPSGN?7š1}p =1lCEPSG#) xF]ҲM?đ)EPSG#@m8EPSG#SOI-Isr 2019I1U %EPSG#ITRF2008 to IG05/12 Intermediate CRSDerived from Israeli CORS on ITRF2008 at epoch 2018.50. Updates CT 6993 for approx. 40cm tectonic plate motion 2012 to 2019 for GIS purposes. CT 6993 remains the legal definition of IG05/12 and must be used for cadastral and precise engineering purposes.EPSG%EPSG#'EPSGN?7š1}p =1lCEPSG#) xF]ҲM?đ)EPSG#@m8EPSG#SOI-Isr 2019415#EPSG#AGD66 to GDA2020 (1)This transformation is for users wanting to apply a 7-parameter conformal transformation from AGD66 to GDA2020 in the ACT.EPSG%EPSGjEPSG?a B*0@_&EPSG#)n~?gEPSG#z&EPSG#EPD-Aus ACTa1I-EPSG#SIRGAS-Chile 2016 to IGb08 (1)Transformation is exact at epoch 2016.00 but accuracy then decreasing with time.EPSG)EPSG#EPSG#7?EPSGEPSGEPSG#EPSGIOGP-Chla1I-EPSG#SIRGAS-Chile 2013 to IGb08 (1)Transformation is exact at epoch 2013.00 but accuracy then decreasing with time.EPSG)EPSG#EPSG#7?EPSGEPSGEPSG#EPSGIOGP-Chla1I- EPSG#SIRGAS-Chile 2010 to IGS08 (1)Transformation is exact at epoch 2010.00 but accuracy then decreasing with time.EPSG)EPSG"EPSG?EPSGEPSGEPSG#EPSGIOGP-Chld1O-EPSG#SIRGAS-Chile 2002 to ITRF2000 (1)Transformation is exact at epoch 2002.00 but accuracy then decreasing with time.EPSG)EPSGEPSG7?EPSGEPSGEPSG#EPSGIOGP-Chl80I  EPSG#WGS 84 (Transit) to ITRF90 (1)EPSG EPSGEPSG0Q?C%?̋C%EPSG#)<64?3*0U2a|1&yEPSG#?+ IEPSG#IERS-Wld}1Y  EPSG#ETRS89-XKX [KOSOVAREF01] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. KOSOVAREF01 is a national realization of ETRS89.EPSG%EPSG#EPSGEPSG#)IOGP-KosX1;Y EPSG#MGI 1901 to WGS 84 (14)Parameter values from MGI 1901 to KOSOVAREF01 (1) (code 9142). Assumes KOSOVAREF01 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGBEPSG@R&V@h!-w2@& ׈EPSG#)+r(@DEPSG#1gW EPSG#IOGP-Kos@1]  EPSG#MGI 1901 to ETRS89-XKX [KOSOVAREF01] (1)Derived at 18 points across the area of Kosovo. May be taken as approximate transformation MGI 1901 to WGS 84 (see code 9143).EPSG%EPSGBEPSG#@R&V@h!-w2@& ׈EPSG#)+r(@DEPSG#1gW EPSG#KCA-Kos } [ }T KI417 EPSG$KISN2016 to WGS 84 (1)For many purposes ISN2016 can be considered to be coincident with WGS 84.EPSG%EPSGEPSGEPSG#)LMI-Isl@1[o'EPSG$AAmersfoort to ETRS89-NLD [AGRS2010] (8)Replaces Amersfoort to ETRS89 (5) and (6) (CT codes 4830 and 4831). Derived using ETRF2000. In official transformation used with an ellipsoidal height of 0m in Amersfoort or 43m in ETRS89 and with an additional correction grid (up to 0.25m).EPSG%EPSGEPSG+?@ l@I3n.3@}zxl"EPSG#)?i4.ܿwN&@"0"&EPSG#@J-`EPSG#IOGP-Nld 2018E1?yEPSG$0POSGAR 2007 to WGS 84 (2)Derived as average at all points common between the POSGAR 94 and POSGAR 2007 networks. Accuracy 0.1m in 1994 increasing by approximately 1.5cm per year due to tectonic plate motion.EPSG%EPSGEPSG?=p =?p =qffffffEPSG#)YPF-Arg0G -EPSG$/Hito XVIII 1963 to WGS 84 (3)EPSG%EPSGEPSG@@2333333@gfffff@Y9EPSG#)YPF-Arg TdF Hito 0/ #EPSG$.MMS to WGS 84 (1)EPSG%EPSG$%EPSG@Sfffff@Yffffff@`EPSG#)YPF-Arg MMS 0/ #EPSG$-MMN to WGS 84 (1)EPSG%EPSG$#EPSG@#@^@aFfffffEPSG#)YPF-Arg MMN90;c-EPSG$,Tapi Aike to WGS 84 (1)Used by YPF throughout the Tapi Aike basin.EPSG%EPSG$ EPSGhQ@PnzG@`\(EPSG#)YPF-Arg TapiAike1MU%EPSG$+Pampa del Castillo to WGS 84 (2)Derived through common coordinates at 22 stations. Used by YPF throughout the Golfo San Jorge basin.EPSG%EPSGAEPSG@m-\(@@ezGEPSG#)YPF-Arg GSJBI0Gq%EPSG$*Chos Malal 1914 to WGS 84 (3)Derived through common coordinates at 43 stations.EPSG%EPSG@EPSG@@/@d\(@_QEPSG#)YPF-Arg NeuqI0Gq%EPSG$)Chos Malal 1914 to WGS 84 (2)Derived through common coordinates at 13 stations.EPSG%EPSG@EPSG@@!\(@gQ@Z(\EPSG#)YPF-Arg Cuyo~1E )EPSG$Kalianpur 1962 to WGS 84 (5)Derived by Western Geophysical for UTP 1996 East Sind 2D survey. Very similar parameter values (higher resolution but no better accuracy) were used by BGP for the ENI 2006 East Sind 2D survey.EPSG%EPSG1EPSG@l@zG@d \)EPSG#)m? =p?dZ1EPSG#@)+ I^EPSG#utp-Pak E Sind1Gk)EPSG$ ITRF2005 to NAD83(CSRS)v5 (1)Concatenation of joint Canada-US NAD83>ITRF96 transformation (code 8259) with IGS value for ITRF96>ITRF97 and IERS transformations ITRF97>ITRF2005. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSG 7?ᰉ'Rp:~g lEPSG#)9=p "1''2 ěEPSG?EPSG?@bMC*0U2aUL_EPSG&x?9XbM?1&EPSG1&EPSGEPSGNRC-Can CSRSv51E37EPSG$ SHGD2015 to Astro DOS 71 (2)Derived at 19 stations, RMS = 6cm. Note: Because of the large rotations about the Y- and Z-axes this transformation is not reversible. For the reverse transformation use Astro DOS 71 to SHGD2015 (2) (code 7895).EPSG%EPSGEPSGf?@\1XbM(bM@2\(EPSG#)Zݘ0Z123EPSG#@3B¤EPSG#ENRD-Shn Hel 0.1m Rev5o3EPSG$ WGS 84 to ETRS89 (2)Parameter values derived from ITRF2008 to ETRF2000 (1), code 7951, as a time-specific transformation @2014.81, assuming ITRF200505 EPSG$RONGD17 to WGS 84 (1)EPSGEPSG$LEPSGr??o\g*X EPSG#)?եb?3rSݿ%EPSG#?ǣ EPSG#NSA-Omn O 1 C U g y7WX O1;y EPSG$KSA-GRF17 to WGS 84 (1)Derived from ITRF2014 to KSA-GRF17 (1) (CT code 9334). Valid at 2017.00 and degrading by approximately 2.5cm per year.EPSG%EPSG$uEPSGEPSG#) 7KƧ?+$O;dZEPSGEPSG#GCS-Sau}17 EPSG$ITRF2014 to IGb14 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. IGb14 is aligned with IGS14 which by definition aligned with ITRF2014.EPSG)EPSGmEPSG$EPSG EPSGEPSGEPSGIGS-Wld^1C/!EPSG$Ain el Abd to KSA-GRF17 (1)For a more accurate transformation see Ain el Abd to KSA-GRF17 (2) (CT code 9363)EPSG%EPSGlEPSG$u@+($ xT6C@Yk"`BEPSG#)GCS-Sau 2m;0A EPSG$MTRF-2000 to KSA-GRF17 (1)EPSG%EPSG"rEPSG$u??F]c?+jfEPSG#)?v2Itf6z?sPHEPSG#)?-VIQ ?Y2EPSG#1&yEPSG#SRGI-IdnL1=#EPSG$ITRF2014 to ATRF2014 (1)ATRF2014 is a regional densification of ITRF2014 for the Australian region.EPSGEPSGmEPSG$[?zG{EPSG#)EPSG#EPSG#GA-Aus.;yz17'EPSG%WGS 84 to GDA2020 (3)Concatenation of CTs 1150 and 8048 through GDA94. Scale difference in ppb where 1/billion = 1E-9. See WGS 84 to GDA2020 (4) (CT code 9691) for alternative for Australia including distortion model.EPSG%EPSGEPSG@Nfffff%p =DQEPSGCFt@\m8@rc EPSG#hrEPSGICSM-Aus Conf  L e )MLz1?9EPSG&.NAD83(2011) to WGS 84 (1)For many purposes NAD83(2011) can be considered to be coincident with WGS 84. This approximation ignores the ~2.2m offset of NAD83 from the geocentre, the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-Usa Conus AK PRVI719! EPSG&-GSK-2011 to WGS 84 (1)For many purposes GSK-2011 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-RusJ1Y' EPSG&,ETRS89-POL [PL-ETRF2000] to WGS 84 (1)For many purposes ETRF2000-PL can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSG%EPSGEPSG#)EPSG-Pol517 EPSG&+TGD2005 to WGS 84 (1)For many purposes TGD2005 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-Ton719! EPSG&*RGTAAF07 to WGS 84 (1)For many purposes RGTAAF07 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-Atf315 EPSG&)RGWF96 to WGS 84 (1)For many purposes RGWF96 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSG"EPSGEPSG#)EPSG-Wlf517 EPSG&(Kyrg-06 to WGS 84 (1)For many purposes Kyrg-06 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSGEPSGEPSG#)EPSG-KgzE0I{)EPSG&WGS 84 (G2139) to ITRF2014 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSG&EPSGm?zG{EPSGEPSGEPSGNGA-Wld 2021.00U{)EPSG&WGS 84 (G1762) to WGS 84 (G2139) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG&?zG{?wz6C-?|1&yEPSG#)?zG{?zG{?QEPSGEPSGNGA-Wld 2021.0n11 %EPSG&CR05 to WGS 84 (2)Parameter values are from CR05 to CR-SIRGAS epoch 2014.59 (1) (code 9751) assuming that CR-SIRGAS (ITRF08 (IGb08)@2014.59) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014G1S%EPSG&CR05 to CR-SIRGAS epoch 2014.59 (1)Derived at 16 stations. Transformation is valid at epoch 2014.59 but accuracy will deteriorate due to tectonic deformation. Note that the rotation convention (coordinate frame) differs from that used in the transformation from CR-SIRGAS epoch 2019.24 to CR-SIRGAS epoch 2014.59 (code 11044). May be taken as an approximate transformation to ITRF08 / IGb08 / WGS 84 - see code 9752.EPSG%EPSGEPSG"?ŵ D?֙?9m EPSG#)TɅoi?`A7L RiEPSG#?},{ EPSG#IGN-Cri 2014@1E)EPSG&PN68 to1k EPSG&xl"h @4@6EPSG#)?ۼn.@o?R&I'>EPSG#?iBEPSG#AON1_A♩*0UAR}Rܕ+EPSG#)ACT-Lux MB 2014_1q+EPSG&ETRS89-FRA [RGF93 v1] to ETRS89-FRA [RGF93 v2] (1)Maximum differences are 0.1m in both horizontal and vertical. Distortions in ETRS89-FRA [RGF93 v1] are irregular and IGN considers that no systematic transformation to the improved v2 adjustment is possible.EPSG%EPSGKEPSG&1?EPSG#)IGN-Fra.1Us EPSG&@ETRS89-FRA [RGF93 v2b] to WGS 84 (1)Approximation at the 1m level assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. (ETRS89-FRA [RGF93 v2b] is a national realization of ETRS89).EPSG%EPSG&6EPSGEPSG#)EPSG-Fra,1Sq EPSG&?ETRS89-FRA [RGF93 v2] to WGS 84 (1)Approximation at the 1m level assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. (ETRS89-FRA [RGF93 v2] is a national realization of ETRS89).EPSG%EPSG&1EPSGEPSG#)EPSG-Frav1; EPSG&>RGF93 v2b to ETRS89 (1)RGF93 v2b is a national realization of ETRS89. May be taken as approximate transformation RGF93 v2b to WGS 84 - see CT code 9792.EPSG%EPSG&6EPSG?zG{EPSG#)IGN-Fra F6 G  vRoFUk19 #EPSG*UZGD2024 to WGS 84 (1)Approximation at the +/- 1m level assuming that UZGD2024 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSG)EPSGEPSG#)IOGP-Uzb 1m#1=I1EPSG)Saba to BES2020 Saba (1)For the reverse transformation from BES2020 Saba to Saba, method 1140 [used here] is reversible using the same parameter values with the reverse formulas (see GN7-2). However, the official BESTRANS document applies the same formulas for both the forward and reverse transformations, but uses different parameter values for the reverse transformation.EPSGtEPSG)EPSG)?@ k a@@[EPSG#)jӯ~I@}µd?_EPSG#y%!͊EPSG#NSGI-Bes Saba 2020]19%)EPSG)VITRF92 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF92 to ITRF2020 (1) (CT code 9999) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573).EPSGEPSG2EPSG)I?zG{-?ffffff@UyEPSG@S@*hr3 ěEPSG (\)EPSG?333333@EPSG?tj?SϿj~#EPSGQEPSGEPSGEUREF-Eur 2024D1=)EPSG)MITRF2020 to ETRF2020 (2)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. See ITRF2020 to ETRF2020 (1) (code 10572) for transformation which defines ETRF2020. This CT 10573 is equivalent to 10572 but with parameter values at epoch 2015.00.EPSGEPSG'EPSG)IEPSG@S@*hr3EPSGEPSGEPSG?tj?SϿtjEPSGEPSGEPSGEUREF-Eur 2024T1M )EPSG(gNord Sahara 1959 to RGSH2020 (5)Parameter values taken from Nord Sahara 1959 to WGS 84 (8) (code 5630) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Derived at 1 station (L38).EPSG%EPSGEPSG(;e =qR33333@sEPSG#)IOGP-Dza AhnetS1;# !EPSG(QRGNC91-93 to RGNC15 (1)See RGNC91-93 to RGNC15 (2) (transformation code 10322) for authoritative transformation between these CRSs. This transformation is used only as the standard transformation T0 within that transformation.EPSG%EPSG(CEPSG(H ě;dZ?EPSG#)BGN-Ncl 1m*15 'EPSG'ITRF88 to ITRF89 (2)Parameter values derived from differences in CTs to ITRF2020 (codes 10104 and 10105). These supersede all values published in past IERS/ITRF documentation (CT code 9020). Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSG EPSG.EPSG/?zG{?@ @333333EPSG EPSGEPSGIERS-Wld 2020B1G EPSG'nNouakchott 1965 to WGS 84 (1)Derived by IGN in 1992 at 7 stations within Nouakchott city.EPSG%EPSGpEPSG@_ OEPSG#)IGN-Maui19 EPSG' ITRF97 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG6EPSG'?zG{@333333@SyEPSG =p EPSG =pEPSG?333333@EPSGzG{EPSGQEPSGEPSGIERS-WldD13o+EPSG&LUREF to ETRS89 (7)LUREF 2020 parameters. For an equivalent CT using the Coordinate Frame method see CT 9938. Defines LUREF from 2020. Replaces LUREF 2014 parameters (CT 9898). Info source gives this CT in reverse direction. Derived using ETRF2000 @2013-01-27.EPSG%EPSGUEPSGp}Vm@S<֡a@48e+EPSG#)?V. @˼+@} RiYEPSG#?ݩT!D(EPSG#AOJߌAZ6AR ZVEPSG#)ACT-Lux MB 2020 [  MS1= EPSG' ITRF2000 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG7EPSG'?zG{?ə陙@AEPSGEPSGEPSG?333333EPSGEPSG(\)EPSGEPSGIERS-Wld[1= EPSG' ITRF2005 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG EPSG'?zG{?ffffffEPSGEPSGEPSG333333?EPSGEPSGQEPSGEPSGIERS-Wld11=SEPSG'ITRF2008 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from those already published between ITRF2020, ITRF2014 and ITRF2008. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG'?zG{ə ffffffEPSGEPSG?ҏ\(EPSG?EPSGEPSGQEPSGEPSGIERS-Wld 1= EPSG'ITRF2014 to ITRF2020 (1)IERS describes CT in opposite direction. Estimated using core network of 131 stations at 105 sites. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGmEPSG'?PbM?ffffff?ͿffffffEPSGEPSG?GzEPSG?əEPSGEPSGEPSGEPSGIERS-Wld1U!EPSG&WGS 84 (G1150) to WGS 84 (G1674) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF2005. May be approximated to 0.4m using 7-parameter CF method 1032 with parameters for epoch 2007.50 of tX=-2.65mm tY=1.35mm tZ=27.7mm rX=-0.27mas rY=027mas rZ=-0.38 mas dS=1.88ppb.EPSG EPSGEPSG?zG{333333?@7333333EPSGGzH?GzHQREPSG@ =pEPSG?EPSGEPSGzG{EPSGEPSGKD2022-Wldh1S!EPSG&WGS 84 (G873) to WGS 84 (G1150) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF94 through ITRF2000. May be approximated to 0.2m using 7-parameter CF method 1032 with parameters for epoch 1999.50 of tX=1.1mm tY=-8.0mm tZ=14.3mm rX=0 rY=0 rZ=0.05mas dS=1.505ppb.EPSG EPSGEPSG?Q?񙙙EPSG?zG{EPSG?333333EPSG?333333?ffffffEPSG?zG{EPSGzG{EPSGEPSGKD2022-Wld=1QS!EPSG&WGS 84 (G730) to WGS 84 (G873) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived via ITRF91 through ITRF94 at epoch 1995.5. Parameter values valid at other epochs including 2005.0.EPSGEPSGEPSG?zG{EPSGEPSGzGEPSGKD2022-WldS1WS!EPSG&WGS 84 (Transit) to WGS 84 (G730) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Derived through ITRF90 and ITRF91 at epoch 1990.5. Parameter values valid at other epochs including 2005.0.EPSGEPSGEPSG?ffffff EPSG@2LͿ333333EPSG@%ffffffEPSGKD2022-Wld#13i+EPSG&LUREF to ETRS89 (8)LUREF 2020 parameters. For an equivalent CT using the Molodensky-Badekas method see CT 9937. Defines LUREF from 2020. Replaces LUREF 2014 parameters (CT 9899). Info source gives CT in reverse direction. Derived using ETRF2000 @2013-01-27.EPSG%EPSGUEPSGgKƧ@(oEPUEPSG#)?V. @˼+@} RiYEPSG#?ݩT!D(EPSG#ACT-Lux CF 2020 i i$13m#EPSG'mAratu to WGS 84 (9)Used by ExxonMobil for offshore regional studies. See Aratu to WGS 84 (13) through (21) (tfm codes 5051-67 [odd numbers only]) which Petrobras now recommends for various areas.EPSG%EPSGpEPSG_4rEPSG#)EXM-Bra off13%EPSG'kAratu to WGS 84 (7)Used by ExxonMobil for block BMES1. See Aratu to WGS 84 (15) (tfm code 5055) which Petrobras now recommends for the area.EPSG%EPSGpEPSGd\hr@s~"a#|hsEPSG#)EXM-Bra EspSs13)EPSG'jAratu to WGS 84 (6)Used by ExxonMobil for block BC10. Derived from earlier Shell position vector tfm of dX = -181m, dY = +294m, dZ = -144.5m, rX = rY = 0, rZ = +0.554s, dS = +0.219 ppm. See Aratu to WGS 84 (14) (tfm code 5053) which Petrobras now recommends for the area.EPSG%EPSGpEPSGV1oEPSG#)EXM-Bra Camposx13k)EPSG'iAratu to WGS 84 (5)Used by ExxonMobil for block BMS1. See WGS 84 (13) (tfm code 5051) which Petrobras now recommends for the area.EPSG%EPSGpEPSGdnx@sVubq7KƧEPSG#)EXM-Bra Santos313EPSG'fJAD69 to WGS 72 (1)Derived in 1977 through Transit observations at 2 stations by US DMA.EPSG%EPSGEPSG0~EPSG#)SD-Jam61Ci%EPSG'eTrinidad 1903 to WGS 84 (2)Parameter values provided to EOG by Trinidad Ministry of Energy and Energy Industries. Used by EOG offshore Trinidad (including Pelican, Kiskadee and Ibis fields) since 1996.EPSG%EPSGEPSG@q33333@}yEPSG#)EOG-Tto Trini19 EPSG'ITRF92 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG2EPSG'?zG{-?ffffff@UyEPSG =p EPSG (\)EPSG?333333@EPSGzG{EPSGQEPSGEPSGIERS-Wld 19 EPSG'ITRF93 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG3EPSG'?zG{@Ps33333ffffff@Q33333EPSG@ Gz@QREPSGGzEPSG@ffffff?ə@ffffffEPSG?(\)?QRQEPSGQEPSGEPSGIERS-Wldi19 EPSG' ITRF94 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG4EPSG'?zG{@333333@SyEPSG =p EPSG =pEPSG?333333@EPSGzG{EPSGQEPSGEPSGIERS-Wldi19 EPSG' ITRF96 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG5EPSG'?zG{@333333@SyEPSG =p EPSG =pEPSG?333333@EPSGzG{EPSGQEPSGEPSGIERS-WldE13/#EPSG'lAratu to WGS 84 (8)Used by ExxonMobil for block BP1. Also used by BG as part of a concatenated tfm to SAD69 for offshore regional studies. See WGS 84 (13) (tfm code 5051) for transformation Petrobras now recommends for the area.EPSG%EPSGpEPSGb5iEPSG#)EXM-Bra Pel i+ .@Rig1IgEPSG'SAD69 to SIRGAS-Chile 2021 (4)Also used as a transformation from SAD69 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6977.EPSG%EPSG EPSGNI EPSG#)IGM-Chl Dl1KiEPSG'PSAD56 to SIRGAS-Chile 2021 (3)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6973.EPSG%EPSGEPSGNIEPSG#)IGM-Chl Cl1KiEPSG'PSAD56 to SIRGAS-Chile 2021 (2)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6972.EPSG%EPSGEPSGNITEPSG#)IGM-Chl Bl1KiEPSG'PSAD56 to SIRGAS-Chile 2021 (1)Also used as a transformation from PSAD56 to other realizations of SIRGAS-Chile and to WGS 84 - see code 6971.EPSG%EPSGEPSGNIEPSG#)IGM-Chl Ad1O-EPSG'SIRGAS-Chile 2021 to ITRF2014 (1)Transformation is exact at epoch 2021.00 but accuracy then decreasing with time.EPSG)EPSGNGEPSGm?EPSGEPSGEPSG#EPSGIOGP-Chlq19 EPSG'yITRF88 to ITRF2020 (1)IERS describes CT in opposite direction. Parameter values derived from the those between ITRF2020, ITRF2014 and ITRF2008 and those published between earlier realizations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9.EPSGEPSG.EPSG'?zG{8@333333@e100m) at 4 neighbouring astro stations.EPSG%EPSGEPSG(;dW@$ffffff@cEPSG#)IOGP-Alg InAm1M7#EPSG(cNord Sahara 1959 to RGSH2020 (1)Parameter values taken from Nord Sahara 1959 to WGS 84 (4) (code 1815) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. CT 1815 used by BP in District 3 and In Salah Gas.EPSG%EPSGEPSG(;c@Efffff@vdEPSG#)@E?-VMEPSG#FEPSG#IOGP-Alg D3}0C EPSG(bITRF2020 to NAD83(MA11) (1)EPSG EPSG'EPSG@lu33333O33333EPSG@<t@'R@ I^EPSG?333333EPSG?333333EPSGzG{?Gz5?|hEPSG?(\)EPSGEPSGNGS-MA0C EPSG(aITRF2014 to NAD83(MA11) (1)EPSG EPSGmEPSG?&kP|74EPSG#)@<t@'R@ I^EPSG@\(EPSG?6C-?6C-_!-w1EPSGzG{?Gz5?|hEPSG?(\)EPSGEPSGNGS-MA}0C EPSG(`ITRF2020 to NAD83(PA11) (1)EPSG EPSG'EPSG@lu33333O33333EPSG@6vȴ9@:\(9j~EPSG?333333EPSG?333333EPSGؓtj~?1&|hrEPSG?(\)EPSGEPSGNGS-PA0C EPSG(_ITRF2014 to NAD83(PA11) (1)EPSG EPSGmEPSG?&kP|74EPSG#)@6vȴ9@:\(9j~EPSG@\(EPSG?6C-?6C-_!-w1EPSGؓtj~?1&|hrEPSG?(\)EPSGEPSGNGS-PA1C7EPSG(^ITRF2020 to NAD83(2011) (1)Concatenation of joint US-Canada tfm NAD83(CORS96)>ITRF96 (CT code 6864) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2020 CTs. Scale difference in ppb and rate in ppb/yr where 1/billion = 1E-9. See tfm 10415 for Canadian equivalent.EPSG EPSG'EPSG@_33333p =\(EPSG@: $_Z@%6EPSG(wN&EPSG?GzHffffff =pEPSG?Ho<ϕ鿪G{EPSGo?R&WEPSGEPSGNGS-Usa CONUS-AK PRVIy1U  EPSG(]ETRS89-BIH [BH_ETRS89] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. BH_ETRS89 is a national realization of ETRS89.EPSG%EPSG(XEPSGEPSG#)IOGP-Bihm1;  EPSG(ZBH_ETRS89 to ETRS89 (1)BH_ETRS89 is a national realization of ETRS89. May be taken as approximate transformation BH_ETRS89 to WGS 84 - see code 10333.EPSG%EPSG(XEPSGEPSG#)IOGP-Bih:15+ EPSG(TRGNC15 to WGS 84 (1)Accuracy decreasing at approximately 6cm per year due to tectonic plate motion.EPSG%EPSG(FEPSGEPSG#)IOGP-Ncl sf ] C ' Iks1=kEPSG)LITRF2020 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. See ITRF2020 to ETRF2020 (2) (code 10573) for an exactly equivalent transformation but with the transformation's parameter values at epoch 2015.00.EPSGEPSG'EPSG)IEPSGEPSGEPSGEPSG?tj?SϿtjEPSGEPSGEPSGEUREF-Euri17 #EPSG)/GDM2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that GDM2000 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)IOGP-Mys 1ml1Q?)EPSG)NAD83(CSRS)v7 to NAD83(CSRS)v8 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)7 and NAD83(CSRS)v8 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the millimetre level.EPSG EPSG =EPSG(?zG{EPSG#)EPSGEPSGNRCan-Can 2010m1QA)EPSG)NAD83(CSRS)v6 to NAD83(CSRS)v8 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v6 and NAD83(CSRS)v8 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the centimetre level.EPSG EPSG :EPSG(?zG{EPSG#)EPSGEPSGNRCan-Can 2010m1QA)EPSG)NAD83(CSRS)v6 to NAD83(CSRS)v7 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v6 and NAD83(CSRS)v7 are referenced to the same coordinate reference epoch (2010.00) and considered compatible with each other at the centimetre level.EPSG EPSG :EPSG =?zG{EPSG#)EPSGEPSGNRCan-Can 2010m1QA)EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v3 (3)Scale difference in ppb where 1/billion = 1E-9 or nm/m. NAD83(CSRS)v2 and NAD83(CSRS)v3 are referenced to the same coordinate reference epoch (1997.00) and considered compatible with each other at the centimetre level.EPSG EPSG )EPSG .?zG{EPSG#)EPSGEPSGNRCan-Can 1997n07  #EPSG(BBT2000 to WGS 84 (1)EPSG%EPSG(EPSGEPSG#)BBT-Aut-Ita1M;EPSG(NAD83(CSRS)v8 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2020 by common transformations (codes 10334 and 10415).EPSG EPSG(EPSGEPSG#)EPSGEPSGISO-N Am1M7EPSG(NAD83(CSRS)v7 to NAD83(2011) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Source and target CRSs defined from ITRF2014 by common transformations (codes 8970 and 8265).EPSG EPSG =EPSGEPSG#)EPSGEPSGISO-N Am1G{)EPSG(ITRF2020 to NAD83(CSRS)v8 (1)Concatenation of joint Canada-US tfm NAD83>ITRF96 (see tfm code 8259) with IGS value for ITRF96>ITRF97 and IERS values for ITRF97>ITRF2020 transformations. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG(?rGE97!=QCrq7EPSG#): ?$_Z%6EPSG(wN&EPSG?IFǿTPܜMEPSGHo?<ϕ?G{EPSGo?R&WEPSGEPSGNRC-Can CSRSv81M 1EPSG(hNord Sahara 1959 to RGSH2020 (6)Parameter values taken from Nord Sahara 1959 to WGS 84 (10) (code 7442) assuming that RGSH2020 is coincident with WGS 84 within the accuracy of the transformation. Significant and varying differences (>100m) known to exist in neighbouring astro stations.EPSG%EPSGEPSG(;dffffff@P,@nfffffEPSG#)IOGP-Alg Ain Tsila !3 ^ z!]19%)EPSG)UITRF93 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF93 to ITRF2020 (1) (CT code 9998) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573).EPSGEPSG3EPSG)I?zG{@Ps33333ffffff@Q33333EPSG@bM@1m4SEPSGGzEPSG@ffffff?ə@ffffffEPSG?+ J? ěVtEPSGQEPSGEPSGEUREF-Eur 2024]19%)EPSG)TITRF94 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF94 to ITRF2020 (1) (CT code 9997) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573).EPSGEPSG4EPSG)I?zG{@333333@SyEPSG@S@*hr3 ěEPSG =pEPSG?333333@EPSG?tj?SϿj~#EPSGQEPSGEPSGEUREF-Eur 2024]19%)EPSG)SITRF96 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF96 to ITRF2020 (1) (CT code 9996) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573).EPSGEPSG5EPSG)I?zG{@333333@SyEPSG@S@*hr3 ěEPSG =pEPSG?333333@EPSG?tj?SϿj~#EPSGQEPSGEPSGEUREF-Eur 2024^19')EPSG)RITRF97 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF97 to ITRF2020 (1) (CT code 9995) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573). EPSGEPSG6EPSG)I?zG{@333333@SyEPSG@S@*hr3 ěEPSG =pEPSG?333333@EPSG?tj?SϿj~#EPSGQEPSGEPSGEUREF-Eur 2024Z1=+)EPSG)QITRF2000 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2000 to ITRF2020 (1) (CT code 9994) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573). EPSGEPSG7EPSG)I?zG{?ə陙@AEPSG@S@*hr3EPSGEPSG?333333EPSG?tj?SϿtjEPSG(\)EPSGEPSGEUREF-Eur 2024b1=+)EPSG)PITRF2005 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2005 to ITRF2020 (1) (CT code 9993) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573). EPSGEPSG EPSG)I?zG{?ffffffEPSG@S@*hr3EPSGEPSG333333?EPSG?tj?SϿtjEPSGQEPSGEPSGEUREF-Eur 2024S1=+)EPSG)OITRF2008 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2008 to ITRF2020 (1) (CT code 9992) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573). EPSGEPSGEPSG)I?zG{ə ffffffEPSG@S@*hr3EPSG?ҏ\(EPSG?EPSG?tj?SϿtjEPSGQEPSGEPSGEUREF-Eur 2024K1=)EPSG)NITRF2014 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. Equivalent to ITRF2014 to ITRF2020 (1) (CT code 9991) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573). EPSGEPSGmEPSG)I?PbM?ffffff?ͿffffffEPSG@S@*hr3EPSG?GzEPSG?əEPSG?tj?SϿtjEPSGEPSGEPSGEUREF-Eur 2024 ! A atF1I{)EPSG)pWGS 84 (G2296) to ITRF2020 (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Accuracy of 1cm applies at epoch 2024.0. Due to subsequent drift between the reference frames it may reach 2cm at other epochs.EPSGEPSG)lEPSG'?zG{EPSGEPSGEPSGNGA-Wld 2024.0u1Um)EPSG)oWGS 84 (G2139) to WGS 84 (G2296) (1)Scale difference in ppb where 1/billion = 1E-9 or nm/m. Calculated by extrapolating the position and velocity of the seventeen WGS 84 GPS monitoring sites to the epoch 2024.00.EPSGEPSG&EPSG)l?zG{@@EPSGzG{QEPSG?QEPSGNGA-Wld 2024.0}19-EPSG)]ITRF2014 to Segara (1)Replaces transformation Segara to WGS 84 (4) (code 1838). Computed by PT Pageo Utama and PT Bhumi Warih Geohydromatics in May 2023. Transformation parameters were derived at epoch 2022.00.EPSG%EPSG#(EPSG?ə@yvbMi+JI"`EPSG#)Z1'?dZ1-VEPSG#?~"EPSG#PHM-Idn Mhk 2023k1=])EPSG)[ITRF2020 to ETRF2014 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9. Equivalent to ITRF2014 to ITRF2020 (1) (CT code 9991) reversed concatenated with ITRF2014 to ETRF2014 (2) (CT code 8880) converted to epoch 2015.0.EPSGEPSG'EPSG ?PbMffffff?ffffffEPSG@zG@+1&4QEPSGGzEPSG?əEPSG?\(?E˿ =pEPSGEPSGEPSGEUREF-Eur 2024 1= )EPSG)ZITRF2020 to ETRF2000 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF2020 to ITRF2000 (1) (CT code 9994) converted to epoch 2015.0 concatenated with ITRF2000 to ETRF2000 (1) (CT code 7941) converted to epoch 2015.0.EPSGEPSG'EPSG?zG{@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGEUREF-Eur 2024^19')EPSG)YITRF89 to ETRF2020 (1)Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Equivalent to ITRF89 to ITRF2020 (1) (CT code 10104) concatenated with ITRF2020 to ETRF2020 (2) (CT code 10573).EPSGEPSG/EPSG)I?zG{=@ @b1=% EPSG*Qoornoq 1927 to GR96 (2)Determined through the GR96(1996) coordinates of 3881 points, standard deviation 4.0m. Replaces Qoornoq 1927 to GR96 (1) (code 15957).EPSG%EPSGbEPSG@hsg@bSK][6h ԕEPSG#)oiDg8-` ?ظ{0EPSG# WʆEPSG#KDS-Grl 2021)17}EPSG*eITRF2020 to PNG94 (1)Transformation derived by inversion of seven site velocities within the transformation coverage area. Transformation accuracy at 2σ is 0.15 m between 1994.0 and 2035.0 for locations within Papuan Foreland. Transformation precision degrades in plate margin deforming zone (PFTB) near plate boundary with NGH and Woodlark plates. Transformation not valid outside stated extent.EPSG EPSG'EPSG?333333EPSGEPSGEPSGEPSG?/Vϫ?u!.?zGEPSGEPSGEPSGOSG-Png  C .0ehI1C%EPSG*Ammassalik 1958 to GR96 (2)Determined through the GR96(1996) coordinates of 34 points, standard deviation 0.2m. Replaces Ammassalik 1958 to GR96 (1) (code 15900).EPSG%EPSGdEPSG?ٙ@sObM@avȴ9X@8EPSG#)\N<@9+t,(EPSGSOPAC-Usa CA19#)EPSG*ETRF93 to ETRF2000 (1)Derived from concatenation of ETRF93 to ITRF93 (CT code 7936, with direction reversed) reduced to epoch 2000.00 and ITRF93 to ETRF2000 (CT code 7946) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG?zG{@Lffffff?񙙙EPSGhr Ĝ\(\1&yEPSG\(EPSG@333333?ə?333333EPSGnPȓtj~EPSGzG{EPSGEPSGEUREF-Eur 20001W?#EPSG*CSRN2025.0 (NAD83 2011) to WGS 84 (1)For many purposes CSRN2025.0 (NAD83 2011) can be considered to be coincident with WGS 84. This approximation ignores the ~2.2m offset of CSRN2025.0 (NAD83 2011) from the geocentre, the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSG*EPSGEPSG#)EPSG-Usa CA19#)EPSG*ETRF96 to ETRF2000 (1)Derived from concatenation of ETRF96 to ITRF96 (CT code 7938, with direction reversed) reduced to epoch 2000.00 and ITRF96 to ETRF2000 (CT code 7948) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG?zG{@333333@@733333EPSGl(\)EEPSGGzHEPSG?333333?ffffffEPSGvȴ9XzG{ļj~#EPSGzG{EPSGEPSGEUREF-Eur 2000K2M%EPSG*ETRS89-DEU [ETRS89/DREF91/2016] to Asse 2025 + Asse 2025 height (1)3-dimensional transformation defining the horizontal and vertical CRSs for the Asse mining area.EPSG}EPSG(+EPSG*?zG{5=bd[W?{Z kEPSG#)@e@x ~2ᰊEPSG#@QEPSG#BGE-Deu Asse19#' EPSG*ETRF97 to ETRF2000 (1)Derived from concatenation of ETRF97 to ITRF97 (CT code 7939, with direction reversed) reduced to epoch 2000.00 and ITRF97 to ETRF2000 (CT code 7949) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG?zG{@333333@@733333EPSGl(\)0;dZEPSGGzHEPSG?333333?ffffffEPSGvȴ9XzG{ļj~#EPSGzG{EPSGEPSGIOGP-Eur 2000#1=/'EPSG*ETRF2014 to ETRF2000 (1)Derived from concatenation of ETRF2014 to ITRF2014 (CT code 8880, with direction reversed) reduced to epoch 2000.00 and ITRF2014 to ETRF2000 (CT code 8405) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG EPSG?zG{@Jٙ@IKEPSG+ I/w"`EPSG?QREPSG??ffffffEPSGpbME˿+ IEPSG?(\)EPSGEPSGIOGP-Eur 20001AQEPSG*ITRF2020 to GR96(2021) (1)Derived from the IGS20 coordinates at epoch 2021.6164 of 7 stations including the four passive stations used to define GR96(1996). Validated at 26 other stations.EPSG EPSG'EPSG*?8Go*ZGJ!ӞYEPSG#)?Nn"z,s%] _EPSG#v EPSG#EPSG?9E .EPSGEPSG@w1EPSGKDS-Grl  D w O :D1W'EPSG+ITRF2020 to ETRS89-NLD [AGRS2010] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-NLD [AGRS2010] to ETRF2000 (1) (code 11038) reversed. Accuracy is approximately 1cm at the ETRS89-NLD [AGRS2010] anchor epoch of 2010.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+?zG{@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Nld 201061Wg'EPSG+ETRS89-NLD [AGRS2010] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-NLD [AGRS2010] anchor epoch of 2010.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?QEPSG#)IOGP-Nld 2010x0Q  EPSG+ETRS89-NOR [EUREF89] to WGS 84 (1)EPSG%EPSG*{EPSGEPSG#)EPSG-Nor}1Y  EPSG+ETRS89-GBR [OSNet v2009] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. OSNet v2009 is a national realization of ETRS89.EPSG%EPSG+EPSGEPSG#)EPSG-Gbr<1Yq'EPSG+ETRS89-GBR [OSNet v2009] to ETRF97 (1)Accuracy is approximately 1cm at the ETRS89-GBR [OSNet v2009] anchor epoch of 2009.756 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG*EPSG?EPSG#)IOGP-Gbr 2016k1[W%EPSG*ETRS89-GBR [OSNet v2009] to Xrail84 (1)Transformation is considered errorless when deriving LSG2025 coordinates using OSNet v2009. Note: before 2016 the same transformation parameter values were applied to OSNet v2001 coordinates to derive LSG coordinates. The horizontal differences between coordinates derived using OSNet v2001 and coordinates derived using OSNet v2009 average approximately 12mm in Eastings and 2mm in Northings in the Greater London area. EPSGEPSG*EPSG*@3/@\+XR^5?|EPSG#) b0vQ@ `@$#=EPSG#@2 7kEPSG#TfL-Gbr 202519#'EPSG*ETRF89 to ETRF2000 (1)Derived from concatenation of ETRF89 to ITRF89 (CT code 7932, with direction reversed) reduced to epoch 2000.00 and ITRF89 to ETRF2000 (CT code 7942) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG?zG{@8L@%ffffff@EYEPSGj~"ѿ(\)ȴ9XbEPSGGzEPSG?333333?ffffffEPSG-VzG{1&EPSGzG{EPSGEPSGIOGP-Eur 2000:1;# EPSG*NATRF2022 to WGS 84 (1)For many purposes NATRF2022 can be considered to be coincident with WGS 84. This approximation ignores the low accuracy of the WGS 84 ensemble and the application of tectonic plate motion to WGS 84 data.EPSG%EPSG*EPSGEPSG#)EPSG-N Amj1; EPSG*QazTRF-23 to WGS 84 (1)Approximation at the +/- 1m level assuming that QazTRF-23 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSG*EPSGEPSG#)EPSG-KazG1G!%EPSG*Scoresbysund 1952 to GR96 (2)Determined through the GR96(1996) coordinates of 628 points, standard deviation 5.1m. Replaces Scoresbysund 1952 to GR96 (1) (code 15899).EPSG%EPSGcEPSG @kGtj~@psP@osEPSG#)? /^#cV-*EMEPSG#MAp VEPSG#KDS-Grl 2021G=% EPSG*Qoornoq 1927 tw1S EPSG+ ETRS89-NLD [AGRS2010] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. AGRS2010 is a national realization of ETRS89.EPSG%EPSG+EPSGEPSG#)IOGP-Nld ;    "H; 1U# 'EPSG+;ETRS89-BEL [BEREF2002] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-BEL [BEREF2002] is a national realization of ETRS89.EPSG%EPSG+7EPSGEPSG#)IOGP-Bel 20021Y'EPSG+9ITRF2020 to ETRS89-BEL [BEREF2002] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-BEL [BEREF2002] to ETRF2000 (1) (code 11064) reversed. Accuracy is approximately 1cm at the ETRS89-BEL [BEREF2002] anchor epoch of 2002.73 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+5?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Bel 200291Yk'EPSG+8ETRS89-BEL [BEREF2002] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-BEL [BEREF2002] anchor epoch of 2002.73 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+5EPSG?EPSG#)IOGP-Bel 2002|1K EPSG+4ETRS89-AUT [2002] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-AUT [2002] is a national realization of ETRS89.EPSG%EPSG+1EPSGEPSG#)IOGP-Aut1O'EPSG+3ITRF2020 to ETRS89-AUT [2002] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-AUT [2002] to ETRF2000 (1) (code 11058) reversed. Accuracy is approximately 1cm at the ETRS89-AUT [2002] anchor epoch of 2002.56 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+/?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Aut 2002/1Oa'EPSG+2ETRS89-AUT [2002] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-AUT [2002] anchor epoch of 2002.56 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+/EPSG?EPSG#)IOGP-Aut 200251Oc1EPSG+.ETRS89-ALB [CORS] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-ALB [CORS] anchor epoch of 2014.177 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG++EPSG?EPSG#)IOGP-Alb CORS 20141Y  'EPSG+*ETRS89-ALB [KRGJSH 2010] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. KRGJSH 2010 is a national realization of ETRS89.EPSG%EPSG+'EPSGEPSG#)IOGP-Alb 2010#1]'EPSG+)ITRF2020 to ETRS89-ALB [KRGJSH 2010] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-ALB [KRGJSH 2010] to ETRF2000 (1) (code 11048) reversed. Accuracy is approximately 1cm at the ETRS89-ALB [KRGJSH 2010] anchor epoch of 2008.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+%?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Alb 2010=1]o'EPSG+(ETRS89-ALB [KRGJSH 2010] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-ALB [KRGJSH 2010] anchor epoch of 2008.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+%EPSG?EPSG#)IOGP-Alb 2010  ` B D 7.!`1O'EPSG+QITRF2020 to ETRS89-FRO [2008] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-FRO [2008] (1) to ETRF2000 (code 11088) reversed. Accuracy is approximately 1cm at the ETRS89-FRO [2008] anchor epoch of 2008.75 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+M?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Fro 2008/1Oa'EPSG+PETRS89-FRO [2008] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-FRO [2008] anchor epoch of 2008.75 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+MEPSG?EPSG#)IOGP-Fro 2008 1U# 'EPSG+LETRS89-SVK [SKTRF2022] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-SVK [SKTRF2022] is a national realization of ETRS89.EPSG%EPSG+GEPSGEPSG#)IOGP-Svk 20221Q 'EPSG+KETRS89-SVK [SKTRF09] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-SVK [SKTRF09] is a national realization of ETRS89.EPSG%EPSG+DEPSGEPSG#)IOGP-Svk 20091Y'EPSG+JITRF2020 to ETRS89-SVK [SKTRF2022] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-SVK [SKTRF2022] to ETRF2000 (1) (code 11081) reversed. Accuracy is approximately 1cm at the ETRS89-SVK [SKTRF2022] anchor epoch of 2008.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/mEPSGEPSG'EPSG+E?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Svk 202281Yi'EPSG+IETRS89-SVK [SKTRF2022] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-SVK [SKTRF2022] anchor epoch of 2008.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EEPSG?EPSG#)IOGP-Svk 202241Ue'EPSG+HETRS89-SVK [SKTRF09] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-SVK [SKTRF09] anchor epoch of 2008.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+BEPSG7?EPSG#)IOGP-Svk 2009|1K EPSG+AETRS89-CZE [2007] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-CZE [2007] is a national realization of ETRS89.EPSG%EPSG+>EPSGEPSG#)IOGP-Cze 1O%EPSG+@ITRF2020 to ETRS89-CZE [2007] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-CZE [2007] to ETRF2000 (1) (code 11071) reversed. Accuracy is approximately 1cm at the ETRS89-CZE [2007] anchor epoch of 2007.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+EPSG?333333?ffffffEPSGvȴ9XzG{ļj~#EPSGzG{EPSG@g$/EPSGIOGP-Gbr 2009:1M'EPSG+ETRS89-SVN [D96] to ETRF2000 (1)Derived at epoch 2016.75 as arithmetic mean of the transformation derived through 41 stations of the EUREF Slovenia 2016 NSS campaign and the transformation derived through coordinates of 15 GNSS stations in the Slovenia SIGNAL network. Accuracy is approximately 2cm at epoch of 2016.75 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG EPSGEPSG?mQ@X=p @i(zGEPSG1=p @ bM8^O;EPSGEPSGGURS-Svn 201731YiEPSG+ETRS89-FRA [RGF93 v2b] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-FRA [RGF93 v2b] anchor epoch of 2019.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG&4EPSG?EPSG#)IOGP-Fraw1Wi'EPSG+ETRS89-FRA [RGF93 v2] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-FRA [RGF93 v2] anchor epoch of 2009.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. For transformation from RGF93 v2 to RGF93 v2b see CT code 9788. EPSGEPSG&/EPSG?EPSG#)IOGP-Fra 2009/1SgEPSG+ETRS89-FRA [RGF93 v1] to ETRF89 (1)Accuracy is approximately 1cm at the ETRS89-FRA [RGF93 v1] anchor epoch of 1993.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGdEPSG?EPSG#)IOGP-Fra1S 'EPSG+ITRF2020 to ETRS89-ESP [ERGNSS] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-ESP [ERGNSS] (1) to ETRF2000 (code 11136) reversed. Accuracy is approximately 1cm at the ETRS89-ESP [ERGNSS] anchor epoch of 2017.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+v?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Esp 20171O EPSG+ETRS89-ESP [ERGNSS] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-ESP [ERGNSS] is a national realization of ETRS89.EPSG%EPSG+xEPSGEPSG#)IOGP-Esp1Q EPSG+ETRS89-ESP [REGENTE] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-ESP [REGENTE] is a national realization of ETRS89.EPSG%EPSG+~EPSGEPSG#)IOGP-Esp31Se'EPSG+ETRS89-ESP [ERGNSS] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-ESP [ERGNSS] anchor epoch of 2017.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+vEPSG?EPSG#)IOGP-Esp 2017 LU VU h:1Ym'EPSG+ETRS89-BIH [BH_ETRS89] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-BIH [BH_ETRS89] anchor epoch of 2011.307 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG(VEPSG?EPSG#)IOGP-Bih 2011l1MgEPSG+ETRS89-ITA [IGM95] to ETRF89 (1)Accuracy is approximately 1cm at the ETRS89-ITA [IGM95] anchor epoch of 1989.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Accuracy increased from IOGP default of 0.1m to allow for significant tectonic deformatin in Italy. For transformation directly from ETRS89-ITA [IGM95] to ETRS89-ITA [RDN2008] see CT code 9737. EPSGEPSGvEPSG?333333EPSG#)IOGP-Ita/1UeEPSG+ETRS89-ITA [RDN2008] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-ITA [RDN2008] anchor epoch of 2008.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG0EPSG?EPSG#)IOGP-Ita 1S! 'EPSG+ETRS89-HUN [ETRF2000] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-HUN [ETRF2000] is a national realization of ETRS89.EPSG%EPSG+EPSGEPSG#)IOGP-Hun 20001W'EPSG+ITRF2020 to ETRS89-HUN [ETRF2000] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-HUN [ETRF2000 to ETRF2000 (1) (code 11164) reversed. Accuracy is approximately 1cm at the ETRS89-HUN [ETRF2000] anchor epoch of 2024.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Hun 200071Wi'EPSG+ETRS89-HUN [ETRF2000] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-HUN [ETRF2000] anchor epoch of 2024.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?EPSG#)IOGP-Hun 2000;1UC/EPSG+ETRS89-ESP [REGENTE] to ETRF2000 (1)Derived from concatenation of ETRS89-ESP [REGENTE] to ETRF96 (1) (CT code 11135) with ETRF96 to ETRF2000 (CT code 10907) reduced to epoch 1995.4. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Accuracy is approximately 1cm at the ETRS89-ESP [REGENTE] anchor epoch of 1995.4, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+yEPSG?@333333@@733333EPSG`A7L@Qr ěEPSGGzHEPSG?333333?ffffffEPSGvȴ9XzG{ļj~#EPSGzG{EPSG@-EPSGIOGP-Esp pen 1995O?1Y'EPSG+ITRF2020 to ETRS89-BIH [BH_ETRS89] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-BIH [BH_ETRS89] to ETRF2000 (1) (code 11182) reversed. Accuracy is approximately 1cm at the ETRS89-BIH [BH_ETRS89] anchor epoch of 2011.307 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG(V@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Bih 2011  1 db/]Wg61Ui'EPSG+ETRS89-MDA [MOLDREF99] to ETRF97 (1)Accuracy is approximately 1cm at the ETRS89-MDA [MOLDREF99] anchor epoch of 1997.4 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGEPSG?EPSG#)IOGP-Mda 19991ku'EPSG+ETRS89-DEU [ETRS89/DREF91/2025] to ETRF2020 (1)Derived from ITRF2020 to ETRF2020 (1) (CT code 10573) minus ITRF2020 to ETRS89-DEU [ETRS89/DREF91/2025 (1) (CT code 11204). Accuracy is approximately 1cm at the ETRS89-DEU [ETRS89/DREF91/2025] anchor epoch of 2021.48 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG EPSG+EPSG)I?D@YFfffffEPSG?hr ? I^5@xFEPSGEPSGIOGP-Deu 2021;1Yo'EPSG+ETRS89-XKX [KOSOVAREF01] to ETRF97 (1)Accuracy is approximately 1cm at the ETRS89-XKX [KOSOVAREF01] anchor epoch of 2001.25 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG#EPSG?EPSG#)IOGP-Kos 20011S 'EPSG+ITRF2020 to ETRS89-HRV [CROPOS] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-HRV [CROPOS] to ETRF2000 (1) (code 11190) reversed. Accuracy is approximately 1cm at the ETRS89HRV [CROPOS] anchor epoch of 2008.83 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Hrv 200811Oe'EPSG+ETRS89-HRV [HTRS96] to ETRF89 (1)Accuracy is approximately 1cm at the ETRS89-HRV [HTRS96] anchor epoch of 1995.55 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGEPSG?EPSG#)IOGP-Hrv 19951O EPSG+ETRS89-HRV [CROPOS] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-HRV [CROPOS] is a national realization of ETRS89.EPSG%EPSG+EPSGEPSG#)IOGP-Hrv31Se'EPSG+ETRS89-HRV [CROPOS] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-HRV [CROPOS] anchor epoch of 2008.83 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?EPSG#)IOGP-Hrv 20081U 'EPSG+ITRF2020 to ETRS89-BGR [BGS2005] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-BGR [BGS2005] to ETRF2000 (1) (code 11185) reversed. Accuracy is approximately 1cm at the ETRS89-BGR [BGS2005] anchor epoch of 2005.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSGt?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Bgr 200541Ue'EPSG+ETRS89-BGR [BGS2005] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-BGR [BGS2005] anchor epoch of 2005.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGtEPSG?EPSG#)IOGP-Bgr 20051cC%EPSG+ITRF2020 to ETRS89-DEU [ETRS89/DREF91/2025]Derived from coordinates of stations in the GNSS 2021 campaign. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+@Dԕ*@IYIO;dZEPSG?hۋq @)6B74EPSG@4JEPSGEPSG?tj?SϿtjEPSGEPSGEPSGAdv-Deu 2021   "j1Y'EPSG+ITRF2020 to ETRS89-BEL [BEREF2011] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-BEL [BEREF2011] to ETRF2000 (1) (code 11216) reversed. Accuracy is approximately 1cm at the ETRS89-BEL [BEREF2011] anchor epoch of 2011.763 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG+?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Bel 2011;1Yo'EPSG+ETRS89-BEL [BEREF2011] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-BEL [BELREF2011] anchor epoch of 2011.763 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?EPSG#)IOGP-Bel 2011y1M['EPSG+ITRF2020 to ETRS89-SVN [D96] (1)Derived from concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-SVN [D96] to ETRF2000 (1) (code 11152) reversed. Accuracy is approximately 2cm at epoch 2016.75 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG?@r&\)G^zGqp =EPSG@3`A7L@""M@8QEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGO-Svn 20161S 'EPSG+ITRF2020 to ETRS89-SRB [STRS00] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-SRB [STRS00 to ETRF2000 (1) (code 11210) reversed. Accuracy is approximately 1cm at the ETRS89-SRB [STRS00] anchor epoch of 2010.63 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG!?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Srb 201031Se'EPSG+ETRS89-SRB [STRS00] to ETRF2000 (1)Accuracy is approximately 1cm at the ETRS89-SRB [STRS00] anchor epoch of 2010.63 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG!EPSG?EPSG#)IOGP-Srb 201001Oc'EPSG+ETRS89-SRB [SREF98] to ETRF89 (1)Accuracy is approximately 1cm at the ETRS89-SRB [SREF98] anchor epoch of 1998.7 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSGEPSG?EPSG#)IOGP-Srb 1998"1]'EPSG+ITRF2020 to ETRS89-POL [PL-ETRF2000] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-POL [PL-ETRF2000] to ETRF2000 (1) (code 11207) reversed. Accuracy is approximately 1cm at the ETRS89-POL [PL-ETRF2000] anchor epoch of 2011.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG%?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Pol 20116]m'EPS1U# EPSG+ETRS89-BEL [BEREF2011] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-BEL [BEREF2011] is a national realization of ETRS89.EPSG%EPSG+EPSGEPSG#)IOGP-Bel D c g+D01UA'EPSG,-ETRS89-CHE [CHTRF95] to ETRF2000 (1)Derived from concatenation of ETRS89-CHE CHTRF95] to ETRF89 (1) (CT code 11308) with ETRF89 to ETRF2000 (CT code 10988) reduced to epoch 1993.0. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m. Accuracy is approximately 1cm at the ETRS89-CHE [CHTRF95] anchor epoch of 1993.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?@8L@@@s33333EPSG-VzG{Ͼvȴ9XEPSGEPSG?333333?ffffffEPSG-VzG{1&EPSGzG{EPSGEPSGIOGP-Che 199531Qg'EPSG,,ETRS89-CHE [CHTRF95] to ETRF89 (1)Accuracy is approximately 1cm at the ETRS89-CHE [CHTRF95] anchor epoch of 1993.0, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSGEPSG+EPSG?EPSG#)IOGP-Che 19951Y'EPSG,ITRF2020 to ETRS89-FRA [RGF93 v2b] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-FRA [RGF93 v2b] to ETRF2000 (1) (code 11151) reversed. Accuracy is approximately 1cm at the ETRS89-FRA [RGF93 v2b] anchor epoch of 2019.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG&4?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Fra 20111Y' EPSG, ITRF2020 to ETRS89-FRA [RGF93 v2b] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-FRA [RGF93 v2b] to ETRF2000 (1) (code 11151) reversed. Accuracy is approximately 1cm at the ETRS89-FRA [RGF93 v2b] anchor epoch of 2019.0 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSG?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Fra 2011>1=%EPSG+Qoornoq 1927 to GR96 (2)Determined through the GR96(1996) coordinates of 3881 points, standard deviation 4.0m. Replaces Qoornoq 1927 to GR96 (1) (code 15957).EPSG%EPSGbEPSG@hsg@bSK][6h ԕEPSG#)oiDg8??ظ{0EPSG# WʆEPSG#KDS-Grl 202119#'EPSG+ETRF97 to ETRF2000 (2)Derived from concatenation of ETRF97 to ITRF97 (CT code 7939, with direction reversed) reduced to epoch 2000.00 and ITRF97 to ETRF2000 (CT code 7949) reduced to epoch 2000.00. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSGEPSG?zG{@333333@@733333EPSGl(\)EEPSGGzHEPSG?333333?ffffffEPSGvȴ9XzG{ļj~#EPSGzG{EPSGEPSGIOGP-Eur 2000%0;s 'EPSG+DrukRef23 to WGS 84 (1)DrukRef23 and WGS 84 are both realizations of ITRS.EPSG%EPSG+EPSGEPSG#)IOGP-Btn 20231W'EPSG+ITRF2020 to ETRS89-IRE [ETRF2000] (1)Concatenation of ITRF2020 to ETRF2000 (1) (code 10586) with ETRS89-IRE [ETRF2000] to ETRF2000 (1) (code 11220) reversed. Accuracy is approximately 1cm at the ETRS89-IRE [ETRF2000] anchor epoch of 2009.756 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment. Scale difference in ppb and scale difference rate in ppb/yr where 1/billion = 1E-9 or nm/m.EPSGEPSG'EPSGN?@Jfffff@IfffffTEPSG@+ @)zG{4O;dEPSG@EPSG?333333EPSG?j~#?\(\XbMEPSG?(\)EPSGEPSGIOGP-Ire 2009:{ s s:vf:1A#EPSG>PNahrwan 1967 to WGS 8440C[#EPSG>QNahrwan 1967 to WGS 84 (10)Used by Dubai Municipality before 1994.EPSG%EPSGEPSGoVfffffc@wfffffEPSG#)Dub-UAE Dub803s#EPSG>3ELD79 to WGS 84 (9)Derived by SDL for Total in Cyrenaica blocks 2 & 4.EPSG%EPSG?EPSG]lY33333c EPSG#)TOT-Lby Cyr.013  EPSG>Qornoq to GR96 (1)Derived via NWL 9D.EPSG%EPSGEPSG@dpZ1@_1'c?|hEPSG#)? I^5?EPSG#333333EPSG#KMS-Grll0;  EPSG>RGNC91-93 to WGS 84 (1)EPSG%EPSGEPSGEPSG#)IGN-Ncl]1-KEPSG=FD54 to ED50 (1)Derived at 3 points in 1976. This transformation then used to define ED50 on the Faroe Islands.EPSG%EPSGEPSGc*\(e-Q@U\)EPSG#)KMS-Fro611' EPSG=RGPF to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84.EPSG%EPSGOEPSGEPSG#)EPSG-Pyf>153EPSG=SIGD61 to WGS 84 (1)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGvEPSG,*|EPSG#)DMA-Cym Little BracU1C!EPSG=Barbados 1938 to WGS 84 (1)Derived at 2 stations (S40 and M1, St Annes Tower) in 2004. Accuracy 2.5m.EPSG%EPSGtEPSG@?33333@r =p@z3 =pEPSG#)UKHO-BrbX1G; / EPSG=IGN72 Nuku Hiva to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (1) (tfm code 15763).EPSG%EPSGEPSG@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#EPSG-Pyf NukuHiva1?5) EPSG=IGN63 Hiva Oa to RGPF (1)May be taken as approximate transformation IGN63 Hiva Oa to WGS 84 - see code 15773.EPSG%EPSGQEPSGO?@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#IGN-Pyf HivaOa ^1?/%EPSG=~Deir ez Zor to WGS 84 (5)Derived for 1998 Omar seismic survey and used in 2000 for El Isba seismic survey.EPSG%EPSGEPSGgx@!bM@mzGEPSG#)CGG-Syr Isba u1K5 /EPSG=rBogota 1975 to MAGNA-SIRGAS (9)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (1), tfm code 15714.EPSG%EPSGzEPSGN@r/w@r\1's`A7EPSG#)?`~h(w1bEPSG#44֡bEPSG#A<),I^V+A3 PEPSG#)IGAC-Col MB reg 1 +1K] /EPSG=hBogota 1975 to MAGNA-SIRGAS (4)May be taken as transformation to WGS 84 - see tfm code 15721. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15733, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGN@/w@~f-V@glCEPSG#)tӴʅ2?ĥEPSG#+\ EPSG#IGAC-Col CF reg 4 V13)'EPSG=[ELD79 to WGS 84 (6)Used by Petrocanada and previous licence holders in Amal field, concession 12.EPSG%EPSG?EPSG ]vȴ9[ShlDEPSG#)PCan-Lby Amal15EPSG<{Tokyo to JGD2000 (1)Derived at Tokyo datum origin. Accuracy on main islands 9m. Also used on remote islands with significantly less accuracy: Io-To 793m, Kitadaito and Minamidaito Jima 642m, Tarama and Minna Shima 560m, Ishigaki and Taketomi Jima 251m, Yonaguni Jima 248m.EPSG%EPSGEPSG bM?|h@dZ@DVEPSG#)GSI-Jpn  Q t SMoUB15 EPSG=ZMinna to WGS 84 (13)Used by Elf in Blocks OPL 222 and OPL 223 and by Mobil in 1994.EPSG%EPSGEPSGWffffffT@\s33333EPSG#)Elf-Nga15_#EPSG=YMinna to WGS 84 (12)Derived via WGS 72(BE). Minna to WGS 72(BE) transformation derived in 1981 for Mobil E&P Nigeria (MEPCON) by Geodetic Survey through Transit translocation at six stations in southern Nigeria. Used by MEPCON in blocks OPL 215 and 221.EPSG%EPSGEPSGTQZ<@\QEPSG#)?^5?|EPSG#EPSG#WGC-Nga 211~1E ) EPSG=XKalianpur 1962 to WGS 84 (5)Derived by Western Geophysical for UTP 1996 East Sind 2D survey.EPSG%EPSG1EPSG@l@zG@d \)EPSG#)m? =p?dZ1EPSG#@)+ I^EPSG#utp-Pak E SindY1E+EPSG=WKalianpur 1962 to WGS 84 (4)Derived at Chitrawala triangulation station by Fugro-Geodetic for UTP.EPSG%EPSG1EPSG@pzG@vȴ9@l =pEPSG#)utp-Pak KarachiG1Ey'EPSG=VKalianpur 1962 to WGS 84 (3)Derived at station S0001, an approximate offset to Survey of India primary station Kat Baman, in 1992 from 180 single point Transit passes observed in 1991 by Fugro-Geodetic for UTP.EPSG%EPSG1EPSG@qnfffff@cQ@lAEPSG#)utp-Pak BadinD0Ew 'EPSG=UKalianpur 1962 to WGS 84 (2)Derived at Geodetic Survey office in Karachi in 1997.EPSG%EPSG1EPSG@q9Q@&=p @l33333EPSG#)TFE-Pak Indus(0?S  EPSG=TGulshan 303 to WGS 84 (1)Derived at origin station in Dhaka.EPSG%EPSGJEPSG@q@33333@pQEPSG#)SB-BGD\15E/EPSG=SNAD27 to WGS 84 (87)Developed by John E Chance and Associates at 19°44'N, 92°21'W. Geoid height used =-13.34m.EPSG%EPSGEPSG@_,EPSG#)JECA-Mex GoM CamS1=g EPSG=RITRF2000 to ITRF2005 (1)At epoch 2000.0. Rates dX=0.0002 m/yr, dy=-0.0001 m/yr, dZ=0.0018 m/yr, rX=rY=rZ=0.0"/yr, dS=-0.00008 ppm/yr.EPSG%EPSG7EPSG 6C-?J6C-?wEPSG#)EPSG#:6C-EPSG#IERS0I9EPSGz.EPSG#oPEPSG#EPSG-Col reg 3+1K] /EPSG=fBogota 1975 to MAGNA-SIRGAS (3)May be taken as transformation to WGS 84 - see tfm code 15719. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15732, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGN@uj~#@u =p@oKƧEPSG#)#&.+y>z.EPSG#oPEPSG#IGAC-Col CF reg 3"1?k )EPSG=eBogota 1975 to WGS 84 (4)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (2) (tfm code 15716). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSG@Y21'@gl9XbNEPSG#)r.>M>褻y>9MEPSG#+!HEPSG#EPSG-Col reg 2$1K] /EPSG=dBogota 1975 to MAGNA-SIRGAS (2)May be taken as transformation to WGS 84 - see tfm code 15717. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15731, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGN@Y21'@gl9XbNEPSG#)r.>M>褻y>9MEPSG#+!HEPSG#IGAC-Col CF reg 2)1?k )EPSG=cBogota 1975 to WGS 84 (3)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (1) (tfm code 15714). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSG3Mpxu^5?|EPSG#)?_L}h3!(w1bEPSG#4ܜMEPSG#EPSG-Col reg 1*1K[ /EPSG=bBogota 1975 to MAGNA-SIRGAS (1)May be taken as transformation to WGS 84 - see tfm code 15715. See Bogota 1975 to MAGNA-SIRGAS (9), tfm code 15730, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGN3Mpxu^5?|EPSG#)?_L}h3!(w1bEPSG#4ܜMEPSG#IGAC-Col CF reg 1"09mEPSG=aGan 1970 to WGS 84 (1)Derived at 1 station. Accuracy 25m in each axis.EPSG%EPSGLEPSG,{2EPSG#)NIMA-MdvR15G#EPSG=`Aratu to WGS 84 (12)Replaced by Aratu to WGS 84 (15) (tfm code 5055) which Petrobras now recommends for the area.EPSG%EPSGpEPSG_6oEPSG#)PB-Bra EspST15G'EPSG=_Aratu to WGS 84 (11)Replaced by Aratu to WGS 84 (13) (tfm code 5051) which Petrobras now recommends for the area.EPSG%EPSGpEPSGb5mEPSG#)PB-Bra SantosT15G'EPSG=^Aratu to WGS 84 (10)Replaced by Aratu to WGS 84 (14) (tfm code 5053) which Petrobras now recommends for the area.EPSG%EPSGpEPSG`;rEPSG#)PB-Bra CamposB1GEPSG=]Nouakchott 1965 to WGS 84 (1)Derived by IGN in 1992 at 7 stations within Nouakchott city.EPSG%EPSGHEPSG@_ OEPSG#)IGN-Mau13EEPSG=\PRS92 to WGS 84 (1)Derived during GPS campaign which established PRS92 coordinates at 330 first order stations.EPSG%EPSGKEPSG?_zHP\(GQEPSG#)@C%1&?|hsEPSG#\(EPSG#CGS-Phl3)'EPSG=[ELD79 to WGS 84 (6)Used by Petrocanada and previous licence holders in Amal field, concession 12.EPSG%EPSG?EPSG ]vȴ9[ShlDEPSG#)PCan-Lby Amal  PKS+1K] /EPSG=pBogota 1975 to MAGNA-SIRGAS (8)May be taken as transformation to WGS 84 - see tfm code 15729. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15737, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGN@kěT@q"-Vx/EPSG#)>㮔+=+b ƄJEPSG#{0VEPSG#IGAC-Col CF reg 8)1?k )EPSG=oBogota 1975 to WGS 84 (9)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (7) (tfm code 15726). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSGs-V@k ě>SEPSG#)^>y} f ƿEPSG#@MEPSG#EPSG-Col reg 7+1K] /EPSG=nBogota 1975 to MAGNA-SIRGAS (7)May be taken as transformation to WGS 84 - see tfm code 15727. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15736, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGNs-V@k ě>SEPSG#)^>y} f ƿEPSG#@MEPSG#IGAC-Col CF reg 7)1?k )EPSG=mBogota 1975 to WGS 84 (8)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (6) (tfm code 15724). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSGlC@nhr!| I^EPSG#)?tPBK9wx0vi EPSG#@ sEPSG#EPSG-Col reg 6+1K] /EPSG=lBogota 1975 to MAGNA-SIRGAS (6)May be taken as transformation to WGS 84 - see tfm code 15725. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15735, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGNlC@nhr!| I^EPSG#)?tPBK9wx0vi EPSG#@ sEPSG#IGAC-Col CF reg 6)1?k )EPSG=kBogota 1975 to WGS 84 (7)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (5) (tfm code 15722). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSGV\(@nS5/wEPSG#)[fHUJ[@2(G5G5EPSG#@t tCEPSG#EPSG-Col reg 5+1K] /EPSG=jBogota 1975 to MAGNA-SIRGAS (5)May be taken as transformation to WGS 84 - see tfm code 15723. See Bogota 1975 to MAGNA-SIRGAS (10), tfm code 15734, for an equivalent transformation using the Molodenski-Badekas 10-parameter method. OGP recommends this alternative.EPSG%EPSGzEPSGNV\(@nS5/wEPSG#)[fHUJ[@2(G5G5EPSG#@t tCEPSG#IGAC-Col CF reg 5)1?k )EPSG=iBogota 1975 to WGS 84 (6)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (4) (tfm code 15720). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSG@/w@~f-V@glCEPSG#)tӴʅ2?ĥEPSG#+\ EPSG#EPSG-Col reg 4*1Ak )EPSG=qBogota 1975 to WGS 84 (10)Parameter values taken from Bogota 1975 to MAGNA-SIRGAS (8) (tfm code 15728). Approximation assumes that MAGNA-SIRGAS is equivalent to WGS 84. Accuracy about 1 part in 10^5 of distance between points, depending on relative tectonic motion.EPSG%EPSGzEPSG@kěT@q"-Vx/EPSG#)>㮔+=+b ƄJEPSG#{0VEPSG#EPSG-Col reg 84   ,A}j1?=/EPSG=}Deir ez Zor to WGS 84 (2)Derived by Elf in 1991 from tfm code 1584 concatenated with a tfm from WGS72BE to WGS84.EPSG%EPSGEPSGgp@,333333@m33333EPSG#)Elf-Syr Deir 1991B1=Q+EPSG=|Amersfoort to ETRS89 (4)Replaces Amersfoort to ETRS89 (2) (tfm code 1066). Replaced by Amersfoort to ETRS89 (6) (tfm code 4831). Dutch sources also quote an equivalent transformation using the Coordinate Frame 7-parameter method - see tfm code 15739.EPSG%EPSGEPSG?@Ά=m uEPSG#_EPSG#A:TZWY AE9XbEPSG#)IGAC-Col MB reg 8v1M5 /EPSG=xBogota 1975 to MAGNA-SIRGAS (15)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (7), tfm code 15726.EPSG%EPSGzEPSGN@rtn@t ěsptEPSG#)^>󌐿 9EPSG#@MyEPSG#A7`QW)8A7A ϣ =EPSG#)IGAC-Col MB reg 7v1M5 /EPSG=wBogota 1975 to MAGNA-SIRGAS (14)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (6), tfm code 15724.EPSG%EPSGzEPSGN@rm@s~5qgEPSG#h<){EPSG#A7VWJBT1'A.@/O;dEPSG#)IGAC-Col MB reg 3v1M5 /EPSG=sBogota 1975 to MAGNA-SIRGAS (10)Source also quotes an equivalent transformation using the Coordinate Frame 7-parameter method - see Bogota 1975 to MAGNA-SIRGAS (2), tfm code 15716.EPSG%EPSGzEPSGN@sMS@qMs"`BEPSG#)r>K>褳FrCFEPSG#+!HEPSG#A8̗ =qWlA1&EPSG#)IGAC-Col MB reg 2 4Z }  ?61) :41;1 EPSG=Fatu Iva 72 to RGPF (1)May be taken as approximate transformation Fatu Iva 72 to WGS 84 - see code 15772.EPSG%EPSGPEPSGO@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#IGN-Pyf]19/EPSG=Maupiti 83 to RGPF (1)May be taken as approximate transformation Maupiti 83 to WGS 84 - see code 15771.EPSG%EPSGTEPSGO?@k!/w@U`A7L@7j~EPSG#)IGN-Pyf15+ EPSG=Tahaa 54 to RGPF (1)May be taken as approximate transformation Tahaa 54 to WGS 84 - see code 15770.EPSG%EPSGEPSGO?@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\NB[$qjEPSG#O M;EPSG#EPSG-Pyf TahuataS1C7+ EPSG=IGN63 Hiva Oa to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN63 Hiva Oa to RGPF (1) (tfm code 15761).EPSG%EPSGQEPSG@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#EPSG-Pyf HivaOaH1?3 EPSG=Fatu Iva 72 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Fatu Iva 72 to RGPF (1) (tfm code 15760).EPSG%EPSGPEPSG@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#EPSG-Pyf1=1  EPSG=Maupiti 83 to WGS 84 (1)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Maupiti 83 to RGPF (1) (tfm code 15759).EPSG%EPSGTEPSG@k!/w@U`A7L@7j~EPSG#)EPSG-PyfA19-  EPSG=Tahaa 54 to WGS 84 (2)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from Tahaa 54 to RGPF (1) (tfm code 15758).EPSG%EPSGEPSG@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\NB?݄M:EPSG#@;_حEPSG#IGN-Pyf UaPou1C9) EPSG=IGN72 Nuku Hiva to RGPF (2)May be taken as approximate transformation IGN72 Nuku Hiva to WGS 84 - see code 15776.EPSG%EPSGEPSGO@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#IGN-Pyf UaHuka1C9- EPSG=IGN72 Nuku Hiva to RGPF (1)May be taken as approximate transformation IGN72 Nuku Hiva to WGS 84 - see code 15775.EPSG%EPSGEPSGO?@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#IGN-Pyf NukuHiva1?5+ EPSG=IGN63 Hiva Oa to RGPF (2)May be taken as approximate transformation IGN63 Hiva Oa to WGS 84 - see code 15774.EPSG%EPSGQEPSGO@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#IGN-Pyf Tahuata x M & 5)>^Ddxj1cO#EPSG=Egypt Gulf of Suez S-650 TL to WGS 72BE (1)Derived by Egypt Surveys Limited through single point Transit translocation at 1 station (S-650).EPSG%EPSGbEPSGbEPSG#)ESL-Egy GoSy1M#EPSG=Mhast (offshore) to WGS 72BE (1)Derived by Oceaneering for CABGOC in 1979. Mean of parameters derived by single point Transit translocation at 2 stations (Mongo Tando and N'To). Applied to single point Transit translocations at other stations to define Mhast (offshore) coordinates.EPSG%EPSGaEPSG EPSG#)CHV-Ago Cabc13W!EPSG=AGD84 to WGS 84 (8)Parameter values from AGD84 to GDA94 (1) (code 1279). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%EPSGkEPSG`@c,EPSG#)OGP-Aus 5mk15W!EPSG=AGD66 to WGS 84 (16)Parameter values from AGD66 to GDA94 (1) (code 1278). Approximation assuming WGS 84 is equivalent to GDA94; ignores the low accuracy of the WGS 84 ensemble and the inconsistent application of tectonic plate motion to WGS 84 data.EPSG%EPSGjEPSG_33333J&fffff@cEPSG#)OGP-Aus 5m+0;eEPSG=IGCB 1955 to WGS 84 (1)Derived by Topnav in 1991 at station TSH 85.EPSG%EPSG]EPSGSbeEPSG#)Tot-Cod^1C5EPSG=Le Pouce 1934 to WGS 84 (1)Derived at 17 stations in 1994 by University of East London. Residuals less than 2m.EPSG%EPSG[EPSG@c#33333EPSG#)UEL-Musi1=k%EPSG=IGN53 Mare to WGS 84 (2)Withdrawn by information source and replaced by improved information from local authority - see tfm code 15901.EPSG%EPSG!EPSGxEPSG#)IGN-Ncl Mare 1M)EPSG=Campo Inchauspe to POSGAR 94 (1)Adopted from U.S. Defense Mapping Agency values for Campo Inchauspe to WGS 84 (tfm code 1127) assuming that POSGAR 94 is equivalent to WGS 84.EPSG%EPSG}EPSGVlZEPSG#)IGM-Argm0;   EPSG=POSGAR 94 to WGS 84 (1)EPSG%EPSG^EPSGEPSG#)EPSG-Arg1?q +EPSG=Gulshan 303 to WGS 84 (1)Derived at origin station in Dhaka. Source information given to 3 decimal places but rounded by OGP to be commensurate with stated accuracy. For consistency with Survey of Bangladesh, Gulshan 303 to WGS 84 (2) [code 9679] should be preferred.EPSG%EPSGJEPSG@q33333@33333@pQEPSG#)OGP-Bgd roundedN13 'EPSG=ELD79 to WGS 84 (7)Derived by Total at stations SDL 130-03, 04 and 05 in May 2005.EPSG%EPSG?EPSG?\XbfffffEPSG#)Tot-Lby NC192U1G; ) EPSG=IGN72 Nuku Hiva to WGS 84 (4)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (2) (tfm code 15765).EPSG%EPSGEPSG@p8`A@ro@h-EPSG#)?@>B?݄M:EPSG#@;_حEPSG#EPSG-Pyf UaPouW1G;+ EPSG=IGN72 Nuku Hiva to WGS 84 (3)Approximation at the +/- 1m level assuming that RGPF is equivalent to WGS 84. Parameter values taken from IGN72 Nuku Hiva to RGPF (2) (tfm code 15764).EPSG%EPSGEPSG@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#EPSG-Pyf UaHukaG; ?1Am'EPSG=Malongo 1987 to WGS 84 (3)Derived via WGS 72BE by Geodetic for Chevron in 1987 by single point Transit translocation at 1 station (Malongo Y). Replaced in 1989 by Malongo 1987 to WGS 84 (1) (code 1330).EPSG%EPSGEPSG p? =pQXE\(EPSG#)CHV-Ago Cab87 >  ^ VNc>F1M)EPSG=South Georgia 1968 to WGS 84 (1)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGrEPSG,wEPSG#)DMA-Sgs Sgeorg<1A#EPSG=Antigua 1943 to WGS 84 (2)Determined from 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGEPSG, >EPSG#)DMA-Atg Ant:1? 'EPSG=Kusaie 1951 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGEPSG,EPSG#)DMA-Fsm CarolL1Q-EPSG=Johnston Island 1961 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 25m in each axis. Note: NGA online html files carry a different dZ value - OGP believe this is an erroneous transcription from the TR8350.2 line above.EPSG%EPSGuEPSG,6EPSG#)DMA-Umi JohnstonB1K )EPSG=Diego Garcia 1969 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%EPSGtEPSG,MEPSG#)DMA-Iot Garcia:1A %EPSG=Solomon 1968 to WGS 84 (2)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGnEPSG,/EPSG#)DMA-Slb Guad@1M)EPSG=Easter Island 1967 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axisEPSG%EPSGoEPSG,oEPSG#)DMA-Chl Easter:1A %EPSG=Solomon 1968 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSGnEPSG,9EPSG#)DMA-Slb Gizo?1E )EPSG=Cape Canaveral to WGS 84 (1)Derived at 19 satellite stations. Accuracy +/- 3 m in each axis.EPSG%EPSGmEPSGEPSG#)DMA-Bha Usa-FLG1Q +EPSG=Phoenix Islands 1966 to WGS 84 (1)Derived at 4 satellite stations. Accuracy +/- 15 m in each axis.EPSG%EPSGlEPSG*EPSG#)DMA-Kir Phoenix 0GK+EPSG=Camp Area Astro to WGS 84 (1)No accuracy estimate available.EPSG%EPSGkEPSGEPSG#)DMA-Ata McMurdo219 EPSG=Bellevue to WGS 84 (1)Derived at 3 satellite stations. Accuracy +/- 20 m in each axis.EPSG%EPSGjEPSG#EPSG#)DMA-Vutr1OwEPSG=Ayabelle Lighthouse to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis. Replaced by Ayabelle Lighthouse to WGS 84 (2) (code 6907).EPSG%EPSGiEPSG,EPSG#)DMA-Dji<1M)EPSG=Marcus Island 1952 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%EPSGgEPSG,|EPSG#)DMA-Jpn Marcus51A#EPSG=Astro DOS 71 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%EPSGfEPSG,&EPSG#)DMA-Shn Hel=1S#EPSG=Ascension Island 1958 to WGS 84 (1)Derived at 2 satellite stations. Accuracy 25m in each axis.EPSG%EPSGhEPSG,3k5EPSG#)DMA-Shn Asc61C%EPSG=Iwo Jima 1945 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%EPSGeEPSG,KEPSG#)DMA-Jpn IwoJ1IE+EPSG=Tern Island 1961 to WGS 84 (1)Derived at 1 satellite station. Same transformation parameter values related to same datum area given in original 1987 DMA TR8350.2 edition for Sorol Atoll.EPSG%EPSGcEPSG,rEPSG#)DMA-Usa HI Tern61MEPSG=Cocos Islands 1965 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%EPSGdEPSG,EPSG#)DMA-Cck0II#EPSG=Deception Island to WGS 84 (1)Accuracy +/- 20m in each axis.EPSG%EPSGEPSG# mEPSG#)DMA-Ata Dec k  gL,mkB11) EPSG=RGPF to WGS 84 (1)Transformation is to original definition of WGS 84. It is consistent with later WGS 84 realisations G730, G873 and G1150 to no better than 1m.EPSG%EPSGOEPSG??nO;9XbMӿ\(\EPSG#)?<643*0U2a?|1&yEPSG# ҈EPSG#IGN-Pyf<17/ EPSG=KGD2002 to WGS 84 (1)Approximation at the +/- 1m level assuming that ITRF2000 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Kor=05y 'EPSG=GCGD59 to WGS 84 (1)Determined from 6 satellite stations. Accuracy +/- 1m.EPSG%EPSGsEPSG@P33333@Zfffff@aYEPSG#)UNO-Cym Grand<05y 3EPSG=SIGD61 to WGS 84 (2)Determined from 2 satellite stations. Accuracy +/- 1m.EPSG%EPSGvEPSG@F333333m@bfffffEPSG#)UNO-Cym Little BracW1A55EPSG=Old Hawaiian to WGS 84 (7)Derived at 8 satellite stations. Accuracy +/- 10m in X axis, +/- 6m in Y and Z axes.EPSG%EPSG'EPSG:JEPSG#)DMA-Usa HI Oahu 1991B1A 5EPSG=Old Hawaiian to WGS 84 (6)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%EPSG'EPSG,ABEPSG#)DMA-Usa HI Maui 1991C1A 7EPSG=Old Hawaiian to WGS 84 (5)Derived at 3 satellite stations. Accuracy +/- 20m in each axis.EPSG%EPSG'EPSG#-TEPSG#)DMA-Usa HI Kauai 1991A1A 3EPSG=Old Hawaiian to WGS 84 (4)Derived at 2 satellite stations. Accuracy +/- 25m in each axis.EPSG%EPSG'EPSG,YIEPSG#)DMA-Usa HI Haw 1991T1A9+EPSG=Old Hawaiian to WGS 84 (3)Derived at 15 satellite stations. Accuracy +/- 25m in X axis, +/- 20m in Y and Z axes.EPSG%EPSG'EPSG&=KEPSG#)DMA-Usa HI 1987=1I %EPSG=Wake Island 1952 to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/-25m in each axis.EPSG%EPSG}EPSG,EPSG#)DMA-Mhl WakeA1S %EPSG=Marshall Islands 1960 to WGS 84 (1)Derived at 10 satellite stations. Accuracy +/-3 m in each axis.EPSG%EPSG|EPSGf4EPSG#)DMA-Mhl 196041E EPSG=Viti Levu 1916 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/-25m in each axis.EPSG%EPSG{EPSG,3EPSG#)DMA-Fji-1=EPSG=Santo 1965 to WGS 84 (1)Derived at 1 satellite station. Accuracy 25m in each axis.EPSG%EPSGzEPSG,*TEPSG#)DMA-VutC1C 5EPSG=Pitcairn 1967 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25 m in each axis.EPSG%EPSGyEPSG,*EPSG#)DMA-Pcn Pitcairn Islt1?s3EPSG=Midway 1961 to WGS 84 (2)Derived at 1 satellite station. Accuracy +/- 25m in each axis. Replaces Midway 1961 to WGS 84 (1) (tfm code 15817).EPSG%EPSGwEPSG,EPSG#)DMA-Umi Midway 2003g1?Y3EPSG=Midway 1961 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/- 25m in each axis. Information source states "provided for historical purposes only. These parameter [values] should not be used". Replaced by Midway 1961 to WGS 84 (2) (tfm code 15818).EPSG%EPSGwEPSG,EPSG#)DMA-Umi Midway 1987=1A%EPSG=Tristan 1968 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis.EPSG%EPSG~EPSG,EPSG#)DMA-Shn TrisO11C)EPSG=PN84 to WGS 84 (1)Determined at 1 satellite station. Accuracy +/- 25m in each axis. Unclear from information source whether the source CRS is PN68 or PN84 - see also CT code 9743. Given the accuracy, can be considered to apply to either.EPSG%EPSGxEPSG,ͤEPSG#)DMA-Esp Canary   m>hY1CEPSG=Pulkovo 1942 to WGS 84 (16)Derived via PZ-90 at 30 stations throughout USSR (Former Soviet Union, FSU) through concatenation of Pulkovo 1942 to PZ-90 (1) (tfm code 15844) and PZ-90 to WGS 84 (1) (tfm code 15843).EPSG%EPSGEPSG@sSEPSG#)ffffffO;dZEPSG#EPSG#OGP-RusY1GY EPSG=Mauritania 1999 to WGS 84 (1)Mauritania 1999 can be considered to be the same as WGS 84 within the accuracy of this transformation.EPSG%EPSG^EPSGEPSG#)OGP-Mau?15##EPSG=NAD27 to WGS 84 (84)Developed by EnSoCo Inc. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%EPSGEPSGEPSG#)ESC-Usa GoMQ15?-EPSG=NAD27 to WGS 84 (83)Developed by John E Chance and Associates at 21°55'N, 97°20'W. Geoid height used =-17m.EPSG%EPSGEPSG}EPSG#)JECA-Mex GoM TamT15G)EPSG=NAD27 to WGS 84 (82)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%EPSGEPSGEPSG#)JECA-Usa GoM WT15G)EPSG=NAD27 to WGS 84 (81)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%EPSGEPSGEPSG#)JECA-Usa GoM CT15G)EPSG=NAD27 to WGS 84 (80)Developed by John E Chance and Associates. Replaced by NAD27 to WGS 84 (79) (tfm code 15851).EPSG%EPSGEPSGEPSG#)JECA-Usa GoM E{1M%EPSG=IGN 1962 Kerguelen to WGS 84 (1)Also published in US NIMA/NGA TR8350.2 which gives accuracy of +/-25m in each axis and states that derived at one station.EPSG%EPSGZEPSG EgEPSG#)IGN-Atf Kerg19''EPSG=Beduaram to WGS 84 (2)Used by Elf / CGG between December 1991 and March 1992. Probably derived from results of concatenated tfm Beduaram to WGS 84 (1) (code 8634).EPSG%EPSGuEPSGEPSG#)ELF-Ner SE 910K %EPSG=ST84 Ile des Pins to WGS 84 (2)EPSG%EPSG"EPSG $EPSG#)IGN-Ncl Pins$03k)EPSG=MOP78 to WGS 84 (2)Replaces information from 2001 (tfm code 1925).EPSG%EPSGEPSG |EPSG#)IGN-Wlf Wallis1_w'EPSG=Egypt Gulf of Suez S-650 TL to WGS 84 (2)Sometime referred to as "Egypt 1907 to WGS 84". However, application to WGS 84 coordinates of the reverse of this tfm results in Gulf of Suez S-650 TL, not Egypt 1907, position. Gulf of Suez S-650 TL and Egypt 1907 CRSs differ by some 20 metres.EPSG%EPSGbEPSGbFQ@\(Q@333333EPSG#)Racal-Egy GoS 1M/) EPSG=Pampa del Castillo to WGS 84 (1)Transformation parameter precision given to millimetres in information source but due to accuracy rounded to nearest decimetre for EPSG database.EPSG%EPSGAEPSG@;@gLEPSG#)UNO-Arg ComRiv61?YEPSG=Pulkovo 1942 to PZ-90 (1)Derived through Glonass at 30 stations throughout USSR - Former Soviet Union (FSU). Mandated for use in Russia by GosStandard of Russia Decree #327 of August 9, 2001.EPSG%EPSGEPSGsEPSG#)ffffffQEPSG#EPSG#GiK-Rus 13EPSG=PZ-90 to WGS 84 (1)Derived through Glonass and GPS at 30 stations throughout USSR - Former Soviet Union (FSU). Accuracy better than 1.5 metres.EPSG%EPSGEPSG??EPSG#)tj~EPSG#EPSG#GiK-Worldo1Mq EPSG=Hong Kong 1963(67) to WGS 84 (1)Derived at 2 satellite stations. Accuracy +/- 1m. Care: does not use Hong Kong 1963 (code 4838) as the source CRS.EPSG%EPSGEPSGdCEPSG#)UKHO-Hkg " t  n '#*x"_11{ EPSG>GR96 to WGS 84 (1)Approximation at the +/- 1m level assuming that GR96 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)OGP-Grls1GEPSG>Vanua Levu 1915 to WGS 84 (1)Parameter values taken from Viti Levu 1912 to WGS 84 (1) (tfm code 15897). Approximation at the +/- 50m level assuming that CRS 4748 is equivalent to CRS 4752 within the transformation accuracy. Source CRSs 4748 and 4752 are independent but connected.EPSG%EPSGEPSG23EPSG#)OGP-Fji1;;EPSG>Fiji 1986 to WGS 84 (2)Horizontal accuracy 2m, vertical accuracy approximately 40 metres. Suitable for GIS mapping purposes but not rigorous surveying. Very similar results may be obtained through Fiji 1986 to WGS 84 (1) (tfm code 15876).EPSG%EPSGpEPSG(A$/@aEB{dZEPSG#)?Ql;dZEPSG#O;dEPSG#FD-Fji&1;5EPSG>Fiji 1986 to WGS 84 (1)Approximation at the +/- 2m level assuming that Fiji 1986 is equivalent to WGS 72. Parameter values taken from WGS 72 to WGS 84 (1) (tfm code 1237).EPSG%EPSGpEPSG@EPSG#)?^5?|EPSG#?eںEPSG#OGP-Fjiw1;oEPSG>Fiji 1956 to WGS 84 (1)Derived at 20 stations. Also published by NGA in GeoTrans v3.4 software with parameter values rounded to integer.EPSG%EPSGqEPSG@pfffff@x/hAxEPSG#)DGC-Fji1I #EPSG>Nord Sahara 1959 to WGS 84 (7)Derived at 11 stations throughout blocks 317b, 319b, 321b and 322b. Network based on station P4 (horizontal) and benchmark RN51 (vertical) using EGM96 geoid height. Used by Equinor in Hassi Mouina. May be taken as a transformation to RGSH2020 (CT 10342).EPSG%EPSGEPSGe1SR\(@rEPSG#)ENG-Dza Mou)1?OEPSG>Douala 1948 to WGS 84 (1)Derived at Manoca tower assuming the pyramid on the tower and the centre of the tower reservoir are co-located. This assumption carries a few metres uncertainty.EPSG%EPSG`EPSG i33333efffffUEPSG#)Tot-CmrF1A#EPSG>Karbala 1979 to WGS 84 (1)Derived from shifts in UTM rectangular coordinates for one point in Basra area provided by Iraq National Oil Exploration Company. Replaced by Karbala 1979 to WGS 84 (2) (tfm code 5078).EPSG%EPSGEPSG@Uffffft@kVfffffEPSG#)OEC-Irq BasE1A EPSG=Nahrwan 1967 to WGS 84 (6)Derived by concatenation of parameter values published by IGN Paris from Nahrwan 1967 to WGS 72 at the Nahrwan SE Base trig station near Baghdad with DMA WGS 72 to WGS 84 parameter values.EPSG%EPSGEPSGnFfffffb@w$EPSG#)IGN-Irq"0=E EPSG=Jouik 1961 to WGS 84 (1)Derived at 5 points in 2002.EPSG%EPSGGEPSGT =q@oQ@r3 =pEPSG#)Wood-Mrt`11}EPSG=DHDN to WGS 84 (3)Parameter values taken from RD/83 to ETRS89 (1) (tfm code 15868) assuming that within the accuracy of the transformation ETRS89 is equivalent to WGS 84 and RD/83 is equivalent to DHDN.EPSG%EPSGEPSG@#33333M@{33333EPSG#)S?/v`A7KEPSG#@ffffffEPSG#OGP-Deu E#13} %EPSG=RD/83 to ETRS89 (1)Derived in 2001 at 31 points of the German GPS Network DREF in former East Germany. Although for high accuracy limited to Saxony, may be taken as approximate transformation between DHDN and WGS 84 for all former East German states - see code 15869.EPSG%EPSGEPSG@#33333M@{33333EPSG#)S?/v`A7KEPSG#@ffffffEPSG#BKG-Deu Sache03u %EPSG=PD/83 to ETRS89 (1)Derived at 10 points of the German GPS Network DREF.EPSG%EPSGEPSG@33333@R@z333333EPSG#)vȴ9X+ Iȴ9XbEPSG#@ =pEPSG#BKG-Deu Thur Gi Q F "  !:_3Gj1EsEPSG>Viti Levu 1912 to WGS 84 (1)Derived at 1 satellite station. Accuracy +/-25m in each axis. Replaced by Viti Levu 1912 to WGS 84 (2) (code 6895).EPSG%EPSGEPSG,3EPSG#)DMA-FjiD1K+EPSG>Kertau (RSO) to Kertau 1968 (1)To transform Kertau (RSO) to WGS 84, see concatenated transformation code 8659.EPSG%EPSGEPSGEPSG#)OGP-MysK1?5 +EPSG>SIRGAS 2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that SIRGAS 2000 is equivalent to WGS 84.EPSG%EPSGBEPSGEPSG#)OGP-C&S Americad0QE%EPSG>ST84 Ile des Pins to RGNC91-93 (1)Determined in December 1999.EPSG%EPSG"EPSG?@np =@UV+ J@e ěEPSG#)@!;dZ I^5)0 (EPSG#@,jfEPSG#BGN-Ncl 0.1m]0CE%EPSG>ST87 Ouvea to RGNC91-93 (2)Determined in December 1999.EPSG%EPSGEPSG?^9Xbgvȴ@Y`A7LEPSG#) + J@ݲ-V@ѷXEPSG#@jfEPSG#BGN-Ncl 0.1mu0Cu%EPSG>IGN53 Mare to RGNC91-93 (2)Determined in April 1993, modified in December 1999.EPSG%EPSG!EPSG?ym@vEyoEPSG#)&?PHSZEPSG#^F\NIGN56 Lifou to RGNC91-93 (2)Determined in April 1993.EPSG%EPSGEPSG?@a"m@`u@VޗO;EPSG#)?tj@'2m@SMjEPSG#U=EPSG#BGN-Ncl 0.1mY0G9%EPSG>NEA74 Noumea to RGNC91-93 (2)Determined in May 2001EPSG%EPSG$EPSG?d0U2a|cY '0@oڀIQEPSG#)@BSΤT@$g@EPSG#> =pEPSG#BGN-Ncl 0.1me0S;/EPSG>IGN72 Grande Terre to RGNC91-93 (3)Determined in July 2000EPSG%EPSG6EPSG?@Hg-i@uSEPSG#)@ L/{?\N<Y>BZEPSG#@tEPSG#BGN-Ncl Noum 0.1m`0S?!EPSG>IGN72 Grande Terre to RGNC91-93 (2)Determined in April 1993.EPSG%EPSG6EPSG?333333@XS I^psS@snbMEPSG#)?0 )֡af - EPSG#@*xEPSG#BGN-Ncl 1m 1G !EPSG>NEA74 Noumea to RGNC91-93 (1)Determined in July 2000. May be taken as approximate transformation to WGS 84 - see NEA74 Noumea to WGS 84 (3) (code 15904).EPSG%EPSG$EPSG$\(\uG{@r5REPSG#)BGN-Ncl 1m1C!EPSG> ST87 Ouvea to RGNC91-93 (1)Determined in December 1999. May be used as approximate transformation to WGS 84 - see ST87 Ouvea to WGS 84 (2) (code 15881).EPSG%EPSGEPSG?L!l@0"`A6"`BEPSG#)BGN-Ncl 1m"1C7!EPSG> IGN53 Mare to RGNC91-93 (1)Determined in April 1993, modified in December 1999. May be taken as approximate transformation to WGS 84: see IGN53 Mare to WGS 84 (3) (code 15901).EPSG%EPSG!EPSG@qGz@f8\)`QEPSG#)BGN-Ncl 2m 1E !EPSG> IGN56 Lifou to RGNC91-93 (1)Determined in April 1993. May be taken as approximate transformation to WGS 84 - see IGN56 Lifou to WGS 84 (3) (code 15902).EPSG%EPSGEPSG@tQ@kҏ\(lzGEPSG#)BGN-Ncl 1m1S!EPSG> IGN72 Grande Terre to RGNC91-93 (1)Determined in May 2001. May be taken as approximate transformation to WGS 84 - see IGN72 Grande Terre to WGS 84 (3) (code 15903).EPSG%EPSG6EPSG'GzHuə@r?zHEPSG#)BGN-Ncl 2m(1=Q EPSG> ST87 Ouvea to WGS 84 (2)Parameter values taken from ST87 Ouvea to RGNC91-93 (1) (code 15885) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%EPSGEPSGL!l@0"`A6"`BEPSG#)BGN-Nclm;  EPSG>RGNC91-93 to WGS 84 (1)EPSG%EPSGEPSGEPSG#)IGN-Ncl d Z ,U~ dP$1A#EPSG>0Beijing 1954 to WGS 84 (3)Derived via WGS 72BE. Original transformation derived by GSI in 1980-81. The GSI memo incorrectly gave the parameters as from WGS 72 to Beijing 1954, but it has been determined by the OGP that the memo should have stated from Beijing 1954 to WGS 72BE.EPSG%EPSGvEPSG@?ffffffb R33333EPSG#)? I^5?EPSG#QREPSG#GSI-Chn SCS1AMEPSG>/Beijing 1954 to WGS 84 (2)Derived via WGS 72BE. Original transformation derived in 1979 at 4 stations on Yellow Sea coast.EPSG%EPSGvEPSG@/\(\tzGD =qEPSG#)? I^5?EPSG#QREPSG#BP-Chn YS10AY #EPSG>.Beijing 1954 to WGS 84 (1)Provided by BGP to TOTAL in June 2006.EPSG%EPSGvEPSG@)JnceT7;dZEPSG#)BGP-Chn OrdS15C/EPSG>)NAD27 to WGS 84 (86)Developed by John E Chance and Associates at 21°33'N, 92°33'W. Geoid height used =-16.7m.EPSG%EPSGEPSG}EPSG#)JECA-Mex GoM CamNa13} EPSG>(DGN95 to WGS 84 (1)Approximation at the +/- 1m level assuming that DGN95 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)OGP-Idnf1/EPSG>'ID74 to DGN95 (1)Derived at 38 stations. Standard deviations of translations are 1.3, 1.1 and 3.6m, of rotations 0.11, 0.06 and 0.04 sec and ppm 0.18. May be taken as a tfm ID74 to WGS 84 - see tfm 1833.EPSG%EPSGEPSGo*Q#j~#EPSG#)KƧA7Kƨ I^5?EPSG#O;dEPSG#Bak-Idn605u EPSG>&ELD79 to LGD2006 (1)Derived at 29 stations throughout Libya in May 2006.EPSG%EPSG?EPSGW#KƧ%eO@bSMjEPSG#)SDL-Lby503uEPSG>%ELD79 to WGS 84 (8)Derived at 29 stations throughout Libya in May 2006.EPSG%EPSG?EPSG\>BXû/Vcm\EPSG#)SDL-LbyU17!EPSG>$LGD2006 to WGS 84 (1)Derived at 5 stations throughout Libya used to define LGD2006 in May 2006.EPSG%EPSGEPSG?j PH[x,<wkPEPSG#)SDL-Lby,1AU EPSG> NEA74 Noumea to WGS 84 (2)Parameter values taken from NEA74 Noumea to RGNC91-93 (1) (code 15886) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%EPSG$EPSG$\(\uG{@r5REPSG#)BGN-Ncl<1Ma!EPSG>IGN72 Grande Terre to WGS 84 (3)Parameter values taken from IGN72 Grande Terre to RGNC91-93 (1) (code 15882) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%EPSG6EPSG'GzHuə@r?zHEPSG#)BGN-Ncl v3-1?S !EPSG>IGN56 Lifou to WGS 84 (3)Parameter values taken from IGN56 Lifou to RGNC91-93 (1) (code 15883) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%EPSGEPSG@tQ@kҏ\(lzGEPSG#)BGN-Ncl v3,1=Q!EPSG>IGN53 Mare to WGS 84 (3)Parameter values taken from IGN53 Mare to RGNC91-93 (1) (code 15884) assuming that RGNC91-93 is equivalent to WGS 84 to within the accuracy of the transformation.EPSG%EPSG!EPSG@qGz@f8\)`QEPSG#)BGN-Ncl v3*0C3 EPSG>Ammassalik 1958 to GR96 (1)Derived via NWL 9D.EPSG%EPSGdEPSG EPSG#)? I^5?EPSG#333333EPSG#KMS-Grl-0G3EPSG>Scoresbysund 1952 to GR96 (1)Derived via NWL 9D.EPSG%EPSGcEPSG iFYEPSG#)? I^5?EPSG#333333EPSG#KMS-Grl,0AK 'EPSG>1Beijing 1954 to WGS 84 (4)Provided by BGP to ELF in 1994.EPSG%EPSGvEPSG@/cLT33333EPSG#)BGP-Chn Tarimrl $H l 2M/-$1A#EPSG>PNahrwan 1967 to WGS 84 (9)Used by DPC for Al Fateh field. Applying this transformation gives same result as Nahrwan 1967 to WGS 84 (8) (code 15938).EPSG%EPSGEPSGnfffffb@wEPSG#)DPC-UAE Fat1A9%EPSG>BNahrwan 1967 to WGS 84 (8)Derived via WGS 72BE from Transit observations at station TC58 in 1976 by BP for ADMA.EPSG%EPSGEPSGl,cfffff@wEPSG#)? I^5?EPSG#QREPSG#ADMA-UAE Abd1A+#EPSG>ANahrwan 1967 to WGS 84 (7)Parameter values adopted by Total are mean of those derived by Oceonics and Geoid through ties at station TC58 to 4 IGS stations in March 1995.EPSG%EPSGEPSGncfffff@wfffffEPSG#)TOT-UAE Abd90Ag %EPSG>@Beijing 1954 to WGS 84 (6)Provided by Sinopec to TOTAL in January 2007.EPSG%EPSGvEPSG@'nOcZ-TVEPSG#)Sino-Chn Ord{1A9)EPSG>?Beijing 1954 to WGS 84 (5)Concatenated via WGS 72BE. Recomputation by Shelltech in 1981 of SSB 1980 observation.EPSG%EPSGvEPSG aRlEPSG#)? I^5?EPSG#QREPSG#Shlt-Chn BeiBu31= %EPSG>>Amersfoort to WGS 84 (3)Parameter values from Amersfoort to ETRS89 (3) (tfm code 15739) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation. Replaces Amersfoort to WGS 84 (2) (code 1672). Replaced by Amersfoort to WGS 84 (4) (tfm code 4833).EPSG%EPSGEPSG@+a@I@}+ JEPSG#)?\(4֡a@"" EPSG#@S&EPSG#OGP-Nld 2004k1Gi-EPSG>;NAD83(NSRS2007) to WGS 84 (1)Approximation assuming that NAD83(NSRS2007) is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGEPSGEPSG#)OGP-USA conus AK[1Q7' EPSG>:NAD83(HARN) to NAD83(NSRS2007) (1)Accuracy 0.1 to 0.2m in California, 0.05-0.11 in Oregon, elsewhere better than 0.05m.EPSG%EPSG8EPSG?EPSG#)OGP-USA conus,11 !EPSG>9BD72 to WGS 84 (3)Parameter values from BD72 to ETRS89 (2) (code 15928) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the tfm. Scale difference is given by information source as -1.0000012747; given in this record in ppm to assist application usage.EPSG%EPSGEPSGZ$tS@J&Ov_YT`dEPSG#)ՊڹY??|hsy (EPSG#e+aEPSG#IGN-Bel 1m1Q%EPSG>8BD72 to ETRS89-BEL [BEREF2002] (2)May be taken as approximate transformation BD72 to WGS 84 - see code 15929. Scale difference is given by information source as -1.0000012747. Given in this record in ppm to assist application usage.EPSG%EPSGEPSG+7?əZ$tS@J&Ov_YT`dEPSG#)ՊڹY??|hsy (EPSG#e+aEPSG#IGN-Bel 0.2m'13} EPSG>7JAD69 to WGS 84 (3)Derived at 4 stations, tested at a further 9. Also used as tfm to JAD69 to JAD2001 (see code 15926). Note: Info source paper contains an error in sign of dS, subsequently confirmed by primary author and NLA of Jamaica, and corrected in this record.EPSG%EPSGEPSG@j~#@c9?|h@W`A7LEPSG#)@!)x@x(\)EPSG#@!fffffEPSG#UT-Jam 1m15UEPSG>6JAD69 to JAD2001 (1)Accuracy 0.3 to 0.5 metres. May be used as tfm to WGS 84 - see JAD69 to WGS 84 (3) (tfm code 15927).EPSG%EPSGEPSG?@j~#@c9?|h@W`A7LEPSG#)@!)x@x(\)EPSG#@!fffffEPSG#NLA-Jam>173EPSG>5JAD2001 to WGS 84 (1)For many practical purposes JAD2001 can be considered to be coincident with WGS 84.EPSG%EPSGEPSGEPSG#)NLA-Jam605uEPSG>4ELD79 to LGD2006 (1)Derived at 29 stations throughout Libya in May 2006.EPSG%EPSG?EPSG@W#KƧ@%eObSMjEPSG#)SDL-Lby ~I7 I   f=|Z~*13{%EPSG>kAGD66 to GDA94 (12)Use only offshore: onshore, transformations 1458 (ACT), 1594 (Tas), 1460 (NSW and Vic) and 1595 (NT) are more accurate.EPSG%EPSGjEPSG]sEIěS@a9+ EPSG#)dZ1܋C%EEPSG#ҏ\(EPSG#ICSM-Aus off.05  EPSG>jNAD27 to WGS 84 (88)EPSG%EPSGEPSG@m@bbM@h;dZEPSG#)E;dZ?1&xEPSG#?QEPSG#ONHG-Cub!0Co EPSG>iSlovenia 1996 to ETRS89 (1)Slovenia 1996 is a local densification of ETRS89.EPSG%EPSGEPSGEPSG#)OGP-Svny1I EPSG>hETRS89-SVN [D96] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. ETRS89-SVN [D96] is a national realization of ETRS89.EPSG%EPSGEPSGEPSG#)OGP-Svn15!EPSG>gNZGD49 to WGS 84 (4)These parameter values are taken from NZGD49 to NZGD2000 (1) (code 1566) and assume that NZGD2000 and WGS 84 are coincident to within the accuracy of the tfm. For better accuracy use NZGD49 to WGS 84 (2) (code 1564) or NZGD49 to WGS 84 (3) (code 1670).EPSG%EPSGEPSG@K3333334@f33333EPSG#)OSG-Nzl 5m?1;1 EPSG>fRSRGD2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that RSRGD2000 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Ata!0[S EPSG>ePopular Visualisation CRS to WGS 84 (1)Executes change of sphere/ellipsoidEPSG%EPSGEPSG EPSG#)OGP-webG1C9 EPSG>dPitcairn 2006 to WGS 84 (1)Approximation at the +/- 1m level assuming that Pitcairn 2006 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-Pcn;17- EPSG>cBDA2000 to WGS 84 (1)Approximation at the +/- 1m level assuming that BDA2000 is equivalent to WGS 84.EPSG%EPSGEPSGEPSG#)OGP-BmuW1AS EPSG>bBermuda 1957 to WGS 84 (2)Parameter values from Bermuda 1957 to BDA2000 (1) (code 15969). Assumes BDA2000 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGxEPSGrDQ@oA7K@z&xEPSG#)K]Q,zxlEPSG#?v_حEPSG#OGP-BmuS1CI EPSG>aBermuda 1957 to BDA2000 (1)Derived in 1998 at 12 stations. Used for transformation of 1:2500 mapping. May be taken as approximate transformation Bermuda 1957 to WGS 84 - see code 15970.EPSG%EPSGxEPSGrDQ@oA7K@z&xEPSG#)K]Q,zxlEPSG#?v_حEPSG#LBS-Bmur1O EPSG>_ETRS89-HRV [HTRS96] to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRS89 is equivalent to WGS 84. HTRS96 is a national realization of ETRS89.EPSG%EPSGEPSGEPSG#)OGP-Hrv715' EPSG>^HTRS96 to ETRS89 (1)May be taken as approximate transformation HTRS96 to WGS 84 - see code 15967.EPSG%EPSGEPSGEPSG#)OGP-Hrv059EPSG>]S-JTSK to WGS 84 (3)Derived at 6 stations.EPSG%EPSG\ED50 to WGS 84 (42)Developed by the Portuguese Hydrographic Institute and used by the Directorate of Energy and Geology.EPSG%EPSGEPSGU^5?}[8A7K^ $EPSG#)DGEG-Por off15A EPSG>[Yacare to SIRGAS (1)Derived at 11 stations during 1998 densification of Uruguay control based on SIRAGAS 1995.EPSG%EPSGEPSGJ?_@fzH@FQREPSG#)ߤ??m\'/WEPSG#O;dEPSG#SGM-Ury50=3EPSG>UQoornoq 1927 to GR96 (1)Derived via NWL 9D.EPSG%EPSGbEPSG @dpZ1@_1'c?|hEPSG#)? I^5?EPSG#333333EPSG#KMS-Grl L C F>=~1= % EPSG>uMGI to Slovenia 1996 (8)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@c7Kƨ@ 333333@8tEPSG#)?66,@$w#r)EPSG#@kņEPSG#GuRS-Svn Pom1= ' EPSG>tMGI to Slovenia 1996 (7)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@{x'=p @~-VEPSG#)9&A))k@$O)#EPSG#@0EEPSG#GuRS-Svn Staj~1= % EPSG>sMGI to Slovenia 1996 (6)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@}JzG@TX`A7@{Ӊ7KƨEPSG#)Ă{o  (@%"rMGI to Slovenia 1996 (5)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@zvȴ@Zao@+ JEPSG#)Wzbo`@$>S!EPSG#@(즆EPSG#GuRS-Svn SE 0.3m1= - EPSG>qMGI to Slovenia 1996 (4)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?@||hs@TZ1@|tjEPSG#) gD Ѐs@%x|`EPSG#@/L+QEPSG#GuRS-Svn SE 0.5m}1= # EPSG>pMGI to Slovenia 1996 (3)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?@}$/5z^5?|@EEPSG#)?noMGI to Slovenia 1996 (2)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?@sI^5?@gG"`B@9vȴ9EPSG#)Ȩ*V Ce#pG@*j?5EPSG#@7rfMEPSG#GuRS-Svn WT1/Y ! EPSG>nMGI to WGS 84 (9)Parameter values from MGI to Slovenia 1996 (1) (code 15981). Assumes Slovenia 1996 and WGS 84 can be considered the same to within the accuracy of the transformation.EPSG%EPSGEPSG@yQ@R ~"@~mEEPSG#) 9>^_0@& cQEPSG#@1o*ZFEPSG#OGP-Svn 9611=   EPSG>mMGI to Slovenia 1996 (1)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible. May be taken as approximate tfm MGI to WGS 84 (see code 15982)EPSG%EPSGEPSG@yQ@R ~"@~mEEPSG#) 9>^_0@& cQEPSG#@1o*ZFEPSG#GuRS-Svn45 %E~1= % EPSG>vMGI to Slovenia 1996 (9)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@qvȴ9X@FC%@QEPSG#)AFmD#K-/@%*EPSG#@:w.'ZEPSG#GuRS-Svn Gorm-z = > BVnm,1AEIGNFTSG1007_NUKU72G_TO_RGPFGDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFNUKU72GIGNFRGPFGDD@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#1.0.0+1?#IGNFTSG1005_FATU55FG_TO_RGPFGMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFFATU55FGIGNFRGPFG@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.0*0OESRIITRF_2014_To_NAD_1983_2011_AT2010EPSG!EPSGEPSG?sh#yTԿEPSG#)?l !;VOQ?c̮EPSG#?8-HbSEPSG#?IC*0U2aW9EPSG?{}yUHIcvG EPSGaCEPSGEPSG)0GESRI ITRF_2008_To_ETRF_2000_AT2010EPSGEPSGEPSG?/Vϫ?C$/EPSG#)?[ނ׶4?k΅4DEPSG#?anEPSG#?6C-?6C-]}H˒EPSG?;gf@?@jXI kvEPSG?hEPSGEPSG(B0GESRIITRF_1992_To_ETRF_1992_AT1989EPSGEPSGEPSG?tj~?zG{lEPSG#)EPSG#EPSG#EPSG?+nCy?A 8CFH@qEPSGEPSGEPSG'b0GESRIITRF_2008_To_ITRF_1992_AT2000EPSGEPSGEPSG?6C-?rsPH*0EPSG#)?uMUiEPSG#?b,QEPSG#?6C-@bMj6C-EPSG>hEPSG?9EPSGEPSG&B0GESRIITRF_2014_To_ITRF_2008_AT2010EPSGEPSGEPSG?Z6C-?_!-w1?c*0U2aEPSG#)EPSG#hEPSG#6C-EPSGEPSG>uMUiEPSGEPSG%$0+ESRIcBTRS_to_BNGRS02EPSG%ESRI`ESRIaa|hsQ "`hlEPSG#)?ڤ*쿱[W?#EPSG#?n.EPSG#$u0IESRICNAD_1983_HARN_To_NAD_1983_2011EPSG%EPSG8EPSG?EPSG#)#0MESRI NAD_1983_HARN_To_WGS_1984_SaipanEPSG%EPSG8EPSG?333333?ٙ?ᙙEPSG#)"<0MESRIGraciosa_1948_To_WGS_1984_5_7parEPSG%ESRIyEPSG?zG{i1p =@[CnP@@lCEPSG#)M@ ěS@C%EPSG#?Ƨ-EPSG#!'03ESRIDHDN_To_WGS_1984_7xEPSG%EPSGEPSG?@#33333M@{33333EPSG#)S?/v`A7KEPSG#@ffffffEPSG# 70CESRISao_Braz_To_WGS_1984_2_7parEPSG%ESRIEPSG?zG{o09XbN@fil@]G{EPSG#)?~"@bMާ-EPSG#?vȴ9XEPSG#90IESRIyDatum_73_To_WGS_1984_2009_7parEPSG%EPSGEPSG?ٙl+@Y@92mEPSG#)?A7KƨΗO;d?EPSG#?333333EPSG#~0;ESRIOED_1950_To_WGS_1984_PT3EPSG%EPSGEPSGU^5?}[8A7K^ $EPSG#))09 ESRI)MGI_To_WGS_1984_SerbiaEPSG%EPSGEPSG@|ؘ@du@xr?EPSG#)r Ĝ?P3:}@* EPSG#@%EPSG#00G ESRIWGS_1984_To_Israel_CoordFrameEPSG%EPSGEPSG-8IQ1kP|1*0EPSG#) 1ί%D? ܇TEPSG#@m\EPSG#R0IESRI'ITRF_2008_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{*6C-PbMku%FEPSG#)EPSG#?3dEPSG#?6C-6C-EPSGEPSGuMUiEPSGEPSG1? ' EPSG>wMGI to Slovenia 1996 (10)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@v=Q@q$n@|lEPSG#)",{o6&-@-7X\EPSG#@4~^BEPSG#GuRS-Svn Prim C V rQ0b CI0GESRI'ITRF2014_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?PbM?V?M}H˒VEPSG#)EPSG#?;nCyEPSG#?6C-*6C-EPSGEPSGEPSGEPSG]0MESRI&WGS_1984_G873_To_G1150_AT2005_KDEPSG!EPSGEPSG?Q?񙙙EPSG?zG{EPSG?333333EPSG?333333?ffffffEPSG?zG{EPSGzG{EPSGEPSGm0OESRI%GDA_1994_To_WGS_1984_G1762_AT2020EPSG!EPSGKEPSG?@Nfffff%p =DQEPSGCFt@\m8@rc EPSGw?^EPSG#EPSGXZ7ScS2.%FEPSGEPSGEPSGh0EESRI%ATRF_2014_To_GDA_1994_AT2020EPSG!EPSG$\EPSGK?QNfffff@%p =@DQEPSG@CFt@@\m8@@rc EPSG?w?^EPSG#EPSG?XZ7?Sc?S2.%FEPSGEPSGEPSGh0EESRI%ITRF_2014_To_GDA_1994_AT2020EPSG!EPSGEPSGK?QNfffff@%p =@DQEPSG@CFt@@\m8@@rc EPSG?w?^EPSG#EPSG?XZ7?Sc?S2.%FEPSGEPSGEPSG00EESRI$ATRF_2014_To_GDA_2020_AT2020EPSG!EPSG$\EPSG?QEPSG#)EPSG#EPSG#EPSG?XZ7?Sc?S2.%FEPSGEPSGEPSGl0GESRI"GDA2020_To_WGS_1984_Transit_1EPSG%EPSGEPSG"EPSG#)/0CESRIqITRF_2014_To_GDA2020_AT2020EPSG!EPSGEPSG?QEPSG#)EPSG#EPSG#EPSG?XZ7?Sc?S2.%FEPSGEPSGEPSG.05ESRIONGD14_To_WGS_1984_1EPSG%EPSGEPSG??5?|hp:~PHEPSG#)?n< ?jj |[EPSG#?vEPSG#0I9EPSG>Pulkovo 1942(58) to WGS 84 (8)Derived at 7 stations.EPSG%EPSGSEPSG~EPSG#)NIMA-Alb0I9EPSG>~Pulkovo 1942(83) to WGS 84 (5)Derived at 6 stations.EPSG%EPSGREPSGEPSG#)NIMA-Cze0I;EPSG>}Pulkovo 1942(58) to WGS 84 (4)Derived at 11 stations.EPSG%EPSGSEPSGEPSG#)NIMA-Pol0I9EPSG>|Pulkovo 1942(83) to WGS 84 (3)Derived at 5 stations.EPSG%EPSGREPSGEPSG#)NIMA-HunY1KKEPSG>{Pulkovo 1942(58) to WGS 84 (19)Parameter values taken from Pulkovo 1942(58) to ETRS89 (4) (code 15994) assuming that ETRS89 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%EPSGSEPSG@obaXbMWQEPSG#)?Ƨ-Ϳ+EPSG#@\(EPSG#OGP-Rom1g})EPSG>zPulkovo 1942(58) to ETRS89-ROU [ETRF2000] (4)Replaces S-42 to ETRS89 (3) (tfm code 15993). Consistent with Transdat v3.0 to better than 0.5m. May be taken as approximate transformation Pulkovo 1942(58) to WGS 84 - see code 15995.EPSG%EPSGSEPSG+o@-w1ba\(W!.HEPSG#)?ʹa}ᕱg&EPSG#@Va EPSG#ANCPI-Rom 200801Im)EPSG>yPulkovo 1942(58) to ETRS89 (3)Withdrawn and replaced by S-42 to ETRS89 (4) (tfm code 15994). Consistent with Transdat v2.0 to better than 10m.EPSG%EPSGSEPSG @Q u%F @@cF]c@Td7EPSG#)@kl@_=,/UVEEPSG#ke~EPSG#ANCPI-Rom 20071? % EPSG>xMGI to Slovenia 1996 (11)Info source also gives a separate reverse tfm with slightly different parameter values. Given the tfm accuracy these differences are not significant and this tfm can be considered reversible.EPSG%EPSGEPSG?333333@y bM@Vl@}lDEPSG#) υ Z 6@'aEPSG#@4&gsEPSG#GuRS-Svn cenu0OESRI&WGS_1984_G1150_To_G1674_AT2005_KDEPSG!EPSGEPSG?zG{333333?@7333333EPSGGzH?GzHQREPSG@ =pEPSG?EPSGEPSGzG{EPSGEPSG ,YP |   YP.0CESRINAD_1983_PACP00_To_WGS_1984EPSG%EPSG#sEPSG? [6@u"?(EPSG#)fM;nEAREPSG#EPSG#0EESRINepal_Nagarkot_To_WGS_1984_2EPSG%EPSG?EPSG@rO;dZ@\(@qtEPSG#)r0EESRINepal_Nagarkot_To_WGS_1984_1EPSG%EPSG?EPSG (EPSG#)0MESRI)NAD83(CSRS)v7_to_NAD83(CSRS)v8_1EPSG%EPSG ?EPSG(?zG{EPSG#)EPSG#EPSG0MESRI)NAD83(CSRS)v6_to_NAD83(CSRS)v8_1EPSG%EPSG B[EPSG#)79EPSG#$Jb#EPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGj0IESRI'wITRF_1990_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{+ J?U=EPSG#)79EPSG#t[l7`]EPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGj0IESRI'tITRF_1991_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{"`A@?&IEPSG#)79EPSG#s ٔ[l7EPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGj0IESRI'ITRF_1992_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{-V?_!-w1?ڹZEPSG#)79EPSG#jɯ{ EPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSG 0IESRI'ITRF_1993_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{?D*_!-w1?@4mEPSG#)?knCy?qUDR?Htj~EPSG#rO"}EPSG#?f?*6C-?bsPHEPSG?8K?(W YEPSGuMUiEPSGEPSGj0IESRI' ITRF_1994_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{zvȴ9?o䎊q?A [EPSG#)79EPSG#pMUhƓEPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGj0IESRI' ITRF_1996_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{zvȴ9?o䎊q?A [EPSG#)79EPSG#pMUhƓEPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGj0IESRI' ITRF_1997_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{zvȴ9?o䎊q?A [EPSG#)79EPSG#pMUhƓEPSG#6C-?C*0U2a?ie+aEPSGhEPSGuMUiEPSGEPSGR0IESRI' ITRF_2000_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{?*6C-J6C-? EPSG#)EPSG#bnO;EPSG#6C-?[Q_EPSGEPSG8KEPSGEPSGZ0IESRI' ITRF_2005_TO_ITRF2020_AT2015_1EPSGEPSGEPSG'?zG{fOv_خ6C-?VEPSG#)EPSG#EL_EPSG#3*0U2a?6C-6C-EPSGEPSGuMUiEPSGEPSG$I.0CESRINAD_1983_MARP00_To_WGS_1984EPSG%EPSG#pEPSG? [6@u"?(EPSG#)fM;nEAREPSG#EPSG# c) t * 3 ([w%r+~g20;ESRI(MGI_To_ETRS_1989_SerbiaEPSG%EPSGEPSG?@|ؘ@du@xr?EPSG#)r Ĝ?P3:}@* EPSG#@%EPSG#*09ESRI'RD/83_To_WGS_1984_7PAREPSG%EPSGEPSG?@#33333M@{33333EPSG#)S?/v`A7KEPSG#@ffffffEPSG#109ESRI&PD/83_To_WGS_1984_7PAREPSG%EPSGEPSG?@33333@R@z333333EPSG#)vȴ9X+ Iȴ9XbEPSG#@ =pEPSG#60S ESRINAD_1927_To_SIRGAS_2000_7Par_PanamaEPSG%EPSGEPSGB@1+]{@f@^6Qr[EPSG#)@Άȴ9EPSG#)f0; ESRIMacao_2008_To_ITRF_2005EPSG%EPSG EPSG#&EPSG#)e09 ESRIMacao_2008_To_WGS_1984EPSG%EPSG EPSGEPSG#)0=ESRIITRF_2000_To_ITRF_2005_1EPSG%EPSG#%EPSG#&?zG{6C-?J6C-?wEPSG#)EPSG#:6C-EPSG#m0C ESRIUkraine_2000_To_ITRF_2005_1EPSG%EPSGEPSG#&EPSG#)+0=ESRIITRF_1988_To_ITRF_2000_1EPSG%EPSG#EPSG#%?zG{JDпO;dZ?rGE9EPSG#)6C-?'9EPSG#T`dEPSG##0=ESRIITRF_1989_To_ITRF_2000_1EPSG%EPSG#EPSG#%?zG{iB￨QR?C,zEPSG#)?'9EPSG#?w+jgEPSG##0=ESRIITRF_1990_To_ITRF_2000_1EPSG%EPSG#EPSG#%?zG{JDпbM?a|QEPSG#)?'9EPSG#dnEPSG##0=ESRIITRF_1991_To_ITRF_2000_1EPSG%EPSG#EPSG#%?zG{W>6z(\)?`d8EPSG#)?'9EPSG#au"EPSG##0=ESRIITRF_1992_To_ITRF_2000_1EPSG%EPSG# EPSG#%?zG{u%S?wkPEPSG#)?'9EPSG#Htj~EPSG#30=ESRIITRF_1993_To_ITRF_2000_1EPSG%EPSG#!EPSG#%?zG{u%F zvȴ9?fAEPSG#)?9>'J6C-?RvEPSG#_䎊qEPSG#0=ESRIITRF_1994_To_ITRF_2000_1EPSG%EPSG#"EPSG#%?zG{{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG#0=ESRIITRF_1996_To_ITRF_2000_1EPSG%EPSG##EPSG#%?zG{{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG#0=ESRIITRF_1997_To_ITRF_2000_1EPSG%EPSG#$EPSG#%?zG{{qu!SxPH?lEPSG#)EPSG#Ye+aEPSG# P, |  D (xYmS4NP~09ESRINDatum_73_To_WGS_1984_1EPSG%EPSGEPSGk畁$@[Z1@BSnPEPSG#)~09ESRIJTokyo_To_WGS_1984_2001EPSG%EPSGEPSGbqGz@(\@C\(EPSG#)l0;ESRIFNTF_Paris_To_RGF_1993_1EPSG%EPSGEPSGKX@EPSG#)x0EESRICPalestine_1923_To_WGS_1984_2EPSG%EPSGEPSG@ EPSG#)0?ESRIAIndian_1960_To_WGS_1984_1EPSG%EPSG#EPSG@sfffffEPSG#)? I^5?EPSG#QREPSG# 0CESRI@Chos_Malal_1914_To_WGS_1984EPSG%EPSG@EPSG@%@@ffffff@aEPSG#),0/ESRI?MGI_To_WGS_1984_2EPSG%EPSGEPSG?@ S@VA7K@|9XbEPSG#)@J?R<6@0,2EPSG#@b}VmEPSG#k07ESRI>MGI_Ferro_To_WGS_1984EPSG%EPSGEPSG5EPSG#)0IESRI9OSGB_1936_To_WGS_1984_8_BAD_DXEPSG%EPSGEPSG@w&Vu[<1&y@{:xEPSG#)>0c ESRI8Saint_Pierre_et_Miquelon_1950_To_RGSPM_2006EPSG%EPSGEPSGoWE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#"0IESRI7Nord_Sahara_1959_To_WGS_1984_3EPSG%EPSGEPSG cU@qEPSG#)? I^5?EPSG#QREPSG#90GESRI6D96_To_D48_Osrednja_SlovenijaEPSG%EPSGESRI?ǮzG}?|h^Qy9vȴ9EPSG#)@+.'@t@ (P̸EPSG#)uvEPSG#005ESRI5D96_To_D48_PrimorskaEPSG%EPSGESRI?GzH}p =\ ěxEEPSG#)@~1U@Gs$@=EPSG#+(&EPSG#005ESRI4D96_To_D48_GorenjskaEPSG%EPSGESRI?;dZ{lfffff[Yow"`BEPSG#)@VO@Q?&4Ck'EPSG#2ДNEPSG#.01ESRI3D96_To_D48_PomurjeEPSG%EPSGESRI?Gz_Vb?|h~ xEPSG#)@ ־@ԙI*~~EPSG#@dzEPSG#005ESRI2D96_To_D48_StajerskaEPSG%EPSGESRI?׍O;dZ}ۮzH`W I^z\(EPSG#)@Si@γV)ZyEPSG#!O4EPSG#005ESRI1D96_To_D48_DolenjskaEPSG%EPSGESRI?ӶE~-`%7KƨzI^5?}EPSG#)@c1]p@d3!' фrEPSG#!D>EPSG#60AESRI0D96_To_D48_Juzna_SlovenijaEPSG%EPSGESRI?7KƧa-V`pn{C%EPSG#)@8-,0@c'$EQeEPSG#=EPSG#<0MESRI/D96_To_D48_Jugovzhodna_SlovenijaEPSG%EPSGESRI?E~PI^5?`7lCzs/wEPSG#)@ t@.0QESRI.D96_To_D48_Severovzhodna_SlovenijaEPSG%EPSGESRI? ěT~`A7`v{fffffEPSG#)@ x-,0@l|c*WݓEPSG# ^TEPSG#80EESRI-D96_To_D48_Zahodna_SlovenijaEPSG%EPSGESRI?+ |Zȴ9X\#lCxDO;EPSG#)@_?Bx@?e%iPYEPSG#/+ϑEPSG#.01ESRI,D48_To_D96_2010_GIEPSG%ESRIEPSG?Q@}Gz@_|S@z\)EPSG#)qzJ@'yEPSG#@#"̳EPSG#50QESRI+ITRF_2014_To_NAD_1983_CSRS_v7_7parEPSG%EPSG#(EPSG ??shL_TɅoiEPSG#)lT{ ?;v'}cEPSG#?8?FVEPSG#0CESRI*ITRF_2008_To_ITRF_2014_7parEPSG%EPSG#'EPSG#(?zG{Z6C-_!-w1ſc*0U2aEPSG#)EPSG#>hEPSG#|05ESRIKJGD_2000_To_WGS_1984EPSG%EPSGEPSGtjElEPSG#) rY 5 P -$5j!h?0UESRIwWGS_1984_(ITRF00)_To_NAD_1983_CORS96EPSG%EPSGEPSG??$k~($ ěEPSG#)?v5B?MMU&?7mT1EPSG#?DPܜMEPSG#70EESRIvITRF_2000_To_NAD_1983_CORS96EPSG%EPSG#%EPSG??$k~($ ěEPSG#)?v5B?MMU&?7mT1EPSG#?DPܜMEPSG#{0UESRIuNAD_1983_CORS96_To_NAD_1983_NSRS2007EPSG%EPSGEPSG?EPSG#)w0MESRItNAD_1983_CORS96_To_NAD_1983_HARNEPSG%EPSGEPSG8?EPSG#)(0CESRIsNGO_1948_Oslo_To_WGS_1984_1EPSG%EPSGEPSG@qd]@}EPSG#)@Vu?p =qEPSG#@ =pEPSG#)0EESRIrNGO_1948_Oslo_To_ETRS_1989_1EPSG%EPSGEPSG@qd]@}EPSG#)@Vu?p =qEPSG#@ 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UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFNUKU72GIGNFRGPFG@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#1.0.01EEIGNFTSG1007_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72GEOIGNFRGPFGEO@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#1.0.01EIGNFTSG1007IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72IGNFRGPF@dlC@k =p@f(\EPSG#)䖻₿u!?EPSG#@}VlEPSG#1.0.0 11EIGNFTSG1006_IGN63_RGPFIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFIGN63IGNFRGPF@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01?EIGNFTSG1006_IGN63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFIGN63GIGNFRGPFGDD@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01;EIGNFTSG1006_IGN63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFIGN63GIGNFRGPFG@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01CEIGNFTSG1006_IGN63GEO_TO_RGPFGEOIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFIGN63GEOIGNFRGPFGEO@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01AEIGNFTSG1006_ATUO63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFATUO63GIGNFRGPFGDD@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01=EIGNFTSG1006_ATUO63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFATUO63GIGNFRGPFG@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.01EIGNFTSG1006IGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFATUO63IGNFRGPF@y7Kƨ@KE@T/vȴ9EPSG#) Ϫ͞S&EPSG#@1T7EPSG#1.0.0~17#IGNFTSG1005_MHEFO55F_RGPFMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFMHEFO55FIGNFRGPF@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.0 1E#IGNFTSG1005_MHEFO55FG_TO_RGPFGDDMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFMHEFO55FGIGNFRGPFGDD@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.01A#IGNFTSG1005_MHEFO55FG_TO_RGPFGMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFMHEFO55FGIGNFRGPFG@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.01C#IGNFTSG1005_FATU55FG_TO_RGPFGDDMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFFATU55FGIGNFRGPFGDD@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.0?#IGNFTSG1005_FATU55FG_TO_RGPFGMHEFO 1955 (FATU HUKU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFFATU55FGIGNFRGPFG@uS@؀@bMEPSG#)@@񙙙QXe,@"ᰉ'EPSG#@gB^5?|EPSG#1.0.0  ynmQ=%$1EEIGNFTSG1010_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72GEOIGNFRGPFGEO@p8`A@ro@h-EPSG#)?@>B?݄M:EPSG#@;_حEPSG#1.0.01EIGNFTSG1010IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72IGNFRGPF@p8`A@ro@h-EPSG#)?@>B?݄M:EPSG#@;_حEPSG#1.0.01AEIGNFTSG1009_NUKU72G_TO_RGPFGDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFNUKU72GIGNFRGPFGDD@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#1.0.01=EIGNFTSG1009_NUKU72G_TO_RGPFGIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFNUKU72GIGNFRGPFG@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#1.0.01EEIGNFTSG1009_NUKU72GEO_TO_RGPFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72GEOIGNFRGPFGEO@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#1.0.01EIGNFTSG1009IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFNUKU72IGNFRGPF@O# =q@J|h@x"EPSG#) kC,zEPSG#@pƧEPSG#1.0.0 11EIGNFTSG1008_IGN63_RGPFIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFIGN63IGNFRGPF@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01?EIGNFTSG1008_IGN63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFIGN63GIGNFRGPFGDD@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01;EIGNFTSG1008_IGN63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFIGN63GIGNFRGPFG@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01CEIGNFTSG1008_IGN63GEO_TO_RGPFGEOIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFIGN63GEOIGNFRGPFGEO@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01AEIGNFTSG1008_ATUO63G_TO_RGPFGDDIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFATUO63GIGNFRGPFGDD@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01=EIGNFTSG1008_ATUO63G_TO_RGPFGIGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFATUO63GIGNFRGPFG@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01EIGNFTSG1008IGN 1963 (HIVA OA - TAHUATA - MOHOTANI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFATUO63IGNFRGPF@wkp =M4tjvȴ9EPSG#)06 L/&>B[$qjEPSG#O M;EPSG#1.0.01=EIGNFTSG1010_NUKU72G_TO_RGPFGIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFNUKU72GIGNFRGPFG@p8`A@ro@h-EPSG#)?@>B?݄M:EPSG#@;_حEPSG#1.0.0   zLyC/x0wIGNFTSG1208RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSGIGNFRGM04IGNFWGS84EPSG#)1.0.001AIGNFTSG1207_RGF93_4978RGF93 (ETRS89) vers WGS 84EPSGIGNFRGF93EPSGrEPSG#)1.0.00AAIGNFTSG1207_RGF93G_TO_WGS84GDDRGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GIGNFWGS84GDDEPSG#)1.0.0 0=AIGNFTSG1207_RGF93G_TO_WGS84GRGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GIGNFWGS84GEPSG#)1.0.009AIGNFTSG1207_RGF93G_TO_4326RGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GEPSGEPSG#)1.0.00MA%IGNFTSG1207_RGF93GEO_TO_WGS84RRAFGEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEOIGNFWGS84RRAFGEOEPSG#)1.0.00IA!IGNFTSG1207_RGF93GEO_TO_WGS84GEODDRGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEOIGNFWGS84GEODDEPSG#)1.0.00EAIGNFTSG1207_RGF93GEO_TO_WGS84GEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEOIGNFWGS84GEOEPSG#)1.0.00QA!%IGNFTSG1207_RGF93GEODD_TO_WGS84RRAFGEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84RRAFGEOEPSG#)1.0.00MA!!IGNFTSG1207_RGF93GEODD_TO_WGS84GEODDRGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84GEODDEPSG#)1.0.00IA!IGNFTSG1207_RGF93GEODD_TO_WGS84GEORGF93 (ETRS89) vers WGS 84EPSG IGNFRGF93GEODDIGNFWGS84GEOEPSG#)1.0.00EAIGNFTSG1207_RGF93GDD_TO_WGS84GDDRGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GDDIGNFWGS84GDDEPSG#)1.0.00AAIGNFTSG1207_RGF93GDD_TO_WGS84GRGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GDDIGNFWGS84GEPSG#)1.0.0 0=AIGNFTSG1207_RGF93GDD_TO_4326RGF93 (ETRS89) vers WGS 84EPSG%IGNFRGF93GDDEPSGEPSG#)1.0.0x0AIGNFTSG1207RGF93 (ETRS89) vers WGS 84EPSGIGNFRGF93IGNFWGS84EPSG#)1.0.0]1A+IGNFTSG1020_RAIV66G_TO_RGPFGDDMHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFRAIV66GIGNFRGPFGDD@o~"@p+ ivEPSG#)1.0.0Y1=+IGNFTSG1020_RAIV66G_TO_RGPFGMHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFRAIV66GIGNFRGPFG@o~"@p+ ivEPSG#)1.0.0F1+IGNFTSG1020MHPF 1966 (ATOLL RAIVAVAE) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSGIGNFRAIV66IGNFRGPF@o~"@p+ ivEPSG#)1.0.0~1E IGNFTSG1011_MOOREA87G_TO_RGPFGDDMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFMOOREA87GIGNFRGPFGDD@kVM@b9XbN@f =pEPSG#)@ ԕ*@1&x?~"EPSG#@%dZEPSG#1.0.0z1A IGNFTSG1011_MOOREA87G_TO_RGPFGMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFMOOREA87GIGNFRGPFG@kVM@b9XbN@f =pEPSG#)@ ԕ*@1&x?~"EPSG#@%dZEPSG#1.0.01I #IGNFTSG1011_MOOREA87GEO_TO_RGPFGEOMOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFMOOREA87GEOIGNFRGPFGEO@kVM@b9XbN@f =pEPSG#)@ ԕ*@1&x?~"EPSG#@%dZEPSG#1.0.0e1 IGNFTSG1011MOOREA 1987 vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFMOOREA87IGNFRGPF@kVM@b9XbN@f =pEPSG#)@ ԕ*@1&x?~"EPSG#@%dZEPSG#1.0.005AIGNFTSG1207_RGF93_RRAF91RGF93 (ETRS89) vers WGS 84EPSGIGNFRGF93IGNFRRAF91EPSG#)1.0.0EV  X   uYf<D409mIGNFTSG765_APAT86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GEPSG@kG{@] =p@3(\EPSG#)1.0.0C:0=mIGNFTSG763_APAT86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84G@a33333@h=p @R33333EPSG#)1.0.0B01MIGNFTSG759_ANAA92_4978MOP92 (ANAA) TUAMOTU vers WGS 84EPSGIGNFANAA92EPSGr?@Q@=p =EPSG#)1.0.0A?1IGNFTSG756MHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSGIGNFMHPF67IGNFWGS84@u!Gz@j\(rQEPSG#)1.0.0@10;_IGNFTSG752_SAT84G_TO_WGS84GSAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFSAT84GIGNFWGS84G@iD(\@e33333/zG{EPSG#)1.0.0?#03}IGNFTSG731_RGR92_RRAF91RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSGIGNFRGR92IGNFRRAF91EPSG#)1.0.0> 09IIGNFTSG709_ED50GEO_TO_4326EUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GEOEPSG欟EPSG#)1.0.0=619IGNFTSG681_ATIGG_TO_WGS84GANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGIGNFWGS84G^BEPSG#)1.0.0<317IGNFTSG62_NTFG_TO_ED50GEONOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSG%IGNFNTFGIGNFED50GEO%EPSG#)1.0.0;10EsIGNFTSG606_NUKU72GEO_TO_WGS84GEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84GEOTAEPSG#)1.0.0:09GIGNFTSG594_TAHI51G_TO_4326TAHITI-TERME NORD vers WGS 84EPSG%IGNFTAHI51GEPSGuEPSG#)1.0.09%0?cIGNFTSG591_MART38G_TO_RRAFGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFRRAFGDDEPSG#)1.0.08+0MU%IGNFTSG587_REUN47GEO_TO_WGS84RRAFGEOREUNION-PITON DES NEIGES vers WGS 84EPSG IGNFREUN47GEOIGNFWGS84RRAFGEO^LEPSG#)1.0.070KA!!IGNFTSG518_EFATE57GEO_TO_WGS84GEODDEFATE-IGN 1957 vers WGS 84EPSG IGNFEFATE57GEOIGNFWGS84GEODDEPSG#)1.0.06a0=]IGNFTSG465_GUADANN_WGS84GUADGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUADANNIGNFWGS84GUAD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0560=eIGNFTSG464_GUAFM48G_TO_RRAFGGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUAFM48GIGNFRRAFG@anP@oj~zܟvȴEPSG#)1.0.040wIGNFTSG399NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFIGNFWGS84X@EPSG#)1.0.03=19IGNFTSG195_KERG62CAR_WGS72KERGUELEN - K0 (IGN 1962) vers DOD WORLD GEODETIC SYSTEM 1972 (WGS 72)EPSGIGNFKERG62CARIGNFWGS72AcEPSG#)1.0.02/1; IGNFTSG1212_RGNCG_TO_WGS84GRESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG%IGNFRGNCGIGNFWGS84GEPSG#)1.0.0101? IGNFTSG1211_RGFG95GDD_TO_4326RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GDDEPSGEPSG#)1.0.00J1M!!IGNFTSG1209_RGSPM06GEO_TO_WGS84GEODDRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEOIGNFWGS84GEODDEPSG#)1.0.0.$0=wIGNFTSG1208_RGM04GDD_TO_4326RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GDDEPSGEPSG#)1.0.0 ZW J & r p'WWF1I!IGNFTSG1209_RGSPM06GEO_TO_WGS84GEORGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEOIGNFWGS84GEOEPSG#)1.0.0R1U%%IGNFTSG1209_RGSPM06GEODD_TO_WGS84RRAFGEORGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEODDIGNFWGS84RRAFGEOEPSG#)1.0.0N1Q%!IGNFTSG1209_RGSPM06GEODD_TO_WGS84GEODDRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEODDIGNFWGS84GEODDEPSG#)1.0.0J1M%IGNFTSG1209_RGSPM06GEODD_TO_WGS84GEORGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEODDIGNFWGS84GEOEPSG#)1.0.0F1I!IGNFTSG1209_RGSPM06GDD_TO_WGS84GDDRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GDDIGNFWGS84GDDEPSG#)1.0.0B1E!IGNFTSG1209_RGSPM06GDD_TO_WGS84GRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GDDIGNFWGS84GEPSG#)1.0.0<1A!IGNFTSG1209_RGSPM06GDD_TO_4326RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GDDEPSGEPSG#)1.0.0)1IGNFTSG1209RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSGIGNFRGSPM06IGNFWGS84EPSG#)1.0.0!05wIGNFTSG1208_RGM04_RRAF91RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSGIGNFRGM04IGNFRRAF91EPSG#)1.0.001wIGNFTSG1208_RGM04_4978RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSGIGNFRGM04EPSGrEPSG#)1.0.0*0AwIGNFTSG1208_RGM04G_TO_WGS84GDDRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GIGNFWGS84GDDEPSG#)1.0.0&0=wIGNFTSG1208_RGM04G_TO_WGS84GRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GIGNFWGS84GEPSG#)1.0.0 09wIGNFTSG1208_RGM04G_TO_4326RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GEPSGEPSG#)1.0.060Mw%IGNFTSG1208_RGM04GEO_TO_WGS84RRAFGEORGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEOIGNFWGS84RRAFGEOEPSG#)1.0.020Iw!IGNFTSG1208_RGM04GEO_TO_WGS84GEODDRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEOIGNFWGS84GEODDEPSG#)1.0.0.0EwIGNFTSG1208_RGM04GEO_TO_WGS84GEORGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEOIGNFWGS84GEOEPSG#)1.0.0:0Qw!%IGNFTSG1208_RGM04GEODD_TO_WGS84RRAFGEORGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEODDIGNFWGS84RRAFGEOEPSG#)1.0.060Mw!!IGNFTSG1208_RGM04GEODD_TO_WGS84GEODDRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEODDIGNFWGS84GEODDEPSG#)1.0.020Iw!IGNFTSG1208_RGM04GEODD_TO_WGS84GEORGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG IGNFRGM04GEODDIGNFWGS84GEOEPSG#)1.0.0.0EwIGNFTSG1208_RGM04GDD_TO_WGS84GDDRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GDDIGNFWGS84GDDEPSG#)1.0.0*0AwIGNFTSG1208_RGM04GDD_TO_WGS84GRGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GDDIGNFWGS84GEPSG#)1.0.0=wIGNFTSG1208_RGM04GDD_TO_4326RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers WGS 84EPSG%IGNFRGM04GDDEPSGEPSG#)1.0.0 4Wd & q  p]W;|W`90Oy%IGNFTSG1210_RGTAAFGEO_TO_WGS84RRAFGEORGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEOIGNFWGS84RRAFGEOEPSG#)1.0.050Ky!IGNFTSG1210_RGTAAFGEO_TO_WGS84GEODDRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEOIGNFWGS84GEODDEPSG#)1.0.010GyIGNFTSG1210_RGTAAFGEO_TO_WGS84GEORGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEOIGNFWGS84GEOEPSG#)1.0.0=0Sy#%IGNFTSG1210_RGTAAFGEODD_TO_WGS84RRAFGEORGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEODDIGNFWGS84RRAFGEOEPSG#)1.0.090Oy#!IGNFTSG1210_RGTAAFGEODD_TO_WGS84GEODDRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEODDIGNFWGS84GEODDEPSG#)1.0.050Ky#IGNFTSG1210_RGTAAFGEODD_TO_WGS84GEORGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG IGNFRGTAAFGEODDIGNFWGS84GEOEPSG#)1.0.0(0;yIGNFTSG1210_RGTAAF07_RRAF91RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSGIGNFRGTAAF07IGNFRRAF91EPSG#)1.0.0"07yIGNFTSG1210_RGTAAF07_4978RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSGIGNFRGTAAF07EPSGrEPSG#)1.0.010GyIGNFTSG1210_RGTAAF07G_TO_WGS84GDDRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GIGNFWGS84GDDEPSG#)1.0.0-0CyIGNFTSG1210_RGTAAF07G_TO_WGS84GRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GIGNFWGS84GEPSG#)1.0.0'0?yIGNFTSG1210_RGTAAF07G_TO_4326RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GEPSGEPSG#)1.0.050Ky#IGNFTSG1210_RGTAAF07GDD_TO_WGS84GDDRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GDDIGNFWGS84GDDEPSG#)1.0.010Gy#IGNFTSG1210_RGTAAF07GDD_TO_WGS84GRGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GDDIGNFWGS84GEPSG#)1.0.0+0Cy#IGNFTSG1210_RGTAAF07GDD_TO_4326RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSG%IGNFRGTAAF07GDDEPSGEPSG#)1.0.00yIGNFTSG1210RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers WGS 84EPSGIGNFRGTAAF07IGNFWGS84EPSG#)1.0.0919IGNFTSG1209_RGSPM06_RRAF91RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSGIGNFRGSPM06IGNFRRAF91EPSG#)1.0.0315IGNFTSG1209_RGSPM06_4978RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSGIGNFRGSPM06EPSGrEPSG#)1.0.0B1EIGNFTSG1209_RGSPM06G_TO_WGS84GDDRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GIGNFWGS84GDDEPSG#)1.0.0>1AIGNFTSG1209_RGSPM06G_TO_WGS84GRGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GIGNFWGS84GEPSG#)1.0.081=IGNFTSG1209_RGSPM06G_TO_4326RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG%IGNFRGSPM06GEPSGEPSG#)1.0.0N1Q!%IGNFTSG1209_RGSPM06GEO_TO_WGS84RRAFGEORGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers WGS 84EPSG IGNFRGSPM06GEOIGNFWGS84RRAFGEOEPSG#)1.0.0,M!!1 IGNFTSG1211RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSGIGNFRGFG95IGNFWGS84EPSG#)1.0.0 N  V  N4=AU?1K %IGNFTSG1212_RGNCGEO_TO_WGS84RRAFGEORESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEOIGNFWGS84RRAFGEOEPSG#)1.0.0;1G !IGNFTSG1212_RGNCGEO_TO_WGS84GEODDRESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEOIGNFWGS84GEODDEPSG#)1.0.071C IGNFTSG1212_RGNCGEO_TO_WGS84GEORESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEOIGNFWGS84GEOEPSG#)1.0.0C1O %IGNFTSG1212_RGNCGEODD_TO_WGS84RRAFGEORESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEODDIGNFWGS84RRAFGEOEPSG#)1.0.0?1K !IGNFTSG1212_RGNCGEODD_TO_WGS84GEODDRESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEODDIGNFWGS84GEODDEPSG#)1.0.0;1G IGNFTSG1212_RGNCGEODD_TO_WGS84GEORESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG IGNFRGNCGEODDIGNFWGS84GEOEPSG#)1.0.01 IGNFTSG1212RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSGIGNFRGNCIGNFWGS84EPSG#)1.0.0-17 IGNFTSG1211_RGFG95_RRAF91RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSGIGNFRGFG95IGNFRRAF91EPSG#)1.0.0'13 IGNFTSG1211_RGFG95_4978RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSGIGNFRGFG95EPSGrEPSG#)1.0.061C IGNFTSG1211_RGFG95G_TO_WGS84GDDRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GIGNFWGS84GDDEPSG#)1.0.021? IGNFTSG1211_RGFG95G_TO_WGS84GRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GIGNFWGS84GEPSG#)1.0.0,1; IGNFTSG1211_RGFG95G_TO_4326RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GEPSGEPSG#)1.0.0B1O %IGNFTSG1211_RGFG95GEO_TO_WGS84RRAFGEORGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEOIGNFWGS84RRAFGEOEPSG#)1.0.0>1K !IGNFTSG1211_RGFG95GEO_TO_WGS84GEODDRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEOIGNFWGS84GEODDEPSG#)1.0.0:1G IGNFTSG1211_RGFG95GEO_TO_WGS84GEORGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEOIGNFWGS84GEOEPSG#)1.0.0F1S #%IGNFTSG1211_RGFG95GEODD_TO_WGS84RRAFGEORGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEODDIGNFWGS84RRAFGEOEPSG#)1.0.0B1O #!IGNFTSG1211_RGFG95GEODD_TO_WGS84GEODDRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEODDIGNFWGS84GEODDEPSG#)1.0.0>1K #IGNFTSG1211_RGFG95GEODD_TO_WGS84GEORGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG IGNFRGFG95GEODDIGNFWGS84GEOEPSG#)1.0.0:1G IGNFTSG1211_RGFG95GDD_TO_WGS84GDDRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GDDIGNFWGS84GDDEPSG#)1.0.061C IGNFTSG1211_RGFG95GDD_TO_WGS84GRGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers WGS 84EPSG%IGNFRGFG95GDDIGNFWGS84GEPSG#)1.0.0? )17 IGNFTSG1212_RGNCG_TO_4326RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG%IGNFRGNCGEPSGEPSG#)1.0.0 ^ H  Q .ql"q]^O073IGNFTSG1214_ETRS89_RRAF91ETRS 89 vers WGS 84EPSGIGNFETRS89IGNFRRAF91EPSG#)1.0.0{033IGNFTSG1214_ETRS89_4978ETRS 89 vers WGS 84EPSGIGNFETRS89EPSGrEPSG#)1.0.0 0C3IGNFTSG1214_ETRS89G_TO_WGS84GDDETRS 89 vers WGS 84EPSG%IGNFETRS89GIGNFWGS84GDDEPSG#)1.0.00?3IGNFTSG1214_ETRS89G_TO_WGS84GETRS 89 vers WGS 84EPSG%IGNFETRS89GIGNFWGS84GEPSG#)1.0.00;3IGNFTSG1214_ETRS89G_TO_4326ETRS 89 vers WGS 84EPSG%IGNFETRS89GEPSGEPSG#)1.0.00O3%IGNFTSG1214_ETRS89GEO_TO_WGS84RRAFGEOETRS 89 vers WGS 84EPSG IGNFETRS89GEOIGNFWGS84RRAFGEOEPSG#)1.0.00K3!IGNFTSG1214_ETRS89GEO_TO_WGS84GEODDETRS 89 vers WGS 84EPSG IGNFETRS89GEOIGNFWGS84GEODDEPSG#)1.0.00G3IGNFTSG1214_ETRS89GEO_TO_WGS84GEOETRS 89 vers WGS 84EPSG IGNFETRS89GEOIGNFWGS84GEOEPSG#)1.0.0r03IGNFTSG1214ETRS 89 vers WGS 84EPSGIGNFETRS89IGNFWGS84EPSG#)1.0.0&13IGNFTSG1213_RGPF_RRAF91RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSGIGNFRGPFIGNFRRAF91EPSG#)1.0.0 1/IGNFTSG1213_RGPF_4978RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSGIGNFRGPFEPSGrEPSG#)1.0.0/1?IGNFTSG1213_RGPFG_TO_WGS84GDDRGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGIGNFWGS84GDDEPSG#)1.0.0+1;IGNFTSG1213_RGPFG_TO_WGS84GRGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGIGNFWGS84GEPSG#)1.0.0%17IGNFTSG1213_RGPFG_TO_4326RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGEPSGEPSG#)1.0.0;1K%IGNFTSG1213_RGPFGEO_TO_WGS84RRAFGEORGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG IGNFRGPFGEOIGNFWGS84RRAFGEOEPSG#)1.0.071G!IGNFTSG1213_RGPFGEO_TO_WGS84GEODDRGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG IGNFRGPFGEOIGNFWGS84GEODDEPSG#)1.0.031CIGNFTSG1213_RGPFGEO_TO_WGS84GEORGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG IGNFRGPFGEOIGNFWGS84GEOEPSG#)1.0.031CIGNFTSG1213_RGPFGDD_TO_WGS84GDDRGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGDDIGNFWGS84GDDEPSG#)1.0.0/1?IGNFTSG1213_RGPFGDD_TO_WGS84GRGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGDDIGNFWGS84GEPSG#)1.0.0)1;IGNFTSG1213_RGPFGDD_TO_4326RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSG%IGNFRGPFGDDEPSGEPSG#)1.0.01IGNFTSG1213RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers WGS 84EPSGIGNFRGPFIGNFWGS84EPSG#)1.0.0*13 IGNFTSG1212_RGNC_RRAF91RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSGIGNFRGNCIGNFRRAF91EPSG#)1.0.0$1/ IGNFTSG1212_RGNC_4978RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSGIGNFRGNCEPSGrEPSG#)1.0.031? IGNFTSG1212_RGNCG_TO_WGS84GDDRESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991) vers WGS 84EPSG%IGNFRGNCGIGNFWGS84GDDEPSG#)1.0.0,1IGNFTSG195KERGUELEN - K0 (IGN 1962) vers DOD WORLD GEODETIC SYSTEM 1972 (WGS 72)EPSGIGNFKERG62K0IGNFWGS72AcEPSG#)1.0.00.0 8x 5 * <}z13!IGNFTSG355_RGR92_REUN47RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG IGNFRGR92IGNFREUN47R@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.01=!IGNFTSG355_RGR92G_TO_REUN49GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG%IGNFRGR92GIGNFREUN49GR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.01=!IGNFTSG355_RGR92G_TO_REUN47GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG%IGNFRGR92GIGNFREUN47GR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.0 1E!IGNFTSG355_RGR92GEO_TO_REUN47GEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG IGNFRGR92GEOIGNFREUN47GEOR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.0 1I!!IGNFTSG355_RGR92GEODD_TO_REUN47GEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG IGNFRGR92GEODDIGNFREUN47GEOR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.01A!IGNFTSG355_RGR92GDD_TO_REUN49GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG%IGNFRGR92GDDIGNFREUN49GR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.01A!IGNFTSG355_RGR92GDD_TO_REUN47GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG%IGNFRGR92GDDIGNFREUN47GR@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.0m1!IGNFTSG355RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers REUNION-PITON DES NEIGESEPSG IGNFRGR92IGNFREUN49R@l@Vk =pEPSG#)n.2S3RT`e@%"`AEPSG#@@ EPSG#1.0.0 03sIGNFTSG348_WGS72_RRAF91DOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSGIGNFWGS72IGNFRRAF91 EPSG#)1.0.00/sIGNFTSG348_WGS72_4978DOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSGIGNFWGS72EPSGr EPSG#)1.0.0)0?sIGNFTSG348_WGS72G_TO_WGS84GDDDOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG%IGNFWGS72GIGNFWGS84GDD EPSG#)1.0.0%0;sIGNFTSG348_WGS72G_TO_WGS84GDOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG%IGNFWGS72GIGNFWGS84G EPSG#)1.0.007sIGNFTSG348_WGS72G_TO_4326DOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG%IGNFWGS72GEPSG EPSG#)1.0.050Ks%IGNFTSG348_WGS72GEO_TO_WGS84RRAFGEODOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG IGNFWGS72GEOIGNFWGS84RRAFGEO EPSG#)1.0.010Gs!IGNFTSG348_WGS72GEO_TO_WGS84GEODDDOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG IGNFWGS72GEOIGNFWGS84GEODD EPSG#)1.0.0-0CsIGNFTSG348_WGS72GEO_TO_WGS84GEODOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSG IGNFWGS72GEOIGNFWGS84GEO EPSG#)1.0.00sIGNFTSG348DOD WORLD GEODETIC SYSTEM 1972 (WGS 72) vers WGS 84EPSGIGNFWGS72IGNFWGS84 EPSG#)1.0.0>1=IGNFTSG195_KERG62G_TO_WGS72GKERGUELEN - K0 (IGN 1962) vers DOD WORLD GEODETIC SYSTEM 1972 (WGS 72)EPSG%IGNFKERG62GIGNFWGS72GAcEPSG#)1.0.0F1EIGNFTSG195_KERG62GEO_TO_WGS72GEOKERGUELEN - K0 (IGN 1962) vers DOD WORLD GEODETIC SYSTEM 1972 (WGS 72)EPSG IGNFKERG62GEOIGNFWGS72GEOAcEPSG#)1.0.0 iN s 3 B : .7kEN70;eIGNFTSG464_GUADFM_WGS84GUADGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSGIGNFGUADFMIGNFWGS84GUAD@anP@oj~zܟvȴEPSG#)1.0.0B0Ie%IGNFTSG464_GUADFMG_TO_WGS84MARTGDDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUADFMGIGNFWGS84MARTGDD@anP@oj~zܟvȴEPSG#)1.0.0>0Ee!IGNFTSG464_GUADFMG_TO_WGS84MARTGGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUADFMGIGNFWGS84MARTG@anP@oj~zܟvȴEPSG#)1.0.080?eIGNFTSG464_GUADFMG_TO_RRAFGDDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUADFMGIGNFRRAFGDD@anP@oj~zܟvȴEPSG#)1.0.040;eIGNFTSG464_GUADFMG_TO_RRAFGGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUADFMGIGNFRRAFG@anP@oj~zܟvȴEPSG#)1.0.0;0?eIGNFTSG464_GUADFM49_WGS84GUADGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSGIGNFGUADFM49IGNFWGS84GUAD@anP@oj~zܟvȴEPSG#)1.0.0105eIGNFTSG464_GUADFM49_RRAFGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSGIGNFGUADFM49IGNFRRAF@anP@oj~zܟvȴEPSG#)1.0.0J0Qe#%IGNFTSG464_GUADFM49GEO_TO_WGS84GUADGEOGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG IGNFGUADFM49GEOIGNFWGS84GUADGEO@anP@oj~zܟvȴEPSG#)1.0.0J0Qe#%IGNFTSG464_GUADFM49GEO_TO_W84MARTGEODDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG IGNFGUADFM49GEOIGNFW84MARTGEODD@anP@oj~zܟvȴEPSG#)1.0.0D0Ke#IGNFTSG464_GUADFM49GEO_TO_RRAFGEODDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG IGNFGUADFM49GEOIGNFRRAFGEODD@anP@oj~zܟvȴEPSG#)1.0.0@0Ge#IGNFTSG464_GUADFM49GEO_TO_RRAFGEOGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG IGNFGUADFM49GEOIGNFRRAFGEO@anP@oj~zܟvȴEPSG#)1.0.0!0eIGNFTSG464GUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSGIGNFGUADFMIGNFRRAF@anP@oj~zܟvȴEPSG#)1.0.0 1E#IGNFTSG417_C67IG95G_TO_RGFG95GDDCSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG%IGNFC67IG95GIGNFRGFG95GDDh"1'@mƧ@Z\SEPSG#)?As8YJ?U2a|EPSG#? ԕ*EPSG#1.0.01A#IGNFTSG417_C67IG95G_TO_RGFG95GCSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG%IGNFC67IG95GIGNFRGFG95Gh"1'@mƧ@Z\SEPSG#)?As8YJ?U2a|EPSG#? ԕ*EPSG#1.0.0o1#IGNFTSG417CSG 1967 (IGN 1995) vers RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995)EPSG IGNFC67I95IGNFRGFG95h"1'@mƧ@Z\SEPSG#)?As8YJ?U2a|EPSG#? ԕ*EPSG#1.0.0!0/wIGNFTSG399_NTF_RRAF91NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFIGNFRRAF91X@EPSG#)1.0.00+wIGNFTSG399_NTF_4978NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFEPSGrX@EPSG#)1.0.0*0;wIGNFTSG399_NTFG_TO_WGS84GDDNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%IGNFNTFGIGNFWGS84GDDX@EPSG#)1.0.0&07wIGNFTSG399_NTFG_TO_WGS84GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%IGNFNTFGIGNFWGS84GX@EPSG#)1.0.0 03wIGNFTSG399_NTFG_TO_4326NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSG%IGNFNTFGEPSGX@EPSG#)1.0.0wIGNFTSG399NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers WGS 84EPSGIGNFNTFIGNFWGS84X@EPSG#)1.0.0 XD 0 @b0FXl0K]%IGNFTSG465_GUADANNG_TO_WGS84MARTGDDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUADANNGIGNFWGS84MARTGDD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0h0G]!IGNFTSG465_GUADANNG_TO_WGS84MARTGGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUADANNGIGNFWGS84MARTG} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0b0A]IGNFTSG465_GUADANNG_TO_RRAFGDDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUADANNGIGNFRRAFGDD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0^0=]IGNFTSG465_GUADANNG_TO_RRAFGGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUADANNGIGNFRRAFG} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0_0;]IGNFTSG465_GUAD48_WGS84GUADGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48IGNFWGS84GUAD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0U01]IGNFTSG465_GUAD48_RRAFGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48IGNFRRAF} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0j0I]%IGNFTSG465_GUAD48G_TO_WGS84MARTGDDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUAD48GIGNFWGS84MARTGDD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0f0E]!IGNFTSG465_GUAD48G_TO_WGS84MARTGGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUAD48GIGNFWGS84MARTG} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0`0?]IGNFTSG465_GUAD48G_TO_RRAFGDDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUAD48GIGNFRRAFGDD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0\0;]IGNFTSG465_GUAD48G_TO_RRAFGGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG%IGNFGUAD48GIGNFRRAFG} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0n0M]%IGNFTSG465_GUAD48GEO_TO_WGS84GUADGEOGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48GEOIGNFWGS84GUADGEO} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0n0M]%IGNFTSG465_GUAD48GEO_TO_W84MARTGEODDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48GEOIGNFW84MARTGEODD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0h0G]IGNFTSG465_GUAD48GEO_TO_RRAFGEODDGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48GEOIGNFRRAFGEODD} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0d0C]IGNFTSG465_GUAD48GEO_TO_RRAFGEOGUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUAD48GEOIGNFRRAFGEO} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0J0]IGNFTSG465GUADELOUPE - STE ANNE vers WGS 84 (RRAF)EPSG IGNFGUADANNIGNFRRAF} =qQsREPSG#)?g s?g8}HEPSG#?_حVEPSG#1.0.0D0Ke%IGNFTSG464_GUAFM48G_TO_WGS84MARTGDDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUAFM48GIGNFWGS84MARTGDD@anP@oj~zܟvȴEPSG#)1.0.0@0Ge!IGNFTSG464_GUAFM48G_TO_WGS84MARTGGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUAFM48GIGNFWGS84MARTG@anP@oj~zܟvȴEPSG#)1.0.0:0AeIGNFTSG464_GUAFM48G_TO_RRAFGDDGUADELOUPE - FORT MARIGOT vers WGS 84 (RRAF)EPSG%IGNFGUAFM48GIGNFRRAFGDD@anP@oj~zܟvȴEPSG#)1.0.0 2O f y 5To2c~0AIGNFTSG518EFATE-IGN 1957 vers WGS 84EPSGIGNFEFATE57IGNFWGS84EPSG#)1.0.0b0;cIGNFTSG467_MARTFD_WGS84GUADMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMARTFDIGNFWGS84GUAD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0m0Ic%IGNFTSG467_MARTFDG_TO_WGS84MARTGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFWGS84MARTGDD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0i0Ec!IGNFTSG467_MARTFDG_TO_WGS84MARTGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFWGS84MARTG@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0c0?cIGNFTSG467_MARTFDG_TO_RRAFGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFRRAFGDD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0_0;cIGNFTSG467_MARTFDG_TO_RRAFGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFRRAFG@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0b0;cIGNFTSG467_MART38_WGS84GUADMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38IGNFWGS84GUAD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0X01cIGNFTSG467_MART38_RRAFMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38IGNFRRAF@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0m0Ic%IGNFTSG467_MART38G_TO_WGS84MARTGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFWGS84MARTGDD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0i0Ec!IGNFTSG467_MART38G_TO_WGS84MARTGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFWGS84MARTG@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0c0?cIGNFTSG467_MART38G_TO_RRAFGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFRRAFGDD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0_0;cIGNFTSG467_MART38G_TO_RRAFGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFRRAFG@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0q0Mc%IGNFTSG467_MART38GEO_TO_WGS84GUADGEOMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFWGS84GUADGEO@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0q0Mc%IGNFTSG467_MART38GEO_TO_W84MARTGEODDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFW84MARTGEODD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0k0GcIGNFTSG467_MART38GEO_TO_RRAFGEODDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFRRAFGEODD@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0g0CcIGNFTSG467_MART38GEO_TO_RRAFGEOMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFRRAFGEO@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0L0cIGNFTSG467MARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMARTFDIGNFRRAF@_C%@n@`M+ EPSG#)K)^ @uxF]dEPSG#@+84֡EPSG#1.0.0F=]IGNFTSG465_GUADANN_W0GA!IGNFTSG518_EFATE57GEO_TO_WGS84GEOEFATE-IGN 1957 vers WGS 84EPSG IGNFEFATE57GEOIGNFWGS84GEOEPSG#)1.0.0 G[7  9 *}=#zG'0IU!IGNFTSG587_REUN47GEO_TO_WGS84GEODDREUNION-PITON DES NEIGES vers WGS 84EPSG IGNFREUN47GEOIGNFWGS84GEODD^LEPSG#)1.0.0#0EUIGNFTSG587_REUN47GEO_TO_WGS84GEOREUNION-PITON DES NEIGES vers WGS 84EPSG IGNFREUN47GEOIGNFWGS84GEO^LEPSG#)1.0.00UIGNFTSG587REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN49IGNFWGS84^LEPSG#)1.0.0+03]IGNFTSG586_TERA50_WGS84POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFTERA50IGNFWGS84@tL@c333333@e33333EPSG#)1.0.0-05]IGNFTSG586_TERA50_RRAF91POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFTERA50IGNFRRAF91@tL@c333333@e33333EPSG#)1.0.0'01]IGNFTSG586_TERA50_4978POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFTERA50EPSGr@tL@c333333@e33333EPSG#)1.0.060A]IGNFTSG586_TERA50G_TO_WGS84GDDPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFTERA50GIGNFWGS84GDD@tL@c333333@e33333EPSG#)1.0.020=]IGNFTSG586_TERA50G_TO_WGS84GPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFTERA50GIGNFWGS84G@tL@c333333@e33333EPSG#)1.0.0,09]IGNFTSG586_TERA50G_TO_4326POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFTERA50GEPSG@tL@c333333@e33333EPSG#)1.0.0B0M]%IGNFTSG586_TERA50GEO_TO_WGS84RRAFGEOPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG IGNFTERA50GEOIGNFWGS84RRAFGEO@tL@c333333@e33333EPSG#)1.0.0>0I]!IGNFTSG586_TERA50GEO_TO_WGS84GEODDPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG IGNFTERA50GEOIGNFWGS84GEODD@tL@c333333@e33333EPSG#)1.0.0:0E]IGNFTSG586_TERA50GEO_TO_WGS84GEOPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG IGNFTERA50GEOIGNFWGS84GEO@tL@c333333@e33333EPSG#)1.0.0+03]IGNFTSG586_PGP50_RRAF91POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFPGP50IGNFRRAF91@tL@c333333@e33333EPSG#)1.0.0%0/]IGNFTSG586_PGP50_4978POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFPGP50EPSGr@tL@c333333@e33333EPSG#)1.0.040?]IGNFTSG586_PGP50G_TO_WGS84GDDPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFPGP50GIGNFWGS84GDD@tL@c333333@e33333EPSG#)1.0.000;]IGNFTSG586_PGP50G_TO_WGS84GPOINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFPGP50GIGNFWGS84G@tL@c333333@e33333EPSG#)1.0.0*07]IGNFTSG586_PGP50G_TO_4326POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSG%IGNFPGP50GEPSG@tL@c333333@e33333EPSG#)1.0.00]IGNFTSG586POINTE GEOLOGIE-PERROUD 1950 vers WGS 84EPSGIGNFPGP50IGNFWGS84@tL@c333333@e33333EPSG#)1.0.007AIGNFTSG518_EFATE57_RRAF91EFATE-IGN 1957 vers WGS 84EPSGIGNFEFATE57IGNFRRAF91EPSG#)1.0.003AIGNFTSG518_EFATE57_4978EFATE-IGN 1957 vers WGS 84EPSGIGNFEFATE57EPSGrEPSG#)1.0.00CAIGNFTSG518_EFATE57G_TO_WGS84GDDEFATE-IGN 1957 vers WGS 84EPSG%IGNFEFATE57GIGNFWGS84GDDEPSG#)1.0.00?AIGNFTSG518_EFATE57G_TO_WGS84GEFATE-IGN 1957 vers WGS 84EPSG%IGNFEFATE57GIGNFWGS84GEPSG#)1.0.0 0;AIGNFTSG518_EFATE57G_TO_4326EFATE-IGN 1957 vers WGS 84EPSG%IGNFEFATE57GEPSGEPSG#)1.0.0#0OA!%IGNFTSG518_EFATE57GEO_TO_WGS84RRAFGEOEFATE-IGN 1957 vers WGS 84EPSG IGNFEFATE57GEOIGNFWGS84RRAFGEOEPSG#)1.0.0 S ~ T ' WHseO@]30Mc%IGNFTSG591_MART38GEO_TO_WGS84GUADGEOMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFWGS84GUADGEOEPSG#)1.0.030Mc%IGNFTSG591_MART38GEO_TO_W84MARTGEODDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFW84MARTGEODDEPSG#)1.0.0-0GcIGNFTSG591_MART38GEO_TO_RRAFGEODDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFRRAFGEODDEPSG#)1.0.0)0CcIGNFTSG591_MART38GEO_TO_RRAFGEOMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG IGNFMART38GEOIGNFRRAFGEOEPSG#)1.0.00cIGNFTSG591MARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSGIGNFMARTFDIGNFRRAFEPSG#)1.0.0035IGNFTSG590_CSG67_RRAF91CSG 1967 vers WGS 84EPSGIGNFCSG67IGNFRRAF91FnEPSG#)1.0.0~0/5IGNFTSG590_CSG67_4978CSG 1967 vers WGS 84EPSGIGNFCSG67EPSGrFnEPSG#)1.0.0 0?5IGNFTSG590_CSG67G_TO_WGS84GDDCSG 1967 vers WGS 84EPSG%IGNFCSG67GIGNFWGS84GDDFnEPSG#)1.0.0 0;5IGNFTSG590_CSG67G_TO_WGS84GCSG 1967 vers WGS 84EPSG%IGNFCSG67GIGNFWGS84GFnEPSG#)1.0.0075IGNFTSG590_CSG67G_TO_4326CSG 1967 vers WGS 84EPSG%IGNFCSG67GEPSGFnEPSG#)1.0.00K5%IGNFTSG590_CSG67GEO_TO_WGS84RRAFGEOCSG 1967 vers WGS 84EPSG IGNFCSG67GEOIGNFWGS84RRAFGEOFnEPSG#)1.0.00G5!IGNFTSG590_CSG67GEO_TO_WGS84GEODDCSG 1967 vers WGS 84EPSG IGNFCSG67GEOIGNFWGS84GEODDFnEPSG#)1.0.00C5IGNFTSG590_CSG67GEO_TO_WGS84GEOCSG 1967 vers WGS 84EPSG IGNFCSG67GEOIGNFWGS84GEOFnEPSG#)1.0.0v05IGNFTSG590CSG 1967 vers WGS 84EPSGIGNFCSG67IGNFWGS84FnEPSG#)1.0.005UIGNFTSG587_REUN49_RRAF91REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN49IGNFRRAF91^LEPSG#)1.0.001UIGNFTSG587_REUN49_4978REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN49EPSGr^LEPSG#)1.0.00AUIGNFTSG587_REUN49G_TO_WGS84GDDREUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN49GIGNFWGS84GDD^LEPSG#)1.0.00=UIGNFTSG587_REUN49G_TO_WGS84GREUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN49GIGNFWGS84G^LEPSG#)1.0.009UIGNFTSG587_REUN49G_TO_4326REUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN49GEPSG^LEPSG#)1.0.003UIGNFTSG587_REUN47_WGS84REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN47IGNFWGS84^LEPSG#)1.0.005UIGNFTSG587_REUN47_RRAF91REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN47IGNFRRAF91^LEPSG#)1.0.001UIGNFTSG587_REUN47_4978REUNION-PITON DES NEIGES vers WGS 84EPSGIGNFREUN47EPSGr^LEPSG#)1.0.00AUIGNFTSG587_REUN47G_TO_WGS84GDDREUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN47GIGNFWGS84GDD^LEPSG#)1.0.00=UIGNFTSG587_REUN47G_TO_WGS84GREUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN47GIGNFWGS84G^LEPSG#)1.0.009UIGNFTSG587_REUN47G_TO_4326REUNION-PITON DES NEIGES vers WGS 84EPSG%IGNFREUN47GEPSG^LEPSG#)1.0.0 MU!0;cIGNFTSG591_MART38G_TO_RRAFGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFRRAFGEPSG#)1.0.0 Yu _  o  kB^&o= u~07OIGNFTSG592_GUADANN_RRAF91GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUADANNIGNFRRAF91-EPSG#)1.0.003OIGNFTSG592_GUADANN_4978GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUADANNEPSGr-EPSG#)1.0.00COIGNFTSG592_GUADANNG_TO_WGS84GDDGUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUADANNGIGNFWGS84GDD-EPSG#)1.0.00?OIGNFTSG592_GUADANNG_TO_WGS84GGUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUADANNGIGNFWGS84G-EPSG#)1.0.00;OIGNFTSG592_GUADANNG_TO_4326GUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUADANNGEPSG-EPSG#)1.0.003OIGNFTSG592_GUAD48_WGS84GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUAD48IGNFWGS84-EPSG#)1.0.005OIGNFTSG592_GUAD48_RRAF91GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUAD48IGNFRRAF91-EPSG#)1.0.0 01OIGNFTSG592_GUAD48_4978GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUAD48EPSGr-EPSG#)1.0.00AOIGNFTSG592_GUAD48G_TO_WGS84GDDGUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUAD48GIGNFWGS84GDD-EPSG#)1.0.00=OIGNFTSG592_GUAD48G_TO_WGS84GGUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUAD48GIGNFWGS84G-EPSG#)1.0.009OIGNFTSG592_GUAD48G_TO_4326GUADELOUPE - STE ANNE vers WGS 84EPSG%IGNFGUAD48GEPSG-EPSG#)1.0.0(0MO%IGNFTSG592_GUAD48GEO_TO_WGS84RRAFGEOGUADELOUPE - STE ANNE vers WGS 84EPSG IGNFGUAD48GEOIGNFWGS84RRAFGEO-EPSG#)1.0.0$0IO!IGNFTSG592_GUAD48GEO_TO_WGS84GEODDGUADELOUPE - STE ANNE vers WGS 84EPSG IGNFGUAD48GEOIGNFWGS84GEODD-EPSG#)1.0.0 0EOIGNFTSG592_GUAD48GEO_TO_WGS84GEOGUADELOUPE - STE ANNE vers WGS 84EPSG IGNFGUAD48GEOIGNFWGS84GEO-EPSG#)1.0.00OIGNFTSG592GUADELOUPE - STE ANNE vers WGS 84EPSGIGNFGUADANNIGNFWGS84-EPSG#)1.0.0$0;cIGNFTSG591_MARTFD_WGS84GUADMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSGIGNFMARTFDIGNFWGS84GUADEPSG#)1.0.0/0Ic%IGNFTSG591_MARTFDG_TO_WGS84MARTGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFWGS84MARTGDDEPSG#)1.0.0+0Ec!IGNFTSG591_MARTFDG_TO_WGS84MARTGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFWGS84MARTGEPSG#)1.0.0%0?cIGNFTSG591_MARTFDG_TO_RRAFGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFRRAFGDDEPSG#)1.0.0!0;cIGNFTSG591_MARTFDG_TO_RRAFGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMARTFDGIGNFRRAFGEPSG#)1.0.0$0;cIGNFTSG591_MART38_WGS84GUADMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSGIGNFMART38IGNFWGS84GUADEPSG#)1.0.001cIGNFTSG591_MART38_RRAFMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSGIGNFMART38IGNFRRAFEPSG#)1.0.0/0Ic%IGNFTSG591_MART38G_TO_WGS84MARTGDDMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFWGS84MARTGDDEPSG#)1.0.0+0Ec!IGNFTSG591_MART38G_TO_WGS84MARTGMARTINIQUE - FORT DESAIX vers WGS 84 (RRAF)EPSG%IGNFMART38GIGNFWGS84MARTGEPSG#)1.0.0%?c0GIGNFTSG594TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51IGNFWGS84uEPSG#)1.0.0 IjE A   { I0sIGNFTSG606IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72IGNFWGS84TAEPSG#)1.0.01A!IGNFTSG601_REUN49G_TO_RGR92GDDREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG%IGNFREUN49GIGNFRGR92GDD@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.01=!IGNFTSG601_REUN49G_TO_RGR92GREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG%IGNFREUN49GIGNFRGR92G@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.0z13!IGNFTSG601_REUN47_RGR92REUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG IGNFREUN47IGNFRGR92@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.01A!IGNFTSG601_REUN47G_TO_RGR92GDDREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG%IGNFREUN47GIGNFRGR92GDD@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.01=!IGNFTSG601_REUN47G_TO_RGR92GREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG%IGNFREUN47GIGNFRGR92G@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.0 1I!!IGNFTSG601_REUN47GEO_TO_RGR92GEODDREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG IGNFREUN47GEOIGNFRGR92GEODD@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.0 1E!IGNFTSG601_REUN47GEO_TO_RGR92GEOREUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG IGNFREUN47GEOIGNFRGR92GEO@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.0m1!IGNFTSG601REUNION-PITON DES NEIGES vers RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992)EPSG IGNFREUN49IGNFRGR92@1&xSVy"`EPSG#)?8}H@S2ڹY%(Xy=EPSG#@)|QEPSG#1.0.003/IGNFTSG595_TAHAA_RRAF91TAHAA vers WGS 84EPSGIGNFTAHAAIGNFRRAF91AVMEPSG#)1.0.0z0//IGNFTSG595_TAHAA_4978TAHAA vers WGS 84EPSGIGNFTAHAAEPSGrAVMEPSG#)1.0.0 0?/IGNFTSG595_TAHAAG_TO_WGS84GDDTAHAA vers WGS 84EPSG%IGNFTAHAAGIGNFWGS84GDDAVMEPSG#)1.0.00;/IGNFTSG595_TAHAAG_TO_WGS84GTAHAA vers WGS 84EPSG%IGNFTAHAAGIGNFWGS84GAVMEPSG#)1.0.007/IGNFTSG595_TAHAAG_TO_4326TAHAA vers WGS 84EPSG%IGNFTAHAAGEPSGAVMEPSG#)1.0.00K/%IGNFTSG595_TAHAAGEO_TO_WGS84RRAFGEOTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84RRAFGEOAVMEPSG#)1.0.00G/!IGNFTSG595_TAHAAGEO_TO_WGS84GEODDTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84GEODDAVMEPSG#)1.0.0 0C/IGNFTSG595_TAHAAGEO_TO_WGS84GEOTAHAA vers WGS 84EPSG IGNFTAHAAGEOIGNFWGS84GEOAVMEPSG#)1.0.0r0/IGNFTSG595TAHAA vers WGS 84EPSGIGNFTAHAAIGNFWGS84AVMEPSG#)1.0.005GIGNFTSG594_TAHI51_RRAF91TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51IGNFRRAF91uEPSG#)1.0.0 01GIGNFTSG594_TAHI51_4978TAHITI-TERME NORD vers WGS 84EPSGIGNFTAHI51EPSGruEPSG#)1.0.00AGIGNFTSG594_TAHI51G_TO_WGS84GDDTAHITI-TERME NORD vers WGS 84EPSG%IGNFTAHI51GIGNFWGS84GDDuEPSG#)1.0.00=GIGNFTSG594_TAHI51G_TO_WGS84GTAHITI-TERME NORD vers WGS 84EPSG%IGNFTAHI51GIGNFWGS84GuEPSG#)1.0.0  6 <  {?+w5UM1IGNFTSG62NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSGIGNFNTFIGNFED50%EPSG#)1.0.005cIGNFTSG609_WALL78_RRAF91WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSGIGNFWALL78IGNFRRAF91{EPSG#)1.0.001cIGNFTSG609_WALL78_4978WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSGIGNFWALL78EPSGr{EPSG#)1.0.0&0AcIGNFTSG609_WALL78G_TO_WGS84GDDWALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG%IGNFWALL78GIGNFWGS84GDD{EPSG#)1.0.0"0=cIGNFTSG609_WALL78G_TO_WGS84GWALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG%IGNFWALL78GIGNFWGS84G{EPSG#)1.0.009cIGNFTSG609_WALL78G_TO_4326WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG%IGNFWALL78GEPSG{EPSG#)1.0.020Mc%IGNFTSG609_WALL78GEO_TO_WGS84RRAFGEOWALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG IGNFWALL78GEOIGNFWGS84RRAFGEO{EPSG#)1.0.0.0Ic!IGNFTSG609_WALL78GEO_TO_WGS84GEODDWALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG IGNFWALL78GEOIGNFWGS84GEODD{EPSG#)1.0.0*0EcIGNFTSG609_WALL78GEO_TO_WGS84GEOWALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSG IGNFWALL78GEOIGNFWGS84GEO{EPSG#)1.0.00cIGNFTSG609WALLIS-UVEA SHOM 1978 (MOP1978) vers WGS 84EPSGIGNFWALL78IGNFWGS84{EPSG#)1.0.00;EIGNFTSG608_PETRELS72_RRAF91PETRELS-IGN 1972 vers WGS 84EPSGIGNFPETRELS72IGNFRRAF91mEPSG#)1.0.007EIGNFTSG608_PETRELS72_4978PETRELS-IGN 1972 vers WGS 84EPSGIGNFPETRELS72EPSGrmEPSG#)1.0.00GE!IGNFTSG608_PETRELS72G_TO_WGS84GDDPETRELS-IGN 1972 vers WGS 84EPSG%IGNFPETRELS72GIGNFWGS84GDDmEPSG#)1.0.00CE!IGNFTSG608_PETRELS72G_TO_WGS84GPETRELS-IGN 1972 vers WGS 84EPSG%IGNFPETRELS72GIGNFWGS84GmEPSG#)1.0.00?E!IGNFTSG608_PETRELS72G_TO_4326PETRELS-IGN 1972 vers WGS 84EPSG%IGNFPETRELS72GEPSGmEPSG#)1.0.00EIGNFTSG608PETRELS-IGN 1972 vers WGS 84EPSGIGNFPETRELS72IGNFWGS84mEPSG#)1.0.0$05sIGNFTSG606_NUKU72_RRAF91IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72IGNFRRAF91TAEPSG#)1.0.001sIGNFTSG606_NUKU72_4978IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72EPSGrTAEPSG#)1.0.0-0AsIGNFTSG606_NUKU72G_TO_WGS84GDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GIGNFWGS84GDDTAEPSG#)1.0.0)0=sIGNFTSG606_NUKU72G_TO_WGS84GIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GIGNFWGS84GTAEPSG#)1.0.0#09sIGNFTSG606_NUKU72G_TO_4326IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GEPSGTAEPSG#)1.0.090Ms%IGNFTSG606_NUKU72GEO_TO_WGS84RRAFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84RRAFGEOTAEPSG#)1.0.050Is!IGNFTSG606_NUKU72GEO_TO_WGS84GEODDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84GEODDTAEPSG#)1.0.0/13IGNFTSG62_NTFG_TO_ED50GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers EUROPE 1950 (ED50)EPSG%IGNFNTFGIGNFED50G%EPSG#)1.0.0.0 @ j c Y10|:ZK$1IGNFTSG681ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGIGNFWGS84^BEPSG#)1.0.003gIGNFTSG677_IGN72_RRAF91IGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSGIGNFIGN72IGNFRRAF91$EPSG#)1.0.00/gIGNFTSG677_IGN72_4978IGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSGIGNFIGN72EPSGr$EPSG#)1.0.0&0?gIGNFTSG677_IGN72G_TO_WGS84GDDIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG%IGNFIGN72GIGNFWGS84GDD$EPSG#)1.0.0"0;gIGNFTSG677_IGN72G_TO_WGS84GIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG%IGNFIGN72GIGNFWGS84G$EPSG#)1.0.007gIGNFTSG677_IGN72G_TO_4326IGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG%IGNFIGN72GEPSG$EPSG#)1.0.020Kg%IGNFTSG677_IGN72GEO_TO_WGS84RRAFGEOIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG IGNFIGN72GEOIGNFWGS84RRAFGEO$EPSG#)1.0.0.0Gg!IGNFTSG677_IGN72GEO_TO_WGS84GEODDIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG IGNFIGN72GEOIGNFWGS84GEODD$EPSG#)1.0.0*0CgIGNFTSG677_IGN72GEO_TO_WGS84GEOIGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSG IGNFIGN72GEOIGNFWGS84GEO$EPSG#)1.0.00gIGNFTSG677IGN72 GRANDE-TERRE / ILE DES PINS vers WGS 84EPSGIGNFIGN72IGNFWGS84$EPSG#)1.0.0 03AIGNFTSG675_TANNA_RRAF91TANNA BLOC SUD vers WGS 84EPSGIGNFTANNAIGNFRRAF91u9EPSG#)1.0.00/AIGNFTSG675_TANNA_4978TANNA BLOC SUD vers WGS 84EPSGIGNFTANNAEPSGru9EPSG#)1.0.00?AIGNFTSG675_TANNAG_TO_WGS84GDDTANNA BLOC SUD vers WGS 84EPSG%IGNFTANNAGIGNFWGS84GDDu9EPSG#)1.0.00;AIGNFTSG675_TANNAG_TO_WGS84GTANNA BLOC SUD vers WGS 84EPSG%IGNFTANNAGIGNFWGS84Gu9EPSG#)1.0.0 07AIGNFTSG675_TANNAG_TO_4326TANNA BLOC SUD vers WGS 84EPSG%IGNFTANNAGEPSGu9EPSG#)1.0.0}0AIGNFTSG675TANNA BLOC SUD vers WGS 84EPSGIGNFTANNAIGNFWGS84u9EPSG#)1.0.0053IGNFTSG642_MAYO50_RRAF91COMBANI vers WGS 84EPSGIGNFMAYO50IGNFRRAF91EPSG#)1.0.0013IGNFTSG642_MAYO50_4978COMBANI vers WGS 84EPSGIGNFMAYO50EPSGrEPSG#)1.0.00A3IGNFTSG642_MAYO50G_TO_WGS84GDDCOMBANI vers WGS 84EPSG%IGNFMAYO50GIGNFWGS84GDDEPSG#)1.0.0 0=3IGNFTSG642_MAYO50G_TO_WGS84GCOMBANI vers WGS 84EPSG%IGNFMAYO50GIGNFWGS84GEPSG#)1.0.0093IGNFTSG642_MAYO50G_TO_4326COMBANI vers WGS 84EPSG%IGNFMAYO50GEPSGEPSG#)1.0.00M3%IGNFTSG642_MAYO50GEO_TO_WGS84RRAFGEOCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84RRAFGEOEPSG#)1.0.00I3!IGNFTSG642_MAYO50GEO_TO_WGS84GEODDCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84GEODDEPSG#)1.0.00E3IGNFTSG642_MAYO50GEO_TO_WGS84GEOCOMBANI vers WGS 84EPSG IGNFMAYO50GEOIGNFWGS84GEOEPSG#)1.0.0v03IGNFTSG642COMBANI vers WGS 84EPSGIGNFMAYO50IGNFWGS84EPSG#)1.0.0015IGNFTSG681_ATIGG_TO_4326ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGEPSG^BEPSG#)1.0.00.0 H= , ! Y C3wlQ=}0IIGNFTSG709EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50IGNFWGS84EPSG#)1.0.0/1/IGNFTSG684_ATI_RRAF91ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFRRAF91g9EPSG#)1.0.0)1+IGNFTSG684_ATI_4978ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIEPSGrg9EPSG#)1.0.0111IGNFTSG684_ATIG_RRAF91ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGIGNFRRAF91g9EPSG#)1.0.0+1-IGNFTSG684_ATIG_4978ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGEPSGrg9EPSG#)1.0.0:1=IGNFTSG684_ATIGG_TO_WGS84GDDANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGIGNFWGS84GDDg9EPSG#)1.0.0619IGNFTSG684_ATIGG_TO_WGS84GANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGIGNFWGS84Gg9EPSG#)1.0.0015IGNFTSG684_ATIGG_TO_4326ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGEPSGg9EPSG#)1.0.0$1IGNFTSG684ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGIGNFWGS84g9EPSG#)1.0.0M1)YIGNFTSG683_ATI_NTFANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSGIGNFATIIGNFNTFREPSG#)1.0.0V15YIGNFTSG683_ATIGG_TO_NTFGANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSG%IGNFATIGGIGNFNTFGREPSG#)1.0.0F1YIGNFTSG683ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSGIGNFATIGIGNFNTFREPSG#)1.0.0M1)YIGNFTSG682_ATI_NTFANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSGIGNFATIIGNFNTFSEPSG#)1.0.0V15YIGNFTSG682_ATIGG_TO_NTFGANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSG%IGNFATIGGIGNFNTFGSEPSG#)1.0.0F1YIGNFTSG682ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers NOUVELLE TRIANGULATION DE LA FRANCE (NTF)EPSGIGNFATIGIGNFNTFSEPSG#)1.0.0-1-IGNFTSG681_ATI_WGS84ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFWGS84^BEPSG#)1.0.0/1/IGNFTSG681_ATI_RRAF91ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFRRAF91^BEPSG#)1.0.0)1+IGNFTSG681_ATI_4978ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIEPSGr^BEPSG#)1.0.0111IGNFTSG681_ATIG_RRAF91ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGIGNFRRAF91^BEPSG#)1.0.0+1-IGNFTSG681_ATIG_4978ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIGEPSGr^BEPSG#)1.0.0:1=IGNFTSG681_ATIGG_TO_WGS84GDDANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSG%IGNFATIGGIGNFWGS84GDD^BEPSG#)1.0.0 9-1-IGNFTSG684_ATI_WGS84ANCIENNE TRIANGULATION DES INGENIEURS GEOGRAPHES (ATIG) vers WGS 84EPSGIGNFATIIGNFWGS84g9EPSG#)1.0.0 kG !    y#qC!}%0/}IGNFTSG731_RGR92_4978RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSGIGNFRGR92EPSGrEPSG#)1.0.0,0?}IGNFTSG731_RGR92G_TO_WGS84GDDRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GIGNFWGS84GDDEPSG#)1.0.0(0;}IGNFTSG731_RGR92G_TO_WGS84GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GIGNFWGS84GEPSG#)1.0.0"07}IGNFTSG731_RGR92G_TO_4326RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GEPSGEPSG#)1.0.080K}%IGNFTSG731_RGR92GEO_TO_WGS84RRAFGEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEOIGNFWGS84RRAFGEOEPSG#)1.0.040G}!IGNFTSG731_RGR92GEO_TO_WGS84GEODDRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEOIGNFWGS84GEODDEPSG#)1.0.000C}IGNFTSG731_RGR92GEO_TO_WGS84GEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEOIGNFWGS84GEOEPSG#)1.0.0<0O}!%IGNFTSG731_RGR92GEODD_TO_WGS84RRAFGEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEODDIGNFWGS84RRAFGEOEPSG#)1.0.080K}!!IGNFTSG731_RGR92GEODD_TO_WGS84GEODDRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEODDIGNFWGS84GEODDEPSG#)1.0.040G}!IGNFTSG731_RGR92GEODD_TO_WGS84GEORGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG IGNFRGR92GEODDIGNFWGS84GEOEPSG#)1.0.000C}IGNFTSG731_RGR92GDD_TO_WGS84GDDRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GDDIGNFWGS84GDDEPSG#)1.0.0,0?}IGNFTSG731_RGR92GDD_TO_WGS84GRGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GDDIGNFWGS84GEPSG#)1.0.0&0;}IGNFTSG731_RGR92GDD_TO_4326RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSG%IGNFRGR92GDDEPSGEPSG#)1.0.00}IGNFTSG731RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers WGS 84EPSGIGNFRGR92IGNFWGS84EPSG#)1.0.01;1IGNFTSG727_MARE53G_TO_RGNCGIGN53 MARE - ILES LOYAUTE vers RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991)EPSG%IGNFMARE53GIGNFRGNCGhr!@mvȴ9Xl`AEPSG#)@ K=)VR(| TEPSG#_EPSG#1.0.0t11IGNFTSG727IGN53 MARE - ILES LOYAUTE vers RESEAU GEODESIQUE DE NOUVELLE-CALEDONIE (RGNC 1991)EPSG IGNFMARE53IGNFRGNChr!@mvȴ9Xl`AEPSG#)@ K=)VR(| TEPSG#_EPSG#1.0.0 01IIGNFTSG709_ED50_RRAF91EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50IGNFRRAF91EPSG#)1.0.00-IIGNFTSG709_ED50_4978EUROPE 1950 (ED50) vers WGS 84EPSGIGNFED50EPSGrEPSG#)1.0.00=IIGNFTSG709_ED50G_TO_WGS84GDDEUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GIGNFWGS84GDDEPSG#)1.0.009IIGNFTSG709_ED50G_TO_WGS84GEUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GIGNFWGS84GEPSG#)1.0.0 05IIGNFTSG709_ED50G_TO_4326EUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GEPSG欟EPSG#)1.0.00AIIGNFTSG709_ED50GEO_TO_WGS84GDDEUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GEOIGNFWGS84GDDEPSG#)1.0.00=IIGNFTSG709_ED50GEO_TO_WGS84GEUROPE 1950 (ED50) vers WGS 84EPSG%IGNFED50GEOIGNFWGS84GEPSG#)1.0.0 |d S  V <}LB)|+07_IGNFTSG752_SAT84G_TO_4326SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFSAT84GEPSG@iD(\@e33333/zG{EPSG#)1.0.0007_IGNFTSG752_RUSAT84_RRAF91SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFRUSAT84IGNFRRAF91@iD(\@e33333/zG{EPSG#)1.0.0*03_IGNFTSG752_RUSAT84_4978SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFRUSAT84EPSGr@iD(\@e33333/zG{EPSG#)1.0.090C_IGNFTSG752_RUSAT84G_TO_WGS84GDDSAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFRUSAT84GIGNFWGS84GDD@iD(\@e33333/zG{EPSG#)1.0.050?_IGNFTSG752_RUSAT84G_TO_WGS84GSAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFRUSAT84GIGNFWGS84G@iD(\@e33333/zG{EPSG#)1.0.0/0;_IGNFTSG752_RUSAT84G_TO_4326SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFRUSAT84GEPSG@iD(\@e33333/zG{EPSG#)1.0.0 0_IGNFTSG752SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFRUSAT84IGNFWGS84@iD(\@e33333/zG{EPSG#)1.0.0805sIGNFTSG751_NUKU72_RRAF91IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72IGNFRRAF91@`[33333@g%p =@e =pEPSG#)1.0.0201sIGNFTSG751_NUKU72_4978IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72EPSGr@`[33333@g%p =@e =pEPSG#)1.0.0A0AsIGNFTSG751_NUKU72G_TO_WGS84GDDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GIGNFWGS84GDD@`[33333@g%p =@e =pEPSG#)1.0.0=0=sIGNFTSG751_NUKU72G_TO_WGS84GIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GIGNFWGS84G@`[33333@g%p =@e =pEPSG#)1.0.0709sIGNFTSG751_NUKU72G_TO_4326IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG%IGNFNUKU72GEPSG@`[33333@g%p =@e =pEPSG#)1.0.0M0Ms%IGNFTSG751_NUKU72GEO_TO_WGS84RRAFGEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84RRAFGEO@`[33333@g%p =@e =pEPSG#)1.0.0I0Is!IGNFTSG751_NUKU72GEO_TO_WGS84GEODDIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84GEODD@`[33333@g%p =@e =pEPSG#)1.0.0E0EsIGNFTSG751_NUKU72GEO_TO_WGS84GEOIGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSG IGNFNUKU72GEOIGNFWGS84GEO@`[33333@g%p =@e =pEPSG#)1.0.0)0sIGNFTSG751IGN 1972 (NUKU HIVA - UA HUKA - UA POU) vers WGS 84EPSGIGNFNUKU72IGNFWGS84@`[33333@g%p =@e =pEPSG#)1.0.0*07SIGNFTSG749_FANGA84_RRAF91MOP84 (FANGATAUFA 1984) vers WGS 84EPSGIGNFFANGA84IGNFRRAF91@b=p @cʏ\(@]zGEPSG#)1.0.0$03SIGNFTSG749_FANGA84_4978MOP84 (FANGATAUFA 1984) vers WGS 84EPSGIGNFFANGA84EPSGr@b=p @cʏ\(@]zGEPSG#)1.0.030CSIGNFTSG749_FANGA84G_TO_WGS84GDDMOP84 (FANGATAUFA 1984) vers WGS 84EPSG%IGNFFANGA84GIGNFWGS84GDD@b=p @cʏ\(@]zGEPSG#)1.0.0/0?SIGNFTSG749_FANGA84G_TO_WGS84GMOP84 (FANGATAUFA 1984) vers WGS 84EPSG%IGNFFANGA84GIGNFWGS84G@b=p @cʏ\(@]zGEPSG#)1.0.0)0;SIGNFTSG749_FANGA84G_TO_4326MOP84 (FANGATAUFA 1984) vers WGS 84EPSG%IGNFFANGA84GEPSG@b=p @cʏ\(@]zGEPSG#)1.0.00SIGNFTSG749MOP84 (FANGATAUFA 1984) vers WGS 84EPSGIGNFFANGA84IGNFWGS84@b=p @cʏ\(@]zGEPSG#)1.0.0 I G  T S? n9607kIGNFTSG755_TETIA90_RRAF91MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTETIA90IGNFRRAF91%@)=p EPSG#)1.0.0003kIGNFTSG755_TETIA90_4978MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTETIA90EPSGr%@)=p EPSG#)1.0.0?0CkIGNFTSG755_TETIA90G_TO_WGS84GDDMOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTETIA90GIGNFWGS84GDD%@)=p EPSG#)1.0.0;0?kIGNFTSG755_TETIA90G_TO_WGS84GMOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTETIA90GIGNFWGS84G%@)=p EPSG#)1.0.050;kIGNFTSG755_TETIA90G_TO_4326MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTETIA90GEPSG%@)=p EPSG#)1.0.0001kIGNFTSG755_MOP90_WGS84MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFMOP90IGNFWGS84%@)=p EPSG#)1.0.0203kIGNFTSG755_MOP90_RRAF91MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFMOP90IGNFRRAF91%@)=p EPSG#)1.0.0,0/kIGNFTSG755_MOP90_4978MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFMOP90EPSGr%@)=p EPSG#)1.0.0;0?kIGNFTSG755_MOP90G_TO_WGS84GDDMOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFMOP90GIGNFWGS84GDD%@)=p EPSG#)1.0.070;kIGNFTSG755_MOP90G_TO_WGS84GMOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFMOP90GIGNFWGS84G%@)=p EPSG#)1.0.0107kIGNFTSG755_MOP90G_TO_4326MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFMOP90GEPSG%@)=p EPSG#)1.0.0&0kIGNFTSG755MOP90 (TETIAROA) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTETIA90IGNFWGS84%@)=p EPSG#)1.0.0(05SIGNFTSG754_KAUE70_RRAF91MHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSGIGNFKAUE70IGNFRRAF91@_\(@rR\(EPSG#)1.0.0"01SIGNFTSG754_KAUE70_4978MHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSGIGNFKAUE70EPSGr@_\(@rR\(EPSG#)1.0.010ASIGNFTSG754_KAUE70G_TO_WGS84GDDMHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSG%IGNFKAUE70GIGNFWGS84GDD@_\(@rR\(EPSG#)1.0.0-0=SIGNFTSG754_KAUE70G_TO_WGS84GMHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSG%IGNFKAUE70GIGNFWGS84G@_\(@rR\(EPSG#)1.0.0'09SIGNFTSG754_KAUE70G_TO_4326MHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSG%IGNFKAUE70GEPSG@_\(@rR\(EPSG#)1.0.00SIGNFTSG754MHPF70 (KAUEHI) TUAMOTU vers WGS 84EPSGIGNFKAUE70IGNFWGS84@_\(@rR\(EPSG#)1.0.0*01_IGNFTSG752_SAT84_WGS84SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFSAT84IGNFWGS84@iD(\@e33333/zG{EPSG#)1.0.0,03_IGNFTSG752_SAT84_RRAF91SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFSAT84IGNFRRAF91@iD(\@e33333/zG{EPSG#)1.0.0&0/_IGNFTSG752_SAT84_4978SAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSGIGNFSAT84EPSGr@iD(\@e33333/zG{EPSG#)1.0.050?_IGNFTSG752_SAT84G_TO_WGS84GDDSAT84 (RURUTU) ILES AUSTRALES vers WGS 84EPSG%IGNFSAT84GIGNFWGS84GDD@iD(\@e33333/zG{EPSG#)1.0.0 ?jp ( ~  h5|0xjP*0=MIGNFTSG759_ANAA92G_TO_WGS84GMOP92 (ANAA) TUAMOTU vers WGS 84EPSG%IGNFANAA92GIGNFWGS84G?@Q@=p =EPSG#)1.0.0$09MIGNFTSG759_ANAA92G_TO_4326MOP92 (ANAA) TUAMOTU vers WGS 84EPSG%IGNFANAA92GEPSG?@Q@=p =EPSG#)1.0.0:0MM%IGNFTSG759_ANAA92GEO_TO_WGS84RRAFGEOMOP92 (ANAA) TUAMOTU vers WGS 84EPSG IGNFANAA92GEOIGNFWGS84RRAFGEO?@Q@=p =EPSG#)1.0.060IM!IGNFTSG759_ANAA92GEO_TO_WGS84GEODDMOP92 (ANAA) TUAMOTU vers WGS 84EPSG IGNFANAA92GEOIGNFWGS84GEODD?@Q@=p =EPSG#)1.0.020EMIGNFTSG759_ANAA92GEO_TO_WGS84GEOMOP92 (ANAA) TUAMOTU vers WGS 84EPSG IGNFANAA92GEOIGNFWGS84GEO?@Q@=p =EPSG#)1.0.00MIGNFTSG759MOP92 (ANAA) TUAMOTU vers WGS 84EPSGIGNFANAA92IGNFWGS84?@Q@=p =EPSG#)1.0.0705qIGNFTSG757_TAHI79_RRAF91IGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTAHI79IGNFRRAF91@dQ@]33333@c6zGEPSG#)1.0.0101qIGNFTSG757_TAHI79_4978IGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTAHI79EPSGr@dQ@]33333@c6zGEPSG#)1.0.0@0AqIGNFTSG757_TAHI79G_TO_WGS84GDDIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTAHI79GIGNFWGS84GDD@dQ@]33333@c6zGEPSG#)1.0.0<0=qIGNFTSG757_TAHI79G_TO_WGS84GIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTAHI79GIGNFWGS84G@dQ@]33333@c6zGEPSG#)1.0.0609qIGNFTSG757_TAHI79G_TO_4326IGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG%IGNFTAHI79GEPSG@dQ@]33333@c6zGEPSG#)1.0.0L0Mq%IGNFTSG757_TAHI79GEO_TO_WGS84RRAFGEOIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG IGNFTAHI79GEOIGNFWGS84RRAFGEO@dQ@]33333@c6zGEPSG#)1.0.0H0Iq!IGNFTSG757_TAHI79GEO_TO_WGS84GEODDIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG IGNFTAHI79GEOIGNFWGS84GEODD@dQ@]33333@c6zGEPSG#)1.0.0D0EqIGNFTSG757_TAHI79GEO_TO_WGS84GEOIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSG IGNFTAHI79GEOIGNFWGS84GEO@dQ@]33333@c6zGEPSG#)1.0.0(0qIGNFTSG757IGN79 (TAHITI 1979) ILES DE LA SOCIETE vers WGS 84EPSGIGNFTAHI79IGNFWGS84@dQ@]33333@c6zGEPSG#)1.0.0N15IGNFTSG756_MHPF67_RRAF91MHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSGIGNFMHPF67IGNFRRAF91@u!Gz@j\(rQEPSG#)1.0.0H11IGNFTSG756_MHPF67_4978MHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSGIGNFMHPF67EPSGr@u!Gz@j\(rQEPSG#)1.0.0W1AIGNFTSG756_MHPF67G_TO_WGS84GDDMHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSG%IGNFMHPF67GIGNFWGS84GDD@u!Gz@j\(rQEPSG#)1.0.0S1=IGNFTSG756_MHPF67G_TO_WGS84GMHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSG%IGNFMHPF67GIGNFWGS84G@u!Gz@j\(rQEPSG#)1.0.0M19IGNFTSG756_MHPF67G_TO_4326MHPF 1967 (MANGAREVA - AGAKAUITAI - AUKENA - MEKIRO) GAMBIER vers WGS 84EPSG%IGNFMHPF67GEPSG@u!Gz@j\(rQEPSG#)1.0.0.0AMIGNFTSG759_ANAA92G_TO_WGS84GDDMOP92 (ANAA) TUAMOTU vers WGS 84EPSG%IGNFANAA92GIGNFWGS84GDD?@Q@=p =EPSG#)1.0.0 uY U & eUQ+u409mIGNFTSG763_APAT86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GEPSG@a33333@h=p @R33333EPSG#)1.0.0&0mIGNFTSG763MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86IGNFWGS84@a33333@h=p @R33333EPSG#)1.0.0@09{IGNFTSG762_MARQUI72_RRAF91IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFRRAF91@t\(Q =p@n =pEPSG#)1.0.0:05{IGNFTSG762_MARQUI72_4978IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72EPSGr@t\(Q =p@n =pEPSG#)1.0.0I0E{IGNFTSG762_MARQUI72G_TO_WGS84GDDIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84GDD@t\(Q =p@n =pEPSG#)1.0.0E0A{IGNFTSG762_MARQUI72G_TO_WGS84GIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84G@t\(Q =p@n =pEPSG#)1.0.0?0={IGNFTSG762_MARQUI72G_TO_4326IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GEPSG@t\(Q =p@n =pEPSG#)1.0.0/0{IGNFTSG762IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFWGS84@t\(Q =p@n =pEPSG#)1.0.0@09{IGNFTSG761_MARQUI72_RRAF91IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFRRAF91@t}p =-Q@M=p EPSG#)1.0.0:05{IGNFTSG761_MARQUI72_4978IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72EPSGr@t}p =-Q@M=p EPSG#)1.0.0I0E{IGNFTSG761_MARQUI72G_TO_WGS84GDDIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84GDD@t}p =-Q@M=p EPSG#)1.0.0E0A{IGNFTSG761_MARQUI72G_TO_WGS84GIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84G@t}p =-Q@M=p EPSG#)1.0.0?0={IGNFTSG761_MARQUI72G_TO_4326IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GEPSG@t}p =-Q@M=p EPSG#)1.0.0/0{IGNFTSG761IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFWGS84@t}p =-Q@M=p EPSG#)1.0.0@09{IGNFTSG760_MARQUI72_RRAF91IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFRRAF91@t\(+ =p@MGzHEPSG#)1.0.0:05{IGNFTSG760_MARQUI72_4978IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72EPSGr@t\(+ =p@MGzHEPSG#)1.0.0I0E{IGNFTSG760_MARQUI72G_TO_WGS84GDDIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84GDD@t\(+ =p@MGzHEPSG#)1.0.0E0A{IGNFTSG760_MARQUI72G_TO_WGS84GIGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GIGNFWGS84G@t\(+ =p@MGzHEPSG#)1.0.0?0={IGNFTSG760_MARQUI72G_TO_4326IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSG%IGNFMARQUI72GEPSG@t\(+ =p@MGzHEPSG#)1.0.0/0{IGNFTSG760IGN72 (EIAO - HIVA OA - MOHOTANI) MARQUISES vers WGS 84EPSGIGNFMARQUI72IGNFWGS84@t\(+ =p@MGzHEPSG#)1.0.0%05MIGNFTSG759_ANAA92_RRAF91MOP92 (ANAA) TUAMOTU vers WGS 84EPSGIGNFANAA92IGNFRRAF91?@Q@=p =EPSG#)1.0.0 D<  g 5 %oB d<X505mIGNFTSG764_TUAM86_RRAF91MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86IGNFRRAF91@izG@` Q@C@EPSG#)1.0.0/01mIGNFTSG764_TUAM86_4978MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86EPSGr@izG@` Q@C@EPSG#)1.0.0>0AmIGNFTSG764_TUAM86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84GDD@izG@` Q@C@EPSG#)1.0.0:0=mIGNFTSG764_TUAM86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84G@izG@` Q@C@EPSG#)1.0.0409mIGNFTSG764_TUAM86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GEPSG@izG@` Q@C@EPSG#)1.0.0303mIGNFTSG764_APAT86_WGS84MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFWGS84@izG@` Q@C@EPSG#)1.0.0505mIGNFTSG764_APAT86_RRAF91MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFRRAF91@izG@` Q@C@EPSG#)1.0.0/01mIGNFTSG764_APAT86_4978MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86EPSGr@izG@` Q@C@EPSG#)1.0.0>0AmIGNFTSG764_APAT86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84GDD@izG@` Q@C@EPSG#)1.0.0:0=mIGNFTSG764_APAT86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84G@izG@` Q@C@EPSG#)1.0.0409mIGNFTSG764_APAT86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GEPSG@izG@` Q@C@EPSG#)1.0.0&0mIGNFTSG764MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86IGNFWGS84@izG@` Q@C@EPSG#)1.0.0505mIGNFTSG763_TUAM86_RRAF91MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86IGNFRRAF91@a33333@h=p @R33333EPSG#)1.0.0/01mIGNFTSG763_TUAM86_4978MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86EPSGr@a33333@h=p @R33333EPSG#)1.0.0>0AmIGNFTSG763_TUAM86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84GDD@a33333@h=p @R33333EPSG#)1.0.0:0=mIGNFTSG763_TUAM86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84G@a33333@h=p @R33333EPSG#)1.0.0409mIGNFTSG763_TUAM86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GEPSG@a33333@h=p @R33333EPSG#)1.0.0303mIGNFTSG763_APAT86_WGS84MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFWGS84@a33333@h=p @R33333EPSG#)1.0.0505mIGNFTSG763_APAT86_RRAF91MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFRRAF91@a33333@h=p @R33333EPSG#)1.0.0/01mIGNFTSG763_APAT86_4978MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86EPSGr@a33333@h=p @R33333EPSG#)1.0.0>0AmIGNFTSG763_APAT86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84GDD@a33333@h=p @R33333EPSG#)1.0.0=m&0mIGNFTSG765MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFTUAM86IGNFWGS84@kG{@] =p@3(\EPSG#)1.0.0 J  f ? rI'1?iIGNFTSG779_RAIA53G_TO_RGPFGDDIGN53 (IGN RAIATEA-TAHAA) RAIATEA-TAHAA-BORA BORA-HUAHINE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFRAIA53GIGNFRGPFGDD@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\N0AmIGNFTSG765_TUAM86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84GDD@kG{@] =p@3(\EPSG#)1.0.0:0=mIGNFTSG765_TUAM86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GIGNFWGS84G@kG{@] =p@3(\EPSG#)1.0.0409mIGNFTSG765_TUAM86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFTUAM86GEPSG@kG{@] =p@3(\EPSG#)1.0.0303mIGNFTSG765_APAT86_WGS84MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFWGS84@kG{@] =p@3(\EPSG#)1.0.0505mIGNFTSG765_APAT86_RRAF91MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86IGNFRRAF91@kG{@] =p@3(\EPSG#)1.0.0/01mIGNFTSG765_APAT86_4978MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSGIGNFAPAT86EPSGr@kG{@] =p@3(\EPSG#)1.0.0>0AmIGNFTSG765_APAT86G_TO_WGS84GDDMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84GDD@kG{@] =p@3(\EPSG#)1.0.0:0=mIGNFTSG765_APAT86G_TO_WGS84GMOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GIGNFWGS84G@kG{@] =p@3(\EPSG#)1.0.09mIGNFTSG765_APAT86G_TO_4326MOP86 (APATAKI - RAPA - HAO) TUAMOTU vers WGS 84EPSG%IGNFAPAT86GEPSG@kG{@] =p@3(\EPSG#)1.0.0 7 v M /|^7%1=iIGNFTSG781_TAHAA53G_TO_RGPFGIGN53 (IGN RAIATEA-TAHAA) RAIATEA-TAHAA-BORA BORA-HUAHINE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFTAHAA53GIGNFRGPFG@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\N6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0K1Q!%#IGNFTSG818_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEODD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0Je1K%#IGNFTSG815_TERA50GEO_TO_RGTAAFGEODDPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG IGNFTERA50GEOIGNFRGTAAFGEODD@tNO;@c)$/@eFEPSG#)1.0.0I|1;IGNFTSG802_LURESG_TO_WGS84GNOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLURESGIGNFWGS84GhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0HE1;IGNFTSG786_CAD97G_TO_RGM04GCADASTRE 1997 vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG%IGNFCAD97GIGNFRGM04GwܛSL ěp ěTEPSG#)1.0.0F)1AiIGNFTSG781_TAHAA53G_TO_RGPFGDDIGN53 (IGN RAIATEA-TAHAA) RAIATEA-TAHAA-BORA BORA-HUAHINE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFTAHAA53GIGNFRGPFGDD@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\N1IGNFTSG785MOP 1983 (MAUPITI) vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSGIGNFMAUPITIIGNFRGPF@k!/w@U`A7L@7j~EPSG#)1.0.01?CIGNFTSG783_TAHI79G_TO_RGPFGDDIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFTAHI79GIGNFRGPFGDD@k@cVu@ftjEPSG#)@ݗ+k?;5Xy?bMEPSG#@&<64EPSG#1.0.01;CIGNFTSG783_TAHI79G_TO_RGPFGIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFTAHI79GIGNFRGPFG@k@cVu@ftjEPSG#)@ݗ+k?;5Xy?bMEPSG#@&<64EPSG#1.0.01CCIGNFTSG783_TAHI79GEO_TO_RGPFGEOIGN79 (TAHITI 1979) ILES DE LA SOCIETE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFTAHI79GEOIGNFRGPFGEO@k@cVu@ftjEPSG#)@ݗ+k?;5Xy?bMEPSG#@&<64EPSG#1.0.0}1CIGNFTSG783IGN79 (TAHITI 1979) ILES DE LA SOCIETE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG IGNFTAHI79IGNFRGPF@k@cVu@ftjEPSG#)@ݗ+k?;5Xy?bMEPSG#@&<64EPSG#1.0.0)1AiIGNFTSG782_TAHAA53G_TO_RGPFGDDIGN53 (IGN RAIATEA-TAHAA) RAIATEA-TAHAA-BORA BORA-HUAHINE vers RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE)EPSG%IGNFTAHAA53GIGNFRGPFGDD@R1&y@u ě@SvEPSG#)1&y;5Xy+EPSG#?\NFv17IGNFTSG802_LURESG_TO_4326NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLURESGEPSGhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0u11IGNFTSG802_LUREF_WGS84NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLUREFIGNFWGS84hO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0w13IGNFTSG802_LUREF_RRAF91NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLUREFIGNFRRAF91hO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0q1/IGNFTSG802_LUREF_4978NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLUREFEPSGrhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0i1IGNFTSG802NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLURESIGNFWGS84hO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.01EE!IGNFTSG795_STPM50G_TO_RGSPM06GDDST-PIERRE-ET-MIQUELON 1950 vers RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006)EPSG%IGNFSTPM50GIGNFRGSPM06GDDWE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#1.0.01AEIGNFTSG795_STPM50G_TO_RGSPM06GST-PIERRE-ET-MIQUELON 1950 vers RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006)EPSG%IGNFSTPM50GIGNFRGSPM06GWE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#1.0.0#1ME%IGNFTSG795_STPM50GEO_TO_RGSPM06GEODDST-PIERRE-ET-MIQUELON 1950 vers RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006)EPSG IGNFSTPM50GEOIGNFRGSPM06GEODDWE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#1.0.01IE!IGNFTSG795_STPM50GEO_TO_RGSPM06GEOST-PIERRE-ET-MIQUELON 1950 vers RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006)EPSG IGNFSTPM50GEOIGNFRGSPM06GEOWE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#1.0.01EIGNFTSG795ST-PIERRE-ET-MIQUELON 1950 vers RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006)EPSG IGNFSTPM50IGNFRGSPM06WE@v@e$/EPSG#)Y}?tjD*0EPSG#@EP1&xEPSG#1.0.0p0AyIGNFTSG787_MAYO50G_TO_RGM04GDDCOMBANI vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG%IGNFMAYO50GIGNFRGM04GDDlCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#1.0.0l0=yIGNFTSG787_MAYO50G_TO_RGM04GCOMBANI vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG%IGNFMAYO50GIGNFRGM04GlCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#1.0.0x0Iy!IGNFTSG787_MAYO50GEO_TO_RGM04GEODDCOMBANI vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG IGNFMAYO50GEOIGNFRGM04GEODDlCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#1.0.0t0EyIGNFTSG787_MAYO50GEO_TO_RGM04GEOCOMBANI vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG IGNFMAYO50GEOIGNFRGM04GEOlCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#1.0.0X0yIGNFTSG787COMBANI vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG IGNFMAYO50IGNFRGM04lCq8FhuGzEPSG#)`A7Kǿ-V?҈p:EPSG#@HJEPSG#1.0.0I1?IGNFTSG786_CAD97G_TO_RGM04GDDCADASTRE 1997 vers RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004)EPSG%IGNFCAD97GIGNFRGM04GDDwܛSL ěp ěTEPSG#)1.0.0 W    ~D08W_1E%#IGNFTSG815_PGP50G_TO_RGTAAF07GDDPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFPGP50GIGNFRGTAAF07GDD@tNO;@c)$/@eFEPSG#)1.0.0[1A%IGNFTSG815_PGP50G_TO_RGTAAF07GPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFPGP50GIGNFRGTAAF07G@tNO;@c)$/@eFEPSG#)1.0.0E1%IGNFTSG815POINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFPGP50IGNFRGTAAF07@tNO;@c)$/@eFEPSG#)1.0.0+05YIGNFTSG812_STPM50_RRAF91ST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSGIGNFSTPM50IGNFRRAF91@&"`@z^5?|@wRzGEPSG#)1.0.0%01YIGNFTSG812_STPM50_4978ST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSGIGNFSTPM50EPSGr@&"`@z^5?|@wRzGEPSG#)1.0.040AYIGNFTSG812_STPM50G_TO_WGS84GDDST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG%IGNFSTPM50GIGNFWGS84GDD@&"`@z^5?|@wRzGEPSG#)1.0.000=YIGNFTSG812_STPM50G_TO_WGS84GST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG%IGNFSTPM50GIGNFWGS84G@&"`@z^5?|@wRzGEPSG#)1.0.0*09YIGNFTSG812_STPM50G_TO_4326ST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG%IGNFSTPM50GEPSG@&"`@z^5?|@wRzGEPSG#)1.0.0@0MY%IGNFTSG812_STPM50GEO_TO_WGS84RRAFGEOST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG IGNFSTPM50GEOIGNFWGS84RRAFGEO@&"`@z^5?|@wRzGEPSG#)1.0.0<0IY!IGNFTSG812_STPM50GEO_TO_WGS84GEODDST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG IGNFSTPM50GEOIGNFWGS84GEODD@&"`@z^5?|@wRzGEPSG#)1.0.080EYIGNFTSG812_STPM50GEO_TO_WGS84GEOST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSG IGNFSTPM50GEOIGNFWGS84GEO@&"`@z^5?|@wRzGEPSG#)1.0.00YIGNFTSG812ST-PIERRE-ET-MIQUELON 1950 vers WGS 84EPSGIGNFSTPM50IGNFWGS84@&"`@z^5?|@wRzGEPSG#)1.0.01?IGNFTSG802_LUXGEO_TO_WGS84GDDNOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLUXGEOIGNFWGS84GDDhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0|1;IGNFTSG802_LUXGEO_TO_WGS84GNOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLUXGEOIGNFWGS84GhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0v17IGNFTSG802_LUXGEO_TO_4326NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLUXGEOEPSGhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0w13IGNFTSG802_LURES_RRAF91NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLURESIGNFRRAF91hO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0q1/IGNFTSG802_LURES_4978NOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG IGNFLURESEPSGrhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.01?IGNFTSG802_LURESG_TO_WGS84GDDNOUVELLE TRIANGULATION DU GRAND DUCHE DE LUXEMBOURG (LURES) vers WGS 84EPSG%IGNFLURESGIGNFWGS84GDDhO;d@+XtjCO;dEPSG#);5Xyw1@:SEPSG#?ۅQEPSG#1.0.0;a1G%IGNFTSG815_TERA50GEO_TO_RGTAAFGEOPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG IGNFTERA50GEOIGNFRGTAAFGEO@tNO;@c)$/@eFEPSG#)1.0.0 !> f x s j ]LC6501M!%IGNFTSG818_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEO?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01Q!%#IGNFTSG818_W84MARTGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFW84MARTGEODDIGNFRGAF09GEODD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01M!%IGNFTSG818_W84MARTGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFW84MARTGEODDIGNFRGAF09GEO?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01?!IGNFTSG818_RRAFG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGIGNFRGAF09GDD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01;!IGNFTSG818_RRAFG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGIGNFRGAF09G?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0 1G!#IGNFTSG818_RRAFGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEODD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01C!IGNFTSG818_RRAFGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEO?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01K!#IGNFTSG818_RRAFGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEODD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0 1G!IGNFTSG818_RRAFGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEO?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01C!IGNFTSG818_RRAFGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09GDD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01?!IGNFTSG818_RRAFGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09G?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0l1!IGNFTSG818WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFIGNFRGAF09?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0V19%IGNFTSG815_TERA50_RGTAAF07POINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFTERA50IGNFRGTAAF07@tNO;@c)$/@eFEPSG#)1.0.0a1G%#IGNFTSG815_TERA50G_TO_RGTAAF07GDDPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFTERA50GIGNFRGTAAF07GDD@tNO;@c)$/@eFEPSG#)1.0.0]1C%IGNFTSG815_TERA50G_TO_RGTAAF07GPOINTE GEOLOGIE-PERROUD 1950 vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFTERA50GIGNFRGTAAF07G@tNO;@c)$/@eFEPSG#)1.0.0 s yxs1?!IGNFTSG819_RRAFG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGIGNFRGAF09GDD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01;!IGNFTSG819_RRAFG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGIGNFRGAF09G@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 1G!#IGNFTSG819_RRAFGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEODD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01C!IGNFTSG819_RRAFGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEO@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01K!#IGNFTSG819_RRAFGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEODD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 1G!IGNFTSG819_RRAFGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEO@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01C!IGNFTSG819_RRAFGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09GDD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01?!IGNFTSG819_RRAFGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09G@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0l1!IGNFTSG819WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFIGNFRGAF09@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 1I!!IGNFTSG818_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09GDD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0 1E!!IGNFTSG818_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09G?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01M!%IGNFTSG818_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09GDD?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.0 1I!%IGNFTSG818_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09G?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01;!IGNFTSG818_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09?蠐- |( NUEPSG#)Κ,fX`,y=bEPSG#?u%EPSG#1.0.01M!%IGNFTSG819_W84MARTGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFW84MARTGEODDIGNFRGAF09GEO@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 O ve\O 1G!#IGNFTSG820_RRAFGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEODD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01C!IGNFTSG820_RRAFGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEOIGNFRGAF09GEO?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01K!#IGNFTSG820_RRAFGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEODD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 1G!IGNFTSG820_RRAFGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFGEODDIGNFRGAF09GEO?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01C!IGNFTSG820_RRAFGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09GDD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01?!IGNFTSG820_RRAFGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGDDIGNFRGAF09G?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0l1!IGNFTSG820WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFRRAFIGNFRGAF09?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 1I!!IGNFTSG819_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09GDD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 1E!!IGNFTSG819_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09G@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01M!%IGNFTSG819_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09GDD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0 1I!%IGNFTSG819_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09G@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01;!IGNFTSG819_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01Q!%#IGNFTSG819_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEODD@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.01M!%IGNFTSG819_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEO@-T@H˒:?[W>6zEPSG#)ZR?fPmEPSG#_oEPSG#1.0.0Q!%#1;!IGNFTSG820_RRAFG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFRRAFGIGNFRGAF09G?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 . {l*J.1!C1NKGP1_2008_DKNKG_ETRF00 to ETRF92@2000.0Transformation from NKG_ETRF00 to ETRF92, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG?tzG{?OIH?`A7?m?>EPSG#)?yM? &^?(,EPSG#Jm3 EPSG#NKG 2008^1G#IGNFTSG825_KERG62G_TO_RGTAAF07GDDKERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFKERG62GIGNFRGTAAF07GDD@běTgX =q@Y;nPEPSG#)1.0.0Z1CIGNFTSG825_KERG62G_TO_RGTAAF07GKERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG%IGNFKERG62GIGNFRGTAAF07G@běTgX =q@Y;nPEPSG#)1.0.0b1K#IGNFTSG825_KERG62GEO_TO_RGTAAFGEODDKERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG IGNFKERG62GEOIGNFRGTAAFGEODD@běTgX =q@Y;nPEPSG#)1.0.0^1GIGNFTSG825_KERG62GEO_TO_RGTAAFGEOKERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSG IGNFKERG62GEOIGNFRGTAAFGEO@běTgX =q@Y;nPEPSG#)1.0.0Y1?IGNFTSG825_KERG62CAR_RGTAAF07KERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFKERG62CARIGNFRGTAAF07@běTgX =q@Y;nPEPSG#)1.0.0E1IGNFTSG825KERGUELEN - K0 (IGN 1962) vers RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007)EPSGIGNFKERG62K0IGNFRGTAAF07@běTgX =q@Y;nPEPSG#)1.0.0 1I!!IGNFTSG820_WGS84MARTG_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09GDD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 1E!!IGNFTSG820_WGS84MARTG_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGIGNFRGAF09G?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01M!%IGNFTSG820_WGS84MARTGDD_TO_RGAF09GDDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09GDD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 1I!%IGNFTSG820_WGS84MARTGDD_TO_RGAF09GWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG%IGNFWGS84MARTGDDIGNFRGAF09G?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01;!IGNFTSG820_WGS84GUAD_RGAF09WGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADIGNFRGAF09?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01Q!%#IGNFTSG820_WGS84GUADGEO_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEODD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01M!%IGNFTSG820_WGS84GUADGEO_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFWGS84GUADGEOIGNFRGAF09GEO?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01Q!%#IGNFTSG820_W84MARTGEODD_TO_RGAF09GEODDWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFW84MARTGEODDIGNFRGAF09GEODD?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.01M!%IGNFTSG820_W84MARTGEODD_TO_RGAF09GEOWGS 84 (RRAF) vers RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009)EPSG IGNFW84MARTGEODDIGNFRGAF09GEO?*0@S&($ xGEPSG#)?tj~ۿě*\7KƧEPSG#?΍EPSG#1.0.0 2  zS2)X&011i PROJETRS89_TO_ETRF2014ETRS89 to ETRF2014Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#m?EPSG#)&011i PROJETRS89_TO_ETRF2000ETRS89 to ETRF2000Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#k?EPSG#)1#C1NKGPAR_2020_SENKG_ETRF14 to ETRF97@2000.0Transformation from NKG_ETRF14 to ETRF97, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG?tzG{?E?-#NV. EPSG#)?WB&k#o?#t?X>_EPSG#?hzRuEPSG#NKG 2020%1#W1NKGPAR_2020_NONKG_ETRF14 to ETRF93@2000.0 (Helmert)Transformation from NKG_ETRF14 to ETRF93, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG?zG{{ 9&B?."&rEPSG#)?eس_J?j#240SBXvEPSG#?e(sEPSG#NKG 20201#C1NKGPAR_2020_LVNKG_ETRF14 to ETRF89@2000.0Transformation from NKG_ETRF14 to ETRF89, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG?zG{?{m4Ck&?a(9EPSG#)=n?]\?ԈmEPSG#mmzEPSG#NKG 20201#G5NKGPAR_2020_LTNKG_ETRF14 to ETRF2000@2000.0Transformation from NKG_ETRF14 to ETRF2000, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG?Q?ׄپ?^"SǤud0EPSG#)?s%6 g(?fGSPEPSG#n-pAEPSG#NKG 2020%1#W1NKGPAR_2020_FINKG_ETRF14 to ETRF96@2000.0 (Finland)Transformation from NKG_ETRF14 to ETRF96, at transformation reference epoch 2000.0EPSG NKGETRF14EPSG?tzG{? c$_Zjj\Ne1?b= EPSG#?^}ҡEPSG#NKG 20081!C1NKGP1_2008_NONKG_ETRF00 to ETRF93@2000.0Transformation from NKG_ETRF00 to ETRF93, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG?tzG{Eҿ̸ؘ?@xEPSG#)9Xk@?p?Pˮ>3EPSG#?zEPSG#NKG 20081!C1NKGP1_2008_LVNKG_ETRF00 to ETRF89@2000.0Transformation from NKG_ETRF00 to ETRF89, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG?zG{?zcsl߿\N6zEPSG#))hzk)? EPSG#?H-EPSG#NKG 20081!G5NKGP1_2008_LTNKG_ETRF00 to ETRF2000@2000.0Transformation from NKG_ETRF00 to ETRF2000, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG?zG{?$D?7I>'EPSG#)?i(AX>vV)EPSG#yRK.hEPSG#NKG 2008$1!W1NKGP1_2008_FINKG_ETRF00 to ETRF96@2000.0 (Finland)Transformation from NKG_ETRF00 to ETRF96, at transformation reference epoch 2000.0EPSG NKGETRF00EPSG?tzG{? "'*EPSG#)Y3iL-??pΤGEPSG#? rEPSG#NKG 2008&011i PROJETRS89_TO_ETRF2005ETRS89 to ETRF2005Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#l?EPSG#) T\ p ( & _ a&Q|T=0GIi PROJETRS89_TO_ETRS89-ESP[REGENTE]ETRS89 to ETRS89-ESP [REGENTE]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+~?EPSG#);0EGi PROJETRS89_TO_ETRS89-ESP[ERGNSS]ETRS89 to ETRS89-ESP [ERGNSS]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+x?EPSG#)*055i PROJETRS89_TO_ETRS89-DNKETRS89 to ETRS89-DNKAccuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG*?EPSG#)S0]_i PROJETRS89_TO_ETRS89-DEU[ETRS89/DREF91/2025]ETRS89 to ETRS89-DEU [ETRS89/DREF91/2025]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#)S0]_i PROJETRS89_TO_ETRS89-DEU[ETRS89/DREF91/2016]ETRS89 to ETRS89-DEU [ETRS89/DREF91/2016]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG(,?EPSG#)70ACi PROJETRS89_TO_ETRS89-CZE[2007]ETRS89 to ETRS89-CZE [2007]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+>?EPSG#)=0GIi PROJETRS89_TO_ETRS89-CHE[CHTRF95]ETRS89 to ETRS89-CHE [CHTRF95]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG,+?EPSG#)A0KMi PROJETRS89_TO_ETRS89-BIH[BH_ETRS89]ETRS89 to ETRS89-BIH [BH_ETRS89]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG(X?EPSG#)=0GIi PROJETRS89_TO_ETRS89-BGR[BGS2005]ETRS89 to ETRS89-BGR [BGS2005]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSGv?EPSG#)A0KMi PROJETRS89_TO_ETRS89-BEL[BEREF2011]ETRS89 to ETRS89-BEL [BEREF2011]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#)A0KMi PROJETRS89_TO_ETRS89-BEL[BEREF2002]ETRS89 to ETRS89-BEL [BEREF2002]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+7?EPSG#)70ACi PROJETRS89_TO_ETRS89-AUT[2002]ETRS89 to ETRS89-AUT [2002]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+1?EPSG#)E0MSi PROJETRS89_TO_ETRS89-ALB[KRGJSH2010]ETRS89 to ETRS89-ALB [KRGJSH 2010] Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+'?EPSG#)80AEi PROJETRS89_TO_ETRS89-ALB[CORS]ETRS89 to ETRS89-ALB [CORS] Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+-?EPSG#)"0--i PROJETRS89_TO_ETRF97ETRS89 to ETRF97Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#j?EPSG#)"0--i PROJETRS89_TO_ETRF96ETRS89 to ETRF96Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#i?EPSG#)"0--i PROJETRS89_TO_ETRF94ETRS89 to ETRF94Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#h?EPSG#)"0--i PROJETRS89_TO_ETRF93ETRS89 to ETRF93Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#g?EPSG#)"0--i PROJETRS89_TO_ETRF92ETRS89 to ETRF92Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#f?EPSG#)"0--i PROJETRS89_TO_ETRF91ETRS89 to ETRF91Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#e?EPSG#)"0--i PROJETRS89_TO_ETRF90ETRS89 to ETRF90Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#d?EPSG#)"0--i PROJETRS89_TO_ETRF89ETRS89 to ETRF89Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG#c?EPSG#) ;=} B |  EIM;E0OQi PROJETRS89_TO_ETRS89-POL[PL-ETRF2000]ETRS89 to ETRS89-POL [PL-ETRF2000]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG%?EPSG#)=0GIi PROJETRS89_TO_ETRS89-NOR[EUREF89]ETRS89 to ETRS89-NOR [EUREF89]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG*{?EPSG#)?0IKi PROJETRS89_TO_ETRS89-NLD[AGRS2010]ETRS89 to ETRS89-NLD [AGRS2010]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#)I0SUi PROJETRS89_TO_ETRS89-MKD[EUREF-MAK2010]ETRS89 to ETRS89-MKD [EUREF-MAK2010]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+[?EPSG#)A0KMi PROJETRS89_TO_ETRS89-MDA[MOLDREF99]ETRS89 to ETRS89-MDA [MOLDREF99]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG?EPSG#);0EGi PROJETRS89_TO_ETRS89-LVA[LKS-92]ETRS89 to ETRS89-LVA [LKS-92]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG5?EPSG#)?0IKi PROJETRS89_TO_ETRS89-LVA[LKS-2020]ETRS89 to ETRS89-LVA [LKS-2020]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG(A?EPSG#)90CEi PROJETRS89_TO_ETRS89-LTU[LKS94]ETRS89 to ETRS89-LTU [LKS94]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG=?EPSG#)=0GIi PROJETRS89_TO_ETRS89-ITA[RDN2008]ETRS89 to ETRS89-ITA [RDN2008]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG2?EPSG#)90CEi PROJETRS89_TO_ETRS89-ITA[IGM95]ETRS89 to ETRS89-ITA [IGM95]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG>?EPSG#)?0IKi PROJETRS89_TO_ETRS89-IRE[ETRF2000]ETRS89 to ETRS89-IRE [ETRF2000]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSGM?EPSG#)?0IKi PROJETRS89_TO_ETRS89-HUN[ETRF2000]ETRS89 to ETRS89-HUN [ETRF2000]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#);0EGi PROJETRS89_TO_ETRS89-HRV[HTRS96]ETRS89 to ETRS89-HRV [HTRS96]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG?EPSG#);0EGi PROJETRS89_TO_ETRS89-HRV[CROPOS]ETRS89 to ETRS89-HRV [CROPOS]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#);0EGi PROJETRS89_TO_ETRS89-GRC[HTRS07]ETRS89 to ETRS89-GRC [HTRS07]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+U?EPSG#)D0MQi PROJETRS89_TO_ETRS89-GBR[OSNETV2009]ETRS89 to ETRS89-GBR [OSNet v2009]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+?EPSG#)70ACi PROJETRS89_TO_ETRS89-FRO[2008]ETRS89 to ETRS89-FRO [2008]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG+O?EPSG#)>0GKi PROJETRS89_TO_ETRS89-FRA[RGF93V2]ETRS89 to ETRS89-FRA [RGF93 v2]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG&1?EPSG#)@0IMi PROJETRS89_TO_ETRS89-FRA[RGF93V2B]ETRS89 to ETRS89-FRA [RGF93 v2b]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG&6?EPSG#)>0GKi PROJETRS89_TO_ETRS89-FRA[RGF93V1]ETRS89 to ETRS89-FRA [RGF93 v1]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSGK?EPSG#)A0KMi PROJETRS89_TO_ETRS89-FIN[EUREF-FIN]ETRS89 to ETRS89-FIN [EUREF-FIN]Accuracy 0.1 m, from datum ensemble definitionEPSG%EPSGEPSG)?EPSG#) G M  J{'chW'05=i PROJWGS84_TO_WGS84_G2139WGS 84 to WGS 84 (G2139)Accuracy 2.0 m, from datum ensemble definitionEPSG%EPSGEPSG&EPSG#)'05=i PROJWGS84_TO_WGS84_G1762WGS 84 to WGS 84 (G1762)Accuracy 2.0 m, from datum ensemble definitionEPSG%EPSGEPSG#aEPSG#)'05=i PROJWGS84_TO_WGS84_G1674WGS 84 to WGS 84 (G1674)Accuracy 2.0 m, from datum ensemble definitionEPSG%EPSGEPSG#`EPSG#)'05=i PROJWGS84_TO_WGS84_G1150WGS 84 to WGS 84 (G1150)Accuracy 2.0 m, from datum ensemble definitionEPSG%EPSGEPSG#_EPSG#)B13;#PROJS_JTSK_05_TO_ETRS89S-JTSK/05 to ETRS89 (1)Derived from the relationship between the R05 realisation of ETRS89 and the astrogeodetic S-JTSK network. Improves CT code 1622. S-JTSK/05 is a scientific working system, S-JTSK the legal system. May be taken as approx. CT S-JTSK to WGS 84 (code 5227).EPSG%EPSGlEPSG@9Xb@UU`A7L@| =pEPSG#)䎊qjvȴ9X\N$ jP5{aG-w]C)sY?% oU;!kQ7EPSGEPSG 0EPSG#EPSGEPSG 0EPSG#EPSGEPSG 0EPSG#EPSGEPSG -EPSG&EPSGEPSG -EPSG$EPSGEPSG -EPSG$EPSGEPSG -EPSG#EPSGEPSG EPSGAEPSGEPSG EPSG7EPSGEPSG EPSG4EPSGEPSGEPSG=EPSGEPSGEPSG=EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSG#EPSGEPSGEPSG!kEPSGEPSGEPSG!eEPSGEPSGEPSG%EPSGEPSGEPSGEPSGEPSGEPSG!EPSGEPSGEPSG EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSG,EPSGBEPSGEPSG,EPSG@EPSGEPSG,EPSG&EPSGEPSG2EPSG&EPSGEPSG>EPSG&EPSGEPSGEPSG&EPSGEPSG(EPSG(EPSGEPSG(EPSG(EPSGEPSG(EPSG(EPSGEPSG(EPSG(EPSGEPSG( EPSG(EPSGEPSG( EPSG( EPSGEPSG'EPSG'EPSGEPSGEPSG>WEPSGEPSG+EPSG)EPSGEPSG+EPSG)EPSGEPSG+~EPSG$EPSGEPSG+~EPSG$EPSGEPSG+~EPSGEPSGEPSG2EPSG&EPSGEPSG>EPSG&EPSGEPSGESRIGEPSGEPSGESRIhEPSGEPSGESRIWEPSGEPSGESRI%EPSGEPSGESRI$EPSGEPSGEPSG>=EPSGEPSGEPSG>#EPSGEPSGESRI^EPSGEPSGESRIVEPSGEPSGESRI#EPSGEPSGESRI"EPSGEPSGEPSG><EPSGEPSGEPSG>EPSGEPSGBEPSGEPSGEPSGEPSGEPSGoEPSG+dEPSG,EPSGlEPSG$uEPSG$EPSGkEPSGEPSG=EPSGkEPSGESRIEPSGkEPSGEPSG EPSGkEPSGEPSG9EPSGkEPSGEPSGEPSGjEPSGEPSG=EPSGjEPSGEPSG EPSGjEPSGEPSG<EPSGjEPSGEPSGEPSGjEPSGEPSGEPSGjEPSGEPSGEPSGKEPSGEPSG>VEPSGJEPSGBEPSG&EPSGIEPSGEPSGEPSGIEPSGEPSGEPSGIEPSG8EPSG!EPSGIEPSG8EPSG+EPSGIEPSG8EPSG*EPSG8EPSG"EPSG"EPSG8EPSG"EPSG"EPSG8EPSG"EPSG"EPSG8EPSG!aEPSG#EPSG8EPSG!aEPSG!EPSG8EPSG!EPSG!EPSG8EPSG!EPSG!EPSG8EPSG!EPSG!mEPSG8EPSGEPSG!EPSG8EPSGEPSG!gEPSG6EPSGESRIQEPSG6EPSG7ESRIREPSG5EPSG,+EPSGEPSG5EPSGEPSGlEPSG5EPSG7EPSGEPSG5EPSG6EPSG<~EPSG+EPSGEPSG=EPSG+EPSGEPSG!EPSG+EPSGEPSGEPSG*EPSGEPSGEPSG*EPSGEPSG!bEPSG*EPSGEPSGEPSG)EPSGEPSGEPSG)EPSGEPSG!dEPSG)EPSGEPSGEPSG(EPSGEPSGEPSG(EPSGEPSG!cEPSG(EPSGEPSGEPSG'EPSGEPSG=EPSG'EPSGEPSG!qEPSG'EPSGEPSGEPSGEPSG $ n T :  j P 6   f L 2 |bH.x^D*tZ@& pV<"lR8hN4}cI/w\BEPSGEPSGEPSG EPSGEPSGESRIEPSGEPSGEPSG%EPSGESRIrESRIEPSGEPSG+EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSG&6EPSG&EPSGEPSG&1EPSG&EPSGEPSGEPSG>FEPSGEPSGEPSG>EEPSGEPSGKEPSG>DEPSGEPSGKEPSG$oEPSGEPSG+dEPSG-EPSGEPSGESRIEPSGEPSGEPSGEPSGEPSGGEPSG EPSGEPSG ?EPSG&CEPSGEPSG $ n T :  j P 6  | a F ,  v \ B ( rX>$ nT: jP6rD*z`F,v\B(v\B(rX>$EPSGIEPSG(EPSG(EPSGIEPSG'EPSG'EPSGIEPSG'EPSG'EPSGIEPSG'EPSG'EPSGIEPSG'EPSG'EPSGIEPSG&EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG&EPSGIEPSG$EPSG%vEPSGIEPSG$EPSG%tEPSGIEPSG$EPSG$$'EPSGIEPSG PROJOLD_EPSG_8361EPSGIEPSGEPSG&EPSGIEPSGEPSG!$'EPSGIEPSGPROJOLD_EPSG_8362EPSGIEPSGEPSG$>EPSGIEPSGvEPSG''EPSGIEPSGvEPSG%EPSGIEPSGuEPSG'0EPSGIEPSGtEPSG')EPSGIEPSGsEPSG'/EPSGIEPSGrEPSG'1EPSGIEPSGqEPSG'.EPSGIEPSGpEPSG'2EPSGIEPSGoEPSG'*EPSGIEPSGnEPSG'+EPSGIEPSGmEPSG'(EPSGIEPSGlEPSG'--9EPSGIEPSGePROJEPSG_4937_TO_EPSG_5733EPSGIEPSGdEPSG'&EPSGIEPSGdEPSG&EPSGIEPSGdEPSGEPSGIEPSGcEPSG',EPSGIEPSGcEPSG'EPSGIEPSGcEPSG-9EPSGIEPSGaPROJEPSG_4937_TO_EPSG_5729-9EPSGIEPSG`PROJEPSG_4937_TO_EPSG_5728EPSGIEPSGYEPSG'EPSGIEPSGXEPSG'EPSGIEPSGMEPSGYEPSGIEPSGEEPSG'%-9EPSGIEPSGPROJEPSG_4937_TO_EPSG_5317EPSG?EPSG(}EPSG(EPSG?EPSG(}EPSG(EPSG?EPSGIEPSG(EPSG?EPSGIEPSG(~EPSG-EPSG)EPSG)EPSG-EPSG)EPSG)EPSG-EPSG)EPSG)EPSG-EPSG)EPSG)EPSG-EPSG 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EPSGGEPSG!EPSGEPSG$EPSG#EPSGEPSGEPSG#EPSGEPSG%GEPSG%EPSGEPSG$?EPSG$@EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#~EPSGEPSG_EPSG#}EPSGEPSG_EPSG#|EPSGEPSG%-EPSG)vEPSGEPSGEPSG%EPSGEPSGEPSGEPSGEPSG$EPSG$EPSGEPSG$EPSG%EPSGEPSG$EPSG$EPSGEPSG$EPSG%EPSGEPSG$EPSG$EPSGEPSGOEPSG!EPSGEPSGEPSG$jEPSGEPSGEPSGEPSGEPSGEPSG$lEPSGEPSGEPSGEPSGEPSGEPSG$kEPSGEPSGEPSGEPSGEPSGEPSG$iEPSGEPSGEPSGEPSGEPSGEPSG$hEPSG%EPSG$EPSG% 0~dJ0z`1 { a G -  w ] C )  s Y ? % t Z @ & p V < " lR8hN4~dJ0z`F,v\B(rX>$ nT: ~dJ0EPSG+NEPSGEPSG+qEPSG+CEPSG,2EPSG EPSG+CEPSG,0EPSG 6KEPSG+CEPSG PROJEPSG_8361_RESTRICTED_TO_VERTCRS6KEPSG+CEPSGPROJEPSG_8362_RESTRICTED_TO_VERTCRSEPSG+=EPSG,/EPSG)HEPSG+=EPSG EPSG)GEPSG+0EPSG%EPSG%EPSG+0EPSG$:EPSG$<EPSG+EPSG$JEPSG(EPSG+EPSG$IEPSG(oEPSG+EPSG$HEPSG(EPSG+EPSG$GEPSG(nEPSG+EPSG$FEPSG%}EPSG+EPSGMEPSG$CEPSG+EPSGNDEPSG, EPSG+EPSG, EPSG, EPSG+EPSGNAEPSG'|EPSG+EPSG*lEPSG*mEPSG+EPSG*aEPSG*bEPSG+EPSG)EPSG)EPSG+EPSG)EPSG)EPSG+EPSG(EPSG(EPSG+EPSG(%EPSG(&EPSG+EPSG( EPSG(!EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG'EPSG'EPSG+EPSG&EPSG&EPSG+EPSG&EPSG&EPSG+EPSG&EPSG&EPSG+EPSG&EPSG&EPSG+EPSG&EPSG&EPSG+EPSG&EPSG&EPSG+EPSG&#EPSG&$EPSG+EPSG&EPSG&EPSG+EPSG& EPSG& EPSG+EPSG$EPSG$EPSG+EPSG$EPSG$EPSG+EPSG$EPSG$EPSG+EPSG$EPSG$EPSG+EPSG*EPSG*EPSG+EPSG*EPSG*EPSG+EPSG$EPSG%qEPSG+EPSG$EPSG%pEPSG+EPSG$EPSG%uEPSG+EPSG$EPSG%rEPSG+EPSG$EPSG%sEPSG+EPSG$WEPSG$XEPSG+EPSGuEPSG$EPSG+EPSGrEPSG#EPSG+EPSGnEPSG"EPSG+EPSGlEPSG EPSG+EPSGEEPSGEPSG*EPSG*EPSG*EPSG*EPSG*EPSG*EPSG*{EPSGEPSG*fEPSG*zEPSGN!EPSG'{EPSG*zEPSGN EPSG'zEPSG*zEPSG*EPSG*EPSG*zEPSG*EPSG*EPSG*zEPSG&EPSG)EPSG*zEPSG&EPSG) EPSG*zEPSG&EPSG'EPSG*zEPSG&EPSG&EPSG*zEPSG%EPSG) EPSG*zEPSG%EPSG)EPSG*zEPSG%EPSG'EPSG*zEPSG%EPSG&EPSG*zEPSGEPSG%zEPSG*zEPSG6EPSG%yEPSG*zEPSG5EPSG% EPSG*zEPSGEPSG% EPSG*5EPSG*yEPSG*;EPSG* EPSG* EPSG*EPSG* EPSG* EPSG*EPSG)EPSG)EPSG)EPSG)EPSG)EPSG)EPSG)EPSG)EPSG)EPSG)EPSGUEPSG)EPSG)EPSG&GY=)EPSGRGNC91-93 to NEA74 Noumea (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 9328). Note reversal of sign of parameter values in grid file.EPSG%NTv2EPSGEPSG$?EPSG!Latitude and longitude difference fileRGNC1991_NEA74Noumea.gsbESRI-Ncl 0.05m&1K=!?!!EPSGNAD27 to NAD83 (2)Uses NADCON method which expects longitudes positive west; EPSG GeogCRS NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east. May be used as transformation to WGS 84 - see NAD27 to WGS 84 (85) (code 15864).EPSG%NADCONEPSGEPSG?EPSG!Latitude difference filealaska.lasEPSG!Longitude difference filealaska.losNGS-Usa AK&1'=?'EPSGNAD27 to NAD83 (1)Uses NADCON method which expects longitudes positive west; EPSG GeogCRS NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east. For application in Gulf of Mexico refer to IOGP report 373-26.EPSG%NADCONEPSGEPSG?333333EPSG!Latitude difference fileconus.lasEPSG!Longitude difference fileconus.losNGS-Usa Conuss&; =!?!EPSG-Guam 1963 to WGS 84 (2)Parameter files are from Guam 1963 to NAD83(HARN) (1) (code 1068), but for many purposes NAD83(HARN) can be considered to be coincident with WGS 84 within the accuracy of the transformation.EPSG%NADCONEPSGCEPSGEPSG!Latitude difference fileguhpgn.lasEPSG!Longitude difference fileguhpgn.losEPSG-Gum"&E_=!?!EPSG,Guam 1963 to NAD83(HARN) (1)NADCON method which expects longitudes positive west; EPSG GeogCRSs Guam 1963 and NAD83(HARN) (codes 4675 and 4152) have longitudes positive east. Can be used as approximation for tfm between Guam 1963 and WGS 84 - see tfm code 1069.EPSG%NADCONEPSGCEPSG8EPSG!Latitude difference fileguhpgn.lasEPSG!Longitude difference fileguhpgn.losNGS-Gum > S>&==!?!%EPSGNAD83 to NAD83(HARN) (4)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1750.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filecshpgn.lasEPSG!Longitude difference filecshpgn.losNGS-Usa CA s>&==!?!%EPSGNAD83 to NAD83(HARN) (3)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1739.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filecnhpgn.lasEPSG!Longitude difference filecnhpgn.losNGS-Usa CA n<&==!?!!EPSGNAD83 to NAD83(HARN) (2)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1728.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileazhpgn.lasEPSG!Longitude difference fileazhpgn.losNGS-Usa AZ<&==!?!!EPSGNAD83 to NAD83(HARN) (1)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1717.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filealhpgn.lasEPSG!Longitude difference filealhpgn.losNGS-Usa AL&AQY%! EPSGATS77 to NAD83(CSRS98) (1)Introduced in 1999. Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1688.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference fileNB7783v2.gsbGIC-Can NB&1KY%+EPSGAGD66 to GDA94 (5)Replaced by AGD66 to GDA94 (10) (code 1596) and then by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%NTv2EPSGjEPSG?EPSG!Latitude and longitude difference filevic_0799.gsbOSG-Aus Vic oldz&9K Y%#EPSGNAD27(76) to NAD83 (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27(76) (code 4608) and NAD83 (code 4269) have longitudes positive east. May be taken as approximate transformation NAD27(76) to WGS 84 - see code 1690.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileMay76v20.gsbSGQ-Can Onty&1IY%)EPSGNAD27 to NAD83 (5)Densification for Quebec of code 1312. Replaced by NAD27 to NAD83 (6) (code 1573). Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east.EPSG%NTv1EPSGEPSGEPSG!Latitude and longitude difference fileGS2783v1.QUESGQ-Can QC NT10&={=?EPSGPuerto Rico to NAD83 (1)Accuracy 0.05m at 67% confidence level. May be taken as approximate transformation Puerto Rico-WGS 84 - see code 15841.EPSG%NADCONEPSG+EPSG?EPSG!Latitude difference fileprvi.lasEPSG!Longitude difference fileprvi.losNGS-PRVI@&Is=%?%)EPSGSt. George Island to NAD83 (1)Accuracy 0.5m at 67% confidence level. Uses NADCON method which expects longitudes positive west; source and target CRSs have longitudes positive east. NADCON converts from St. George Datum but makes the transformation appear to be from NAD27.EPSG%NADCONEPSG*EPSG?EPSG!Latitude difference filestgeorge.lasEPSG!Longitude difference filestgeorge.losNGS-Usa AK StG @B ?@=&?=!?!!EPSGNAD83 to NAD83(HARN) (14)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1722.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filemihpgn.lasEPSG!Longitude difference filemihpgn.losNGS-Usa MI=&?=!?!!EPSGNAD83 to NAD83(HARN) (13)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1721.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filemehpgn.lasEPSG!Longitude difference filemehpgn.losNGS-Usa ME@&?=!?!'EPSGNAD83 to NAD83(HARN) (12)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1720.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filemdhpgn.lasEPSG!Longitude difference filemdhpgn.losNGS-Usa DE MD=&?=!?!!EPSGNAD83 to NAD83(HARN) (11)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1719.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filelahpgn.lasEPSG!Longitude difference filelahpgn.losNGS-Usa LA=&?=!?!!EPSGNAD83 to NAD83(HARN) (10)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1718.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filekyhpgn.lasEPSG!Longitude difference filekyhpgn.losNGS-Usa KYA&==!?!+EPSGNAD83 to NAD83(HARN) (9)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1716.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewmhpgn.lasEPSG!Longitude difference filewmhpgn.losNGS-Usa ID MT wA&==!?!+EPSGNAD83 to NAD83(HARN) (8)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1715.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileemhpgn.lasEPSG!Longitude difference fileemhpgn.losNGS-Usa ID MT e<&==!?!!EPSGNAD83 to NAD83(HARN) (7)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1714.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileflhpgn.lasEPSG!Longitude difference fileflhpgn.losNGS-Usa FL<&==!?!!EPSGNAD83 to NAD83(HARN) (6)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1713.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filegahpgn.lasEPSG!Longitude difference filegahpgn.losNGS-Usa GA G AGA=&?=!?!!EPSGNAD83 to NAD83(HARN) (23)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1732.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filesdhpgn.lasEPSG!Longitude difference filesdhpgn.losNGS-Usa SD;&?=!?!EPSGNAD83 to NAD83(HARN) (22)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1731.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filepvhpgn.lasEPSG!Longitude difference filepvhpgn.losNGS-PRVI=&?=!?!!EPSGNAD83 to NAD83(HARN) (21)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1730.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileokhpgn.lasEPSG!Longitude difference fileokhpgn.losNGS-Usa OK=&?=!?!!EPSGNAD83 to NAD83(HARN) (20)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1729.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filendhpgn.lasEPSG!Longitude difference filendhpgn.losNGS-Usa ND=&?=!?!!EPSGNAD83 to NAD83(HARN) (19)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1727.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenyhpgn.lasEPSG!Longitude difference filenyhpgn.losNGS-Usa NY=&?=!?!!EPSGNAD83 to NAD83(HARN) (18)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1726.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenmhpgn.lasEPSG!Longitude difference filenmhpgn.losNGS-Usa NMA&?=!?!)EPSGNAD83 to NAD83(HARN) (17)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1725.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenehpgn.lasEPSG!Longitude difference filenehpgn.losNGS-Usa NewEng=&?=!?!!EPSGNAD83 to NAD83(HARN) (16)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1724.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenbhpgn.lasEPSG!Longitude difference filenbhpgn.losNGS-Usa NE=&?=!?!!EPSGNAD83 to NAD83(HARN) (24)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1733.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filetnhpgn.lasEPSG!Longitude difference filetnhpgn.losNGS-Usa TN ? 4 ~ >*4`&?I=!?!!EPSGNAD83 to NAD83(HARN) (31)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1741.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filehihpgn.lasEPSG!Longitude difference filehihpgn.losNGS-Usa HIT&1sY#)EPSGAGD66 to GDA94 (7)Replaced by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%NTv2EPSGjEPSG?EPSG!Latitude and longitude difference filent_0599.gsbAuslig-NT 0.1mS&1sY%%EPSGAGD66 to GDA94 (6)Replaced by AGD66 to GDA94 (11) (code 1803). Input expects longitudes to be positive west; EPSG GeogCRS AGD66 (code 4202) and GDA94 (code 4283) both have longitudes positive east.EPSG%NTv2EPSGjEPSG?EPSG!Latitude and longitude difference filetas_1098.gsbOSG-Tas 0.1m=&?=!?!!EPSGNAD83 to NAD83(HARN) (30)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1740.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewyhpgn.lasEPSG!Longitude difference filewyhpgn.losNGS-Usa WY=&?=!?!!EPSGNAD83 to NAD83(HARN) (29)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1738.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewihpgn.lasEPSG!Longitude difference filewihpgn.losNGS-Usa WI@&?=!?!'EPSGNAD83 to NAD83(HARN) (28)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1737.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewohpgn.lasEPSG!Longitude difference filewohpgn.losNGS-Usa OR WA=&?=!?!!EPSGNAD83 to NAD83(HARN) (27)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1736.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filevahpgn.lasEPSG!Longitude difference filevahpgn.losNGS-Usa VA?&?=!?!%EPSGNAD83 to NAD83(HARN) (26)Accuracy 67% confidence level. Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1735.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewthpgn.lasEPSG!Longitude difference filewthpgn.losNGS-Usa TX w!?=!?!&?I=!?!!EPSGNAD83 to NAD83(HARN) (32)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1742.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileinhpgn.lasEPSG!Longitude difference fileinhpgn.losNGS-Usa IN ` @ z&AQY%! EPSG$NAD83 to NAD83(CSRS98) (1)Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(CSRS98) (code 4140) have longitudes positive east. Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1696.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference fileNAD83-98.gsbSGQ-Can QC&9YY1!EPSG NZGD49 to NZGD2000 (3)These same parameter values may be used to transform to WGS 84 - see NZGD49 to WGS 84 (4) (code 1670).EPSG%NTv2EPSGEPSGG?əEPSG!Latitude and longitude difference filenzgd2kgrid0005.gsbOSG-Nzl 1m&1CY#5 EPSGAGD84 to GDA94 (3)Withdrawn and replaced by AGD84 to GDA94 (4) (code 1593) due to binary file format error. Input expects longitudes to be positive west; EPSG GeogCRS AGD84 (code 4203) and GDA94 (code 4283) have longitudes positive east.EPSG%NTv2EPSGkEPSG?EPSG!Latitude and longitude difference filewa_0400.gsbDOLA-Aus WA 0.1m old&?I=!?!!EPSGNAD83 to NAD83(HARN) (39)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1749.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenjhpgn.lasEPSG!Longitude difference filenjhpgn.losNGS-Usa NJ&?I=!?!!EPSGNAD83 to NAD83(HARN) (38)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1748.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileilhpgn.lasEPSG!Longitude difference fileilhpgn.losNGS-Usa IL&?I=!?!!EPSGNAD83 to NAD83(HARN) (37)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1747.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filewvhpgn.lasEPSG!Longitude difference filewvhpgn.losNGS-Usa WV&?I=!?!!EPSGNAD83 to NAD83(HARN) (36)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1746.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileuthpgn.lasEPSG!Longitude difference fileuthpgn.losNGS-Usa UT&?I=!?!!EPSGNAD83 to NAD83(HARN) (35)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1745.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference fileohhpgn.lasEPSG!Longitude difference fileohhpgn.losNGS-Usa OH&?I=!?!!EPSGNAD83 to NAD83(HARN) (34)Uses NADCON method which expects longitudes positive west; EPSG GeogCRSs NAD83 (code 4269) and NAD83(HARN) (code 4152) have longitudes positive east. May be taken as approximate transformation NAD83-WGS 84 - see code 1744.EPSG%NADCONEPSGEPSG8?EPSG!Latitude difference filenvhpgn.lasEPSG!Longitude difference filenvhpgn.losNGS-Usa NV?I=!?!&1QY%)EPSG%NAD27 to NAD83 (6)Also distributed with file name QUE27-83.gsb. Replaces NAD27 to NAD83 (5) (code 1462). Uses NT method which expects longitudes positive west; EPSG GeogCRSs NAD27 (code 4267) and NAD83 (code 4269) have longitudes positive east.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileNA27NA83.GSBSGQ-Can QC NT2 (  V f(<&3EY%#EPSGATS77 to WGS 84 (1)Parameter file is from ATS77 to NAD83(CSRS)v2 (1) (code 9237) assuming that NAD83(CSRS)v2 is equivalent to WGS 84 within the accuracy of the transformation.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileNB7783v2.gsbEPSG-Can NBF&AYY#' EPSGBNAD83 to NAD83(CSRS98) (3)This gridded difference file AB_CSRS.DAC will need to be renamed to AB_CSRS.gsb to run in some software suites. Formats identical, but AB file is provincial fit only.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference fileAB_CSRS.DACAB Env-Can ABn&A)Y#' EPSGANAD83 to NAD83(CSRS98) (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SKn&A)Y#' EPSG@NAD27 to NAD83(CSRS98) (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SKq&A)Y%+ EPSG?ATS77 to NAD83(CSRS98) (2)Can be taken as an approximate transformation ATS77 to WGS 84 - see code 1689.EPSG%NTv2EPSGEPSG,EPSG!Latitude and longitude difference filePE7783V2.gsbPEI DOT-Can PEI&3EY3+EPSG&Quk5#) EPSG#NGVD29 height to NAVD88 height (3)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?zG{EPSG"Vertical offset filevertcone.94NGS-US Conus E>&Quk5#) EPSG"NGVD29 height to NAVD88 height (2)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?zG{EPSG"Vertical offset filevertconc.94NGS-US Conus C>&Quk5#) EPSG!NGVD29 height to NAVD88 height (1)Interpolation within the gridded data file may be made using any of the horizontal CRSs NAD27, NAD83 or NAD83(HARN).EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSGFEPSGG?zG{EPSG"Vertical offset filevertconw.94NGS-US Conus W/&5+ Y++EPSGOSGB36 to WGS 84 (7)Parameter values taken from OSGB36 to ETRS89 (1) (tfm code 5338) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileOSTN02_NTv2.gsbOGP-UK Gbr02 NT Q a _ GiAQn&Q}qUY%EPSGGDA94 to AHD (Tasmania) height (2)Replaces AusGeoid98 model. Uses AusGeoid09 model which uses bi-cubic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time. May be used for transformations from WGS 84 to AHD (Tasmania).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGKEPSGP?QEPSG!Geoid (height correction) model fileAUSGeoid09_GDA94_V1.01_DOV_windows.gsbGA-Aus09 Tas\&=qU5/EPSGGDA94 to AHD height (49)File name previously called AUSGeoid09_GDA94_V1.01_DOV_windows.gsb. Replaces AUSGeoid98 model. Uses AUSGeoid09 model which uses bi-cubic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time.EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGKEPSGO?333333EPSG!Geoid (height correction) model fileAUSGeoid09_V1.01.gsbGA-Aus09 mainlandH&GakU3+EPSGFEH2010 to FCSVR10 height (1)For reversible alternative to this transformation see FEH2010 to FEH2010 + FCSVR10 height (1) (code 9619).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGEPSG?EPSG!Geoid (height correction) model filefehmarn_geoid10.griFEM-Dnk-Deu Feh\%G iU3+ EPSGFEH2010 to FCSVR10 height (1)EPSGGeographic3D to GravityRelatedHeight (NZgeoid)EPSGEPSG?EPSG!Geoid (height correction) model filefehmarn_geoid10.griFEM-Dnk-Deu FehD&;S Y'+EPSGSAD69(96) to WGS 84 (1)Parameters values taken from SAD69(96) to SIRGAS 2000 (1) (tfm code 5529) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileSAD96_003.gsbOGP-Bra 1m 1996>&5KY'+EPSGSAD69 to WGS 84 (15)Parameters values taken from SAD69 to SIRGAS 2000 (2) (tfm code 5528) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%NTv2EPSG EPSGEPSG!Latitude and longitude difference fileSAD69_003.gsbOGP-Bra 2m 1996K&USY)EPSGCorrego Alegre 1970-72 to WGS 84 (2)Parameters from Corrego Alegre 1970-72 to SIRGAS 2000 (1) (tfm code 5526) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileCA7072_003.gsbOGP-BraC&OMY%EPSGCorrego Alegre 1961 to WGS 84 (1)Parameters from Corrego Alegre 1961 to SIRGAS 2000 (1) (tfm code 5525) assuming that SIRGAS 2000 and WGS 84 are equal within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileCA61_003.gsbOGP-Bra&E+Y'1EPSGSAD69(96) to SIRGAS 2000 (1)May be used as transformation between SAD69(96) and WGS 84 - see tfm code 5543.EPSG%NTv2EPSGEPSGB?EPSG!Latitude and longitude difference fileSAD96_003.gsbIBGE-Bra 0.5m 1996 &=a Y'-EPSGSAD69 to SIRGAS 2000 (2)For IBGE, in onshore east and south Brazil only, replaces SAD69 to SIRGAS 2000 (1) (tfm code 15485) for pre-1996 data based on the classical geodetic network. May be used as transformation between SAD69 and WGS 84 - see tfm code 5542.EPSG%NTv2EPSG EPSGBEPSG!Latitude and longitude difference fileSAD69_003.gsbIBGE-Bra 1m 1996 &_EY)EPSGCorrego Alegre 1970-72 to SIRGAS 2000 (1)May be used as transformation between Corrego Alegre 1970-72 and WGS 84 - see tfm code 5541.EPSG%NTv2EPSGEPSGBEPSG!Latitude and longitude difference fileCA7072_003.gsbIBGE-Bra&Y?Y%EPSGCorrego Alegre 1961 to SIRGAS 2000 (1)May be used as transformation between Corrego Alegre 1961 and WGS 84 - see tfm code 5540.EPSG%NTv2EPSGEPSGBEPSG!Latitude and longitude difference fileCA61_003.gsbIBGE-Bra h  j/eP~&QKmU)+ EPSGNAD83(CSRS) to CGVD2013 height (1)Uses CGG2013 model which uses bi-quadratic interpolation; bi-linear interpolation of the grid file will give results agreeing to within 1cm 99.97% of the time.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG[EPSG?QEPSG!Geoid (height correction) model fileCGG2013n83.bynNRC Can CGG2013@&MgiU%EPSGNAD83(2011) to NAVD88 height (2)Uses Geoid12B hybrid model. Renamed from Geoid12A but with no data changes. See information source for further information. For reversible alternative to this transformation see NAD83(2011) to NAD83(2011) + NAVD88 height (2) (code 9596).EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSGG?zG{EPSG!Geoid (height correction) model fileg2012ba0.binNGS-US AKQ&MiU%%EPSGNAD83(2011) to NAVD88 height (1)Uses Geoid12B hybrid model. Renamed from Geoid12A but with no data changes. See information source for further information.EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSGG?zG{EPSG!Geoid (height correction) model fileg2012bu0.binNGS-US Conus &=[Y%! EPSGANAD27 to NAD83(CSRS) (4)Introduced in 2011. Precision of 20 cm in area covered by the input data set and 40 cm anywhere else, with the exception of the northwest area of the province (near the border with Quebec) where the precision deteriorates to 80 cm.EPSG%NTv2EPSGEPSG ?陙EPSG!Latitude and longitude difference fileNB2783v2.gsbSNB-Can NB;&OY1%EPSG-Datum 73 to ETRS89-PRT [1995] (6)Derived from 1129 common stations in the national geodetic network. Residuals at 130 further test points average 0.06m, maximum 0.16m.EPSG%NTv2EPSGEPSG+d?EPSG!Latitude and longitude difference fileD73_ETRS89_geo.gsbIGP-Prt 0.1m9&KY1%EPSG,Lisbon to ETRS89-PRT [1995] (4)Derived from 1129 common stations in the national geodetic network. Residuals at 130 further test points average 0.09m, maximum 0.30m.EPSG%NTv2EPSGoEPSG+d?EPSG!Latitude and longitude difference fileDLx_ETRS89_geo.gsbIGP-Prt 0.1m)&MG_U%EPSGCIGD11 to CBVD61 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + CBVD61 height (ft) (1) (code 9602).EPSGGeographic3D to GravityRelatedHeight (CI)EPSGEPSG?QEPSG!Geoid (height correction) model fileCBGM0811.TXTLSD-Cym)&MG_U%EPSGCIGD11 to LCVD61 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + LCVD61 height (ft) (1) (code 9604).EPSGGeographic3D to GravityRelatedHeight (CI)EPSGEPSG?QEPSG!Geoid (height correction) model fileLCGM0811.TXTLSD-Cym&&MA_U%EPSGCIGD11 to GCVD54 height (ft) (1)Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet. For reversible alternative to this transformation see CIGD11 to CIGD11 + GCVD54 height (ft)) (code 9603).EPSGGeographic3D to GravityRelatedHeight (CI)EPSGEPSG?QEPSG!Geoid (height correction) model fileGCGM0811.TXTLSD-Cym&/uY+%EPSGMGI to ETRS89 (5)Not to be used for cadastral purposes because it does not comply with the rules for control network tie-in as per Paragraph 3 of the Land Survey Regulations (Vermessungsverordnung) 2010. Replaced by GIS-Grid 2021 (MGI to ETRS89 (8), code 9910).EPSG%NTv2EPSGEPSG?333333EPSG!Latitude and longitude difference fileAT_GIS_GRID.gsbBEV-Aut NTv2 G Y  ,oG&MiU%#EPSGNAD83(MA11) to NMVD03 height (1)Uses Geoid12B hybrid model. See information source for further information. For reversible alternative to this transformation see NAD83(MA11) to NAD83(MA11) + NMVD03 height (1) (code 9625).EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSG?zG{EPSG!Geoid (height correction) model fileg2012bg0.binNGS-Mnp 12B&MiU%#EPSGNAD83(MA11) to GUVD04 height (1)Uses Geoid12B hybrid model. See information source for further information. For reversible alternative to this transformation see NAD83(MA11) to NAD83(MA11) + GUVD04 height (1) (code 9624).EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSG?zG{EPSG!Geoid (height correction) model fileg2012bg0.binNGS-Gum 12B &M#iU%#EPSGNAD83(2011) to VIVD09 height (1)Uses Geoid12B hybrid model. See information source for further information.EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSG?zG{EPSG!Geoid (height correction) model fileg2012bp0.binNGS-Vir 12B &M#iU%#EPSGNAD83(2011) to PRVD02 height (1)Uses Geoid12B hybrid model. See information source for further information.EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSGEPSG?zG{EPSG!Geoid (height correction) model fileg2012bp0.binNGS-Pri 12Bw&=OaU-) EPSGYETRS89 to NAP height (1)Alternative to vertical component of official 3D RDNAPTRANS(TM)2008. The naptrans2008 correction grid incorporates the NLGEO2004 geoid model plus a fixed offset.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGM?zG{EPSG!Geoid (height correction) model filenaptrans2008.gtxEPSGRDNAP-Nld 2008L&=OY+)EPSGXAmersfoort to ETRS89 (7)Replaced by Amersfoort to ETRS89-NLD [AGRS2010] (9) (CT code 9282). Consistent to within 1mm with official RDNAPTRANS(TM)2008 at ground level onshore and at MSL offshore. The horizontal deviation using this NTv2 grid is approximately 1mm per 50m height difference from ground level or MSL.EPSG%NTv2EPSGEPSG?PbMEPSG!Latitude and longitude difference filerdtrans2008.gsbRDNAP-Nld 2008&3Y#%EPSG$RD/83 to ETRS89 (2)Recommended by Saxony State Spatial Data and Land Survey Corporation for transformations based on official geospatial data of Saxony. Accuracy 3mm within Saxony; within the rest of RD/83 definition area results at least coincide with EPSG CT code15868.EPSG%NTv2EPSGEPSG?QEPSG!Latitude and longitude difference fileNTv2_SN.gsbGeoSN-Deu SNz&1A Y+/EPSG#TM75 to WGS 84 (4)Parameter values taken from TM75 to ETRS89 (3) (tfm code 6946) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm. Within accuracy of the tfm equivalent to TM75 to WGS 84 (1) (tfm code 1042).EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filetm75_etrs89.gsbOGP-Ire NT approxC&15Y+=EPSG"TM75 to ETRS89 (3)Approximate alternative to official OS polynomial method (tfm code 1041). May be taken as approximate transformation TM75 to WGS 84 - see code 6947.EPSG%NTv2EPSGEPSG?=p =EPSG!Latitude and longitude difference filetm75_etrs89.gsbOSI-Ire NT approximation &5}Y#3EPSGTTokyo to JGD2011 (2)Parameter values from Tokyo to JGD2000 (2) (tfm code 6712) as in area of applicability JGD2011 = JGD2000. NTv2 grid derived by ESRI from that supplied by GSI in application tky2jgd. See Tokyo to JGD2011 (1) (tfm code 6714) for northern Honshu area.EPSG%NTv2EPSGEPSG ?əEPSG!Latitude and longitude difference filetky2jgd.gsbOGP-Jpn ex N Honshu&9%YC-EPSG9JGD2000 to JGD2011 (1)NTv2 grid derived by ESRI from that supplied by GSI in application patchjgd.EPSG%NTv2EPSGEPSG ?əEPSG!Latitude and longitude difference filetouhokutaiheiyouoki2011.gsbOGP-Jpn N Honshu A= AY&iaiU5+EPSG"ETRS89-GBR [OSNet v2009] to Lerwick height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Lerwick height (1) (tfm code 10027). For reversible alternative to this transformation see ETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + Lerwick height (2) (code 9589).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSG+EPSGn?nO;EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Shet 2015X&SwiU5)EPSG!ETRS89 to ODN (Offshore) height (1)Replaces ETRS89 to Fair Isle/Flannan Isles/Foula/North Rona/St Kilda/Sule Skerry height (1) (tfm codes 10024-26, 10030-31 and 10034). For reversible alternative to this transformation see ETRS89 to ETRS89 + ODN (Offshore) height (1) (code 9588).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSG?zG{EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Off 2015l&oiU5)EPSG ETRS89-GBR [OSNet v2009] to ODN Orkney height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Newlyn (Orkney Isles) height (1) (tfm code 10029). For reversible alternative to this transformation see ETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + ODN Orkney height (2) (code 9586).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSG+EPSGl?hr ĜEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Ork 2015O&aWiU5)EPSGETRS89-GBR [OSNet v2009] to ODN height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Newlyn height (1) (tfm code 10021). For reversible alternative to this transformation see ETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + ODN height (2) (code 9587).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSG+EPSGE?bMEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Gbr 2015i&5  YA+EPSGOSGB36 to WGS 84 (9)Parameter values taken from OSGB36 to ETRS89 (2) (tfm code 7709) assuming that ETRS89 is coincident with WGS 84 within the accuracy of the tfm. Replaces OSGB36 to WGS 84 (7) (tfm code 5339).EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileOSTN15_NTv2_OSGBtoETRS.gsbOGP-UK Gbr15 NT&Y YA-EPSGOSGB36 to ETRS89-GBR [OSNet v2009] (2)Approximate alternative to official OSTN15 method (tfm code 7953). May be taken as approximate transformation OSGB36 to WGS 84 - see code 7710. Replaces OSGB36 to ETRS89 (1) (tfm code 5338).EPSG%NTv2EPSGEPSG+?QEPSG!Latitude and longitude difference fileOSTN15_NTv2_OSGBtoETRS.gsbOSGB-UK Gbr15 NTo&QY/%EPSGCH1903 to ETRS89-CHE [CHTRF95] (2)Equivalent to concatenation of CTs 15486 (CH1903 to CH1903+) and 1647 (CH1903+ to ETRS89-CHE [CHTRF95]). Approximates official FINELTRA application to within 2cm. Also documented as CT between CH1903 and CHTRS95 (see code 7673). Replaces CT code 1646. May be used as approximate CT CH1903 to WGS 84, see code 7788.EPSG%NTv2EPSG5EPSG,+?EPSG!Latitude and longitude difference fileCHENyx06_ETRS.gsbBfL-Che NTv2$&7Y/%EPSGCH1903 to CHTRS95 (1)Equivalent to concatenation of transformations 15486 (CH1903 to CH1903+) and 1509 (CH1903+ to CHTRF95). Approximates official FINELTRA application to within 2cm. Also documented as transformation between CH1903 and ETRS89-CHE [CHTRF95] (see code 7674).EPSG%NTv2EPSG5EPSG7?EPSG!Latitude and longitude difference fileCHENyx06_ETRS.gsbBfL-Che NTv2A%? aUEPSGPNG94 to PNG08 height (1)EPSG#Geographic3D to GravityRelatedHeight (PNG)EPSGEPSG?əEPSG!Geoid (height correction) model filePNG08.DATQC-Png BRc&cog5]%EPSGNZVD2016 height to Gisborne 1926 height (1)Derived at 274 control points. Mean offset 0.343m, standard deviation 0.025m, maximum difference from mean 0.09m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filegisborne-1926-to-nzvd2016-conversion.csvEPSGGLINZ-NZ GISBb&aqg5[%EPSGNZVD2016 height to Dunedin 1958 height (1)Derived at 197 control points. Mean offset 0.326m, standard deviation 0.043m, maximum difference from mean 0.152m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filedunedin-1958-to-nzvd2016-conversion.csvEPSGGLINZ-NZ DUNE]&]og5W%EPSGNZVD2016 height to Bluff 1955 height (1)Derived at 71 control points. Mean offset 0.273m, standard deviation 0.034m, maximum difference from mean 0.079m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filebluff-1955-to-nzvd2016-conversion.csvEPSGGLINZ-NZ BLUFd&cqg5]%EPSGNZVD2016 height to Auckland 1946 height (1)Derived at 260 control points. Mean offset 0.292m, standard deviation 0.029m, maximum difference from mean 0.075m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset fileauckland-1946-to-nzvd2016-conversion.csvEPSGGLINZ-NZ AUCK)&KiUK%EPSGNZGD2000 to NZVD2016 height (1)Defines NZVD2016 vertical datum (datum code 1169, CRS code 7839).EPSGGeographic3D to GravityRelatedHeight (NZgeoid)EPSG_EPSG?EPSG!Geoid (height correction) model fileNew_Zealand_Quasigeoid_2016.csvLINZ-NZ 2016Q&5aY/%EPSGlCH1903 to WGS 84 (3)Parameter values from CH1903 to ETRS89-CHE [CHTRF95] (2) (code 7674) assuming that ETRS89-CHE [CHTRF95] is equivalent to WGS 84 within the accuracy of the transformation.EPSG%NTv2EPSG5EPSG?EPSG!Latitude and longitude difference fileCHENyx06_ETRS.gsbOGP-Che NTv2:&KKoU-# EPSG'ETRS89 to Malin Head height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Malin Head height (1) (tfm code 5335).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGc?O;dZEPSG!Geoid (height correction) model fileOSGM15_Malin.griOS-Ire 20158&EEoU1' EPSG&ETRS89 to Belfast height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Belfast height (1) (tfm code 5334).EPSGGeographic3D to GravityRelatedHeight (OSGM02-Ire)EPSGIEPSGd?1&yEPSG!Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015"&EiU5)EPSG%ETRS89 to Douglas height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Douglas height (1) (tfm code 10023). For reversible alternative to this transformation see ETRS89 to ETRS89 + Douglas height (2) (code 9590).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGv?QEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Man 2015`&mgiU5/EPSG$ETRS89-GBR [OSNet v2009] to St. Marys height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to St Marys height (1) (tfm code 10032). For reversible alternative to this transformation see ETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + St. Marys height (2) (code 9585).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSG+EPSGu?zG{EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-UK Scilly 2015m&mog5g%EPSGNZVD2016 height to Dunedin-Bluff 1960 height (1)Derived at 205 control points. Mean offset 0.254m, standard deviation 0.039m, maximum difference from mean 0.11m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSGj?zG{EPSG"Vertical offset filedunedin-bluff-1960-to-nzvd2016-conversion.csvEPSGGLINZ-NZ DUBL q 8 f(AqN&cSoU1'EPSGETRS89-IRE [ETRF2000] to Belfast height (2)OSGM15 supersedes OSGM02 geoid model. Replaces ETRS89 to Belfast height (1) (tfm code 5334). For reversible alternative to this transformation see ETRS89-IRE [ETRF2000] to ETRS89-IRE [ETRF2000] + Belfast height (2) (code 9592).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGOEPSGd?1&yEPSG!Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015W&;KKK) EPSGCanada velocity grid v6NOTE: Before being deprecated this record had a second parameter (code 1048, value 8251) which has been removed due to being non-compliant with the data model.EPSG.Point motion by grid (NTv2_Vel)EPSG ;EPSG ;?zG{EPSGPoint motion velocity grid filecvg60.cvbNRC-Can cvg6.0 &KEiUk%EPSGSHGD2015 to SHVD2015 height (1)This transformation defines SHVD2015 heights. For reversible alternative to this transformation see SHGD2015 to SHGD2015 + SHVD2015 height (1) (code 10614).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSGEPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzENRD-Shn Helh&gqg5a%EPSGNZVD2016 height to Wellington 1953 height (1)Derived at 137 control points. Mean offset 0.408m, standard deviation 0.054m, maximum difference from mean 0.112m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filewellington-1953-to-nzvd2016-conversion.csvEPSGGLINZ-NZ WGTNc&cog5]%EPSGNZVD2016 height to Taranaki 1970 height (1)Derived at 125 control points. Mean offset 0.286m, standard deviation 0.026m, maximum difference from mean 0.07m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filetaranaki-1970-to-nzvd2016-conversion.csvEPSGGLINZ-NZ TARAm&omg5g%EPSGNZVD2016 height to Stewart Island 1977 height (1)Derived at 4 control points. Mean offset 0.299m, standard deviation 0.025m, maximum difference from mean 0.039m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG? =p EPSG"Vertical offset filestewartisland-1977-to-nzvd2016-conversion.csvEPSGGLINZ-NZ STWTn&oqg5e%EPSGNZVD2016 height to One Tree Point 1964 height (1)Derived at 137 control points. Mean offset 0.077m, standard deviation 0.042m, maximum difference from mean 0.107m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset fileonetreepoint-1964-to-nzvd2016-conversion.csvEPSGGLINZ-NZ ONTP`&_qg5Y%EPSGNZVD2016 height to Nelson 1955 height (1)Derived at 256 control points. Mean offset 0.329m, standard deviation 0.039m, maximum difference from mean 0.114m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filenelson-1955-to-nzvd2016-conversion.csvEPSGGLINZ-NZ NELS`&_qg5Y%EPSGNZVD2016 height to Napier 1962 height (1)Derived at 207 control points. Mean offset 0.203m, standard deviation 0.034m, maximum difference from mean 0.096m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filenapier-1962-to-nzvd2016-conversion.csvEPSGGLINZ-NZ NAPId&cqg5]%EPSGNZVD2016 height to Moturiki 1953 height (1)Derived at 519 control points. Mean offset 0.309m, standard deviation 0.071m, maximum difference from mean 0.231m.EPSG/Vertical Offset by Grid Interpolation (NZLVD)EPSGEPSG?zG{EPSG"Vertical offset filemoturiki-1953-to-nzvd2016-conversion.csvEPSGGLINZ-NZ MOTU #; o ,+#$'3cUQEPSG ETRS89-SVK [SKTRF09] to ETRS89-SVK [SKTRF09] + Baltic 1957 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DVRM05. 1 sigma = 34 mm (test performed on 563 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363). The interpolation CRS is ETRS89-SVK [SKTRF2009] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG+CEPSG,0?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_Baltic1957.gtxEPSG+DUGKK-Svk`&O!iU) EPSG PRGF93 to IGN78 Corsica height (1)Replaces RGF93 to NGF IGN69 height (1) (code 10002). Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGY?EPSG!Geoid (height correction) model fileRAC09.mntIGN Fra Cor 09X&G!iU! EPSG ORGF93 to NGF IGN69 height (2)Replaces RGF93 to NGF IGN69 height (1) (code 10000). Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGX?zG{EPSG!Geoid (height correction) model fileRAF09.mntIGN Fra 09%&A=kU%EPSG MGR96 to GVR2016 height (1)Defines GVR2016. File is also available in NOAA VDatum format (ggeoid2016.gtx) and GeoTIFF format (ggeoid2016.tif). For reversible alternative to this transformation see GR96 to GR96 + GVR2016 height (1) (code 9599).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG-EPSG K?EPSG!Geoid (height correction) model fileggeoid16.griSDFE-Grl$&A=kU#EPSG LGR96 to GVR2000 height (1)Defines GVR2000. File is also available in NOAA VDatum format (ggeoid2000.gtx) and GeoTIFF format (ggeoid2000.tif). For reversible alternative to this transformation see GR96 to GR96 + GVR2000 height (1) (code 9598).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG-EPSG J?EPSG!Geoid (height correction) model filegr2000g.griSDFE-Grl^&=siUc!EPSGeWGS 84 to MSL height (1)Parameter values are from WGS 84 to EGM2008 height (2) (CT code 3859) assuming that the EGM2008 surface equals MSL surface within the accuracy of the transformation. For reversible alternative see WGS 84 to WGS 84 + MSL height (1) (code 9706).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGsEPSGR?EPSG!Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFree.gzIOGP-World;&Ygk5#)EPSG#NGVD29 height (m) to NAVD88 height (3)In this area the NGVD29 vertical reference surface is approximately 0 to 0.5m above the NAVD88 surface. Interpolation within the gridded data file may be made using either NAD27 or any of the realisations of NAD83 applicable to US conus.EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?zG{EPSG"Vertical offset filevertcone.94NGS-US Conus EJ&Yk5#)EPSG"NGVD29 height (m) to NAVD88 height (2)In the SE of this area the NGVD29 surface is 0 to 0.1m above the NAVD88 surface; in the W it is 0.6 to 0.9m below the NAVD88 surface. Interpolation in the data file may be made using either NAD27 or any of the NAD83 realizations applicable to US conus.EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?zG{EPSG"Vertical offset filevertconc.94NGS-US Conus CC&Ywk5#)EPSG!NGVD29 height (m) to NAVD88 height (1)In this area the NGVD29 vertical reference surface is approximately 0.6 to 1.6m below the NAVD88 datum surface. Interpolation within the gridded data file may be made using either NAD27 or any of the realizations of NAD83 applicable to US conus.EPSG%Vertical Offset by Grid Interpolation (VERTCON)EPSG EPSGG?zG{EPSG"Vertical offset filevertconw.94NGS-US Conus W x}  Co%Vx|&KiU/%EPSG#NAD83(FBN) to NAVD88 height (1)Uses Geoid03 hybrid model. Replaced by 2009 model (CT code 9173).EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSG!^EPSGG?zG{EPSG!Geoid (height correction) model filegeoid03_conus.binNGS-US Conus{7&U=iU)+EPSG#RGAF09 to Guadeloupe 1988 height (2)Replaces RGAF09 to Guadeloupe 1988 height (1) (CT code 5503). Accuracy 0.01-0.05m within onshore areas. For reversible alternative to this transformation see RGAF09 to RGAF09 + Guadeloupe 1988 height (2) (code 9631).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG}?EPSG!Geoid (height correction) model fileRAGTBT2016.mntIGN Glp GT 2016zI%AIY%-EPSG#NAD27 to NAD83(CSRS)v3 (8)Derived through NAD83(CSRS)v3.EPSG%NTv2EPSGEPSG 0?EPSG!Latitude and longitude difference fileCRD27_00.GSBGeoBC-Can BC CRDyr&9CGKY3EPSG#}ITRF96 to NZGD2000 (2)Used as the second step in ITRF to NZGD2000 concatenated operations. Replaces 2000-01-01 model (CT code 9084). Replaced by 2013-08-01 model (CT code 9086).EPSG7New Zealand Deformation ModelEPSGEPSG_?zG{EPSGPoint motion velocity grid filenzgd2000_deformation_20130801_full.zipLINZ-Nzl 2013-08-01xL&GO%=w?w7EPSG"NAD83(HARN) to NAD83(FBN) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG"?EPSG!Latitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lat.trn.20160901.bEPSG!Longitude difference filenadcon5.nad83_harn.nad83_fbn.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5wN&GO%=?+ EPSG!NAD83(HARN) to NAD83(FBN) (3)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG8EPSG!?EPSG!Latitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lat.trn.20160901.bEPSG!Longitude difference filenadcon5.nad83_1993.nad83_2002.guamcnmi.lon.trn.20160901.bNGS-Gum Nadcon5vP&OO%=w?w7 EPSG!nNAD83(FBN) to NAD83(NSRS2007) (1)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG3NADCON5 (3D)EPSG!EPSG?EPSG!Latitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lat.trn.20160901.bEPSG!Longitude difference filenadcon5.nad83_fbn.nad83_2007.conus.lon.trn.20160901.bNGS-Usa Conus Nadcon5uT&MO%={?{9EPSG!cSt. Lawrence Island to NAD83 (2)Uses NADCON5 method which expects longitudes positive east in range 0-360°; EPSG source and target CRSs have longitudes positive east in range -180° to +180°.EPSG2NADCON5 (2D)EPSG(EPSG?EPSG!Latitude difference filenadcon5.sl1952.nad83_1986.stlawrence.lat.trn.20160901.bEPSG!Longitude difference filenadcon5.sl1952.nad83_1986.stlawrence.lon.trn.20160901.bNGS-Usa AK StL Nadcon5s'cUMEPSG ETRS89-SVK [SKTRF09] to ETRS89-SVK [SKTRF09] + EVRF2007 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DMQSK2014E. 1 sigma = 29 mm (test performed on 93 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG+CEPSG,2?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_EVRF2007.gtxEPSG+DUGKK-Svk p  ^0L&?gqU?#EPSG!GDA2020 to AHD height (1)File name previously called AUSGeoid2020_windows_binary.gsb. Uncertainties given in accompanying file AUSGeoid2020_20180201_error.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AHD height (1) (code 9466).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGEPSGO?333333EPSG!Geoid (height correction) model fileAUSGeoid2020_20180201.gsbGA-Aus 2020&5/Ya9EPSG GDA94 to GDA2020 (2)See GDA94 to GDA2020 (1) or (3) (codes 8048 and 8446) for alternative conformal-only transformation without local distortion modelling. GDA2020 Technical Manual and fact sheet T1 give guidance on which to use.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileGDA94_GDA2020_conformal_and_distortion.gsbICSM-Aus Conf and Dist3&5YC1EPSG GDA94 to GDA2020 (3)Gives identical results to Helmert transformation GDA94 to GDA2020 (1) (code 8048). See GDA94 to GDA2020 (2) (code 8447) for alternative with local distortion modelling included. GDA2020 Technical Manual and fact sheet T1 give guidance on which to use.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileGDA94_GDA2020_conformal.gsbICSM-Aus NTv2 Conf*&5cY]'EPSG GDA94 to GDA2020 (5)See GDA94 to GDA2020 (1) (code 8048) for transformation using Helmert method which gives identical results.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileGDA94_GDA2020_conformal_cocos_island.gsbICSM-Cck Conf.&5cYe'EPSG GDA94 to GDA2020 (4)See GDA94 to GDA2020 (1) (code 8048) for transformation using Helmert method which gives identical results.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileGDA94_GDA2020_conformal_christmas_island.gsbICSM-Cxr Conf[&giU)EPSG ETRS89-FRA [RGF93 v2] to NGF-IGN78 height (2)Replaces ggf97a model (code 10002)]. Replaced by RAC23 model (code 10506). Accuracy at each grid node is given in the geoid model file. For reversible alternative see ETRS89-FRA [RGF93 v2] to ETRS89-FRA [RGF93 v2] + NGF-IGN78 height (2) (code 9639).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&0EPSGY?EPSG!Geoid (height correction) model fileRAC09.mntIGN Fra Cor 09&g[iU!EPSG ETRS89-FRA [RGF93 v2] to NGF-IGN69 height (2)Replaces ggf97a geoid model. Replaced by RAF18 model. Accuracy at each 0.0333333333333° in longitude and 0.025° in latitude grid node is given within the model file.EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&0EPSGX?zG{EPSG!Geoid (height correction) model fileRAF09.mntIGN Fra 09_&QSY;'EPSG BD72 to ETRS89-BEL [BEREF2011] (3)File name is lower case and despite its name is between geographic CRSs. (Similarly-named file in upper case BD72LB72_ETRS89LB08 operates in projected CRS domain).EPSG%NTv2EPSGEPSG+?zG{EPSG!Latitude and longitude difference filebd72lb72_etrs89lb08.gsbIGN-Bel 0.01m$&G =C?CEPSG S-JTSK [JTSK03] to S-JTSK (1)Derived at 684 identical points. Also available as an NTv2 file.EPSG%NADCONEPSG EPSGETRS89 to GHA height (1)This transformation gives same result as concatenation of ETRS89 to EVRF2000 Austria height and EVRF2000 Austria height to GHA height transformations, CTs code 9276 and 9275. Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator.EPSG9Geographic3D to GravityRelatedHeight (BEV AT)EPSGIEPSG?EPSG!Geoid (height correction) model fileGV_Hoehengrid_plus_Geoid_V3.csvEPSGBEV-AutK&QSgUEEPSG$=MGI to EVRF2000 Austria height (1)Austrian Geoid 2008 (Bessel ellipsoid). Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator. For reversible alternative to this transformation see MGI to MGI + EVRF2000 Austria height (1) (code 9601).EPSG9Geographic3D to GravityRelatedHeight (BEV AT)EPSG$3EPSG$:?EPSG!Geoid (height correction) model fileGEOID_BESSEL_Oesterreich.csvEPSGBEV-Auta&megUCEPSG$&g?c5;-EPSG$lNZVD2016 height to Wellington 1953 height (2)Derived at 137 control points. Mean offset 0.408m, standard deviation 0.054m, maximum difference from mean 0.112m. Supersedes NZVD2016 height to Wellington 1953 height (1) (code 7872) after change of grid file format.EPSGPoint motion (geocen domain) using XYZ velocity grid (INADEFORM)EPSG$EPSG$?333333EPSGPoint motion velocity grid filev3_dm_grd01_xyz.datEPSG$BIG-Idn Deform20]_WYE9EPSG$ETRS89-GBR [OSNet v2009] to MML07-IRF (1)In conQ&MiiU?%EPSG$REGCAN95 to Lanzarote height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Lanzarote height (1) (code 9615).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008  L WrF5&mAc5'' EPSG$DHHN2016 height to EVRF2019 mean-tide height (1)Determined at 802 points, SD 0.003m. Offset: mean 0.007m, minimum -0.004m, maximum 0.018m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?xtj~EPSG"Vertical offset filede_2019_m.ascEPSGEuG-Deu 2019m+&YAc5'' EPSG$DHHN2016 height to EVRF2019 height (1)Determined at 802 points, SD 0.010m. Offset: mean 0.013m, minimum -0.008m, maximum 0.039m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?zG{EPSG"Vertical offset filede_2019_z.ascEPSGEuG-Deu 2019z*&UCc5'' EPSG$Ostend height to EVRF2019 height (1)Determined at 39 points, SD 0.017m. Offset: mean -2.315m, minimum -2.364m, maximum -2.279m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$?hr ĜEPSG"Vertical offset filebe_2019_z.ascEPSGEuG-Bel 2019z4&iCc5'' EPSG$Ostend height to EVRF2019 mean-tide height (1)Determined at 39 points, SD 0.016m. Offset: mean -2.323m, minimum -2.372m, maximum -2.290m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGNEPSG$?bMEPSG"Vertical offset filebe_2019_m.ascEPSGEuG-Bel 2019m2&cEc5'' EPSG$GHA height to EVRF2019 mean-tide height (1)Determined at 147 points, SD 0.058m. Offset: mean -0.330m, minimum -0.463m, maximum -0.245m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?-VEPSG"Vertical offset fileat_2019_m.ascEPSGEuG-Aut 2019m(&OEc5'' EPSG$GHA height to EVRF2019 height (1)Determined at 147 points, SD 0.060m. Offset: mean -0.306m, minimum -0.442m, maximum -0.219m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?QEPSG"Vertical offset fileat_2019_z.ascEPSGEuG-Aut 2019zO&MeiU?%EPSG$REGCAN95 to El Hierro height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN + El Hierro height (1) (code 9610).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008O&KgiU?%EPSG$REGCAN95 to La Palma height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + La Palma height (1) (code 9614).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008Q&MiiU?%EPSG$REGCAN95 to La Gomera height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + La Gomera height (1) (code 9613).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008O&KgiU?%EPSG$REGCAN95 to Tenerife height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Tenerife height (1) (code 9616).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008W&SoiU?%EPSG$REGCAN95 to Gran Canaria height (1)For reversible alternative to this transformation see REGCAN95 to REGCAN95 + Gran Canaria height (1) (code 9612).EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtIGN-Esp 2008.UqiU?%EPSG$Ȃ+&WCc5'' EPSG$Trieste height to EVRF2019 height (1)Determined at 46 points, SD 0.016m. Offset: mean -0.548m, minimum -0.595m, maximum -0.500m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGKEPSG$?bMEPSG"Vertical offset filemk_2019_z.ascEPSGEuG-Mkd 2019z  o 8 *mx&SqU?#EPSG$GDA2020 to GDA2020 + AHD height (1)Reversible alternative to GDA2020 to AHD height (1) (code 8451). Uncertainties given in accompanying file AUSGeoid2020_20180201_error.gsbEPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSGEPSG$?333333EPSG!Geoid (height correction) model fileAUSGeoid2020_20180201.gsbEPSGGA-Aus 2020;&U!qU/5 EPSG$GDA2020 to GDA2020 + AVWS height (1)Reversible alternative to GDA2020 to AVWS height (1) (code 9461). AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20191107.gsb.EPSG;Geog3D to Geog2D+GravityRelatedHeight (AUSGeoidv2)EPSGEPSG$?EPSG!Geoid (height correction) model fileAGQG_20191107.gsbEPSGGA-Aus AGQG 20191107Q&AmqU/5 EPSG$GDA2020 to AVWS height (1)AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20191107.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AVWS height (1) (code 9465).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGEPSG$?EPSG!Geoid (height correction) model fileAGQG_20191107.gsbGA-Aus AGQG 20191107.&_WYE9EPSG$ETRS89-GBR [OSNet v2009] to GBK19-IRF (1)In conjunction with the GBK19-TM map projection (code 9455) applied to GBK19-IRF (code 9453), emulates the GBK19 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines GBK19-IRF hence is errorless.EPSG%NTv2EPSG+EPSG$EPSG!Latitude and longitude difference fileTN15-ETRS89-to-GBK19-IRF.gsbNR-Gbr GBK19 OSNet2009'&OCc5'' EPSG$ODN height to EVRF2019 height (1)Determined at 35 points, SD 0.011m. Offset: mean -0.181m, minimum -0.202m, maximum -0.161m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEEPSG$?+ IEPSG"Vertical offset filegb_2019_z.ascEPSGEuG-Gbr 2019z4&gEc5'' EPSG$LHN95 height to EVRF2019 mean-tide height (1)Determined at 553 points, SD 0.073m. Offset: mean -0.233m, minimum -0.353m, maximum -0.044m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$?° ěEPSG"Vertical offset filech_2019_m.ascEPSGEuG-Che 2019m*&SEc5'' EPSG$LHN95 height to EVRF2019 height (1)Determined at 553 points, SD 0.075m. Offset: mean -0.204m, minimum -0.330m, maximum -0.130m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$?333333EPSG"Vertical offset filech_2019_z.ascEPSGEuG-Che 2019z5&kCc5'' EPSG$SVS2010 height to EVRF2019 mean-tide height (1)Determined at 66 points, SD 0.004m. Offset: mean -0.290m, minimum -0.295m, maximum -0.280m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!EPSG$?bMEPSG"Vertical offset filesi_2019_m.ascEPSGEuG-Svn 2019m+&WCc5'' EPSG$SVS2010 height to EVRF2019 height (1)Determined at 66 points, SD 0.003m. Offset: mean -0.258m, minimum -0.264m, maximum -0.250m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG!EPSG$?xtj~EPSG"Vertical offset filesi_2019_z.ascEPSGEuG-Svn 2019z5&kCc5'' EPSG$Cascais height to EVRF2019 mean-tide height (1)Determined at 18 points, SD 0.007m. Offset: mean -0.343m, minimum -0.383m, maximum -0.332m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?1&yEPSG"Vertical offset filept_2019_m.ascEPSGEuG-Prt 2019m+&WCc5'' EPSG$Cascais height to EVRF2019 height (1)Determined at 18 points, SD 0.010m. Offset: mean -0.277m, minimum -0.323m, maximum -0.264m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?zG{EPSG"Vertical offset filept_2019_z.ascEPSGEuG-Prt 2019z U c  i+U1&SEc5%7 EPSG%WLHN95 height to EVRF2019 height (2)Determined at 553 points, SD 0.073m. Offset: mean -0.216m, minimum -0.478m, maximum -0.021m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGaEPSG$?° ěEPSG"Vertical offset filech_2019z.ascEPSGEuG-Che 2019z 2020-09/&OEc5%7EPSG%UGHA height to EVRF2019 height (2)Determined at 150 points, SD 0.068m. Offset: mean -0.309m, minimum -0.450m, maximum -0.210m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?hr ĜEPSG"Vertical offset fileat_2019z.ascEPSGEuG-Aut 2019z 2020-09<&mAc5%7EPSG%TDHHN2016 height to EVRF2019 mean-tide height (2)Determined at 802 points, SD 0.004m. Offset: mean 0.009m, minimum -0.011m, maximum 0.028m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?bMEPSG"Vertical offset filede_2019m.ascEPSGEuG-Deu 2019m 2020-092&YAc5%7EPSG%SDHHN2016 height to EVRF2019 height (2)Determined at 802 points, SD 0.010m. Offset: mean 0.016m, minimum -0.004m, maximum 0.052m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?zG{EPSG"Vertical offset filede_2019z.ascEPSGEuG-Deu 2019z 2020-09<&kCc5%7EPSG%RCascais height to EVRF2019 mean-tide height (2)Determined at 18 points, SD 0.012m. Offset: mean -0.340m, minimum -0.383m, maximum -0.324m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?tj~EPSG"Vertical offset filept_2019m.ascEPSGEuG-Prt 2019m 2020-092&WCc5%7EPSG%QCascais height to EVRF2019 height (2)Determined at 18 points, SD 0.014m. Offset: mean -0.275m, minimum -0.322m, maximum -0.262m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?1&yEPSG"Vertical offset filept_2019z.ascEPSGEuG-Prt 2019z 2020-09'&C{Y'1EPSG%NNAD83 to NAD83(CSRS)v6 (10)File NLCSRSV4A.GSB corrects error in file header record previously released as NLCSRSV4.GSB. No change to gridded data.EPSG%NTv2EPSGEPSG EPSG >?zG{EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?NRC-Can cvg7.09&cEc5%7EPSG%VGHA height to EVRF2019 mean-tide height (2)Determined at 150 points, SD 0.065m. Offset: mean -0.333m, minimum -0.471m, maximum -0.236m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$? =pEPSG"Vertical offset fileat_2019m.ascEPSGEuG-Aut 2019m 2020-09 " ` # }? S"Â/&SAc5%7EPSG%eN2000 height to EVRF2019 height (1)Determined at 191 points, SD 0.002m. Offset: mean 0.002m, minimum -0.005m, maximum 0.007m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG&s?c5%7EPSG%lLatvia 2000 height to EVRF2019 mean-tide height (1)Determined at 134 points, SD 0.004m. Offset: mean 0.031m, minimum 0.025m, maximum 0.045m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?bMEPSG"Vertical offset filelv_2019m.ascEPSGEuG-Lva 2019m 2020-094&_?c5%7EPSG%kLatvia 2000 height to EVRF2019 height (1)Determined at 134 points, SD 0.003m. Offset: mean 0.009m, minimum 0.000m, maximum 0.019m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?xtj~EPSG"Vertical offset filelv_2019z.ascEPSGEuG-Lva 2019z 2020-09;&o=c5%7EPSG%jEOMA 1980 height to EVRF2019 mean-tide height (1)Determined at 35 points, SD 0.005m. Offset: mean 0.138m, minimum 0.127m, maximum 0.149m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?zG{EPSG"Vertical offset filehu_2019m.ascEPSGEuG-Hun 2019m 2020-091&[=c5%7EPSG%iEOMA 1980 height to EVRF2019 height (1)Determined at 35 points, SD 0.003m. Offset: mean 0.163m, minimum 0.156m, maximum 0.171m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?xtj~EPSG"Vertical offset filehu_2019z.ascEPSGEuG-Hun 2019z 2020-09@&oGc5%7EPSG%hNGF-IGN69 height to EVRF2019 mean-tide height (1)Determined at 1228 points, SD 0.043m. Offset: mean -0.561m, minimum -0.658m, maximum -0.430m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGXEPSG$?tjEPSG"Vertical offset filefr_2019m.ascEPSGEuG-Fra 2019m 2020-098[Gc5%7EPSG%gNGF-IGN69 height to EVRF2019 height (1)Determined at 1228 points, SD 0.054m. Offset: mean -0.539m, minimum -0.651m, maximum -0.380m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGXEPSG$?SEPSG"Vertical offset filefr_2019z.ascEPSGEuG-Fra 2019z 2020-09 B o 0 *8LskB/&ikU%EPSG%|NAD83(2011) to NAD83(2011) + NAVD88 height (2)Reversible alternative to NAD83(2011) to NAVD88 height (2) (code 6327).EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG?zG{EPSG!Geoid (height correction) model fileg2012ba0.binEPSGNGS-US AKW' AmU'#EPSG%zETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + NN54 height (1)Reversible alternative to ETRS89-NOR [EUREF89] to NN54 height (1) (code 9484). The interpolation CRS is EUREF89 but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG*zEPSG?zG{EPSG!Geoid (height correction) model filehref2008a.binEPSG*{SK-Nor 2008j' EmUE#EPSG%yETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + NN2000 height (1)Reversible alternative to ETRS89-NOR [EUREF89] to NN2000 height (1) (code 9485). The interpolation CRS is EUREF89 but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG*zEPSG6?zG{EPSG!Geoid (height correction) model fileHREF2018B_NN2000_EUREF89.binEPSG*{SK-Nor 2018]'1qU1'EPSG%xETRS89-IRE [ETRF2000] to ETRS89-IRE [ETRF2000] + Belfast height (2)Reversible alternative to ETRS89-IRE [ETRF2000] to Belfast height (2) (code 7958).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGOEPSG$?1&yEPSG!Geoid (height correction) model fileOSGM15_Belfast.griEPSGOS-UK NI 2015`'9qU-#EPSG%wETRS89-IRE [ETRF2000] to ETRS89-IRE [ETRF2000] + Malin Head height (2)Reversible alternative to ETRS89-IRE [ETRF2000] to Malin Head height (2) (code 7959).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGOEPSG$?O;dZEPSG!Geoid (height correction) model fileOSGM15_Malin.griEPSGOS-Ire 2015/&WkU5)EPSG%vETRS89 to ETRS89 + Douglas height (2)Reversible alternative to ETRS89 to Douglas height (2) (code 7717).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$?QEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSGOS-UK Man 2015'qkU5+EPSG%uETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009] + Lerwick height (2)Reversible alternative to ETRS89-GBR [OSNet v2009] to Lerwick height (2) (code 7714). The interpolation CRS is ETRS89-GBR [OSNet v2009] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSG+EPSG$?nO;EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG+OS-UK Shet 2015=&e!kU5)EPSG%tETRS89 to ETRS89 + ODN (Offshore) height (1)Reversible alternative to ETRS89 to ODN (Offshore) height (1) (code 7713).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$?zG{EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSGOS-UK Off 2015z'ikU5)EPSG%sETRS89-GBR [OSNet v2009] to ETRS89-GBR [OSNet v2009]+ ODN height (2)Reversible alternative to ETRS89-GBR [OSNet v2009] to ODN height (2) (code 7711). The interpolation CRS is ETRS89-GBR [OSNet v2009] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSG+EPSG$?bMEPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSG+OS-UK Gbr 2015&iYkU#+EPSG%{NAD83(2011) to NAD83(2011) + NAVD88 height (3)Reversible alternative to NAD83(2011) to NAVD88 height (3) (code 9229). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG?QEPSG!Geoid (height correction) model fileg2018u0.binEPSGNGS-US Conus 186  F6hH&gwYM=EPSG&ETRS89-GBR [OSNet v2009] to ECML14_NB-IRF (1)In conjunction with the ECML14_NB-TM map projection (code 9760) applied to ECML14_NB-IRF (code 9758), emulates the ECML14_NB Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines ECML14_NB-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-ECML14_NB-IRF.gsbNR-Gbr ECML_NB OSNet2009&m!kU/7EPSG&ETRS89-ITA [RDN2008] to Cagliari 1956 height (1)For reversible alternative to this transformation see ETRS89-ITA [RDN2008] to ETRS89-ITA [RDN2008] + Cagliari 1956 height (1) (code 9730).EPSGRGeographic3D to GravityRelatedHeight (ITAL2005)EPSG1EPSG%?QEPSG!Geoid (height correction) model filegeo_igm_mar06.grdIGM-Ita 2005 SardiniaQ&AmqU/5EPSG%GDA2020 to AVWS height (2)AGQG is used to realise AVWS. Uncertainties (4-8 cm across mainland Australia) given in accompanying file AGQG_uncertainty_20201120.gsb. For reversible alternative to this transformation see GDA2020 to GDA2020 + AVWS height (2) (code 9693).EPSGGeographic3D to GravityRelatedHeight (AUSGeoid v2)EPSGEPSG$?EPSG!Geoid (height correction) model fileAGQG_20201120.gsbGA-Aus AGQG 20201120p&WygUM= EPSG%ETRF2000-PL to Baltic 1986 height (1)For reversible alternative to this transformation see ETRF2000-PL to ETRF2000-PL + Baltic 1986 height (1) (code 9659).EPSGKGeographic3D to GravityRelatedHeight (PL txt)EPSG%EPSG%?QEPSG!Geoid (height correction) model filegugik-geoid2011-PL-KRON86-NH.txtGUGiK-Pol geoid11 KRON868&k!kU+#EPSG%RRAF 1991 to RRAF 1991 + IGN 2008 LD height (1)Reversible alternative to RRAF 1991 to IGN 2008 LD height (1) (code 9132).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGEPSG%F?əEPSG!Geoid (height correction) model fileRALDW842016.mntEPSGIGN Glp Desl&ocU17EPSG%SRGI2013 to SRGI2013 + INAGeoid2020 v1 height (1)Reversible alternative to SRGI2013 to INAGeoid2020 v1 height (1) (code 9305). Before 2022-07, file name was INAGEOID20.gtx.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG$EPSG%9EPSG!Geoid (height correction) model fileINAGEOID2020v1.gtxEPSG$BIG-Idn INAGeoid20 v1H&akUk% EPSG%SHGD2015 to SHGD2015 + SHVD2015 height (1)Reversible alternative to SHGD2015 to SHVD2015 height (1) (code 7891).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSGEPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzEPSGENRD-Shn Hel 'kU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Ceuta 2 height (1)Reversible alternative to ETRS89-ESP [REGENTE] to Ceuta 2 height (1) (code 9414). The interpolation CRS is ETRS89-ESP [REGENTE] but using any realization of ETRS89 including either ETRS89-ESP [ERGNSS] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG+zEPSG%"?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSG+~IGN-Esp 2008c' ]cU''EPSG%}ETRS89-NLD [AGRS2010] to ETRS89-NLD [AGRS2010] + NAP height (2)Reversible alternative to ETRS89-NLD [AGRS2010] to NAP height (2) (code 9283). The interpolation CRS is ETRS89-NLD [AGRS2010] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG+EPSG$F?zG{EPSG!Geoid (height correction) model filenlgeo2018.gtxEPSG+NSGI-Nld 2018 8  sG8 'kU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Alicante height (1)Reversible alternative to ETRS89-ESP [REGENTE] to Alicante height (1) (code 9410). The interpolation CRS is ETRS89-ESP [REGENTE] but using any realization of ETRS89 including either ETRS89-ESP [ERGNSS] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG+zEPSG%!?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSGIGN-Esp 2008&_}aU%EPSG%CIGD11 to CIGD11 + LCVD61 height (ft) (1)Reversible alternative to CIGD11 to LCVD61 height (ft) (1) (code 6139). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSGEPSG% ?QEPSG!Geoid (height correction) model fileLCGM0811.TXTEPSGLSD-Cym&_}aU%EPSG%CIGD11 to CIGD11 + GCVD54 height (ft) (1)Reversible alternative to CIGD11 to GCVD54 height (ft) (1) (code 6138). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSGEPSG%?QEPSG!Geoid (height correction) model fileGCGM0811.TXTEPSGLSD-Cym&_}aU%EPSG%CIGD11 to CIGD11 + CBVD61 height (ft) (1)Reversible alternative to CIGD11 to CBVD61 height (ft) (1) (code 6140). Care: source CRS heights are in metres, transformation file parameter values and target CRS heights are in feet.EPSGCGeog3D to Geog2D+GravityRelatedHeight (CI)EPSGEPSG%?QEPSG!Geoid (height correction) model fileCBGM0811.TXTEPSGLSD-Cym0&]iUEEPSG%MGI to MGI + EVRF2000 Austria height (1)Reversible alternative to MGI to EVRF2000 Austria height (1) (code 9277). Austrian Geoid 2008 (Bessel ellipsoid). Accuracy 5cm (1 sigma). The transformation is implemented in BEV-Transformator.EPSGAGeog3D to Geog2D+GravityRelatedHeight (BEV AT)EPSG$3EPSG%?EPSG!Geoid (height correction) model fileGEOID_BESSEL_Oesterreich.csvEPSGBEV-Aut]'1iUCEPSG%ETRS89-AUT [2002] to ETRS89-AUT [2002] + EVRF2000 Austria height (1)Reversible alternative to ETRS89-AUT [2002] to EVRF2000 Austria height (1) (code 9276). Austrian Geoid 2008. Accuracy 5cm (1 sigma). The interpolation CRS is ETRS89-AUT [2002] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation. The transformation is implemented in BEV-Transformator.EPSGAGeog3D to Geog2D+GravityRelatedHeight (BEV AT)EPSG+0EPSG%?EPSG!Geoid (height correction) model fileGEOID_GRS80_Oesterreich.csvEPSG+1BEV-Aut&OUmU%EPSG%GR96 to GR96 + GVR2016 height (1)Reversible alternative to GR96 to GVR2016 height (1) (code 8269). File is also available in NOAA VDatum format (ggeoid2016.gtx) and GeoTIFF format (ggeoid2016.tif).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG-EPSG ?EPSG!Geoid (height correction) model fileggeoid16.griEPSGSDFE-Grl~&OUmU#EPSG%~GR96 to GR96 + GVR2000 height (1)Reversible alternative to GR96 to GVR2000 height (1) (code 8268). File is also available in NOAA VDatum format (ggeoid2000.gtx) and GeoTIFF format (ggeoid2000.tif).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG-EPSG ?EPSG!Geoid (height correction) model filegr2000g.griEPSGSDFE-Grl ]cU''EPSG%}ETRS89-NLD [AGRS2010] to ETRS89-NLD [AGRS2010] + NAP height (2)Reversible alternative to ETRS89-NLD [AGRS2010] to NAP height (2) (code 9283). The interpolation CRS is ETRS89-NLD [AGRS2010] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG+EPSG$F?zG{EPSG!Geoid (height correction) model filenlgeo2018.gtxEPSG+NSGI-Nld 2018 7 y3u7<&ckU?%EPSG%REGCAN95 to REGCAN95 + Lanzarote height (1)Reversible alternative to REGCAN95 to Lanzarote height (1) (code 9415).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%+?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008:&akU?%EPSG%REGCAN95 to REGCAN95 + La Palma height (1)Reversible alternative to REGCAN95 to La Palma height (1) (code 9420).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%*?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008<&ckU?%EPSG%REGCAN95 to REGCAN95 + La Gomera height (1)Reversible alternative to REGCAN95 to La Gomera height (1) (code 9419).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%)?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008B&i!kU?%EPSG%REGCAN95 to REGCAN95 + Gran Canaria height (1)Reversible alternative to REGCAN95 to Gran Canaria height (1) (code 9417).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%(?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008D&k#kU?%EPSG%REGCAN95 to REGCAN95 + Fuerteventura height (1)Reversible alternative to REGCAN95 to Fuerteventura height (1) (code 9416).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%'?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008<&ckU?%EPSG%REGCAN95 to REGCAN95 + El Hierro height (1)Reversible alternative to REGCAN95 to El Hierro height (1) (code 9421).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%&?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008 'kU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Menorca height (1)Reversible alternative to ETRS89-ESP [REGENTE] to Menorca height (1) (code 9412). The interpolation CRS is ETRS89-ESP [REGENTE] but using any realization of ETRS89 including either ETRS89-ESP [ERGNSS] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG+zEPSG%%?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSG+~IGN-Esp 2008$'MkU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Mallorca height (1)Reversible alternative to ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Mallorca height (1) (code 9411). The interpolation CRS is ETRS89-ESP [REGENTE] but using any realization of ETRS89 including either ETRS89-ESP [ERGNSS] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG+zEPSG%$?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSG+~IGN-Esp 2008' kU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Ibiza height (1)Reversible alternative to ETRS89-ESP [REGENTE] to Ibiza height (1) (code 9413). The interpolation CRS is ETRS89-ESP [REGENTE] but using any realization of ETRS89 including either ETRS89-ESP [ERGNSS] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSG+zEPSG%#?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSG+~IGN-Esp 2008kU-%EPSG%ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Ceuta 2 height (1)Reversible alternative to ETRS89-ESP [REGENTE] to Ceuta 2 height (1) (code 9414). The interpolati:&akU?%EPSG%REGCAN95 to REGCAN95 + Tenerife height (1)Reversible alternative to REGCAN95 to Tenerife height (1) (code 9418).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGEPSG%,?EPSG!Geoid (height correction) model fileEGM08_REDNAP_Canarias.txtEPSGIGN-Esp 2008  ^ q < - ^0&acU+-EPSG%NZGD2000 to NZGD2000 + NZVD2009 height (2)Reversible alternative to NZGD2000 to NZVD2009 height (2) (code 9325).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG_EPSG%7?EPSG!Geoid (height correction) model filenzgeoid2009.gtxEPSGGLINZ-NZ 2009 gtx}&i3kU%#EPSG%NAD83(PA11) to NAD83(PA11) + ASVD02 height (1)Reversible alternative to NAD83(PA11) to ASVD02 height (1) (code 7650). Uses Geoid12B hybrid model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG%6?zG{EPSG!Geoid (height correction) model fileg2012bs0.binEPSGNGS-Asm 12B}&i3kU%#EPSG%NAD83(MA11) to NAD83(MA11) + NMVD03 height (1)Reversible alternative to NAD83(MA11) to NMVD03 height (1) (code 7649). Uses Geoid12B hybrid model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG%5?zG{EPSG!Geoid (height correction) model fileg2012bg0.binEPSGNGS-Mnp 12B}&i3kU%#EPSG%NAD83(MA11) to NAD83(MA11) + GUVD04 height (1)Reversible alternative to NAD83(MA11) to GUVD04 height (1) (code 7648). Uses Geoid12B hybrid model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG%4?zG{EPSG!Geoid (height correction) model fileg2012bg0.binEPSGNGS-Gum 12B&iYkU#!EPSG%NAD83(2011) to NAD83(2011) + VIVD09 height (2)Reversible alternative to NAD83(2011) to VIVD09 height (2) (code 9231). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG%3?QEPSG!Geoid (height correction) model fileg2018p0.binEPSGNGS-Vir 18&iYkU#!EPSG%NAD83(2011) to NAD83(2011) + PRVD02 height (2)Reversible alternative to NAD83(2011) to PRVD02 height (2) (code 9230). Uses Geoid18 hybrid model. Replaces 12B model. See information source for further information.EPSGoGeog3D to Geog2D+GravityRelatedHeight (NGS bin)EPSGEPSG%2?QEPSG!Geoid (height correction) model fileg2018p0.binEPSGNGS-Pri 18u&i#mU+EPSG%POSGAR 2007 to POSGAR 2007 + SRVN16 height (1)Reversible alternative to POSGAR 2007 to SRVN16 height (1) (code 9256). Uses geoid model Ar16. See information source for more information.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGEPSG%1?EPSG!Geoid (height correction) model fileGEOIDE-Ar16.griEPSGIGN-Arg&ggmU+EPSG%KSA-GRF17 to KSA-GRF17 + KSA-VRF14 height (1)Reversible alternative to KSA-GRF17 to KSA-VRF14 height (1) (code 9355). File also available in IGN2009 format. To access KSA-GEOID17 contact GCS by email to info@gcs.gov.saEPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG$tEPSG%0?EPSG!Geoid (height correction) model fileKSA-GEOID17.graEPSG$uGCS-Sau3&[mU3+EPSG%FEH2010 to FEH2010 + FCSVR10 height (1)Reversible alternative to FEH2010 to FCSVR10 height (1) (code 5626).EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGEPSG%/?EPSG!Geoid (height correction) model filefehmarn_geoid10.griEPSGFEM-Dnk-Deu FehC&WkU])EPSG%WGS 84 to WGS 84 + EGM2008 height (2)Reversible alternative to WGS 84 to EGM2008 height (2) (code 3859).EPSGDGeog3D to Geog2D+GravityRelatedHeight (EGM2008)EPSGsEPSG%.?(\)EPSG!Geoid (height correction) model fileUnd_min1x1_egm2008_isw=82_WGS84_TideFreeEPSGNGA-World 1minakUk0&acU+-EPSG%NZGD2000 to NZGD2000 + NZVD2016 height (2)Reversible alternative to NZGD2000 to NZVD2016 height (2) (code 9326).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG_EPSG%8?EPSG!Geoid (height correction) model filenzgeoid2016.gtxEPSGGLINZ-NZ 2016 gtx   v :  wI92&akU-)EPSG%RGNC91-93 to RGNC91-93 + NGNC08 height (1)Reversible alternative to RGNC91-93 to NGNC08 height (1) (code 9352).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG+EPSG%D?QEPSG!Geoid (height correction) model fileRanc08_Circe.mntEPSGBGN-Ncl RANC08V'5kU)EPSG%ETRS89-FRA [RGF93 v2] to ETRS89-FRA [RGF93 v2] + NGF-IGN78 height (2)Reversible alternative to ETRS89-FRA [RGF93 v2] to NGF-IGN78 height (2) (code 8372).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&0EPSG%C?EPSG!Geoid (height correction) model fileRAC09.mntEPSG&1IGN Fra Cor 09}' kU!EPSG%ETRS89-FRA [RGF93 v2] to ETRS89-FRA [RGF93 v2] + NGF-IGN69 height (3)Reversible alternative to ETRS89-FRA [RGF93 v2] to NGF-IGN69 height (3) (code 8885). May also be found with filename RAF18.tac.EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&0EPSG%B?zG{EPSG!Geoid (height correction) model fileRAF18.mntEPSG&1IGN Fra 187&g#kU)%EPSG%RGAF09 to RGAF09 + Martinique 1987 height (2)Reversible alternative to RGAF09 to Martinique 1987 height (2) (code 9136).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%A?EPSG!Geoid (height correction) model fileRAMART2016.mntEPSGqIGN Mtq 2016,&_kU%#EPSG%RGAF09 to RGAF09 + IGN 2008 LD height (1)Reversible alternative to RGAF09 to IGN 2008 LD height (1) (code 9131).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%@?əEPSG!Geoid (height correction) model fileRALD2016.mntEPSGqIGN-Glp Des-&_kU'#EPSG%RGAF09 to RGAF09 + IGN 1988 SM height (2)Reversible alternative to RGAF09 to IGN 1988 SM height (2) (code 9188).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%??EPSG!Geoid (height correction) model filegg10_smv2.mntEPSGqIGN Glp StM-&_kU'#EPSG%RGAF09 to RGAF09 + IGN 1988 SB height (2)Reversible alternative to RGAF09 to IGN 1988 SB height (2) (code 9187).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%>?EPSG!Geoid (height correction) model filegg10_sbv2.mntEPSGqIGN Glp StB0&_kU%+EPSG%RGAF09 to RGAF09 + IGN 1988 MG height (2)Reversible alternative to RGAF09 to IGN 1988 MG height (2) (code 9135).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%=?EPSG!Geoid (height correction) model fileRAMG2016.mntEPSGqIGN Glp MG 20161&_kU%-EPSG%RGAF09 to RGAF09 + IGN 1988 LS height (2)Reversible alternative to RGAF09 to IGN 1988 LS height (2) (code 9134).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%&mEc5%7EPSG%Alicante height to EVRF2019 mean-tide height (1)Determined at 155 points, SD 0.039m. Offset: mean -0.488m, minimum -0.603m, maximum -0.426m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?+EPSG"Vertical offset filees_2019m.ascEPSGEuG-Esp 2019m 2020-094&YEc5%7EPSG%Alicante height to EVRF2019 height (1)Determined at 155 points, SD 0.041m. Offset: mean -0.427m, minimum -0.555m, maximum -0.355m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?EEPSG"Vertical offset filees_2019z.ascEPSGEuG-Esp 2019z 2020-09<&o?c5%7EPSG%Constanta height to EVRF2019 mean-tide height (1)Determined at 96 points, SD 0.010m. Offset: mean 0.015m, minimum -0.006m, maximum 0.040m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGEPSG$?zG{EPSG"Vertical offset filero_2019m.ascEPSGEuG-Rou 2019m 2020-09T'1oU+-EPSG%NAD83(CSRS)v6 to NAD83(CSRS)v6 + CGVD2013a(2010) height (1)Reversible alternative to NAD83(CSRS)v6 to CGVD2013a(2010) height (1) (code 9247).EPSGBGeog3D to Geog2D+GravityRelatedHeight (NRCan byn)EPSG ;EPSG%H?QEPSG!Geoid (height correction) model fileCGG2013an83.bynEPSG EPSG2?zG{EPSG!Latitude and longitude difference file35160622_47161840_F89_F00.gsbIGM-ItaJ&M-YGEPSG&ED50 to ETRS89-ITA [RDN2008] (1)For the reverse transformation from RDN2008 to ED50, iteration may be avoided by using an alternative grid file (35160622_47161840_F00_E50.gsb).EPSG%NTv2EPSGEPSG2?əEPSG!Latitude and longitude difference file35160622_47161840_E50_F00.gsbIGM-ItaF&I)YGEPSG&ED50 to ETRS89-ITA [IGM95] (1)For the reverse transformation from IGM95 to ED50, iteration may be avoided by using an alternative grid file (35160622_47161840_F89_E50.gsb).EPSG%NTv2EPSGEPSG>?əEPSG!Latitude and longitude difference file35160622_47161840_E50_F89.gsbIGM-ItaX&[;YGEPSG&Monte Mario to ETRS89-ITA [RDN2008] (5)For the reverse transformation from RDN2008 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_F00_R40.gsb).EPSG%NTv2EPSGEPSG2?EPSG!Latitude and longitude difference file35160622_47161840_R40_F00.gsbIGM-ItaT&W7YGEPSG&Monte Mario to ETRS89-ITA [IGM95] (4)For the reverse transformation from IGM95 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_F89_R40.gsb).EPSG%NTv2EPSGEPSG>?EPSG!Latitude and longitude difference file35160622_47161840_R40_F89.gsbIGM-ItaE&;5YGEPSG&Monte Mario to ED50 (1)For the reverse transformation from ED50 to Monte Mario, iteration may be avoided by using an alternative grid file (35160622_47161840_E50_R40.gsb).EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference file35160622_47161840_R40_E50.gsbIGM-Itak';mU/7EPSG&ETRS89-ITA [RDN2008] to ETRS89-ITA [RDN2008] + Cagliari 1956 height (1)Reversible alternative to ETRS89-ITA [RDN2008] to Cagliari 1956 height (1) (code 9728).EPSGQGeog3D to Geog2D+GravityRelatedHeight (ITAL2005)EPSG1EPSG%?QEPSG!Geoid (height correction) model filegeo_igm_mar06.grdEPSG2IGM-Ita 2005 Sardiniae'5mU/7EPSG&ETRS89-ITA [RDN2008] to ETRS89-ITA [RDN2008] + Genoa 1942 height (1)Reversible alternative to ETRS89-ITA [RDN2008] to Genoa 1942 height (1) (code 9727).EPSGQGeog3D to Geog2D+GravityRelatedHeight (ITAL2005)EPSG1EPSG%?QEPSG!Geoid (height correction) model filegeo_igm_mar06.grdEPSG2IGM-Ita 2005 main Sicm!kU/7EPSG&ETRS89-ITA [RDN2008] to Cagliari 1956 height (1)For reversible alternative to this transformation see ETRS89-ITA [RDN2008] to ETRS89-ITA [RDN2008] + Cagliari 1956 height (1) (code 9730).EPSGRGeographic3D to GravityRelatedHeight (ITAL2005)EPSG1EPSG%?QEPSG!Geoid (height correction) model filegeo_igm_mar06.grdIGM-Ita 2005 Sardinia  EB-A&eoYK;EPSG&ETRS89-GBR [OSNet v2009] to MOLDOR11-IRF (1)In conjunction with the MOLDOR11-TM map projection (code 9879) applied to MOLDOR11-IRF (code 9871), emulates the MOLDOR11 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines MOLDOR11-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-MOLDOR11-IRF.gsbNR-Gbr MOLDOR OSNet20099'kU!EPSG&ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN69 height (5)Reversible alternative to ETRS89-FRA [RGF93 v2b] to NGF-IGN69 height (5) (CT code 9876). Replaces ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN69 height (4) (CT code 9787).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG&9?zG{EPSG!Geoid (height correction) model fileRAF20.tacEPSG&6IGN Fra 20&iWiU!EPSG&ETRS89-FRA [RGF93 v2b] to NGF-IGN69 height (5)Replaces RAF18b geoid model [ETRS89-FRA [RGF93 v2] to NGF-IGN69 height (4)]. Accuracy at each grid node is in the geoid model file. Recommended interpolation method is bilinear. For reversible alternative see ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN69 height (5) (code 9877).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGX?zG{EPSG!Geoid (height correction) model fileRAF20.tacIGN Fra 20%&_EYE9EPSG&ETRS89-GBR [OSNet v2009] to MRH21-IRF (1)In conjunction with MRH21-TM map projection (code 9868) applied to MRH21-IRF (code 9866), emulates the MRH21 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines MRH21-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-MRH21-IRF.gsbNR-Gbr MHR21 OSNet2009&A?Y%%EPSG&CNAD83 to NAD83(CSRS)v7 (1)Also distributed through Alberta Environment and Parks Lands Division named ABCSRSV7.DAC.EPSG%NTv2EPSGEPSG ??EPSG!Latitude and longitude difference fileABCSRSV7.GSBNRCan-Can AB9'{kU!#EPSG&;ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN69 height (4)Reversible alternative to ETRS89-FRA [RGF93 v2b] to NGF-IGN69 height (4) (CT code 9786). Replaces ETRS89-FRA [RGF93 v2] to ETRS89-FRA [RGF93 v2] + NGF-IGN69 height (3) (CT code 9638).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG&9?zG{EPSG!Geoid (height correction) model fileRAF18b.mntEPSG&6IGN Fra 18bU&iuiU!#EPSG&:ETRS89-FRA [RGF93 v2b] to NGF-IGN69 height (4)Replaces RAF18 geoid model. Accuracy at each grid node is in the geoid model file. Recommended interpolation method is bilinear. For reversible alternative see ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN69 height (4) (code 9787).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGX?zG{EPSG!Geoid (height correction) model fileRAF18b.mntIGN Fra 18bV]OYC7EPSG&$ETRS89-GBR [OSNet v2009] to EWR2-IRF (1)In conjunction with the EWR2-TM map projection (code 9765) applied to EWR2-IRF (code 9763), emulates the EWR2 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines EWR2-IRF hence is errorless. In 2024 the EWR2 Grid (ETRS89 Q&cUMUg#EPSG&ETRS89-NOR [EUREF89] to CD Norway depth (1)For reversible alternative to this transformation see ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (1) (code 9885). Replaced by ETRS89-NOR [EUREF89] to CD Norway depth (2) (model "CD Norway 2021b", code 10130).EPSGUGeographic3D to Depth (Gravsoft)EPSG*zEPSG%EPSG!Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021a.binSK-Nor 2021 V :vV&=!oU%#EPSG'VGDA94 to AHD height (36)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSH54_DAT.htmGA-Aus SH54&=!oU%#EPSG'GGDA94 to AHD height (21)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF55_DAT.htmGA-Aus SF55&;!oU%#EPSG'8GDA94 to AHD height (6)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSD53_DAT.htmGA-Aus SD53&QiU5!EPSG')ETRS89 to Flannan Isles height (1)May be used for transformations from WGS 84 to Flannan Isles.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGt?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Flan^&M-iUEPSG'RGR92 to Reunion 1989 height (1)May be used for transformations from WGS 84 to IGN 1989. Accuracy at each 0.02 deg x 0.02 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGkEPSG~?EPSG!Geoid (height correction) model fileggr99.txtIGN ReuF&IiU!EPSG'ETRS89 to NGF-IGN69 height (1)Parameter values taken from RGF93 v1 to NGF-IGN69 height (1) (code 10000) assuming that RGF93 v1 is equivalent to ETRS89 within the accuracy of the transformation. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGIEPSGX?EPSG!Geoid (height correction) model fileggf97a.txtIGN Fra)&_MYE9EPSG&ETRS89-GBR [OSNet v2009] to SCM22-IRF (1)In conjunction with the SCM22-TM map projection (code 9971) applied to SCM22-IRF (code 9969), emulates the SCM22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines SCM22-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-SCM22-IRF.gsbNR-Gbr SCM22 OSNet2009[&YcU#%EPSG&ETRS89 to ETRS89 + DHHN2016 height (1)Reversible alternative to ETRS89 to DHHN2016 height (1) (code 9925). Geoid model accuracy approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore when applied to ETRS89/DREF91/2016 but no better than 0.1m when ETRS89 used.EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSGIEPSG&?EPSG!Geoid (height correction) model fileGCG2016.txtEPSGBKG-Deu 2016~&cUaU%EPSG&ETRS89-BEL [BEREF2011] to Ostend height (1)Based on gravimetric quasi-geoid NLGEO2018 fitted to 3707 benchmarks of the Ostend height leveling network. Standard deviation 1 cm. In use from 2018-08-01. For reversible alternative to this transformation see ETRS89-BEL [BEREF2011] to ETRS89-BEL [BEREF2011] + Ostend height (1) (code 9909).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG+EPSGN?zG{EPSG!Geoid (height correction) model filehBG18.datNGI-Bel 2018`'5OUg#EPSG&ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (1)Reversible alternative to ETRS89-NOR [EUREF89] to CD Norway depth (1) (code 9884). Replaced by ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (2) (model "CD Norway 2021b", code 10133). The interpolation CRS is EUREF89 but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSG*zEPSG&EPSG!Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2021a.binEPSG*{SK-Nor 2021 .  _k.;&s?c5%1EPSG&Baltic 1977 height to EVRF2019 mean-tide height (1)Determined at 154 points, SD 0.032m. Offset: mean 0.131m, minimum 0.066m, maximum 0.268m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGIEPSG$?bMEPSG"Vertical offset fileua_2019m.ascEPSGEuG-Ukr 2019m 2021 &]mc5%7EPSG&Genoa 1942 height to EVRF2019 height (1)Determined at 26 points, SD 0.062m. Offset: mean -0.285m, minimum -0.441m, maximum -0.194m. The extent corresponds to the area in Italy containing benchmarks with EVRF heights.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG^EPSG$?vȴ9XEPSG"Vertical offset fileit_2019z.ascEPSGEuG-Ita 2019z 2020-09-&7  YC/EPSG&JGD2000 to WGS 84 (2)Parameter file from JGD2000 to JGD2011 (1) (code 6713) assuming that JGD2011 is equivalent to WGS 84 within the accuracy of this CT. Use for area affected by the 2011 Tohoku earthquake; for areas outside this extent use JGD2000 to WGS 84 (1) (code 1826).EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filetouhokutaiheiyouoki2011.gsbIOGP-Jpn N Honshu\&Oc Y'7EPSG&ETRS89-FRA [RGF93 v2b] to NTF (2)Emulation of transformation NTF to ETRS89-FRA [RGF93 v2b] (1), code 9889. Note that grid file parameters are of opposite sign. Parameter file is from ETRS89-FRA [RGF93 v1] to NTF (code 15958), assuming that ETRS89-FRA [RGF93 v1] is equivalent to ETRS89-FRA [RGF93 v2b] within the accuracy of the CT.EPSG%NTv2EPSG&6EPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulationY&M_ Y'7EPSG&ETRS89-FRA [RGF93 v2] to NTF (2)Emulation of transformation NTF to ETRS89-FRA [RGF93 v2] (1), code 9888. Note that grid file parameters are of opposite sign. Parameter file is from ETRS89-FRA [RGF93 v1] to NTF (code 15958), assuming that ETRS89-FRA [RGF93 v1] is equivalent to ETRS89-FRA [RGF93 v2] within the accuracy of the CT.EPSG%NTv2EPSG&1EPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulation>&Ogw C%!EPSG&NTF to ETRS89-FRA [RGF93 v2b] (1)Parameter file is from NTF to ETRS89-FRA [RGF93 v1] (code 9327), assuming that ETRS89-FRA [RGF93 v1] is equivalent to ETRS89-FRA [RGF93 v2b] within the accuracy of the transformation. May be emulated using NTv2 method - see CT code 9891.EPSG?Geocentric translations (geog2D domain) by grid (IGN)EPSGEPSG&6EPSG"Geocentric translation filegr3df97a.txtEPSG&6IGN-Fra 1m<&Mew C%!EPSG&NTF to ETRS89-FRA [RGF93 v2] (1)Parameter file is from NTF to ETRS89-FRA [RGF93 v1] (code 9327), assuming that ETRS89-FRA [RGF93 v1] is equivalent to ETRS89-FRA [RGF93 v2] within the accuracy of the transformation. May be emulated using NTv2 method - see CT code 9890.EPSG?Geocentric translations (geog2D domain) by grid (IGN)EPSGEPSG&1EPSG"Geocentric translation filegr3df97a.txtEPSG&1IGN-Fra 1mv&A)Y#'EPSG&NAD83 to NAD83(CSRS)v2 (2)Can be taken as an approximate transformation NAD83 to WGS 84 - see code 1697.EPSG%NTv2EPSGEPSG -?EPSG!Latitude and longitude difference fileSK83-98.gsbSK PMC-Can SKv&A)Y#'EPSG&NAD27 to NAD83(CSRS)v2 (2)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 1703.EPSG%NTv2EPSGEPSG -?EPSG!Latitude and longitude difference fileSK27-98.gsbSK PMC-Can SK1&_?c5%1EPSG&Baltic 1977 height to EVRF2019 height (1)Determined at 154 points, SD 0.034m. Offset: mean 0.151m, minimum 0.079m, maximum 0.285m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSGIEPSG$?hr ĜEPSG"Vertical offset fileua_2019z.ascEPSGEuG-Ukr 2019z 2021  G N'f2&qmc5%7EPSG&Genoa 1942 height to EVRF2019 mean-tide height (1)Determined at 26 points, SD 0.054m. Offset: mean -0.328m, minimum -0.469m, maximum -0.249m. The extent corresponds to the area in Italy containing benchmarks with EVRF heights.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG^EPSG$?SEPSG"Vertical offset fileit_2019m.ascEPSGEuG-Ita 2019m 2020-09!&M qU-#EPSG&ETRS89 to ETRS89 + BI height (3)Reversible alternative to ETRS89 to BI height (3) (code 9918).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$?O;dZEPSG!Geoid (height correction) model fileOSGM15_Malin.griEPSGOS-Ire 2015&;oU-#EPSG&ETRS89 to BI height (3)Parameter file taken from ETRS89 to Malin Head height (2). Malin Head is a member of the BI ensemble. For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (3) (code 9919).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$?O;dZEPSG!Geoid (height correction) model fileOSGM15_Malin.griOS-Ire 2015%&M qU1'EPSG&ETRS89 to ETRS89 + BI height (2)Reversible alternative to ETRS89 to BI height (2) (code 9916).EPSGHGeog3D to Geog2D+GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$?1&yEPSG!Geoid (height correction) model fileOSGM15_Belfast.griEPSGOS-UK NI 2015&;oU1'EPSG&ETRS89 to BI height (2)Parameter file taken from ETRS89 to Belfast height (2). Belfast is a member of the BI ensemble. For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (2) (code 9917).EPSG0Geographic3D to GravityRelatedHeight (OSGM15-Ire)EPSGIEPSG$?1&yEPSG!Geoid (height correction) model fileOSGM15_Belfast.griOS-UK NI 2015"&M kU5#EPSG&ETRS89 to ETRS89 + BI height (1)Reversible alternative to ETRS89 to BI height (1) (code 9914).EPSGIGeog3D to Geog2D+GravityRelatedHeight (OSGM-GB)EPSGIEPSG$?zG{EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtEPSGOS-Gbr 20157&;SiU5#EPSG&ETRS89 to BI height (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + BI height (1) (code 9915).EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSG$?zG{EPSG!Geoid (height correction) model fileOSTN15_OSGM15_GB.txtOS-Gbr 2015&EIYA/EPSG&MGI to ETRS89-AUT [2002] (8)Replaces GIS-Grid (2010) (CT 5891). Not to be used for cadastral purposes because it does not comply with the rules for control network tie-in as per Paragraph 3 of the Land Survey Regulations (Vermessungsverordnung) 2010.EPSG%NTv2EPSGEPSG+1?QEPSG!Latitude and longitude difference fileAT_GIS_GRID_2021_09_28.gsbBEV-Aut NTv2 2021'KcU%EPSG&ETRS89-BEL [BEREF2011] to ETRS89-BEL [BEREF2011] + Ostend height (1)Reversible alternative to ETRS89-BEL [BEREF2011] to Ostend height (1) (code 9908). In use from 2018-08-01. The interpolation CRS is ETRS89-BEL [BEREF2011] but using any realization of ETRS89 including ETRS89-BEL [BEREF2002] or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSG+EPSG&?zG{EPSG!Geoid (height correction) model filehBG18.datEPSG+NGI-Bel 20182cUaU%EPSG&ETRSL&G aU#%EPSG&ETRS89 to DHHN2016 height (1)Better model accuracy (approx. 1 cm in the lowlands, approx. 2 cm in the high mountains and 2 - 6 cm offshore) if applied to ETRS89/DREF91/2016 (CT code 10294). For reversible alternative to this CT see ETRS89 to ETRS89 + DHHN2016 height (1) (code 9926).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSGIEPSG?EPSG!Geoid (height correction) model fileGCG2016.txtBKG-Deu 2016 #  5 KtB&[[mU5EPSG&ISN2016 to ISN2016 + ISH2004 height (1)Reversible alternative to ISN2016 to ISH2004 height (1) (CT code 9958). File is also available in NOAA VDatum format (Icegeoid_ISN2016.gtx). Replaces Icegeoid_ISN2004.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGEPSG&?EPSG!Geoid (height correction) model fileIcegeoid_ISN2016.griEPSGNMI-Isl-&G9kU5EPSG&ISN2016 to ISH2004 height (1)File also available in NOAA VDatum format (Icegeoid_ISN2016.gtx). For reversible alternative to this transformation see ISN2016 to ISN2016 + ISH2004 height (1) (CT code 9959). Replaces Icegeoid_ISN2004 (code 9956).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGEPSG?EPSG!Geoid (height correction) model fileIcegeoid_ISN2016.griNMI-Isl+&[mU5EPSG&ISN2004 to ISN2004 + ISH2004 height (1)Reversible alternative to ISN2004 to ISH2004 height (1) (CT code 9956). File is also available in NOAA VDatum format (Icegeoid_ISN2004.gtx). Replaces Icegeoid_ISN93, replaced by Icegeoid_ISN2016.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGEPSG&?EPSG!Geoid (height correction) model fileIcegeoid_ISN2004.griEPSGNMI-IslU&G kU5EPSG&ISN2004 to ISH2004 height (1)File also available in NOAA VDatum format (Icegeoid_ISN2004.gtx). For reversible alternative to this transformation see ISN2004 to ISN2004 + ISH2004 height (1) (CT code 9957). Replaces Icegeoid_ISN93 (code 9954). Replaced by Icegeoid_ISN2016 (code 9958).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGEPSG?EPSG!Geoid (height correction) model fileIcegeoid_ISN2004.griNMI-Isl&SSmU1EPSG&ISN93 to ISN93 + ISH2004 height (1)Reversible alternative to ISN93 to ISH2004 height (1) (code 9954). File is also available in NOAA VDatum format (Icegeoid_ISN93.gtx). Replaced by Icegeoid_ISN2004.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGQEPSG&?EPSG!Geoid (height correction) model fileIcegeoid_ISN93.griEPSG3NMI-Isl,&C?kU1EPSG&ISN93 to ISH2004 height (1)File is also available in NOAA VDatum format (Icegeoid_ISN93.gtx). For reversible alternative to this transformation see ISN93 to ISN93 + ISH2004 height (1) (CT code 9955). Replaced by Icegeoid_ISN2004 (CT code 9956).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGQEPSG?EPSG!Geoid (height correction) model fileIcegeoid_ISN93.griNMI-Isl3&cUYI=EPSG&ETRS89-GBR [OSNet v2009] to EBBWV14-IRF (1)In conjunction with EBBWV14-TM map projection (code 9942) applied to EBBWV14-IRF (code 9939), emulates the EBBWV14 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines EBBWV14-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-EBBWV14-IRF.gsbNR-Gbr EBBWV14 OSNet2009l&3Y%-EPSG&DHDN to ETRS89 (11)Official transformation of Hessen for the land survey register (ALKIS).EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileHeTa2010.gsbLVGL-Deu HE 2010YcU#<&eeYK;EPSG&ETRS89-GBR [OSNet v2009] to HULLEE13-IRF (1)In conjunction with the HULLEE13-TM map projection (code 9966) applied to HULLEE13-IRF (code 9964), emulates the HULLEE13 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines HULLEE13-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-HULLEE13-IRF.gsbNR-Gbr HULLEE OSNet2009 U 2 2a&QmU+5EPSG'NAD83(CSRS)v7 to CGVD28 height (1)Hybrid geoid model valid at epoch 2010.0. Derived at epoch 1997.0 through NAD83(CSRS)v3 and modified to include correction derived from the Canada velocity grid v7 for propagation of height between 1997 and 2010. Also used as CT to CGVD28(v2.0) height.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?EPSG!Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010a&QmU+5EPSG'NAD83(CSRS)v6 to CGVD28 height (1)Hybrid geoid model valid at epoch 2010.0. Derived at epoch 1997.0 through NAD83(CSRS)v3 and modified to include correction derived from the Canada velocity grid v7 for propagation of height between 1997 and 2010. Also used as CT to CGVD28(v2.0) height.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSGQ?EPSG!Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010a&QmU+5EPSG'NAD83(CSRS)v4 to CGVD28 height (1)Hybrid geoid model valid at epoch 2002.0. Derived at epoch 1997.0 through NAD83(CSRS)v3 and modified to include correction derived from the Canada velocity grid v7 for propagation of height between 1997 and 2002. Also used as CT to CGVD28(v2.0) height.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG 4EPSGQ?EPSG!Geoid (height correction) model fileHT2_2002v70.bynNRC-Can CGG2000 2002_&QmU%5EPSG'NAD83(CSRS)v2 to CGVD28 height (1)Hybrid geoid model valid at epoch 1997.0. Provisional grid derived through NAD83(CSRS98) (= NAD83(CSRS)v2) used HT1 software. This grid is an update derived through NAD83(CSRS)v3. It is used in HT2 software. It is also used as CT to CGVD28(v2.0) height.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG +EPSGQ?EPSG!Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000 1997Z&QmU%+EPSG&NAD83(CSRS)v3 to CGVD28 height (1)Hybrid geoid derived from CGG2000 gravimetric geoid fitted to 1926 benchmarks with CGVD28 and NAD83(CSRS)v3 heights valid at epoch 1997.0. In 2019, file renamed from "HT2_0.byn"; no change to file contents. It is also used as CT to CGVD28(v2.0) height.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG /EPSGQ?EPSG!Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000<&YmYU%EPSG&SIRGAS 2000 to SIRGAS-CON SIR17P01 (1)Derived at 79 stations at epoch 2015.00. Accuracy deteriorates with time due to intra-plate seismic deformation.EPSG%NTv2EPSGBEPSG#?zG{EPSG!Latitude and longitude difference fileSIRGAS2000-to-SIRGAS-CONSIR17P01.gsbSIR-SAm 2021R%I;YE%EPSG&SIRGAS 1995 to SIRGAS 2000 (1)Derived at 48 stations.EPSG%NTv2EPSGJEPSGB?xtj~EPSG!Latitude and longitude difference fileSIRGAS1995-to-SIRGAS2000.gsbSIR-SAm 2021)&_MYE9EPSG&ETRS89-GBR [OSNet v2009] to FNL22-IRF (1)In conjunction with the FNL22-TM map projection (code 9976) applied to FNL22-IRF (code 9974), emulates the FNL22 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines FNL22-IRF hence is errorless.EPSG%NTv2EPSG+EPSG&EPSG!Latitude and longitude difference fileTN15-ETRS89-to-FNL22-IRF.gsbNR-Gbr FNL22 OSNet20097_MYE9EPSG&ETRS89-GBr&g9iU!EPSG'ETRS89-FRA [RGF93 v1] to NGF-IGN69 height (1)May be used for transformations from WGS 84 to NGF-IGN69 height. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGX?EPSG!Geoid (height correction) model fileggf97a.txtIGN Fra 8  Fr>h&[1iU%# EPSG'RRAF 1991 to Guadeloupe 1988 height (6)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}EPSG!Geoid (height correction) model fileggg00_sm.txtIGN Glp StMh&[1iU%# EPSG'RRAF 1991 to Guadeloupe 1988 height (5)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}EPSG!Geoid (height correction) model fileggg00_sb.txtIGN Glp StBh&[1iU%# EPSG'RRAF 1991 to Guadeloupe 1988 height (4)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}EPSG!Geoid (height correction) model fileggg00_ld.txtIGN Glp Desh&[1iU%# EPSG'RRAF 1991 to Guadeloupe 1988 height (3)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}EPSG!Geoid (height correction) model fileggg00_ls.txtIGN Glp LStg&[1iU%! EPSG'RRAF 1991 to Guadeloupe 1988 height (2)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}EPSG!Geoid (height correction) model fileggg00_mg.txtIGN Glp MGj&[1iU! EPSG'RRAF 1991 to Guadeloupe 1988 height (1)May be used for transformations from WGS 84 to IGN 1988. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG}?əEPSG!Geoid (height correction) model fileggg00.txtIGN Glp GTa&[1iU EPSG'RRAF 1991 to Martinique 1987 height (1)May be used for transformations from WGS 84 to IGN 1987. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGmEPSG|EPSG!Geoid (height correction) model fileggm00.txtIGN MtqP&IiU-#EPSG'ETRS89 to NGF-IGN78 height (1)Parameter values taken from RGF93 v1 to NGF-IGN78 height (1) (code 10002) assuming that RGF93 v1 is equivalent to ETRS89 within the accuracy of the transformation. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGIEPSGY?EPSG!Geoid (height correction) model fileggf97a_corse.txtIGN Fra Cor|&g9iU-#EPSG'ETRS89-FRA [RGF93 v1] to NGF-IGN78 height (1)May be used for transformations from WGS 84 to NGF-IGN78 height. Accuracy at each 0.1 deg x 0.1 degree grid node is given within the geoid model file.EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGeEPSGY?EPSG!Geoid (height correction) model fileggf97a_corse.txtIGN Fra CorI@&EiU#EPSG'RGFG95 to NGG1977 height (1)May be used for transformations from WGS 84 to NGG1977. Accuracy at each 0.025 deg x 0.025 degree grid node is given within the geoid model file. For reversible alternative to this transformation see RGFG95 to RGFG95 + NGG1977 height (1) (code 9630).EPSG%Geographic3D to GravityRelatedHeight (IGN1997)EPSGgEPSG{EPSG!Geoid (height correction) model fileggguy00.txtIGN Guf  ; 2 Tx ,XJ; %E{iU5EPSG''ETRS89 to Douglas height (1)May be used for transformations from WGS 84 to Douglas.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGv?zG{EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Man %E{iU5 EPSG'&ETRS89 to Belfast height (1)May be used for transformations from WGS 84 to Belfast.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGd?QEPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK NIR%= iU5EPSG'%ETRS89 to ODN height (1)EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGE?zG{EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Gbrl&AGaU%+ EPSG'$NAD83 to NAVD88 height (8)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u08.binNGS-US Conus SEm&AGaU%- EPSG'#NAD83 to NAVD88 height (7)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u07.binNGS-US Conus CSEm&AGaU%- EPSG'"NAD83 to NAVD88 height (6)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u06.binNGS-US Conus CSWl&AGaU%+ EPSG'!NAD83 to NAVD88 height (5)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u05.binNGS-US Conus SWl&AGaU%+ EPSG' NAD83 to NAVD88 height (4)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u04.binNGS-US Conus NEm&AGaU%- EPSG'NAD83 to NAVD88 height (3)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u03.binNGS-US Conus CNEm&AGaU%- EPSG'NAD83 to NAVD88 height (2)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u02.binNGS-US Conus CNWl&AGaU%+ EPSG'NAD83 to NAVD88 height (1)Uses Geoid03 hybrid model. See information source for further information. Note: Source CRS is 2D, used in this application of the method as a pseudo-3D CRS.EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGG?EPSG!Geoid (height correction) model fileg2003u01.binNGS-US Conus NWLM-iUEPSG'RGR92 to Reunion 1989 height (%IiU5!EPSG'(ETRS89 to Fair Isle height (1)May be used for transformations from WGS 84 to Fair Isle.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGm?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Fair  roT9&;!oU%#EPSG'6GDA94 to AHD height (4)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSD51_DAT.htmGA-Aus SD51&;!oU%#EPSG'5GDA94 to AHD height (3)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSC54_DAT.htmGA-Aus SC54&;!oU%#EPSG'4GDA94 to AHD height (2)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSC53_DAT.htmGA-Aus SC53%;soU%#EPSG'3GDA94 to AHD height (1)May be used for transformations from WGS 84 to AHD.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSC52_DAT.htmGA-Aus SC52&MiU5!EPSG'2ETRS89 to Sule Skerry height (1)May be used for transformations from WGS 84 to Sule Skerry.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGp?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Sule%IiU5EPSG'1ETRS89 to Stornoway height (1)May be used for transformations from WGS 84 to Stornoway.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGr?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Heb %IiU5%EPSG'0ETRS89 to St. Marys height (1)May be used for transformations from WGS 84 to St. Marys.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGuEPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Scilly%IiU5#EPSG'/ETRS89 to St. Kilda height (1)May be used for transformations from WGS 84 to St. Kilda.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGs?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Kilda&KiU5!EPSG'.ETRS89 to North Rona height (1)May be used for transformations from WGS 84 to North Rona.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGq?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK RonaY%K iU5EPSG'-ETRS89 to ODN Orkney height (1)EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGl?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Ork&KiU5 EPSG',ETRS89 to Malin Head height (1)May be used for transformations from WGS 84 to Malin Head.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGc?zG{EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-Ire%E{iU5!EPSG'+ETRS89 to Lerwick height (1)May be used for transformations from WGS 84 to Lerwick.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGn?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Shet %AwiU5#EPSG'*ETRS89 to Foula height (1)May be used for transformations from WGS 84 to Foula.EPSG%Geographic3D to GravityRelatedHeight (OSGM-GB)EPSGIEPSGo?EPSG!Geoid (height correction) model fileOSTN02_OSGM02_GB.txtOS-UK Foula&;!oU%#EPSG'7GDA94 to AHD height (5)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSD52_DAT.htmGA-Aus SD52an { w [?#{&=!oU%#EPSG'FGDA94 to AHD height (20)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF54_DAT.htmGA-Aus SF54&=!oU%#EPSG'EGDA94 to AHD height (19)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF53_DAT.htmGA-Aus SF53&=!oU%#EPSG'DGDA94 to AHD height (18)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF52_DAT.htmGA-Aus SF52&=!oU%#EPSG'CGDA94 to AHD height (17)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF51_DAT.htmGA-Aus SF51&=!oU%#EPSG'BGDA94 to AHD height (16)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF50_DAT.htmGA-Aus SF50&=!oU%#EPSG'AGDA94 to AHD height (15)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSF49_DAT.htmGA-Aus SF49&=!oU%#EPSG'@GDA94 to AHD height (14)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSE55_DAT.htmGA-Aus SE55&=!oU%#EPSG'?GDA94 to AHD height (13)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSE54_DAT.htmGA-Aus SE54&=!oU%#EPSG'>GDA94 to AHD height (12)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSE53_DAT.htmGA-Aus SE53&=!oU%#EPSG'=GDA94 to AHD height (11)May be used for transformations from WGS 84 to AHD. Uses AusGeoid98 model.EPSG%Geographic3D to GravityRelatedHeight (AUSGeoid98)EPSGKEPSGO?ٙEPSG!Geoid (height correction) model fileSE52_DAT.htmGA-Aus SE52&=!oU%#EPSG'EPSG$?QEPSG!Geoid (height correction) model fileCGG2013an83.bynNR-Can CGG2013a 2010+&_QYE9EPSG'|ETRS89-GBR [OSNet v2009] to MWC18-IRF (1)In conjunction with the MWC18-TM map projection (code 10127) applied to MWC18-IRF (code 20033), emulates the MWC18 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines MWC18-IRF hence is errorless.EPSG%NTv2EPSG+EPSGNAEPSG!Latitude and longitude difference fileTN15-ETRS89-to-MWC18-IRF.gsbNR-Gbr MWC18 OSNet2009^'Im U/+EPSG'{ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + SVD2006 height (1)Reversible alternative to ETRS89-NOR [EUREF89] to SVD2006 height (1) (code 10106). The interpolation CRS is EUREF89 but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSG*zEPSGN!EPSG!Geoid (height correction) model filearcgp-2006-sk.binEPSG*{NMA-Sjm SV 2006O&aik U/+EPSG'zETRS89-NOR [EUREF89] to SVD2006 height (1)For reversible alternative see ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + SVD2006 height (1) (code 10107).EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSG*zEPSGN EPSG!Geoid (height correction) model filearcgp-2006-sk.binNMA-Sjm SV 2006#Aaa U#M&cUo5=+ EPSG'CGVD28 height to CGVD2013a(2010) height (1)Equivalent to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (i.e. CT code 9986 minus CT 9247 = CT 9987 minus CT 10109). Specifies NAD83(CSRS)v6 as interpolation CRS, but NAD83(CSRS)v7 (code 8255) may equally be used.EPSGXVertical Offset by Grid Interpolation (NRCan byn)EPSGQEPSG$?EPSG"Vertical offset fileHT2_2010v70_CGG2013a.bynEPSG EPSG 4?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70d%Q yK)) EPSG'NAD83(CSRS)v7 to NAD83(CSRS)v3 (1)EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG >EPSG /?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70d%Q yK)) EPSG'NAD83(CSRS)v7 to NAD83(CSRS)v2 (1)EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG >EPSG +?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can cvg70d%Q yK)) EPSG'NAD83(CSRS)v6 to NAD83(CSRS)v4 (1)EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG ;EPSG 4?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG &Q?yK'+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v4 (3)The v6 velocity grid is not recommended for height transformation north of 60°N due to due to inaccuracies in the vertical component of the velocity model. Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v4 (4) (code 10522).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG 4?zG{EPSGPoint motion velocity grid fileNAD83v6VG.gvbEPSG -NRCan-Can cvg60k&cmC=+EPSG)CGVD28 height to CGVD2013a(2002) height (2)Equal to HT2_2002v70 hybrid geoid model minus CGG2013a geoid model (CT 9985 minus CT 10110). Specified interpolation CRS is NAD83(CSRS)v4, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10618 from CGVD28(v2.0) height.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNB?EPSG'Geoid model difference fileHT2_2002v70_CGG2013a.bynEPSG 6NR-Can HT2 2002e&cmC7+EPSG)CGVD28 height to CGVD2013a(1997) height (2)Equal to HT2_1997 hybrid geoid model minus CGG2013a geoid model (CT 9983 minus CT 10111). Specified interpolation CRS is NAD83(CSRS)v3, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10617 from CGVD28(v2.0) height.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNC?EPSG'Geoid model difference fileHT2_1997_CGG2013a.bynEPSG 0NR-Can HT2 1997&'3OUg%EPSG)ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (4)Reversible alternative to ETRS89-NOR [EUREF89] to CD Norway depth (4) (code 10509). Accompanying file ...v2023b_standarddeviation.bin contains first estimate of SD of model. Replaces ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (3) (code 10133). The interpolation CRS is EUREF89 but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGVGeog3D to Geog2D+Depth (Gravsoft)EPSG*zEPSG&?EPSG!Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023b.binEPSG*{SK-Nor 2023b&cSMUg%EPSG) ETRS89-NOR [EUREF89] to CD Norway depth (4)Replaces ETRS89-NOR [EUREF89] to CD Norway depth (3) (code 10504). Accompanying file ...v2023b_standarddeviation.bin contains first estimate of SD of model. For reversible alternative to this transformation see ETRS89-NOR [EUREF89] to ETRS89-NOR [EUREF89] + CD Norway depth (2) (code 10510).EPSGUGeographic3D to Depth (Gravsoft)EPSG*zEPSG%?EPSG!Geoid (height correction) model fileChartDatum_above_Ellipsoid_EUREF89_v2023b.binSK-Nor 2023bZ'9kU)EPSG) ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN78 height (3)Reversible alternative to ETRS89-FRA [RGF93 v2b] to NGF-IGN78 height (3) (code 10506).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSG&5EPSG) ?zG{EPSG!Geoid (height correction) model fileRAC23.mntEPSG&6IGN Fra Cor 23&iQiU)EPSG) ETRS89-FRA [RGF93 v2b] to NGF-IGN78 height (3)Replaces RAC09 model (ETRS89-FRA [RGF93 v2] to NGF-IGN78 height (2)), (code 8372)]. Accuracy at each grid node is given in the geoid model file. Bilinear interpolation used. For reversible alternative see ETRS89-FRA [RGF93 v2b] to ETRS89-FRA [RGF93 v2b] + NGF-IGN78 height (3) (code 10508).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG&5EPSGY?zG{EPSG!Geoid (height correction) model fileRAC23.mntIGN Fra Cor 23j&cmC=+EPSG)CGVD28 height to CGVD2013a(2010) height (2)Equal to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (CT 9986 minus CT 9247). Specified interpolation CRS is NAD83(CSRS)v6, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10619 from CGVD28(v2.0) height.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSG$?EPSG'Geoid model difference fileHT2_2010v70_CGG2013a.bynEPSG &Q?yK'+EPSG)(NAD83(CSRS)v4 to NAD83(CSRS)v6 (2)The v6 velocity grid is not recommended for height transformation north of 60°N due to due to inaccuracies in the vertical component of the velocity model. Replaced by NAD83(CSRS)v4 to NAD83(CSRS)v6 (3) (code 10537).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG ;?EPSGPoint motion velocity grid fileNAD83v6VG.gvbEPSG 6NRCan-Can cvg60"&QyK)+EPSG)'NAD83(CSRS)v3 to NAD83(CSRS)v8 (2)Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v8 (3) (code 10715).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG(?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 0NRCan-Can cvg70"&QyK)+EPSG)&NAD83(CSRS)v3 to NAD83(CSRS)v7 (2)Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v7 (3) (code 10714).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG >?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 0NRCan-Can cvg70\&QyyK)+EPSG)"NAD83(CSRS)v3 to NAD83(CSRS)v6 (3)Replaces NAD83(CSRS)v3 to NAD83(CSRS)v6 (2) (code 10529). Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v6 (4) (code 10713).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG ;?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 0NRCan-Can cvg70>&Q?yK'+EPSG)!NAD83(CSRS)v3 to NAD83(CSRS)v6 (2)The v6 velocity grid is not recommended for height transformation north of 60°N due to due to inaccuracies in the vertical component of the velocity model. Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v6 (3) (code 10530).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG ;?QEPSGPoint motion velocity grid fileNAD83v6VG.gvbEPSG 0NRCan-Can cvg60\&QyyK)+EPSG) NAD83(CSRS)v3 to NAD83(CSRS)v4 (3)Replaces NAD83(CSRS)v3 to NAD83(CSRS)v4 (2) (code 10527). Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v4 (4) (code 10712).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG 4?QEPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 0NRCan-Can cvg70>&Q?yK'+EPSG)NAD83(CSRS)v3 to NAD83(CSRS)v4 (2)The v6 velocity grid is not recommended for height transformation north of 60°N due to due to inaccuracies in the vertical component of the velocity model. Replaced by NAD83(CSRS)v3 to NAD83(CSRS)v4 (3) (code 10528).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG 4?zG{EPSGPoint motion velocity grid fileNAD83v6VG.gvbEPSG 0NRCan-Can cvg60"&QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v8 (2)Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v8 (3) (code 10711).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG(?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG -NRCan-Can cvg70"&QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v7 (2)Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v7 (3) (code 10710).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG >?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG -NRCan-Can cvg70\&QyyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v6 (3)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v6 (2) (code 10523). Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v6 (4) (code 10709).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG ;?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG -NRCan-Can cvg70>&Q?yK'+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v6 (2)The v6 velocity grid is not recommended for height transformation north of 60°N due to due to inaccuracies in the vertical component of the velocity model. Replaced by NAD83(CSRS)v2 to NAD83(CSRS)v6 (3) (code 10524).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG ;?QEPSGPoint motion velocity grid fileNAD83v6VG.gvbEPSG -NRCan-Can cvg60 i 0 H  iI&MaU##EPSG*gETRS89-DEU [ETRS89/DREF91/2016] to GNTRANS2016 height (1)Defines GNTRANS2016 height. The same geoid model is used to derive approximate DHHN2016 heights.EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG(+EPSG&?zG{EPSG!Geoid (height correction) model fileGCG2016.txtDB-Deu 2016)'Y%COK+%%EPSG*;NKG_ETRF14 to ETRS89-NOR [EUREF89] (1)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation. Because the difference between coordinates referenced to NKG_ETRF14 and coordinates referenced to ETRS89-NO EUREF89 is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14 any realization of ETRS89 (including ETRF2014 and ETRS89-NO EUREF89) may be used as the interpolation CRS. Scale difference in ppb where 1/billion = 1E-9.EPSGvGeocen translations by grid (gtg) & Geocen translations NEU velocities (gtg)EPSG*5EPSG*y?tzG{EPSG"Geocentric translation fileno_kv_NKGETRF14_EPSG7922_2000.tifEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG,Source epochEPSGEPSG-Target epochEPSGEPSG*7NKG2020%QyK)+EPSG)NAD83(CSRS)v4 to NAD83(CSRS)v6 (4)Replaces NAD83(CSRS)v4 to NAD83(CSRS)v6 (3) (code 10537).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG ;?zG{EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 6NRCan-Can cvg80^'9cU;%EPSG)ETRS89-FIN [EUREF-FIN] to ETRS89-FIN [EUREF-FIN] + N2000 height (2)Replaces ETRS89-FIN [EUREF-FIN] to ETRS89-FIN [EUREF-FIN] + N2000 height (1) (code 10696). Reversible alternative to ETRS89-FIN [EUREF-FIN] to N2000 height (2) (code 10697). File also available in 3 ASCII formats.EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSG)EPSG)?1&yEPSG!Geoid (height correction) model filefi_nls_fin2023n2000.tifEPSG)NLS-Fin 2023"&3[YM1EPSG)PD/83 to ETRS89 (2)Official transformation for the state of Thuringen used in ThuTrans. File also available in GTG format.EPSG%NTv2EPSGEPSG?333333EPSG!Latitude and longitude difference filede_tlbg_thuringen_NTv2gridTH.gsbTLBG-Deu Thuringen+&G]CU)'EPSG)GR96 to GLMSL(2023) depth (1)For reversible alternative to this transformation see GR96 to GR96 + GLMSL(2023) depth (1) (code 10654).EPSGgGeographic3D to Depth (gtg)EPSG-EPSG)?EPSG!Geoid (height correction) model fileglmsl_2023.tifSDFI-Grl 2023b&awmU+5 EPSG)sNAD83(CSRS)v6 to CGVD28(HTv2.0) height (1)Hybrid geoid model, valid at epoch 2010.0. Grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CRS code 8235) and then modified to include correction for propagation of height between 1997.0 and 2010.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSGQ?QEPSG!Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010h&KSCU)'EPSG)AETRS89 to DKMSL(2023) depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DKMSL(2023) depth (1) (code 10562). Replaces ETRS89 to DKMSL(2022) depth (1) (code 10557).EPSGgGeographic3D to Depth (gtg)EPSGIEPSG)5?EPSG!Geoid (height correction) model filedkmsl_2023.tifSDFI-Dnk 2023\&QyyK)+EPSG))NAD83(CSRS)v4 to NAD83(CSRS)v6 (3)Replaces NAD83(CSRS)v4 to NAD83(CSRS)v6 (2) (code 10536). Replaced by NAD83(CSRS)v4 to NAD83(CSRS)v6 (4) (code 10716).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG ;?zG{EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6NRCan-Can cvg70  7 ~ Z Uj71&KeCU)'EPSG)?ETRS89 to DKLAT(2022) depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DKLAT(2022) depth (1) (code 10560).EPSGgGeographic3D to Depth (gtg)EPSGIEPSG)4?EPSG!Geoid (height correction) model filedklat_2022.tifSDFI-Dnk 2022+&]cU)'EPSG)>ETRS89 to ETRS89 + DKMSL(2022) depth (1)Reversible alternative to ETRS89 to DKMSL(2022) depth (1) (code 10557).EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSGIEPSG)9?EPSG!Geoid (height correction) model filedkmsl_2022.tifEPSGSDFI-Dnk 20221&KeCU)'EPSG)=ETRS89 to DKMSL(2022) depth (1)For reversible alternative to this transformation see ETRS89 to ETRS89 + DKMSL(2022) depth (1) (code 10558).EPSGgGeographic3D to Depth (gtg)EPSGIEPSG)3?EPSG!Geoid (height correction) model filedkmsl_2022.tifSDFI-Dnk 2022D'+cU%%EPSG)2ETRS89-PRT [1995] to ETRS89-PRT [1995] + Cascais height (1)Reversible alternative to ETRS89-PRT [1995] to Cascais height (1) (code 10544).EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSG+cEPSG)1?zG{EPSG!Geoid (height correction) model fileGeodPT08.datEPSG+dDGT-Prt 2008@&[[aU%%EPSG)0ETRS89-PRT [1995] to Cascais height (1)Hybrid geoid model GeodPT08 adjusts ICAGM07 to fit Cascais at the Portuguese Mainland geodetic network. For reversible alternative to this transformation see ETRS89-PRT [1995] to ETRS89-PRT [1995] + Cascais height (1) (code 10546).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSG+cEPSG?zG{EPSG!Geoid (height correction) model fileGeodPT08.datDGT-Prt 2008&u5qK)EPSG).CGVD2013a(2002) height to CGVD2013a(2010) height (2)Although interpolation CRS is specified as NAD83(CSRS)v7, NAD83(CSRS)v2 or any later realization may be used without introducing significant error. EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSGNBEPSG$?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can&u5qK)EPSG)-CGVD2013a(1997) height to CGVD2013a(2010) height (2)Although interpolation CRS is specified as NAD83(CSRS)v7, NAD83(CSRS)v2 or any later realization may be used without introducing significant error. EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSGNCEPSG$?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can&u3qK)EPSG),CGVD2013a(1997) height to CGVD2013a(2002) height (2)Although interpolation CRS is specified as NAD83(CSRS)v7, NAD83(CSRS)v2 or any later realization may be used without introducing significant error.EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSGNCEPSGNB?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can"&QyK)+EPSG)+NAD83(CSRS)v4 to NAD83(CSRS)v8 (2)Replaced by NAD83(CSRS)v4 to NAD83(CSRS)v8 (3) (code 10718).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG(?zG{EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6NRCan-Can cvg70"&QyK)+EPSG)*NAD83(CSRS)v4 to NAD83(CSRS)v7 (2)Replaced by NAD83(CSRS)v4 to NAD83(CSRS)v7 (3) (code 10717).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG >?zG{EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG 6NRCan-Can cvg70@QyyK)+EPSG))NAD83(CSRS)v4 to N&]EU)'EPSG)@ETRS89 to ETRS89 + DKLAT(2022) depth (1)Reversible alternative to ETRS89 to DKLAT(2022) depth (1) (code 10559).EPSGhGeog3D to Geog2D+Depth (gtg)EPSGIEPSG):?EPSG!Geoid (height correction) model filedklat_2022.tifEPSGSDFI-Dnk 2022   8 pb&awmU+5EPSG)rNAD83(CSRS)v4 to CGVD28(HTv2.0) height (1)Hybrid geoid model, valid at epoch 2002.0. Grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CRS code 8239) and then modified to include correction derived from the Canada velocity grid v7.0 for propagation of height between 1997.0 and 2002.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG 4EPSG)\?zG{EPSG!Geoid (height correction) model fileHT2_2002v70.bynNRC-Can CGG2000 2002[&a mU%+EPSG)qNAD83(CSRS)v3 to CGVD28(HTv2.0) height (1)Valid at epoch 1997.0. Hybrid geoid derived from CGG2000 gravimetric geoid fitted to 1926 benchmarks with CGVD28 and NAD83(CSRS)v3 heights. On publication in 2019 of models valid at other epochs, file renamed from "HT2_0.byn"; no change to file contents.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG /EPSG)\EPSG!Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000N&aUmU%5EPSG)^NAD83(CSRS)v2 to CGVD28(HTv2.0) height (1)Hybrid geoid model. Valid at epoch 1997.0. A provisional grid was derived through NAD83(CSRS98) = NAD83(CSRS)v2 and used in HT1 software. This grid is an update used in HT2 software, derived through NAD83(CSRS)v3, CRS code 8239.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG +EPSG)\?zG{EPSG!Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000 1997e' _cU)'EPSG)HETRS89-CZE [2007] to ETRS89-CZE [2007] + Baltic 1957 height (2)Reversible alternative to ETRS89-CZE [2007] to Baltic 1957 height (2) (code 10567). The interpolation CRS is ETRS89-CZE [2007] but using any realization of ETRS89 including ensemble-based EPSG:4258 is adequate for grid interpolation.EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSG+=EPSG,/?QEPSG!Geoid (height correction) model fileCR2005_GTX.gtxEPSG+>cuzk-Cze 2005c&caU)'EPSG)GETRS89-CZE [2007] to Baltic 1957 height (2)For reversible alternative to this transformation see ETRS89-CZE [2007] to ETRS89-CZE [2007] + Baltic 1957 height (2) (code 10568).EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG+=EPSG ?QEPSG!Geoid (height correction) model fileCR2005_GTX.gtxcuzk-Cze 2005t&_Ic5+'EPSG)FGLLMSL(2022) height to GVR2016 height (1)File format is GeoTIFF grid (.gtg) which is algorithmically equivalent to the GTX format (see https://proj.org/en/9.3/specifications/geodetictiffgrids.html).EPSGiVertical Offset by Grid Interpolation (gtg)EPSG)EEPSG K?zG{EPSG"Vertical offset filegllmsl_2022.tifEPSGSDFI-Grl 2022\&]EU)'EPSG)DETRS89 to ETRS89 + DKLAT(2023) depth (1)Reversible alternative to ETRS89 to DKLAT(2023) depth (1) (code 10563). Replaces ETRS89 to ETRS89 + DKLAT(2022) depth (1) (code 10560).EPSGhGeog3D to Geog2D+Depth (gtg)EPSGIEPSG)EPSG)\?QEPSG!Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010>awmU+5 EPSG)sNAD83(CSRS)v6 to$&]IYC7EPSG)ETRS89-GBR [OSNet v2009] to WC05-IRF (1)In conjunction with the WC05-TM map projection (code 10631) applied to WC05-IRF (code 10628), emulates the WC05 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines WC05-IRF hence is errorless.EPSG%NTv2EPSG+EPSG)EPSG!Latitude and longitude difference fileTN15-ETRS89-to-WC05-IRF.gsbNR-Gbr WC05 OSNet2009  |/&O Y3EPSG)HD72 to ETRS89-HUN [ETRF2000] (2)Emulation to better than 2mm of the official SGO EHT transformation. ETRF2000 coordinates of the grid nodes were converted to HD72 using the online EHT tool. For cadastral and other legal purposes the official transformation (CT code 10663) must be used.EPSG%NTv2EPSGEPSG+?QEPSG!Latitude and longitude difference filehu_bme_hd72corr.gsbBME-Hunj'McU5+EPSG)ETRS89-HUN [ETRF2000] to ETRS89-HUN [ETRF2000] + EOMA 1980 height (2)Reversible alternative to ETRS89-HUN [ETRF2000] to EOMA 1980 height (2) (code 10666). Emulation to better than 7mm of the official SGO EHT transformation (CT code 10662). The interpolation CRS is ETRS89-HUN [ETRF2000] but using any realization of ETRS89 including ETRF2000 (CRS code 9067) or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSG+EPSG)?QEPSG!Geoid (height correction) model filehu_bme_geoid2014.tifEPSG+BME-Hun geoid14&g=aU5+EPSG)ETRS89-HUN [ETRF2000] to EOMA 1980 height (2)Emulation to better than 7mm of the official SGO EHT model (CT code 10661). The geoid height values were obtained from the online EHT service. For reversible alternative to this transformation see ETRS89-HUN [ETRF2000] to ETRS89-HUN [ETRF2000] + EOMA 1980 height (2) (code 10667).EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSG+EPSG?QEPSG!Geoid (height correction) model filehu_bme_geoid2014.tifBME-Hun geoid14&&OwY3EPSG)HD72 to ETRS89-HUN [ETRF2000] (1)Used in the official SGO EHT coordinate transformation tool. For access to the grid file see https://www.gnssnet.hu/.EPSG%NTv2EPSGEPSG+?zG{EPSG!Latitude and longitude difference filehu_sgo_hd72corr.gsbLTK-Hun 'cU5+EPSG)ETRS89-HUN [ETRF2000] to ETRS89-HUN [ETRF2000] + EOMA 1980 height (1)Reversible alternative to ETRS89-HUN [ETRF2000] to EOMA 1980 height (1) (code 10661). Used in the official SGO EHT coordinate transformation tool. For access to the grid file see https://www.gnssnet.hu/. The interpolation CRS is ETRS89-HUN [ETRF2000] but using any realization of ETRS89 including ETRF2000 (CRS code 9067) or ensemble-based EPSG:4258 is adequate for grid interpolation.EPSGdGeog3D to Geog2D+GravityRelatedHeight (gtg)EPSG+EPSG)?EPSG!Geoid (height correction) model filehu_sgo_vitel2014.tifEPSG+SGO-Hun geoid14&g9aU5+EPSG)ETRS89-HUN [ETRF2000] to EOMA 1980 height (1)Used in the official SGO EHT coordinate transformation tool. For access to the grid file see https://www.gnssnet.hu/. Replaces VITEL2009. For reversible alternative to this transformation see ETRS89-HUN [ETRF2000] to ETRS89-HUN [ETRF2000] + EOMA 1980 height (1) (CT code 10662).EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSG+EPSG?EPSG!Geoid (height correction) model filehu_sgo_vitel2014.tifSGO-Hun geoid14&UEU)'EPSG)GR96 to GR96 + GLLAT(2023) depth (1)Reversible alternative to GR96 to GLLAT(2023) depth (1) (code 10655).EPSGhGeog3D to Geog2D+Depth (gtg)EPSG-EPSG)?EPSG!Geoid (height correction) model filegllat_2023.tifEPSGSDFI-Grl 2023+&G]CU)'EPSG)GR96 to GLLAT(2023) depth (1)For reversible alternative to this transformation see GR96 to GR96 + GLLAT(2023) depth (1) (code 10656).EPSGgGeographic3D to Depth (gtg)EPSG-EPSG)?EPSG!Geoid (height correction) model filegllat_2023.tifSDFI-Grl 2023&UEU)'EPSG)GR96 to GR96 + GLMSL(2023) depth (1)Reversible alternative to GR96 to GLMSL(2023) depth (1) (code 10653).EPSGhGeog3D to Geog2D+Depth (gtg)EPSG-EPSG)?EPSG!Geoid (height correction) model fileglmsl_2023.tifEPSGSDFI-Grl 2023  u B p J/OuX&aoaU;%EPSG)ETRS89-FIN [EUREF-FIN] to N2000 height (2)Replaces ETRS89-FIN [EUREF-FIN] to N2000 height (1) (code 10695). For reversible alternative to this transformation see ETRS89-FIN [EUREF-FIN] to ETRS89-FIN [EUREF-FIN] + N2000 height (2) (code 10698). File also available in 3 ASCII formats.EPSGcGeographic3D to GravityRelatedHeight (gtg)EPSG)EPSG?EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 0NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v3 to NAD83(CSRS)v6 (4)Replaces NAD83(CSRS)v3 to NAD83(CSRS)v6 (3) (code 10530).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG ;?EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 0NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v3 to NAD83(CSRS)v4 (4)Replaces NAD83(CSRS)v3 to NAD83(CSRS)v4 (3) (code 10528).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG /EPSG 4?QEPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 0NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v8 (3)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v8 (2) (code 10526).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG(?EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG -NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v7 (3)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v7 (2) (code 10525).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG >?EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG -NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v6 (4)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v6 (3) (code 10524).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG ;?EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG -NRCan-Can cvg80%QyK)+EPSG)NAD83(CSRS)v2 to NAD83(CSRS)v4 (5)Replaces NAD83(CSRS)v2 to NAD83(CSRS)v4 (3) (code 10522).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG +EPSG 4?QEPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG -NRCan-Can cvg80E';O K))EPSG)Canada velocity grid v8Replaces Canada velocity grid v7 (code 9483). Although the interpolation CRS is given as NAD83(CSRS)v8 (also known as NAD83(CSRS) 2010), any version of NAD83(CSRS) may be used for grid interpolation without significant error.EPSGuPoint motion (geog3D domain) using NEU velocity grid (NTv2_Vel)EPSG(EPSG(?zG{EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG(NRC-Can cvg8.03&IUc+7-EPSG)N60 height to N2000 height (1)Recommended method for N60<>N2000 transformations, as more accurate than concatenating geoid models.EPSGqVertical Offset by TIN Interpolation (JSON)EPSGUEPSG?zG{EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 6NRCan-Can cvg80 QyK)+EPSG)NAD83(CSRS)v4 to NAD83(CSRS)v6 (4)Replaces NAD83(CSRS)v4 to NAD83(CSRS)v6 (3) (code 10537).EPSGZGeographic3D Offset using NEU velocity grid (NTv2_Vel)EPSG 4EPSG ;?zG{EPSGPoint motion velocity grid fileNAD83v80VG.gvbEPSG 6NRCan-Can cvg80  +Q%U m+GEPSG*fETRS89-NOR [EUREF89] to NGO 1948 (2)EPSGyGeographic2D Offsets by TIN Interpolation (JSON)EPSG*{EPSG?EPSG(TIN offset fileno_kv_ETRS89NO_NGO48_TIN.jsonSK-Nor_&]?YC7EPSG*bETRS89-GBR [OSNet v2009] to EWR3-IRF (1)In conjunction with the EWR3-TM map projection (code 9765) applied to EWR3-IRF (code 10849), emulates the EWR3 Snake projection. Applied to ETRS89 (as realized through the OSNet v2009 CORS) defines EWR3-IRF hence is errorless. In 2024 the EWR2 Grid (ETRS89 / EWR2 SnakeGrid) was extended eastwards as the EWR3 Grid (ETRS89 / EWR3 SnakeGrid). To the west of Bedford the EWR2 Grid is an exact subset of the EWR3 Grid; over this extent the EWR3 Grid replaces the EWR2 Grid. The EWR2 emulation file TN15-ETRS89-to-EWR2-IRF.gsb (CT code 9764) is a subset of this EWR3 emulation file TN15-ETRS89-to-EWR3-IRF.gsb; west of Bedford the content of the two files is identical.EPSG%NTv2EPSG+EPSG*aEPSG!Latitude and longitude difference fileTN15-ETRS89-to-EWR3-IRF.gsbNR-Gbr EWR3 OSNet2009 &MqiU!-EPSG*YRGAF09 to IGN 1988 SM height (3)Replaces RGAF09 to IGN 1988 SM height (2), transformation code 9188. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 1988 SM height (3) (code 10887).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG?EPSG!Geoid (height correction) model fileGG23SM.tacIGN Glp StM 2023J&mY3EPSG*VETRS89-LVA [LKS-92] to ETRS89-LVA [LKS-2020] (1)Accuracy of transformation is at 1 cm level one sigma. Care! The NTv2 format requires longitudes to be positive west. At a given point, LKS-2020 latitude (positive north) has a greater value than LKS-92 latitude and LKS-2020 longitude (positive east) has a lesser value than LKS-92 longitude. For point Odukalns: 56.8283960°N, 24.2727688°E (LKS-92) = 56.8283967°N, 24.2727679°E (LKS-2020).EPSG%NTv2EPSG5EPSG(A?zG{EPSG!Latitude and longitude difference fileLKS92to2020NTv2.gsbLGIA-LvaV&_omU'EPSG*LLKS-92 to LKS-92 + Latvia 2000 height (1)Reversible alternative to LKS-92 to Latvia 2000 height (1) (code 10827). File also available in ASCII txt format.EPSGEGeog3D to Geog2D+GravityRelatedHeight (Gravsoft)EPSGUEPSG*J?zG{EPSG!Geoid (height correction) model fileLV'14.griEPSG5LGIA-Lva 2014&MekU'EPSG*KLKS-92 to Latvia 2000 height (1)Published 2014-12-01. For reversible alternative to this transformation see LKS-92 to LKS-92 + Latvia 2000 height (1) (code 10828). File also available in ASCII txt format.EPSGGeographic3D to GravityRelatedHeight (Gravsoft)EPSGUEPSG?zG{EPSG!Geoid (height correction) model fileLV'14.griLGIA-Lva 2014:&eEc5%7EPSG*GLN02 height to EVRF2019 mean-tide height (2)Determined at 553 points, SD 0.071m. Offset: mean -0.244m, minimum -0.506m, maximum -0.012m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG`EPSG$?-VEPSG"Vertical offset filech_2019m.ascEPSGEuG-Che 2019m 2020-090&QEc5%7EPSG*FLN02 height to EVRF2019 height (2)Determined at 553 points, SD 0.073m. Offset: mean -0.216m, minimum -0.478m, maximum -0.021m.EPSG=Vertical Offset by Grid Interpolation (asc)EPSG`EPSG$?° ěEPSG"Vertical offset filech_2019z.ascEPSGEuG-Che 2019z 2020-09b&awmU+5EPSG*ENAD83(CSRS)v6 to CGVD28(HTv2.0) height (1)Hybrid geoid model, valid at epoch 2010.0. Grid derived at epoch 1997.0 through NAD83(CSRS)v3 (CRS code 8235) and then modified to include correction for propagation of height between 1997.0 and 2010.0 derived from the Canada velocity grid v7.0.EPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG ;EPSG)\?QEPSG!Geoid (height correction) model fileHT2_2010v70.bynNRC-Can CGG2000 2010 7= g 7 &{EiU#+EPSG*CSRN2025 (NAD83 2011) to COH88 2025 (NAVD88) height (3)Defines COH88 2025 (NAVD88) height. For reversible alternative to this transformation see CSRN2025 (NAD83 2011) to CSRN2025 (NAD83 2011) + COH88 2025 (NAVD88) height (3) (code 10928). Note: this is an approximation to the operation pipeline implemented in SCIPv1 (code 10929) in which step 1 converts CSRN2025 (NAD83 2011) coordinates from epoch 2025.00 to epoch 2010.00, and step 2 uses the epoch 2010 horizontal coordinate values to interpolate the hybrid geoid model. The horizontal offset between CSRN2025 (NAD83 2011) at epoch 2025.00 and the Geoid18 model epoch of 2010.00 is approximately 0.5m and is not significant for the interpolation of the geoid model. EPSGnGeographic3D to GravityRelatedHeight (NGS bin)EPSG*EPSG*?QEPSG!Geoid (height correction) model fileg2018u0.binNGS-US Conus 180&_kU!-EPSG*RGAF09 to RGAF09 + IGN 1988 SB height (3)Reversible alternative to RGAF09 to IGN 1988 SB height (3) (code 10896).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%>?EPSG!Geoid (height correction) model fileGG23SB.tacEPSGqIGN Glp StB 2023 &MqiU!-EPSG*RGAF09 to IGN 1988 SB height (3)Replaces RGAF09 to IGN 1988 SB height (2), transformation code 9187. For reversible alternative to this transformation see RGAF09 to RGAF09 + IGN 1988 SB height (3) (code 10897).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSGpEPSG?EPSG!Geoid (height correction) model fileGG23SB.tacIGN Glp StB 20230&_kU!-EPSG*RGAF09 to RGAF09 + IGN 1988 SM height (3)Reversible alternative to RGAF09 to IGN 1988 SM height (3) (code 10841).EPSGGGeog3D to Geog2D+GravityRelatedHeight (IGN2009)EPSGpEPSG%??EPSG!Geoid (height correction) model fileGG23SM.tacEPSGqIGN Glp StM 20232&e#cU)%EPSG*sCGRS93 to CGRS93 + Famagusta 1960 height (1)Reversible alternative to CGRS93 to Famagusta 1960 height (1) (code 10866).EPSGJGeog3D to Geog2D+GravityRelatedHeight (txt)EPSGEPSG*q?tjEPSG!Geoid (height correction) model fileSEPARATION.TXTEPSGDLS-Cyp 2010W&S aU)%EPSG*rCGRS93 to Famagusta 1960 height (1)Hybrid geoid model derived in 2010 using least squares collocation. The Cyprus Geoid Model describes the official vertical reference in Cyprus. For reversible alternative to this transformation see CGRS93 to CGRS93 + Famagusta 1960 height (1) (code 10867).EPSG:Geographic3D to GravityRelatedHeight (txt)EPSGEPSG?tjEPSG!Geoid (height correction) model fileSEPARATION.TXTDLS-Cyp 2010$&]IYC7EPSG*mETRS89-GBR [OSNet v2009] to WSPG-IRF (1)In conjunction with the WSPG-TM map projection (code 10862) applied to WSPG-IRF (code 10860), emulates the WSPG Snake projection. Applied to ETRS89 (as realized through the OSNet v2009) defines WSPG-IRF hence is errorless.EPSG%NTv2EPSG+EPSG*lEPSG!Latitude and longitude difference fileTN15-ETRS89-to-WSPG-IRF.gsbAA-Gbr WSPG OSNet2009T&ggc5E'EPSG*kDVR90 height to EVRF2019 mean-tide height (1)Determined at 106 points, SD 0.009m. Offset: mean 0.022m, minimum 0.003m, maximum 0.043m. The transformation was derived using the levelling based DVR90(2000) (CRS code 10482), but is applicable to all realizations in the DVR90 ensemble.EPSGiVertical Offset by Grid Interpolation (gtg)EPSGEPSG$?nO;EPSG"Vertical offset filedvr90_evrf2019_mean_tide.tifEPSGKDS-Dnk 2019mA&Sic51'EPSG*jDVR90 height to EVRF2019 height (1)Determined at 106 points, SD 0.006m. Offset: mean 0.005m, minimum -0.010m, maximum 0.017m. The transformation was derived using the levelling based DVR90(2000) (CRS code 10482), but is applicable to all realizations in the DVR90 ensemble.EPSGiVertical Offset by Grid Interpolation (gtg)EPSGEPSG$?tj~EPSG"Vertical offset filedvr90_evrf2019.tifEPSGKDS-Dnk 2019z B g -EBK%M c5-#EPSG+NN54 height to NN2000 height (1)EPSGMDHDN to WGS 84 (4)These parameter values are taken from DHDN to ETRS89 (8) (code 15948) as ETRS89 may be considered equivalent to WGS 84 within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA20070&5=?'EPSG=NAD27 to WGS 84 (79)Parameter files are from NAD27 to NAD83 (1) (code 1241) assuming that NAD83 is equivalent to WGS 84 within the accuracy of this tfm. Uses NADCON method which expects longitudes positive west; EPSG CRS codes 4267 and 4326 have longitudes positive east.EPSG%NADCONEPSGEPSGEPSG!Latitude difference fileconus.lasEPSG!Longitude difference fileconus.losOGP-Usa Conus^&AKa U!EPSG=WGS 84 to EGM84 height (1)File may also be found named as "EGM84.GRD". An executable using spherical harmonics is also available. Replaced by WGS 84 to EGM96 height (1) (CT code 10084).EPSG%Geographic3D to GravityRelatedHeight (EGM)EPSGsEPSGEPSG!Geoid (height correction) model fileDIRACC.DATNGA-WorldI&UmiU#%EPSG+RGM23 to IGN 2023 Mayotte height (1)For reversible alternative to this transformation see RGM23 to RGM23 + IGN 2023 Mayotte height (1) (code 11160).EPSG1Geographic3D to GravityRelatedHeight (IGN2009)EPSG)EPSG+?EPSG!Geoid (height correction) model fileGGM23V2.tacIGN-Myt 2023 E o#Em&S7iU%# EPSGKIGN72 Grande Terre to RGNC91-93 (6)Emulation using NTv2 method of tfm IGN72 Grande Terre to RGNC91-93 (4) (code 15945).EPSG%NTv2EPSG6EPSG?EPSG!Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.1m&G)Y=) EPSG>HNEA74 Noumea to RGNC91-93 (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 15943).EPSG%NTv2EPSG$EPSG?EPSG!Latitude and longitude difference fileRGNC1991_NEA74Noumea.gsbESRI-Ncl 0.05m&/Q Y'7 EPSG>FNTF to WGS 84 (3)These parameter values are taken from NTF to RGR93 (2) (code 15940) as RGR93 may be considered equivalent to WGS 84 within the accuracy of the transformation. Emulation of France Geocentric Interpolation method tfm code 15939.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation&/O Y'7 EPSG>ENTF to ETRS89 (3)These parameter values are taken from NTF to RGR93 (2) (code 15940) as RGR93 may be considered equivalent to ETRS89 within the accuracy of the transformation. Emulation of France Geocentric Interpolation method tfm code 1054.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulationf&- Y'7 EPSG>DNTF to RGF93 (2)Emulation using NTv2 method of France Geocentric Interpolation method tfm NTF to RGF93 (1), code 1053. May be taken as approximate transformation to ETRS89 or WGS 84 - see tfm codes 15941 and 15942.EPSG%NTv2EPSGEPSGKEPSG!Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulationj&31 Y'!EPSG>=ED50 to WGS 84 (41)Parameter values from ED50 to ETRS89 (12) (code 15932). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. Replaces ED50 to WGS 84 (40) - see supersession record.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileSPED2ETV2.gsbOGP-Esp v20&3-Y'!EPSG>#ED50 to WGS 84 (40)Parameter values from ED50 to ETRS89 (11) (code 15895). Assumes ETRS89 and WGS 84 can be considered the same to within the accuracy of the transformation. NOTE: Parameter file is non-conformant with NTv2 specification - replaced by ED50 to WGS 84 (41).EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filesped2et.gsbOGP-EspU&3Y# EPSG>ED50 to ETRS89 (11)May be taken as approximate transformation ED50 to WGS 84 - see code 15907. NOTE: Parameter file is non-conformant with NTv2 specification - replaced by ED50 to ETRS89 (12) (code 15932).EPSG%NTv2EPSGEPSG?əEPSG!Latitude and longitude difference filesped2et.gsbIGN-Esp/&5=!?!!EPSG=NAD27 to WGS 84 (85)Parameter files are from NAD27 to NAD83 (2) (code 1243) assuming that NAD83 is equivalent to WGS 84 within the accuracy of this tfm. Uses NADCON method which expects longitudes positive west; EPSG CRS codes 4267 and 4326 have longitudes positive east.EPSG%NADCONEPSGEPSGEPSG!Latitude difference filealaska.lasEPSG!Longitude difference filealaska.losOGP-Usa AK5 &1Y%-EPSG>LDHDN to ETRS89 (8)Developed for ATKIS (Amtliches Topographisch-Kartographisches Informationssystem [Official Topographic and Cartographic Information System]). Provides a uniform transformation across the whole country. May be used as tfm to WGS 84 - see tfm code 15949.EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileBETA2007.gsbBKG-Deu BeTA2007 6 t.2Hd_6 %9 YESRIMTokyo_To_WGS_1984_NTv2EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filetky2jgd%OYESRI%ED_1950_To_WGS_1984_NTv2_BALR2009EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileBALR2009 %QYESRI#ED_1950_To_ETRS_1989_NTv2_BALR2009EPSG%NTv2EPSGEPSG?əEPSG!Latitude and longitude difference fileBALR2009 %QYESRI"ED_1950_To_ETRS_1989_NTv2_PENR2009EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference filePENR2009%?Y)ESRIOSGB_1936_To_Xrail84_NTv2EPSG%NTv2EPSGESRIr?EPSG!Latitude and longitude difference fileosgb36_xrail84%CY#ESRI Amersfoort_To_WGS_1984_NTv2EPSG%NTv2EPSGEPSG?əEPSG!Latitude and longitude difference filerdtrans2008%?Y)ESRIDatum_73_To_WGS_1984_NTv2EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileD73_ETRS89_geo+%YY)ESRIDatum_Lisboa_Hayford_To_ETRS_1989_NTv2EPSG%NTv2ESRIEPSG?EPSG!Latitude and longitude difference fileDLX_ETRS89_geo*%WY)ESRIDatum_Lisboa_Hayford_To_WGS_1984_NTv2EPSG%NTv2ESRIEPSG?EPSG!Latitude and longitude difference fileDLX_ETRS89_geoN&S#YG'EPSG>ZRGNC91-93 to IGN72 Grande Terre (6)Emulation using NTv2 method of tfm IGN72 Grande Terre to RGNC91-93 (4) (code 9329). Note reversal sign of of parameter values in grid file.EPSG%NTv2EPSGEPSG6?EPSG!Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.1mD&GYG) EPSG>YRGNC91-93 to NEA74 Noumea (4)Emulation using NTv2 method of tfm NEA74 Noumea to RGNC91-93 (3) (code 15943). Note reversal of sign of parameter values in grid file.EPSG%NTv2EPSGEPSG$?EPSG!Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre.gsbESRI-Ncl 0.05m?&/I Y'7EPSG>XWGS 84 to NTF (3)These parameter values are taken from RGF93 to NTF (2) (code 15958) as RGF93 may be considered equivalent to WGS 84 within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation?&/I Y'7EPSG>WETRS89 to NTF (3)These parameter values are taken from RGF93 to NTF (2) (code 15958) as RGF93 may be considered equivalent to ETRS89 within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbEPSG-Fra 1m emulation;&M# Y'7EPSG>VETRS89-FRA [RGF93 v1] to NTF (2)Emulation using NTv2 method of NTF to ETRS89-FRA [RGF93 v1] (1), code 9327. Note that grid file parameters are of opposite sign. May be taken as approximate CT to ETRS89 or WGS 84 (see codes 15959 and 15960). Also used to transform later realizations of RGF93 to NTF.EPSG%NTv2EPSGKEPSGEPSG!Latitude and longitude difference filergf93_ntf.gsbESRI-Fra 1m emulationT&3{ Y%-EPSG>SPD/83 to WGS 84 (1)Parameter values taken from DHDN to ETRS89 (8) (code 15948) as PD/83 and ETRS89 may be considered equivalent to DHDN and WGS 84 respectively within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA2007T&3{ Y%-EPSG>RRD/83 to WGS 84 (1)Parameter values from taken DHDN to ETRS89 (8) (code 15948) as RD/83 and ETRS89 may be considered equivalent to DHDN and WGS 84 respectively within the accuracy of the transformation.EPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference fileBETA2007.gsbOGP-Deu BeTA2007%OYESRI$ED_1950_To_WGS_1984_NTv2_PENR2009EPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference filePENR2009 ^! Z  y 3ml#PM&)Y#IGNFNTFG_TO_RGF93GNOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers RGF93 (ETRS89)EPSG%NTv2IGNFNTFGIGNFRGF93GEPSG!Latitude and longitude difference filentf_r93.gsb1.0.0Q&9Y#IGNFIGNF_NTFG_TO_EPSG_4326NOUVELLE TRIANGULATION DE LA FRANCE (NTF) vers RGF93 (ETRS89)EPSG%NTv2IGNFNTFGEPSGEPSG!Latitude and longitude difference filentf_r93.gsb1.0.0+%OY5ESRI[GGRS_1987_To_WGS_1984_NTv2_approxEPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference fileGR_GGRS87_WGS84_GRID%5Y+ESRID48_To_D96_3tra_NTv2EPSG%NTv2ESRIEPSG?(\)EPSG!Latitude and longitude difference fileSI_D48_D96_GRID(%SY+ESRIMGI_1901_To_Slovenia_1996_3tra_NTv2EPSG%NTv2EPSGBEPSG?(\)EPSG!Latitude and longitude difference fileSI_D48_D96_GRID %IY5ESRIRGNC_1991_To_NEA74_Noumea_NTv2EPSG%NTv2EPSG%EPSG$EPSG!Latitude and longitude difference fileRGNC1991_NEA74Noumea3%UY?ESRIRGNC_1991_To_IGN72_Grande_Terre_NTv2EPSG%NTv2EPSG%EPSG6?EPSG!Latitude and longitude difference fileRGNC1991_IGN72GrandeTerre"%UYESRIAGD_1984_To_GDA_1994_NTv2_QueenslandEPSG%NTv2EPSGkEPSG?EPSG!Latitude and longitude difference fileQLD_0900P%sY[ESRIGDA_1994_To_GDA2020_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference filegda94_gda2020_CPD_plus_lordhowe_norfolkQ%uY[ESRIGDA_1994_To_WGS_1984_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%NTv2EPSGEPSG@EPSG!Latitude and longitude difference filegda94_gda2020_CPD_plus_lordhowe_norfolkP%sY[ESRIWGS_1984_To_GDA2020_NTv2_CPD_plus_Lord_Howe_NorfolkEPSG%NTv2EPSGEPSG@ EPSG!Latitude and longitude difference filegda94_gda2020_CPD_plus_lordhowe_norfolk)%CY;ESRI`JGD_2000_To_JGD_2024_NTv2_1EPSG%NTv2EPSGESRI?EPSG!Latitude and longitude difference filetouhokutaiheiyouoki2011&%]YESRI^NAD_1983_CSRS_To_NAD_1983_CSRS_v2_QuebecEPSG%NTv2EPSG EPSG -?EPSG!Latitude and longitude difference fileNA83SCRS%;Y+ESRIRCH1903+_To_CHTRF95_NTv2EPSG%NTv2EPSG6EPSG7?EPSG!Latitude and longitude difference filentv2-ch03p-etrs%?Y+ESRIQCH1903+_To_ETRS_1989_NTv2EPSG%NTv2EPSG6EPSG?EPSG!Latitude and longitude difference filentv2-ch03p-etrs!%QYESRIGED_1950_To_WGS_1984_NTv2_CataloniaEPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference file100800401%]YESRIATS_1977_To_NAD_1983_CSRS_NTv2_MaritimesEPSG%NTv2EPSGEPSG EPSG!Latitude and longitude difference fileGS7783%5YESRIISN_2004_To_ISN_1993EPSG%NTv2EPSGEPSG3?EPSG!Latitude and longitude difference fileICEGRID93%5Y#ESRIISN_1993_To_ISN_2004EPSG%NTv2EPSG3EPSG?EPSG!Latitude and longitude difference fileicegrid2004%Q YESRIhED_1950_To_WGS_1984_NTv2_PeninsulaEPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filepeninsula"%SYESRI^ED_1950_To_ETRS_1989_NTv2_PeninsulaEPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference filepeninsula%O YESRIWED_1950_To_WGS_1984_NTv2_BalearesEPSG%NTv2EPSGEPSGEPSG!Latitude and longitude difference filebalearesQYESRIVED_1950_To_ETRS_1989_NTv2_BalearesEPSG%NTv2EPSGEPSG?EPSG!Latitude and longitude difference filebaleares  A Y p?Ae'MiU?IGNFTSG1161RGFG95 (RESEAU GEODESIQUE FRANCAIS DE GUYANE 1995) vers NIVELLEMENT GENERAL DE GUYANE (NGG) 1977EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGFG95GEOIGNFGUYA77EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggguy15.mnt1.0.0J'iUCIGNFTSG1160RGR92 (RESEAU GEODESIQUE DE LA REUNION 1992) vers IGN 1989 (REUNION)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGR92GEOIGNFREUN89EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAR07_bl.gra1.0.0I'i!UAIGNFTSG1159RGM04 (RESEAU GEODESIQUE DE MAYOTTE 2004) vers SHOM 1953 (MAYOTTE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGM04GEODDIGNFMAYO53EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggm04v1.mnt1.0.0k']i!U5IGNFTSG1156RGSPM06 (RESEAU GEODESIQUE DE SAINT-PIERRE-ET-MIQUELON 2006) vers DANGER 1950 (SAINT-PIERRE-ET-MIQUELON)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGSPM06GEOIGNFSTPM50_VEPSG!Geoid (height correction) model filehttp://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggspm06v1.mnt1.0.0+&]iUAIGNFTSG1155WGS 84 (RRAF) vers IGN 1987 (MARTINIQUE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFMART87EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggm00v2.txt1.0.0C'iUGIGNFTSG1154WGS 84 (RRAF) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88SMEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_smv2.txt1.0.0P'iUOIGNFTSG1150RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers HUAHINE_SAU 2001EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFHUAH01EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Huahine.mnt1.0.0J'iUIIGNFTSG1149RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers BORA_SAU 2001EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFBORA01EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Bora.mnt1.0.0L'iUEIGNFTSG1148RGTAAF07 (RESEAU GEODESIQUE DES TAAF 2007) vers IGN 1962 (KERGUELEN)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGTAAFGEOIGNFKERG62EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggker08v2.mnt1.0.0M'iUKIGNFTSG1141RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers TAHAA_SAU 2001EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFTAHAA01EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Tahaa.mnt1.0.0P'iUOIGNFTSG1140RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers RAIATEA_SAU 2001EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFRAIA01EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Raiatea.mnt1.0.0.iUOIGNFT%&Mi!U?IGNFTSG1163RGF93 (ETRS89) vers NGF-IGN 1978EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGF93GEODDIGNFIGN78CEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAC09.mnt1.0.0  L  Ggq'Ui#UGIGNFTSG1182RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SMEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_sbv2.mnt1.0.0u']i#UGIGNFTSG1181RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SBEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_sbv2.mnt1.0.0m'Si#UAIGNFTSG1180RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88LSEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALS2016.mnt1.0.0m'Si#UAIGNFTSG1179RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1992 LD (GUADELOUPE / LA DESIRADE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD92LDEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALD2016.mnt1.0.0o'Wi#UAIGNFTSG1178RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88MGEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMG2016.mnt1.0.0\'1i#UEIGNFTSG1177RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 (GUADELOUPE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAGTBT2016.mnt1.0.0\'1i#UEIGNFTSG1176RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1987 (MARTINIQUE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFMART87EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMART2016.mnt1.0.0G' iUGIGNFTSG1169WGS 84 (RRAF) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88SBEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_sbv2.txt1.0.0A&iUGIGNFTSG1167WGS 84 (RRAF) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88LSEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_lsv2.txt1.0.0B&iUIIGNFTSG1166WGS 84 (RRAF) vers IGN 1992 LD (GUADELOUPE / LA DESIRADE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD92LDEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALDW842016.mnt1.0.0+&]iUAIGNFTSG1165WGS 84 (RRAF) vers IGN 1988 (GUADELOUPE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00v2.txt1.0.0  L ?Cu']i#UGIGNFTSG1249RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SB (GUADELOUPE / SAINT-BARTHELEMY)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SBEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_sbv2.mnt2.0.0q'Ui#UGIGNFTSG1248RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 SM (GUADELOUPE / SAINT-MARTIN)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88SMEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_smv2.mnt2.0.0A&iUGIGNFTSG1247WGS 84 (RRAF) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD88LSEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_lsv2.txt2.1.0D&i!UIIGNFTSG1246WGS 84 (RRAF) vers IGN 2008 LD (GUADELOUPE / LA DESIRADE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRRAFGEOIGNFGUAD2008LDEPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALDW842016.mnt1.0.0m'Si#UAIGNFTSG1245RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 LS (GUADELOUPE / LES SAINTES)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88LSEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALS2016.mnt1.0.0o'Wi#UAIGNFTSG1244RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 MG (GUADELOUPE / MARIE-GALANTE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88MGEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMG2016.mnt1.0.0o'Si#!UAIGNFTSG1243RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 2008 LD (GUADELOUPE / LA DESIRADE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD2008LDEPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALD2016.mnt1.0.0\'1i#UEIGNFTSG1242RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1988 (GUADELOUPE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFGUAD88EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAGTBT2016.mnt1.0.0\'1i#UEIGNFTSG1241RGAF09 (RESEAU GEODESIQUE DES ANTILLES FRANCAISES 2009) vers IGN 1987 (MARTINIQUE)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGAF09GEODDIGNFMART87EPSG!Geoid (height correction) model filehttp://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMART2016.mnt1.0.0R'iUMIGNFTSG1195RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers IGN 1966 (TAHITI)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFTAHITI66EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Tahiti.mnt1.0.0^'1iUMIGNFTSG1189RGPF (RESEAU GEODESIQUE DE POLYNESIE FRANCAISE) vers MOOREA 1981 (MOOREA_SAU 2001)EPSG%Geographic3D to GravityRelatedHeight (IGN1997)IGNFRGPFGEOIGNFMOOREA81EPSG!Geoid (height correction) model filehttps://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Moorea.mnt1.0.0 U hUD%99aUPROJEPSG_4937_TO_EPSG_5317ETRS89 to FVR09 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGEPSG!Geoid (height correction) model filefvr09.gtxK&_cwmC=+PROJEPSG_10520_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(2010) height (2)Equal to HT2_2010v70 hybrid geoid model minus CGG2013a geoid model (CT 9986 minus CT 9247). Specified interpolation CRS is NAD83(CSRS)v6, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10619 from CGVD28(v2.0) height. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSG$?EPSG'Geoid model difference fileHT2_2010v70_CGG2013a.bynEPSG ?NR-Can HT2 2010L&_cymC=+PROJEPSG_10519_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(2002) height (2)Equal to HT2_2002v70 hybrid geoid model minus CGG2013a geoid model (CT 9985 minus CT 10110). Specified interpolation CRS is NAD83(CSRS)v4, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10618 from CGVD28(v2.0) height. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNB?EPSG'Geoid model difference fileHT2_2002v70_CGG2013a.bynEPSG ?NR-Can HT2 2002F&_csmC7+PROJEPSG_10518_WITH_NAD83CSRSV7_INTERPOLATIONCGVD28 height to CGVD2013a(1997) height (2)Equal to HT2_1997 hybrid geoid model minus CGG2013a geoid model (CT 9983 minus CT 10111). Specified interpolation CRS is NAD83(CSRS)v3, but NAD83(CSRS)v2 or any later realization may be used without error. See also CT 10617 from CGVD28(v2.0) height. Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGfVertical change by geoid grid difference (NRCan)EPSGQEPSGNC?EPSG'Geoid model difference fileHT2_1997_CGG2013a.bynEPSG ?NR-Can HT2 1997:&_uYqK)PROJEPSG_10118_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2002) height to CGVD2013a(1997) height (1)Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2002) (i.e. CT code 10113 minus CT 10114). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSGNBEPSGNC?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can0&_uEqK)PROJEPSG_10117_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2010) height to CGVD2013a(1997) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(1997) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10113 minus CT 10115). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSG$EPSGNC?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Can0&_uEqK)PROJEPSG_10116_WITH_NAD83CSRSV7_INTERPOLATIONCGVD2013a(2010) height to CGVD2013a(2002) height (1)Interpolation CRS = NAD83(CSRS) 2010, i.e. may be any one of NAD83(CSRS)v6, v7 or v8 (CRS codes 8252, 8255 or 10414). Equivalent to CGVD28 to CGVD2013a(2002) minus CGVD28 to CGVD2013a(2010) (i.e. CT code 10114 minus CT 10115). Specifies NAD83(CSRS)v7 (code 8255) as interpolation CRS.EPSGYVertical Offset using NEU velocity grid (NTv2_Vel)EPSG$EPSGNB?EPSGPoint motion velocity grid fileNAD83v70VG.gvbEPSG ?EPSG-Cans%5ImU+5NRCANHT2_2002_NAD83CSRSV7NAD83(CSRS)v7 to CGVD28 heightEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?EPSG!Geoid (height correction) model fileHT2_2002v70.bynNRC-Can CGG2000 2002k%5ImU%+NRCANHT2_1997_NAD83CSRSV7NAD83(CSRS)v7 to CGVD28 heightEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG >EPSGQ?EPSG!Geoid (height correction) model fileHT2_1997.bynNRC-Can CGG2000 + \ $ >I u&'YcUMPROJOLD_EPSG_8362ETRS89 to ETRS89 + EVRF2007 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DMQSK2014E. 1 sigma = 29 mm (test performed on 93 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSGIEPSG?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_EVRF2007.gtxEPSGUGKK-Svkw&'_}cUQPROJOLD_EPSG_8361ETRS89 to ETRS89 + Baltic 1957 height (1)Uses ETRS89 (realization ETRF2000) and quasigeoid model DVRM05. 1 sigma = 34 mm (test performed on 563 independent points). Recommended as part of transformation between Baltic 1957 height and EVRF2007 height (see concatenated operation code 8363).EPSG@Geog3D to Geog2D+GravityRelatedHeight (gtx)EPSGIEPSG ?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_Baltic1957.gtxEPSGUGKK-SvkD&KcaU-%PROJEPSG_9607_RESTRICTED_TO_VERTCRSETRS89-ESP [REGENTE] to Ibiza height (from ETRS89-ESP [REGENTE] to ETRS89-ESP [REGENTE] + Ibiza height (1))EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG+zEPSG$?EPSG!Geoid (height correction) model fileEGM08_REDNAP.txtEPSG+~IGN-Esp 2008;&MEmU+PROJEPSG_9123NAD83(CSRS) to CGVD28 height (1)Derived through NAD83(CSRS)v3. Imported from EPSG:9123 with deprecation flag removed by PROJEPSG$Geographic3D to GravityRelatedHeight (NRCan byn)EPSG[EPSGQ?EPSG!Geoid (height correction) model fileHT2_0.bynNRC Can CGG2000V&KoaUMPROJEPSG_8362_RESTRICTED_TO_VERTCRSETRS89-SVK [SKTRF09] to EVRF2007 height (from ETRS89-SVK [SKTRF09] to ETRS89-SVK [SKTRF09] + EVRF2007 height (1))EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG+CEPSG?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_EVRF2007.gtxEPSG+DUGKK-Svk^&K{aUQPROJEPSG_8361_RESTRICTED_TO_VERTCRSETRS89-SVK [SKTRF09] to Baltic 1957 height (from ETRS89-SVK [SKTRF09] to ETRS89-SVK [SKTRF09] + Baltic 1957 height (1))EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG+CEPSG ?QEPSG!Geoid (height correction) model fileSlovakia_ETRS89h_to_Baltic1957.gtxEPSG+DUGKK-Svkd%CWaU'PROJEPSG_6667_TO_EPSG_6695_2024JDG2011 to JGD2011 height (JPGEO2024)EPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG EPSG'?QEPSG!Geoid (height correction) model fileJPGEO2024.isgS%9?aU7PROJEPSG_6667_TO_EPSG_6695JDG2011 to JGD2011 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSG EPSG'EPSG!Geoid (height correction) model filejp_gsi_gsigeo2011.tifN%9MaUPROJEPSG_6364_TO_EPSG_5703Mexico ITRF2008 to NAVD88 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGEPSGGEPSG!Geoid (height correction) model fileGGM10.txtO%9?aU/PROJEPSG_4977_TO_EPSG_5613SWEREF99 to RH2000 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGqEPSGEPSG!Geoid (height correction) model fileSWEN17_RH2000.gtx@%95aUPROJEPSG_4937_TO_EPSG_5733ETRS89 to DNN heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGeEPSG!Geoid (height correction) model filednn.gtxM%99aU1PROJEPSG_4937_TO_EPSG_5729ETRS89 to LHN95 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSGaEPSG!Geoid (height correction) model filechgeo2004_ETRS.agr97aU?PROJEPSG_4937_TO_EPSG_5728ETRS89 to LN02 heightEPSG%Geographic3D to GravityRelatedHeight (gtx)EPSGIEPSG`EPSG!Geoid (height correction) model filechgeo2004_htrans_ETRS.agr  k] y'9/iUe-PROJWGS_84_G730_TO_EGM2008WGS 84 (G730) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5min';/iUe-PROJWGS_84_G2296_TO_EGM2008WGS 84 (G2296) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG)mEPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5min';/iUe-PROJWGS_84_G2139_TO_EGM2008WGS 84 (G2139) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSG&EPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5min';/iUe-PROJWGS_84_G1762_TO_EGM2008WGS 84 (G1762) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5min';/iUe-PROJWGS_84_G1674_TO_EGM2008WGS 84 (G1674) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5min'9/iUe-PROJWGS_84_G873_TO_EGM2008WGS 84 (G873) to EGM2008 height (from WGS 84 to EGM2008 height (1))Replaces WGS 84 to EGM96 height (1) (CT code 10084). Grid spacing is 2.5 arc-minutes. For a file with smaller (1 arc-minute) grid spacing (in principle more exactly representing the spherical harmonics) see CT code 3859. For reversible alternative see CT code 9704. An executable using spherical harmonics is available from the NGA site.EPSGGeographic3D to GravityRelatedHeight (EGM2008)EPSGEPSG?hr!EPSG!Geoid (height correction) model fileUnd_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeNGA-World 2.5minin z xGwhP- | l B 1  O  g + z A  U L4( oI%lZH6$zdK0ziXI9cJ; h-D 8wnadcon5.nad83_1993.nad83_1997.prvi.lat.trn.20160901.b:{nadcon5.nad83_1992.nad83_2007.alaska.lat.trn.20160901.b9ynadcon5.nad83_1986.nad83_harn.conus.lat.trn.20160901.b8wnadcon5.nad83_1986.nad83_1993.prvi.lat.trn.20160901.b:{nadcon5.nad83_1986.nad83_1993.hawaii.lat.trn.20160901.b:{nadcon5.nad83_1986.nad83_1992.alaska.lat.trn.20160901.b4onadcon5.nad27.nad83_1986.conus.lat.trn.20160901.b5qnadcon5.nad27.nad83_1986.alaska.lat.trn.20160901.b6snadcon5.gu63.nad83_1993.guamcnmi.lat.trn.20160901.b0gnadcon5.as62.nad83_1993.as.lat.trn.20160901.b#kk_2022.gsb7jp_gsi_gsigeo2011.tifm_https://isgeoid.polimi.it/Geoid/Europe/Slovenia/public/Slovenia_2016_SLO_VRP2016_Koper_hybrQ_20221122.isg'href2008a.bin 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SAD96_003.gsbbr_ibge_SAD96_003.tifGTiffhgridshifthttps://cdn.proj.org/br_ibge_SAD96_003.tifg '7!a SAD69_003.gsbbr_ibge_SAD69_003.tifGTiffhgridshifthttps://cdn.proj.org/br_ibge_SAD69_003.tifr -?!i Ranc08_Circe.mntnc_dittt_Ranc08_Circe.tifGTiffgeoid_likehttps://cdn.proj.org/nc_dittt_Ranc08_Circe.tifz 1?-i RGM04versRGM23.txtfr_ign_RGM04versRGM23.tifGTiffgeocentricoffsethttps://cdn.proj.org/fr_ign_RGM04versRGM23.tifr '5'!_ RASPM2018.mntfr_ign_RASPM2018.tifRASPM2018.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RASPM2018.tif` !3!] RANC15.tacnc_dittt_RANC15.tifGTiffgeoid_likehttps://cdn.proj.org/nc_dittt_RANC15.tifn %3%!] RAMG2016.mntfr_ign_RAMG2016.tifRAMG2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMG2016.tifv )7)!a RAMART2016.mntfr_ign_RAMART2016.tifRAMART2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMART2016.tifn %3%!] RALS2016.mntfr_ign_RALS2016.tifRALS2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALS2016.tifz +9+!c RALDW842016.mntfr_ign_RALDW842016.tifRALDW842016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALDW842016.tifn %3%!] RALD2016.mntfr_ign_RALD2016.tifRALD2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALD2016.tifv )7)!a RAGTBT2016.mntfr_ign_RAGTBT2016.tifRAGTBT2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAGTBT2016.tifY -!W RAF20.tacfr_ign_RAF20.tifGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF20.tif\ !/!Y RAF18b.mntfr_ign_RAF18b.tifGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF18b.tifb -!W RAF18.mntfr_ign_RAF18.tifRAF18.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF18.tifb -!W RAF09.mntfr_ign_RAF09.tifRAF09.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF09.tifY -!W RAC23.mntfr_ign_RAC23.tifGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAC23.tifb -!W RAC09.mntfr_ign_RAC09.tifRAC09.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAC09.tifn %3%!] QUE27-98.gsbca_nrc_NA27SCRS.tifNA27SCRS.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_NA27SCRS.tif M=!w 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ON76CSv1.GSBca_nrc_ON76CSv1.tifON76CSv1.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_ON76CSv1.tif "4 N h  ) C]w8Rl-r %5)!_ SI51_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SI50_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH56_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH52_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH51_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH50_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SH49_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG56_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG52_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG51_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG50_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SG49_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF56_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF52_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF51_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF50_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SF49_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE52_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE51_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SE50_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SD55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SI53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tif 4 N p  1  pQRQ ]K ;K;!u blufht1955-nzvd2016.gtxnz_linz_blufht1955-nzvd2016.tifblufht1955-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_blufht1955-nzvd2016.tif* WK;!u bluff-1955-to-nzvd2016-conversion.csvnz_linz_blufht1955-nzvd2016.tifblufht1955-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_blufht1955-nzvd2016.tif ;I;!s bd72lb72_etrs89lb08.gsbbe_ign_bd72lb72_etrs89lb08.tifbd72lb72_etrs89lb08.gsbGTiffhgridshifthttps://cdn.proj.org/be_ign_bd72lb72_etrs89lb08.tif` 5!_ baleareses_ign_SPED2ETV2.tifGTiffhgridshifthttps://cdn.proj.org/es_ign_SPED2ETV2.tifh !1!![ azhpgn.lasus_noaa_azhpgn.tifazhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_azhpgn.tif- ]K;!u auckland-1946-to-nzvd2016-conversion.csvnz_linz_auckht1946-nzvd2016.tifauckht1946-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_auckht1946-nzvd2016.tif ;K;!u auckht1946-nzvd2016.gtxnz_linz_auckht1946-nzvd2016.tifauckht1946-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_auckht1946-nzvd2016.tifh !1!![ arhpgn.lasus_noaa_arhpgn.tifarhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_arhpgn.tifo /;!e arcgp-2006-sk.binno_kv_arcgp-2006-sk.tifGTiffgeoid_likehttps://cdn.proj.org/no_kv_arcgp-2006-sk.tifh !1!![ alhpgn.lasus_noaa_alhpgn.tifalhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_alhpgn.tifd !1![ alaska.lasus_noaa_alaska.tifalaskaGTiffhgridshifthttps://cdn.proj.org/us_noaa_alaska.tifm #3%!] WW15MGH.GRDus_nga_egm96_15.tifegm96_15.gtxGTiffgeoid_likehttps://cdn.proj.org/us_nga_egm96_15.tif k3%!] Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFree.gzus_nga_egm08_25.tifegm08_25.gtxGTiffgeoid_likehttps://cdn.proj.org/us_nga_egm08_25.tif e3%!] Und_min2.5x2.5_egm2008_isw=82_WGS84_TideFreeus_nga_egm08_25.tifegm08_25.gtxGTiffgeoid_likehttps://cdn.proj.org/us_nga_egm08_25.tifn %3%!] TO27CSv1.GSBca_nrc_TO27CSv1.tifTO27CSv1.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_TO27CSv1.tif} C?!i Slovakia_JTSK03_to_JTSK.LASsk_gku_JTSK03_to_JTSK.tifGTiffhgridshifthttps://cdn.proj.org/sk_gku_JTSK03_to_JTSK.tif M[! Slovakia_ETRS89h_to_EVRF2007.gtxsk_gku_Slovakia_ETRS89h_to_EVRF2007.tifGTiffgeoid_likehttps://cdn.proj.org/sk_gku_Slovakia_ETRS89h_to_EVRF2007.tif% Q_! Slovakia_ETRS89h_to_Baltic1957.gtxsk_gku_Slovakia_ETRS89h_to_Baltic1957.tifGTiffgeoid_likehttps://cdn.proj.org/sk_gku_Slovakia_ETRS89h_to_Baltic1957.tif %G%!q SeTa2016.gsbde_lgvl_saarland_SeTa2016.tifSeTa2016.gsbGTiffhgridshifthttps://cdn.proj.org/de_lgvl_saarland_SeTa2016.tif /O/!y SWEN17_RH2000.gtxse_lantmateriet_SWEN17_RH2000.tifSWEN17_RH2000.gtxGTiffgeoid_likehttps://cdn.proj.org/se_lantmateriet_SWEN17_RH2000.tife '5!_ SPED2ETV2.gsbes_ign_SPED2ETV2.tifGTiffhgridshifthttps://cdn.proj.org/es_ign_SPED2ETV2.tifm +;!e SLO-VTP2024.xyzsi_gurs_SLO-VTP2024.tifGTiffvgridshifthttps://cdn.proj.org/si_gurs_SLO-VTP2024.tifj #1#![ SK83-98.gsbca_nrc_SK83-98.tifSK83-98.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_SK83-98.tifr %5)!_ SK55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifj #1#![ SK27-98.gsbca_nrc_SK27-98.tifSK27-98.GSBGTiffhgridshifthttps://cdn.proj.org/ca_nrc_SK27-98.tifr %5)!_ SJ56_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SJ55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SJ54_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SJ53_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SI56_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tifr %5)!_ SI55_DAT.htmau_ga_AUSGeoid98.tifAUSGeoid98.gtxGTiffgeoid_likehttps://cdn.proj.org/au_ga_AUSGeoid98.tif  \ ) 5 6 ` L$DGujf 33] fi_nls_n43_n60.jsonfi_nls_n43_n60.jsonJSONtinshifthttps://cdn.proj.org/fi_nls_n43_n60.jsonu ;;!e fi_nls_fin2023n2000.tiffi_nls_fin2023n2000.tifGTiffgeoid_likehttps://cdn.proj.org/fi_nls_fin2023n2000.tifo 77!a fi_nls_fin2005n00.tiffi_nls_fin2005n00.tifGTiffgeoid_likehttps://cdn.proj.org/fi_nls_fin2005n00.tiff 11![ fi_nls_fin2000.tiffi_nls_fin2000.tifGTiffgeoid_likehttps://cdn.proj.org/fi_nls_fin2000.tifu 99'c eur_nkg_nkgrf17vel.tifeur_nkg_nkgrf17vel.tifGTiffvelocity_gridhttps://cdn.proj.org/eur_nkg_nkgrf17vel.tif MM'w eur_nkg_nkgrf03vel_realigned.tifeur_nkg_nkgrf03vel_realigned.tifGTiffvelocity_gridhttps://cdn.proj.org/eur_nkg_nkgrf03vel_realigned.tifh !1!![ ethpgn.lasus_noaa_ethpgn.tifethpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_ethpgn.tifh !1!![ eshpgn.lasus_noaa_eshpgn.tifeshpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_eshpgn.tifh !1!![ emhpgn.lasus_noaa_emhpgn.tifemhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_emhpgn.tif ES!} dvr90_evrf2019_mean_tide.tifdk_kds_dvr90_evrf2019_mean_tide.tifGTiffvgridshifthttps://cdn.proj.org/dk_kds_dvr90_evrf2019_mean_tide.tift 1?!i dvr90_evrf2019.tifdk_kds_dvr90_evrf2019.tifGTiffvgridshifthttps://cdn.proj.org/dk_kds_dvr90_evrf2019.tifj )9!c dvr90_2023.tifdk_sdfi_dvr90_2023.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dvr90_2023.tifj )9!c dvr90_2013.tifdk_sdfi_dvr90_2013.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dvr90_2013.tifj )9!c dvr90_2002.tifdk_sdfi_dvr90_2002.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dvr90_2002.tif ;K;!u duneht1958-nzvd2016.gtxnz_linz_duneht1958-nzvd2016.tifduneht1958-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_duneht1958-nzvd2016.tif2 gK;!u dunedin-bluff-1960-to-nzvd2016-conversion.csvnz_linz_dublht1960-nzvd2016.tifdublht1960-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_dublht1960-nzvd2016.tif, [K;!u dunedin-1958-to-nzvd2016-conversion.csvnz_linz_duneht1958-nzvd2016.tifduneht1958-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_duneht1958-nzvd2016.tif ;K;!u dublht1960-nzvd2016.gtxnz_linz_dublht1960-nzvd2016.tifdublht1960-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_dublht1960-nzvd2016.tif\ +!U dnn.gtxdk_sdfe_dnn.tifdnn.gtxGTiffgeoid_likehttps://cdn.proj.org/dk_sdfe_dnn.tifj )9!c dkmsl_2023.tifdk_sdfi_dkmsl_2023.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dkmsl_2023.tifj )9!c dkmsl_2022.tifdk_sdfi_dkmsl_2022.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dkmsl_2022.tifj )9!c dklat_2023.tifdk_sdfi_dklat_2023.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dklat_2023.tifj )9!c dklat_2022.tifdk_sdfi_dklat_2022.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_dklat_2022.tif MO!y de_tlbg_thuringen_NTv2gridTH.gsbde_tlbg_thueringen_NTv2gridTH.tifGTiffhgridshifthttps://cdn.proj.org/de_tlbg_thueringen_NTv2gridTH.tif IIs cz_cuzk_table_-y-x_3_v1710.tifcz_cuzk_table_-y-x_3_v1710.tifGTiffgridshifthttps://cdn.proj.org/cz_cuzk_table_-y-x_3_v1710.tifh !1!![ cshpgn.lasus_noaa_cshpgn.tifcshpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_cshpgn.tif` /!Y conus.lasus_noaa_conus.tifconusGTiffhgridshifthttps://cdn.proj.org/us_noaa_conus.tifh !1!![ cohpgn.lasus_noaa_cohpgn.tifcohpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_cohpgn.tifh !1!![ cnhpgn.lasus_noaa_cnhpgn.tifcnhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_cnhpgn.tif ?Y! chgeo2004_htrans_ETRS.agrch_swisstopo_chgeo2004_ETRS89_LN02.tifGTiffgeoid_likehttps://cdn.proj.org/ch_swisstopo_chgeo2004_ETRS89_LN02.tif 1[! chgeo2004_ETRS.agrch_swisstopo_chgeo2004_ETRS89_LHN95.tifGTiffgeoid_likehttps://cdn.proj.org/ch_swisstopo_chgeo2004_ETRS89_LHN95.tif )!c l 77a fi_nls_n60_n2000.jsonfi_nls_n60_n2000.jsonJSONtinshifthttps://cdn.proj.org/fi_nls_n60_n2000.json #z.X v  # A _ } *Lvwx&B^zr '5'!_ gg10_smv2.mntfr_ign_gg10_smv2.tifgg10_smv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_smv2.tifp #5'!_ gg10_sm.txtfr_ign_gg10_smv2.tifgg10_smv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_smv2.tifr '5'!_ gg10_sbv2.mntfr_ign_gg10_sbv2.tifgg10_sbv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_sbv2.tifp #5'!_ gg10_sb.txtfr_ign_gg10_sbv2.tifgg10_sbv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_sbv2.tifm #3%!] gg10_mg.txtfr_ign_RAMG2016.tifRAMG2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMG2016.tifu '7)!a gg10_mart.txtfr_ign_RAMART2016.tifRAMART2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMART2016.tifm #3%!] gg10_ls.txtfr_ign_RALS2016.tifRALS2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALS2016.tifm #3%!] gg10_ld.txtfr_ign_RALD2016.tifRALD2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALD2016.tifu '7)!a gg10_gtbt.txtfr_ign_RAGTBT2016.tifRAGTBT2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAGTBT2016.tif /?/!i geoid09_conus.binus_noaa_geoid09_conus.tifgeoid09_conus.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_geoid09_conus.tifx )9)!c geoid09_ak.binus_noaa_geoid09_ak.tifgeoid09_ak.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_geoid09_ak.tifx )9)!c geoid06_ak.binus_noaa_geoid06_ak.tifgeoid06_ak.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_geoid06_ak.tif /?/!i geoid03_conus.binus_noaa_geoid03_conus.tifgeoid03_conus.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_geoid03_conus.tifh !1!![ gahpgn.lasus_noaa_gahpgn.tifgahpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_gahpgn.tifl #3#!] g2018u0.binus_noaa_g2018u0.tifg2018u0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2018u0.tifl #3#!] g2018p0.binus_noaa_g2018p0.tifg2018p0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2018p0.tifp %5%!_ g2012bu0.binus_noaa_g2012bu0.tifg2012bu0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2012bu0.tifp %5%!_ g2012bs0.binus_noaa_g2012bs0.tifg2012bs0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2012bs0.tifp %5%!_ g2012bp0.binus_noaa_g2012bp0.tifg2012bp0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2012bp0.tifp %5%!_ g2012bg0.binus_noaa_g2012bg0.tifg2012bg0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2012bg0.tifp %5%!_ g2012ba0.binus_noaa_g2012ba0.tifg2012ba0.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2012ba0.tifp %5%!_ g2009s01.binus_noaa_g2009s01.tifg2009s01.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2009s01.tifp %5%!_ g2009p01.binus_noaa_g2009p01.tifg2009p01.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2009p01.tifp %5%!_ g2009g01.binus_noaa_g2009g01.tifg2009g01.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g2009g01.tifp %5%!_ g1999u08.binus_noaa_g1999u08.tifg1999u08.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u08.tifp %5%!_ g1999u07.binus_noaa_g1999u07.tifg1999u07.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u07.tifp %5%!_ g1999u06.binus_noaa_g1999u06.tifg1999u06.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u06.tifp %5%!_ g1999u05.binus_noaa_g1999u05.tifg1999u05.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u05.tifp %5%!_ g1999u04.binus_noaa_g1999u04.tifg1999u04.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u04.tifp %5%!_ g1999u03.binus_noaa_g1999u03.tifg1999u03.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u03.tifp %5%!_ g1999u02.binus_noaa_g1999u02.tifg1999u02.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u02.tifp %5%!_ g1999u01.binus_noaa_g1999u01.tifg1999u01.gtxGTiffgeoid_likehttps://cdn.proj.org/us_noaa_g1999u01.tifd /!Y fvr09.gtxdk_sdfe_fvr09.tiffvr09.gtxGTiffgeoid_likehttps://cdn.proj.org/dk_sdfe_fvr09.tifX !)!S flhpgn.lasus_noaa_FL.tifFLGTiffhgridshifthttps://cdn.proj.org/us_noaa_FL.tif i m %3#!] ggeoid16.gridk_sdfe_gvr2016.tifgvr2016.gtxGTiffgeoid_likehttps://cdn.proj.org/dk_sdfe_gvr2016.tif  ]3F \ |  Z @`Z%]F G7)!a http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_lsv2.txtfr_ign_ggg00_lsv2.tifggg00_lsv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_lsv2.tif2 =-!W http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAF18.mntfr_ign_RAF18.tifRAF18.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF18.tif2 =-!W http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAF09.mntfr_ign_RAF09.tifRAF09.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF09.tifc '3!] href2008a.binno_kv_href2008a.tifGTiffgeoid_likehttps://cdn.proj.org/no_kv_href2008a.tifh !1!![ hihpgn.lasus_noaa_hihpgn.tifhihpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_hihpgn.tifd !1![ hawaii.lasus_noaa_hawaii.tifhawaiiGTiffhgridshifthttps://cdn.proj.org/us_noaa_hawaii.tifY -!W hBG18.datbe_ign_hBG18.tifGTiffgeoid_likehttps://cdn.proj.org/be_ign_hBG18.tifh !1!![ guhpgn.lasus_noaa_guhpgn.tifguhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_guhpgn.tif MS!} gugik-geoid2011-PL-KRON86-NH.txtpl_gugik_geoid2011-PL-KRON86-NH.tifGTiffgeoid_likehttps://cdn.proj.org/pl_gugik_geoid2011-PL-KRON86-NH.tif QW! gugik-geoid2011-PL-EVRF2007-NH.txtpl_gugik_geoid2011-PL-EVRF2007-NH.tifGTiffgeoid_likehttps://cdn.proj.org/pl_gugik_geoid2011-PL-EVRF2007-NH.tifd %5!_ gsb_2022.gsbdk_sdfi_gsb_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_gsb_2022.tifa #3!] gs_2022.gsbdk_sdfi_gs_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_gs_2022.tifo '9-c gr3dncl08.tacnc_dittt_gr3dncI08.tifGTiffgeocentricoffsethttps://cdn.proj.org/nc_dittt_gr3dncI08.tifo '9-c gr3dnc03a.mntnc_dittt_gr3dnc03a.tifGTiffgeocentricoffsethttps://cdn.proj.org/nc_dittt_gr3dnc03a.tifo '9-c gr3dnc02b.mntnc_dittt_gr3dnc02b.tifGTiffgeocentricoffsethttps://cdn.proj.org/nc_dittt_gr3dnc02b.tifo '9-c gr3dnc01b.mntnc_dittt_gr3dnc01b.tifGTiffgeocentricoffsethttps://cdn.proj.org/nc_dittt_gr3dnc01b.tifh %3-] gr3df97a.txtfr_ign_gr3df97a.tifGTiffgeocentricoffsethttps://cdn.proj.org/fr_ign_gr3df97a.tifl #3#!] gr2000g.gridk_sdfe_gvr2000.tifgvr2000.gtxGTiffgeoid_likehttps://cdn.proj.org/dk_sdfe_gvr2000.tifj )9!c glmsl_2023.tifdk_sdfi_glmsl_2023.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_glmsl_2023.tifm +;!e gllmsl_2022.tifdk_sdfi_gllmsl_2022.tifGTiffvgridshifthttps://cdn.proj.org/dk_sdfi_gllmsl_2022.tifj )9!c gllat_2023.tifdk_sdfi_gllat_2023.tifGTiffgeoid_likehttps://cdn.proj.org/dk_sdfi_gllat_2023.tif- ]K;!u gisborne-1926-to-nzvd2016-conversion.csvnz_linz_gisbht1926-nzvd2016.tifgisbht1926-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_gisbht1926-nzvd2016.tif ;K;!u gisbht1926-nzvd2016.gtxnz_linz_gisbht1926-nzvd2016.tifgisbht1926-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_gisbht1926-nzvd2016.tifk 3%!] ggr99.txtfr_ign_RAR07_bl.tifRAR07_bl.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAR07_bl.tifh 1#![ ggm00.txtfr_ign_ggm00v2.tifggm00v2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggm00v2.tifj #1#![ ggguy00.txtfr_ign_ggguy15.tifggguy15.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggguy15.tift %7)!a ggg00_sm.txtfr_ign_ggg00_smv2.tifggg00_smv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_smv2.tift %7)!a ggg00_sb.txtfr_ign_ggg00_sbv2.tifggg00_sbv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_sbv2.tift %7)!a ggg00_mg.txtfr_ign_ggg00_mgv2.tifggg00_mgv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_mgv2.tift %7)!a ggg00_ls.txtfr_ign_ggg00_lsv2.tifggg00_lsv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_lsv2.tifw %9+!c ggg00_ld.txtfr_ign_RALDW842016.tifRALDW842016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALDW842016.tifh 1#![ ggg00.txtfr_ign_ggg00v2.tifggg00v2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00v2.tifd!W ggf97a.txtfr_ign_RAF18.tifRAF18.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAF18.tif 8| : { :~?s3gV O?1!i https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Maupiti.mntfr_ign_ggpf02-Maupiti.tifggpf02-Maupiti.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf02-Maupiti.tifV O?1!i https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Huahine.mntfr_ign_ggpf02-Huahine.tifggpf02-Huahine.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf02-Huahine.tifJ I9+!c https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Bora.mntfr_ign_ggpf02-Bora.tifggpf02-Bora.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf02-Bora.tif: A1#![ https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggm04v1.mntfr_ign_ggm04v1.tifggm04v1.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggm04v1.tifB E5'!_ https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggker08v2.mntfr_ign_ggker08v2.tifggker08v2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggker08v2.tif> C3%!] https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAR07_bl.grafr_ign_RAR07_bl.tifRAR07_bl.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAR07_bl.tifJ I9+!c https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALDW842016.mntfr_ign_RALDW842016.tifRALDW842016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALDW842016.tifC G5'!_ https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_smv2.mntfr_ign_gg10_smv2.tifgg10_smv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_smv2.tifC G5'!_ https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/gg10_sbv2.mntfr_ign_gg10_sbv2.tifgg10_sbv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_gg10_sbv2.tif3 ?-!W https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/RAC09.mntfr_ign_RAC09.tifRAC09.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAC09.tif: 55'!_ http://geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggspm06v1.mntfr_ign_ggspm06v1.tifggspm06v1.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggspm06v1.tif9 ?1#![ http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggguy15.mntfr_ign_ggguy15.tifggguy15.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggguy15.tif= A3%!] http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMG2016.mntfr_ign_RAMG2016.tifRAMG2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMG2016.tifE E7)!a http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAMART2016.mntfr_ign_RAMART2016.tifRAMART2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAMART2016.tif= A3%!] http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALS2016.mntfr_ign_RALS2016.tifRALS2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALS2016.tif= A3%!] http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RALD2016.mntfr_ign_RALD2016.tifRALD2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RALD2016.tifE E7)!a http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/RAGTBT2016.mntfr_ign_RAGTBT2016.tifRAGTBT2016.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_RAGTBT2016.tif: A1#![ http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggm00v2.txtfr_ign_ggm00v2.tifggm00v2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggm00v2.tif: A1#![ http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00v2.txtfr_ign_ggg00v2.tifggg00v2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00v2.tifF G7)!a http://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/anciennes/ggg00_smv2.txtfr_ign_ggg00_smv2.tifggg00_smv2.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggg00_smv2.tif (QX |  0W# lAo"QF; se nadcon5.gu63.nad83_1993.guamcnmi.lat.trn.20160901.bus_noaa_nadcon5_gu63_nad83_1993_guamcnmi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_gu63_nad83_1993_guamcnmi.tif) gY nadcon5.as62.nad83_1993.as.lat.trn.20160901.bus_noaa_nadcon5_as62_nad83_1993_as.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_as62_nad83_1993_as.tifh !1!![ mshpgn.lasus_noaa_mshpgn.tifmshpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_mshpgn.tif- ]K;!u moturiki-1953-to-nzvd2016-conversion.csvnz_linz_motuht1953-nzvd2016.tifmotuht1953-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_motuht1953-nzvd2016.tif ;K;!u motuht1953-nzvd2016.gtxnz_linz_motuht1953-nzvd2016.tifmotuht1953-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_motuht1953-nzvd2016.tifh !1!![ mohpgn.lasus_noaa_mohpgn.tifmohpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_mohpgn.tifh !1!![ mnhpgn.lasus_noaa_mnhpgn.tifmnhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_mnhpgn.tifh !1!![ mihpgn.lasus_noaa_mihpgn.tifmihpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_mihpgn.tifh !1!![ mehpgn.lasus_noaa_mehpgn.tifmehpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_mehpgn.tifX !)!S mdhpgn.lasus_noaa_MD.tifMDGTiffhgridshifthttps://cdn.proj.org/us_noaa_MD.tif ;K;!u lyttht1937-nzvd2016.gtxnz_linz_lyttht1937-nzvd2016.tiflyttht1937-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_lyttht1937-nzvd2016.tif. _K;!u lyttelton-1937-to-nzvd2016-conversion.csvnz_linz_lyttht1937-nzvd2016.tiflyttht1937-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_lyttht1937-nzvd2016.tifh !1!![ lahpgn.lasus_noaa_lahpgn.tiflahpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_lahpgn.tifh !1!![ kyhpgn.lasus_noaa_kyhpgn.tifkyhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_kyhpgn.tifh !1!![ kshpgn.lasus_noaa_kshpgn.tifkshpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_kshpgn.tifa #3!] kk_2022.gsbdk_sdfi_kk_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_kk_2022.tifo 77!a jp_gsi_gsigeo2011.tifjp_gsi_gsigeo2011.tifGTiffgeoid_likehttps://cdn.proj.org/jp_gsi_gsigeo2011.tifh !1!![ inhpgn.lasus_noaa_inhpgn.tifinhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_inhpgn.tifh !1!![ ilhpgn.lasus_noaa_ilhpgn.tifilhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_ilhpgn.tifh !1!![ iahpgn.lasus_noaa_iahpgn.tifiahpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_iahpgn.tif} 335!] hu_bme_hd72corr.gsbhu_bme_hd72corr.tifetrs2eov_notowgs.gsbGTiffhgridshifthttps://cdn.proj.org/hu_bme_hd72corr.tif} 55/!_ hu_bme_geoid2014.tifhu_bme_geoid2014.tifgeoid_eht2014.gtxGTiffgeoid_likehttps://cdn.proj.org/hu_bme_geoid2014.tifT _G!q https://isgeoid.polimi.it/Geoid/Europe/Slovenia/public/Slovenia_2016_SLO_VRP2016_Koper_hybrQ_20221122.isgsi_gurs_SLO-VRP2016-Koper.tifGTiffgeoid_likehttps://cdn.proj.org/si_gurs_SLO-VRP2016-Koper.tifR M=/!g https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Tahiti.mntfr_ign_ggpf10-Tahiti.tifggpf10-Tahiti.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf10-Tahiti.tifR M=/!g https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf10-Moorea.mntfr_ign_ggpf10-Moorea.tifggpf10-Moorea.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf10-Moorea.tifZ QA3!k https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf08-Fakarava.mntfr_ign_ggpf08-Fakarava.tifggpf08-Fakarava.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf08-Fakarava.tifN K;-!e https://fiches-geodesie.ign.fr/contenu/fichiers/documentation/grilles/outremer/ggpf02-Tahaa.mntfr_ign_ggpf02-Tahaa.tifggpf02-Tahaa.gtxGTiffgeoid_likehttps://cdn.proj.org/fr_ign_ggpf02-Tahaa.tifO?1!i https://fiches-8 qc nadcon5.nad27.nad83_1986.alaska.lat.trn.20160901.bus_noaa_nadcon5_nad27_nad83_1986_alaska.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad27_nad83_1986_alaska.tif I . e M;r&cO2 m_ nadcon5.ohd.nad83_1986.hawaii.lat.trn.20160901.bus_noaa_nadcon5_ohd_nad83_1986_hawaii.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_ohd_nad83_1986_hawaii.tifA wi nadcon5.nad83_harn.nad83_fbn.conus.lat.trn.20160901.bus_noaa_nadcon5_nad83_harn_nad83_fbn_conus.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_harn_nad83_fbn_conus.tifA wi nadcon5.nad83_fbn.nad83_2007.conus.lat.trn.20160901.bus_noaa_nadcon5_nad83_fbn_nad83_2007_conus.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_fbn_nad83_2007_conus.tifA wi nadcon5.nad83_2007.nad83_2011.prvi.lat.trn.20160901.bus_noaa_nadcon5_nad83_2007_nad83_2011_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2007_nad83_2011_prvi.tifD yk nadcon5.nad83_2007.nad83_2011.conus.lat.trn.20160901.bus_noaa_nadcon5_nad83_2007_nad83_2011_conus.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2007_nad83_2011_conus.tifG {m nadcon5.nad83_2007.nad83_2011.alaska.lat.trn.20160901.bus_noaa_nadcon5_nad83_2007_nad83_2011_alaska.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2007_nad83_2011_alaska.tif; se nadcon5.nad83_2002.nad83_pa11.as.lat.trn.20160901.bus_noaa_nadcon5_nad83_2002_nad83_pa11_as.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2002_nad83_pa11_as.tifM q nadcon5.nad83_2002.nad83_ma11.guamcnmi.lat.trn.20160901.bus_noaa_nadcon5_nad83_2002_nad83_ma11_guamcnmi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2002_nad83_ma11_guamcnmi.tifA wi nadcon5.nad83_2002.nad83_2007.prvi.lat.trn.20160901.bus_noaa_nadcon5_nad83_2002_nad83_2007_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_2002_nad83_2007_prvi.tifA wi nadcon5.nad83_1997.nad83_2002.prvi.lat.trn.20160901.bus_noaa_nadcon5_nad83_1997_nad83_2002_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1997_nad83_2002_prvi.tifG {m nadcon5.nad83_1993.nad83_pa11.hawaii.lat.trn.20160901.bus_noaa_nadcon5_nad83_1993_nad83_pa11_hawaii.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1993_nad83_pa11_hawaii.tifM q nadcon5.nad83_1993.nad83_2002.guamcnmi.lat.trn.20160901.bus_noaa_nadcon5_nad83_1993_nad83_2002_guamcnmi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1993_nad83_2002_guamcnmi.tif; se nadcon5.nad83_1993.nad83_2002.as.lat.trn.20160901.bus_noaa_nadcon5_nad83_1993_nad83_2002_as.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1993_nad83_2002_as.tifA wi nadcon5.nad83_1993.nad83_1997.prvi.lat.trn.20160901.bus_noaa_nadcon5_nad83_1993_nad83_1997_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1993_nad83_1997_prvi.tifG {m nadcon5.nad83_1992.nad83_2007.alaska.lat.trn.20160901.bus_noaa_nadcon5_nad83_1992_nad83_2007_alaska.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1992_nad83_2007_alaska.tifD yk nadcon5.nad83_1986.nad83_harn.conus.lat.trn.20160901.bus_noaa_nadcon5_nad83_1986_nad83_harn_conus.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1986_nad83_harn_conus.tifA wi nadcon5.nad83_1986.nad83_1993.prvi.lat.trn.20160901.bus_noaa_nadcon5_nad83_1986_nad83_1993_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1986_nad83_1993_prvi.tifG {m nadcon5.nad83_1986.nad83_1993.hawaii.lat.trn.20160901.bus_noaa_nadcon5_nad83_1986_nad83_1993_hawaii.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1986_nad83_1993_hawaii.tifG {m nadcon5.nad83_1986.nad83_1992.alaska.lat.trn.20160901.bus_noaa_nadcon5_nad83_1986_nad83_1992_alaska.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_nad83_1986_nad83_1992_alaska.tifa/ k] nadcon5.pr40.nad83_1986.prvi.lat.trn.20160901.bus_noaa_nadcon5_pr40_nad83_1986_prvi.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_pr40_nad83_1986_prvi.tif =It l q  6  /:?eI 1A1!k nzgd2kgrid0005.gsbnz_linz_nzgd2kgrid0005.tifnzgd2kgrid0005.gsbGTiffhgridshifthttps://cdn.proj.org/nz_linz_nzgd2kgrid0005.tif YIs nzgd2000_deformation_20180701_full.zipnz_linz_nzgd2000-20180701.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20180701.json YIs nzgd2000_deformation_20171201_full.zipnz_linz_nzgd2000-20171201.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20171201.json YIs nzgd2000_deformation_20160701_full.zipnz_linz_nzgd2000-20160701.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20160701.json YIs nzgd2000_deformation_20150101_full.zipnz_linz_nzgd2000-20150101.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20150101.json YIs nzgd2000_deformation_20140201_full.zipnz_linz_nzgd2000-20140201.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20140201.json YIs nzgd2000_deformation_20130801_full.zipnz_linz_nzgd2000-20130801.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20130801.json YIs nzgd2000_deformation_20000101_full.zipnz_linz_nzgd2000-20000101.jsonGTiffdefmodelhttps://cdn.proj.org/nz_linz_nzgd2000-20000101.jsonh !1!![ nyhpgn.lasus_noaa_nyhpgn.tifnyhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nyhpgn.tifh !1!![ nvhpgn.lasus_noaa_nvhpgn.tifnvhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nvhpgn.tifj #1#![ ntf_r93.gsbfr_ign_ntf_r93.tifntf_r93.gsbGTiffhgridshifthttps://cdn.proj.org/fr_ign_ntf_r93.tif OO-y no_kv_NKGETRF14_EPSG7922_2000.tifno_kv_NKGETRF14_EPSG7922_2000.tifGTiffgeocentricoffsethttps://cdn.proj.org/no_kv_NKGETRF14_EPSG7922_2000.tif GGq no_kv_ETRS89NO_NGO48_TIN.jsonno_kv_ETRS89NO_NGO48_TIN.jsonJSONtinshifthttps://cdn.proj.org/no_kv_ETRS89NO_NGO48_TIN.jsonh !1!![ nmhpgn.lasus_noaa_nmhpgn.tifnmhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nmhpgn.tift '7'!a nllat2018.gtxnl_nsgi_nllat2018.tifnllat2018.gtxGTiffgeoid_likehttps://cdn.proj.org/nl_nsgi_nllat2018.tift '7'!a nlgeo2018.gtxnl_nsgi_nlgeo2018.tifnlgeo2018.gtxGTiffgeoid_likehttps://cdn.proj.org/nl_nsgi_nlgeo2018.tifh !1!![ njhpgn.lasus_noaa_njhpgn.tifnjhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_njhpgn.tif+ YK;!u nelson-1955-to-nzvd2016-conversion.csvnz_linz_nelsht1955-nzvd2016.tifnelsht1955-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_nelsht1955-nzvd2016.tif ;K;!u nelsht1955-nzvd2016.gtxnz_linz_nelsht1955-nzvd2016.tifnelsht1955-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_nelsht1955-nzvd2016.tifh !1!![ nehpgn.lasus_noaa_nehpgn.tifnehpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nehpgn.tifh !1!![ ndhpgn.lasus_noaa_ndhpgn.tifndhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_ndhpgn.tifh !1!![ nchpgn.lasus_noaa_nchpgn.tifnchpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nchpgn.tifh !1!![ nbhpgn.lasus_noaa_nbhpgn.tifnbhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_nbhpgn.tif - -!9 naptrans2008.gtxnaptrans2008.gtxGTXgeoid_likehttps://salsa.debian.org/debian-gis-team/proj-rdnap/raw/upstream/2008/naptrans2008.gtx ;K;!u napiht1962-nzvd2016.gtxnz_linz_napiht1962-nzvd2016.tifnapiht1962-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_napiht1962-nzvd2016.tif+ YK;!u napier-1962-to-nzvd2016-conversion.csvnz_linz_napiht1962-nzvd2016.tifnapiht1962-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_napiht1962-nzvd2016.tif; se nadcon5.sp1952.nad83_1986.stpaul.lat.trn.20160901.bus_noaa_nadcon5_sp1952_nad83_1986_stpaul.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_sp1952_nad83_1986_stpaul.tifG {m nadcon5.sl1952.nad83_1986.stlawrence.lat.trn.20160901.bus_noaa_nadcon5_sl1952_nad83_1986_stlawrence.tifGTiffgridshifthttps://cdn.proj.org/us_noaa_nadcon5_sl1952_nad83_1986_stlawrence.tifHi nadcon5.sg1952.nad83_1986.stgeorge.lat.trn.20160901.bus_nz ';+!e nzgeoid09.sidnz_linz_nzgeoid2009.tifnzgeoid2009.gtxGTiffgeoid_likehttps://cdn.proj.org/nz_linz_nzgeoid2009.tif   ` 3 m Q g/]<96.\| n ;K;!u wellht1953-nzvd2016.gtxnz_linz_wellht1953-nzvd2016.tifwellht1953-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_wellht1953-nzvd2016.tifo #5%!_ vertconw.94us_noaa_vertconw.tifvertconw.gtxGTiffvgridshifthttps://cdn.proj.org/us_noaa_vertconw.tifo #5%!_ vertcone.94us_noaa_vertcone.tifvertcone.gtxGTiffvgridshifthttps://cdn.proj.org/us_noaa_vertcone.tifo #5%!_ vertconc.94us_noaa_vertconc.tifvertconc.gtxGTiffvgridshifthttps://cdn.proj.org/us_noaa_vertconc.tifh !1!![ vahpgn.lasus_noaa_vahpgn.tifvahpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_vahpgn.tifh !1!![ uthpgn.lasus_noaa_uthpgn.tifuthpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_uthpgn.tifX !)!S tnhpgn.lasus_noaa_TN.tifTNGTiffhgridshifthttps://cdn.proj.org/us_noaa_TN.tif- ]K;!u taranaki-1970-to-nzvd2016-conversion.csvnz_linz_taraht1970-nzvd2016.tiftaraht1970-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_taraht1970-nzvd2016.tif ;K;!u taraht1970-nzvd2016.gtxnz_linz_taraht1970-nzvd2016.tiftaraht1970-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_taraht1970-nzvd2016.tifd !1![ stpaul.lasus_noaa_stpaul.tifstpaulGTiffhgridshifthttps://cdn.proj.org/us_noaa_stpaul.tifd !1![ stlrnc.lasus_noaa_stlrnc.tifstlrncGTiffhgridshifthttps://cdn.proj.org/us_noaa_stlrnc.tif ;K;!u stisht1977-nzvd2016.gtxnz_linz_stisht1977-nzvd2016.tifstisht1977-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_stisht1977-nzvd2016.tifl %5!_ stgeorge.lasus_noaa_stgeorge.tifstgeorgeGTiffhgridshifthttps://cdn.proj.org/us_noaa_stgeorge.tif2 gK;!u stewartisland-1977-to-nzvd2016-conversion.csvnz_linz_stisht1977-nzvd2016.tifstisht1977-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_stisht1977-nzvd2016.tifh !1!![ sdhpgn.lasus_noaa_sdhpgn.tifsdhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_sdhpgn.tifh !1!![ schpgn.lasus_noaa_schpgn.tifschpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_schpgn.tifg '7!a s45b_2022.gsbdk_sdfi_s45b_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_s45b_2022.tifg '7!a s34s_2022.gsbdk_sdfi_s34s_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_s34s_2022.tifg '7!a s34j_2022.gsbdk_sdfi_s34j_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_s34j_2022.tifl '1#! [ rgf93_ntf.gsbfr_ign_ntf_r93.tifntf_r93.gsbGTiffhgridshifthttps://cdn.proj.org/fr_ign_ntf_r93.tif| +;+!e rdtrans2018.gsbnl_nsgi_rdtrans2018.tifrdtrans2018.gsbGTiffhgridshifthttps://cdn.proj.org/nl_nsgi_rdtrans2018.tif + +!7 rdtrans2008.gsbrdtrans2008.gsbNTv2hgridshifthttps://salsa.debian.org/debian-gis-team/proj-rdnap/raw/upstream/2008/rdtrans2008.gsb # +!7 rdtrans2008rdtrans2008.gsbNTv2hgridshifthttps://salsa.debian.org/debian-gis-team/proj-rdnap/raw/upstream/2008/rdtrans2008.gsbh !1!![ pvhpgn.lasus_noaa_pvhpgn.tifpvhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_pvhpgn.tif\ -!W prvi.lasus_noaa_prvi.tifprviGTiffhgridshifthttps://cdn.proj.org/us_noaa_prvi.tifa 5!_ peninsulaes_ign_SPED2ETV2.tifGTiffhgridshifthttps://cdn.proj.org/es_ign_SPED2ETV2.tifh !1!![ pahpgn.lasus_noaa_pahpgn.tifpahpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_pahpgn.tifa #3!] os_2022.gsbdk_sdfi_os_2022.tifGTiffhgridshifthttps://cdn.proj.org/dk_sdfi_os_2022.tif ;K;!u ontpht1964-nzvd2016.gtxnz_linz_ontpht1964-nzvd2016.tifontpht1964-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_ontpht1964-nzvd2016.tif1 eK;!u onetreepoint-1964-to-nzvd2016-conversion.csvnz_linz_ontpht1964-nzvd2016.tifontpht1964-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_ontpht1964-nzvd2016.tifh !1!![ okhpgn.lasus_noaa_okhpgn.tifokhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_okhpgn.tifh !1!![ ohhpgn.lasus_noaa_ohhpgn.tifohhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_ohhpgn.tif| +;+!e nzgeoid2016.gtxnz_linz_nzgeoid2016.tifnzgeoid2016.gtxGTiffgeoid_likehttps://cdn.proj.org/nz_linz_nzgeoid2016.tif  O4 b h !1!![ wyhpgn.lasus_noaa_wyhpgn.tifwyhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_wyhpgn.tifh !1!![ wvhpgn.lasus_noaa_wvhpgn.tifwvhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_wvhpgn.tifh !1!![ wthpgn.lasus_noaa_wthpgn.tifwthpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_wthpgn.tifh !1!![ wshpgn.lasus_noaa_wshpgn.tifwshpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_wshpgn.tifX !)!S wohpgn.lasus_noaa_WO.tifWOGTiffhgridshifthttps://cdn.proj.org/us_noaa_WO.tifh !1!![ wmhpgn.lasus_noaa_wmhpgn.tifwmhpgn.gsbGTiffhgridshifthttps://cdn.proj.org/us_noaa_wmhpgn.tifX !)!S wihpgn.lasus_noaa_WI.tifWIGTiffhgridshifthttps://cdn.proj.org/us_noaa_WI.tif/ aK;!u wellington-1953-to-nzvd2016-conversion.csvnz_linz_wellht1953-nzvd2016.tifwellht1953-nzvd2016.gtxGTiffvgridshifthttps://cdn.proj.org/nz_linz_wellht1953-nzvd2016.tif ~dJ0z`F, v \ B (  r X > $ n T :  j P 6   f L 2 z`F,v\B(rX>$ nT: jP6\pV<"h6EPSGEPSGEPSGM1AEPSGEPSGPROJS_JTSK_E_N_TO_S_JTSK05_E_N-9EPSGEPSGPROJS_JTSK_E_N_TO_S_JTSK05-9EPSGEPSGPROJS_JTSK_TO_S_JTSK05_E_N)1EPSGEPSGPROJS_JTSK_TO_S_JTSK05EPSGmEPSGlEPSGvEPSG^EPSG%EPSG%EPSG^EPSGbEPSG`EPSG^EPSGbEPSG]EPSG^EPSGEPSGaEPSG^EPSGEPSG_EPSG EPSGEPSG EPSG 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For more accurate transformation contact Survey of Israel.EPSG%Cartesian Grid OffsetsEPSGn!EPSGEPSG"Easting offsetPEPSG#)EPSG"Northing offset^EPSG#)SoI-IsrLm ?eeM O)EPSG Astra Minas to Campo Inchauspe / Argentina 2 (1)Scale provided by information source as 0 ppm, corresponding to a scale factor for source CRS equal to 1 as used in this record.EPSG%Similarity transformationEPSGEPSGVEPSG!Ordinate 1 of evaluation point in target CRSAC =pEPSG#)EPSG!Ordinate 2 of evaluation point in target CRSARPQEPSG#)EPSG%Scale factor for source CRS axesEPSG#EPSG!Rotation angle of source CRS axes@p+EPSG#IHS-Arg ComRiv  u`K6(KC M +-%) EPSGGTokyo + JSLD to WGS 84 (22)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@"333333EPSG#EPSG!Longitude offset+REPSG#EPSG!Geoid height@=LEPSG#)GSI-Jpn 424143KC M +-%) EPSGFTokyo + JSLD to WGS 84 (21)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!\(EPSG#EPSG!Longitude offset+.zGEPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 424142KC M +-%) EPSGETokyo + JSLD to WGS 84 (20)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!zGEPSG#EPSG!Longitude offset*QEPSG#EPSG!Geoid height@?ffffffEPSG#)GSI-Jpn 424141 KC M +-%) EPSGDTokyo + JSLD to WGS 84 (19)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!zGEPSG#EPSG!Longitude offsetEPSG#EPSG!Geoid height@@fffffEPSG#)GSI-Jpn 424140KC M +-%) EPSGCTokyo + JSLD to WGS 84 (18)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@"333333EPSG#EPSG!Longitude offset-QEPSG#EPSG!Geoid height@@LEPSG#)GSI-Jpn 432145KC M +-%) EPSGBTokyo + JSLD to WGS 84 (17)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!\(EPSG#EPSG!Longitude offset,\)EPSG#EPSG!Geoid height@@@EPSG#)GSI-Jpn 432144KC M +-%) EPSGATokyo + JSLD to WGS 84 (16)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!zGEPSG#EPSG!Longitude offset,\(EPSG#EPSG!Geoid height@?333333EPSG#)GSI-Jpn 432143KC M +-%) EPSG@Tokyo + JSLD to WGS 84 (15)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!kQEPSG#EPSG!Longitude offset+u\(EPSG#EPSG!Geoid height@?EPSG#)GSI-Jpn 432142KC M +-%) EPSG?Tokyo + JSLD to WGS 84 (14)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!B\(EPSG#EPSG!Longitude offset*G{EPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 432141KC M +-%) EPSG>Tokyo + JSLD to WGS 84 (13)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!u\(EPSG#EPSG!Longitude offset,EPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 440144KC M +-%) EPSG=Tokyo + JSLD to WGS 84 (12)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@!8QEPSG#EPSG!Longitude offset,(\)EPSG#EPSG!Geoid height@>33333EPSG#)GSI-Jpn 440143KC M +-%) EPSGfffffEPSG#)GSI-Jpn 440142 KC M +-%) EPSG;Tokyo + JSLD to WGS 84 (10)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@ p =EPSG#EPSG!Longitude offset+LEPSG#EPSG!Geoid heightEPSG#)GSI-Jpn 440141KA M +-%) EPSG:Tokyo + JSLD to WGS 84 (9)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@ LEPSG#EPSG!Longitude offset+fffffEPSG#EPSG!Geoid height@fffffEPSG#)GSI-Jpn 352132KC M +-%) EPSGnTokyo + JSLD to WGS 84 (61)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&GzEPSG#EPSG!Longitude offset'\(EPSG#EPSG!Geoid height@D&fffffEPSG#)GSI-Jpn 360140KC M +-%) EPSGmTokyo + JSLD to WGS 84 (60)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&QEPSG#EPSG!Longitude offset'.zGEPSG#EPSG!Geoid height@E@EPSG#)GSI-Jpn 360139KC M +-%) EPSGlTokyo + JSLD to WGS 84 (59)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&zGEPSG#EPSG!Longitude offset&u\(EPSG#EPSG!Geoid height@E333333EPSG#)GSI-Jpn 360138KC M +-%) EPSGkTokyo + JSLD to WGS 84 (58)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&QREPSG#EPSG!Longitude offset% =qEPSG#EPSG!Geoid height@D&fffffEPSG#)GSI-Jpn 360137KC M +-%) EPSGjTokyo + JSLD to WGS 84 (57)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&8QEPSG#EPSG!Longitude offset%.zGEPSG#EPSG!Geoid height@BfffffEPSG#)GSI-Jpn 360136KC M +-%) EPSGiTokyo + JSLD to WGS 84 (56)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&W =pEPSG#EPSG!Longitude offset(EPSG#EPSG!Geoid height@ELEPSG#)GSI-Jpn 364140KC M +-%) EPSGhTokyo + JSLD to WGS 84 (55)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&zGEPSG#EPSG!Longitude offset'aGzEPSG#EPSG!Geoid height@EfffffEPSG#)GSI-Jpn 364139KC M +-%) EPSGgTokyo + JSLD to WGS 84 (54)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@% =qEPSG#EPSG!Longitude offset&zGEPSG#EPSG!Geoid height@DffffffEPSG#)GSI-Jpn 364138  m_J5  KC M +-%) EPSGTokyo + JSLD to WGS 84 (81)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'\(\EPSG#EPSG!Longitude offset!EPSG#EPSG!Geoid height@>EPSG#)GSI-Jpn 340131KC M +-%) EPSGTokyo + JSLD to WGS 84 (80)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'LEPSG#EPSG!Longitude offset!.zGEPSG#EPSG!Geoid height@=33333EPSG#)GSI-Jpn 340130KC M +-%) EPSGTokyo + JSLD to WGS 84 (79)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'REPSG#EPSG!Longitude offset'aGzEPSG#EPSG!Geoid height@@ٙEPSG#)GSI-Jpn 344140KC M +-%) EPSGTokyo + JSLD to WGS 84 (78)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'EPSG#EPSG!Longitude offset& =qEPSG#EPSG!Geoid height@Bs33333EPSG#)GSI-Jpn 344139KC M +-%) EPSG~Tokyo + JSLD to WGS 84 (77)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'33333EPSG#EPSG!Longitude offset&B\(EPSG#EPSG!Geoid height@C33333EPSG#)GSI-Jpn 344138KC M +-%) EPSG}Tokyo + JSLD to WGS 84 (76)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'\(EPSG#EPSG!Longitude offset%zGEPSG#EPSG!Geoid height@CfffffEPSG#)GSI-Jpn 344137 KC M +-%) EPSG|Tokyo + JSLD to WGS 84 (75)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'QREPSG#EPSG!Longitude offset$ =qEPSG#EPSG!Geoid height%EPSG#)GSI-Jpn 344136KC M +-%) EPSG{Tokyo + JSLD to WGS 84 (74)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'8QEPSG#EPSG!Longitude offset$=p =EPSG#EPSG!Geoid height@A33333EPSG#)GSI-Jpn 344135KC M +-%) EPSGzTokyo + JSLD to WGS 84 (73)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'EPSG#EPSG!Longitude offset#EPSG#EPSG!Geoid height@A33333EPSG#)GSI-Jpn 344134KC M +-%) EPSGyTokyo + JSLD to WGS 84 (72)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@& =qEPSG#EPSG!Longitude offset# =p EPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 344133KC M +-%) EPSGxTokyo + JSLD to WGS 84 (71)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@&GzEPSG#EPSG!Longitude offset"kQEPSG#EPSG!Geoid height@@YEPSG#)GSI-Jpn 344132KC M +-%) EPSGwTokyo + JSLD to WGS 84 (70)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'p =qEPSG#EPSG!Longitude offset'EPSG#EPSG!Geoid height@A@EPSG#)GSI-Jpn 352140KC M +-%) EPSGvTokyo + JSLD to WGS 84 (69)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'LEPSG#EPSG!Longitude offset'\(EPSG#EPSG!Geoid height@C@EPSG#)GSI-Jpn 352139KC M +-%) EPSGTokyo + JSLD to WGS 84 (82)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'u\(EPSG#EPSG!Longitude offset"zGEPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 340132  mXC.  KC M +-%) EPSGTokyo + JSLD to WGS 84 (96)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(# =pEPSG#EPSG!Longitude offset$EPSG#EPSG!Geoid height@BfffffEPSG#)GSI-Jpn 332136KC M +-%) EPSGTokyo + JSLD to WGS 84 (95)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(333333EPSG#EPSG!Longitude offset$(\)EPSG#EPSG!Geoid height@BfffffEPSG#)GSI-Jpn 332135KC M +-%) EPSGTokyo + JSLD to WGS 84 (94)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(333333EPSG#EPSG!Longitude offset#GzHEPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 332134 KC M +-%) EPSGTokyo + JSLD to WGS 84 (93)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(EPSG#EPSG!Longitude offset"QEPSG#EPSG!Geoid height#EPSG#)GSI-Jpn 332133KC M +-%) EPSGTokyo + JSLD to WGS 84 (92)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'G{EPSG#EPSG!Longitude offset" =p EPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 332132KC M +-%) EPSGTokyo + JSLD to WGS 84 (91)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'GzEPSG#EPSG!Longitude offset!kQEPSG#EPSG!Geoid height@>333333EPSG#)GSI-Jpn 332131KC M +-%) EPSGTokyo + JSLD to WGS 84 (90)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'zGEPSG#EPSG!Longitude offset GzEPSG#EPSG!Geoid height@>EPSG#)GSI-Jpn 332130KC M +-%) EPSGTokyo + JSLD to WGS 84 (89)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'p =EPSG#EPSG!Longitude offset u\(EPSG#EPSG!Geoid height@=33333EPSG#)GSI-Jpn 332129KC M +-%) EPSGTokyo + JSLD to WGS 84 (88)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@( =p EPSG#EPSG!Longitude offset&.zGEPSG#EPSG!Geoid height@CEPSG#)GSI-Jpn 340138KC M +-%) EPSGTokyo + JSLD to WGS 84 (87)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'EPSG#EPSG!Longitude offset%ffffffEPSG#EPSG!Geoid height@CfffffEPSG#)GSI-Jpn 340137KC M +-%) EPSGTokyo + JSLD to WGS 84 (86)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'REPSG#EPSG!Longitude offset$33333EPSG#EPSG!Geoid height@B33333EPSG#)GSI-Jpn 340136KC M +-%) EPSGTokyo + JSLD to WGS 84 (85)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'\(EPSG#EPSG!Longitude offset$333333EPSG#EPSG!Geoid height@BEPSG#)GSI-Jpn 340135KC M +-%) EPSGTokyo + JSLD to WGS 84 (84)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'QEPSG#EPSG!Longitude offset@#zG{EPSG#EPSG!Geoid height@AfffffEPSG#)GSI-Jpn 340134C KC M +-%) EPSGTokyo + JSLD to WGS 84 (97)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset EPSG#EPSG!Longitude offset LEPSG#EPSG!Geoid height@@ EPSG#)GSI-Jpn 324129  7 vgQ;_K7L=?eeMO! EPSGD48 / GK to D96 / TM (2)Information source gives rotation angle of source CRS axes as 359.9987988952° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw&xEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~tj~EPSG#)EPSG%Scale factor for source CRS axes?EPSG#EPSG!Rotation angle of source CRS axes?SuqèEPSG#GuRS-Svn 2L=?eeMO! EPSGD48 / GK to D96 / TM (1)Information source gives rotation angle of source CRS axes as 359.9990153250° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw1&yEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~QEPSG#)EPSG%Scale factor for source CRS axes? K*EPSG#EPSG!Rotation angle of source CRS axes?P"$,EPSG#GuRS-Svn 1ZKC 5+-EPSGAnguilla 1957 to WGS 84 (1)EPSG%Geographic2D offsetsEPSGEPSG EPSG!Latitude offsetEPSG#EPSG!Longitude offset@EPSG#DOS-AiaKE M +-%) EPSGTokyo + JSLD to WGS 84 (107)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@)kQEPSG#EPSG!Longitude offset W =pEPSG#EPSG!Geoid height@=fffffEPSG#)GSI-Jpn 312131KE M +-%) EPSGTokyo + JSLD to WGS 84 (106)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@)# =pEPSG#EPSG!Longitude offset EPSG#EPSG!Geoid height@LEPSG#)GSI-Jpn 324131C M +-%) EPSGTokyo + JSLD to WGS 84 (98)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(QEPSG#EPSG!Longitude offset \(EPSG#EPSG!Geoid heightEPSG#)GSI-Jpn 324130 r E 1 ?2Br>KI 1-EPSGNGO 1948 (Oslo) to NGO1948 (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@$O;dZEPSG#NGO-NorFKM 1-'EPSGBatavia (Jakarta) to Batavia (1)EPSG%Longitude rotationEPSGEPSGsEPSG!Longitude offset@Z EPSG#EPSG-Idn JavaGKI 1-- EPSGPadang (Jakarta) to Padang (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@Z EPSG#EPSG-Idn Sumatra;K9 1-% EPSGMGI (Ferro) to MGI (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset1ffffffEPSG#BEV-Aut balk=KG 1-EPSGLisbon (Lisbon) to Lisbon (1)EPSG%Longitude rotationEPSGEPSGoEPSG!Longitude offset"& @EPSG#IGC-PrtHK[ 1-EPSGBogota 1975 (Bogota) to Bogota 1975 (1)EPSG%Longitude rotationEPSGEPSGzEPSG!Longitude offsetRhbEPSG#IGAC-ColL=?eeMO! EPSGeD48 / GK to D96 / TM (6)Information source gives rotation angle of source CRS axes as 359.9985894280° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw;dZEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@xEPSG#)EPSG%Scale factor for source CRS axes?sEPSG#EPSG!Rotation angle of source CRS axes?W^&-EPSG#GuRS-Svn 6L=?eeMO! EPSGdD48 / GK to D96 / TM (5)Information source gives rotation angle of source CRS axes as 359.9988083326° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwFEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~և+ JEPSG#)EPSG%Scale factor for source CRS axes?_EPSG#EPSG!Rotation angle of source CRS axes?S7 vEEPSG#GuRS-Svn 5L=?eeMO! EPSGD48 / GK to D96 / TM (4)Information source gives rotation angle of source CRS axes as 359.9991387616° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwoEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~XbMEPSG#)EPSG%Scale factor for source CRS axes? EPSG#EPSG!Rotation angle of source CRS axes?L8a)LEPSG#GuRS-Svn 4EKY 1- EPSGBern 1898 (Bern) to CH1903 (Greenwich)EPSG%Longitude rotationEPSGEPSG5EPSG!Longitude offset@ CEPSG#BfL-CHkKQg1- EPSGNTF (Paris) to NTF (Greenwich) (2)OGP prefers value from IGN Paris (code 1467).EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@tTEPSG#RGSBKQ 1- EPSGNTF (Paris) to NTF (Greenwich) (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@~ITEPSG#IGN-FraFKY 1- EPSGNGO 1948 (Oslo) to NGO1948 (Greenwich)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@$O;dZEPSG#NGO-Nor;KC 1-EPSGGreek (Athens) to Greek (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@7mxEPSG#NTU-Grc*L=?eeMO! EPSGD48 / GK to D96 / TM (9)Information source gives rotation angle of source CRS axes as 359.9984713141° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw ěEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@p =EPSG#)EPSG%Scale factor for source CRS axes? ᅏEPSG#EPSG!Rotation angle of source CRS axes?Y  EPSG#GuRS-Svn 9L=?eeMO! EPSGD48 / GK to D96 / TM (8)Information source gives rotation angle of source CRS axes as 359.9990279960° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwfffffEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~Ӳ-VEPSG#)EPSG%Scale factor for source CRS axes?>REPSG#EPSG!Rotation angle of source CRS axes?O²UEPSG#GuRS-Svn 8L=?eeMO! EPSGD48 / GK to D96 / TM (7)Information source gives rotation angle of source CRS axes as 359.9989361857° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwKƧEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~ۍO;dEPSG#)EPSG%Scale factor for source CRS axes? xEPSG#EPSG!Rotation angle of source CRS axes?Qm)=EPSG#GuRS-Svn 7GK[ 1-EPSGLisbon 1890 (Lisbon) to Lisbon 1890 (1)EPSG%Longitude rotationEPSG(EPSG:EPSG!Longitude offset"& @EPSG#CGC-PrttL3A5+-EPSGcGreek to GGRS87 (1)More accurate polynomial transformations between Greek / Hatt projection zones and GGRS87 / Greek Grid are available from the Military Geographic Service.EPSG%Geographic2D offsetsEPSGEPSGEPSG!Latitude offsetp =qEPSG#EPSG!Longitude offset?QEPSG#HGS-Grc=KE 1-EPSG\S-JTSK (Ferro) to S-JTSK (1)EPSG%Longitude rotationEPSGEPSGREPSG#EPSG!Rotation angle of source CRS axes?O²UEPSG#GuRS-Svn 8 _ ygOy_L??eeMO# EPSGD48 / GK to D96 / TM (18)Information source gives rotation angle of source CRS axes as 359.9993228929° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwREPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~SEPSG#)EPSG%Scale factor for source CRS axes?REPSG#EPSG!Rotation angle of source CRS axes?F/lُVEPSG#GuRS-Svn 18L??eeMO# EPSGD48 / GK to D96 / TM (10)Information source gives rotation angle of source CRS axes as 359.9984602820° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw1&yEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@QEPSG#)EPSG%Scale factor for source CRS axes?}Y7EPSG#EPSG!Rotation angle of source CRS axes?Y: EPSG#GuRS-Svn 106K9 1-EPSGNTF (Paris) to NTF (1)EPSG%Longitude rotationEPSGEPSGEPSG!Longitude offset@~ITEPSG#IGN-FraL=?eeMO! EPSGD48 / GK to D96 / TM (3)Information source gives rotation angle of source CRS axes as 359.9990080921° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw =pEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~ƗO;EPSG#)EPSG%Scale factor for source CRS axes?EPSG#EPSG!Rotation angle of source CRS axes?P@\nhEPSG#GuRS-Svn 3 KC M +-%) EPSGTokyo + JSLD to WGS 84 (98)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@(QEPSG#EPSG!Longitude offset \(EPSG#EPSG!Geoid heightEPSG#)GSI-Jpn 324130KC M +-%) EPSGTokyo + JSLD to WGS 84 (83)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'p =qEPSG#EPSG!Longitude offset"\(EPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 340133KC M +-%) EPSGuTokyo + JSLD to WGS 84 (68)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@'(\)EPSG#EPSG!Longitude offset&kQEPSG#EPSG!Geoid height@DٙEPSG#)GSI-Jpn 352138 KC M +-%) EPSGfTokyo + JSLD to WGS 84 (53)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@%fffffEPSG#EPSG!Longitude offsetEPSG#EPSG!Geoid height@CYEPSG#)GSI-Jpn 364137 KC M +-%) EPSGWTokyo + JSLD to WGS 84 (38)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@$(\)EPSG#EPSG!Longitude offset(33333EPSG#EPSG!Geoid height'EPSG#)GSI-Jpn 392140KC M +-%) EPSGHTokyo + JSLD to WGS 84 (23)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@"W =pEPSG#EPSG!Longitude offset,=p EPSG#EPSG!Geoid height@?LEPSG#)GSI-Jpn 424144KA M +-%) EPSG9Tokyo + JSLD to WGS 84 (8)EPSG%Geographic2D with Height OffsetsEPSGEPSGEPSG!Latitude offset@ 333333EPSG#EPSG!Longitude offset+QEPSG#EPSG!Geoid height@;333333EPSG#)GSI-Jpn 444141 ''\Y!Lm}?eeMO#EPSG.ED50 / UTM zone 31N to ETRS89 / UTM zone 31N (1)ICC publishes as two tfms, code 100800400 for ED50 to ETRS89 and code 800100400 for reverse when ordinate 1 = 129.547m, ordinate 2 = 208.186m, dS = 0.9999984496 and rotation = -1.56504". See ED50 to ETRS89 (14) (code 5661) for emulation using NTv2.EPSG%Similarity transformationEPSGYEPSGd?EPSG!Ordinate 1 of evaluation point in target CRS`1hr!EPSG#)EPSG!Ordinate 2 of evaluation point in target CRSjREPSG#)EPSG%Scale factor for source CRS axes?.>EPSG#EPSG!Rotation angle of source CRS axes? gbEPSG#ICC-Esp Cat}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (19)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-303, dY=185 and dZ=163m. Other maps give different values - see tfm code 5098.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 19EM 9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (7)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-345, dY=182 and dZ=152m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetuEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 7zM q9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (4)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-347, dY=180 and dZ=156m. Other maps give different values - see tfm code 5081EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsettEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 3)LyQ9)+/EPSGKarbala 1979 / UTM zone 38N to IGRS / UTM zone 38N (1)Used on a temporary basis prior to development of IRQCON. See also Karbala 1979 to WGS 84 (2) (tfm code 5076) for an equivalent tfm using geocentric translations.EPSG%Cartesian Grid OffsetsEPSG @EPSG3EPSG"Easting offsetq =qEPSG#)EPSG"Northing offset@qdEPSG#)MWR-Irq prov 2007L7?eeMO#EPSGrD48/GK to D96/TM (17)Information source gives rotation angle of source CRS axes as 359.9985599438° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw5?|EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@ vEPSG#)EPSG%Scale factor for source CRS axes?GWEPSG#EPSG!Rotation angle of source CRS axes?W#BJEPSG#GuRS-Svn 17L5?eeMO!EPSGaD48/GK to D96/TM (9)Information source gives rotation angle of source CRS axes as 359.9984713141° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw ěEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@p =EPSG#)EPSG%Scale factor for source CRS axes? ᅏEPSG#EPSG!Rotation angle of source CRS axes?Y  EPSG#GuRS-Svn 9  L7?eeMO#EPSGqD48/GK to D96/TM (16)Information source gives rotation angle of source CRS axes as 359.9988835539° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw+ JEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~dZEPSG#)EPSG%Scale factor for source CRS axes?EPSG#EPSG!Rotation angle of source CRS axes?RJ/ EPSG#GuRS-Svn 16L7?eeMO#EPSGpD48/GK to D96/TM (15)Information source gives rotation angle of source CRS axes as 359.9986660539° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwEEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@7KƧEPSG#)EPSG%Scale factor for source CRS axes? HEPSG#EPSG!Rotation angle of source CRS axes?UNEPSG#GuRS-Svn 15L7?eeMO#EPSGoD48/GK to D96/TM (14)Information source gives rotation angle of source CRS axes as 359.9986330172° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwp =EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~oEPSG#)EPSG%Scale factor for source CRS axes?mT"EPSG#EPSG!Rotation angle of source CRS axes?VewEPSG#GuRS-Svn 14L7?eeMO#EPSGeD48/GK to D96/TM (13)Information source gives rotation angle of source CRS axes as 359.9978086208° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSx =qEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@dhrEPSG#)EPSG%Scale factor for source CRS axes?q EPSG#EPSG!Rotation angle of source CRS axes?aEPSG#GuRS-Svn 13L7?eeMO#EPSGdD48/GK to D96/TM (12)Information source gives rotation angle of source CRS axes as 359.9995848956° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSxGzEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~lEPSG#)EPSG%Scale factor for source CRS axes? qEPSG#EPSG!Rotation angle of source CRS axes?;4KҊ}EPSG#GuRS-Svn 12L7?eeMO#EPSGcD48/GK to D96/TM (11)Information source gives rotation angle of source CRS axes as 359.9982890576° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwp =EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@5lEPSG#)EPSG%Scale factor for source CRS axes? ^DEPSG#EPSG!Rotation angle of source CRS axes?\6iQEPSG#GuRS-Svn 11L7?eeMO#EPSGbD48/GK to D96/TM (10)Information source gives rotation angle of source CRS axes as 359.9984602820° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw1&yEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@QEPSG#)EPSG%Scale factor for source CRS axes?}Y7EPSG#EPSG!Rotation angle of source CRS axes?Y: EPSG#GuRS-Svn 10   L7?eeMO#EPSGxD48/GK to D96/TM (23)Information source gives rotation angle of source CRS axes as 359.9980774015° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw=$EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@u+ EPSG#)EPSG%Scale factor for source CRS axes?$EcEPSG#EPSG!Rotation angle of source CRS axes?_kLEPSG#GuRS-Svn 23L7?eeMO#EPSGwD48/GK to D96/TM (22)Information source gives rotation angle of source CRS axes as 359.9978515930° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwI+ IEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@?|hEPSG#)EPSG%Scale factor for source CRS axes?&EPSG#EPSG!Rotation angle of source CRS axes?a9@UEPSG#GuRS-Svn 22L7?eeMO#EPSGvD48/GK to D96/TM (21)Information source gives rotation angle of source CRS axes as 359.9987926666° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw5C%EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@j~#EPSG#)EPSG%Scale factor for source CRS axes?νEPSG#EPSG!Rotation angle of source CRS axes?S]EPSG#GuRS-Svn 21L7?eeMO#EPSGuD48/GK to D96/TM (20)Information source gives rotation angle of source CRS axes as 359.9981683819° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwdtjEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@^(\EPSG#)EPSG%Scale factor for source CRS axes?i4EPSG#EPSG!Rotation angle of source CRS axes?^\9EPSG#GuRS-Svn 20L7?eeMO#EPSGtD48/GK to D96/TM (19)Information source gives rotation angle of source CRS axes as 359.9975573682° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwzGEPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@^5?}EPSG#)EPSG%Scale factor for source CRS axes? kTzEPSG#EPSG!Rotation angle of source CRS axes?dO6EPSG#GuRS-Svn 19L7?eeMO#EPSGsD48/GK to D96/TM (18)Information source gives rotation angle of source CRS axes as 359.9993228929° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSwREPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@~SEPSG#)EPSG%Scale factor for source CRS axes?REPSG#EPSG!Rotation angle of source CRS axes?F/lُVEPSG#GuRS-Svn 18L7?eeMO#EPSGyD48/GK to D96/TM (24)Information source gives rotation angle of source CRS axes as 359.9979842399° using opposite rotation convention to EPSG formula.EPSG%Similarity transformationEPSGHEPSG?əEPSG!Ordinate 1 of evaluation point in target CRSw7EPSG#)EPSG!Ordinate 2 of evaluation point in target CRS@`A7LEPSG#)EPSG%Scale factor for source CRS axes?GEPSG#EPSG!Rotation angle of source CRS axes?`Z8EPSG#GuRS-Svn 24 UU ` q &UOLO?II+;=EPSG+ODN height to EVRF2000 height (1)Determined at 31 points. RMS residual 0.026m, maximum residual 0.080m.EPSGVertical Offset and SlopeEPSGEEPSGb?EPSG!Ordinate 1 of evaluation point@K,EPSG#EPSG!Ordinate 2 of evaluation point333333EPSG#EPSG!Vertical Offset?QEPSG#)EPSG"Inclination in latitude?+ IEPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-GbrrKm?++%EPSGeNZVD2009 height to Dunedin-Bluff 1960 height (1)Accuracy 0.04m (1 sigma).EPSG%Vertical OffsetEPSGXEPSGj?zG{EPSG!Vertical Offset?QREPSG#)LINZ-NZ DUBLsKo?++%EPSGdNZVD2009 height to Stewart Island 1977 height (1)Accuracy 0.15m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?333333EPSG!Vertical Offset?\(EPSG#)LINZ-NZ STISjK]?++%EPSGcNZVD2009 height to Bluff 1955 height (1)Accuracy 0.05m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?EPSG!Vertical Offset? =p EPSG#)LINZ-NZ BLUFlKa?++%EPSGbNZVD2009 height to Dunedin 1958 height (1)Accuracy 0.07m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?QEPSG!Vertical Offset?\(\EPSG#)LINZ-NZ DUNEnKe?++%EPSGaNZVD2009 height to Lyttelton 1937 height (1)Accuracy 0.09m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG? =p EPSG!Vertical Offset?zGEPSG#)LINZ-NZ LYTToKg?++%EPSG`NZVD2009 height to Wellington 1953 height (1)Accuracy 0.04m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?zG{EPSG!Vertical Offset?(\)EPSG#)LINZ-NZ WELLmKc?++%EPSG_NZVD2009 height to Taranaki 1970 height (1)Accuracy 0.05m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?EPSG!Vertical Offset?zG{EPSG#)LINZ-NZ TARAkK_?++%EPSG^NZVD2009 height to Napier 1962 height (1)Accuracy 0.05m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?EPSG!Vertical Offset?əEPSG#)LINZ-NZ NAPImKc?++%EPSG]NZVD2009 height to Gisborne 1926 height (1)Accuracy 0.02m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?zG{EPSG!Vertical Offset?\(EPSG#)LINZ-NZ GISBkK_?++%EPSG\NZVD2009 height to Nelson 1955 height (1)Accuracy 0.07m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?QEPSG!Vertical Offset?ҏ\(EPSG#)LINZ-NZ NELSmKc?++%EPSG[NZVD2009 height to Moturiki 1953 height (1)Accuracy 0.06m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?QEPSG!Vertical Offset?θQEPSG#)LINZ-NZ MOTUmKc?++%EPSGZNZVD2009 height to Auckland 1946 height (1)Accuracy 0.05m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?EPSG!Vertical Offset?\(EPSG#)LINZ-NZ AUCKsKo?++%EPSGYNZVD2009 height to One Tree Point 1964 height (1)Accuracy 0.03m (1 sigma).EPSG%Vertical OffsetEPSGXEPSG?QEPSG!Vertical Offset?QEPSG#)LINZ-NZ ONTPyQ9)+/EPSGKarbala 1979 / UTM zone 38N to IGRS / UTM zone 38N (1)Used on a temporary basis prior to development of IRQCON. See also Karbala 1979 to WGS 84 (2) (tfm code 5076) for an equivalent tfm using geocentric translations.EPSG%Cartesian Grid OffsetsEPSG @EPSG3EPSG"Easting offsetq =qEPSG#)EPSG"Northing offset@qdEPSG#)MWR-Irq prov 2007   <=v9FM 9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (5)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations fromn Nahrwan 1967 to Karbala 1979 of dX=-337, dY=192 and dZ=172m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetwEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 5{M s9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (3)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-351, dY=184 and dZ=156m. Other maps give different values - see tfm code 5045.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetzEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 3EM 9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (2)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-351, dY=190 and dZ=171m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 2EM 9)+7 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (1)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-346, dY=216 and dZ=156m.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 1}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (18)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-329, dY=176 and dZ=151m. Other maps give different values - see tfm code 5092.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 17GM 9)+9 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (13)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-306, dY=196 and dZ=181m.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 13}M s9)+9 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (12)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-319, dY=185 and dZ=188m. Other maps give different values - see tfm code 5089.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 145 q9)+EM 9)+7 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (6)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-335, dY=181 and dZ=183m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetmEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 6 Q9 s PQ}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (17)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-338, dY=166 and dZ=173m. Other maps give different values - see tfm code 5076.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 17GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (16)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-325, dY=163 and dZ=181m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 16GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (15)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-322, dY=178 and dZ=182m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetbEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 15}M s9)+9 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (14)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-325, dY=192 and dZ=188m. Other maps give different values - see tfm code 5046.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetbEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 14GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (11)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-330, dY=176 and dZ=162m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetfEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 11GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (10)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-323, dY=179 and dZ=172m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 10DM 9)+7 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (9)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-320 dY=197 and dZ=167m.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 9EM 9)+7 EPSGNahrwan 1967 / UTM zone 37N to Karbala 1979 / UTM zone 37N (8)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-313, dY=203 and dZ=173m.EPSG%Cartesian Grid OffsetsEPSGiEPSG ?EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 8   9p3LGw1-EPSGTokyo 1892 to Korean 1985 (1)Caused by redetermination of longitude of Tokyo datum origin in 1918. Korean 1985 is based on the 1918 determination.EPSG%Longitude rotationEPSG EPSGBEPSG!Longitude offset@$\(EPSG#OGP-KorL;-1-EPSG Tokyo 1892 to Tokyo (1)Caused by redetermination of longitude of Tokyo datum fundamental point in 1918.EPSG%Longitude rotationEPSG EPSGEPSG!Longitude offset@$\(EPSG#OGP-Jpn}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (23)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-320, dY=185 and dZ=162m. Other maps give different values - see tfm code 5094.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 20}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (22)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-304, dY=184 and dZ=166m. Other maps give different values - see tfm code 5093.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 19GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (25)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-308, dY=177 and dZ=146m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetWEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 25GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (24)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-313, dY=193 and dZ=153m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetfEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 24GM 9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (21)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-324, dY=178 and dZ=154m.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 21}M s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (20)There is some doubt as to whether source CRS is Nahrwan 1967 or Nahrwan 1934. May be emulated using geocentric translations from Nahrwan 1967 to Karbala 1979 of dX=-319, dY=186 and dZ=160m. Other maps give different values - see tfm code 5099.EPSG%Cartesian Grid OffsetsEPSGiEPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 20 s9)+9 EPSGNahrwan 1967 / UTM zone 38N to Karbala 1979 / UTM zone 38N (19)There is some doubt as to whether source CRS is Nahrwa3LGw1-EPSGTokyo 1892 to Korean 1985 (1)Caused by redetermination of longitude of Tokyo datum origin in 1918. Korean 1985 is based on the 1918 determination.EPSG%Longitude rotationEPSG EPSGBEPSG!Longitude offset@$\(EPSG#OGP-Kor ]l ElWL_?II+;=EPSGRBaltic 1957 height to EVRF2007 height (1)Determined at 60 points. RMS residual 0.011m, maximum residual 0.025m.EPSGVertical Offset and SlopeEPSG EPSG?EPSG!Ordinate 1 of evaluation point@HfffffEPSG#EPSG!Ordinate 2 of evaluation point@.LEPSG#EPSG!Vertical Offset? =pEPSG#)EPSG"Inclination in latitude?vȴ9EPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-CzeWL_?II+;=EPSGQBaltic 1957 height to EVRF2000 height (4)Determined at 53 points. RMS residual 0.014m, maximum residual 0.035m.EPSGVertical Offset and SlopeEPSG EPSGb?EPSG!Ordinate 1 of evaluation point@HfffffEPSG#EPSG!Ordinate 2 of evaluation point@.LEPSG#EPSG!Vertical Offset?-VEPSG#)EPSG"Inclination in latitude?nO;EPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-Cze_L_?II+;=EPSGPBaltic 1982 height to EVRF2007 height (1)Determined at 58 points. RMS residual 0.002m, maximum residual 0.005m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@E/vȴ9EPSG#EPSG!Ordinate 2 of evaluation point@99=bEPSG#EPSG!Vertical Offset?/vEPSG#)EPSG"Inclination in latitudenO;EPSG#EPSG"Inclination in longitudehtj~EPSG#EPSGEuG-BgrQLU?II+;=EPSGOOstend height to EVRF2007 height (1)Determined at 4 points. RMS residual 0.002m, maximum residual 0.002m.EPSGVertical Offset and SlopeEPSGNEPSG?EPSG!Ordinate 1 of evaluation point@I7 =pEPSG#EPSG!Ordinate 2 of evaluation point@ =pEPSG#EPSG!Vertical Offset7KƧEPSG#)EPSG"Inclination in latitudevȴ9XEPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-BelQLU?II+;=EPSGNOstend height to EVRF2000 height (1)Determined at 4 points. RMS residual 0.002m, maximum residual 0.002m.EPSGVertical Offset and SlopeEPSGNEPSGb?EPSG!Ordinate 1 of evaluation point@I7 =pEPSG#EPSG!Ordinate 2 of evaluation point@ =pEPSG#EPSG!Vertical Offset|hrEPSG#)EPSG"Inclination in latitudebMEPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-BelZLU?II+;=EPSGMHVRS71 height to EVRF2007 height (1)Determined at 46 points. RMS residual 0.008m, maximum residual 0.017m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@FG{EPSG#EPSG!Ordinate 2 of evaluation point@08QEPSG#EPSG!Vertical Offset1&xEPSG#)EPSG"Inclination in latitudebMEPSG#EPSG"Inclination in longitudenO;EPSG#EPSGEuG-HrvZLU?II+;=EPSGLHVRS71 height to EVRF2000 height (1)Determined at 46 points. RMS residual 0.008m, maximum residual 0.016m.EPSGVertical Offset and SlopeEPSGEPSGb?EPSG!Ordinate 1 of evaluation point@FG{EPSG#EPSG!Ordinate 2 of evaluation point@08QEPSG#EPSG!Vertical OffsetEEPSG#)EPSG"Inclination in latitude|1&yEPSG#EPSG"Inclination in longitudebMEPSG#EPSGEuG-Hrvm}?eeMO#EPSG.ED50 / UTM zone 31N to ETRS89 / UTM zone 31N (1)ICC publishes as two tfms, code 100800400 for ED50 to ETRS89 a_L_?II+;=EPSGSBaltic 1977 height to EVRF2007 height (2)Determined at 52 points. RMS residual 0.004m, maximum residual 0.007m.EPSGVertical Offset and SlopeEPSGIEPSG?EPSG!Ordinate 1 of evaluation point@M5\(EPSG#EPSG!Ordinate 2 of evaluation point@9QEPSG#EPSG!Vertical Offset?\(EPSG#)EPSG"Inclination in latitude?nO;EPSG#EPSG"Inclination in longitudevȴ9EPSG#EPSGEuG-Est ! B h]LU?II+;=EPSG\DHHN85 height to EVRF2007 height (1)Determined at 357 points. RMS residual 0.004m, maximum residual 0.012m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@I =pEPSG#EPSG!Ordinate 2 of evaluation point@ EPSG#EPSG!Vertical Offset?hr ĜEPSG#)EPSG"Inclination in latitude+ IEPSG#EPSG"Inclination in longitude?tzG{EPSG#EPSGEuG-Deu W[LU?II+;=EPSG[DHHN92 height to EVRF2007 height (1)Determined at 427 points. RMS residual 0.002m, maximum residual 0.007m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@I =pEPSG#EPSG!Ordinate 2 of evaluation point@$B\(EPSG#EPSG!Vertical Offset?QEPSG#)EPSG"Inclination in latitudezG{EPSG#EPSG"Inclination in longitude?`bMEPSG#EPSGEuG-Deu`L_?II+;=EPSGZBaltic 1977 height to EVRF2007 height (4)Determined at 122 points. RMS residual 0.007m, maximum residual 0.019m.EPSGVertical Offset and SlopeEPSGIEPSG?EPSG!Ordinate 1 of evaluation point@LJ=p EPSG#EPSG!Ordinate 2 of evaluation point@8zHEPSG#EPSG!Vertical Offset?öEEPSG#)EPSG"Inclination in latitude?bMEPSG#EPSG"Inclination in longitudetj~EPSG#EPSGEuG-LvaXL_?II+;=EPSGYBaltic 1977 height to EVRF2000 height (5)Determined at 123 points. RMS residual 0.007m, maximum residual 0.022m.EPSGVertical Offset and SlopeEPSGIEPSGb?EPSG!Ordinate 1 of evaluation point@LJ=p EPSG#EPSG!Ordinate 2 of evaluation point@8zHEPSG#EPSG!Vertical Offset?GzEPSG#)EPSG"Inclination in latitudeEPSG#EPSG"Inclination in longitude?pbMEPSG#EPSGEuG-Lva\LU?II+;=EPSGXRH2000 height to EVRF2007 height (1)Determined at 3353 points. RMS residual 0.001m, maximum residual 0.004m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@NQEPSG#EPSG!Ordinate 2 of evaluation point@.\(EPSG#EPSG!Vertical OffsetbMEPSG#)EPSG"Inclination in latitudeC*0U2aEPSG#EPSG"Inclination in longitude3*0U2aEPSG#EPSGEuG-SweXLQ?II+;=EPSGWLN02 height to EVRF2007 height (1)Determined at 240 points. RMS residual 0.031m, maximum residual 0.085mEPSGVertical Offset and SlopeEPSG`EPSG?EPSG!Ordinate 1 of evaluation point@GFfffffEPSG#EPSG!Ordinate 2 of evaluation point@ 8QEPSG#EPSG!Vertical OffsetEPSG#)EPSG"Inclination in latitudeI^5?}EPSG#EPSG"Inclination in longitude`A7LEPSG#EPSGEuG-Che]L[?II+;=EPSGVConstanta height to EVRF2007 height (1)Determined at 48 points. RMS residual 0.004m, maximum residual 0.013m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@GGzEPSG#EPSG!Ordinate 2 of evaluation point@8}p =EPSG#EPSG!Vertical Offset?vȴ9XEPSG#)EPSG"Inclination in latitudetzG{EPSG#EPSG"Inclination in longitude?bMEPSG#EPSGEuG-Rou]L[?II+;=EPSGUConstanta height to EVRF2000 height (1)Determined at 46 points. RMS residual 0.002m, maximum residual 0.009m.EPSGVertical Offset and SlopeEPSGEPSGb?EPSG!Ordinate 1 of evaluation point@GGzEPSG#EPSG!Ordinate 2 of evaluation point@8}p =EPSG#EPSG!Vertical Offset?1&yEPSG#)EPSG"Inclination in latitude?`bMEPSG#EPSG"Inclination in longitude?`bMEPSG#EPSGEuG-Rou  4 O_-RwnM9 )+EPSG#SISN2016 / LAEA Europe to ETRS89-extended / LAEA Europe (1)Assumes that ISN2016 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSG#OEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-IslUKcq7 EPSG6NAVD88 height (ftUS) to NAVD88 depth (ftUS)Change of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGEPSGULY?II+;=EPSGDHHN2016 height to EVRF2007 height (1)Determined at 425 points. RMS residual 0.017m, maximum residual 0.061m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@I =pEPSG#EPSG!Ordinate 2 of evaluation point@$B\(EPSG#EPSG!Vertical Offset?1&yEPSG#)EPSG"Inclination in latitudezG{EPSG#EPSG"Inclination in longitudeEPSG#EPSGEuG-Deu/M W9)+9EPSGqNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (18)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-329, dY=176 and dZ=151m. Other maps give different values - see tfm code 7024.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 17wM k9)+7EPSGfNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (7)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-345, dY=182 and dZ=152m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetuEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 7jKGq++ EPSGNHKPD height to HKCD depth (1)HKPD datum plane is 0.146m above HKCD datum plane.EPSG%Vertical OffsetEPSGjEPSGkEPSG!Vertical Offset° ěEPSG#)SMO-HK_L_?II+;=EPSGBaltic 1977 height to Caspian height (1)Baltic 1977 vertical reference surface is 28m above Caspian vertical reference surface.EPSG%Vertical OffsetEPSGIEPSGEPSG!Vertical OffsetEPSG#)Caspian SeaWL_?II+;=EPSG=Baltic 1977 height to EVRF2000 height (2)Determined at 46 points. RMS residual 0.002m, maximum residual 0.003m.EPSGVertical Offset and SlopeEPSGIEPSGb?EPSG!Ordinate 1 of evaluation point@K =pEPSG#EPSG!Ordinate 2 of evaluation point@8\(EPSG#EPSG!Vertical Offset?1&EPSG#)EPSG"Inclination in latitudeEPSG#EPSG"Inclination in longitude?`bMEPSG#EPSGEuG-LtuL[++#EPSGLBelfast height to Malin Head height (1)Belfast vertical reference surface is 37mm below Malin Head surface.EPSG%Vertical OffsetEPSGdEPSGc?zG{EPSG!Vertical OffsetlEPSG#)OSNI-Gbr NI  / 9 r"/wM k9)+7EPSGeNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (6)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-335, dY=181 and dZ=183m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetmEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 6xM m9)+7EPSGdNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (5)May be emulated using geocentric translations fromn Nahrwan 1934 to Karbala 1979 of dX=-337, dY=192 and dZ=172m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetwEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 5-M W9)+7EPSGcNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (4)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-347, dY=180 and dZ=156m. Other maps give different values - see tfm code 7010.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsettEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 3-M W9)+7EPSGbNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (3)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-351, dY=184 and dZ=156m. Other maps give different values - see tfm code 7011.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetzEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 3wM k9)+7EPSGaNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (2)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-351, dY=190 and dZ=171m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 2wM k9)+7EPSG`Nahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (1)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-346, dY=216 and dZ=156m.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 18LEK9)+EPSGDCIG85 to GDA94 / MGA zone 48Accuracy estimated as sub-metre in northeast of island and variable up to 8m in west and south.EPSG%Cartesian Grid OffsetsEPSG;EPSGnEPSG"Easting offsetdEPSG#)EPSG"Northing offsetEPSG#)GA-Cxr M[++3EPSG+JGD2000 (vertical) height to JGD2011 (vertical) height (1)Excludes areas of eastern Honshu affected by 2008 Iwate-Miyagi and 2011 Tohoku earthquakes (Aomori, Iwate, Miyagi, Akita, Yamagata, Fukushima and Ibaraki prefectures).EPSG%Vertical OffsetEPSG&EPSG'?zG{EPSG!Vertical OffsetEPSG#)OGP-Jpn ex E HonshuXLO?II+;=EPSGGHA height to EVRF2007 height (1)Determined at 108 points. RMS residual 0.032m, maximum residual 0.063m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@G\)EPSG#EPSG!Ordinate 2 of evaluation point@,=p EPSG#EPSG!Vertical Offsetp =qEPSG#)EPSG"Inclination in latitude =pEPSG#EPSG"Inclination in longitudeQEPSG#EPSGEuG-AutKWy++ EPSGOKOC WD depth to Kuwait PWD height (1)Well Datum datum plane is 4.25m above PWD datum plane.EPSG%Vertical OffsetEPSGEPSG?EPSG!Vertical Offset@EPSG#)KOC-KwtGq++ EPSGNHKPD height to HKCD depth (1)HKPD datum plane is 0.146m above HKCD datum plane.EPSG%Vertical OffsetEPSGjEPSGkEPSG!Vertical Offset° ěEPSG#)SMO-HK   h<F/M W9)+9EPSGpNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (17)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-338, dY=166 and dZ=173m. Other maps give different values - see tfm code 7025.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 17yM k9)+9EPSGoNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (16)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-325, dY=163 and dZ=181m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 16yM k9)+9EPSGnNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (15)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-322, dY=178 and dZ=182m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetbEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 15/M W9)+9EPSGmNahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (14)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-325, dY=192 and dZ=188m. Other maps give different values - see tfm code 7019.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetbEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 14yM k9)+9EPSGlNahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (13)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-306, dY=196 and dZ=181m.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 13/M W9)+9EPSGkNahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (12)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-319, dY=185 and dZ=188m. Other maps give different values - see tfm code 7021.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 14yM k9)+9EPSGjNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (11)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-330, dY=176 and dZ=162m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetfEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 11yM k9)+9EPSGiNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (10)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-323, dY=179 and dZ=172m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 10vM i9)+7EPSGhNahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (9)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-320 dY=197 and dZ=167m.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 9wM k9)+7EPSGgNahrwan 1934 / UTM zone 37N to Karbala 1979 / UTM zone 37N (8)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-313, dY=203 and dZ=173m.EPSG%Cartesian Grid OffsetsEPSG]EPSG ?EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 8 ;O # rF;VL_?II+;=EPSGLatvia 2000 height to EVRF2007 height (1)Determined at 82 points. RMS residual 0.010, maximum residual 0.019m.EPSGVertical Offset and SlopeEPSGEPSG?EPSG!Ordinate 1 of evaluation point@LJ=p EPSG#EPSG!Ordinate 2 of evaluation point@8zHEPSG#EPSG!Vertical Offset?htj~EPSG#)EPSG"Inclination in latitudeEPSG#EPSG"Inclination in longitude?~Ov_حEPSG#EPSGEuG-LvaUKS;++'EPSGEGM2008 height to Kiunga height (1)Defines Kiunga heights.EPSG%Vertical OffsetEPSGEPSGEPSG!Vertical OffsetEPSG#)QC-Png Kiunga_KS?++)EPSGEGM96 height to Kumul 34 height (1)Defines Kumul 34 heights.EPSG%Vertical OffsetEPSGEPSGEPSG!Vertical Offset =pEPSG#)QC-Png Kumul34yM k9)+9EPSGxNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (25)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-308, dY=177 and dZ=146m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetWEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 25yM k9)+9EPSGwNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (24)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-313, dY=193 and dZ=153m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetfEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 24/M W9)+9EPSGvNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (23)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-320, dY=185 and dZ=162m. Other maps give different values - see tfm code 7027.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 20/M W9)+9EPSGuNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (22)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-304, dY=184 and dZ=166m. Other maps give different values - see tfm code 7026.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map A sheet 19yM k9)+9EPSGtNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (21)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-324, dY=178 and dZ=154m.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetcEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 21/M W9)+9EPSGsNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (20)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-319, dY=186 and dZ=160m. Other maps give different values - see tfm code 7030.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offseteEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 20/M W9)+9EPSGrNahrwan 1934 / UTM zone 38N to Karbala 1979 / UTM zone 38N (19)May be emulated using geocentric translations from Nahrwan 1934 to Karbala 1979 of dX=-303, dY=185 and dZ=163m. Other maps give different values - see tfm code 7029.EPSG%Cartesian Grid OffsetsEPSG^EPSG @EPSG"Easting offsetYEPSG#)EPSG"Northing offsetEPSG#)MoO-Irq map B sheet 19  !  MG0R}GKGq7 EPSG5NAVD88 height to NAVD88 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGGEPSGՂ LO;9 EPSG1KOC WD depth to KOC WD depth (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSGEPSGEPSGUnit conversion scalar@ ?(EPSG#GKGq7 EPSG0KOC WD height to KOC WD depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG+EPSGCK?q7 EPSG.HKPD height to HKPD depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGjEPSG(LY%++EPSG-Kuwait PWD height to KOC WD height (1)The KOC WD vertical reference surface is 4.25m above the Kuwait PWD surface.EPSG%Vertical OffsetEPSGEPSG+?EPSG!Vertical OffsetEPSG#)KOC-KwtLQ)++EPSG,KOC CD height to KOC WD height (1)The KOC CD vertical reference surface is 4.74m (15.55ft) below KOC WD surface.EPSG%Vertical OffsetEPSGEPSG+?EPSG!Vertical Offset\(EPSG#)KOC-KwtUKcq7 EPSG*NGVD29 height (ftUS) to NGVD29 depth (ftUS)Change of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGFEPSGׁ}LE++EPSG)HKPD depth to HKCD depth (1)The HKPD vertical reference surface is 0.146m above the HKCD surface.EPSG%Vertical OffsetEPSG(EPSGkEPSG!Vertical Offset° ěEPSG#)SMO-HK.L_M;9 EPSG$NGVD29 height (ftUS) to NGVD29 height (m)Change of unit from US survey foot (ftUS) to metre. 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGFEPSG EPSGUnit conversion scalar?Ӂjp8EPSG#\L]+++EPSGPoolbeg height (m) to Belfast height (1)Poolbeg vertical reference surface is 2.7m below Belfast surface. Nominal accuracy 0.1m but transformations are subject to localised anomalies.EPSG%Vertical OffsetEPSGEPSGd?EPSG!Vertical OffsetEPSG#)OSI-IrebLc1++EPSGPoolbeg height (m) to Malin Head height (1)Poolbeg vertical reference surface is 2.7m below Malin Head surface. Nominal accuracy 0.1m but transformations are subject to localised anomalies.EPSG%Vertical OffsetEPSGEPSGc?EPSG!Vertical OffsetEPSG#)OSI-IreLk;9 EPSGPoolbeg height (ft(Br36)) to Poolbeg height (m)Change of unit from British foot (1936) [ft(BR36)] to metre.EPSG-Change of Vertical UnitEPSGzEPSGEPSGUnit conversion scalar?ӁK@EPSG#\KQ9+++EPSGEGM2008 height to POM08 height (1)Defines POM08 heights.EPSG%Vertical OffsetEPSGEPSGEPSG!Vertical Offset\(EPSG#)QC-Png Gulf-CenZKM9+++EPSGEGM96 height to POM96 height (1)Defines POM96 heights.EPSG%Vertical OffsetEPSGEPSGEPSG!Vertical OffsetGzHEPSG#)QC-Png Gulf-Cen#LW?;9 EPSG4NAVD88 height to NAVD88 height (ftUS)Change of unit from metre to US survey foot. 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGGEPSGEPSGUnit conversion scalar@ ?%XEPSG# M E   ""WpL}9 )+'EPSG#RISN2004 / LCC Europe to ETRS89-extended / LCC Europe (1)Assumes that ISN2004 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Isl 2004sM9 )+'EPSG#QISN2004 / LAEA Europe to ETRS89-extended / LAEA Europe (1)Assumes that ISN2004 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Isl 2004QK[q7 EPSG Baltic 1957 height to Baltic 1957 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSG EPSG IKKq7 EPSG Caspian height to Caspian depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGEPSGJGKGq7 EPSG AIOC95 height to AIOC95 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGEPSGfMKSq7 EPSG Black Sea height to Black Sea depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGgEPSG؂fLSI;9 EPSG %NAVD88 height to NAVD88 height (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048. For States which have adopted International feet for their State Plane coordinate systems.EPSG-Change of Vertical UnitEPSGGEPSG $EPSGUnit conversion scalar@ ?(EPSG#QK[q7 EPSG|Baltic 1977 height to Baltic 1977 depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGIEPSG"LGM;9 EPSGyMSL depth to MSL depth (ftUS)Change of unit from metre to US survey foot (ftUS). 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGSEPSGuEPSGUnit conversion scalar@ ?%XEPSG#LC;9 EPSGxMSL depth to MSL depth (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSGSEPSGsEPSGUnit conversion scalar@ ?(EPSG#$LKM;9 EPSGwMSL height to MSL height (ftUS)Change of unit from metre to US survey foot (ftUS). 1 ftUS = (12/39.37)m ≈ 0.304800609601219m.EPSG-Change of Vertical UnitEPSGREPSGtEPSGUnit conversion scalar@ ?%XEPSG#LG;9 EPSGvMSL height to MSL height (ft)Change of unit from metre to International foot (ft). 1ft = 0.3048m.EPSG-Change of Vertical UnitEPSGREPSGrEPSGUnit conversion scalar@ ?(EPSG#AK;q7 EPSGgMSL height to MSL depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGREPSGSnLq7 EPSGfInstantaneous Water Level height to Instantaneous Water Level depthChange of axis positive direction from up to down.EPSG,Height Depth ReversalEPSGEPSG ? #:?yKcU++' EPSG$ODN height to EVRF2019 mean-tide height (1)Determined at Channel Tunnel portal.EPSG%Vertical OffsetEPSGEEPSG$?zG{EPSG!Vertical Offset$/EPSG#)EuG-Gbr 2019mgLy9 )+EPSG#ZTUREF / LCC Europe to ETRS89-extended / LCC Europe (1)Assumes that TUREF and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-TuriL}9 )+EPSG#YTUREF / LAEA Europe to ETRS89-extended / LAEA Europe (1)Assumes that TUREF and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-TurtL9 )++EPSG#XREGCAN95 / LCC Europe to ETRS89-extended / LCC Europe (1)Assumes that REGCAN95 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Esp CanarywM9 )++EPSG#WREGCAN95 / LAEA Europe to ETRS89-extended / LAEA Europe (1)Assumes that REGCAN95 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Esp CanaryoLi9 )+;EPSG#VPTRA08 / LCC Europe to ETRS89 / LCC Europe (1)Assumes that PTRA08 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Prt Azores-MadeirazL9 )+;EPSG#UPTRA08 / LAEA Europe to ETRS89-extended / LAEA Europe (1)Assumes that PTRA08 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSGEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Prt Azores-MadeirapL}9 )+'EPSG#TISN2016 / LCC Europe to ETRS89-extended / LCC Europe (1)Assumes that ISN2016 and ETRS89 are equivalent within the accuracy of the transformation. ETRS89 formally limited to stable part of Eurasian plate but use extended for pan-European small scale analysis. For a more accurate CT, concatenate through ITRF.EPSG%Cartesian Grid OffsetsEPSG#PEPSG EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Isl 2016"LKO++%EPSG$Vienna height to GHA height (1)Defines Wiener Null surface. GHA vertical reference surface is 156.68m below Wiener Null surface.EPSG%Vertical OffsetEPSG"EPSGEPSG!Vertical Offset@c\(EPSG#)BEV-Aut Wien < j   4<`MM EPSG'hJAD69 / Jamaica National Grid to Jamaica 1875 / Jamaica (Old Grid) (1)Derived by least squares fit at primary triangulation stations. Accuracy will be less outside of this network due to extrapolation.EPSG%Affine parametric transformationEPSG^EPSG^$?EPSG!A0} =qEPSG#-EPSG!A1?%EPSG#EPSG!A2@ ?HpEPSG#EPSG!B0((EPSG#-EPSG!B1@ ?HpEPSG#EPSG!B2%EPSG#SD-Jam`MMEPSG'gJamaica 1875 / Jamaica (Old Grid) to JAD69 / Jamaica National Grid (1)Derived by least squares fit at primary triangulation stations. Accuracy will be less outside of this network due to extrapolation.EPSG%Affine parametric transformationEPSG^$EPSG^?EPSG!A0@WO;dEPSG#)EPSG!A1?Ӂ= EPSG#EPSG!A2>*`8EPSG#EPSG!B0@nԼj~EPSG#)EPSG!B1*`8EPSG#EPSG!B2?Ӂ= EPSG#SD-JamL_?II+;=EPSG&Baltic 1957 height to EVRF2019 height (1)Determined at 242 points. RMS residual 0.012m, maximum residual 0.029m. Approximates the official transformation available through the CUZK transformation service at https://geoportal.cuzk.cz/ for comparison with transformation to EVRF2007 (CT 5202).EPSGVertical Offset and SlopeEPSG EPSG$?zG{EPSG!Ordinate 1 of evaluation point@HfffffEPSG#EPSG!Ordinate 2 of evaluation point@.LEPSG#EPSG!Vertical Offset?-VEPSG#)EPSG"Inclination in latitude?vȴ9EPSG#EPSG"Inclination in longitude?xtj~EPSG#EPSGEuG-CzeLs?II+;=EPSG&Baltic 1957 height to EVRF2019 mean-tide height (1)Determined at 242 points. RMS residual 0.012m, maximum residual 0.028m. Approximates the official transformation available through the CUZK transformation service at https://geoportal.cuzk.cz/ for comparison with transformation to EVRF2007 (CT 5202).EPSGVertical Offset and SlopeEPSG EPSG$?zG{EPSG!Ordinate 1 of evaluation point@HfffffEPSG#EPSG!Ordinate 2 of evaluation point@.LEPSG#EPSG!Vertical Offset? =pEPSG#)EPSG"Inclination in latitude?nO;EPSG#EPSG"Inclination in longitude?xtj~EPSG#EPSGEuG-CzeXKe +++EPSG%Genoa 1942 height to Catania 1965 height (1)EPSG%Vertical OffsetEPSG^EPSG%?zG{EPSG!Vertical Offset? I^5?EPSG#)IGMI-Ita SicilyKcU++7EPSG%ZODN height to EVRF2019 mean-tide height (2)Determined at Channel Tunnel portal.EPSG%Vertical OffsetEPSGEEPSG$?zG{EPSG!Vertical Offset\(EPSG#)EuG-Gbr 2019m 2020-09WLkw++7EPSG%PAntalya height to EVRF2019 mean-tide height (2)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%Vertical OffsetEPSGEPSG$?zG{EPSG!Vertical Offsetܬ1&yEPSG#)EuG-Tur 2019m 2020-09MLWw++7EPSG%OAntalya height to EVRF2019 height (2)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%Vertical OffsetEPSGEPSG$?zG{EPSG!Vertical Offset7KƧEPSG#)EuG-Tur 2019z 2020-09ELWw++' EPSG$Antalya height to EVRF2019 height (1)Determined at two points. No accuracy figure available. Applicable for points up to a maximum height of about 1000 m.EPSG%Vertical OffsetEPSGEPSG$?zG{EPSG!Vertical Offset+ JEPSG#)EuG-Tur 2019z Y _oO/KQ M +-%)EPSG=9Tokyo + JSLD height to WGS 84 (84)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'QEPSG#EPSG!Longitude offset@#zG{EPSG#EPSG!Geoid height@AfffffEPSG#)GSI-Jpn 340134KQ M +-%)EPSG=*Tokyo + JSLD height to WGS 84 (69)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'LEPSG#EPSG!Longitude offset'\(EPSG#EPSG!Geoid height@C@EPSG#)GSI-Jpn 352139KQ M +-%)EPSG=Tokyo + JSLD height to WGS 84 (54)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@% =qEPSG#EPSG!Longitude offset&zGEPSG#EPSG!Geoid height@DffffffEPSG#)GSI-Jpn 364138KQ M +-%)EPSG= Tokyo + JSLD height to WGS 84 (39)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@$aGzEPSG#EPSG!Longitude offset)zG{EPSG#EPSG!Geoid height@D&fffffEPSG#)GSI-Jpn 392141KQ M +-%)EPSGNKG_ETRF14 to ETRS89-EST [EST97] (1)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation. Because the difference in coordinates between NKG_ETRF14 and EST97 is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14, any realization of ETRS89 (including ETRF2014 and EST97) may be used as the interpolation CRS. Scale difference in ppb where 1/billion = 1E-9.EPSGwPosition Vector (geocen) & Geocen translations NEU velocities (gtg)EPSG*5EPSGF?`bMEPSG!X-axis translationK[EPSG#)EPSG!Y-axis translation1EPSG#)EPSG!Z-axis translation?sEPSG#)EPSG!X-axis rotationxEPSGEPSG!Y-axis rotation@J\|ؙEPSGEPSG!Z-axis rotation@o]EPSGEPSG!Scale difference@ + IEPSGEPSG,Source epochEPSGEPSG-Target epoch@6=p EPSGEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG*7NKG2020 oL;IU%1EPSG)Saba to Saba height (1)Vertical component of official transformation BESTRANS2020. For reversible alternative to this transformation see Saba to Saba + Saba height (1) (code 10658).EPSGpGeographic3D to GravityRelatedHeightEPSG)EPSG)?əEPSG!Geoid heightEPSG#)NSGI-Bes Saba 2020 Lke++)EPSG(Cais da Pontinha depth to ZH Portugal depth (1)Offshore of Madeira, Desertas and Selvagens islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Pontinha vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetffffffEPSG#)IH-Por Madeira!M+M EPSG'oMauritania 1999 / UTM zone 28N to WGS 84 / UTM zone 28N (1)Parameter values consistent with the OGP Affine parametric transformation method derived by OGP from the published Helmert 2D parameter values.EPSG%Affine parametric transformationEPSG EPSGt(EPSG!A0EPSGEPSG!A1EPSGEPSG!A2EPSGEPSG!B0EPSGEPSG!B1EPSGEPSG!B2EPSGMMI-Mau W ] [H1LY_++%EPSG(Cascais depth to ZH Portugal depth (2)The Zero Hidrografico surface is defined to be 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon and 2.0m below the Cascais vertical reference surface offshore mainland Portugal (see CT 10380). EPSG%Vertical OffsetEPSG(|EPSG(mEPSG!Vertical Offset =pEPSG#)IH-Por Tagus:LYy+++EPSG(Cascais depth to ZH Portugal depth (1)The Zero Hidrografico (CD Portugal) surface is defined to be 2.0m below the Cascais vertical reference surface offshore mainland Portugal and 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon (see CT 10381).EPSG%Vertical OffsetEPSG(|EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por mainland,Lwy9)+!EPSG(MAGNA-SIRGAS / Col E to MAGNA-SIRGAS 2018 / Col E (1)Not intended for high accuracy purposes. See Geodetic Datum 1329 remarks for details on how to directly convert from GeogCRS 4686 "MAGNA-SIRGAS" to GeogCRS 20446 "MAGNA-SIRGAS 2018".EPSG%Cartesian Grid OffsetsEPSG .EPSG+n?333333EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Col E/L{y9)+#EPSG(MAGNA-SIRGAS / Col EC to MAGNA-SIRGAS 2018 / Col EC (2)Not intended for high accuracy purposes. See Geodetic Datum 1329 remarks for details on how to directly convert from GeogCRS 4686 "MAGNA-SIRGAS" to GeogCRS 20446 "MAGNA-SIRGAS 2018".EPSG%Cartesian Grid OffsetsEPSG -EPSG+m?333333EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Col EC2Ly9)+%EPSG(MAGNA-SIRGAS / Col Bog to MAGNA-SIRGAS 2018 / Col Bog (3)Not intended for high accuracy purposes. See Geodetic Datum 1329 remarks for details on how to directly convert from GeogCRS 4686 "MAGNA-SIRGAS" to GeogCRS 20446 "MAGNA-SIRGAS 2018".EPSG%Cartesian Grid OffsetsEPSG ,EPSG+l?333333EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Col Bog,Lwy9)+!EPSG'MAGNA-SIRGAS / Col W to MAGNA-SIRGAS 2018 / Col W (4)Not intended for high accuracy purposes. See Geodetic Datum 1329 remarks for details on how to directly convert from GeogCRS 4686 "MAGNA-SIRGAS" to GeogCRS 20446 "MAGNA-SIRGAS 2018".EPSG%Cartesian Grid OffsetsEPSG +EPSG+k?333333EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Col W/L{y9)+#EPSG'MAGNA-SIRGAS / Col FW to MAGNA-SIRGAS 2018 / Col FW (5)Not intended for high accuracy purposes. See Geodetic Datum 1329 remarks for details on how to directly convert from GeogCRS 4686 "MAGNA-SIRGAS" to GeogCRS 20446 "MAGNA-SIRGAS 2018".EPSG%Cartesian Grid OffsetsEPSG *EPSG+j?333333EPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)IOGP-Col FW!M+M EPSG'qMauritania 1999 / UTM zone 30N to WGS 84 / UTM zone 30N (1)Parameter values consistent with the OGP Affine parametric transformation method derived by OGP from the published Helmert 2D parameter values.EPSG%Affine parametric transformationEPSG !EPSGv(EPSG!A0EPSGEPSG!A1EPSGEPSG!A2EPSGEPSG!B0EPSGEPSG!B1EPSGEPSG!B2EPSGMMI-Mau E!M+M EPSG'pMauritania 1999 / UTM zone 29N to WGS 84 / UTM zone 29N (1)Parameter values consistent with the OGP Affine parametric transformation method derived by OGP from the published Helmert 2D parameter values.EPSG%Affine parametric transformationEPSG EPSGu(EPSG!A0EPSGEPSG!A1EPSGEPSG!A2EPSGEPSG!B0EPSGEPSG!B1EPSGEPSG!B2EPSGMMI-Mau C  $ $Lmc0LaO+++EPSG)|CGVD28 height to CGVD28(HTv2.0) height (1)Null transformation. CGVD28 is defined by the levelling network. CGVD28(HTv2.0) is defined by the Height Transformation (HT) v2.0 hybrid geoid model at epoch 1997.0 (transformation from NAD83(CSRS)v3 to CGVD28, CT code 9983).EPSG%Vertical OffsetEPSGQEPSG)\?EPSG!Vertical OffsetEPSG#)NR-Can HT2 1997L- 9)+EPSG)NAD83(2011) / Adjusted Jackson (ftUS) to NAD83(HARN) / WISCRS Jackson (ftUS) (1)EPSG%Cartesian Grid OffsetsEPSG)EPSG?EPSG"Easting offsetEPSG#+EPSG"Northing offsetEPSG#+1Lua++1EPSG(Cais da Vila do Porto depth to ZH Portugal depth (1)Offshore of Santa Maria and Formigas islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Vila do Porto vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por Santa Maria\Le1+++EPSG(Ponta Delgada depth to ZH Portugal depth (1)Offshore of S. Miguel island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Ponta Delgada vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por S MiguelgLq;+++EPSG(Cais da Figueirinha depth to ZH Portugal depth (1)Offshore of Terceira island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Figueirinha vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por TerceiramLwA+++EPSG(Santa Cruz da Graciosa depth to ZH Portugal depth (1)Offshore of Graciosa island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz da Graciosa vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por Graciosa\Lg1++)EPSG(Cais das Velas depth to ZH Portugal depth (1)Offshore of S. Jorge island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais das Velas vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por S JorgeYLk-++#EPSG(Cais da Madalena depth to ZH Portugal depth (1)Offshore of Pico island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Madalena vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por PicoELU++%EPSG(Horta depth to ZH Portugal depth (1)Offshore of Faial island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Horta vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por FaialrLuQ++'EPSG(Santa Cruz das Flores depth to ZH Portugal depth (1)Offshore of Flores and Corvo islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz das Flores vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetEPSG#)IH-Por FloresfLc3++1EPSG(Cais da Vila depth to ZH Portugal depth (1)Offshore of Porto Santo island the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Vila vertical reference surface.EPSG%Vertical OffsetEPSG(EPSG(mEPSG!Vertical OffsetffffffEPSG#)IH-Por Porto Santo  9 <o4M]Q111+++-%%K+EPSG*=NKG_ETRF14 to ETRS89-SWE [SWEREF 99] (1)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation, but for coordinates originating before 2021-02-07 the NKG2008 transformation should be used. Because the difference in coordinates between NKG_ETRF14 and SWEREF 99 is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14, any realization of ETRS89 (inc KMU111+++-%%K+EPSG*EPSGEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG*7NKG2020 3d p UTM[111+++-%%K+EPSG,4NKG_ETRF14 to ETRS89-LVA [LKS-2020] (2)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation. Because the difference in coordinates between NKG_ETRF14 and LKS-2020 is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14, any realization of ETRS89 (including ETRF2014 and LKS-2020) may be used as the interpolation CRS. Scale difference in ppb where 1/billion = 1E-9.EPSGwPosition Vector (geocen) & Geocen translations NEU velocities (gtg)EPSG*5EPSG(??`bMEPSG!X-axis translationCk&EPSG#)EPSG!Y-axis translation%|pEPSG#)EPSG!Z-axis translation?qbb˧EPSG#)EPSG!X-axis rotation@qEPSGEPSG!Y-axis rotation?1EPSGEPSG!Z-axis rotation?]ceEPSGEPSG!Scale differenceO;dZEPSGEPSG,Source epochEPSGEPSG-Target epoch@QEPSGEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG*7NKG2020NM[111+++-%%K+ EPSG,1NKG_ETRF14 to ETRS89-LVA [LKS-2020] (1)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation. Because the difference in coordinates between NKG_ETRF14 and LKS-2020 is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14, any realization of ETRS89 (including ETRF2014 and LKS-2020) may be used as the interpolation CRS. Scale difference in ppb where 1/billion = 1E-9.EPSGwPosition Vector (geocen) & Geocen translations NEU velocities (gtg)EPSG*5EPSG(??`bMEPSG!X-axis translationCk&EPSG#)EPSG!Y-axis translation%|pEPSG#)EPSG!Z-axis translation?qbb˧EPSG#)EPSG!X-axis rotation@qEPSGEPSG!Y-axis rotation?1EPSGEPSG!Z-axis rotation?]ceEPSGEPSG!Scale differenceO;dZEPSGEPSG,Source epochEPSGEPSG-Target epochEPSGEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG*7NKG2020MME111+++-%%K+EPSG*NKG_ETRF14 to ETRS89-DNK (1)Nordic Geodetic Commission (NKG) 2020 transformation. Replaces NKG2008 transformation. Because the difference in coordinates between NKG_ETRF14 and ETRS89-DNK is small (under a decimetre), although the interpolation CRS is given as NKG_ETRF14, any realization of ETRS89 (including ETRF2014 and ETRS89-DNK) may be used as the interpolation CRS. Scale difference in ppb where 1/billion = 1E-9.EPSGwPosition Vector (geocen) & Geocen translations NEU velocities (gtg)EPSG*5EPSG*?PbMEPSG!X-axis translation?aEPSG#)EPSG!Y-axis translation?̢aEPSG#)EPSG!Z-axis translationK3EPSG#)EPSG!X-axis rotation@ EPSGEPSG!Y-axis rotation7MEPSGEPSG!Z-axis rotation@ŬGEPSGEPSG!Scale difference + JEPSGEPSG,Source epochEPSGEPSG-Target epoch@P`AEPSGEPSGPoint motion velocity grid fileNKG_RF17vel.tifEPSG*7NKG2020"U111KO M +-%)EPSGfffffEPSG#)GSI-Jpn 424142KQ M +-%)EPSGfffffEPSG#)GSI-Jpn 432141KQ M +-%)EPSGfffffEPSG#)GSI-Jpn 440144KQ M +-%)EPSG33333EPSG#)GSI-Jpn 440143KQ M +-%)EPSGfffffEPSG#)GSI-Jpn 440142KQ M +-%)EPSGfffffEPSG#)GSI-Jpn 340132KQ M +-%)EPSG=6Tokyo + JSLD height to WGS 84 (81)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'\(\EPSG#EPSG!Longitude offset!EPSG#EPSG!Geoid height@>EPSG#)GSI-Jpn 340131KQ M +-%)EPSG=5Tokyo + JSLD height to WGS 84 (80)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'LEPSG#EPSG!Longitude offset!.zGEPSG#EPSG!Geoid height@=33333EPSG#)GSI-Jpn 340130KQ M +-%)EPSG=4Tokyo + JSLD height to WGS 84 (79)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'REPSG#EPSG!Longitude offset'aGzEPSG#EPSG!Geoid height@@ٙEPSG#)GSI-Jpn 344140KQ M +-%)EPSG=3Tokyo + JSLD height to WGS 84 (78)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'EPSG#EPSG!Longitude offset& =qEPSG#EPSG!Geoid height@Bs33333EPSG#)GSI-Jpn 344139KQ M +-%)EPSG=2Tokyo + JSLD height to WGS 84 (77)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'33333EPSG#EPSG!Longitude offset&B\(EPSG#EPSG!Geoid height@C33333EPSG#)GSI-Jpn 344138KQ M +-%)EPSG=1Tokyo + JSLD height to WGS 84 (76)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'\(EPSG#EPSG!Longitude offset%zGEPSG#EPSG!Geoid height@CfffffEPSG#)GSI-Jpn 344137KQ M +-%)EPSG=0Tokyo + JSLD height to WGS 84 (75)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'QREPSG#EPSG!Longitude offset$ =qEPSG#EPSG!Geoid height%EPSG#)GSI-Jpn 344136KQ M +-%)EPSG=/Tokyo + JSLD height to WGS 84 (74)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'8QEPSG#EPSG!Longitude offset$=p =EPSG#EPSG!Geoid height@A33333EPSG#)GSI-Jpn 344135KQ M +-%)EPSG=.Tokyo + JSLD height to WGS 84 (73)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'EPSG#EPSG!Longitude offset#EPSG#EPSG!Geoid height@A33333EPSG#)GSI-Jpn 344134KQ M +-%)EPSG=-Tokyo + JSLD height to WGS 84 (72)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@& =qEPSG#EPSG!Longitude offset# =p EPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 344133KQ M +-%)EPSG=,Tokyo + JSLD height to WGS 84 (71)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@&GzEPSG#EPSG!Longitude offset"kQEPSG#EPSG!Geoid height@@YEPSG#)GSI-Jpn 344132KQ M +-%)EPSG=+Tokyo + JSLD height to WGS 84 (70)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'p =qEPSG#EPSG!Longitude offset'EPSG#EPSG!Geoid height@A@EPSG#)GSI-Jpn 352140KQ M +-%)EPSG=8Tokyo + JSLD height to WGS 84 (83)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'p =qEPSG#EPSG!Longitude offset"\(EPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 340133  t X< KQ M +-%)EPSG=FTokyo + JSLD height to WGS 84 (97)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset EPSG#EPSG!Longitude offset LEPSG#EPSG!Geoid height@@ EPSG#)GSI-Jpn 324129KQ M +-%)EPSG=ETokyo + JSLD height to WGS 84 (96)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@(# =pEPSG#EPSG!Longitude offset$EPSG#EPSG!Geoid height@BfffffEPSG#)GSI-Jpn 332136KQ M +-%)EPSG=DTokyo + JSLD height to WGS 84 (95)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@(333333EPSG#EPSG!Longitude offset$(\)EPSG#EPSG!Geoid height@BfffffEPSG#)GSI-Jpn 332135KQ M +-%)EPSG=CTokyo + JSLD height to WGS 84 (94)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@(333333EPSG#EPSG!Longitude offset#GzHEPSG#EPSG!Geoid height@AEPSG#)GSI-Jpn 332134KQ M +-%)EPSG=BTokyo + JSLD height to WGS 84 (93)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@(EPSG#EPSG!Longitude offset"QEPSG#EPSG!Geoid height#EPSG#)GSI-Jpn 332133KQ M +-%)EPSG=ATokyo + JSLD height to WGS 84 (92)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'G{EPSG#EPSG!Longitude offset" =p EPSG#EPSG!Geoid height@>fffffEPSG#)GSI-Jpn 332132KQ M +-%)EPSG=@Tokyo + JSLD height to WGS 84 (91)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'GzEPSG#EPSG!Longitude offset!kQEPSG#EPSG!Geoid height@>333333EPSG#)GSI-Jpn 332131KQ M +-%)EPSG=?Tokyo + JSLD height to WGS 84 (90)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'zGEPSG#EPSG!Longitude offset GzEPSG#EPSG!Geoid height@>EPSG#)GSI-Jpn 332130KQ M +-%)EPSG=>Tokyo + JSLD height to WGS 84 (89)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@'p =EPSG#EPSG!Longitude offset u\(EPSG#EPSG!Geoid height@=33333EPSG#)GSI-Jpn 332129KQ M +-%)EPSG==Tokyo + JSLD height to WGS 84 (88)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@( =p EPSG#EPSG!Longitude offset&.zGEPSG#EPSG!Geoid height@CEPSG#)GSI-Jpn 340138KQ M +-%)EPSG=REPSG#)EPSG%Scale factor for source CRS axes?#EPSG#EPSG!Rotation angle of source CRS axes;EPSG#Tot-IrnKO M +-%)EPSG=QTokyo + JSLD height to WGS 84 (6)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@zGEPSG#EPSG!Longitude offset+\(EPSG#EPSG!Geoid height@:EPSG#)GSI-Jpn 452141KS M +-%)EPSG=PTokyo + JSLD height to WGS 84 (107)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@)kQEPSG#EPSG!Longitude offset W =pEPSG#EPSG!Geoid height@=fffffEPSG#)GSI-Jpn 312131KS M +-%)EPSG=OTokyo + JSLD height to WGS 84 (106)EPSG%Geographic2D with Height OffsetsEPSGEPSGsEPSG!Latitude offset@)# =pEPSG#EPSG!Longitude offset EPSG#EPSG!Geoid height@LEPSG#)GSI-Jpn 324131 tMe]!59PROJETRS89_CZE_2007_3D_TO_S_JTSK05_BALTIC_HEIGHTETRS89-CZE [2007] to S-JTSK/05 / Modified Krovak + Baltic 1957 heightTransformation based on grid CR-2005.gtxPROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=puKKMi++ PROJDKLAT_DEPTH_TO_DKLAT_2023_DEPTHDKLAT depth to DKLAT(2023) depthAccuracy 0.5 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG)8EPSG)6?EPSG!Vertical OffsetEPSG#)qL99!NKGNKG_ETRF00_TO_ETRF2000NKG_ETRF00 to ETRF2000PROJPROJString+proj=deformation +t_epoch=2000.0 +grids=eur_nkg_nkgrf03vel_realigned.tifNKGETRF00EPSG?zG{NKG 2008qL!++IGNFTSG1250NGF-IGN 1969 vers EVRF2000 (UELN-95/98)(EUROPEAN VERTICAL REFERENCE FRAME)EPSG%Vertical OffsetIGNFIGN69IGNFEVRF2000EPSG!Vertical OffsetvȴEPSG#)1.0%M+MEPSG=IGN Astro 1960 / UTM zone 29N to Mauritania 1999 / UTM zone 29N (1)Parameter values consistent with the OGP Affine parametric transformation method derived by OGP from the published Helmert 2D parameter values. May be used for transformations to WGS 84 - see tfm code 15862.EPSG%Affine parametric transformationEPSG (EPSG (EPSG!A0y9XbNEPSG#)EPSG!A1?]EPSG#EPSG!A2?U-EPSG#EPSG!B0V3dZEPSG#)EPSG!B1U-EPSG#EPSG!B2?]EPSG#MMI-Mau C F  &H.?FLI1-IGNFTSG1240_IGNF_NTFP_TO_IGNF_NTFGNTF geographiques Paris (gr) vers NTF GEOGRAPHIQUES GREENWICH (DMS)EPSG%Longitude rotationIGNFNTFPIGNFNTFGEPSG!Longitude offset@~ITEPSG#1.0\Ke5+-ESRINAD_1983_HARN_To_HARN_Adjusted_WCCS_ChippewaEPSG%Geographic2D offsetsEPSG8ESRIhEPSG!Latitude offsetEPSG#EPSG!Longitude offsetEPSG#PK?5+-ESRIITRF_2014_To_GDA2020_NullEPSG%Geographic2D offsetsEPSG#(EPSG?tzG{EPSG!Latitude offsetEPSG#EPSG!Longitude offsetEPSG#GK;5 +-ESRIMONREF_1997_To_WGS_1984EPSG%Geographic2D offsetsESRIEPSGEPSG!Latitude offsetEPSG#EPSG!Longitude offsetEPSG#CK55+-ESRIJGD_2011_To_WGS_1984EPSG%Geographic2D offsetsEPSG EPSGEPSG!Latitude offsetEPSG#EPSG!Longitude offsetEPSG#VL}[9)+EPSG>2Kertau 1968 / Singapore Grid to SVY21 / Singapore TM (1)SLA used several affine transformations for migration of legacy data. These are not publicly available.EPSG%Cartesian Grid OffsetsEPSG_EPSG VEPSG"Easting offsetEPSG#)EPSG"Northing offsetEPSG#)OGP-SGPMM EPSG=IGN Astro 1960 / UTM zone 30N to WGS 84 / UTM zone 30N (1)Transformation taken from IGN Astro 1960 / UTM zone 30N to Mauritania 1999 / UTM zone 30N (1) (tfm code 15859) assuming that Mauritania 1999 is equivalent to WGS 84 within the accuracy of this tfm.EPSG%Affine parametric transformationEPSG )EPSGvEPSG!A0q坲-VEPSG#)EPSG!A1?EPSG#EPSG!A2?MqbjEPSG#EPSG!B0bWvEPSG#)EPSG!B1MqbjEPSG#EPSG!B2?EPSG#OGP-Mau EMM EPSG=IGN Astro 1960 / UTM zone 29N to WGS 84 / UTM zone 29N (1)Transformation taken from IGN Astro 1960 / UTM zone 29N to Mauritania 1999 / UTM zone 29N (1) (tfm code 15858) assuming that Mauritania 1999 is equivalent to WGS 84 within the accuracy of this tfm.EPSG%Affine parametric transformationEPSG (EPSGuEPSG!A0y9XbNEPSG#)EPSG!A1?]&EPSG#EPSG!A2?U-EPSG#EPSG!B0V3dZEPSG#)EPSG!B1U-EPSG#EPSG!B2?]&EPSG#OGP-Mau CMMEPSG=IGN Astro 1960 / UTM zone 28N to WGS 84 / UTM zone 28N (1)Transformation taken from IGN Astro 1960 / UTM zone 28N to Mauritania 1999 / UTM zone 28N (1) (tfm code 15857) assuming that Mauritania 1999 is equivalent to WGS 84 within the accuracy of this tfm.EPSG%Affine parametric transformationEPSG 'EPSGt(EPSG!A0 I^EPSG#)EPSG!A1?\EPSG#EPSG!A2?vGEPSG#EPSG!B0AREPSG#)EPSG!B1vGEPSG#EPSG!B2?\EPSG#OGP-Mau W%M+MEPSG=IGN Astro 1960 / UTM zone 30N to Mauritania 1999 / UTM zone 30N (1)Parameter values consistent with the OGP Affine parametric transformation method derived by OGP from the published Helmert 2D parameter values. May be used for transformations to WGS 84 - see tfm code 15863.EPSG%Affine parametric transformationEPSG )EPSG (EPSG!A0q坲-VEPSG#)EPSG!A1?EPSG#EPSG!A2?MqbjEPSG#EPSG!B0bWvEPSG#)EPSG!B1MqbjEPSG#EPSG!B2?EPSG#MMI-Mau EmL1-IGNFTSG1240NTF geographiques Paris (gr) vers NTF GEOGRAPHIQUES GREENWICH (DMS)EPSG%Longitude rotationIGNFNTFPGRADIGNFNTFGEPSG!Longitude offset@~ITEPSG#1.0PK?5+-ESRIATRF_2014_To_GDA2020_NullEPSG%Geographic2D offsetsEPSG$]EPSG?tzG{EPSG!Latitude offsetEPSG#EPSG!Longitude offsetEPSG#  ' y|K1!NKGLV_2020_INTRAPLATEETRF89@2000.0 to ETRF89@1992.75 (LKS-92) using nkgrf17velPROJPROJString+proj=deformation +dt=-7.25 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGT?tzG{NKG 2020L1!}NKGLT_2020_INTRAPLATEETRF2000@2000.0 to ETRF2000@2003.75 (LKS94) using nkgrf17velPROJPROJString+proj=deformation +dt=3.75 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGV?tzG{NKG 2020LE!yNKGFI_2020_INTRAPLATE_EUREF-FINETRF96@2000.0 to ETRF96@1997.0 using nkgrf17vel (EUREF-FIN)PROJPROJString+proj=deformation +dt=-3 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSG)?tzG{NKG 2020oK1k!yNKGFI_2020_INTRAPLATEETRF96@2000.0 to ETRF96@1997.0 using nkgrf17velPROJPROJString+proj=deformation +dt=-3 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGH?tzG{NKG 2020LA!NKGETRF97_2000_TO_ETRF97_1999ETRF97@2000.0 to ETRF97@1999.5 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-0.5 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGp?tzG{NKG 2008%MU!NKGETRF96_2000_TO_ETRF96_1997_EUREF-FINETRF96@2000.0 to ETRF96@1997.0 (EUREF-FIN) using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-3.0 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSG)?tzG{NKG 2008MG!NKGETRF96_2000_TO_ETRF96_1997_56ETRF96@2000.0 to ETRF96@1997.56 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-2.44 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGH?tzG{NKG 2008LA!NKGETRF96_2000_TO_ETRF96_1997ETRF96@2000.0 to ETRF96@1997.0 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-3.0 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGH?tzG{NKG 2008 LA! NKGETRF93_2000_TO_ETRF93_1995ETRF93@2000.0 to ETRF93@1995.0 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-5 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGH?tzG{NKG 2008MA!NKGETRF92_2000_TO_ETRF92_1994ETRF92@2000.0 to ETRF92@1994.704 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-5.296 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGH?tzG{NKG 2008MA!NKGETRF89_2000_TO_ETRF89_1992ETRF89@2000.0 to ETRF89@1992.75 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=-7.25 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGT?tzG{NKG 2008MK !NKGETRF2000_2000_TO_ETRF_2000_2003ETRF2000@2000.0 to ETRF2000@2003.75 using nkgrf03vel_realignedPROJPROJString+proj=deformation +dt=3.75 +grids=eur_nkg_nkgrf03vel_realigned.tifEPSGEPSGV?tzG{NKG 2008sK1m!NKGEE_2020_INTRAPLATEETRF96@2000.0 to ETRF96@1997.56 using nkgrf17velPROJPROJString+proj=deformation +dt=-2.44 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGH?tzG{NKG 2020vL1o!NKGDK_2020_INTRAPLATEETRF92@2000.0 to ETRF92@1994.704 using nkgrf17velPROJPROJString+proj=deformation +dt=15.829 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGH?tzG{NKG 2020jL++IGNFTSG1251NGF-IGN 1969 vers EVRF2007 (EUROPEAN VERTICAL REFERENCE FRAME 2007)EPSG%Vertical OffsetIGNFIGN69IGNFEVRF2007EPSG!Vertical OffsetzGEPSG#)1.0 ,   q.,KKMi++ PROJDKLAT_DEPTH_TO_DKLAT_2022_DEPTHDKLAT depth to DKLAT(2022) depthAccuracy 0.5 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG)8EPSG)4?EPSG!Vertical OffsetEPSG#) K13=PROJCRS84_TO_EPSG_4326OGC:CRS84 to WGS 84EPSG&sAxis Order Reversal (2D)OGCCRS84EPSGK11=PROJCRS83_TO_EPSG_4269OGC:CRS83 to NAD83EPSG&sAxis Order Reversal (2D)OGCCRS83EPSGK11=PROJCRS27_TO_EPSG_4267OGC:CRS27 to NAD27EPSG&sAxis Order Reversal (2D)OGCCRS27EPSGzKEGi++ PROJBI_HEIGHT_TO_ST_MARYS_HEIGHTBI height to St. Marys heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGu?ٙEPSG!Vertical OffsetEPSG#){KGGi++ PROJBI_HEIGHT_TO_STORNOWAY_HEIGHTBI height to Stornoway heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGr?ٙEPSG!Vertical OffsetEPSG#)}KIIi++ PROJBI_HEIGHT_TO_ODN_ORKNEY_HEIGHTBI height to ODN Orkney heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGl?ٙEPSG!Vertical OffsetEPSG#)KMQi++ PROJBI_HEIGHT_TO_ODN_OFFSHORE_HEIGHTBI height to ODN (Offshore) heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSG?ٙEPSG!Vertical OffsetEPSG#)oK;;i++ PROJBI_HEIGHT_TO_ODN_HEIGHTBI height to ODN heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGE?ٙEPSG!Vertical OffsetEPSG#)}KIIi++ PROJBI_HEIGHT_TO_MALIN_HEAD_HEIGHTBI height to Malin Head heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGc?ٙEPSG!Vertical OffsetEPSG#)wKCCi++ PROJBI_HEIGHT_TO_LERWICK_HEIGHTBI height to Lerwick heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGn?ٙEPSG!Vertical OffsetEPSG#)wKCCi++ PROJBI_HEIGHT_TO_DOUGLAS_HEIGHTBI height to Douglas heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGv?ٙEPSG!Vertical OffsetEPSG#)wKCCi++ PROJBI_HEIGHT_TO_BELFAST_HEIGHTBI height to Belfast heightAccuracy 0.4 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG$EPSGd?ٙEPSG!Vertical OffsetEPSG#)qK1k!}NKGSE_2020_INTRAPLATEETRF97@2000.0 to ETRF97@1999.5 using nkgrf17velPROJPROJString+proj=deformation +dt=-0.5 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGp?tzG{NKG 2020oK1k!yNKGNO_2020_INTRAPLATEETRF93@2000.0 to ETRF93@1995.0 using nkgrf17velPROJPROJString+proj=deformation +dt=-5 +grids=eur_nkg_nkgrf17vel.tifEPSGEPSGH?tzG{NKG 2020gL99! NKGNKG_ETRF14_TO_ETRF2014NKG_ETRF14 to ETRF2014PROJPROJString+proj=deformation +t_epoch=2000.0 +grids=eur_nkg_nkgrf17vel.tifNKGETRF14EPSG ?zG{NKG 2020GM9[1!NKGNKG_ETRF14_ETRF93_2000NKG_ETRF14 to ETRF93@2000.0 (Gridshift)Transformation from NKG_ETRF14 to ETRF93, at transformation reference epoch 2000.0PROJPROJString+proj=xyzgridshift +grids=no_kv_NKGETRF14_EPSG7922_2000.tifNKGETRF14EPSG?tzG{NKG 2020 " "3tMe]!59PROJETRS89_CZE_2007_3D_TO_S_JTSK05_BALTIC_HEIGHTETRS89-CZE [2007] to S-JTSK/05 / Modified Krovak + Baltic 1957 heightTransformation based on grid CR-2005.gtxPROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=pu MW!u=PROJETRS89_3D_TO_S_JTSK_E_N_BALTIC_HEIGHTETRS89 to S-JTSK / Krovak East North + Baltic 1957 heightTransformation based on grids CR-2005.gtx and table_-y-x_3_v1710.tif PROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +ste.MOi!75PROJETRS89_3D_TO_S_JTSK_BALTIC_HEIGHTETRS89 to S-JTSK / Krovak + Baltic 1957 heightTransformation based on grids CR-2005.gtx and table_-y-x_3_v1710.tif PROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=push +vRM[]!sAPROJETRS89_3D_TO_S_JTSK05_E_N_BALTIC_HEIGHTETRS89 to S-JTSK/05 / Modified Krovak East North + Baltic 1957 heightTransformation based on grid CR-2005.gtxPROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=push +v`MS]!59PROJETRS89_3D_TO_S_JTSK05_BALTIC_HEIGHTETRS89 to S-JTSK/05 / Modified Krovak + Baltic 1957 heightTransformation based on grid CR-2005.gtxPROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=push +v_4 +step +proj=KOQk++ PROJDVR90_HEIGHT_TO_DVR90_2023_HEIGHTDVR90 height to DVR90(2023) heightAccuracy 0.05 m, from datum ensemble definitionEPSG%Vertical OffsetEPSGEPSG(?EPSG!Vertical OffsetEPSG#)KOQk++ PROJDVR90_HEIGHT_TO_DVR90_2013_HEIGHTDVR90 height to DVR90(2013) heightAccuracy 0.05 m, from datum ensemble definitionEPSG%Vertical OffsetEPSGEPSG(?EPSG!Vertical OffsetEPSG#)KOQk++ PROJDVR90_HEIGHT_TO_DVR90_2002_HEIGHTDVR90 height to DVR90(2002) heightAccuracy 0.05 m, from datum ensemble definitionEPSG%Vertical OffsetEPSGEPSG(?EPSG!Vertical OffsetEPSG#)KOQk++ PROJDVR90_HEIGHT_TO_DVR90_2000_HEIGHTDVR90 height to DVR90(2000) heightAccuracy 0.05 m, from datum ensemble definitionEPSG%Vertical OffsetEPSGEPSG(?EPSG!Vertical OffsetEPSG#)KKOi++ PROJDKMSL_DEPTH_TO_DKMSL_2023_DEPTHDKMSL depth to DKMSL(2023) depthAccuracy 0.5 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG)7EPSG)5?EPSG!Vertical OffsetEPSG#)KKOi++ PROJDKMSL_DEPTH_TO_DKMSL_2022_DEPTHDKMSL depth to DKMSL(2022) depthAccuracy 0.5 m, from datum ensemble definitionEPSG%Vertical OffsetEPSG)7EPSG)3?EPSG!Vertical OffsetEPSG#)set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +proj=axisswap +order=-2,-1EPSGIPROJS_JTSK05_BALTIC_HEIGHT?_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd EPSGIPROJS_JTSK05_E_N_BALTIC_HEIGHT?_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +inv +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif +step +proj=axisswap +order=-2,-1EPSGIPROJS_JTSK_BALTIC_HEIGHT?p +proj=push +v_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +inv +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif EPSGIPROJS_JTSK_E_N_BALTIC_HEIGHT?sh +v_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +proj=axisswap +order=-2,-1EPSG+=PROJS_JTSK05_BALTIC_HEIGHT? +step +proj=push +v_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd EPSG+=PROJS_JTSK05_E_N_BALTIC_HEIGHT? ] " 3f]yM9/s!ePROJS_JTSK_TO_S_JTSK05_E_NS-JTSK / Krovak (EPSG:5513) to S-JTSK/05 / Modified Krovak East North (EPSG:5516)Transformation based on grid table_-y-x_3_v1710.tifPROJPROJString+proj=pipeline +step +proj=axisswap +order=-2,-1 +step +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tifEPSGEPSG?Q M1s!)PROJS_JTSK_TO_S_JTSK05S-JTSK / Krovak (EPSG:5513) to S-JTSK/05 / Modified Krovak (EPSG:5515)Transformation based on grid table_-y-x_3_v1710.tifPROJPROJString+proj=pipeline +step +proj=axisswap +order=-2,-1 +step +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif +step +proj=axisswap +order=-2,-1EPSGEPSG?QPLAEs!wPROJS_JTSK_E_N_TO_S_JTSK05_E_NS-JTSK / Krovak East North (EPSG:5514) to S-JTSK/05 / Modified Krovak East North (EPSG:5516)Transformation based on grid table_-y-x_3_v1710.tifPROJPROJString+proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tifEPSGEPSG?QyM9/s!ePROJS_JTSK_E_N_TO_S_JTSK05S-JTSK / Krovak East North (EPSG:5514) to S-JTSK/05 / Modified Krovak (EPSG:5515)Transformation based on grid table_-y-x_3_v1710.tifPROJPROJString+proj=pipeline +step +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif +step +proj=axisswap +order=-2,-1EPSGEPSG?Q5Ni!u=PROJETRS89_CZE_2007_3D_TO_S_JTSK_E_N_BALTIC_HEIGHTETRS89-CZE [2007] to S-JTSK / Krovak East North + Baltic 1957 heightTransformation based on grids CR-2005.gtx and table_-y-x_3_v1710.tif PROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=pus"BMa!75PROJETRS89_CZE_2007_3D_TO_S_JTSK_BALTIC_HEIGHTETRS89-CZE [2007] to S-JTSK / Krovak + Baltic 1957 heightTransformation based on grids CR-2005.gtx and table_-y-x_3_v1710.tif PROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd!fMm-]!sAPROJETRS89_CZE_2007_3D_TO_S_JTSK05_E_N_BALTIC_HEIGHTETRS89-CZE [2007] to S-JTSK/05 / Modified Krovak East North + Baltic 1957 heightTransformation based on grid CR-2005.gtxPROJPROJString+proj=pipeline +step +proj=axisswap +order=2,1 +step +proj=unitconvert +xy_in=deg +xy_out=rad +step +proj=push +v_3 +omit_inv +step +inv +proj=vgridshift +grids=cz_cuzk_CR-2005.tif +multiplier=1 +step +proj=push +v_3 +omit_fwd +step +proj=push +v_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +inv +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif +step +proj=axisswap +order=-2,-1EPSG+=PROJS_JTSK_BALTIC_HEIGHT?h +v_3 +omit_fwd +step +proj=push +v_4 +step +proj=set +v_4=0 +omit_inv +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=pop +v_3 +omit_inv +step +proj=cart +ellps=GRS80 +step +inv +proj=helmert +x=572.213 +y=85.334 +z=461.94 +rx=-4.9732 +ry=-1.529 +rz=-5.2484 +s=3.5378 +convention=coordinate_frame +step +inv +proj=cart +ellps=bessel +step +proj=mod_krovak +lat_0=49.5 +lon_0=24.8333333333333 +alpha=30.2881397222222 +k=0.9999 +x_0=5000000 +y_0=5000000 +ellps=bessel +step +proj=axisswap +order=1,2,4,3 +omit_inv +step +proj=set +v_4=0 +omit_inv +step +proj=pop +v_4 +step +proj=pop +v_3 +omit_fwd +step +inv +proj=gridshift +grids=cz_cuzk_table_-y-x_3_v1710.tif EPSG+=PROJS_JTSK_E_N_BALTIC_HEIGHT? {sK1{a( m S 9  _  m 4 _ * t Z @ &{aG-w]C)sY?% w]C)sY?% oU;!kQ7OEPSGEPSGEPSG 30?EPSGEPSG8PROJNAD27_TO_NAD83_HARN_CONUS1AEPSGEPSG8PROJNAD27_TO_NAD83_HARN_ALASKAEPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!jEPSGEPSG8EPSG!iEPSGEPSG8EPSG!BEPSGEPSG8EPSG!AEPSGEPSG8EPSG!@EPSGEPSG8EPSG!?EPSGEPSG8EPSG!>EPSGEPSG8EPSG!=EPSGEPSG8EPSG!)EPSGEPSG8EPSG!(EPSGEPSG8EPSG!'EPSGEPSG8EPSG!&EPSGEPSG8EPSG!%EPSGEPSG8EPSG!$EPSGEPSG8EPSG!#EPSGEPSG8EPSG!"EPSGEPSG8EPSG! EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG!EPSGEPSG8EPSG! EPSGEPSG8EPSG! EPSGEPSG8EPSGSEPSGEPSG,EPSG!+5EPSGEPSGPROJETRS89_TO_S_JTSK_E_NEPSGEPSGEPSGEPSGEPSGEPSG!yEPSGEPSGEPSGoEPSGEPSGEPSG!YEPSGEPSGEPSG!xEPSGuEPSGEPSG!EPSGkEPSGEPSG!EPSGkEPSGEPSG!pEPSGkEPSGEPSG EPSGkEPSGEPSG EPSGjEPSGEPSG!EPSGjEPSGEPSG!EPSGjEPSGEPSG!EPSGjEPSGEPSG!EPSGjEPSGEPSG!EPSGjEPSGEPSG EPSGjEPSGEPSG EPSGjEPSGEPSG EPSGjEPSGEPSG EPSGjEPSGEPSGEPSGfEPSGEPSG!EPSGeEPSGEPSG!EPSGaEPSGEPSG!EPSGaEPSGEPSG!EPSGMEPSGEPSG!EPSGKEPSGEPSG!}:SEPSGIEPSG"PROJAMERICAN_SAMOA_1962_TO_NAD83_FBN_AS;UEPSGIEPSGPROJAMERICAN_SAMOA_1962_TO_NAD83_PA11_ASEPSGIEPSGEPSG!EPSGIEPSGEPSG!~EPSGHEPSGEPSG!{EPSGDEPSGEPSG!REPSG@EPSGEPSG!EEPSG $ n T :  O   l R P U;!kQ7hN4~dJ0z`F,v\B(`;$)EPSG7EPSGVNKGITRF2000_TO_LT$)EPSG7EPSGTNKGITRF2000_TO_LV$)EPSG7EPSGHNKGITRF2000_TO_NO$)EPSG7EPSGHNKGITRF2000_TO_FI$)EPSG7EPSGHNKGITRF2000_TO_EE$)EPSG7EPSGHNKGITRF2000_TO_DKEPSG6EPSG_EPSG#EPSG(EPSGEPSG!EPSG(EPSGEPSG!EPSG EPSG_EPSG#EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSGzEPSGEPSGEPSGnEPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSGEPSGEPSGEPSG EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGKEPSG$yEPSGEPSGKEPSGEPSGEPSGEPSGEPSGEPSGEPSG!EPSGEPSGEPSG GEPSGEPSGEPSG~EPSGEPSGEPSG8EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSGEPSG!EPSGbEPSGEPSG!EPSGaEPSGEPSG!EPSGEEPSGEPSG!EPSGDEPSGEPSG!2CEPSGCEPSG"PROJGUAM_1963_TO_NAD83_FBN_GUAM3EEPSGCEPSGPROJGUAM_1963_TO_NAD83_MA11_GUAMEPSGEPSGEPSG!tEPSGEPSGEPSG EPSGEPSGEPSG EPSGEPSGEPSG *EPSGEPSGEPSG!EPSGEPSGEPSG!rEPSGEPSG EPSG:EPSGEPSGEPSG!|EPSGEPSGEPSGEPSGEPSGEPSG ,EPSGEPSGEPSG EPSGEPSG#aEPSG%EPSGEPSGEPSG!EPSGEPSGEPSG!s.;EPSGEPSG"PROJNAD83_TO_NAD83_FBN_PRVI/=EPSGEPSG"PROJNAD83_TO_NAD83_FBN_CONUS9QEPSGEPSG!aPROJNAD83_TO_NAD83_HARN_CORRECTED_PRVI1AEPSGEPSGPROJNAD83_TO_NAD83_PA11_HAWAII/=EPSGEPSGPROJNAD83_TO_NAD83_2011_PRVI0?EPSGEPSGPROJNAD83_TO_NAD83_2011_CONUS1AEPSGEPSGPROJNAD83_TO_NAD83_2011_ALASKA3EEPSGEPSGPROJNAD83_TO_NAD83_NSRS2007_PRVI4GEPSGEPSGPROJNAD83_TO_NAD83_NSRS2007_CONUS5IEPSGEPSGPROJNAD83_TO_NAD83_NSRS2007_ALASKAEPSGEPSGEPSG!vEPSGEPSGEPSG EPSGEPSGEPSG /=EPSGEPSG"PROJNAD27_TO_NAD83_FBN_CONUSEPSGEPSG 6EPSG$xEPSGEPSGmEPSG#EPSGEPSGmEPSG#0?EPSGEPSGPROJNAD27_TO_NAD83_2011_CONUS1AEPSGEPSGPROJNAD27_TO_NAD83_2011_ALASKA4GEPSGEPSGPROJNAD27_TO_NAD83_NSRS2007_CONUS5IEPSGEPSGPROJNAD27_TO_NAD83_NSRS2007_ALASKAEPSGEPSG EPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!EPSGEPSGEPSG!uEPSGEPSGEPSG!1EPSGEPSGEPSG!0EPSGEPSGEPSG EPSGEPSGEPSG EPSG7EPSG_EPSG# n-mS9iO5  e K 1  { H  | I  | H  m H #fL2 vFo9L|bH.x^D*t?% `-6;IGNFNTFPIGNFWGS84GDDIGNFTSG399_NTFP_TO_WGS84GDD27IGNFNTFPIGNFWGS84GIGNFTSG399_NTFP_TO_WGS84G37IGNFNTFPIGNFED50GEOIGNFTSG62_NTFP_TO_ED50GEO/3IGNFNTFPIGNFED50GIGNFTSG62_NTFP_TO_ED50G,3IGNFNTFPEPSGIGNFTSG399_NTFP_TO_4326EPSGN EPSG*EPSG*EPSG,0EPSG,2EPSG EPSG+DEPSGEPSGPROJETRS89_CZE_2007_TO_S_JTSK_E_NEPSG+0EPSGEPSG%EPSG)EPSG)EPSG*EPSG)EPSG)EPSG*EPSG)EPSG)EPSG*EPSG)EPSG)EPSG)EPSG)IEPSGEPSG+EPSG(EPSG(EPSG)EPSG(EPSG(EPSG(EPSG'EPSG+EPSG,.EPSG'EPSG+yEPSG+EPSG'EPSG+bEPSG+fEPSG'EPSG*EPSG+:EPSG'EPSG*EPSG*EPSG'EPSG*yEPSG*vEPSG'EPSG)EPSG*uEPSG'EPSG(?EPSG,3EPSG'EPSG#EPSG+EPSG'EPSGpEPSG*xEPSG'EPSGVEPSG*wEPSG'EPSGFEPSG*tEPSG'EPSGEPSG+EPSG'EPSGEPSG,EPSG%9EPSGNKEPSG)xEPSG$EPSGNDEPSG'EPSG$]EPSGEPSG%EPSG#(EPSGEPSG%3EEPSG"EPSGPROJNAD83_FBN_TO_NAD83_2011_PRVI4GEPSG"EPSGPROJNAD83_FBN_TO_NAD83_2011_CONUS>[EPSG!aEPSGPROJNAD83_HARN_CORRECTED_TO_NAD83_2011_PRVIBcEPSG!aEPSGPROJNAD83_HARN_CORRECTED_TO_NAD83_NSRS2007_PRVI5IEPSGEPSG)lPROJWGS_84_TRANSIT_TO_WGS_84_G22965IEPSGEPSG&PROJWGS_84_TRANSIT_TO_WGS_84_G21395IEPSGEPSGPROJWGS_84_TRANSIT_TO_WGS_84_G17625IEPSGEPSGPROJWGS_84_TRANSIT_TO_WGS_84_G16745IEPSGEPSGPROJWGS_84_TRANSIT_TO_WGS_84_G11504GEPSGEPSGPROJWGS_84_TRANSIT_TO_WGS_84_G873/9EPSGmNKGETRF14NKGITRF2014_TO_NKG_ETRF14EPSGmEPSG*EPSG*EPSGmEPSG*yEPSG*AEPSGmEPSG*5EPSG*?.=EPSGmEPSG)NKGITRF2014_TO_FI_EUREF-FINEPSGmEPSG)EPSG*@$)EPSGmEPSGpNKGITRF2014_TO_SEEPSGmEPSGpEPSG*HEPSGmEPSG_EPSG#EPSGmEPSG_EPSG#EPSGmEPSG_EPSG#$)EPSGmEPSGVNKGITRF2014_TO_LTEPSGmEPSGVEPSG*B$)EPSGmEPSGTNKGITRF2014_TO_LV$)EPSGmEPSGHNKGITRF2014_TO_NO$)EPSGmEPSGHNKGITRF2014_TO_FI$)EPSGmEPSGHNKGITRF2014_TO_EE$)EPSGmEPSGHNKGITRF2014_TO_DKEPSGmEPSGFEPSG*I3EEPSGEPSG)lPROJWGS_84_G1762_TO_WGS_84_G22963EEPSGEPSG)lPROJWGS_84_G1674_TO_WGS_84_G22963EEPSGEPSG&PROJWGS_84_G1674_TO_WGS_84_G21393EEPSGEPSG)lPROJWGS_84_G1150_TO_WGS_84_G22963EEPSGEPSG&PROJWGS_84_G1150_TO_WGS_84_G21392CEPSGEPSG)lPROJWGS_84_G873_TO_WGS_84_G22962CEPSGEPSG&PROJWGS_84_G873_TO_WGS_84_G21392CEPSGEPSGPROJWGS_84_G873_TO_WGS_84_G17622CEPSGEPSGPROJWGS_84_G873_TO_WGS_84_G16742CEPSGEPSG)lPROJWGS_84_G730_TO_WGS_84_G22962CEPSGEPSG&PROJWGS_84_G730_TO_WGS_84_G21392CEPSGEPSGPROJWGS_84_G730_TO_WGS_84_G17622CEPSGEPSGPROJWGS_84_G730_TO_WGS_84_G16742CEPSGEPSGPROJWGS_84_G730_TO_WGS_84_G1150EPSG1EPSG%EPSG&EPSG+EPSG(mEPSG(EPSG*EPSG(mEPSG(EPSG)EPSG(mEPSG(EPSG(EPSG(mEPSG(EPSG'EPSG(mEPSG(EPSG&EPSG(mEPSG(EPSG%EPSG(mEPSG(EPSG$EPSG(mEPSG(EPSG#EPSG(mEPSG(EPSG"EPSG(mEPSG(EPSGEPSGEPSG2EPSGEPSGEPSG3EPSGEPSG(mEPSG(EPSGEPSG(mEPSG(EPSGzEPSGdEPSGEPSGzEPSGcEPSGEPSGjEPSGkEPSG/EPSGFEPSGGEPSG'EPSGFEPSGGEPSG&EPSGFEPSGGEPSG%EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGEPSG_EPSG#EPSGmEPSGEPSGxEPSG EPSGEPSGFEPSG EPSGEPSGHEPSGIEPSG%EPSG&/9EPSG7NKGETRF00NKGITRF2000_TO_NKG_ETRF00.=EPSG7EPSG)NKGITRF2000_TO_FI_EUREF-FIN  lWkE Z 4  l/9NKGETRF14EPSG)NKGETRF14_TO_FI_EUREF-FIN%%NKGETRF14EPSGpNKGETRF14_TO_SE%%NKGETRF14EPSGVNKGETRF14_TO_LT%%NKGETRF14EPSGTNKGETRF14_TO_LV%%NKGETRF14EPSGHNKGETRF14_TO_NO%%NKGETRF14EPSGHNKGETRF14_TO_FI%%NKGETRF14EPSGHNKGETRF14_TO_EE%%NKGETRF14EPSGHNKGETRF14_TO_DK,3NKGETRF00EPSG)NKGETRF00_TO_EUREF-FIN%%NKGETRF00EPSGpNKGETRF00_TO_SE%%NKGETRF00EPSGVNKGETRF00_TO_LT%%NKGETRF00EPSGTNKGETRF00_TO_LV%%NKGETRF00EPSGHNKGETRF00_TO_NO%%NKGETRF00EPSGHNKGETRF00_TO_FI%%NKGETRF00EPSGHNKGETRF00_TO_EE%%NKGETRF00EPSGHNKGETRF00_TO_DK>CIGNFNTFPGRADIGNFWGS84GDDIGNFTSG399_NTFPGRAD_TO_WGS84GDD:?IGNFNTFPGRADIGNFWGS84GIGNFTSG399_NTFPGRAD_TO_WGS84G;?IGNFNTFPGRADIGNFED50GEOIGNFTSG62_NTFPGRAD_TO_ED50GEO7;IGNFNTFPGRADIGNFED50GIGNFTSG62_NTFPGRAD_TO_ED50G4;IGNFNTFPGRADEPSGIGNFTSG399_NTFPGRAD_TO_4326 "fU z 8 R <z1;yHkf 3)# EPSG AGD84 to WGS 84 (4)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGkEPSGEPSG-Aus 1mw 3# EPSG AGD84 to WGS 84 (3)Approximation assuming that GDA94 is equivalent to WGS 84.EPSGkEPSGEPSG-Aus 5m 3G# EPSGAGD66 to WGS 84 (2)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. 0.1m accuracy.EPSGjEPSGEPSG-Aus 5m@ ? EPSGNTF (Paris) to WGS 72 (1)EPSGEPSGEPSG-Fra> ; EPSGNTF (Paris) to ED50 (1)EPSGEPSGEPSG-Fra 1+ EPSGHD72 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSGEPSGEPSG-Hung K?-EPSGBatavia (Jakarta) to WGS 84 (1)Accuracy 3m in each axis.EPSGEPSGEPSG-Idn Sumatra_ M;EPSGTananarive (Paris) to WGS 84 (1)Accuracy not available.EPSGEPSGEPSG-Mdga MAEPSGMonte Mario (Rome) to WGS 84 (1)Accuracy 25m in each axis.EPSGEPSG,EPSG-Itar QaEPSGBogota 1975 (Bogota) to WGS 84 (1)Accuracy 6m, 5m and 6m in X, Y and Z axes.EPSGEPSG DMA-Col@ ? EPSGNTF (Paris) to WGS 84 (1)EPSGEPSGEPSG-Fra@ 3y-EPSGoED50 to WGS 84 (15)Replaced by codes 8569 and 1612 in 1997 and 2001. The concatenation of transformations 1147 and 1146 gives the following position vector tfm: dX=-84.491 dY=-100.559 dZ=-114.209 metres rX= -2.4006 rY=-0.5367 rZ=-2.3742 microradians dS=+0.2947 ppm.EPSGEPSG?NMA-Nor N65 1991T Y EPSG3KOC CD height to KOC WD depth (ft) (1)EPSGEPSG?IOGP-KwtO O EPSG2KOC CD height to KOC WD depth (1)EPSGEPSG?IOGP-KwtB G EPSG/HKPD height to HKCD depth (1)EPSGjEPSGkIOGP-HK` _ /EPSG'NGVD29 height (ftUS) to NAVD88 height (3)EPSGFEPSGG?zG{IOGP - US Conus E` _ /EPSG&NGVD29 height (ftUS) to NAVD88 height (2)EPSGFEPSGG?zG{IOGP - US Conus C` _ /EPSG%NGVD29 height (ftUS) to NAVD88 height (1)EPSGFEPSGG?zG{IOGP - US Conus W] k EPSGPoolbeg height (ft(Br36)) to Belfast height (1)EPSGzEPSGd?EPSG-Ire` q EPSGPoolbeg height (ft(Br36)) to Malin Head height (1)EPSGzEPSGc?EPSG-Ire ]i 'EPSGNTF (Paris) to ETRS89-FRA [RGF93 v1] (2)Second step is an emulation (using the NTv2 method) of the geocentric interpolation method described in CT code 9337. Note that the grid file parameters are of opposite sign.EPSGEPSGKIOGP-Fra NTv2R M%EPSGTananarive (Paris) to WGS 84 (2)Used by OMV.EPSGEPSGOGP-Mdg ?#!EPSGSNAD27 to NAD83(HARN) (22)May be taken as approximate transformation NAD27 to WGS 84 - see code 8622.EPSGEPSG8?əNGS-Usa SD 5!-EPSG:Tokyo to JGD2011 (1)See Tokyo to JGD2011 (2) (code 6740) for areas other than northern Honshu.EPSGEPSG ?333333OGP-Jpn N HonshuH G %EPSGLisbon (Lisbon) to WGS 84 (2)EPSGEPSGOGP-Prt 2009^ E= #EPSGzS-JTSK (Ferro) to WGS 84 (3)Parameter values from S-JTSK/05 to ETRS89 (1) (code 5226). For applications to an accuracy of 1m. Replaces S-JTSK (Ferro) to WGS 84 (1) (tfm code 8642).EPSGEPSGOGP-Cze R05 K EPSGxS-JTSK/05 (Ferro) to WGS 84 (1)Replaces S-JTSK (Ferro) to WGS 84 (1) (CRS code 8642) in Czech Republic.EPSGmEPSGOGP-CzeA E  EPSGnS-JTSK (Ferro) to WGS 84 (2)EPSGEPSGOGP-Svk= =  EPSGHTokyo 1892 to WGS 84 (1)EPSG EPSGOGP-Kor> ?  EPSGFTokyo 1892 to KGD2002 (1)EPSG EPSGOGP-Kor 9%%EPSGAmersfoort to ED50 (1)Adopted by NAM in 2006, replacing polynomial tfms 1046, 6304, 1050 and 6306.EPSGEPSG?NAM-Nld 2006E I}EPSGSPuerto Rico to NAD83(HARN) (1)Accuracy 0.1m at 67% confidence level. May be taken as approximate transformation Puerto Rico to WGS 84 - see code 8583.EPSG+EPSG8?zG{NGS-PRVIc ?SEPSG~MGI (Ferro) to WGS 84 (1)Accuracy estimate is not available.EPSGEPSGDMA-balkF ? EPSG8MGI (Ferro) to WGS 84 (2)EPSGEPSG?BEV-Aut vF { c K )uB <{&F ;)# EPSG NAD27(76) to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSGEPSGEPSG-Can On< 5 # EPSG NAD27 to WGS 84 (27)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27 to WGS 84 (31) (code 8565).EPSGEPSGEPSG-Can QC ?) EPSG Puerto Rico to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG+EPSGEPSG-PRVI 3)3 EPSG AGD66 to WGS 84 (5)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSGEPSG-Aus NSW Vic 1m> 3+ EPSG AGD66 to WGS 84 (4)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (9) (code 8576).EPSGjEPSGEPSG-Aus Tas 1m? 3 + EPSG AGD66 to WGS 84 (3)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD66 to WGS 84 (11) (code 8581).EPSGjEPSGEPSG-Aus ACT 1mL A+ EPSG NAD27(CGQ77) to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27(CGQ77) to WGS 84 (2) (code 8564).EPSGEPSGEPSG-Can Qc NT1 K)+ EPSG St. George Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG*EPSGEPSG-Usa AK StG G)+ EPSG St. Paul Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG)EPSGEPSG-Usa AK StP O)+ EPSG St. Lawrence Island to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG(EPSGEPSG-Usa AK StL A)# EPSG Old Hawaiian to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSG'EPSGEPSG-Usa HiO+-EPSG ETRS89-SVK [SKTRF09] + Baltic 1957 ht to ETRS89-SVK [SKTRF09] + EVRF2007 ht (1)Recommended method for transforming coordinates between Baltic 1957 height and EVRF2007 height and vice-versa in Slovakia. Compound transformation using two separate quasigeoid models (DVRM05 and DMQSK2014E).EPSG,0EPSG,2?UGKK-Svkb ?S EPSG GMGI (Ferro) to WGS 84 (1)Accuracy estimate is not available.EPSGEPSGDMA-balk 5) EPSG 5NAD27 to WGS 84 (26)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84.EPSGEPSGEPSG-Can 5% EPSG 3NAD27 to WGS 84 (25)Approximation at the +/- 1m level assuming that NAD83 is equivalent to WGS 84. Superseded by NAD27 to WGS 84 (27) (code 8404) in Quebec and NAD27 to WGS 84 (26) (code 8245) elsewhere in Canada.EPSGEPSGEPSG-Can old C+! EPSG ,Pulkovo 1942 to WGS 84 (11)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSGEPSGEPSG-Deu E 1+! EPSG *DHDN to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSGEPSGEPSG-Deu W 1+! EPSG Tete to WGS 84 (5)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSGEPSGEPSG-Moz D 1+! EPSG Tete to WGS 84 (4)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSGEPSGEPSG-Moz C 1+! EPSG Tete to WGS 84 (3)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSGEPSGEPSG-Moz B 1+! EPSG Tete to WGS 84 (2)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSGEPSGEPSG-Moz A 1+ EPSG Tete to WGS 84 (1)Approximation at the +/- 1m level assuming that Moznet is equivalent to WGS 84.EPSGEPSGEPSG-MozK O !EPSG Voirol 1875 (Paris) to WGS 84 (1)EPSGEPSGEPSG-Dza N A9 EPSG Pulkovo 1942 to WGS 84 (2)Approximation at the +/- 1m level assuming that LKS94(ETRS89) is equivalent to WGS 84.EPSGEPSGEPSG-Ltu1+ EPSG RT90 to WGS 84 (1)Approximation at the +/- 1m level assuming that ETRF89 is equivalent to WGS 84.EPSGEPSGEPSG-Swe <S x O *qAISi ?#!EPSG!NAD27 to NAD83(HARN) (14)May be taken as approximate transformation NAD27 to WGS 84 - see code 8607.EPSGEPSG8?əNGS-Usa MI ?#!EPSG!NAD27 to NAD83(HARN) (13)May be taken as approximate transformation NAD27 to WGS 84 - see code 8604.EPSGEPSG8?əNGS-Usa ME ?#'EPSG!NAD27 to NAD83(HARN) (12)May be taken as approximate transformation NAD27 to WGS 84 - see code 8605.EPSGEPSG8?əNGS-Usa DE MD ?#!EPSG!NAD27 to NAD83(HARN) (11)May be taken as approximate transformation NAD27 to WGS 84 - see code 8603.EPSGEPSG8?əNGS-Usa LA ?#!EPSG!NAD27 to NAD83(HARN) (10)May be taken as approximate transformation NAD27 to WGS 84 - see code 8602.EPSGEPSG8?əNGS-Usa KY =#+EPSG!NAD27 to NAD83(HARN) (9)May be taken as approximate transformation NAD27 to WGS 84 - see code 8612.EPSGEPSG8?əNGS-Usa ID MT w =#+EPSG!NAD27 to NAD83(HARN) (8)May be taken as approximate transformation NAD27 to WGS 84 - see code 8611.EPSGEPSG8?əNGS-Usa ID MT e =#!EPSG!NAD27 to NAD83(HARN) (7)May be taken as approximate transformation NAD27 to WGS 84 - see code 8596.EPSGEPSG8?əNGS-Usa FL =#!EPSG!NAD27 to NAD83(HARN) (6)May be taken as approximate transformation NAD27 to WGS 84 - see code 8597.EPSGEPSG8?əNGS-Usa GA =#!EPSG!NAD27 to NAD83(HARN) (5)May be taken as approximate transformation NAD27 to WGS 84 - see code 8595.EPSGEPSG8?əNGS-Usa CO =#%EPSG!NAD27 to NAD83(HARN) (4)May be taken as approximate transformation NAD27 to WGS 84 - see code 8594.EPSGEPSG8?əNGS-Usa CA s =#%EPSG!NAD27 to NAD83(HARN) (3)May be taken as approximate transformation NAD27 to WGS 84 - see code 8593.EPSGEPSG8?əNGS-Usa CA n =#!EPSG! NAD27 to NAD83(HARN) (2)May be taken as approximate transformation NAD27 to WGS 84 - see code 8591.EPSGEPSG8?əNGS-Usa AZ =#!EPSG! NAD27 to NAD83(HARN) (1)May be taken as approximate transformation NAD27 to WGS 84 - see code 8590.EPSGEPSG8?əNGS-Usa AL 7- EPSG! CH1903+ to WGS 84 (1)Approximation at the +/- 1m level assuming that CHTRF95 is equivalent to WGS 84.EPSG6EPSGEPSG-CH 3)- EPSG!AGD66 to WGS 84 (8)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSGEPSG-Aus NT 0.1m 3)/ EPSG!AGD66 to WGS 84 (7)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84.EPSGjEPSGEPSG-Aus Tas 0.1m' Q-)EPSG S-JTSK to ETRS89-SVK [SKTRF09] (6)Recommended method of a transformation from S-JTSK to ETRS89 in Slovakia. For reverse transformation see ETRS89-SVK [SKTRF09] to S-JTSK (5) (code 8442). Both together replace S-JTSK to ETRS89 (4) (code 4827).EPSG 3 ' EPSG NAD83 to WGS 84 (7)EPSGEPSGSK PMC-Can SK? 5 ' EPSG NAD27 to WGS 84 (32)EPSGEPSGSK PMC-Can SK 39% EPSG ATS77 to WGS 84 (2)Approximation at the +/- 1m level assuming that NAD83(CSRS98) is equivalent to WGS 84.EPSGEPSGEPSG-Can PEI 39# EPSG ATS77 to WGS 84 (1)Approximation at the +/- 1m level assuming that NAD83(CSRS98) is equivalent to WGS 84.EPSGEPSGEPSG-Can NB-3 / EPSG AGD66 to WGS 84 (6)Appro ?#!EPSG!NAD27 to NAD83(HARN) (15)May be taken as approximate transformation NAD27 to WGS 84 - see code 8609.EPSGEPSG8?əNGS-Usa MS iR7 r K  Q#_1l*RV ?/' EPSG!RSouth Yemen to WGS 84 (1)May be implemented as a single transformation using geocentric translations transformation method with parameter values dX=-76m dY=-138m dZ=+67m.EPSGDEPSGIGN-Yem South) GO#EPSG!EChos Malal 1914 to WGS 84 (1)May be implemented using a single step geocentric translations of dx=+5.5m dY=+176.7m dZ=+141.4m.EPSG@EPSG TOT-Arg Neu ?#!EPSG!BNAD27 to NAD83(HARN) (35)May be taken as approximate transformation NAD27 to WGS 84 - see code 8628.EPSGEPSG8?əNGS-Usa WV ?#!EPSG!ANAD27 to NAD83(HARN) (34)May be taken as approximate transformation NAD27 to WGS 84 - see code 8626.EPSGEPSG8?əNGS-Usa UT ?#!EPSG!@NAD27 to NAD83(HARN) (33)May be taken as approximate transformation NAD27 to WGS 84 - see code 8619.EPSGEPSG8?əNGS-Usa OH ?#!EPSG!?NAD27 to NAD83(HARN) (32)May be taken as approximate transformation NAD27 to WGS 84 - see code 8614.EPSGEPSG8?əNGS-Usa NV ?#!EPSG!>NAD27 to NAD83(HARN) (31)May be taken as approximate transformation NAD27 to WGS 84 - see code 8601.EPSGEPSG8?əNGS-Usa KS ?#!EPSG!=NAD27 to NAD83(HARN) (30)May be taken as approximate transformation NAD27 to WGS 84 - see code 8599.EPSGEPSG8?əNGS-Usa INE Kw!EPSG! 5 % EPSG!uNAD27 to WGS 84 (31)EPSGEPSGEPSG-Can QueG A + EPSG!tNAD27(CGQ77) to WGS 84 (2)EPSGEPSGEPSG-Can Qc NT2{ 5 ! EPSG!sNZGD49 to WGS 84 (3)Assumes WGS 84 is coincident with NZGD2000. Accuracy about 1m.EPSGEPSGOSG-Nzl 1m I+!EPSG!rNord Sahara 1959 to WGS 84 (3)Derived at IGN monument CFP19 using Transit. Can be implemented as a single 7-param Position Vector transformation with parameter values of dX=-156.5m dY=-87.2m dZ=+287.8m; rX=rY=0 rZ=+0.814sec; dS=-0.38ppm.EPSGEPSG CGG-Alg HM: 3# EPSG!pAGD84 to WGS 84 (5)Approximation at the +/- 1m level assuming that GDA94 is equivalent to WGS 84. Superseded by AGD84 to WGS 84 (6) (code 8579).EPSGkEPSGEPSG-Aus WA ?#!EPSG!jNAD27 to NAD83(HARN) (37)May be taken as approximate transformation NAD27 to WGS 84 - see code 8615.EPSGEPSG8?əNGS-Usa NJ ?#!EPSG!iNAD27 to NAD83(HARN) (36)May be taken as approximate transformation NAD27 to WGS 84 - see code 8598.EPSGEPSG8?əNGS-Usa IL =IEPSG!YEgypt 1907 to WGS 84 (2)Used by Shell. May be implemented as a single transformation using position vector 7-parameter geocentric transformation method with parameter values dX=-121.8m dY=+98.1m dZ=-10.7m rX=rY=0 sec rZ=+0.554 sec dS=+0.2263 ppm.EPSGEPSGMCE-Egy  i # ^ w!9Qif 5M#EPSG!NAD27 to WGS 84 (47)Transformation steps are from NAD27 to NAD83(HARN) (39) (code 8587) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa IAf 5M#EPSG!NAD27 to WGS 84 (46)Transformation steps are from NAD27 to NAD83(HARN) (30) (code 8509) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa INf 5M#EPSG!NAD27 to WGS 84 (45)Transformation steps are from NAD27 to NAD83(HARN) (36) (code 8553) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa ILe 5K#EPSG!NAD27 to WGS 84 (44)Transformation steps are from NAD27 to NAD83(HARN) (6) (code 8465) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa GAe 5K#EPSG!NAD27 to WGS 84 (43)Transformation steps are from NAD27 to NAD83(HARN) (7) (code 8466) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa FLe 5K#EPSG!NAD27 to WGS 84 (42)Transformation steps are from NAD27 to NAD83(HARN) (5) (code 8464) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa COg 5K'EPSG!NAD27 to WGS 84 (41)Transformation steps are from NAD27 to NAD83(HARN) (4) (code 8463) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa CA sg 5K'EPSG!NAD27 to WGS 84 (40)Transformation steps are from NAD27 to NAD83(HARN) (3) (code 8462) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa CA nf 5M#EPSG!NAD27 to WGS 84 (39)Transformation steps are from NAD27 to NAD83(HARN) (38) (code 8586) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa ARe 5K#EPSG!NAD27 to WGS 84 (38)Transformation steps are from NAD27 to NAD83(HARN) (2) (code 8461) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa AZe 5K#EPSG!NAD27 to WGS 84 (37)Transformation steps are from NAD27 to NAD83(HARN) (1) (code 8460) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa AL ?#!EPSG!NAD27 to NAD83(HARN) (41)May be taken as approximate transformation NAD27 to WGS 84 - see code 8610.EPSGEPSG8?əNGS-Usa MO ?#!EPSG!NAD27 to NAD83(HARN) (40)May be taken as approximate transformation NAD27 to WGS 84 - see code 8608.EPSGEPSG8?əNGS-Usa MN ?#!EPSG!NAD27 to NAD83(HARN) (39)May be taken as approximate transformation NAD27 to WGS 84 - see code 8600.EPSGEPSG8?əNGS-Usa IA ?#!EPSG!NAD27 to NAD83(HARN) (38)May be taken as approximate transformation NAD27 to WGS 84 - see code 8592.EPSGEPSG8?əNGS-Usa ARL 5#EPSG!NAD27 to WGS 84 (36)Steps based on concatenated transformation NAD27 to NAD83(CSRS)v4 (3) (code 9336) assuming that NAD83(CSRS)v4 is equivalent to WGS 84.EPSGEPSG@EPSG-Can AB A)# EPSG!NAD27 to NAD83(CSRS98) (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSGEPSG,EPSG-Can ABn ?WEPSG!Puerto Rico to WGS 84 (2)Transformation steps are from Puerto Rico to NAD83(HARN) (1) (code 4435) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSG+EPSG?EPSG-PRVI AYf 5M#EPSG!NAD27 to WGS 84 (48)Transformation steps are from NAD27 to NAD83(HARN) (31) (code 8510) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa KS 0 H ] q )AYqf 5M#EPSG!NAD27 to WGS 84 (65)Transformation steps are from NAD27 to NAD83(HARN) (20) (code 8479) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NDf 5M#EPSG!NAD27 to WGS 84 (64)Transformation steps are from NAD27 to NAD83(HARN) (19) (code 8478) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NYf 5M#EPSG!NAD27 to WGS 84 (63)Transformation steps are from NAD27 to NAD83(HARN) (18) (code 8477) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NMf 5M#EPSG!NAD27 to WGS 84 (62)Transformation steps are from NAD27 to NAD83(HARN) (37) (code 8554) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NJf 5M#EPSG!NAD27 to WGS 84 (61)Transformation steps are from NAD27 to NAD83(HARN) (32) (code 8511) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NVf 5M#EPSG!NAD27 to WGS 84 (60)Transformation steps are from NAD27 to NAD83(HARN) (16) (code 8475) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NEj 5K-EPSG!NAD27 to WGS 84 (59)Transformation steps are from NAD27 to NAD83(HARN) (9) (code 8468) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa ID MT wj 5K-EPSG!NAD27 to WGS 84 (58)Transformation steps are from NAD27 to NAD83(HARN) (8) (code 8467) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa ID MT ef 5M#EPSG!NAD27 to WGS 84 (57)Transformation steps are from NAD27 to NAD83(HARN) (41) (code 8589) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa MOf 5M#EPSG!NAD27 to WGS 84 (56)Transformation steps are from NAD27 to NAD83(HARN) (15) (code 8474) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa MSf 5M#EPSG!NAD27 to WGS 84 (55)Transformation steps are from NAD27 to NAD83(HARN) (40) (code 8588) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa MNf 5M#EPSG!NAD27 to WGS 84 (54)Transformation steps are from NAD27 to NAD83(HARN) (14) (code 8473) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa MIj 5M+EPSG!NAD27 to WGS 84 (53)Transformation steps are from NAD27 to NAD83(HARN) (17) (code 8476) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa NewEngi 5M)EPSG!NAD27 to WGS 84 (52)Transformation steps are from NAD27 to NAD83(HARN) (12) (code 8471) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa DE MDf 5M#EPSG!NAD27 to WGS 84 (51)Transformation steps are from NAD27 to NAD83(HARN) (13) (code 8472) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa MEf 5M#EPSG!NAD27 to WGS 84 (50)Transformation steps are from NAD27 to NAD83(HARN) (11) (code 8470) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa LAf 5M#EPSG!NAD27 to WGS 84 (66)Transformation steps are from NAD27 to NAD83(HARN) (33) (code 8512) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa OH <- E ] s o=<C E EPSG!Greek (Athens) to WGS 84 (1)EPSGEPSGEPSG-Grc: 3 EPSG!Greek to WGS 84 (1)EPSGEPSGEPSG-Grc E EPSG!S-JTSK (Ferro) to WGS 84 (1)Replaced by S-JTSK (Ferro) to WGS 84 (3) (code 5242) in 2009.EPSGEPSGEPSG-CzeM I +EPSG!Segara (Jakarta) to WGS 84 (1)EPSGEPSGEPSG-Idn Kal SWL Y  EPSG!Nord Sahara 1959 (Paris) to WGS 84 (1)EPSGEPSGEPSG-DzaD G EPSG!NGO 1948 (Oslo) to WGS 84 (1)EPSGEPSGEPSG-NorQ M /EPSG!Makassar (Jakarta) to WGS 84 (1)EPSGEPSGEPSG - Idn Sul SWC G  EPSG!Lisbon (Lisbon) to WGS 84 (1)EPSGEPSGEPSG-PrtE I EPSG!Carthage (Paris) to WGS 84 (1)EPSGEPSGEPSG-Tun =)# EPSG!NAD27 to NAD83(CSRS) (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSGEPSG @EPSG-Can AB} 9!EPSG!Beduaram to WGS 84 (1)Derived via WGS72BE. Can be used as a single position vector transformation with parameter values of dX = -101 m, dY = -111 m, dZ = +188.9 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppmEPSGuEPSGELF-Ner SEs 1EPSG!Yoff to WGS 84 (1)Derived via WGS72. Can be used as a single position vector transformation with parameter values of dX = -37 m, dY = +157 m, dZ = +89.5 m, rX = rY = 0 sec, rZ = 0.554 sec, dS = 0.219 ppmEPSGEPSGEPSG-SEN= 9 EPSG!Kousseri to WGS 84 (1)EPSGfEPSGEPSG-Cmr; 5 EPSG!Garoua to WGS 84 (1)EPSGeEPSGEPSG-Cmrf 5M#EPSG!NAD27 to WGS 84 (77)Transformation steps are from NAD27 to NAD83(HARN) (29) (code 8489) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa WYf 5M#EPSG!NAD27 to WGS 84 (76)Transformation steps are from NAD27 to NAD83(HARN) (28) (code 8488) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa WIf 5M#EPSG!NAD27 to WGS 84 (75)Transformation steps are from NAD27 to NAD83(HARN) (35) (code 8514) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa WVf 5M#EPSG!NAD27 to WGS 84 (74)Transformation steps are from NAD27 to NAD83(HARN) (26) (code 8486) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa VAf 5M#EPSG!NAD27 to WGS 84 (73)Transformation steps are from NAD27 to NAD83(HARN) (34) (code 8513) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa UTh 5M'EPSG!NAD27 to WGS 84 (72)Transformation steps are from NAD27 to NAD83(HARN) (25) (code 8485) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa TX wh 5M'EPSG!NAD27 to WGS 84 (71)Transformation steps are from NAD27 to NAD83(HARN) (24) (code 8484) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa TX ef 5M#EPSG!NAD27 to WGS 84 (70)Transformation steps are from NAD27 to NAD83(HARN) (23) (code 8483) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa TNf 5M#EPSG!NAD27 to WGS 84 (69)Transformation steps are from NAD27 to NAD83(HARN) (22) (code 6739) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa SDi 5M)EPSG!NAD27 to WGS 84 (68)Transformation steps are from NAD27 to NAD83(HARN) (27) (code 8487) assuming that NAD83(HARN) is equivalent to WGS 84 within the accuracy of the transformation.EPSGEPSG?EPSG-Usa OR WA5M#EPSG!NAD27 to WGS 84 (67)Transformation steps are from NAD27 to NAD83(HARN) (21) (code 8480) assuming that NAD83(HARN) is equivalent to WGS 84 within the> ?  EPSG!MGI (Ferro) to WGS 84 (2)EPSGEPSGBEV-Aut q% d HI eP = 3EPSG#ITRF2008 to NZGD2000 (4)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2008 to NZGD2000 (3) (CT code 9096). Replaced by concatenated op. ITRF2008 to NZGD2000 (5) (CT code 9098). See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2015-01-01P = 3EPSG#ITRF2008 to NZGD2000 (3)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2008 to NZGD2000 (2) (CT code 9095). Replaced by concatenated op. ITRF2008 to NZGD2000 (4) (CT code 9097). See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2014-02-01P = 3EPSG#ITRF2008 to NZGD2000 (2)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2008 to NZGD2000 (1) (CT code 9094). Replaced by concatenated op. ITRF2008 to NZGD2000 (3) (CT code 9096). See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2013-08-01> =e3EPSG#ITRF2008 to NZGD2000 (1)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D coordinate domain. Replaced by concatenated operation ITRF2008 to NZGD2000 (2) (CT code 9095) which uses the 2013-08-01 model. See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2000-01-01R = 3EPSG#ITRF2005 to NZGD2000 (1)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D coordinate domain. See CT 1565 for low accuracy applications.EPSG EPSG_?QIOGP-Nzl 2000-01-01R = 3EPSG#ITRF2000 to NZGD2000 (1)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D coordinate domain. See CT 1565 for low accuracy applications.EPSG7EPSG_?QIOGP-Nzl 2000-01-01P 9 3EPSG#ITRF97 to NZGD2000 (1)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D coordinate domain. See CT 1565 for low accuracy applications.EPSG6EPSG_?QIOGP-Nzl 2000-01-01 AEPSG!Kertau (RSO) to WGS 84 (1)Step 1 is necessary to rescale the grid units before using step 2.EPSGEPSGOGP-MysK _{#EPSG!Egypt Gulf of Suez S-650 TL to WGS 84 (1)Can be implemented as a single position vector transformation with parameter values of dX = -123.0 m, dY = 98.0 m, dZ = 3.9 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm. Replaced by Egypt Gulf of Suez S-650 TL to WGS 84 (2) (tfm code 15846).EPSGbEPSGOGP-Egy GoS I#EPSG!Mhast (offshore) to WGS 84 (1)Derived via WGS 72BE. Can be implemented as a single position vector transformation with parameter values of dX = -255.0 m, dY = -29.0 m, dZ = -103.1 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm.EPSGaEPSG OGP-Ago Cab ?EPSG!Manoca 1962 to WGS 84 (2)Derived via WGS 72BE. Can be implemented as a single position vector transformation with parameter values of dX = -56.7 m, dY = -171.8 m, dZ = -38.7 m, rX = rY = 0 sec, rZ = 0.814 sec, dS = -0.38 ppm.EPSGaEPSGOGP-Cmr/ 9oEPSG!Lao 1993 to WGS 84 (1)Can be implemented as a geocentric translation tfm with param. values dX = 43.933m, dY = -129.593m, dZ= -39.331m.EPSGEEPSGEPSG-Lao5 EoEPSG!Vientiane 1982 to WGS 84 (1)Can be implemented as a geocentric translation tfm with param. values dX = 42.358m, dY = -124.688m, dZ= -37.366m.EPSGDEPSGEPSG-Lao E EPSG!Palestine 1923 to WGS 84 (2)Accuracy: 1m to north and 10m to south of east-west line through Beersheba (31°15'N). Can be implemented as a geocentric translation tfm with param. Values dX = -229m, dY = -67m, dZ= +277m.EPSGEPSG@SoI-IsrK Q  #EPSG!Lisbon 1890 (Lisbon) to WGS 84 (2)EPSG(EPSGEPSG-Prt 1mL Q #EPSG!Lisbon 1890 (Lisbon) to WGS 84 (1)EPSG(EPSGEPSG-Prt 5mA 5 )EPSG!NAD27 to WGS 84 (78)EPSGEPSGEPSG-Can E Off  O C6He m{% EPSG'INAGeoid2020 v1 height to INAGeoid v2 height (1)In central Java INAGeoid2020 v2 height minus INAGeoid2020 v1 height is approximately +0.2m (v1 surface is above the v2 surface). This difference varies significantly across Indonesia.EPSG$EPSGND?əBIG-Idn 2022h k 3EPSG&ETRS89-ITA [RDN2008] to Catania 1965 height (1)EPSG1EPSG%?QIGM-Ita 2005 Sicilyc a 3 EPSG&ETRS89 to ETRS89 + Catania 1965 height (1)EPSGIEPSG%?QIGM-Ita 2005 SicilyF Cq1EPSG%GDA94 to WGS 84 (G1762) (2)See GDA94 to WGS 84 (G1762) (1) (CT code 9686) for conformal-only alternative (i.e. without distortion modelling).EPSGEPSG#a?ICSM-Aus Conf+Dist5 7[1EPSG%ATRF2014 to GDA94 (2)See ATRF2014 to GDA94 (1) (CT 9684) for conformal-only alternative (i.e. without distortion modelling).EPSG$]EPSG?QICSM-Aus Conf+Dist5 7[1EPSG%ITRF2014 to GDA94 (2)See ITRF2014 to GDA94 (1) (CT 9682) for conformal-only alternative (i.e. without distortion modelling).EPSG#(EPSG?QICSM-Aus Conf+Dist5 SUEPSG%ETRS89-AUT [2002] to GHA height (2)This concatenated operation gives the same result as the HoehenGrid-plus offset from ETRS89-AUT [2002] to GHA height. HoehenGrid-plus is implemented in BEV-Transformator using MGI (CRS 4312) as the interpolation CRS for the gridEPSG+0EPSG?QBEV-Aut] ]) EPSG$yNTF (Paris) to ETRS89-FRA [RGF93 v1] (1)See transformation code 7811 for an alternative which uses the NTv2 method as an emulation of the geocentric interpolation in the second step.EPSGEPSGKIOGP-Fra A)#EPSG$xNAD27 to NAD83(CSRS)v4 (3)Can be taken as an approximate transformation NAD27 to WGS 84 - see code 8585.EPSGEPSG 6@EPSG-Can ABJ 7{;EPSG#NAD27 to ITRF2014 (2)For use in new operations - see CT code 9103 for alternative for legacy data. Note that steps 1 to 5 are documented in the geog2D domain, steps 6 and 7 in the geocentric domain. Steps 6 and 7 may be implemented in one operation using CT code 8970.EPSGEPSGm?əIOGP-Usa GoM non-legacyD 7w3EPSG#NAD27 to ITRF2014 (1)For use with legacy data - see CT code 9104 for alternative for new areas. Note that steps 1 and 2 are documented in the geog2D domain, steps 3 and 4 in the geocentric domain. Steps 3 and 4 may be implemented in one operation using CT code 8970.EPSGEPSGm?IOGP-Usa GoM legacy =}3EPSG#ITRF2014 to NZGD2000 (3)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2014 to NZGD2000 (2) (CT code 9101). See CT 1565 for low accuracy applications.EPSGmEPSG_?QIOGP-Nzl 2018-07-01P = 3EPSG#ITRF2014 to NZGD2000 (2)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2014 to NZGD2000 (1) (CT code 9100). Replaced by concatenated op. ITRF2014 to NZGD2000 (3) (CT code 9102). See CT 1565 for low accuracy applications.EPSGmEPSG_?QIOGP-Nzl 2017-12-01 =g3EPSG#ITRF2014 to NZGD2000 (1)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D coordinate domain. Replaced by 2017-12-01 model (CT code 9101). See CT 1565 for low accuracy applications.EPSGmEPSG_?QIOGP-Nzl 2016-07-01 =}3EPSG#ITRF2008 to NZGD2000 (6)Step 1 is in geocentric coordinate domain, step 2 in geographic 3D domain. Replaces concatenated op. ITRF2008 to NZGD2000 (5) (CT code 9098). See CT 1565 for low accuracy applications.EPSGEPSG_?QIOGP-Nzl 2017-12-01 = F [o+EPSG(Cascais height to ZH Portugal depth (1)The Zero Hidrografico (CD Portugal) surface is defined to be 2.0m below the Cascais vertical reference surface off mainland Portugal and 2.08 metres below the Cascais vertical reference surface in the Tagus estuary off Lisbon (see CT 10393).EPSGEPSG(mIH-Por mainland R &wDRp K=1EPSG)BES2020 Saba to Saba height (1)This operation is not reversible because step 2 is not reversible. For a reversible alternative see BES2020 Saba to Saba + Saba height (1) (code 10755).EPSG)EPSG)?NSGI-Bes Saba 20201{%EPSG)xSRGI2013 + INAGeoid2020 v1 height to SRGI2013 + INAGeoid v2 height (1)In central Java INAGeoid2020 v2 height minus INAGeoid2020 v1 height is approximately +0.2m (v1 surface is above the v2 surface). This difference varies significantly across Indonesia.EPSG%9EPSGNK?əBIG-Idn 2022M A'EPSG)ETRS89 + DVR90(2013) height to ETRS89 + DVR90(2023) height (1)For applications with accuracies of 5cm or worse, DVR90(2013) height and DVR90(2023) height may be considered to be equivalent. At this 3cm accuracy, data referenced to either CRS may be merged without transformation. EPSG(EPSG(?QSDFI-Dnk 2023L ?'EPSG(ETRS89 + DVR90(2002) height to ETRS89 + DVR90(2013) height (1)DVR90(2002) height and DVR90(2013) height may be considered to be equivalent for applications with accuracies of 5cm or worse. At this 5cm accuracy, data referenced to either CRS may be merged without transformation. EPSG(EPSG(?QSDFI-Dnk 2013 wa1EPSG(Cais da Vila do Porto height to ZH Portugal depth (1)Offshore of Santa Maria and Formigas islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Vila do Porto vertical reference surface.EPSG*EPSG(mIH-Por Santa Mariam g1+EPSG(Ponta Delgada height to ZH Portugal depth (1)Offshore of S. Miguel island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Ponta Delgada vertical reference surface.EPSG+EPSG(mIH-Por S Miguelx s;+EPSG(Cais da Figueirinha height to ZH Portugal depth (1)Offshore of Terceira island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Figueirinha vertical reference surface.EPSG(EPSG(mIH-Por Terceira~ yA+EPSG(Santa Cruz da Graciosa height to ZH Portugal depth (1)Offshore of Graciosa island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz da Graciosa vertical reference surface.EPSG'EPSG(mIH-Por Graciosam i1)EPSG(Cais das Velas height to ZH Portugal depth (1)Offshore of S. Jorge island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais das Velas vertical reference surface.EPSG$EPSG(mIH-Por S Jorgej m-#EPSG(Cais da Madalena height to ZH Portugal depth (1)Offshore of Pico island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Cais da Madalena vertical reference surface.EPSG&EPSG(mIH-Por PicoV W%EPSG(Horta height to ZH Portugal depth (1)Offshore of Faial island the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Horta vertical reference surface.EPSG%EPSG(mIH-Por Faial wQ'EPSG(Santa Cruz das Flores height to ZH Portugal depth (1)Offshore of Flores and Corvo islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.0m below the Santa Cruz das Flores vertical reference surface.EPSG)EPSG(mIH-Por Floresp e31EPSG(Cais da Vila height to ZH Portugal depth (1)Offshore of Porto Santo island the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Vila vertical reference surface.EPSG#EPSG(mIH-Por Porto Santo me)EPSG(Cais da Pontinha height to ZH Portugal depth (1)Offshore of Madeira, Desertas and Selvagens islands the Zero Hidrografico (CD Portugal) surface is defined to be 1.4m below the Cais da Pontinha vertical reference surface.EPSG"EPSG(mIH-Por Madeira[]%EPSG(Casc! sy/EPSG*BES2020 Sint Eustatius to Sint Eustatius height (1)This operation is not reversible because step 2 is not reversible. For a reversible alternative see BES2020 Sint Eustatius to Sint Eustatius + Sint Eustatius height (1) (code 10756).EPSG)EPSG)?NSGI-Bes SEu 2020 X ~  _ U!!EPSG*SVD2006 height to SVD2024 height (1)Accuracy is RMS of the accuracies of the two concatenated operation steps.EPSGN EPSG*?ffffffNMA-Sjm SVc ACEPSG*ITRF2020 to ETRS89-DNK (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined input and is used as the source epoch in step 2.EPSG'EPSG*?xtj~NKG2020c ACEPSG*ITRF2014 to ETRS89-DNK (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined input and is used as the source epoch in step 2.EPSGmEPSG*?xtj~NKG2020C YkEPSG*xITRF2020 to ETRS89-SWE [SWEREF 99] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined and is used as the source epoch in step 2. For coordinates originating before 2021-02-07, the NKG2008 transformation should be used.EPSG'EPSGp?pbMNKG2020` Q-EPSG*wITRF2020 to ETRS89-LTU [LKS94] (1)The coordinate epoch of the coordinates referenced to the source CRS (ITRF2020) is user-defined input and is used as the source epoch in step 2.EPSG'EPSGV?vȴ9NKG2020g U7EPSG*vITRF2020 to ETRS89-NOR [EUREF89] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined and is used as the source epoch in step 2.EPSG'EPSG*y?xtj~NKG2020i Y7EPSG*uITRF2020 to ETRS89-FIN [EUREF-FIN] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined and is used as the source epoch in step 2.EPSG'EPSG)?pbMNKG2020e Q7EPSG*tITRF2020 to ETRS89-EST [EST97] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined and is used as the source epoch in step 2.EPSG'EPSGF?tzG{NKG2020e Q7EPSG*IITRF2014 to ETRS89-EST [EST97] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined and is used as the source epoch in step 2.EPSGmEPSGF?tzG{NKG2020C YkEPSG*HITRF2014 to ETRS89-SWE [SWEREF 99] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined and is used as the source epoch in step 2. For coordinates originating before 2021-02-07, the NKG2008 transformation should be used.EPSGmEPSGp?pbMNKG2020e Q7EPSG*BITRF2014 to ETRS89-LTU [LKS94] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined and is used as the source epoch in step 2.EPSGmEPSGV?vȴ9NKG2020g U7EPSG*AITRF2014 to ETRS89-NOR [EUREF89] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined and is used as the source epoch in step 2.EPSGmEPSG*y?xtj~NKG2020i Y7EPSG*@ITRF2014 to ETRS89-FIN [EUREF-FIN] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined and is used as the source epoch in step 2.EPSGmEPSG)?pbMNKG2020c ACEPSG*?ITRF2014 to NKG_ETRF14 (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2014) is user-defined input and is used as the source epoch in step 2.EPSGmEPSG*5?PbMNKG2020z OC;EPSG*KKJ to ETRS89-FIN [EUREF-FIN] (3)Recommended transformation between KKJ and ETRS89-FIN [EUREF-FIN]. Use this in preference to transformation KKJ to ETRS89-FIN [EUREF-FIN] (2) (code 10098).EPSGEPSG)?QNLS-FIN TINshift LatLonXC/EPSG*BES2020 Sint Eustatius to Sint Eustatius + Sint Eustatius height (1)Reversible alternative to BES2020 Sint Eustatius to Sint Eustatius height (1) (code 10754).EPSG)EPSG)?NSGI-Bes SEu 2020Y U!!EPSG*SVD2006 height to SVD2024 height (1)Accuracy is RMS of the accuracies of the two concatenated operation steps.EPSGN EPSG*?ffffffNMA-Sjm SV F { q g WXx"[xF %=yNKGETRF00_TO_NONKG_ETRF00 to ETRS89(NO)Transformation from NKG_ETRF00@2000.0 to ETRF93@1995.0NKGETRF00EPSGH?zG{NKG 2008 %?yNKGETRF00_TO_FINKG_ETRF00 to ETRS89 (FI)Transformation from NKG_ETRF00@2000.0 to ETRF96@1997.0NKGETRF00EPSGH?zG{NKG 2008$ 3MNKGETRF00_TO_EUREF-FINNKG_ETRF00 to ETRS89 (EUREF-FIN)Transformation from NKG_ETRF00@2000.0 to ETRF96@1997.0 (EUREF-FIN)NKGETRF00EPSG)?zG{NKG 2008 %Q{NKGETRF00_TO_EENKG_ETRF00 to ETRS89 (EUREF-EST97)Transformation from NKG_ETRF00@2000.0 to ETRF96@1997.56NKGETRF00EPSGH?zG{NKG 2008 %=}NKGETRF00_TO_DKNKG_ETRF00 to ETRS89(DK)Transformation from NKG_ETRF00@2000.0 to ETRF92@1994.704NKGETRF00EPSGH?zG{NKG 2008u 7}IGNFTSG62_NTFP_TO_ED50GEONouvelle Triangulation Francaise Paris grades to ED50GEOIGNFNTFPIGNFED50GEO1.0.0o 3yIGNFTSG62_NTFP_TO_ED50GNouvelle Triangulation Francaise Paris grades to ED50GIGNFNTFPIGNFED50G1.0.0} ?}IGNFTSG62_NTFPGRAD_TO_ED50GEONouvelle Triangulation Francaise Paris grades to ED50GEOIGNFNTFPGRADIGNFED50GEO1.0.0w ;yIGNFTSG62_NTFPGRAD_TO_ED50GNouvelle Triangulation Francaise Paris grades to ED50GIGNFNTFPGRADIGNFED50G1.0.0y ;IGNFTSG399_NTFP_TO_WGS84GDDNouvelle Triangulation Francaise Paris grades to WGS84GDDIGNFNTFPIGNFWGS84GDD1.0.0s 7{IGNFTSG399_NTFP_TO_WGS84GNouvelle Triangulation Francaise Paris grades to WGS84GIGNFNTFPIGNFWGS84G1.0.0k 3wIGNFTSG399_NTFP_TO_4326Nouvelle Triangulation Francaise Paris grades to 4326IGNFNTFPEPSG1.0.0 CIGNFTSG399_NTFPGRAD_TO_WGS84GDDNouvelle Triangulation Francaise Paris grades to WGS84GDDIGNFNTFPGRADIGNFWGS84GDD1.0.0{ ?{IGNFTSG399_NTFPGRAD_TO_WGS84GNouvelle Triangulation Francaise Paris grades to WGS84GIGNFNTFPGRADIGNFWGS84G1.0.0s ;wIGNFTSG399_NTFPGRAD_TO_4326Nouvelle Triangulation Francaise Paris grades to 4326IGNFNTFPGRADEPSG1.0.0B WkEPSG,3ITRF2020 to ETRS89-LVA [LKS-2020] (1)The coordinate epoch (in years) of the coordinates referenced to the source CRS (ITRF2020) is user-defined and is used as the source epoch in step 2. For coordinates originating before 2021-02-07, the NKG2008 transformation should be used.EPSG'EPSG(??xtj~NKG2020W U 'EPSG,.ITRF2020 to ETRS89-CHE [CHTRF95] (1)EPSG'EPSG+?IOGP-Che 1995 Yi'EPSG,ITRF2020 to ETRS89-MDA [MOLDREF99] (1)Accuracy is approximately 1cm at the ETRS89-MDA [MOLDREF99] anchor epoch of 1997.4 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG'EPSG?IOGP-Mda 1999 Yi' EPSG+ITRF2020 to ETRS89-MDA [MOLDREF99] (1)Accuracy is approximately 1cm at the ETRS89-MDA [MOLDREF99] anchor epoch of 1997.4 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG)IEPSG?IOGP-Mda 1999 ]m'EPSG+ITRF2020 to ETRS89-XKX [KOSOVAREF01] (1)Accuracy is approximately 1cm at the ETRS89-XKX [KOSOVAREF01] anchor epoch of 2010.5 but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG'EPSG#?IOGP-Kos 2001V S 'EPSG+ITRF2020 to ETRS89-HRV [HTRS96] (1)EPSG'EPSG?IOGP-Hrv 1995 Ug'EPSG+ITRF2020 to ETRS89-ESP [REGENTE] (1)Accuracy is approximately 1cm at the ETRS89-ESP [REGENTE] anchor epoch of 1995.4, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG'EPSG+y?IOGP-Esp 1995 Oa'EPSG+fITRF2020 to ETRS89-PRT [1995] (1)Accuracy is approximately 1cm at the ETRS89-PRT [1995] anchor epoch of 1995.4, but deteriorates with time due to tectonic deformation and/or glacial isostatic adjustment.EPSG'EPSG+b?IOGP-Prt 1995 %G{NKGETRF00_TO_LVNKG_ETRF00 to ETRS89 (LKS-92)Transformation from NKG_ETRF00@2000.0 to ETRF89@1992.75NKGETRF00EPSGT?zG{NKG 2008 %3NKGETRF00_TO_LTNKG_ETRF00 to LKS94Transformation from NKG_ETRF00@2000.0 to ETRF2000@2003.75NKGETRF00EPSGV?zG{NKG 2008 xtT  l M YEf<*x0 Sk PROJAMERICAN_SAMOA_1962_TO_NAD83_FBN_ASAmerican Samoa 1962 to NAD83(FBN) (NADCON5, AS)Transformation based on concatenation of NADCON5 transformationsEPSGIEPSG" )9{NKGITRF2014_TO_SEITRF2014 to ETRS89(SE)Time-dependent transformation from ITRF2014 to SWEREF99EPSGmEPSGp?zG{NKG 2020 )9NKGITRF2014_TO_NOITRF2014 to ETRS89(NO)Time-dependent transformation from ITRF2014 to ETRS89(NO)EPSGmEPSGH?zG{NKG 2020 99NKGITRF2014_TO_NKG_ETRF14ITRF2014 to NKG_ETRF14Time-dependent transformation from ITRF2014 to NKG_ETRF14EPSGmNKGETRF14?zG{NKG 2020 )C NKGITRF2014_TO_LVITRF2014 to ETRS89 (LKS-92)Time-dependent transformation from ITRF2014 to ETRS89 (LKS-92)EPSGmEPSGT?zG{NKG 2020 )9NKGITRF2014_TO_LTITRF2014 to ETRS89(LT)Time-dependent transformation from ITRF2014 to ETRS89(LT)EPSGmEPSGV?zG{NKG 2020# =INKGITRF2014_TO_FI_EUREF-FINITRF2014 to ETRS89 (EUREF-FIN)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-FIN)EPSGmEPSG)?zG{NKG 2020 );wNKGITRF2014_TO_FIITRF2014 to ETRS89(FI))Time-dependent transformation from ITRF2014 to ETRS89EPSGmEPSGH?zG{NKG 2020 )MNKGITRF2014_TO_EEITRF2014 to ETRS89 (EUREF-EST97)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-EST97)EPSGmEPSGH?zG{NKG 2020 )9NKGITRF2014_TO_DKITRF2014 to ETRS89(DK)Time-dependent transformation from ITRF2014 to ETRS89(DK)EPSGmEPSGH?zG{NKG 2020 )9NKGITRF2000_TO_SEITRF2000 to ETRS89(SE)Time-dependent transformation from ITRF2014 to ETRS89(SE)EPSG7EPSGp?zG{NKG 2008 )9NKGITRF2000_TO_NOITRF2000 to ETRS89(NO)Time-dependent transformation from ITRF2014 to ETRS89(NO)EPSG7EPSGH?zG{NKG 2008 99NKGITRF2000_TO_NKG_ETRF00ITRF2000 to NKG_ETRF00Time-dependent transformation from ITRF2000 to NKG_ETRF00EPSG7NKGETRF00?zG{NKG 2008 )C NKGITRF2000_TO_LVITRF2000 to ETRS89 (LKS-92)Time-dependent transformation from ITRF2014 to ETRS89 (LKS-92)EPSG7EPSGT?zG{NKG 2008 )9NKGITRF2000_TO_LTITRF2000 to ETRS89(LT)Time-dependent transformation from ITRF2014 to ETRS89(LT)EPSG7EPSGV?zG{NKG 2008# =INKGITRF2000_TO_FI_EUREF-FINITRF2000 to EUREF-FIN (ETRS89)Time-dependent transformation from ITRF2014 to EUREF-FIN (ETRS89)EPSG7EPSG)?zG{NKG 2008 )INKGITRF2000_TO_FIITRF2000 to ETRS89 (EUREF-FIN)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-FIN)EPSG7EPSGH?zG{NKG 2008 )9NKGITRF2000_TO_EEITRF2000 to ETRS89(EE)Time-dependent transformation from ITRF2014 to ETRS89 (EUREF-EST97)EPSG7EPSGH?zG{NKG 2008 )9NKGITRF2000_TO_DKITRF2000 to ETRS89(DK)Time-dependent transformation from ITRF2014 to ETRS89(DK)EPSG7EPSGH?zG{NKG 2008 %9NKGETRF14_TO_SENKG_ETRF14 to SWEREF99Transformation from NKG_ETRF14@2000.0 to SWEREF99 (ETRF97@1999.5)NKGETRF14EPSGp?zG{NKG 2020 %=yNKGETRF14_TO_NONKG_ETRF14 to ETRS89(NO)Transformation from NKG_ETRF14@2000.0 to ETRF93@1995.0NKGETRF14EPSGH?zG{NKG 2020 %G{NKGETRF14_TO_LVNKG_ETRF14 to ETRS89 (LKS-92)Transformation from NKG_ETRF14@2000.0 to ETRF89@1992.75NKGETRF14EPSGT?zG{NKG 2020 %3NKGETRF14_TO_LTNKG_ETRF14 to LKS94Transformation from NKG_ETRF14@2000.0 to ETRF2000@2003.75 (LKS94)NKGETRF14EPSGV?zG{NKG 2020' 9MNKGETRF14_TO_FI_EUREF-FINNKG_ETRF14 to ETRS89 (EUREF-FIN)Transformation from NKG_ETRF14@2000.0 to ETRF96@1997.0 (EUREF-FIN)NKGETRF14EPSG)?zG{NKG 2020 %?yNKGETRF14_TO_FINKG_ETRF14 to ETRS89 (FI)Transformation from NKG_ETRF14@2000.0 to ETRF96@1997.0NKGETRF14EPSGH?zG{NKG 2020 %Q{NKGETRF14_TO_EENKG_ETRF14 to ETRS89 (EUREF-EST97)Transformation from NKG_ETRF14@2000.0 to ETRF96@1997.56NKGETRF14EPSGH?zG{NKG 2020 %=}NKGETRF14_TO_DKNKG_ETRF14 to ETRS89(DK)Transformation from NKG_ETRF14@2000.0 to ETRF92@1994.704NKGETRF14EPSGH?zG{NKG 2020 L|= t D UT8n ^L6 Qk PROJNAD83_HARN_TO_NAD83_NSRS2007_CONUSNAD83(HARN) to NAD83(NSRS2007) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG?Q, Ga PROJNAD83_HARN_TO_NAD83_MA11_GUAMNAD83(HARN) to NAD83(MA11) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG?Q* E_ PROJNAD83_HARN_TO_NAD83_FBN_PRVINAD83(HARN) to NAD83(FBN) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG"?Q, Ga PROJNAD83_HARN_TO_NAD83_2011_PRVINAD83(HARN) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG?. Ic PROJNAD83_HARN_TO_NAD83_2011_CONUSNAD83(HARN) to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG? =p 0 Ke PROJNAD83_HARN_TO_NAD83_2011_ALASKANAD83(HARN) to NAD83(2011) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSG8EPSG?QH c} PROJNAD83_HARN_CORRECTED_TO_NAD83_NSRS2007_PRVINAD83(HARN Corrected) to NAD83(NSRS2007) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG!aEPSG?Q@ [u PROJNAD83_HARN_CORRECTED_TO_NAD83_2011_PRVINAD83(HARN Corrected) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG!aEPSG? =p * E_ PROJNAD83_FBN_TO_NAD83_2011_PRVINAD83(FBN) to NAD83(2011) (NADCON5, PRVI)Transformation based on concatenation of NADCON5 transformationsEPSG"EPSG?Q, Ga PROJNAD83_FBN_TO_NAD83_2011_CONUSNAD83(FBN) to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSG"EPSG?Q+ G_ PROJNAD27_TO_NAD83_NSRS2007_CONUSNAD27 to NAD83(NSRS2007) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG?\(Á- Ia PROJNAD27_TO_NAD83_NSRS2007_ALASKANAD27 to NAD83(NSRS2007) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG? =p# ?W PROJNAD27_TO_NAD83_HARN_CONUSNAD27 to NAD83(HARN) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG8?zG{% AY PROJNAD27_TO_NAD83_HARN_ALASKANAD27 to NAD83(HARN) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG8? =p! =U PROJNAD27_TO_NAD83_FBN_CONUSNAD27 to NAD83(FBN) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG"?\(Á# ?W PROJNAD27_TO_NAD83_2011_CONUSNAD27 to NAD83(2011) (NADCON5, CONUS)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG? =p % AY PROJNAD27_TO_NAD83_2011_ALASKANAD27 to NAD83(2011) (NADCON5, Alaska)Transformation based on concatenation of NADCON5 transformationsEPSGEPSG?\( -S}PROJKKJ_TO_EUREF_FINKKJ to EUREF-FIN (using EPSG:10703)Transformation based on a triangulated irregular networkEPSGEPSG) 'M}PROJKKJ_TO_ETRS89KKJ to ETRS89 (using EPSG:10703)Transformation based on a triangulated irregular networkEPSGEPSG" E] PROJGUAM_1963_TO_NAD83_MA11_GUAMGuam 1963 to NAD83(MA11) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSGCEPSG C[ PROJGUAM_1963_TO_NAD83_FBN_GUAMGuam 1963 to NAD83(FBN) (NADCON5, GUAM)Transformation based on concatenation of NADCON5 transformationsEPSGCEPSG" 5msPROJETRS89_TO_S_JTSK_E_NETRS89 to S-JTSK / Krovak East North (EPSG:5514)Transformation based on grid table_-y-x_3_v1710.tifEPSGEPSG( GsPROJETRS89_CZE_2007_TO_S_JTSK_E_NETRS89-CZE [2007] to S-JTSK / Krovak East North (EPSG:5514)Transformation based on grid table_-y-x_3_v1710.tifEPSG+>EPSG /7 PROJCH1903+_to_ETRS89CH1903+ to ETRS89 (1)Equivalent of pre-EPSG 12.048 EPSG:1647 "CH1903+ to ETRS89 (1)"EPSG6EPSG V g # l  e T57[5 EM5PROJWGS_84_G1674_TO_WGS_84_G2296WGS 84 (G1674) to WGS 84 (G2296)Transformation based on concatenation of transformations between WGS 84 realizationsEPSGEPSG)l?Q5 EM5PROJWGS_84_G1674_TO_WGS_84_G2139WGS 84 (G1674) to WGS 84 (G2139)Transformation based on concatenation of transformations between WGS 84 realizationsEPSGEPSG&?zG{5 EM5PROJWGS_84_G1150_TO_WGS_84_G2296WGS 84 (G1150) to WGS 84 (G2296)Transformation based on concatenation of transformations between WGS 84 realizationsEPSGEPSG)l?zG{5 EM5PROJWGS_84_G1150_TO_WGS_84_G2139WGS 84 (G1150) to WGS 84 (G2139)Transformation based on concatenation of transformations between WGS 84 realizationsEPSGEPSG&?Q EcsPROJS_JTSK_GEOG_TO_S_JTSK05_GEOGS-JTSK (EPSG:4156) to S-JTSK/05 (EPSG:5228)Transformation based on grid table_-y-x_3_v1710.tifEPSGV EPSGEPSGEPSGEPSG EPSGEPSGEPSGSEPSG EPSGSEPSGEPSG:EPSG9 EPSG:EPSG8EPSGEPSG EPSGEPSGEPSGzEPSGw EPSGzEPSG\EPSGxEPSGk EPSGxEPSGvEPSGnEPSG EPSGnEPSG\EPSGHEPSGG EPSGHEPSGEPSGFEPSGE EPSGFEPSGEPSGEPSG EPSGEPSGEPSGSEPSG EPSGSEPSGEPSG~EPSGz EPSG~EPSGIEPSG8EPSGR EPSG8EPSG7 p\G3 zfQ=( p [ G 2  z e Q < (  o [ F 2  y e P < '  o Z F 1  ydP;'nZE1xdO;&nYE0xcO:&mYD0wcN:%EPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSG!EPSG!EPSG EPSG!EPSG!EPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGEPSG!EPSG EPSG!EPSGPEPSG!EPSG} EPSG!EPSGKEPSG!EPSG~ EPSG!EPSG9EPSG!EPSG~ EPSG!EPSG<EPSG!EPSG~ EPSG!EPSG;EPSG!EPSG~ EPSG!EPSG:EPSG!EPSG, EPSG!EPSG+EPSG!~EPSG, EPSG!~EPSG*EPSG!}EPSG} EPSG!}EPSG7EPSG!|EPSG} EPSG!|EPSG#EPSG!{EPSG EPSG!{EPSG"EPSG!yEPSG} EPSG!yEPSG4EPSG!xEPSG EPSG!xEPSG0EPSG!vEPSG EPSG!vEPSG$EPSG!uEPSG EPSG!uEPSG&EPSG!tEPSG EPSG!tEPSG(EPSG!sEPSG EPSG!sEPSG EPSG!rEPSG EPSG!rEPSGEPSG!pEPSG~ EPSG!pEPSGEPSG!jEPSG EPSG!jEPSGEPSG!iEPSG EPSG!iEPSGEPSG!YEPSG EPSG!YEPSG EPSG!TEPSG EPSG!TEPSGEPSG!REPSG EPSG!REPSGEPSG!EEPSG EPSG!EEPSGEPSG!BEPSG EPSG!BEPSGEPSG!AEPSG EPSG!AEPSGEPSG!@EPSG EPSG!@EPSGEPSG!?EPSG EPSG!?EPSGEPSG!>EPSG EPSG!>EPSGEPSG!=EPSG EPSG!=EPSGEPSG!<EPSG EPSG!EPSG*tEPSG*9 EPSG*tEPSG)[EPSG*IEPSG*>EPSG*IEPSG*9 EPSG*IEPSG"EPSG*HEPSG*=EPSG*HEPSG*9 EPSG*HEPSG"EPSG*BEPSG*<EPSG*BEPSG*9 EPSG*BEPSG"EPSG*AEPSG*;EPSG*AEPSG*9 EPSG*AEPSG"EPSG*@EPSG*:EPSG*@EPSG*9 EPSG*@EPSG"EPSG*?EPSG*9 EPSG*?EPSG"EPSG*EPSG>EPSG*EPSG) EPSG*EPSGGEPSG*EPSG* EPSG*EPSG)EPSG*EPSG) EPSG*EPSG)EPSG*EPSG* EPSG*EPSG)EPSG)EPSG) EPSG)EPSG)EPSG)xEPSG' EPSG)xEPSG%EPSG)EPSG( EPSG)EPSG(EPSG(EPSG( EPSG(EPSG(EPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG(EPSG( EPSG(EPSGEPSG'EPSG' EPSG'EPSG%EPSG&EPSG% EPSG&EPSG%EPSG&EPSG% EPSG&EPSG&EPSG%EPSG! 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Nacional 2008EPSG3D)7geodetic_datumEPSGMexican Datum of 1993EPSG)C)#geodetic_datumEPSG^NAD83(MA11)EPSG)B)#geodetic_datumEPSG]NAD83(PA11)EPSG)A)#geodetic_datumEPSG\NAD83(2011)EPSG&@)vertical_datumEPSGOostendeEPSG/?)/geodetic_datumEPSGCGrand Cayman 1959EPSG$>)vertical_datumEPSGHNN2000EPSG$=)geodetic_datumEPSGLCIGD11EPSG?<)Ogeodetic_datumEPSGFLittle Cayman Geodetic Datum 1961EPSG$;)geodetic_datumEPSGFSIGD61EPSG$:)geodetic_datumEPSGCGCGD59EPSG$9)vertical_datumEPSGIGCVD54EPSG$8)vertical_datumEPSGKCBVD61EPSG$7)vertical_datumEPSGJLCVD61EPSG%6)geodetic_datumEPSGGTGD2005EPSG'5)vertical_datumEPSGFHigh TideEPSG&4)vertical_datumEPSGELow tideEPSG.3)-vertical_datumEPSG?Spring Low WaterEPSG"2)vertical_datumEPSG?MLWSEPSG!1)vertical_datumEPSGCMLWEPSG#0)vertical_datumEPSG>MLLWSEPSG"/)vertical_datumEPSGAMLLWEPSG/.)/vertical_datumEPSG@Spring High WaterEPSG"-)vertical_datumEPSG@MHWSEPSG!,)vertical_datumEPSGDMHWEPSG"+)vertical_datumEPSGBMHHWEPSG!*)vertical_datumEPSG8LATEPSG#))vertical_datumEPSG;LLWLTEPSG0()1vertical_datumEPSG=Indian Tidal PlaneEPSG"')vertical_datumEPSG=ISLWEPSG!&)vertical_datumEPSG:HATEPSG#%)vertical_datumEPSGDeutsches Haupthöhennetz 1985EPSG()!geodetic_datumEPSGSIRGAS2000EPSG#)geodetic_datumEPSG4PNG94EPSG,))geodetic_datumEPSGQCorrego AlegreEPSG1)3geodetic_datumEPSG0Panamá-Colón 1911EPSG$)geodetic_datumEPSG0BalboaEPSGD)Ygeodetic_datumEPSG&Posiciones Geodésicas Argentinas 2007EPSG$)geodetic_datumEPSG&POSGAREPSG))#geodetic_datumEPSG&POSGAR 2007EPSG$)geodetic_datumEPSG1RGAF09EPSG+)'geodetic_datumEPSG*MACARIO SOLISEPSG$)geodetic_datumEPSG'MARGENEPSG")geodetic_datumEPSG)CR05EPSG')geodetic_datumEPSGROU-USAMSEPSG9)Cgeodetic_datumEPSG+Sistema Geodésico NacionalEPSGL)igeodetic_datumEPSG-Red Geodésica Básica Nacional de El SalvadorEPSGD)Ygeodetic_datumEPSGNAD83 (High Accuracy Regional Network)EPSG&)geodetic_datumEPSG%ITRF2008EPSG% )geodetic_datumEPSG$ISN2004EPSGa )geodetic_datumEPSGSystém Jednotné trigonometrické sítě katastrální/05 (Ferro)EPSG/ )/geodetic_datumEPSGS-JTSK/05 (Ferro)EPSGY )geodetic_datumEPSGSystém Jednotné trigonometrické sítě katastrální/05EPSG KtJ$wG l C b 1 m <  g " [ 1 FT`9=>}4j"xN"(*)!geodetic_datumEPSG?MALS09-IRFEPSG)))#geodetic_datumEPSG>GWWWA22-IRFEPSG)()#geodetic_datumEPSG=GWWAB22-IRFEPSG)')#geodetic_datumEPSGApproximate Mean Lower Low Water Spring TidesEPSG>)Mvertical_datumEPSGAApproximate Mean Lower Low WaterEPSGF)]vertical_datumEPSG)7geodetic_datumEPSGPNSIDC Authalic SphereEPSG&=)geodetic_datumEPSG9S34S-IRFEPSG&<)geodetic_datumEPSG4S34J-IRFEPSG+;)'geodetic_datumEPSGFOstenfeld-IRFEPSG$:)geodetic_datumEPSGEKK-IRFEPSG%9)geodetic_datumEPSGDGSB-IRFEPSG$8)geodetic_datumEPSGCGS-IRFEPSG&7)geodetic_datumEPSGBS45B-IRFEPSG$6)geodetic_datumEPSGMRGNC15EPSG&5)geodetic_datumEPSGLLKS-2020EPSG)4)#geodetic_datumEPSGLatvia 1992EPSG&3)geodetic_datumEPSGKRGSH2020EPSG&2)vertical_datumEPSGJNGA 2022EPSG=1)Kgeodetic_datumEPSGIETRS89-DEU [ETRS89/DREF91/2016]EPSG)0)#geodetic_datumEPSGGSMITB20-IRFEPSG(/)!geodetic_datumEPSG7ShAb07-IRFEPSG(.)!geodetic_datumEPSG6DoPw22-IRFEPSG(-)!geodetic_datumEPSG@OxWo08-IRFEPSG(,)!geodetic_datumEPSG;DIBA15-IRFEPSG'+)geodetic_datumEPSGASYC20-IRFEPSG JtJ%wA ~ G  t ;  Z -  m 6 Q {T a%q5= o,m6d.c+OK'qprojected_crsEPSGxGNord Sahara 1959 / Lambert Nord Voirol Unifie 1960EPSG5J'=projected_crsEPSGjGD49 / South Island GridEPSG5I'=projected_crsEPSGjGD49 / North Island GridEPSG/H'1projected_crsEPSGj|GD49 / UTM zone 60EPSG/G'1projected_crsEPSGj{GD49 / UTM zone 59EPSG/F'1projected_crsEPSGjzGD49 / UTM zone 58EPSG2E'7projected_crsEPSGdETRF89 / UTM zone 38NEPSG3D'9projected_crsEPSGXLevant / Levant StereoEPSG3C'9projected_crsEPSGXLevant / Syria LambertEPSG1B'5projected_crsEPSGXLevant / Levant ZoneEPSG1A'5projected_crsEPSGRGenuk / UTM zone 50SEPSG1@'5projected_crsEPSGRGenuk / UTM zone 48SEPSG4?';projected_crsEPSGRlGenuk (Jakarta) / NEIEZEPSG+>%+geodetic_crsEPSGGenuk (Jakarta)EPSG =%geodetic_crsEPSGGD49EPSG"<%geodetic_crsEPSGLevantEPSG";%geodetic_crsEPSGzBogotaEPSG!:%geodetic_crsEPSGsGenukEPSG@9%Ugeodetic_crsEPSGLNational Geodetic System [Argentina]EPSG'8%#geodetic_crsEPSG,NAD83(CSRS)EPSG37%;geodetic_crsEPSG$Final Datum 1958 (Iran)EPSG96'Eprojected_crsEPSG Final Datum 1958 / Iraq zoneEPSG/5'1projected_crsEPSGNAD83 / PEI StereoEPSG@4'Sprojected_crsEPSGoSierra Leone 1924 / Peninsular GridEPSG:3'Gprojected_crsEPSGcNAD83(CSRS98) / SCoPQ zone 10EPSG92'Eprojected_crsEPSGbNAD83(CSRS98) / SCoPQ zone 9EPSG91'Eprojected_crsEPSGaNAD83(CSRS98) / SCoPQ zone 8EPSG90'Eprojected_crsEPSG`NAD83(CSRS98) / SCoPQ zone 7EPSG9/'Eprojected_crsEPSG_NAD83(CSRS98) / SCoPQ zone 6EPSG9.'Eprojected_crsEPSG^NAD83(CSRS98) / SCoPQ zone 5EPSG9-'Eprojected_crsEPSG]NAD83(CSRS98) / SCoPQ zone 4EPSG9,'Eprojected_crsEPSG\NAD83(CSRS98) / SCoPQ zone 3EPSG*+''projected_crsEPSGRlGenuk / NEIEZEPSG2*)5geodetic_datumEPSGETRS89-CHE [CHTRF95]EPSGC))Wgeodetic_datumEPSGiCroatian Terrestrial Reference SystemEPSGH()ageodetic_datumEPSGrEuropean Terrestrial Reference System 1989EPSG$')geodetic_datumEPSGrETRS89EPSG6&)=geodetic_datumEPSGETRS89-ALB [KRGJSH 2010]EPSG3%)7geodetic_datumEPSGETRS89-NLD [AGRS2010]EPSG1$)3geodetic_datumEPSGETRS89-HRV [CROPOS]EPSG0#)1geodetic_datumEPSGETRS89-LTU [LKS94]EPSG:")Egeodetic_datumEPSGJaring Kontrol Geodesi (JKG)EPSGV!)}geodetic_datumEPSGIndonesian Geospatial Reference System 2013 epoch 2021.0EPSG" )vertical_datumEPSGLSGHEPSG')geodetic_datumEPSGDrukRef23EPSG4)9geodetic_datumEPSGETRS89-BEL [BEREF2011]EPSG4)9geodetic_datumEPSGETRS89-BEL [BEREF2002]EPSG&)geodetic_datumEPSGIRENET95EPSG4)9geodetic_datumEPSGETRS89-SWE [SWEREF 99]EPSG&)geodetic_datumEPSGSWEREF99EPSG*)%vertical_datumEPSGPL-KRON86-NHEPSG4)9geodetic_datumEPSGETRS89-MDA [MOLDREF99]EPSG=)Kgeodetic_datumEPSGETRS89-DEU [ETRS89/DREF91/2025]EPSG3)7geodetic_datumEPSGLETRS89-LVA [LKS-2020]EPSG1)3geodetic_datumEPSGETRS89-LVA [LKS-92]EPSG6)=geodetic_datumEPSGETRS89-XKX [KOSOVAREF01]EPSG0)1geodetic_datumEPSG$ETRS89-EST [EST97]EPSG1)3geodetic_datumEPSGiETRS89-HRV [HTRS96]EPSG2)5geodetic_datumEPSGETRS89-BGR [BGS2005]EPSG4)9geodetic_datumEPSGNETRS89-BIH [BH_ETRS89]EPSG4)9geodetic_datumEPSGoETRS89-FIN [EUREF-FIN]EPSG1)3geodetic_datumEPSGmETRS89-SVN [D96-17]EPSG. )-geodetic_datumEPSGmETRS89-SVN [D96]EPSG$ )geodetic_datumEPSGmD96-17EPSG4 )9geodetic_datumEPSG!ETRS89-FRA [RGF93 v2b]EPSG3 )7geodetic_datumEPSG ETRS89-FRA [RGF93 v2]EPSG3 )7geodetic_datumEPSGETRS89-FRA [RGF93 v1]EPSG))#geodetic_datumEPSGKRGJSH 2010EPSGI)cgeodetic_datumEPSGKorniza Referuese Gjeodezike Shqiptare 2010EPSG")geodetic_datumEPSGCR14EPSG')geodetic_datumEPSGCR-SIRGASEPSG%)vertical_datumEPSGSVD2024EPSG()!geodetic_datumEPSG{NKG_ETRF14EPSG6)=geodetic_datumEPSGETRS89-GBR [OSNet v2009]EPSG JyDm6 V " R  J  x D  h 0PpL\(RZ"NMvM"1%7geodetic_crsEPSGBelge 1950 (Brussels)EPSG!%geodetic_crsEPSGCGQ77EPSG&%!geodetic_crsEPSGBelge 1972EPSG(%%geodetic_crsEPSGNAD MichiganEPSG&%!geodetic_crsEPSGwBelge 1950EPSG1%7geodetic_crsEPSG&PDO Survey Datum 1993EPSG0'3projected_crsEPSGPuerto Rico SPCS 27EPSG5'=projected_crsEPSG Old Hawaiian / SP zone 5EPSG5 '=projected_crsEPSG Old Hawaiian / SP zone 4EPSG5 '=projected_crsEPSG Old Hawaiian / SP zone 3EPSG5 '=projected_crsEPSG Old Hawaiian / SP zone 2EPSG5 '=projected_crsEPSG Old Hawaiian / SP zone 1EPSG" 'projected_crsEPSG (LKS94EPSG1'5projected_crsEPSG YKKJ / Finland zone 3EPSG2'7projected_crsEPSGATS77 / MTM NS zone 5EPSG2'7projected_crsEPSGATS77 / MTM NS zone 4EPSG5'=projected_crsEPSGNAD83(CSRS) / PEI StereoEPSG/'1projected_crsEPSGATS77 / PEI StereoEPSG5'=projected_crsEPSGATS77 / NB StereographicEPSG+')projected_crsEPSGmIRENET95 / ITMEPSG-'-projected_crsEPSGYAccra / Ghana TMEPSG4';projected_crsEPSGXAccra / Gold Coast GridEPSG+')projected_crsEPSG3Qatar Plane CSEPSG2~'7projected_crsEPSG1Korean 1985 / CentralEPSG3}'9projected_crsEPSG,S Yemen / Gauss zone 9EPSG3|'9projected_crsEPSG+S Yemen / Gauss zone 8EPSG2{'7projected_crsEPSG*Yemen NGN96 / UTM 39NEPSG2z'7projected_crsEPSG)Yemen NGN96 / UTM 38NEPSG1y'5projected_crsEPSG$Hito XVIII / UTM 19SEPSG?x'Qprojected_crsEPSG#Hito XVIII 1963 / Argentina zone 2EPSG?w'Qprojected_crsEPSG!Chos Malal 1914 / Argentina zone 2EPSG4v';projected_crsEPSGNaparima 1955 / UTM 20NEPSG2u'7projected_crsEPSGMount Dillon / TobagoEPSG!t'projected_crsEPSGLV95EPSG5s'=projected_crsEPSGNew S African CS zone 33EPSG5r'=projected_crsEPSGNew S African CS zone 31EPSG5q'=projected_crsEPSGNew S African CS zone 29EPSG5p'=projected_crsEPSGNew S African CS zone 27EPSG5o'=projected_crsEPSGNew S African CS zone 25EPSG5n'=projected_crsEPSGNew S African CS zone 23EPSG5m'=projected_crsEPSGNew S African CS zone 21EPSG5l'=projected_crsEPSGNew S African CS zone 19EPSG5k'=projected_crsEPSGNew S African CS zone 17EPSG5j'=projected_crsEPSGNew S African CS zone 15EPSG5i'=projected_crsEPSGHanoi 72 / Gauss zone 19EPSG5h'=projected_crsEPSGHanoi 72 / Gauss zone 18EPSG1g'5projected_crsEPSGAbidjan 87 / UTM 29NEPSG1f'5projected_crsEPSGLocodjo 65 / UTM 29NEPSG1e'5projected_crsEPSGAbidjan 87 / UTM 30NEPSG1d'5projected_crsEPSGLocodjo 65 / UTM 30NEPSG2c'7projected_crsEPSGNAD83(CSRS) / UTM 20NEPSG2b'7projected_crsEPSGNAD83(CSRS) / UTM 19NEPSG4a';projected_crsEPSGNAD83(CSRS) / NB StereoEPSG2`'7projected_crsEPSGCGQ77 / SCoPQ zone 10EPSG1_'5projected_crsEPSGCGQ77 / SCoPQ zone 9EPSG1^'5projected_crsEPSGCGQ77 / SCoPQ zone 8EPSG1]'5projected_crsEPSGCGQ77 / SCoPQ zone 7EPSG1\'5projected_crsEPSGCGQ77 / SCoPQ zone 6EPSG1['5projected_crsEPSGCGQ77 / SCoPQ zone 5EPSG1Z'5projected_crsEPSGCGQ77 / SCoPQ zone 4EPSG1Y'5projected_crsEPSGCGQ77 / SCoPQ zone 3EPSG1X'5projected_crsEPSGCGQ77 / SCoPQ zone 2EPSG5W'=projected_crsEPSGSt Vincent 45 / BWI GridEPSG5V'=projected_crsEPSGSt Lucia 1955 / BWI GridEPSG5U'=projected_crsEPSGSt Kitts 1955 / BWI GridEPSG5T'=projected_crsEPSGMontserrat 58 / BWI GridEPSG4S';projected_crsEPSGGrenada 1953 / BWI GridEPSG5R'=projected_crsEPSGDominica 1945 / BWI GridEPSG4Q';projected_crsEPSGAntigua 1943 / BWI GridEPSG5P'=projected_crsEPSGAnguilla 1957 / BWI GridEPSG-O'-projected_crsEPSGzDBelge Lambert 72EPSG2N'7projected_crsEPSGyZanderij / Surinam TMEPSG3M'9projected_crsEPSGyZanderij / Surinam OldEPSGNL'oprojected_crsEPSGxHNord Sahara 1959 / Lambert Sud Voirol Unifie 1960EPSG K0]) D g 4 u J  p D  h < `4X,[$~Ff.Nn6V5`'=projected_crsEPSGN|Pulkovo 1995 / Gauss 32NEPSG5_'=projected_crsEPSGN{Pulkovo 1995 / Gauss 31NEPSG5^'=projected_crsEPSGNzPulkovo 1995 / Gauss 30NEPSG5]'=projected_crsEPSGNyPulkovo 1995 / Gauss 29NEPSG5\'=projected_crsEPSGNxPulkovo 1995 / Gauss 28NEPSG5['=projected_crsEPSGNwPulkovo 1995 / Gauss 27NEPSG5Z'=projected_crsEPSGNvPulkovo 1995 / Gauss 26NEPSG5Y'=projected_crsEPSGNuPulkovo 1995 / Gauss 25NEPSG5X'=projected_crsEPSGNtPulkovo 1995 / Gauss 24NEPSG5W'=projected_crsEPSGNsPulkovo 1995 / Gauss 23NEPSG5V'=projected_crsEPSGNrPulkovo 1995 / Gauss 22NEPSG5U'=projected_crsEPSGNqPulkovo 1995 / Gauss 21NEPSG5T'=projected_crsEPSGNpPulkovo 1995 / Gauss 20NEPSG5S'=projected_crsEPSGNoPulkovo 1995 / Gauss 19NEPSG5R'=projected_crsEPSGNnPulkovo 1995 / Gauss 18NEPSG5Q'=projected_crsEPSGNmPulkovo 1995 / Gauss 17NEPSG5P'=projected_crsEPSGNlPulkovo 1995 / Gauss 16NEPSG5O'=projected_crsEPSGNkPulkovo 1995 / Gauss 15NEPSG5N'=projected_crsEPSGNjPulkovo 1995 / Gauss 14NEPSG5M'=projected_crsEPSGNiPulkovo 1995 / Gauss 13NEPSG5L'=projected_crsEPSGNhPulkovo 1995 / Gauss 12NEPSG5K'=projected_crsEPSGNgPulkovo 1995 / Gauss 11NEPSG5J'=projected_crsEPSGNfPulkovo 1995 / Gauss 10NEPSG4I';projected_crsEPSGNePulkovo 1995 / Gauss 9NEPSG4H';projected_crsEPSGNdPulkovo 1995 / Gauss 8NEPSG4G';projected_crsEPSGNcPulkovo 1995 / Gauss 7NEPSG4F';projected_crsEPSGNbPulkovo 1995 / Gauss 6NEPSG4E';projected_crsEPSGNaPulkovo 1995 / Gauss 5NEPSG4D';projected_crsEPSGN`Pulkovo 1995 / Gauss 4NEPSG)C'%projected_crsEPSGN@S-95 zone 32EPSG)B'%projected_crsEPSGN?S-95 zone 31EPSG)A'%projected_crsEPSGN>S-95 zone 30EPSG)@'%projected_crsEPSGN=S-95 zone 29EPSG)?'%projected_crsEPSGN'%projected_crsEPSGN;S-95 zone 27EPSG)='%projected_crsEPSGN:S-95 zone 26EPSG)<'%projected_crsEPSGN9S-95 zone 25EPSG);'%projected_crsEPSGN8S-95 zone 24EPSG):'%projected_crsEPSGN7S-95 zone 23EPSG)9'%projected_crsEPSGN6S-95 zone 22EPSG)8'%projected_crsEPSGN5S-95 zone 21EPSG)7'%projected_crsEPSGN4S-95 zone 20EPSG)6'%projected_crsEPSGN3S-95 zone 19EPSG)5'%projected_crsEPSGN2S-95 zone 18EPSG)4'%projected_crsEPSGN1S-95 zone 17EPSG)3'%projected_crsEPSGN0S-95 zone 16EPSG)2'%projected_crsEPSGN/S-95 zone 15EPSG)1'%projected_crsEPSGN.S-95 zone 14EPSG)0'%projected_crsEPSGN-S-95 zone 13EPSG)/'%projected_crsEPSGN,S-95 zone 12EPSG).'%projected_crsEPSGN+S-95 zone 11EPSG)-'%projected_crsEPSGN*S-95 zone 10EPSG(,'#projected_crsEPSGN)S-95 zone 9EPSG(+'#projected_crsEPSGN(S-95 zone 8EPSG(*'#projected_crsEPSGN'S-95 zone 7EPSG()'#projected_crsEPSGN&S-95 zone 6EPSG(('#projected_crsEPSGN%S-95 zone 5EPSG(''#projected_crsEPSGN$S-95 zone 4EPSG;&%Kcompound_crsEPSGNAD27 / TX_N + NGVD29 ht (ftUS)EPSG0%%5compound_crsEPSGGB Nat Grid + ODN htEPSG4$%=compound_crsEPSGNTF / France III + IGN69EPSG3#%;compound_crsEPSGNTF / France II + IGN69EPSG3"%;compound_crsEPSGNTF / France II + LalleEPSG7!%Cvertical_crsEPSGaLandeshohennetz 1995 heightEPSG9 %Gvertical_crsEPSG`Landesnivellement 1902 heightEPSG8%Evertical_crsEPSG\PDO Height Datum 1993 heightEPSG8%Evertical_crsEPSG[Japan Levelling Datum heightEPSG0%5vertical_crsEPSGSMean Sea Level depthEPSG1%7vertical_crsEPSGRMean Sea Level heightEPSGK%kvertical_crsEPSGQCanadian Geodetic Vertical Datum of 1928 heightEPSGE%_vertical_crsEPSGPAustralian Height Datum (Tasmania) heightEPSG:%Ivertical_crsEPSGMNormaal Amsterdams Peil heightEPSGL%mvertical_crsEPSGGNorth American Vertical Datum of 1988 height (m)EPSGR%yvertical_crsEPSGFNational Geodetic Vertical Datum of 1929 height (ftUS)EPSG)%'vertical_crsEPSGENewlyn heightEPSG Jd-\( X $ T ! U " V # v > d+Gg/Ot<h3\&N3*'9projected_crsEPSG_Kalianpur 75 / UTM 46NEPSG3)'9projected_crsEPSG_Kalianpur 75 / UTM 45NEPSG3('9projected_crsEPSG_Kalianpur 75 / UTM 44NEPSG3''9projected_crsEPSG_Kalianpur 75 / UTM 43NEPSG3&'9projected_crsEPSG_Kalianpur 75 / UTM 42NEPSG3%'9projected_crsEPSG^Kalianpur 62 / UTM 43NEPSG3$'9projected_crsEPSG^Kalianpur 62 / UTM 42NEPSG3#'9projected_crsEPSG^Kalianpur 62 / UTM 41NEPSG3"'9projected_crsEPSG^Kalianpur 37 / UTM 46NEPSG3!'9projected_crsEPSG^Kalianpur 37 / UTM 45NEPSG1 '5projected_crsEPSG^JAD69 / Jamaica GridEPSG4';projected_crsEPSG^$Jamaica 1875 / Old GridEPSG2'7projected_crsEPSG]Indian 1975 / UTM 48NEPSG2'7projected_crsEPSG]Indian 1975 / UTM 47NEPSG2'7projected_crsEPSG]Indian 1954 / UTM 48NEPSG2'7projected_crsEPSG]Indian 1954 / UTM 47NEPSG2'7projected_crsEPSG]Indian 1954 / UTM 46NEPSG5'=projected_crsEPSGYEgypt 1907 / Ext. PurpleEPSG5'=projected_crsEPSGWCorrego Alegre / UTM 24SEPSG5'=projected_crsEPSGWCorrego Alegre / UTM 23SEPSG0'3projected_crsEPSGWTunisia Mining GridEPSG5'=projected_crsEPSGWSouth African CS zone 33EPSG5'=projected_crsEPSGWSouth African CS zone 31EPSG5'=projected_crsEPSGWSouth African CS zone 29EPSG5'=projected_crsEPSGWSouth African CS zone 27EPSG5'=projected_crsEPSGW South African CS zone 25EPSG5'=projected_crsEPSGW South African CS zone 23EPSG5'=projected_crsEPSGW South African CS zone 21EPSG5'=projected_crsEPSGWSouth African CS zone 19EPSG5 '=projected_crsEPSGWSouth African CS zone 17EPSG5 '=projected_crsEPSGWSouth African CS zone 15EPSG6 '?projected_crsEPSGVC Inchauspe / Argentina 7EPSG6 '?projected_crsEPSGVC Inchauspe / Argentina 6EPSG6 '?projected_crsEPSGVC Inchauspe / Argentina 5EPSG6'?projected_crsEPSGVC Inchauspe / Argentina 4EPSG6'?projected_crsEPSGVC Inchauspe / Argentina 3EPSG6'?projected_crsEPSGVC Inchauspe / Argentina 2EPSG6'?projected_crsEPSGVC Inchauspe / Argentina 1EPSG1'5projected_crsEPSGUBogota / Colombia 6EEPSG1'5projected_crsEPSGUBogota / Colombia 3EEPSG5'=projected_crsEPSGUBogota / Colombia BogotaEPSG1'5projected_crsEPSGUBogota / Colombia 3WEPSG!'projected_crsEPSGULV03EPSG"'projected_crsEPSGULV03CEPSG-~'-projected_crsEPSGSBelge Lambert 50EPSG0}'3projected_crsEPSGSBeijing / Gauss 23NEPSG0|'3projected_crsEPSGSBeijing / Gauss 22NEPSG0{'3projected_crsEPSGSBeijing / Gauss 21NEPSG0z'3projected_crsEPSGSBeijing / Gauss 20NEPSG0y'3projected_crsEPSGSBeijing / Gauss 19NEPSG0x'3projected_crsEPSGSBeijing / Gauss 18NEPSG0w'3projected_crsEPSGSBeijing / Gauss 17NEPSG0v'3projected_crsEPSGSBeijing / Gauss 16NEPSG0u'3projected_crsEPSGSBeijing / Gauss 15NEPSG0t'3projected_crsEPSGSBeijing / Gauss 14NEPSG0s'3projected_crsEPSGSBeijing / Gauss 13NEPSG1r'5projected_crsEPSGSBeijing / GK zone 23EPSG1q'5projected_crsEPSGSBeijing / GK zone 22EPSG1p'5projected_crsEPSGSBeijing / GK zone 21EPSG1o'5projected_crsEPSGSBeijing / GK zone 20EPSG1n'5projected_crsEPSGSBeijing / GK zone 19EPSG1m'5projected_crsEPSGSBeijing / GK zone 18EPSG1l'5projected_crsEPSGSBeijing / GK zone 17EPSG1k'5projected_crsEPSGSBeijing / GK zone 16EPSG1j'5projected_crsEPSGSBeijing / GK zone 15EPSG1i'5projected_crsEPSGSBeijing / GK zone 14EPSG1h'5projected_crsEPSGSBeijing / GK zone 13EPSG3g'9projected_crsEPSGS,Barbados National GridEPSG5f'=projected_crsEPSGS+Barbados 1938 / BWI GridEPSG,e'+projected_crsEPSGRlBatavia / NEIEZEPSG4d';projected_crsEPSGQ6Lisbon / Portuguese NatEPSG1c'5projected_crsEPSGOAin el Abd / UTM 39NEPSG1b'5projected_crsEPSGOAin el Abd / UTM 38NEPSG1a'5projected_crsEPSGOAin el Abd / UTM 37NEPSG Kd/V x ? j 5 ] - Z % T Jq9`,\(NwKj< |L0u'3projected_crsEPSGkNTF / Centre FranceEPSG.t'/projected_crsEPSGkNTF / Nord FranceEPSG,s'+projected_crsEPSGkNTF / France IVEPSG-r'-projected_crsEPSGkNTF / France IIIEPSG,q'+projected_crsEPSGkNTF / France IIEPSG+p')projected_crsEPSGkNTF / France IEPSG1o'5projected_crsEPSGklATF / Nord de GuerreEPSG,n'+projected_crsEPSGkNGO 1948 / VIIIEPSG+m')projected_crsEPSGkNGO 1948 / VIIEPSG*l''projected_crsEPSGkNGO 1948 / VIEPSG)k'%projected_crsEPSGkNGO 1948 / VEPSG*j''projected_crsEPSGkNGO 1948 / IVEPSG+i')projected_crsEPSGkNGO 1948 / IIIEPSG*h''projected_crsEPSGkNGO 1948 / IIEPSG)g'%projected_crsEPSGjNGO 1948 / IEPSG1f'5projected_crsEPSGj@NZGD49 / NZ Map GridEPSG4e';projected_crsEPSGiNaparima 1972 / UTM 20NEPSG3d'9projected_crsEPSGiNahrwan 1967 / UTM 40NEPSG3c'9projected_crsEPSGiNahrwan 1967 / UTM 39NEPSG3b'9projected_crsEPSGiNahrwan 1967 / UTM 38NEPSG4a';projected_crsEPSGipNAD83 / Minnesota Cent.EPSG5`'=projected_crsEPSGikNAD83 / Massachusetts IsEPSG2_'7projected_crsEPSGijNAD83 / MassachusettsEPSG1^'5projected_crsEPSGiBNAD83 / California 6EPSG1]'5projected_crsEPSGiANAD83 / California 5EPSG1\'5projected_crsEPSGi@NAD83 / California 4EPSG1['5projected_crsEPSGi?NAD83 / California 3EPSG1Z'5projected_crsEPSGi>NAD83 / California 2EPSG1Y'5projected_crsEPSGi=NAD83 / California 1EPSG3X'9projected_crsEPSGhNAD27 / Michigan SouthEPSG5W'=projected_crsEPSGhNAD27 / Michigan CentralEPSG3V'9projected_crsEPSGhNAD27 / Michigan NorthEPSG2U'7projected_crsEPSGhNAD27 / Michigan WestEPSG5T'=projected_crsEPSGhNAD27 / Michigan Old CenEPSG2S'7projected_crsEPSGhNAD27 / Michigan EastEPSG4R';projected_crsEPSGhNAD27 / Minnesota Cent.EPSG5Q'=projected_crsEPSGhNAD27 / Massachusetts IsEPSG2P'7projected_crsEPSGhNAD27 / MassachusettsEPSG3O'9projected_crsEPSGh{NAD27 / California VIIEPSG2N'7projected_crsEPSGhzNAD27 / California VIEPSG1M'5projected_crsEPSGhyNAD27 / California VEPSG2L'7projected_crsEPSGhxNAD27 / California IVEPSG3K'9projected_crsEPSGhwNAD27 / California IIIEPSG2J'7projected_crsEPSGhvNAD27 / California IIEPSG1I'5projected_crsEPSGhuNAD27 / California IEPSG1H'5projected_crsEPSGhDM'poraloko / UTM 32SEPSG1G'5projected_crsEPSGhM'poraloko / UTM 32NEPSG2F'7projected_crsEPSGgMonte Mario / Italy 2EPSG2E'7projected_crsEPSGgMonte Mario / Italy 1EPSG1D'5projected_crsEPSGgMinna / Nigeria EastEPSG1C'5projected_crsEPSGgMinna / Nigeria WestEPSG3B'9projected_crsEPSGeLMalongo 1987 / UTM 32SEPSG-A'-projected_crsEPSGddMakassar / NEIEZEPSG2@'7projected_crsEPSGc3Luzon / Philippines VEPSG3?'9projected_crsEPSGc2Luzon / Philippines IVEPSG4>';projected_crsEPSGc1Luzon / Philippines IIIEPSG3='9projected_crsEPSGc0Luzon / Philippines IIEPSG2<'7projected_crsEPSGc/Luzon / Philippines IEPSG0;'3projected_crsEPSGaLeigon / Ghana GridEPSG2:'7projected_crsEPSGaKalianpur / India IIbEPSG67'?projected_crsEPSG_=Kalianpur 75 / India IIIaEPSG56'=projected_crsEPSG_  V $\*^+_,`-a.b-Z%Q1F'5projected_crsEPSGt*Tananarive / UTM 38SEPSG2E'7projected_crsEPSGtTananarive / LabordeEPSG2D'7projected_crsEPSGrSW African CS zone 25EPSG2C'7projected_crsEPSGrSW African CS zone 23EPSG2B'7projected_crsEPSGrSW African CS zone 21EPSG2A'7projected_crsEPSGrSW African CS zone 19EPSG2@'7projected_crsEPSGrSW African CS zone 17EPSG2?'7projected_crsEPSGrSW African CS zone 15EPSG2>'7projected_crsEPSGrSW African CS zone 13EPSG2='7projected_crsEPSGrSW African CS zone 11EPSG1<'5projected_crsEPSGrSchwarzeck / UTM 33SEPSG2;'7projected_crsEPSGr%Sapper Hill / UTM 21SEPSG2:'7projected_crsEPSGr$Sapper Hill / UTM 20SEPSG09'3projected_crsEPSGoQatar National GridEPSG08'3projected_crsEPSGoLPulkovo / Gauss 32NEPSG07'3projected_crsEPSGoKPulkovo / Gauss 31NEPSG06'3projected_crsEPSGoJPulkovo / Gauss 30NEPSG05'3projected_crsEPSGoIPulkovo / Gauss 29NEPSG04'3projected_crsEPSGoHPulkovo / Gauss 28NEPSG03'3projected_crsEPSGoGPulkovo / Gauss 27NEPSG02'3projected_crsEPSGoFPulkovo / Gauss 26NEPSG01'3projected_crsEPSGoEPulkovo / Gauss 25NEPSG00'3projected_crsEPSGoDPulkovo / Gauss 24NEPSG0/'3projected_crsEPSGoCPulkovo / Gauss 23NEPSG0.'3projected_crsEPSGoBPulkovo / Gauss 22NEPSG0-'3projected_crsEPSGoAPulkovo / Gauss 21NEPSG0,'3projected_crsEPSGo@Pulkovo / Gauss 20NEPSG0+'3projected_crsEPSGo?Pulkovo / Gauss 19NEPSG0*'3projected_crsEPSGo>Pulkovo / Gauss 18NEPSG0)'3projected_crsEPSGo=Pulkovo / Gauss 17NEPSG0('3projected_crsEPSGo'/projected_crsEPSG DDHDN / 3GK zone 3EPSG4=';projected_crsEPSGyLuxembourg 1930 / GaussEPSG'<'!projected_crsEPSGz+D48 zone 5EPSG(;'#projected_crsEPSGz,HDKS zone 6EPSG(:'#projected_crsEPSGz+HDKS zone 5EPSG89'Cprojected_crsEPSGNAD83(2011) / OCRS_CGP (ft)EPSG78'Aprojected_crsEPSGNAD83(2011) / OCRS_BRP (m)EPSG87'Cprojected_crsEPSGNAD83(2011) / OCRS_BRP (ft)EPSG"6%geodetic_crsEPSGBHR1901EPSG'5%#vertical_crsEPSG"Wiener NullEPSG)4%'geodetic_crsEPSG )NAD83(CSRS98)EPSG83'Cprojected_crsEPSGNAD83(2011) / OCRS_BKF (ft)EPSG&2%!geodetic_crsEPSGUNTL (1930)EPSGL1'kprojected_crsEPSGwPulkovo 1942(83) / 3-degree Gauss-Kruger zone 4EPSGL0'kprojected_crsEPSGvPulkovo 1942(83) / 3-degree Gauss-Kruger zone 3EPSG7/'Aprojected_crsEPSGzDHDN / Gauss-Kruger zone 2EPSG!.%geodetic_crsEPSGR42/83EPSG7-'Aprojected_crsEPSGNAD83(2011) / OCRS_BKE (m)EPSG8,'Cprojected_crsEPSGNAD83(2011) / OCRS_BKE (ft)EPSG7+'Aprojected_crsEPSGzDHDN / Gauss-Kruger zone 5EPSG7*'Aprojected_crsEPSGzDHDN / Gauss-Kruger zone 4EPSG7)'Aprojected_crsEPSGzDHDN / Gauss-Kruger zone 3EPSGA('Uprojected_crsEPSG ZKKJ / Basic Coordinate System zone 4EPSGA''Uprojected_crsEPSG XKKJ / Basic Coordinate System zone 2EPSGA&'Uprojected_crsEPSG WKKJ / Basic Coordinate System zone 1EPSGA%'Uprojected_crsEPSG YKKJ / Basic Coordinate System zone 3EPSG#$%compound_crsEPSG)JGD2011EPSG##%compound_crsEPSG(JGD2000EPSGE"%_compound_crsEPSG$ETRS89 / TPEN11 SnakeGrid + Newlyn heightEPSG6!'?projected_crsEPSG$ETRS89 / TPEN11 SnakeGridEPSG1 '5projected_crsEPSGuPort Bouet / TM 5 NWEPSG4';projected_crsEPSGuCote d'Ivoire / TM 5 NWEPSG1'5projected_crsEPSGtPort Bouet / TM 5 NWEPSG4';projected_crsEPSGtCote d'Ivoire / TM 5 NWEPSG*%)geodetic_crsEPSG.Côte d'IvoireEPSG&%!geodetic_crsEPSG.Port BouetEPSG&%!geodetic_crsEPSG/Port BouetEPSG*%)geodetic_crsEPSG/Côte d'IvoireEPSG(%%vertical_crsEPSGNGVD29 depthEPSG)%'vertical_crsEPSGFNGVD29 heightEPSG4';projected_crsEPSG}NAD83 / Wyoming W. Cen.EPSG4';projected_crsEPSG}NAD83 / Wyoming E. Cen.EPSG3'9projected_crsEPSG}NAD83 / Wisconsin Cen.EPSG4';projected_crsEPSG}NAD83 / West Virginia SEPSG4';projected_crsEPSG}NAD83 / West Virginia NEPSG5'=projected_crsEPSG}NAD83 / Texas South Cen.EPSG5'=projected_crsEPSG}NAD83 / Texas North Cen.EPSG CMZ% Q   L  ~ D X  l 1y6Mh/Kh.w:Jm45'=projected_crsEPSGiVNAD83 / Georgia East (m)EPSG5'=projected_crsEPSGiONAD83 / Florida West (m)EPSG6'?projected_crsEPSGiPNAD83 / Florida North (m)EPSG5'=projected_crsEPSGiNNAD83 / Florida East (m)EPSG1'5projected_crsEPSGiMNAD83 / Delaware (m)EPSG4';projected_crsEPSGiLNAD83 / Connecticut (m)EPSG7'Aprojected_crsEPSGiKNAD83 / Colorado South (m)EPSG7'Aprojected_crsEPSGiINAD83 / Colorado North (m)EPSG9'Eprojected_crsEPSGiJNAD83 / Colorado Central (m)EPSG:'Gprojected_crsEPSGiBNAD83 / California zone 6 (m)EPSG:'Gprojected_crsEPSGiANAD83 / California zone 5 (m)EPSG:'Gprojected_crsEPSGi@NAD83 / California zone 4 (m)EPSG:'Gprojected_crsEPSGi?NAD83 / California zone 3 (m)EPSG:'Gprojected_crsEPSGi>NAD83 / California zone 2 (m)EPSG: 'Gprojected_crsEPSGi=NAD83 / California zone 1 (m)EPSG7 'Aprojected_crsEPSGiHNAD83 / Arkansas South (m)EPSG7 'Aprojected_crsEPSGiGNAD83 / Arkansas North (m)EPSG5 '=projected_crsEPSGiFNAD83 / Arizona West (m)EPSG5 '=projected_crsEPSGiDNAD83 / Arizona East (m)EPSG6'?projected_crsEPSGi;NAD83 / Alaska zone 9 (m)EPSG6'?projected_crsEPSGi:NAD83 / Alaska zone 8 (m)EPSG6'?projected_crsEPSGi9NAD83 / Alaska zone 7 (m)EPSG6'?projected_crsEPSGi8NAD83 / Alaska zone 6 (m)EPSG6'?projected_crsEPSGi7NAD83 / Alaska zone 5 (m)EPSG6'?projected_crsEPSGi6NAD83 / Alaska zone 4 (m)EPSG6'?projected_crsEPSGi5NAD83 / Alaska zone 3 (m)EPSG6'?projected_crsEPSGi4NAD83 / Alaska zone 2 (m)EPSG7'Aprojected_crsEPSGi'Eprojected_crsEPSGiuNAD83 / Missouri Central (m)EPSG9='Eprojected_crsEPSGisNAD83 / Mississippi West (m)EPSG9<'Eprojected_crsEPSGirNAD83 / Mississippi East (m)EPSG8;'Cprojected_crsEPSGiqNAD83 / Minnesota South (m)EPSG8:'Cprojected_crsEPSGioNAD83 / Minnesota North (m)EPSG:9'Gprojected_crsEPSGipNAD83 / Minnesota Central (m)EPSG78'Aprojected_crsEPSGinNAD83 / Michigan South (m)EPSG77'Aprojected_crsEPSGilNAD83 / Michigan North (m)EPSG96'Eprojected_crsEPSGimNAD83 / Michigan Central (m)EPSG?5'Qprojected_crsEPSGijNAD83 / Massachusetts Mainland (m)EPSG=4'Mprojected_crsEPSGikNAD83 / Massachusetts Island (m)EPSG13'5projected_crsEPSGiiNAD83 / Maryland (m)EPSG32'9projected_crsEPSGihNAD83 / Maine West (m)EPSG31'9projected_crsEPSGigNAD83 / Maine East (m)EPSG80'Cprojected_crsEPSGifNAD83 / Louisiana South (m)EPSG8/'Cprojected_crsEPSGieNAD83 / Louisiana North (m)EPSG7.'Aprojected_crsEPSGidNAD83 / Kentucky South (m)EPSG7-'Aprojected_crsEPSGNAD83 / Kentucky North (m)EPSG5,'=projected_crsEPSGibNAD83 / Kansas South (m)EPSG5+'=projected_crsEPSGiaNAD83 / Kansas North (m)EPSG3*'9projected_crsEPSGi`NAD83 / Iowa South (m)EPSG3)'9projected_crsEPSGi_NAD83 / Iowa North (m)EPSG5('=projected_crsEPSGi^NAD83 / Indiana West (m)EPSG5''=projected_crsEPSGi]NAD83 / Indiana East (m)EPSG6&'?projected_crsEPSGi\NAD83 / Illinois West (m)EPSG6%'?projected_crsEPSGi[NAD83 / Illinois East (m)EPSG3$'9projected_crsEPSGiZNAD83 / Idaho West (m)EPSG3#'9projected_crsEPSGiXNAD83 / Idaho East (m)EPSG6"'?projected_crsEPSGiYNAD83 / Idaho Central (m)EPSG6!'?projected_crsEPSGiUNAD83 / Hawaii zone 5 (m)EPSG6 '?projected_crsEPSGiTNAD83 / Hawaii zone 4 (m)EPSG6'?projected_crsEPSGiSNAD83 / Hawaii zone 3 (m)EPSG6'?projected_crsEPSGiRNAD83 / Hawaii zone 2 (m)EPSG6'?projected_crsEPSGiQNAD83 / Hawaii zone 1 (m)EPSG5'=projected_crsEPSGiWNAD83 / Georgia West (m)EPSG ?Kt: I W  g # m 9  ~ C WKHCj"IP+PF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 17EPSGF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 16EPSGF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 15EPSGF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 14EPSGF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 13EPSG"%geodetic_crsEPSGHK1980EPSG0'3projected_crsEPSG HK 1980 Grid SystemEPSG1%7vertical_crsEPSGiHuang Hai 1985 heightEPSGF'_projected_crsEPSG +Xian 1980 / 6-degree Gauss-Kruger CM 129EEPSGF'_projected_crsEPSG *Xian 1980 / 6-degree Gauss-Kruger CM 123EEPSGF'_projected_crsEPSG )Xian 1980 / 6-degree Gauss-Kruger CM 117EEPSGE']projected_crsEPSG %Xian 1980 / 6-degree Gauss-Kruger CM 93EEPSGE']projected_crsEPSG $Xian 1980 / 6-degree Gauss-Kruger CM 87EEPSGE']projected_crsEPSG #Xian 1980 / 6-degree Gauss-Kruger CM 81EEPSGF'_projected_crsEPSG ,Xian 1980 / 6-degree Gauss-Kruger CM 135EEPSGE']projected_crsEPSG &Xian 1980 / 6-degree Gauss-Kruger CM 99EEPSGE']projected_crsEPSG "Xian 1980 / 6-degree Gauss-Kruger CM 75EEPSGF '_projected_crsEPSG (Xian 1980 / 6-degree Gauss-Kruger CM 111EEPSGF '_projected_crsEPSG 'Xian 1980 / 6-degree Gauss-Kruger CM 105EEPSG< %Mvertical_crsEPSGjHong Kong Principal Datum heightEPSG1 %7vertical_crsEPSGhHuang Hai 1956 heightEPSG7 'Aprojected_crsEPSGNAD83(2011) / OCRS_GWS (m)EPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 45EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 42EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 39EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 36EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 33EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 30EEPSG@'Sprojected_crsEPSG ED50 / 3-degree Gauss-Kruger CM 27EEPSG8'Cprojected_crsEPSGNAD83(2011) / OCRS_GWS (ft)EPSG8'Cprojected_crsEPSG}CNAD27 / UTM zone 17N (ftUS)EPSG8'Cprojected_crsEPSG}BNAD27 / UTM zone 16N (ftUS)EPSG8~'Cprojected_crsEPSG}ANAD27 / UTM zone 15N (ftUS)EPSG8}'Cprojected_crsEPSG}@NAD27 / UTM zone 14N (ftUS)EPSG(|%%geodetic_crsEPSGOld EgyptianEPSG({%%geodetic_crsEPSGgNew EgyptianEPSG1z%7vertical_crsEPSGIKronstadt 1977 heightEPSG.y'/projected_crsEPSG Genuk / TM 109 SEEPSG1x'5projected_crsEPSGRGenuk / UTM zone 49SEPSGCw'Yprojected_crsEPSGnHCongo 1960 Pointe Noire / UTM zone 32SEPSG3v%;geodetic_crsEPSGCongo 1960 Pointe NoireEPSG7u'Aprojected_crsEPSGNAD83(2011) / OCRS_GPA (m)EPSGAt'Uprojected_crsEPSG}NAD83 / Puerto Rico & Virgin Is. (m)EPSG=s'Mprojected_crsEPSG}NAD83 / Wyoming West Central (m)EPSG5r'=projected_crsEPSG}NAD83 / Wyoming West (m)EPSG=q'Mprojected_crsEPSG}NAD83 / Wyoming East Central (m)EPSG5p'=projected_crsEPSG}NAD83 / Wyoming East (m)EPSG8o'Cprojected_crsEPSG}NAD83 / Wisconsin South (m)EPSG8n'Cprojected_crsEPSG}NAD83 / Wisconsin North (m)EPSG:m'Gprojected_crsEPSG}NAD83 / Wisconsin Central (m)EPSG'Yprojected_crsEPSG ]Pulkovo 1942(83) / Gauss-Kruger zone 3EPSGI='eprojected_crsEPSG Albanian 1987 / 6-degree Gauss-Kruger zone 4EPSGG<'aprojected_crsEPSGHanoi 1972 / 6-degree Gauss-Kruger zone 19EPSGG;'aprojected_crsEPSGHanoi 1972 / 6-degree Gauss-Kruger zone 18EPSGI:'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 135EEPSGI9'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 129EEPSGI8'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 123EEPSGI7'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 117EEPSGI6'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 111EEPSGI5'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 105EEPSGH4'cprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 99EEPSGH3'cprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 93EEPSGH2'cprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 87EEPSGH1'cprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 81EEPSGH0'cprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger CM 75EEPSGI/'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 23EPSGI.'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 22EPSGI-'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 21EPSGI,'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 20EPSGI+'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 19EPSGI*'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 18EPSGI)'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 17EPSGI('eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 16EPSGI''eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 15EPSGI&'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 14EPSGI%'eprojected_crsEPSGSBeijing 1954 / 6-degree Gauss-Kruger zone 13EPSGF$'_projected_crsEPSG !Xian 1980 / 6-degree Gauss-Kruger zone 23EPSGF#'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 22EPSGF"'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 21EPSGF!'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 20EPSGF '_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 19EPSGF'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 18EPSG 4h8 T  p $ @ \  x ,Kj<X t(D`|0I'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 30EPSGI'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 29EPSGI'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 28EPSGI'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 27EPSGI'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 26EPSGI'eprojected_crsEPSGo Pulkovo 1942 / 6-degree Gauss-Kruger zone 25EPSGI'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 24EPSGI'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 23EPSGI'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 22EPSGI'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 21EPSGI~'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 20EPSGI}'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 19EPSGI|'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 18EPSGI{'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 17EPSGIz'eprojected_crsEPSGoPulkovo 1942 / 6-degree Gauss-Kruger zone 16EPSGIy'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 15EPSGIx'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 14EPSGIw'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 13EPSGIv'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 12EPSGIu'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 11EPSGIt'eprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 10EPSGHs'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 9EPSGHr'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 8EPSGHq'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 7EPSGHp'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 6EPSGHo'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 5EPSGHn'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 4EPSGHm'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 3EPSGHl'cprojected_crsEPSGnPulkovo 1942 / 6-degree Gauss-Kruger zone 2EPSGIk'eprojected_crsEPSGN@Pulkovo 1995 / 6-degree Gauss-Kruger zone 32EPSGIj'eprojected_crsEPSGN?Pulkovo 1995 / 6-degree Gauss-Kruger zone 31EPSGIi'eprojected_crsEPSGN>Pulkovo 1995 / 6-degree Gauss-Kruger zone 30EPSGIh'eprojected_crsEPSGN=Pulkovo 1995 / 6-degree Gauss-Kruger zone 29EPSGIg'eprojected_crsEPSGN'eprojected_crsEPSG Pulkovo 1942 / 6-degree Gauss-Kruger CM 141EEPSGI='eprojected_crsEPSG Pulkovo 1942 / 6-degree Gauss-Kruger CM 135EEPSG K[!v@ _ ) X  u @  ` <  { K [ L|ApJ#Y"a1e1p=.L'/projected_crsEPSG LKS92 / Latvia TMEPSG"K'projected_crsEPSG EST97EPSG"J'projected_crsEPSG EST92EPSG0I'3projected_crsEPSGeEST97 / TM Baltic93EPSG0H'3projected_crsEPSGeLKS94 / TM Baltic93EPSG1G'5projected_crsEPSGeLKS-92 / TM Baltic93EPSG#F%geodetic_crsEPSGBase SEEPSG1E'5projected_crsEPSGqRDN2008 / TM34 (E-N)EPSG1D'5projected_crsEPSG RT38 2.5 gon V 0:-15EPSG/C'1projected_crsEPSG RT38 5 gon V 0:-15EPSG/B'1projected_crsEPSG RT38 5 gon O 0:-15EPSG1A'5projected_crsEPSG RT38 2.5 gon V 0:-15EPSG1@'5projected_crsEPSG RT38 2.5 gon O 0:-15EPSG-?'-projected_crsEPSG RT38 0 gon 0:-15EPSG3>'9projected_crsEPSG Base SE / UTM zone 28NEPSG3='9projected_crsEPSG ~Base SE / UTM zone 28NEPSG#<%geodetic_crsEPSG7Base SEEPSG,;%-geodetic_crsEPSGPorto Santo 1936EPSG4:';projected_crsEPSG Graciosa / UTM zone 26NEPSG39'9projected_crsEPSG Base SW / UTM zone 26NEPSG48';projected_crsEPSG Sao Braz / UTM zone 26NEPSG$7%geodetic_crsEPSG8Sao BrazEPSG36'9projected_crsEPSGBase SW / UTM zone 26NEPSG$5%geodetic_crsEPSG9GraciosaEPSG#4%geodetic_crsEPSG9Base SWEPSG#3%geodetic_crsEPSGWBase SWEPSG32'9projected_crsEPSGCORS96 / OCRS_BBU (ft)EPSG(1%%vertical_crsEPSG~IGN89 heightEPSGG0'aprojected_crsEPSGNAD83(CORS96) / Oregon Bend-Vale zone (ft)EPSG8/'Cprojected_crsEPSGNAD83(2011) / OCRS_BBU (ft)EPSG7.'Aprojected_crsEPSGNAD83(2011) / OCRS_BKF (m)EPSG/-'1projected_crsEPSG RT90 5 gon O 0:-15EPSG1,'5projected_crsEPSG RT90 2.5 gon O 0:-15EPSG-+'-projected_crsEPSG RT90 0 gon 0:-15EPSG1*'5projected_crsEPSG RT90 2.5 gon V 0:-15EPSG/)'1projected_crsEPSG RT90 5 gon V 0:-15EPSG7('Aprojected_crsEPSGNAD83(2011) / OCRS_BBU (m)EPSG1''5projected_crsEPSG RT90 7.5 gon V 0:-15EPSG8&'Cprojected_crsEPSGNAD83(2011) / OCRS_SAN (ft)EPSGM%'mprojected_crsEPSGNAD83(2011) / Oregon Sweet Home-Sisters zone (m)EPSG7$'Aprojected_crsEPSGNAD83(2011) / OCRS_SAN (m)EPSG(#'#projected_crsEPSGKRGJSH-2010EPSG8"'Cprojected_crsEPSGNAD83(2011) / OCRS_SLE (ft)EPSG-!%/geodetic_crsEPSGSamboja (Jakarta)EPSGM %ogeodetic_crsEPSGNational Geodetic System [Argentina] (geocentric)EPSGE%_geodetic_crsEPSG National Geodetic System [Argentina] (3D)EPSG&%!geodetic_crsEPSGLKS94 (3D)EPSG!%geodetic_crsEPSGLKS94EPSG.%1geodetic_crsEPSGLKS94 (geocentric)EPSG(%%geodetic_crsEPSGEUREF89 (3D)EPSG'%#geodetic_crsEPSGETRF89 (3D)EPSG.%1geodetic_crsEPSGAAD98 (geocentric)EPSG&%!geodetic_crsEPSGAAD98 (3D)EPSG2'7projected_crsEPSG MHNC72 / UTM zone 58SEPSG"%geodetic_crsEPSGMHNC72EPSG?'Qprojected_crsEPSG Perroud 1950 / Terre Adelie StereoEPSG?'Qprojected_crsEPSG Petrels 1972 / Terre Adelie StereoEPSG7'Aprojected_crsEPSGNAD83(2011) / OCRS_SLE (m)EPSG3'9projected_crsEPSG RGNC 1991 / Lambert NCEPSG3%;geodetic_crsEPSGSt Pierre Miquelon 1950EPSG0%5geodetic_crsEPSGEUREF89 (geocentric)EPSG/%3geodetic_crsEPSGETRF89 (geocentric)EPSG3'9projected_crsEPSGCORS96 / OCRS_SLE (ft)EPSG2 '7projected_crsEPSGCORS96 / OCRS_SLE (m)EPSG8 'Cprojected_crsEPSGNAD83(2011) / OCRS_PDX (ft)EPSG4 %=vertical_crsEPSGNewlyn (Offshore) heightEPSG7 'Aprojected_crsEPSGNAD83(2011) / OCRS_PDX (m)EPSG3 '9projected_crsEPSGCORS96 / OCRS_PDX (ft)EPSG2'7projected_crsEPSGCORS96 / OCRS_PDX (m)EPSG8'Cprojected_crsEPSGNAD83(2011) / OCRS_PDT (ft)EPSG8'Cprojected_crsEPSGNAD83(2011) / OCRS_PLG (ft)EPSG7'Aprojected_crsEPSGNAD83(2011) / OCRS_PLG (m)EPSG3'9projected_crsEPSGCORS96 / OCRS_PLG (ft)EPSG2'7projected_crsEPSGCORS96 / OCRS_PLG (m)EPSG7'Aprojected_crsEPSGNAD83(2011) / OCRS_PDT (m)EPSG EJ]9 r =  v 5 h C   J  v A m8z3W y0U 0p=c?'Qprojected_crsEPSG NAD83(HPGN) / Maine CS2000 CentralEPSG<'Kprojected_crsEPSG NAD83(HPGN) / Maine CS2000 WestEPSGD'[projected_crsEPSG NAD83(HPGN) / Michigan Oblique MercatorEPSGJ'gprojected_crsEPSG NAD83(HPGN) / Texas Centric Lambert ConformalEPSGJ 'gprojected_crsEPSG NAD83(HPGN) / Texas Centric Albers Equal AreaEPSG= 'Mprojected_crsEPSG NAD83(HPGN) / Florida GDL AlbersEPSG0 '3projected_crsEPSG NAD83 / KY1Z (ftUS)EPSGF '_projected_crsEPSG NAD83(HPGN) / Kentucky Single Zone (ftUS)EPSG$ 'projected_crsEPSG TCMS/LCEPSGM'mprojected_crsEPSG Texas Centric Mapping System / Lambert ConformalEPSGM'mprojected_crsEPSG Texas Centric Mapping System / Albers Equal AreaEPSG.'/projected_crsEPSG NAD83 / TX AlbersEPSG)'%projected_crsEPSG NAD83 / TSMSEPSG,'+projected_crsEPSG Michigan GeoRefEPSGF'_projected_crsEPSGigMaine Coordinate System of 1983 East ZoneEPSGF'_projected_crsEPSGihMaine Coordinate System of 1983 West ZoneEPSGF'_projected_crsEPSGhMaine Coordinate System of 1927 West ZoneEPSGF'_projected_crsEPSGhMaine Coordinate System of 1927 East ZoneEPSGF'_projected_crsEPSG Maine Coordinate System of 1983 West ZoneEPSGF~'_projected_crsEPSG Maine Coordinate System of 1983 East ZoneEPSGF}'_projected_crsEPSG Maine Coordinate System of 2000 West ZoneEPSGI|'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSGF{'_projected_crsEPSG Maine Coordinate System of 2000 East ZoneEPSG)z%'vertical_crsEPSGREDNAP heightEPSG.y%1vertical_crsEPSGBaltic 1980 heightEPSG3x'9projected_crsEPSG]Nahrwan 1934 / UTM 37NEPSGDw%]vertical_crsEPSG[Japanese Standard Levelling Datum heightEPSG+v')projected_crsEPSG NAD27 / WTM 27EPSG3u'9projected_crsEPSGCORS96 / OCRS_SAN (ft)EPSG"t%geodetic_crsEPSGoSIRGASEPSG2s'7projected_crsEPSG|SIRGAS / UTM zone 17NEPSG2r'7projected_crsEPSG|SIRGAS / UTM zone 18NEPSG2q'7projected_crsEPSG|SIRGAS / UTM zone 19NEPSG2p'7projected_crsEPSG|SIRGAS / UTM zone 20NEPSG2o'7projected_crsEPSG|SIRGAS / UTM zone 21NEPSG2n'7projected_crsEPSG|SIRGAS / UTM zone 22NEPSG2m'7projected_crsEPSG|SIRGAS / UTM zone 17SEPSG2l'7projected_crsEPSG|SIRGAS / UTM zone 18SEPSG2k'7projected_crsEPSG|SIRGAS / UTM zone 19SEPSG2j'7projected_crsEPSG|SIRGAS / UTM zone 20SEPSG2i'7projected_crsEPSG|SIRGAS / UTM zone 21SEPSG2h'7projected_crsEPSG|SIRGAS / UTM zone 22SEPSG2g'7projected_crsEPSG|SIRGAS / UTM zone 23SEPSG2f'7projected_crsEPSG|SIRGAS / UTM zone 24SEPSG2e'7projected_crsEPSG}SIRGAS / UTM zone 25SEPSG"d%geodetic_crsEPSGnSIRGASEPSG"c%geodetic_crsEPSGJSIRGASEPSG'b%#geodetic_crsEPSGNAD83(1986)EPSG"a%geodetic_crsEPSGMETRS89EPSGO`'qprojected_crsEPSGNAD83(CORS96) / Oregon Sweet Home-Sisters zone (m)EPSG)_'%projected_crsEPSGmETRS89 / ITMEPSG>^'Oprojected_crsEPSG ED50 / Jordan Transverse MercatorEPSG5]'=projected_crsEPSG Rome 1940 / Italy zone 1EPSG5\'=projected_crsEPSG Rome 1940 / Italy zone 2EPSG,[%-geodetic_crsEPSGRome 1940 (Rome)EPSG%Z%geodetic_crsEPSGRome 1940EPSG2Y'7projected_crsEPSGCORS96 / OCRS_SAN (m)EPSGPX'sprojected_crsEPSGNAD83(CORS96) / Oregon Sweet Home-Sisters zone (ft)EPSG!W%geodetic_crsEPSGWLKS94EPSG)V%'geodetic_crsEPSG +NAD83(CSRS98)EPSG!U%geodetic_crsEPSGCAAD98EPSG!T%geodetic_crsEPSGVLKS94EPSG2S'7projected_crsEPSGCORS96 / OCRS_BBU (m)EPSGNR'oprojected_crsEPSGNAD83(2011) / Oregon Sweet Home-Sisters zone (ft)EPSG!Q%geodetic_crsEPSGBAAD98EPSG@P'Sprojected_crsEPSG MIndian (DMA Reduced) / UTM zone 49NEPSG@O'Sprojected_crsEPSG LIndian (DMA Reduced) / UTM zone 48NEPSG=N'Mprojected_crsEPSG hIndian (DMA Reduced) / TM 106 NEEPSG0M%5geodetic_crsEPSG#Indian (DMA Reduced)EPSG CvH$j@ Y  j + n / v :  W m2I`&|BSp,p4{=8T'Cprojected_crsEPSG NAD83(HPGN) / Missouri EastEPSG;S'Iprojected_crsEPSG NAD83(HPGN) / Mississippi WestEPSG;R'Iprojected_crsEPSG NAD83(HPGN) / Mississippi EastEPSG:Q'Gprojected_crsEPSG NAD83(HPGN) / Minnesota SouthEPSG'Aprojected_crsEPSG NAD83(HPGN) / Indiana WestEPSG7='Aprojected_crsEPSG NAD83(HPGN) / Indiana EastEPSG8<'Cprojected_crsEPSG NAD83(HPGN) / Illinois WestEPSG8;'Cprojected_crsEPSG NAD83(HPGN) / Illinois EastEPSG5:'=projected_crsEPSG NAD83(HPGN) / Idaho WestEPSG89'Cprojected_crsEPSG NAD83(HPGN) / Idaho CentralEPSG58'=projected_crsEPSG NAD83(HPGN) / Idaho EastEPSG87'Cprojected_crsEPSG NAD83(HPGN) / Hawaii zone 5EPSG86'Cprojected_crsEPSG NAD83(HPGN) / Hawaii zone 4EPSG85'Cprojected_crsEPSG NAD83(HPGN) / Hawaii zone 3EPSG84'Cprojected_crsEPSG NAD83(HPGN) / Hawaii zone 2EPSG83'Cprojected_crsEPSG NAD83(HPGN) / Hawaii zone 1EPSG72'Aprojected_crsEPSG NAD83(HPGN) / Georgia WestEPSG71'Aprojected_crsEPSG NAD83(HPGN) / Georgia EastEPSG80'Cprojected_crsEPSG NAD83(HPGN) / Florida NorthEPSG7/'Aprojected_crsEPSG NAD83(HPGN) / Florida WestEPSG7.'Aprojected_crsEPSG NAD83(HPGN) / Florida EastEPSG3-'9projected_crsEPSG NAD83(HPGN) / DelawareEPSG6,'?projected_crsEPSG NAD83(HPGN) / ConnecticutEPSG9+'Eprojected_crsEPSG NAD83(HPGN) / Colorado SouthEPSG;*'Iprojected_crsEPSG NAD83(HPGN) / Colorado CentralEPSG9)'Eprojected_crsEPSG NAD83(HPGN) / Colorado NorthEPSG<('Kprojected_crsEPSG NAD83(HPGN) / California zone 6EPSG<''Kprojected_crsEPSG NAD83(HPGN) / California zone 5EPSG<&'Kprojected_crsEPSG NAD83(HPGN) / California zone 4EPSG<%'Kprojected_crsEPSG NAD83(HPGN) / California zone 3EPSG<$'Kprojected_crsEPSG NAD83(HPGN) / California zone 2EPSG<#'Kprojected_crsEPSG NAD83(HPGN) / California zone 1EPSG9"'Eprojected_crsEPSG NAD83(HPGN) / Arkansas SouthEPSG9!'Eprojected_crsEPSG NAD83(HPGN) / Arkansas NorthEPSG7 'Aprojected_crsEPSG NAD83(HPGN) / Arizona WestEPSG:'Gprojected_crsEPSG NAD83(HPGN) / Arizona CentralEPSG7'Aprojected_crsEPSG NAD83(HPGN) / Arizona EastEPSG7'Aprojected_crsEPSG NAD83(HPGN) / Alabama WestEPSG7'Aprojected_crsEPSG NAD83(HPGN) / Alabama EastEPSG6'?projected_crsEPSGNAD83(HPGN) / UTM zone 2SEPSG'%#geodetic_crsEPSG]NAD83(HPGN)EPSG'%#geodetic_crsEPSG\NAD83(HPGN)EPSG'%#geodetic_crsEPSG8NAD83(HPGN)EPSG?'Qprojected_crsEPSG NAD83(HPGN) / Kentucky Single ZoneEPSG!'projected_crsEPSG KY1ZEPSG!'projected_crsEPSG KY1ZEPSG+')projected_crsEPSG NAD83 / WTM 83EPSGH'cprojected_crsEPSG NAD83(HPGN) / Wisconsin Transverse MercatorEPSG<'Kprojected_crsEPSG NAD83(HPGN) / Maine CS2000 EastEPSG @Rn3 ~ A  K [  o 5 ~ E Op4|;~AIAo)Z='Mprojected_crsEPSG ?NAD83(HPGN) / Connecticut (ftUS)EPSG@'Sprojected_crsEPSG >NAD83(HPGN) / Colorado South (ftUS)EPSGB'Wprojected_crsEPSG =NAD83(HPGN) / Colorado Central (ftUS)EPSG@'Sprojected_crsEPSG 'Oprojected_crsEPSG *NAD83(HPGN) / West Virginia SouthEPSG>~'Oprojected_crsEPSG )NAD83(HPGN) / West Virginia NorthEPSG;}'Iprojected_crsEPSG (NAD83(HPGN) / Washington SouthEPSG;|'Iprojected_crsEPSG 'NAD83(HPGN) / Washington NorthEPSG9{'Eprojected_crsEPSG &NAD83(HPGN) / Virginia SouthEPSG9z'Eprojected_crsEPSG %NAD83(HPGN) / Virginia NorthEPSG2y'7projected_crsEPSG $NAD83(HPGN) / VermontEPSG5x'=projected_crsEPSG #NAD83(HPGN) / Utah SouthEPSG7w'Aprojected_crsEPSG "NAD83(HPGN) / Utah CentralEPSG5v'=projected_crsEPSG !NAD83(HPGN) / Utah NorthEPSG6u'?projected_crsEPSG NAD83(HPGN) / Texas SouthEPSG>t'Oprojected_crsEPSG NAD83(HPGN) / Texas South CentralEPSG8s'Cprojected_crsEPSG NAD83(HPGN) / Texas CentralEPSG>r'Oprojected_crsEPSG NAD83(HPGN) / Texas North CentralEPSG6q'?projected_crsEPSG NAD83(HPGN) / Texas NorthEPSG4p';projected_crsEPSG NAD83(HPGN) / TennesseeEPSG=o'Mprojected_crsEPSG NAD83(HPGN) / South Dakota SouthEPSG=n'Mprojected_crsEPSG NAD83(HPGN) / South Dakota NorthEPSG7m'Aprojected_crsEPSG NAD83(HPGN) / Rhode IslandEPSG7l'Aprojected_crsEPSG NAD83(HPGN) / Oregon SouthEPSG7k'Aprojected_crsEPSG NAD83(HPGN) / Oregon NorthEPSG9j'Eprojected_crsEPSG NAD83(HPGN) / Oklahoma SouthEPSG9i'Eprojected_crsEPSG NAD83(HPGN) / Oklahoma NorthEPSG5h'=projected_crsEPSG NAD83(HPGN) / Ohio SouthEPSG5g'=projected_crsEPSG NAD83(HPGN) / Ohio NorthEPSG=f'Mprojected_crsEPSG NAD83(HPGN) / North Dakota SouthEPSG=e'Mprojected_crsEPSG NAD83(HPGN) / North Dakota NorthEPSG?d'Qprojected_crsEPSG NAD83(HPGN) / New York Long IslandEPSG8c'Cprojected_crsEPSG NAD83(HPGN) / New York WestEPSG;b'Iprojected_crsEPSG NAD83(HPGN) / New York CentralEPSG8a'Cprojected_crsEPSG NAD83(HPGN) / New York EastEPSG:`'Gprojected_crsEPSG NAD83(HPGN) / New Mexico WestEPSG=_'Mprojected_crsEPSG NAD83(HPGN) / New Mexico CentralEPSG:^'Gprojected_crsEPSG NAD83(HPGN) / New Mexico EastEPSG5]'=projected_crsEPSG NAD83(HPGN) / New JerseyEPSG8\'Cprojected_crsEPSG NAD83(HPGN) / New HampshireEPSG6['?projected_crsEPSG NAD83(HPGN) / Nevada WestEPSG9Z'Eprojected_crsEPSG NAD83(HPGN) / Nevada CentralEPSG6Y'?projected_crsEPSG NAD83(HPGN) / Nevada EastEPSG3X'9projected_crsEPSG NAD83(HPGN) / NebraskaEPSG2W'7projected_crsEPSG NAD83(HPGN) / MontanaEPSG8V'Cprojected_crsEPSG NAD83(HPGN) / Missouri WestEPSG;U'Iprojected_crsEPSG NAD83(HPGN) / Missouri CentralEPSG =A}> z 7 f % \  R  Er/n0fb%ZGK kA5Q'=projected_crsEPSG Sainte Anne / UTM zn 20NEPSG,P%-geodetic_crsEPSGPiton des NeigesEPSG'O%#geodetic_crsEPSGFort DesaixEPSG'N%#geodetic_crsEPSGSainte AnneEPSG6M'?projected_crsEPSG NAD83(HARN) / KY1Z (ftUS)EPSG!L'projected_crsEPSG KY1ZEPSG@K'Sprojected_crsEPSGNAD83(2011) / Wisconsin Central (m)EPSG=J'Mprojected_crsEPSG NAD83 / Kentucky Single Zone (m)EPSGBI'Wprojected_crsEPSG NAD83(HPGN) / Oregon GIC Lambert (ft)EPSG2H'7projected_crsEPSG NAD83(HPGN) / LCC (m)EPSG>G'Oprojected_crsEPSG NAD83(HPGN) / Indiana West (ftUS)EPSG>F'Oprojected_crsEPSG NAD83(HPGN) / Indiana East (ftUS)EPSGAE'Uprojected_crsEPSG rNAD83(HPGN) / Wisconsin South (ftUS)EPSGCD'Yprojected_crsEPSG qNAD83(HPGN) / Wisconsin Central (ftUS)EPSGAC'Uprojected_crsEPSG pNAD83(HPGN) / Wisconsin North (ftUS)EPSGBB'Wprojected_crsEPSG oNAD83(HPGN) / Washington South (ftUS)EPSGBA'Wprojected_crsEPSG nNAD83(HPGN) / Washington North (ftUS)EPSG@@'Sprojected_crsEPSG mNAD83(HPGN) / Virginia South (ftUS)EPSG@?'Sprojected_crsEPSG lNAD83(HPGN) / Virginia North (ftUS)EPSG:>'Gprojected_crsEPSG kNAD83(HPGN) / Utah South (ft)EPSG<='Kprojected_crsEPSG jNAD83(HPGN) / Utah Central (ft)EPSG:<'Gprojected_crsEPSG iNAD83(HPGN) / Utah North (ft)EPSG=;'Mprojected_crsEPSG hNAD83(HPGN) / Texas South (ftUS)EPSGE:']projected_crsEPSG gNAD83(HPGN) / Texas South Central (ftUS)EPSG?9'Qprojected_crsEPSG fNAD83(HPGN) / Texas Central (ftUS)EPSGE8']projected_crsEPSG eNAD83(HPGN) / Texas North Central (ftUS)EPSG=7'Mprojected_crsEPSG dNAD83(HPGN) / Texas North (ftUS)EPSG;6'Iprojected_crsEPSG cNAD83(HPGN) / Tennessee (ftUS)EPSG<5'Kprojected_crsEPSG bNAD83(HPGN) / Oregon South (ft)EPSG<4'Kprojected_crsEPSG aNAD83(HPGN) / Oregon North (ft)EPSG@3'Sprojected_crsEPSG `NAD83(HPGN) / Oklahoma South (ftUS)EPSG@2'Sprojected_crsEPSG _NAD83(HPGN) / Oklahoma North (ftUS)EPSGB1'Wprojected_crsEPSG ^NAD83(HPGN) / North Dakota South (ft)EPSGB0'Wprojected_crsEPSG ]NAD83(HPGN) / North Dakota North (ft)EPSGF/'_projected_crsEPSG \NAD83(HPGN) / New York Long Island (ftUS)EPSG?.'Qprojected_crsEPSG [NAD83(HPGN) / New York West (ftUS)EPSGB-'Wprojected_crsEPSG ZNAD83(HPGN) / New York Central (ftUS)EPSG?,'Qprojected_crsEPSG YNAD83(HPGN) / New York East (ftUS)EPSGA+'Uprojected_crsEPSG XNAD83(HPGN) / New Mexico West (ftUS)EPSGD*'[projected_crsEPSG WNAD83(HPGN) / New Mexico Central (ftUS)EPSGA)'Uprojected_crsEPSG VNAD83(HPGN) / New Mexico East (ftUS)EPSG7('Aprojected_crsEPSG UNAD83(HPGN) / Montana (ft)EPSGB''Wprojected_crsEPSG TNAD83(HPGN) / Mississippi West (ftUS)EPSGB&'Wprojected_crsEPSG SNAD83(HPGN) / Mississippi East (ftUS)EPSG>%'Oprojected_crsEPSG RNAD83(HPGN) / Michigan South (ft)EPSG@$'Sprojected_crsEPSG QNAD83(HPGN) / Michigan Central (ft)EPSG>#'Oprojected_crsEPSG PNAD83(HPGN) / Michigan North (ft)EPSGF"'_projected_crsEPSG ONAD83(HPGN) / Massachusetts Island (ftUS)EPSGH!'cprojected_crsEPSG NNAD83(HPGN) / Massachusetts Mainland (ftUS)EPSG: 'Gprojected_crsEPSG MNAD83(HPGN) / Maryland (ftUS)EPSG@'Sprojected_crsEPSG LNAD83(HPGN) / Kentucky South (ftUS)EPSG@'Sprojected_crsEPSG KNAD83(HPGN) / Kentucky North (ftUS)EPSG<'Kprojected_crsEPSG HNAD83(HPGN) / Idaho West (ftUS)EPSG?'Qprojected_crsEPSG GNAD83(HPGN) / Idaho Central (ftUS)EPSG<'Kprojected_crsEPSG FNAD83(HPGN) / Idaho East (ftUS)EPSG>'Oprojected_crsEPSG ENAD83(HPGN) / Georgia West (ftUS)EPSG>'Oprojected_crsEPSG DNAD83(HPGN) / Georgia East (ftUS)EPSG?'Qprojected_crsEPSG CNAD83(HPGN) / Florida North (ftUS)EPSG>'Oprojected_crsEPSG BNAD83(HPGN) / Florida West (ftUS)EPSG>'Oprojected_crsEPSG ANAD83(HPGN) / Florida East (ftUS)EPSG:'Gprojected_crsEPSG @NAD83(HPGN) / Delaware (ftUS)EPSG M]6~B l 6  Y  a ) V ,  U *~S(vIV([,V\.u/]+')projected_crsEPSGzDE_DHDN / GK_3EPSG(%%vertical_crsEPSGXFR_MARS / NHEPSGD'[projected_crsEPSGj(FR_RGF93 / LAMB93 - see alias remarks)EPSGC'Yprojected_crsEPSGk(FR_NTF / FR_LAMB - see alias remarks)EPSGC'Yprojected_crsEPSGk(FR_NTF / FR_LAMB - see alias remarks)EPSGC'Yprojected_crsEPSGk(FR_NTF / FR_LAMB - see alias remarks)EPSGC'Yprojected_crsEPSGk(FR_NTF / FR_LAMB - see alias remarks)EPSGC'Yprojected_crsEPSGk(FR_NTF / FR_LAMB - see alias remarks)EPSGE']projected_crsEPSG(FR_ED50 / EUROLAMB - see alias remarks)EPSG(%%vertical_crsEPSGUFI_HELS / OHEPSG+')projected_crsEPSG YFI_KKJ / FI_TMEPSG)%'vertical_crsEPSGIBaltic heightEPSG(%%vertical_crsEPSGIEE_KRON / NHEPSG2'7projected_crsEPSG EE_L-EST97 / EST_LAMBEPSG(%%vertical_crsEPSGeDK_DK10 / OHEPSG@'Sprojected_crsEPSGY(DK_ED50 / UTM - see alias remarks)EPSG@'Sprojected_crsEPSGY(DK_ED50 / UTM - see alias remarks)EPSG/ '1projected_crsEPSGSK_S-JTSK / KROVAKEPSG/ '1projected_crsEPSGCZ_S-JTSK / KROVAKEPSG, '+projected_crsEPSGz,HR_HDKS / HR_TMEPSG, '+projected_crsEPSGz+HR_HDKS / HR_TMEPSG( %%vertical_crsEPSGBG_KRON / NHEPSGC'Yprojected_crsEPSGz(BE_BD72 / LAMB72 - see alias remarks)EPSG+')projected_crsEPSGz3AT_MGI / AT_TMEPSG+')projected_crsEPSGz2AT_MGI / AT_TMEPSG+')projected_crsEPSGz1AT_MGI / AT_TMEPSG)%'vertical_crsEPSGAT_TRIE / NOHEPSG(%%vertical_crsEPSGAL_DUR / NOHEPSG,'+projected_crsEPSG AL_ALB87 / TM_6EPSG='Mprojected_crsEPSGNAD83(CORS96) / Oregon North (m)EPSG*%)vertical_crsEPSGbEVRF_AMST / NHEPSG*%)geodetic_crsEPSGIETRS89-LatLonhEPSG.~%1geodetic_crsEPSGHETRS89 / (X, Y, Z)EPSG(}'#projected_crsEPSG ETRS - TM39EPSG(|'#projected_crsEPSG ETRS - TM38EPSG({'#projected_crsEPSG ETRS - TM37EPSG(z'#projected_crsEPSG ETRS - TM36EPSG(y'#projected_crsEPSG ETRS - TM35EPSG(x'#projected_crsEPSG ETRS - TM34EPSG(w'#projected_crsEPSG ETRS - TM33EPSG(v'#projected_crsEPSG ETRS - TM32EPSG(u'#projected_crsEPSG ETRS - TM31EPSG(t'#projected_crsEPSG ETRS - TM30EPSG(s'#projected_crsEPSG ETRS - TM29EPSG(r'#projected_crsEPSG ETRS - TM28EPSG(q'#projected_crsEPSG ETRS - TM27EPSG(p'#projected_crsEPSG ETRS - TM26EPSG(o'#projected_crsEPSG ETRS - LAEAEPSG'n'!projected_crsEPSG ETRS - LCCEPSG4m';projected_crsEPSGNAD83(2011) / NE (ftUS)EPSG1l'5projected_crsEPSGUBogota / Colombia 3WEPSG1k'5projected_crsEPSGUBogota / Colombia 3EEPSG1j'5projected_crsEPSGUBogota / Colombia 6EEPSG5i'=projected_crsEPSGUBogota / Colombia BogotaEPSG;h'Iprojected_crsEPSG 1New Luzon / Philippines zone 1EPSG;g'Iprojected_crsEPSG 2New Luzon / Philippines zone 2EPSG;f'Iprojected_crsEPSG 3New Luzon / Philippines zone 3EPSG;e'Iprojected_crsEPSG 4New Luzon / Philippines zone 4EPSG;d'Iprojected_crsEPSG 5New Luzon / Philippines zone 5EPSG%c%geodetic_crsEPSGNew LuzonEPSG%b%geodetic_crsEPSGKNew LuzonEPSG%a%geodetic_crsEPSGNew LuzonEPSG$`'projected_crsEPSG &VicgridEPSG3_'9projected_crsEPSGNAD83(2011) / WI C (m)EPSGB^%Yvertical_crsEPSGQCanadian Vertical Datum of 1928 heightEPSG(]%%vertical_crsEPSGQCVD28 heightEPSG)\'%projected_crsEPSG %ETRS89 / JTMEPSG7['Aprojected_crsEPSG $ETRS89 / New Guernsey GridEPSG9Z'Eprojected_crsEPSG "Gulshan 303 / Bangladesh UTMEPSG+Y%+vertical_crsEPSGIGN 1951 heightEPSG+X%+vertical_crsEPSGIGN 1955 heightEPSG+W%+vertical_crsEPSGIGN 1950 heightEPSG+V%+vertical_crsEPSG~IGN 1989 heightEPSG$U%vertical_crsEPSG|IGN 1987EPSG+T%+vertical_crsEPSG}IGN 1988 heightEPSG:S'Gprojected_crsEPSG Piton des Neiges / TM ReunionEPSG5R'=projected_crsEPSG Fort Desaix / UTM zn 20NEPSG IvGd8 | 9  y N # s 0 W & U *k9q? N_0ezLP Z Lg'kprojected_crsEPSGU(CH_CH1903 / CH_PROJECTION - see alias remarks)EPSGNf'oprojected_crsEPSG(CH_CH1903+ / CH_PROJECTION+ - see alias remarks)EPSG(e%%vertical_crsEPSGaCH_MARS / OHEPSG+d%+vertical_crsEPSG`CH_MARS / UNCOREPSG,c'+projected_crsEPSG SE_RT90 / SE_TMEPSG(b%%vertical_crsEPSGVSE_AMST / NHEPSG@a'Sprojected_crsEPSGY(ES_ED50 / UTM - see alias remarks)EPSG@`'Sprojected_crsEPSGY(ES_ED50 / UTM - see alias remarks)EPSG@_'Sprojected_crsEPSGY(ES_ED50 / UTM - see alias remarks)EPSG@^'Sprojected_crsEPSGY(ES_ED50 / UTM - see alias remarks)EPSG0]'3projected_crsEPSGzD48 / Slovenia GridEPSG+\')projected_crsEPSGzSI_D48 / SI_TMEPSG)[%'vertical_crsEPSGSI_TRIE / NOHEPSGDZ'[projected_crsEPSG(PT_AZO_CENT / UTM - see alias remarks)EPSG.Y'/projected_crsEPSGCORS96 / OR N (m)EPSGDX'[projected_crsEPSG(PT_AZO_ORIE / UTM - see alias remarks)EPSG,W'+projected_crsEPSGkdPT_D73 / TM_D73EPSG?V'Qprojected_crsEPSG ~(PT_MAD / UTM - see alias remarks)EPSG(U%%vertical_crsEPSGPT_CASC / OHEPSG,T'+projected_crsEPSGPL_42/58 / 1965EPSG,S'+projected_crsEPSG~PL_42/58 / 1965EPSG,R'+projected_crsEPSG}PL_42/58 / 1965EPSG,Q'+projected_crsEPSG|PL_42/58 / 1965EPSG,P'+projected_crsEPSG{PL_42/58 / 1965EPSG.O'/projected_crsEPSGPL_EUREF89 / 2000EPSG.N'/projected_crsEPSGPL_EUREF89 / 2000EPSG.M'/projected_crsEPSGPL_EUREF89 / 2000EPSG.L'/projected_crsEPSGPL_EUREF89 / 2000EPSG.K'/projected_crsEPSGPL_EUREF89 / 1992EPSG)J%'vertical_crsEPSGNO_TREG / NOHEPSG/I'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/H'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/G'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/F'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/E'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/D'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/C'1projected_crsEPSGkNO_NGO1948 / NO_TMEPSG/B'1projected_crsEPSGjNO_NGO1948 / NO_TMEPSG,A'+projected_crsEPSG NO_ETRS89 / UTMEPSG,@'+projected_crsEPSG NO_ETRS89 / UTMEPSG,?'+projected_crsEPSG NO_ETRS89 / UTMEPSG(>%%vertical_crsEPSGMNL_AMST / OHEPSGC='Yprojected_crsEPSGq@(NL_RD / DUTCH_ST - see alias remarks)EPSG-<'-projected_crsEPSGyLU_LUREF / LU_TMEPSG(;%%vertical_crsEPSGLU_AMST / OHEPSG-:'-projected_crsEPSG (LT_LKS94 / LT_TMEPSG.9'/projected_crsEPSG LV_LKS-92 / LV_TMEPSGH8'cprojected_crsEPSG (IT_ROMA40 / EAST_WEST - see alias remarks)EPSGH7'cprojected_crsEPSG (IT_ROMA40 / EAST_WEST - see alias remarks)EPSG@6'Sprojected_crsEPSGY(IT_ED50 / UTM - see alias remarks)EPSG@5'Sprojected_crsEPSGY(IT_ED50 / UTM - see alias remarks)EPSGU4'}projected_crsEPSGt(NI_IRELAND65 / IRELAND75_IRISHGRID - see alias remarks)EPSGU3'}projected_crsEPSGt(IE_IRELAND65 / IRELAND75_IRISHGRID - see alias remarks)EPSG(2%%vertical_crsEPSGcIE_MALH / OHEPSG(1%%vertical_crsEPSGHU_KRON / NHEPSGK0'iprojected_crsEPSGl4(GB_OSGB36 / NATIONALGRID - see alias remarks)EPSGD/'[projected_crsEPSG4(GR_GGRS87 / GR_TM - see alias remarks)EPSG(.%%vertical_crsEPSGEGB_NEWL / OHEPSG@-'Sprojected_crsEPSGY(GI_ED50 / UTM - see alias remarks)EPSG,,'+projected_crsEPSG DE_ETRS89 / UTMEPSG,+'+projected_crsEPSG ]DE_42/83 / GK_3EPSG,*'+projected_crsEPSG ^DE_42/83 / GK_3EPSG,)'+projected_crsEPSG _DE_42/83 / GK_3EPSG)(%'vertical_crsEPSGDE_AMST / NOHEPSG('%%vertical_crsEPSGDE_AMST / NHEPSG(&%%vertical_crsEPSGDE_KRON / NHEPSG,%'+projected_crsEPSG EDE_PD/83 / GK_3EPSG,$'+projected_crsEPSG DDE_PD/83 / GK_3EPSG,#'+projected_crsEPSG GDE_RD/83 / GK_3EPSG,"'+projected_crsEPSG FDE_RD/83 / GK_3EPSG+!')projected_crsEPSGzDE_DHDN / GK_3EPSG+ ')projected_crsEPSGzDE_DHDN / GK_3EPSG+')projected_crsEPSGzDE_DHDN / GK_3EPSG LxIJ V / } I " j # r A   M Re;Td#~K@|X$9<3%Mgeodetic_crsEPSG\Mauritanian Mining Cadastre 1999EPSGH2'cprojected_crsEPSG Le Pouce (Mauritius PN 94) / Mauritius GridEPSGE1']projected_crsEPSG Le Pouce (Mauritius 94) / Mauritius GridEPSG60%Ageodetic_crsEPSG[Le Pouce (Mauritius PN 94)EPSG3/%;geodetic_crsEPSG[Le Pouce (Mauritius 94)EPSG1.'5projected_crsEPSG Mhast / UTM zone 32SEPSG1-'5projected_crsEPSG Mhast / UTM zone 32SEPSG!,%geodetic_crsEPSG`MhastEPSG!+%geodetic_crsEPSGaMhastEPSG1*'5projected_crsEPSGeLMhast / UTM zone 32SEPSG!)%geodetic_crsEPSGMhastEPSGE(']projected_crsEPSGNAD83(2011) / Oregon Bend-Vale zone (ft)EPSG@''Sprojected_crsEPSG Selvagem Grande 1938 / UTM zone 28NEPSG0&%5geodetic_crsEPSGSelvagem Grande 1938EPSG'%%#geodetic_crsEPSGMarco AstroEPSG/$'1projected_crsEPSGCORS96 / OR S (ft)EPSG6#'?projected_crsEPSGNAD83(CORS96) / OR N (ft)EPSG0"'3projected_crsEPSG NAD83 / STC LambertEPSG2!'7projected_crsEPSG NAD83(CSRS) / STC LCCEPSG0 '3projected_crsEPSG NAD83 / STC LambertEPSG:'Gprojected_crsEPSG Bas Congo 1955 / UTM zone 33SEPSG>'Oprojected_crsEPSG Bas Congo 1955 / Congo TM zone 16EPSG>'Oprojected_crsEPSG Bas Congo 1955 / Congo TM zone 14EPSG>'Oprojected_crsEPSG Bas Congo 1955 / Congo TM zone 12EPSG*%)geodetic_crsEPSG]Bas Congo 1955EPSG>'Oprojected_crsEPSG Lietuvos Koordinaciu Sistema 1994EPSG-'-projected_crsEPSG LT_LKS94 / LT_TMEPSG1'5projected_crsEPSG LKS94 / Lithuania TMEPSG/'1projected_crsEPSG 0System 1965 zone IEPSG$'projected_crsEPSGPL-1992EPSG''!projected_crsEPSGPL-2000/24EPSG''!projected_crsEPSGPL-2000/21EPSG''!projected_crsEPSGPL-2000/18EPSG''!projected_crsEPSGPL-2000/15EPSG/'1projected_crsEPSGSystem 1965 zone VEPSG0'3projected_crsEPSG~System 1965 zone IVEPSG1'5projected_crsEPSG}System 1965 zone IIIEPSG0'3projected_crsEPSG|System 1965 zone IIEPSG/ '1projected_crsEPSG System 1942/27 (6)EPSG/ '1projected_crsEPSG System 1942/21 (6)EPSG/ '1projected_crsEPSG System 1942/15 (6)EPSG/ '1projected_crsEPSG System 1942/24 (3)EPSG/ '1projected_crsEPSG System 1942/21 (3)EPSG/'1projected_crsEPSG System 1942/18 (3)EPSG/'1projected_crsEPSG System 1942/15 (3)EPSG,'+projected_crsEPSG System GUGiK-80EPSG,'+projected_crsEPSG 0PL_42/58 / 1965EPSG.'/projected_crsEPSGCORS96 / OR S (m)EPSG='Mprojected_crsEPSGNAD83(CORS96) / Oregon South (m)EPSG$%geodetic_crsEPSGYIGC 1962EPSG"%geodetic_crsEPSGNETRS89EPSG"%geodetic_crsEPSGOETRS89EPSGD'[projected_crsEPSG NAD83(HARN) / California (Teale) AlbersEPSG>~'Oprojected_crsEPSG NAD83 / California (Teale) AlbersEPSG>}'Oprojected_crsEPSG NAD27 / California (Teale) AlbersEPSG3|'9projected_crsEPSG MHEFO 55 / UTM zone 7SEPSG${%geodetic_crsEPSGPMHEFO 55EPSG1z'5projected_crsEPSG Tahiti / UTM zone 6SEPSG0y'3projected_crsEPSG Tahaa / UTM zone 5SEPSG3x'9projected_crsEPSG MOP 1983 / UTM zone 5SEPSG"w%geodetic_crsEPSGTahitiEPSG!v%geodetic_crsEPSGTahaaEPSG$u%geodetic_crsEPSGTMOP 1983EPSG(t%%vertical_crsEPSGES_ALIC / OHEPSG@s'Sprojected_crsEPSGY(TR_ED50 / UTM - see alias remarks)EPSG@r'Sprojected_crsEPSGY(TR_ED50 / UTM - see alias remarks)EPSG@q'Sprojected_crsEPSGY(TR_ED50 / UTM - see alias remarks)EPSG@p'Sprojected_crsEPSGY(TR_ED50 / UTM - see alias remarks)EPSG,o'+projected_crsEPSG TR_ED50 / TR_TMEPSG,n'+projected_crsEPSG TR_ED50 / TR_TMEPSG,m'+projected_crsEPSG TR_ED50 / TR_TMEPSG,l'+projected_crsEPSG TR_ED50 / TR_TMEPSG,k'+projected_crsEPSG TR_ED50 / TR_TMEPSG,j'+projected_crsEPSG TR_ED50 / TR_TMEPSG,i'+projected_crsEPSG TR_ED50 / TR_TMEPSG'h%#vertical_crsEPSGTR_ANT / OHEPSG HbP- W 0 x 4  _ $ p 4 ~ [ (Mm=\ V"\2CG9I{'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSGFz'_projected_crsEPSG Maine Coordinate System of 2000 East ZoneEPSGDy'[projected_crsEPSG %NAD83(HPGN) / Pennsylvania South (ftUS)EPSG=x'Mprojected_crsEPSG $NAD83(HPGN) / Pennsylvania SouthEPSGDw'[projected_crsEPSG #NAD83(HPGN) / Pennsylvania North (ftUS)EPSG=v'Mprojected_crsEPSG "NAD83(HPGN) / Pennsylvania NorthEPSG>u'Oprojected_crsEPSG !NAD83(HPGN) / South Carolina (ft)EPSG9t'Eprojected_crsEPSG NAD83(HPGN) / South CarolinaEPSG@s'Sprojected_crsEPSG NAD83(HPGN) / North Carolina (ftUS)EPSG9r'Eprojected_crsEPSG NAD83(HPGN) / North CarolinaEPSGDq'[projected_crsEPSG NAD83(HPGN) / California (Teale) AlbersEPSG!p%geodetic_crsEPSGFD54aEPSG!o'projected_crsEPSG efk89EPSG.n'/projected_crsEPSG QNAD83 / BC AlbersEPSG,m'+projected_crsEPSG GFiji 1986 / FMGEPSG'l%#geodetic_crsEPSGzSanto (DOS)EPSG*k%)geodetic_crsEPSGjBellevue (IGN)EPSG0j'3projected_crsEPSG cRGNC / UTM zone 59SEPSG0i'3projected_crsEPSG bRGNC / UTM zone 58SEPSG0h'3projected_crsEPSG aRGNC / UTM zone 57SEPSG1g'5projected_crsEPSG_MRT68 / UTM zone 48NEPSG1f'5projected_crsEPSG_MRT68 / UTM zone 47NEPSG3e'9projected_crsEPSG_MRT68 / Singapore GridEPSG!d%geodetic_crsEPSGMRT68EPSG9c'Eprojected_crsEPSGtTimbalai 1968 / UTM zone 50NEPSG9b'Eprojected_crsEPSGtTimbalai 1968 / UTM zone 49NEPSG0a'3projected_crsEPSGtBT68 / UTM zone 50NEPSG0`'3projected_crsEPSGtBT68 / UTM zone 49NEPSG _%geodetic_crsEPSGBT68EPSG)^%'geodetic_crsEPSGTimbalai 1968EPSG)]'%projected_crsEPSG [Lambert NC91EPSG-\'-projected_crsEPSGST74 0 gon 65:-1EPSG4[';projected_crsEPSG JNAD83 / 10TM AEP ForestEPSG6Z'?projected_crsEPSG KNAD83 / 10TM AEP ResourceEPSG6Y'?projected_crsEPSG INAD83 / 10TM AEP ResourceEPSG4X';projected_crsEPSG HNAD83 / 10TM AEP ForestEPSG>W'Oprojected_crsEPSG CVanua Levu 1917 / Vanua Levu GridEPSG+V%+geodetic_crsEPSGVanua Levu 1917EPSG%)geodetic_crsEPSGUvea SHOM 1978EPSG(=%%geodetic_crsEPSGRIGN79 TahitiEPSG!<%compound_crsEPSGRDNAPEPSG$;%geodetic_crsEPSGHK63(67)EPSG :%geodetic_crsEPSGHK63EPSGG9'aprojected_crsEPSG St. Pierre et Miquelon 1950 / UTM zone 21NEPSG/8%3geodetic_crsEPSGuJohnston Atoll 1961EPSGD7'[projected_crsEPSGNAD83(2011) / Oregon Bend-Vale zone (m)EPSGL6'kprojected_crsEPSG )Mauritanian Mining Cadastre 1999 / UTM zone 30NEPSGL5'kprojected_crsEPSG (Mauritanian Mining Cadastre 1999 / UTM zone 29NEPSGL4'kprojected_crsEPSG 'Mauritanian Mining Cadastre 1999 / UTM zone 28NEPSG C`tP, \ ( X $ T d $ w 8v3q.h'i.z<FI @@>'Sprojected_crsEPSG NAD83(HARN) / California zone 5 (m)EPSG@='Sprojected_crsEPSG NAD83(HARN) / California zone 4 (m)EPSG@<'Sprojected_crsEPSG NAD83(HARN) / California zone 3 (m)EPSG@;'Sprojected_crsEPSG NAD83(HARN) / California zone 2 (m)EPSG@:'Sprojected_crsEPSG NAD83(HARN) / California zone 1 (m)EPSG=9'Mprojected_crsEPSG NAD83(HARN) / Arkansas South (m)EPSG=8'Mprojected_crsEPSG NAD83(HARN) / Arkansas North (m)EPSG;7'Iprojected_crsEPSG NAD83(HARN) / Arizona West (m)EPSG;6'Iprojected_crsEPSG NAD83(HARN) / Arizona East (m)EPSG>5'Oprojected_crsEPSG NAD83(HARN) / Arizona Central (m)EPSG;4'Iprojected_crsEPSG NAD83(HARN) / Alabama West (m)EPSG;3'Iprojected_crsEPSG NAD83(HARN) / Alabama East (m)EPSG:2'Gprojected_crsEPSG NAD83 / Maine CS2000 West (m)EPSG:1'Gprojected_crsEPSG NAD83 / Maine CS2000 East (m)EPSG;0'Iprojected_crsEPSG}NAD83 / Louisiana Offshore (m)EPSG>/'Oprojected_crsEPSG xWGS 84 / Jamaica Metric Grid 2001EPSG5.'=projected_crsEPSGtTananarive / Laborde appEPSG8-'Cprojected_crsEPSG GRD/83 / Gauss-Kruger zone 5EPSG8,'Cprojected_crsEPSG FRD/83 / Gauss-Kruger zone 4EPSG +%geodetic_crsEPSGDHDNEPSG8*'Cprojected_crsEPSG EPD/83 / Gauss-Kruger zone 4EPSG )%geodetic_crsEPSGDHDNEPSG:('Gprojected_crsEPSG wETRS89 / Belgian Lambert 2005EPSG>''Oprojected_crsEPSG vNAD83(HPGN) / Rhode Island (ftUS)EPSG?&'Qprojected_crsEPSG uNAD83(HPGN) / New Hampshire (ftUS)EPSG?%'Qprojected_crsEPSG tNAD83(HPGN) / Illinois West (ftUS)EPSG?$'Qprojected_crsEPSG sNAD83(HPGN) / Illinois East (ftUS)EPSG@#'Sprojected_crsEPSG rNAD83(HPGN) / Arkansas South (ftUS)EPSG@"'Sprojected_crsEPSG qNAD83(HPGN) / Arkansas North (ftUS)EPSG'Oprojected_crsEPSG dNAD83(HPGN) / Kansas South (ftUS)EPSG>'Oprojected_crsEPSG cNAD83(HPGN) / Kansas North (ftUS)EPSG<'Kprojected_crsEPSG bNAD83(HPGN) / Iowa South (ftUS)EPSG<'Kprojected_crsEPSG aNAD83(HPGN) / Iowa North (ftUS)EPSG3'9projected_crsEPSG WWGS 72BE / SCS LambertEPSG5'=projected_crsEPSG$ETRS89 / MML07 SnakeGridEPSG='Mprojected_crsEPSG gNAD83 / GLGIS Albers (basin+SLS)EPSG9'Eprojected_crsEPSG fNAD83 / GLGIS Albers (basin)EPSG:'Gprojected_crsEPSG VSVY21 plane coordinate systemEPSG@'Sprojected_crsEPSG LNAD83(HPGN) / North Carolina (ftUS)EPSG1'5projected_crsEPSG]LIGD95 / UTM zone 54SEPSG1'5projected_crsEPSG]KIGD95 / UTM zone 53SEPSG1'5projected_crsEPSG]JIGD95 / UTM zone 52SEPSG1'5projected_crsEPSG]IIGD95 / UTM zone 51SEPSG1'5projected_crsEPSG]HIGD95 / UTM zone 50SEPSG1'5projected_crsEPSG]GIGD95 / UTM zone 49SEPSG1 '5projected_crsEPSG]FIGD95 / UTM zone 48SEPSG1 '5projected_crsEPSG]EIGD95 / UTM zone 47SEPSG1 '5projected_crsEPSG]@IGD95 / UTM zone 52NEPSG1 '5projected_crsEPSG]?IGD95 / UTM zone 51NEPSG1 '5projected_crsEPSG]>IGD95 / UTM zone 50NEPSG1'5projected_crsEPSG]=IGD95 / UTM zone 49NEPSG1'5projected_crsEPSG]=~'Mprojected_crsEPSG NAD83(HARN) / Nevada Central (m)EPSG7}'Aprojected_crsEPSG NAD83(HARN) / Nebraska (m)EPSG6|'?projected_crsEPSG NAD83(HARN) / Montana (m)EPSG<{'Kprojected_crsEPSG NAD83(HARN) / Missouri West (m)EPSGv'Oprojected_crsEPSG NAD83(HARN) / Minnesota South (m)EPSG>u'Oprojected_crsEPSG NAD83(HARN) / Minnesota North (m)EPSG@t'Sprojected_crsEPSG NAD83(HARN) / Minnesota Central (m)EPSG=s'Mprojected_crsEPSG NAD83(HARN) / Michigan South (m)EPSG=r'Mprojected_crsEPSG NAD83(HARN) / Michigan North (m)EPSG?q'Qprojected_crsEPSG NAD83(HARN) / Michigan Central (m)EPSGEp']projected_crsEPSG NAD83(HARN) / Massachusetts Mainland (m)EPSGCo'Yprojected_crsEPSG NAD83(HARN) / Massachusetts Island (m)EPSG7n'Aprojected_crsEPSG NAD83(HARN) / Maryland (m)EPSG9m'Eprojected_crsEPSG NAD83(HARN) / Maine West (m)EPSG9l'Eprojected_crsEPSG NAD83(HARN) / Maine East (m)EPSG5k'=projected_crsEPSGSE Island / UTM zone 40NEPSG3j'9projected_crsEPSGCORS96 / OCRS_BRP (ft)EPSG2i'7projected_crsEPSGCORS96 / OCRS_BKF (m)EPSG2h'7projected_crsEPSGCORS96 / OCRS_BKE (m)EPSG3g'9projected_crsEPSGCORS96 / OCRS_BKF (ft)EPSG3f'9projected_crsEPSGCORS96 / OCRS_BKE (ft)EPSG%e%vertical_crsEPSG Bpv depthEPSG5d'=projected_crsEPSGCORS96 / OR GIC Lam (ft)EPSG0c'3projected_crsEPSGCORS96 / OR LCC (m)EPSG@b'Sprojected_crsEPSG NAD83(HARN) / Maine CS2000 West (m)EPSG@a'Sprojected_crsEPSG NAD83(HARN) / Maine CS2000 East (m)EPSGA`'Uprojected_crsEPSG NAD83(HPGN) / Louisiana South (ftUS)EPSG>_'Oprojected_crsEPSG NAD83(HARN) / Louisiana South (m)EPSGA^'Uprojected_crsEPSG NAD83(HPGN) / Louisiana North (ftUS)EPSG>]'Oprojected_crsEPSG NAD83(HARN) / Louisiana North (m)EPSGC\'Yprojected_crsEPSG NAD83(HARN) / Kentucky Single Zone (m)EPSG=['Mprojected_crsEPSG NAD83(HARN) / Kentucky South (m)EPSG=Z'Mprojected_crsEPSG NAD83(HARN) / Kentucky North (m)EPSG;Y'Iprojected_crsEPSG NAD83(HARN) / Kansas South (m)EPSG;X'Iprojected_crsEPSG NAD83(HARN) / Kansas North (m)EPSG9W'Eprojected_crsEPSG NAD83(HARN) / Iowa South (m)EPSG9V'Eprojected_crsEPSG NAD83(HARN) / Iowa North (m)EPSG;U'Iprojected_crsEPSG NAD83(HARN) / Indiana West (m)EPSG;T'Iprojected_crsEPSG NAD83(HARN) / Indiana East (m)EPSGG E ~ ? w ;  A  { = r .m0i+z:v1h'e`}P#9<'Eprojected_crsEPSG NAD83(2011) / Kansas LCC (m)EPSG3;'9projected_crsEPSG NAD83 / Kansas LCC (m)EPSG*:''projected_crsEPSG ETRF89 / TM39EPSG*9''projected_crsEPSG ETRF89 / TM38EPSG*8''projected_crsEPSG ETRF89 / TM27EPSG*7''projected_crsEPSG ETRF89 / TM26EPSGD6%]compound_crsEPSG$ETRS89 / MML07 SnakeGrid + Newlyn heightEPSG?5'Qprojected_crsEPSG xJAD2001 / Jamaica Metric Grid 2001EPSG<4'Kprojected_crsEPSG NAD83(HPGN) / Utah South (ftUS)EPSG>3'Oprojected_crsEPSG NAD83(HPGN) / Utah Central (ftUS)EPSG<2'Kprojected_crsEPSG NAD83(HPGN) / Utah North (ftUS)EPSGC1'Yprojected_crsEPSG 0NAD83(HARN) / Wyoming West Central (m)EPSG;0'Iprojected_crsEPSG 1NAD83(HARN) / Wyoming West (m)EPSGC/'Yprojected_crsEPSG /NAD83(HARN) / Wyoming East Central (m)EPSG;.'Iprojected_crsEPSG .NAD83(HARN) / Wyoming East (m)EPSG>-'Oprojected_crsEPSG -NAD83(HARN) / Wisconsin South (m)EPSG>,'Oprojected_crsEPSG +NAD83(HARN) / Wisconsin North (m)EPSG@+'Sprojected_crsEPSG ,NAD83(HARN) / Wisconsin Central (m)EPSGB*'Wprojected_crsEPSG *NAD83(HARN) / West Virginia South (m)EPSGB)'Wprojected_crsEPSG )NAD83(HARN) / West Virginia North (m)EPSG?('Qprojected_crsEPSG (NAD83(HARN) / Washington South (m)EPSG?''Qprojected_crsEPSG 'NAD83(HARN) / Washington North (m)EPSG=&'Mprojected_crsEPSG &NAD83(HARN) / Virginia South (m)EPSG=%'Mprojected_crsEPSG %NAD83(HARN) / Virginia North (m)EPSG6$'?projected_crsEPSG $NAD83(HARN) / Vermont (m)EPSG9#'Eprojected_crsEPSG #NAD83(HARN) / Utah South (m)EPSG9"'Eprojected_crsEPSG !NAD83(HARN) / Utah North (m)EPSG;!'Iprojected_crsEPSG "NAD83(HARN) / Utah Central (m)EPSGB 'Wprojected_crsEPSG NAD83(HARN) / Texas South Central (m)EPSG:'Gprojected_crsEPSG NAD83(HARN) / Texas South (m)EPSGB'Wprojected_crsEPSG NAD83(HARN) / Texas North Central (m)EPSG:'Gprojected_crsEPSG NAD83(HARN) / Texas North (m)EPSG<'Kprojected_crsEPSG NAD83(HARN) / Texas Central (m)EPSG8'Cprojected_crsEPSG NAD83(HARN) / Tennessee (m)EPSGD'[projected_crsEPSG NAD83(HPGN) / South Dakota South (ftUS)EPSGA'Uprojected_crsEPSG NAD83(HARN) / South Dakota South (m)EPSGD'[projected_crsEPSG NAD83(HPGN) / South Dakota North (ftUS)EPSGA'Uprojected_crsEPSG NAD83(HARN) / South Dakota North (m)EPSG='Mprojected_crsEPSG NAD83(HARN) / South Carolina (m)EPSG;'Iprojected_crsEPSG NAD83(HARN) / Rhode Island (m)EPSGA'Uprojected_crsEPSG $NAD83(HARN) / Pennsylvania South (m)EPSGA'Uprojected_crsEPSG "NAD83(HARN) / Pennsylvania North (m)EPSG;'Iprojected_crsEPSG NAD83(HARN) / Oregon South (m)EPSG;'Iprojected_crsEPSG NAD83(HARN) / Oregon North (m)EPSG='Mprojected_crsEPSG NAD83(HARN) / Oklahoma South (m)EPSG='Mprojected_crsEPSG NAD83(HARN) / Oklahoma North (m)EPSG9'Eprojected_crsEPSG NAD83(HARN) / Ohio South (m)EPSG9 'Eprojected_crsEPSG NAD83(HARN) / Ohio North (m)EPSGA 'Uprojected_crsEPSG NAD83(HARN) / North Dakota South (m)EPSGA 'Uprojected_crsEPSG NAD83(HARN) / North Dakota North (m)EPSG= 'Mprojected_crsEPSG NAD83(HARN) / North Carolina (m)EPSG< 'Kprojected_crsEPSG NAD83(HARN) / New York West (m)EPSGC'Yprojected_crsEPSG NAD83(HARN) / New York Long Island (m)EPSG<'Kprojected_crsEPSG NAD83(HARN) / New York East (m)EPSG?'Qprojected_crsEPSG NAD83(HARN) / New York Central (m)EPSG>'Oprojected_crsEPSG NAD83(HARN) / New Mexico West (m)EPSG>'Oprojected_crsEPSG NAD83(HARN) / New Mexico East (m)EPSGA'Uprojected_crsEPSG NAD83(HARN) / New Mexico Central (m)EPSG9'Eprojected_crsEPSG NAD83(HARN) / New Jersey (m)EPSG<'Kprojected_crsEPSG NAD83(HARN) / New Hampshire (m)EPSG:'Gprojected_crsEPSG NAD83(HARN) / Nevada West (m)EPSG:'Gprojected_crsEPSG NAD83(HARN) / Nevada East (m)EPSG 9y9e I  t - W   7 _ TH<s/]As2o-?u'Qprojected_crsEPSG NAD83(NSRS2007) / Georgia West (m)EPSG?t'Qprojected_crsEPSG NAD83(NSRS2007) / Georgia East (m)EPSG?s'Qprojected_crsEPSG NAD83(NSRS2007) / Florida West (m)EPSG@r'Sprojected_crsEPSG NAD83(NSRS2007) / Florida North (m)EPSG?q'Qprojected_crsEPSG NAD83(NSRS2007) / Florida East (m)EPSG;p'Iprojected_crsEPSG NAD83(NSRS2007) / Delaware (m)EPSG>o'Oprojected_crsEPSG NAD83(NSRS2007) / Connecticut (m)EPSGAn'Uprojected_crsEPSG NAD83(NSRS2007) / Colorado South (m)EPSGAm'Uprojected_crsEPSG NAD83(NSRS2007) / Colorado North (m)EPSGCl'Yprojected_crsEPSG NAD83(NSRS2007) / Colorado Central (m)EPSGDk'[projected_crsEPSG NAD83(NSRS2007) / California zone 6 (m)EPSGDj'[projected_crsEPSG NAD83(NSRS2007) / California zone 5 (m)EPSGDi'[projected_crsEPSG NAD83(NSRS2007) / California zone 4 (m)EPSGDh'[projected_crsEPSG NAD83(NSRS2007) / California zone 3 (m)EPSGDg'[projected_crsEPSG NAD83(NSRS2007) / California zone 2 (m)EPSGDf'[projected_crsEPSG NAD83(NSRS2007) / California zone 1 (m)EPSGAe'Uprojected_crsEPSG NAD83(NSRS2007) / Arkansas South (m)EPSGAd'Uprojected_crsEPSG NAD83(NSRS2007) / Arkansas North (m)EPSG?c'Qprojected_crsEPSG NAD83(NSRS2007) / Arizona West (m)EPSG?b'Qprojected_crsEPSG NAD83(NSRS2007) / Arizona East (m)EPSGBa'Wprojected_crsEPSG NAD83(NSRS2007) / Arizona Central (m)EPSG@`'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 9 (m)EPSG@_'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 8 (m)EPSG@^'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 7 (m)EPSG@]'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 6 (m)EPSG@\'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 5 (m)EPSG@['Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 4 (m)EPSG@Z'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 3 (m)EPSG@Y'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 2 (m)EPSGAX'Uprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 10 (m)EPSG@W'Sprojected_crsEPSG NAD83(NSRS2007) / Alaska zone 1 (m)EPSG?V'Qprojected_crsEPSG NAD83(NSRS2007) / Alabama West (m)EPSG?U'Qprojected_crsEPSG NAD83(NSRS2007) / Alabama East (m)EPSGET']projected_crsEPSGrSouth West African Coord. System zone 25EPSGES']projected_crsEPSGrSouth West African Coord. System zone 23EPSGER']projected_crsEPSGrSouth West African Coord. System zone 21EPSGEQ']projected_crsEPSGrSouth West African Coord. System zone 19EPSGEP']projected_crsEPSGrSouth West African Coord. System zone 17EPSGEO']projected_crsEPSGrSouth West African Coord. System zone 15EPSGEN']projected_crsEPSGrSouth West African Coord. System zone 13EPSGEM']projected_crsEPSGrSouth West African Coord. System zone 11EPSGDL'[projected_crsEPSGWSouth African Coordinate System zone 33EPSGDK'[projected_crsEPSGWSouth African Coordinate System zone 31EPSGDJ'[projected_crsEPSGWSouth African Coordinate System zone 29EPSGDI'[projected_crsEPSGWSouth African Coordinate System zone 27EPSGDH'[projected_crsEPSGW South African Coordinate System zone 25EPSGDG'[projected_crsEPSGW South African Coordinate System zone 23EPSGDF'[projected_crsEPSGW South African Coordinate System zone 21EPSGDE'[projected_crsEPSGWSouth African Coordinate System zone 19EPSGDD'[projected_crsEPSGWSouth African Coordinate System zone 17EPSGDC'[projected_crsEPSGWSouth African Coordinate System zone 15EPSG?B'Qprojected_crsEPSG NAD83(HPGN) / Maine CS2000 CentralEPSGCA'Yprojected_crsEPSG NAD83(HARN) / Maine CS2000 Central (m)EPSGI@'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSG=?'Mprojected_crsEPSG NAD83 / Maine CS2000 Central (m)EPSGI>'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSG8='Cprojected_crsEPSG DPD/83 / Gauss-Kruger zone 3EPSG :}=u3 q / ]  B v 8 \ Hw1n0j'ZBs+g#?/'Qprojected_crsEPSG=NAD83(NSRS2007) / Oregon North (m)EPSG9.'Eprojected_crsEPSG;NAD83(2007) / Oregon LCC (m)EPSGA-'Uprojected_crsEPSG9NAD83(NSRS2007) / Oklahoma South (m)EPSGA,'Uprojected_crsEPSG7NAD83(NSRS2007) / Oklahoma North (m)EPSG=+'Mprojected_crsEPSG6NAD83(NSRS2007) / Ohio South (m)EPSG=*'Mprojected_crsEPSG5NAD83(NSRS2007) / Ohio North (m)EPSGE)']projected_crsEPSG3NAD83(NSRS2007) / North Dakota South (m)EPSGE(']projected_crsEPSG1NAD83(NSRS2007) / North Dakota North (m)EPSGA''Uprojected_crsEPSG/NAD83(NSRS2007) / North Carolina (m)EPSG@&'Sprojected_crsEPSG-NAD83(NSRS2007) / New York West (m)EPSGG%'aprojected_crsEPSG+NAD83(NSRS2007) / New York Long Island (m)EPSG@$'Sprojected_crsEPSG)NAD83(NSRS2007) / New York East (m)EPSGC#'Yprojected_crsEPSG'NAD83(NSRS2007) / New York Central (m)EPSGB"'Wprojected_crsEPSG%NAD83(NSRS2007) / New Mexico West (m)EPSGB!'Wprojected_crsEPSG#NAD83(NSRS2007) / New Mexico East (m)EPSGE ']projected_crsEPSG!NAD83(NSRS2007) / New Mexico Central (m)EPSG='Mprojected_crsEPSGNAD83(NSRS2007) / New Jersey (m)EPSG@'Sprojected_crsEPSGNAD83(NSRS2007) / New Hampshire (m)EPSG>'Oprojected_crsEPSGNAD83(NSRS2007) / Nevada West (m)EPSG>'Oprojected_crsEPSGNAD83(NSRS2007) / Nevada East (m)EPSGA'Uprojected_crsEPSGNAD83(NSRS2007) / Nevada Central (m)EPSG;'Iprojected_crsEPSGNAD83(NSRS2007) / Nebraska (m)EPSG:'Gprojected_crsEPSGNAD83(NSRS2007) / Montana (m)EPSG@'Sprojected_crsEPSGNAD83(NSRS2007) / Missouri West (m)EPSG@'Sprojected_crsEPSGNAD83(NSRS2007) / Missouri East (m)EPSGC'Yprojected_crsEPSGNAD83(NSRS2007) / Missouri Central (m)EPSGC'Yprojected_crsEPSGNAD83(NSRS2007) / Mississippi West (m)EPSGC'Yprojected_crsEPSG NAD83(NSRS2007) / Mississippi East (m)EPSGB'Wprojected_crsEPSG NAD83(NSRS2007) / Minnesota South (m)EPSGB'Wprojected_crsEPSG NAD83(NSRS2007) / Minnesota North (m)EPSGD'[projected_crsEPSG NAD83(NSRS2007) / Minnesota Central (m)EPSGA'Uprojected_crsEPSGNAD83(NSRS2007) / Michigan South (m)EPSGA'Uprojected_crsEPSGNAD83(NSRS2007) / Michigan North (m)EPSGC'Yprojected_crsEPSGNAD83(NSRS2007) / Michigan Central (m)EPSGI 'eprojected_crsEPSGNAD83(NSRS2007) / Massachusetts Mainland (m)EPSGG 'aprojected_crsEPSG NAD83(NSRS2007) / Massachusetts Island (m)EPSG; 'Iprojected_crsEPSG NAD83(NSRS2007) / Maryland (m)EPSG= 'Mprojected_crsEPSG NAD83(NSRS2007) / Maine West (m)EPSGB 'Wprojected_crsEPSG NAD83(NSRS2007) / Maine CS83 East (m)EPSGD'[projected_crsEPSG NAD83(NSRS2007) / Maine CS2000 West (m)EPSGD'[projected_crsEPSG NAD83(NSRS2007) / Maine CS2000 East (m)EPSGG'aprojected_crsEPSG NAD83(NSRS2007) / Maine CS2000 Central (m)EPSGB'Wprojected_crsEPSG NAD83(NSRS2007) / Louisiana South (m)EPSGB'Wprojected_crsEPSG NAD83(NSRS2007) / Louisiana North (m)EPSGA'Uprojected_crsEPSG NAD83(NSRS2007) / Kentucky South (m)EPSGG'aprojected_crsEPSG NAD83(NSRS2007) / Kentucky Single Zone (m)EPSGA'Uprojected_crsEPSG NAD83(NSRS2007) / Kentucky North (m)EPSG?'Qprojected_crsEPSG NAD83(NSRS2007) / Kansas South (m)EPSG?'Qprojected_crsEPSG NAD83(NSRS2007) / Kansas North (m)EPSG=~'Mprojected_crsEPSG NAD83(NSRS2007) / Iowa South (m)EPSG=}'Mprojected_crsEPSG NAD83(NSRS2007) / Iowa North (m)EPSG?|'Qprojected_crsEPSG NAD83(NSRS2007) / Indiana West (m)EPSG?{'Qprojected_crsEPSG NAD83(NSRS2007) / Indiana East (m)EPSG@z'Sprojected_crsEPSG NAD83(NSRS2007) / Illinois West (m)EPSG@y'Sprojected_crsEPSG NAD83(NSRS2007) / Illinois East (m)EPSG=x'Mprojected_crsEPSG NAD83(NSRS2007) / Idaho West (m)EPSG=w'Mprojected_crsEPSG NAD83(NSRS2007) / Idaho East (m)EPSG@v'Sprojected_crsEPSG NAD83(NSRS2007) / Idaho Central (m)EPSG >v.` U @ ? o ( \ =}C [!s:b>[I8Am'Uprojected_crsEPSGhNAD83(HARN) / Maine CS83 East (ftUS)EPSGAl'Uprojected_crsEPSGhNAD83(HARN) / Maine CS83 West (ftUS)EPSGEk']projected_crsEPSGhNAD83(HPGN) / West Virginia South (ftUS)EPSGEj']projected_crsEPSGhNAD83(HPGN) / West Virginia North (ftUS)EPSG:i'Gprojected_crsEPSGhNAD83(HPGN) / Nebraska (ftUS)EPSGAh'Uprojected_crsEPSGhNAD83(HPGN) / Minnesota South (ftUS)EPSGCg'Yprojected_crsEPSGhNAD83(HPGN) / Minnesota Central (ftUS)EPSGAf'Uprojected_crsEPSGhNAD83(HPGN) / Minnesota North (ftUS)EPSGAe'Uprojected_crsEPSGhNAD83(HPGN) / Maine CS83 West (ftUS)EPSGAd'Uprojected_crsEPSGhNAD83(HPGN) / Maine CS83 East (ftUS)EPSG2c'7projected_crsEPSGBermuda National GridEPSG$b'projected_crsEPSGBNG2000EPSG)a'%projected_crsEPSGHTRS96 / LCCEPSG(`'#projected_crsEPSGHTRS96 / TMEPSG-_'-projected_crsEPSG wBE_ETRS89 / LB05EPSG!^'projected_crsEPSG KY1ZEPSG6]'?projected_crsEPSG NAD83(NSRS) / KY1Z (ftUS)EPSG!\'projected_crsEPSG KY1ZEPSG?['Qprojected_crsEPSGNAD83(HPGN) / Hawaii zone 3 (ftUS)EPSG6Z'?projected_crsEPSGNAD83(HPGN) / UTM zone 5NEPSG6Y'?projected_crsEPSGNAD83(HPGN) / UTM zone 4NEPSG7X'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 19NEPSG7W'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 18NEPSG7V'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 17NEPSG7U'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 16NEPSG7T'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 15NEPSG7S'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 14NEPSG7R'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 13NEPSG7Q'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 12NEPSG7P'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 11NEPSG7O'Aprojected_crsEPSGNAD83(HPGN) / UTM zone 10NEPSG:N'Gprojected_crsEPSGPiton des Neiges / TM ReunionEPSGFM'_projected_crsEPSGnNAD83(NSRS2007) / West Virginia South (m)EPSGFL'_projected_crsEPSGmNAD83(NSRS2007) / West Virginia North (m)EPSGGK'aprojected_crsEPSGxNAD83(NSRS2007) / Wyoming West Central (m)EPSG?J'Qprojected_crsEPSGyNAD83(NSRS2007) / Wyoming West (m)EPSGGI'aprojected_crsEPSGwNAD83(NSRS2007) / Wyoming East Central (m)EPSG?H'Qprojected_crsEPSGvNAD83(NSRS2007) / Wyoming East (m)EPSGBG'Wprojected_crsEPSGsNAD83(NSRS2007) / Wisconsin South (m)EPSGBF'Wprojected_crsEPSGqNAD83(NSRS2007) / Wisconsin North (m)EPSGDE'[projected_crsEPSGoNAD83(NSRS2007) / Wisconsin Central (m)EPSGCD'Yprojected_crsEPSGkNAD83(NSRS2007) / Washington South (m)EPSGCC'Yprojected_crsEPSGiNAD83(NSRS2007) / Washington North (m)EPSGAB'Uprojected_crsEPSGgNAD83(NSRS2007) / Virginia South (m)EPSGAA'Uprojected_crsEPSGeNAD83(NSRS2007) / Virginia North (m)EPSG:@'Gprojected_crsEPSGdNAD83(NSRS2007) / Vermont (m)EPSG=?'Mprojected_crsEPSGaNAD83(NSRS2007) / Utah South (m)EPSG=>'Mprojected_crsEPSG^NAD83(NSRS2007) / Utah North (m)EPSG?='Qprojected_crsEPSG[NAD83(NSRS2007) / Utah Central (m)EPSGF<'_projected_crsEPSGYNAD83(NSRS2007) / Texas South Central (m)EPSG>;'Oprojected_crsEPSGWNAD83(NSRS2007) / Texas South (m)EPSGF:'_projected_crsEPSGUNAD83(NSRS2007) / Texas North Central (m)EPSG>9'Oprojected_crsEPSGSNAD83(NSRS2007) / Texas North (m)EPSG@8'Sprojected_crsEPSGONAD83(NSRS2007) / Texas Central (m)EPSG<7'Kprojected_crsEPSGMNAD83(NSRS2007) / Tennessee (m)EPSGE6']projected_crsEPSGKNAD83(NSRS2007) / South Dakota South (m)EPSGE5']projected_crsEPSGINAD83(NSRS2007) / South Dakota North (m)EPSGA4'Uprojected_crsEPSGGNAD83(NSRS2007) / South Carolina (m)EPSG?3'Qprojected_crsEPSGENAD83(NSRS2007) / Rhode Island (m)EPSGE2']projected_crsEPSGCNAD83(NSRS2007) / Pennsylvania South (m)EPSGE1']projected_crsEPSGANAD83(NSRS2007) / Pennsylvania North (m)EPSG?0'Qprojected_crsEPSG?NAD83(NSRS2007) / Oregon South (m)EPSG ?8] Y  ]  Y  O  z R S. }8s1n+p4t5m/d:,'Gprojected_crsEPSGTNZGD2000 / Bluff Circuit 2000EPSGA+'Uprojected_crsEPSGSNZGD2000 / North Taieri Circuit 2000EPSGF*'_projected_crsEPSGRNZGD2000 / Observation Point Circuit 2000EPSG?)'Qprojected_crsEPSGQNZGD2000 / Mount York Circuit 2000EPSGC('Yprojected_crsEPSGPNZGD2000 / Mount Nicholas Circuit 2000EPSG@''Sprojected_crsEPSGONZGD2000 / Lindis Peak Circuit 2000EPSG;&'Iprojected_crsEPSGNNZGD2000 / Timaru Circuit 2000EPSG;%'Iprojected_crsEPSGMNZGD2000 / Gawler Circuit 2000EPSGC$'Yprojected_crsEPSGLNZGD2000 / Mount Pleasant Circuit 2000EPSGA#'Uprojected_crsEPSGKNZGD2000 / Jacksons Bay Circuit 2000EPSG<"'Kprojected_crsEPSGJNZGD2000 / Okarito Circuit 2000EPSG=!'Mprojected_crsEPSGINZGD2000 / Hokitika Circuit 2000EPSG@ 'Sprojected_crsEPSGHNZGD2000 / Marlborough Circuit 2000EPSG:'Gprojected_crsEPSGGNZGD2000 / Amuri Circuit 2000EPSG9'Eprojected_crsEPSGFNZGD2000 / Grey Circuit 2000EPSG;'Iprojected_crsEPSGENZGD2000 / Buller Circuit 2000EPSG<'Kprojected_crsEPSGDNZGD2000 / Karamea Circuit 2000EPSG;'Iprojected_crsEPSGCNZGD2000 / Nelson Circuit 2000EPSG@'Sprojected_crsEPSGBNZGD2000 / Collingwood Circuit 2000EPSG?'Qprojected_crsEPSGANZGD2000 / Wellington Circuit 2000EPSG>'Oprojected_crsEPSG@NZGD2000 / Wairarapa Circuit 2000EPSG='Mprojected_crsEPSG?NZGD2000 / Wanganui Circuit 2000EPSG?'Qprojected_crsEPSG>NZGD2000 / Turhirangi Circuit 2000EPSG='Mprojected_crsEPSG=NZGD2000 / Taranaki Circuit 2000EPSG?'Qprojected_crsEPSG'Oprojected_crsEPSGNAD83 / Alberta 3TM ref merid 120EPSG>'Oprojected_crsEPSGNAD83 / Alberta 3TM ref merid 117EPSG>'Oprojected_crsEPSGNAD83 / Alberta 3TM ref merid 114EPSG>'Oprojected_crsEPSGNAD83 / Alberta 3TM ref merid 111EPSG>'Oprojected_crsEPSGNAD27 / Alberta 3TM ref merid 120EPSG>~'Oprojected_crsEPSGNAD27 / Alberta 3TM ref merid 117EPSG>}'Oprojected_crsEPSGNAD27 / Alberta 3TM ref merid 114EPSG>|'Oprojected_crsEPSGNAD27 / Alberta 3TM ref merid 111EPSG{%geodetic_crsEPSGDLxEPSGz%geodetic_crsEPSGD73EPSG0y%5vertical_crsEPSGKronstadt 1977 depthEPSGAx'Uprojected_crsEPSG!FNAD83(2011) / KS RCS zone 1 GoodlandEPSG(w%%vertical_crsEPSGBaltic depthEPSGEv']projected_crsEPSGhNAD83(NSRS2007) / Maine CS83 East (ftUS)EPSGEu']projected_crsEPSGhNAD83(NSRS2007) / Maine CS83 West (ftUS)EPSGFt'_projected_crsEPSG Maine Coordinate System of 1983 West ZoneEPSGFs'_projected_crsEPSG Maine Coordinate System of 1983 East ZoneEPSGFr'_projected_crsEPSG Maine Coordinate System of 2000 West ZoneEPSGFq'_projected_crsEPSG Maine Coordinate System of 2000 East ZoneEPSGIp'eprojected_crsEPSG Maine Coordinate System of 2000 Central ZoneEPSG;o'Iprojected_crsEPSGhNAD83 / Maine CS83 East (ftUS)EPSG;n'Iprojected_crsEPSGhNAD83 / Maine CS83 West (ftUS)EPSG Ia,X# O  { F  r =  i 4  { M d8 r8nH Dt,^!PqE3u'9projected_crsEPSGNAD83(NSRS2007) / MSTMEPSG9t'Eprojected_crsEPSGNAD83(HPGN) / Mississippi TMEPSG/s'1projected_crsEPSGNAD83(HARN) / MSTMEPSG)r'%projected_crsEPSGNAD83 / MSTMEPSG2q'7projected_crsEPSGETRS89 / Lambert 2008EPSGp%geodetic_crsEPSG$727EPSGDo'[projected_crsEPSGNAD83(CSRS) / Alberta 3TM ref merid 120EPSG>n'Oprojected_crsEPSGNAD83 / Alberta 3TM ref merid 120EPSG>m'Oprojected_crsEPSGNAD27 / Alberta 3TM ref merid 120EPSGEl']projected_crsEPSGhNAD83(HPGN) / West Virginia South (ftUS)EPSGEk']projected_crsEPSGhNAD83(HPGN) / West Virginia North (ftUS)EPSG:j'Gprojected_crsEPSGhNAD83(HPGN) / Nebraska (ftUS)EPSGAi'Uprojected_crsEPSGhNAD83(HPGN) / Minnesota South (ftUS)EPSGCh'Yprojected_crsEPSGhNAD83(HPGN) / Minnesota Central (ftUS)EPSGAg'Uprojected_crsEPSGhNAD83(HPGN) / Minnesota North (ftUS)EPSGEf']projected_crsEPSGhNAD83(NSRS2007) / Maine CS83 West (ftUS)EPSGEe']projected_crsEPSGhNAD83(NSRS2007) / Maine CS83 East (ftUS)EPSGAd'Uprojected_crsEPSGhNAD83(HPGN) / Maine CS83 West (ftUS)EPSGAc'Uprojected_crsEPSGhNAD83(HARN) / Maine CS83 West (ftUS)EPSGAb'Uprojected_crsEPSGhNAD83(HARN) / Maine CS83 East (ftUS)EPSGAa'Uprojected_crsEPSGhNAD83(HPGN) / Maine CS83 East (ftUS)EPSG;`'Iprojected_crsEPSGhNAD83 / Maine CS83 West (ftUS)EPSG;_'Iprojected_crsEPSGhNAD83 / Maine CS83 East (ftUS)EPSG#^'projected_crsEPSGD96/TMEPSG]%geodetic_crsEPSGD96EPSG\%geodetic_crsEPSGD96EPSG[%geodetic_crsEPSGD96EPSG8Z%Evertical_crsEPSGlNewlyn (Orkney Isles) heightEPSG&Y%!vertical_crsEPSGPWD heightEPSG7X%Cvertical_crsEPSGkHong Kong Chart Datum depthEPSG1W%7vertical_crsEPSGStewart Island heightEPSG1V%7vertical_crsEPSGChatham Island heightEPSG-U%/vertical_crsEPSGWellington heightEPSG+T%+vertical_crsEPSGTaranaki heightEPSG)S%'vertical_crsEPSGTararu heightEPSG1R%7vertical_crsEPSGOne Tree Point heightEPSG)Q%'vertical_crsEPSGNelson heightEPSG)P%'vertical_crsEPSGNapier heightEPSG+O%+vertical_crsEPSGMoturiki heightEPSG,N%-vertical_crsEPSGLyttelton heightEPSG+M%+vertical_crsEPSGGisborne heightEPSG*L%)vertical_crsEPSGDunedin heightEPSG(K%%vertical_crsEPSGBluff heightEPSG+J%+vertical_crsEPSGAuckland heightEPSG0I'3projected_crsEPSGNZGD2000 / NZTM2000EPSG2H'7projected_crsEPSGTNZGD2000 / BLUFTM2000EPSG2G'7projected_crsEPSGSNZGD2000 / TAIETM2000EPSG2F'7projected_crsEPSGRNZGD2000 / OBSETM2000EPSG2E'7projected_crsEPSGQNZGD2000 / YORKTM2000EPSG2D'7projected_crsEPSGPNZGD2000 / NICHTM2000EPSG2C'7projected_crsEPSGONZGD2000 / LINDTM2000EPSG2B'7projected_crsEPSGNNZGD2000 / TIMATM2000EPSG2A'7projected_crsEPSGMNZGD2000 / GAWLTM2000EPSG2@'7projected_crsEPSGLNZGD2000 / PLEATM2000EPSG2?'7projected_crsEPSGKNZGD2000 / JACKTM2000EPSG2>'7projected_crsEPSGJNZGD2000 / OKARTM2000EPSG2='7projected_crsEPSGINZGD2000 / HOKITM2000EPSG2<'7projected_crsEPSGHNZGD2000 / MARLTM2000EPSG2;'7projected_crsEPSGGNZGD2000 / AMURTM2000EPSG2:'7projected_crsEPSGFNZGD2000 / GREYTM2000EPSG29'7projected_crsEPSGENZGD2000 / BULLTM2000EPSG28'7projected_crsEPSGDNZGD2000 / KARATM2000EPSG27'7projected_crsEPSGCNZGD2000 / NELSTM2000EPSG26'7projected_crsEPSGBNZGD2000 / COLLTM2000EPSG25'7projected_crsEPSGANZGD2000 / WELLTM2000EPSG24'7projected_crsEPSG@NZGD2000 / WAIRTM2000EPSG23'7projected_crsEPSG?NZGD2000 / WANGTM2000EPSG22'7projected_crsEPSG>NZGD2000 / TUHITM2000EPSG21'7projected_crsEPSG=NZGD2000 / TARATM2000EPSG20'7projected_crsEPSG'9projected_crsEPSGScoresbysund / GRL 6 EEPSG G^'K o 8  ` * N  r ;  _ (Lp9]'Ow@ d-Qs;5K'=projected_crsEPSG bBeijing 1954 / 3GK zn 26EPSG5J'=projected_crsEPSG aBeijing 1954 / 3GK zn 25EPSG5I'=projected_crsEPSG _Pulkovo 42(83) / 3GK zn5EPSG5H'=projected_crsEPSG ^Pulkovo 42(83) / 3GK zn4EPSG5G'=projected_crsEPSG ]Pulkovo 42(83) / 3GK zn3EPSG4F';projected_crsEPSG VXian 1980 / 3GK CM 135EEPSG4E';projected_crsEPSG UXian 1980 / 3GK CM 132EEPSG4D';projected_crsEPSG TXian 1980 / 3GK CM 129EEPSG4C';projected_crsEPSG SXian 1980 / 3GK CM 126EEPSG4B';projected_crsEPSG RXian 1980 / 3GK CM 123EEPSG4A';projected_crsEPSG QXian 1980 / 3GK CM 120EEPSG4@';projected_crsEPSG PXian 1980 / 3GK CM 117EEPSG4?';projected_crsEPSG OXian 1980 / 3GK CM 114EEPSG4>';projected_crsEPSG NXian 1980 / 3GK CM 111EEPSG4=';projected_crsEPSG MXian 1980 / 3GK CM 108EEPSG4<';projected_crsEPSG LXian 1980 / 3GK CM 105EEPSG4;';projected_crsEPSG KXian 1980 / 3GK CM 102EEPSG3:'9projected_crsEPSG JXian 1980 / 3GK CM 99EEPSG39'9projected_crsEPSG IXian 1980 / 3GK CM 96EEPSG38'9projected_crsEPSG HXian 1980 / 3GK CM 93EEPSG37'9projected_crsEPSG GXian 1980 / 3GK CM 90EEPSG36'9projected_crsEPSG FXian 1980 / 3GK CM 87EEPSG35'9projected_crsEPSG EXian 1980 / 3GK CM 84EEPSG34'9projected_crsEPSG DXian 1980 / 3GK CM 81EEPSG33'9projected_crsEPSG CXian 1980 / 3GK CM 78EEPSG32'9projected_crsEPSG BXian 1980 / 3GK CM 75EEPSG41';projected_crsEPSG AXian 1980 / 3GK zone 45EPSG40';projected_crsEPSG @Xian 1980 / 3GK zone 44EPSG4/';projected_crsEPSG ?Xian 1980 / 3GK zone 43EPSG4.';projected_crsEPSG >Xian 1980 / 3GK zone 42EPSG4-';projected_crsEPSG =Xian 1980 / 3GK zone 41EPSG4,';projected_crsEPSG ';projected_crsEPSG Pulkovo 1942 / 6GK 171EEPSG4=';projected_crsEPSG Pulkovo 1942 / 6GK 165EEPSG4<';projected_crsEPSG Pulkovo 1942 / 6GK 159EEPSG4;';projected_crsEPSG Pulkovo 1942 / 6GK 153EEPSG4:';projected_crsEPSG Pulkovo 1942 / 6GK 147EEPSG49';projected_crsEPSG Pulkovo 1942 / 6GK 141EEPSG48';projected_crsEPSG Pulkovo 1942 / 6GK 135EEPSG47';projected_crsEPSG Pulkovo 1942 / 6GK 129EEPSG46';projected_crsEPSG Pulkovo 1942 / 6GK 123EEPSG45';projected_crsEPSG Pulkovo 1942 / 6GK 117EEPSG44';projected_crsEPSG Pulkovo 1942 / 6GK 111EEPSG43';projected_crsEPSG Pulkovo 1942 / 6GK 105EEPSG32'9projected_crsEPSG Pulkovo 1942 / 6GK 99EEPSG31'9projected_crsEPSG Pulkovo 1942 / 6GK 93EEPSG30'9projected_crsEPSG Pulkovo 1942 / 6GK 87EEPSG3/'9projected_crsEPSG Pulkovo 1942 / 6GK 81EEPSG3.'9projected_crsEPSG Pulkovo 1942 / 6GK 75EEPSG3-'9projected_crsEPSG Pulkovo 1942 / 6GK 69EEPSG3,'9projected_crsEPSG Pulkovo 1942 / 6GK 63EEPSG3+'9projected_crsEPSG Pulkovo 1942 / 6GK 57EEPSG3*'9projected_crsEPSG Pulkovo 1942 / 6GK 51EEPSG3)'9projected_crsEPSG Pulkovo 1942 / 6GK 45EEPSG3('9projected_crsEPSG Pulkovo 1942 / 6GK 39EEPSG3''9projected_crsEPSG Pulkovo 1942 / 6GK 33EEPSG3&'9projected_crsEPSG Pulkovo 1942 / 6GK 27EEPSG3%'9projected_crsEPSG Pulkovo 1942 / 6GK 21EEPSG4$';projected_crsEPSG Pulkovo 1995 / 6GK 171WEPSG4#';projected_crsEPSG Pulkovo 1995 / 6GK 177WEPSG4"';projected_crsEPSG Pulkovo 1995 / 6GK 177EEPSG4!';projected_crsEPSG Pulkovo 1995 / 6GK 171EEPSG4 ';projected_crsEPSG Pulkovo 1995 / 6GK 165EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 159EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 153EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 147EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 141EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 135EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 129EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 123EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 117EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 111EEPSG4';projected_crsEPSG Pulkovo 1995 / 6GK 105EEPSG3'9projected_crsEPSG Pulkovo 1995 / 6GK 99EEPSG3'9projected_crsEPSG Pulkovo 1995 / 6GK 93EEPSG3'9projected_crsEPSG Pulkovo 1995 / 6GK 87EEPSG GX x@ ` ( H  h 0 P  p 8 Z$Lt>f0X"Jp9]&4 ';projected_crsEPSG ;Pulkovo 1942 / 3GK 129EEPSG4';projected_crsEPSG :Pulkovo 1942 / 3GK 126EEPSG4';projected_crsEPSG 9Pulkovo 1942 / 3GK 123EEPSG4';projected_crsEPSG 8Pulkovo 1942 / 3GK 120EEPSG4';projected_crsEPSG 7Pulkovo 1942 / 3GK 117EEPSG4';projected_crsEPSG 6Pulkovo 1942 / 3GK 114EEPSG4';projected_crsEPSG 5Pulkovo 1942 / 3GK 111EEPSG4';projected_crsEPSG 4Pulkovo 1942 / 3GK 108EEPSG4';projected_crsEPSG 3Pulkovo 1942 / 3GK 105EEPSG4';projected_crsEPSG 2Pulkovo 1942 / 3GK 102EEPSG3'9projected_crsEPSG 1Pulkovo 1942 / 3GK 99EEPSG3'9projected_crsEPSG 0Pulkovo 1942 / 3GK 96EEPSG3'9projected_crsEPSG /Pulkovo 1942 / 3GK 93EEPSG3'9projected_crsEPSG .Pulkovo 1942 / 3GK 90EEPSG3'9projected_crsEPSG -Pulkovo 1942 / 3GK 87EEPSG3'9projected_crsEPSG ,Pulkovo 1942 / 3GK 84EEPSG3'9projected_crsEPSG +Pulkovo 1942 / 3GK 81EEPSG3'9projected_crsEPSG *Pulkovo 1942 / 3GK 78EEPSG3'9projected_crsEPSG )Pulkovo 1942 / 3GK 75EEPSG3 '9projected_crsEPSG 'Pulkovo 1942 / 3GK 72EEPSG3 '9projected_crsEPSG &Pulkovo 1942 / 3GK 69EEPSG3 '9projected_crsEPSG %Pulkovo 1942 / 3GK 66EEPSG3 '9projected_crsEPSG $Pulkovo 1942 / 3GK 63EEPSG3 '9projected_crsEPSG #Pulkovo 1942 / 3GK 60EEPSG3'9projected_crsEPSG "Pulkovo 1942 / 3GK 57EEPSG3'9projected_crsEPSG !Pulkovo 1942 / 3GK 54EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 51EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 48EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 45EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 42EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 39EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 36EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 33EEPSG3'9projected_crsEPSG Pulkovo 1942 / 3GK 30EEPSG3~'9projected_crsEPSG Pulkovo 1942 / 3GK 27EEPSG3}'9projected_crsEPSG Pulkovo 1942 / 3GK 24EEPSG3|'9projected_crsEPSG Pulkovo 1942 / 3GK 21EEPSG5{'=projected_crsEPSG Pulkovo 1942 / 3GK zn 64EPSG5z'=projected_crsEPSG Pulkovo 1942 / 3GK zn 63EPSG5y'=projected_crsEPSG Pulkovo 1942 / 3GK zn 62EPSG5x'=projected_crsEPSG Pulkovo 1942 / 3GK zn 61EPSG5w'=projected_crsEPSG =Pulkovo 1942 / 3GK zn 60EPSG5v'=projected_crsEPSG Pulkovo 1942 / 3GK zn 59EPSG5u'=projected_crsEPSG Pulkovo 1942 / 3GK zn 58EPSG5t'=projected_crsEPSG Pulkovo 1942 / 3GK zn 57EPSG5s'=projected_crsEPSG Pulkovo 1942 / 3GK zn 56EPSG5r'=projected_crsEPSG Pulkovo 1942 / 3GK zn 55EPSG5q'=projected_crsEPSG Pulkovo 1942 / 3GK zn 54EPSG5p'=projected_crsEPSG Pulkovo 1942 / 3GK zn 53EPSG5o'=projected_crsEPSG Pulkovo 1942 / 3GK zn 52EPSG5n'=projected_crsEPSG Pulkovo 1942 / 3GK zn 51EPSG5m'=projected_crsEPSG Pulkovo 1942 / 3GK zn 50EPSG5l'=projected_crsEPSG Pulkovo 1942 / 3GK zn 49EPSG5k'=projected_crsEPSG Pulkovo 1942 / 3GK zn 48EPSG5j'=projected_crsEPSG Pulkovo 1942 / 3GK zn 47EPSG5i'=projected_crsEPSG Pulkovo 1942 / 3GK zn 46EPSG5h'=projected_crsEPSG Pulkovo 1942 / 3GK zn 45EPSG5g'=projected_crsEPSG Pulkovo 1942 / 3GK zn 44EPSG5f'=projected_crsEPSG Pulkovo 1942 / 3GK zn 43EPSG5e'=projected_crsEPSG Pulkovo 1942 / 3GK zn 42EPSG5d'=projected_crsEPSG Pulkovo 1942 / 3GK zn 41EPSG5c'=projected_crsEPSG Pulkovo 1942 / 3GK zn 40EPSG5b'=projected_crsEPSG Pulkovo 1942 / 3GK zn 39EPSG5a'=projected_crsEPSG Pulkovo 1942 / 3GK zn 38EPSG5`'=projected_crsEPSG Pulkovo 1942 / 3GK zn 37EPSG5_'=projected_crsEPSG Pulkovo 1942 / 3GK zn 36EPSG5^'=projected_crsEPSG Pulkovo 1942 / 3GK zn 35EPSG5]'=projected_crsEPSG Pulkovo 1942 / 3GK zn 34EPSG5\'=projected_crsEPSG Pulkovo 1942 / 3GK zn 33EPSG5['=projected_crsEPSG Pulkovo 1942 / 3GK zn 32EPSG5Z'=projected_crsEPSG Pulkovo 1942 / 3GK zn 31EPSG F[$H l 5 Y " } F  h 0 P p8X x@`(Hh0Pp85f'=projected_crsEPSG Pulkovo 1995 / 3GK zn 55EPSG5e'=projected_crsEPSG Pulkovo 1995 / 3GK zn 54EPSG5d'=projected_crsEPSG Pulkovo 1995 / 3GK zn 53EPSG5c'=projected_crsEPSG ~Pulkovo 1995 / 3GK zn 52EPSG5b'=projected_crsEPSG }Pulkovo 1995 / 3GK zn 51EPSG5a'=projected_crsEPSG |Pulkovo 1995 / 3GK zn 50EPSG5`'=projected_crsEPSG {Pulkovo 1995 / 3GK zn 49EPSG5_'=projected_crsEPSG zPulkovo 1995 / 3GK zn 48EPSG5^'=projected_crsEPSG yPulkovo 1995 / 3GK zn 47EPSG5]'=projected_crsEPSG xPulkovo 1995 / 3GK zn 46EPSG5\'=projected_crsEPSG wPulkovo 1995 / 3GK zn 45EPSG5['=projected_crsEPSG vPulkovo 1995 / 3GK zn 44EPSG5Z'=projected_crsEPSG uPulkovo 1995 / 3GK zn 43EPSG5Y'=projected_crsEPSG tPulkovo 1995 / 3GK zn 42EPSG5X'=projected_crsEPSG sPulkovo 1995 / 3GK zn 41EPSG5W'=projected_crsEPSG rPulkovo 1995 / 3GK zn 40EPSG5V'=projected_crsEPSG qPulkovo 1995 / 3GK zn 39EPSG5U'=projected_crsEPSG pPulkovo 1995 / 3GK zn 38EPSG5T'=projected_crsEPSG oPulkovo 1995 / 3GK zn 37EPSG5S'=projected_crsEPSG nPulkovo 1995 / 3GK zn 36EPSG5R'=projected_crsEPSG mPulkovo 1995 / 3GK zn 35EPSG5Q'=projected_crsEPSG lPulkovo 1995 / 3GK zn 34EPSG5P'=projected_crsEPSG kPulkovo 1995 / 3GK zn 33EPSG5O'=projected_crsEPSG jPulkovo 1995 / 3GK zn 32EPSG5N'=projected_crsEPSG iPulkovo 1995 / 3GK zn 31EPSG5M'=projected_crsEPSG hPulkovo 1995 / 3GK zn 30EPSG5L'=projected_crsEPSG gPulkovo 1995 / 3GK zn 29EPSG5K'=projected_crsEPSG fPulkovo 1995 / 3GK zn 28EPSG5J'=projected_crsEPSG ePulkovo 1995 / 3GK zn 27EPSG5I'=projected_crsEPSG dPulkovo 1995 / 3GK zn 26EPSG5H'=projected_crsEPSG cPulkovo 1995 / 3GK zn 25EPSG5G'=projected_crsEPSG bPulkovo 1995 / 3GK zn 24EPSG5F'=projected_crsEPSG aPulkovo 1995 / 3GK zn 23EPSG5E'=projected_crsEPSG `Pulkovo 1995 / 3GK zn 22EPSG5D'=projected_crsEPSG _Pulkovo 1995 / 3GK zn 21EPSG5C'=projected_crsEPSG ^Pulkovo 1995 / 3GK zn 20EPSG5B'=projected_crsEPSG ]Pulkovo 1995 / 3GK zn 19EPSG5A'=projected_crsEPSG \Pulkovo 1995 / 3GK zn 18EPSG5@'=projected_crsEPSG [Pulkovo 1995 / 3GK zn 17EPSG5?'=projected_crsEPSG ZPulkovo 1995 / 3GK zn 16EPSG5>'=projected_crsEPSG YPulkovo 1995 / 3GK zn 15EPSG5='=projected_crsEPSG XPulkovo 1995 / 3GK zn 14EPSG5<'=projected_crsEPSG WPulkovo 1995 / 3GK zn 13EPSG5;'=projected_crsEPSG VPulkovo 1995 / 3GK zn 12EPSG5:'=projected_crsEPSG UPulkovo 1995 / 3GK zn 11EPSG59'=projected_crsEPSG TPulkovo 1995 / 3GK zn 10EPSG48';projected_crsEPSG SPulkovo 1995 / 3GK zn 9EPSG47';projected_crsEPSG RPulkovo 1995 / 3GK zn 8EPSG46';projected_crsEPSG QPulkovo 1995 / 3GK zn 7EPSG45';projected_crsEPSG PPulkovo 1942 / 3GK 168WEPSG44';projected_crsEPSG OPulkovo 1942 / 3GK 171WEPSG43';projected_crsEPSG NPulkovo 1942 / 3GK 174WEPSG42';projected_crsEPSG MPulkovo 1942 / 3GK 177WEPSG41';projected_crsEPSG LPulkovo 1942 / 3GK 180EEPSG40';projected_crsEPSG KPulkovo 1942 / 3GK 177EEPSG4/';projected_crsEPSG JPulkovo 1942 / 3GK 174EEPSG4.';projected_crsEPSG IPulkovo 1942 / 3GK 171EEPSG4-';projected_crsEPSG HPulkovo 1942 / 3GK 168EEPSG4,';projected_crsEPSG GPulkovo 1942 / 3GK 165EEPSG4+';projected_crsEPSG FPulkovo 1942 / 3GK 162EEPSG4*';projected_crsEPSG EPulkovo 1942 / 3GK 159EEPSG4)';projected_crsEPSG DPulkovo 1942 / 3GK 156EEPSG4(';projected_crsEPSG CPulkovo 1942 / 3GK 153EEPSG4'';projected_crsEPSG BPulkovo 1942 / 3GK 150EEPSG4&';projected_crsEPSG APulkovo 1942 / 3GK 147EEPSG4%';projected_crsEPSG @Pulkovo 1942 / 3GK 144EEPSG4$';projected_crsEPSG ?Pulkovo 1942 / 3GK 141EEPSG4#';projected_crsEPSG >Pulkovo 1942 / 3GK 138EEPSG4"';projected_crsEPSG =Pulkovo 1942 / 3GK 135EEPSG4!';projected_crsEPSG Pulkovo 1995 / 3GK zn 60EPSG5j'=projected_crsEPSG Pulkovo 1995 / 3GK zn 59EPSG5i'=projected_crsEPSG Pulkovo 1995 / 3GK zn 58EPSG5h'=projected_crsEPSG Pulkovo 1995 / 3GK zn 57EPSG5g'=projected_crsEPSG Pulkovo 1995 / 3GK zn 56EPSG I^(P z D  l 6 ^ ( P  x B h2Z$Lv@ h1Y#Ms=3w'9projected_crsEPSG &NAD83(HARN) / VA S (m)EPSG3v'9projected_crsEPSG %NAD83(HARN) / VA N (m)EPSG3u'9projected_crsEPSG "NAD83(HARN) / UT C (m)EPSG3t'9projected_crsEPSG NAD83(HARN) / TX S (m)EPSG4s';projected_crsEPSG NAD83(HARN) / TX SC (m)EPSG3r'9projected_crsEPSG NAD83(HARN) / TX C (m)EPSG4q';projected_crsEPSG NAD83(HARN) / TX NC (m)EPSG3p'9projected_crsEPSG NAD83(HARN) / TX N (m)EPSG3o'9projected_crsEPSG NAD83(HARN) / SD S (m)EPSG3n'9projected_crsEPSG NAD83(HARN) / SD N (m)EPSG1m'5projected_crsEPSG NAD83(HARN) / RI (m)EPSG3l'9projected_crsEPSG NAD83(HARN) / OR S (m)EPSG3k'9projected_crsEPSG NAD83(HARN) / OR N (m)EPSG3j'9projected_crsEPSG NAD83(HARN) / OK S (m)EPSG3i'9projected_crsEPSG NAD83(HARN) / OK N (m)EPSG3h'9projected_crsEPSG NAD83(HARN) / ND S (m)EPSG3g'9projected_crsEPSG NAD83(HARN) / ND N (m)EPSG4f';projected_crsEPSG NAD83(HARN) / NY LI (m)EPSG3e'9projected_crsEPSG NAD83(HARN) / NY W (m)EPSG3d'9projected_crsEPSG NAD83(HARN) / NY C (m)EPSG3c'9projected_crsEPSG NAD83(HARN) / NY E (m)EPSG3b'9projected_crsEPSG NAD83(HARN) / NM W (m)EPSG3a'9projected_crsEPSG NAD83(HARN) / NM C (m)EPSG3`'9projected_crsEPSG NAD83(HARN) / NM E (m)EPSG1_'5projected_crsEPSG NAD83(HARN) / NH (m)EPSG3^'9projected_crsEPSG NAD83(HARN) / NV W (m)EPSG3]'9projected_crsEPSG NAD83(HARN) / NV C (m)EPSG3\'9projected_crsEPSG NAD83(HARN) / NV E (m)EPSG3['9projected_crsEPSG NAD83(HARN) / MO W (m)EPSG3Z'9projected_crsEPSG NAD83(HARN) / MO C (m)EPSG3Y'9projected_crsEPSG NAD83(HARN) / MO E (m)EPSG3X'9projected_crsEPSG NAD83(HARN) / MS W (m)EPSG3W'9projected_crsEPSG NAD83(HARN) / MS E (m)EPSG3V'9projected_crsEPSG NAD83(HARN) / MN S (m)EPSG3U'9projected_crsEPSG NAD83(HARN) / MN C (m)EPSG3T'9projected_crsEPSG NAD83(HARN) / MN N (m)EPSG3S'9projected_crsEPSG NAD83(HARN) / MI S (m)EPSG3R'9projected_crsEPSG NAD83(HARN) / MI C (m)EPSG3Q'9projected_crsEPSG NAD83(HARN) / MI N (m)EPSG4P';projected_crsEPSG NAD83(HARN) / MA Is (m)EPSG4O';projected_crsEPSG NAD83(HARN) / MA md (m)EPSG3N'9projected_crsEPSG NAD83(HARN) / LA S (m)EPSG3M'9projected_crsEPSG NAD83(HARN) / LA N (m)EPSG3L'9projected_crsEPSG NAD83(HARN) / KY S (m)EPSG3K'9projected_crsEPSG NAD83(HARN) / KY N (m)EPSG3J'9projected_crsEPSG NAD83(HARN) / KS S (m)EPSG3I'9projected_crsEPSG NAD83(HARN) / KS N (m)EPSG3H'9projected_crsEPSG NAD83(HARN) / IN W (m)EPSG3G'9projected_crsEPSG NAD83(HARN) / IN E (m)EPSG3F'9projected_crsEPSG NAD83(HARN) / IL W (m)EPSG3E'9projected_crsEPSG NAD83(HARN) / ID C (m)EPSG3D'9projected_crsEPSG NAD83(HARN) / HI 5 (m)EPSG3C'9projected_crsEPSG NAD83(HARN) / HI 4 (m)EPSG3B'9projected_crsEPSG NAD83(HARN) / HI 3 (m)EPSG3A'9projected_crsEPSG NAD83(HARN) / HI 2 (m)EPSG3@'9projected_crsEPSG NAD83(HARN) / HI 1 (m)EPSG3?'9projected_crsEPSG NAD83(HARN) / GA W (m)EPSG3>'9projected_crsEPSG NAD83(HARN) / GA E (m)EPSG3='9projected_crsEPSG NAD83(HARN) / FL N (m)EPSG3<'9projected_crsEPSG NAD83(HARN) / FL W (m)EPSG3;'9projected_crsEPSG NAD83(HARN) / FL E (m)EPSG1:'5projected_crsEPSG NAD83(HARN) / CT (m)EPSG39'9projected_crsEPSG NAD83(HARN) / CO S (m)EPSG38'9projected_crsEPSG NAD83(HARN) / CO C (m)EPSG37'9projected_crsEPSG NAD83(HARN) / CO N (m)EPSG36'9projected_crsEPSG NAD83(HARN) / CA 6 (m)EPSG35'9projected_crsEPSG NAD83(HARN) / CA 5 (m)EPSG34'9projected_crsEPSG NAD83(HARN) / CA 4 (m)EPSG33'9projected_crsEPSG NAD83(HARN) / CA 3 (m)EPSG32'9projected_crsEPSG NAD83(HARN) / CA 2 (m)EPSG31'9projected_crsEPSG NAD83(HARN) / CA 1 (m)EPSG30'9projected_crsEPSG NAD83(HARN) / AR S (m)EPSG3/'9projected_crsEPSG NAD83(HARN) / AR N (m)EPSG F^(P u >  ^ % z A  a ( } D `'~D e,Lh.Np6S6='?projected_crsEPSG lNAD83(HARN) / VA N (ftUS)EPSG4<';projected_crsEPSG kNAD83(HARN) / UT S (ft)EPSG4;';projected_crsEPSG jNAD83(HARN) / UT C (ft)EPSG4:';projected_crsEPSG iNAD83(HARN) / UT N (ft)EPSG69'?projected_crsEPSG hNAD83(HARN) / TX S (ftUS)EPSG78'Aprojected_crsEPSG gNAD83(HARN) / TX SC (ftUS)EPSG67'?projected_crsEPSG fNAD83(HARN) / TX C (ftUS)EPSG76'Aprojected_crsEPSG eNAD83(HARN) / TX NC (ftUS)EPSG65'?projected_crsEPSG dNAD83(HARN) / TX N (ftUS)EPSG44';projected_crsEPSG cNAD83(HARN) / TN (ftUS)EPSG43';projected_crsEPSG bNAD83(HARN) / OR S (ft)EPSG42';projected_crsEPSG aNAD83(HARN) / OR N (ft)EPSG61'?projected_crsEPSG `NAD83(HARN) / OK S (ftUS)EPSG60'?projected_crsEPSG _NAD83(HARN) / OK N (ftUS)EPSG4/';projected_crsEPSG ^NAD83(HARN) / ND S (ft)EPSG4.';projected_crsEPSG ]NAD83(HARN) / ND N (ft)EPSG7-'Aprojected_crsEPSG \NAD83(HARN) / NY LI (ftUS)EPSG6,'?projected_crsEPSG [NAD83(HARN) / NY W (ftUS)EPSG6+'?projected_crsEPSG ZNAD83(HARN) / NY C (ftUS)EPSG6*'?projected_crsEPSG YNAD83(HARN) / NY E (ftUS)EPSG6)'?projected_crsEPSG XNAD83(HARN) / NM W (ftUS)EPSG6('?projected_crsEPSG WNAD83(HARN) / NM C (ftUS)EPSG6''?projected_crsEPSG VNAD83(HARN) / NM E (ftUS)EPSG2&'7projected_crsEPSG UNAD83(HARN) / MT (ft)EPSG6%'?projected_crsEPSG TNAD83(HARN) / MS W (ftUS)EPSG6$'?projected_crsEPSG SNAD83(HARN) / MS E (ftUS)EPSG4#';projected_crsEPSG RNAD83(HARN) / MI S (ft)EPSG4"';projected_crsEPSG QNAD83(HARN) / MI C (ft)EPSG4!';projected_crsEPSG PNAD83(HARN) / MI N (ft)EPSG7 'Aprojected_crsEPSG ONAD83(HARN) / MA Is (ftUS)EPSG7'Aprojected_crsEPSG NNAD83(HARN) / MA md (ftUS)EPSG4';projected_crsEPSG MNAD83(HARN) / MD (ftUS)EPSG6'?projected_crsEPSG LNAD83(HARN) / KY S (ftUS)EPSG6'?projected_crsEPSG KNAD83(HARN) / KY N (ftUS)EPSG6'?projected_crsEPSG NAD83(HARN) / IN W (ftUS)EPSG6'?projected_crsEPSG NAD83(HARN) / IN E (ftUS)EPSG6'?projected_crsEPSG HNAD83(HARN) / ID W (ftUS)EPSG6'?projected_crsEPSG GNAD83(HARN) / ID C (ftUS)EPSG6'?projected_crsEPSG FNAD83(HARN) / ID E (ftUS)EPSG6'?projected_crsEPSG ENAD83(HARN) / GA W (ftUS)EPSG6'?projected_crsEPSG DNAD83(HARN) / GA E (ftUS)EPSG6'?projected_crsEPSG CNAD83(HARN) / FL N (ftUS)EPSG6'?projected_crsEPSG BNAD83(HARN) / FL W (ftUS)EPSG6'?projected_crsEPSG ANAD83(HARN) / FL E (ftUS)EPSG4';projected_crsEPSG @NAD83(HARN) / DE (ftUS)EPSG4';projected_crsEPSG ?NAD83(HARN) / CT (ftUS)EPSG6'?projected_crsEPSG >NAD83(HARN) / CO S (ftUS)EPSG6'?projected_crsEPSG =NAD83(HARN) / CO C (ftUS)EPSG6 '?projected_crsEPSG  f 0 Z #  J  v A i 3Uq:_*Ow? i2W L2'7projected_crsEPSG 2PRS92 / Philippines 2EPSG2'7projected_crsEPSG 1PRS92 / Philippines 1EPSG1'5projected_crsEPSG .MAGNA-SIRGAS / Col EEPSG2'7projected_crsEPSG -MAGNA-SIRGAS / Col ECEPSG3'9projected_crsEPSG ,MAGNA-SIRGAS / Col BogEPSG1'5projected_crsEPSG +MAGNA-SIRGAS / Col WEPSG2'7projected_crsEPSG *MAGNA-SIRGAS / Col FWEPSG4~';projected_crsEPSG American Samoa 62 / LCCEPSG5}'=projected_crsEPSG NAD83(HARN) / FL GDL AEAEPSG2|'7projected_crsEPSG NAD83 / FL GDL AlbersEPSG4{';projected_crsEPSG NAD83(HARN) / ME 2000 WEPSG4z';projected_crsEPSG NAD83(HARN) / ME 2000 CEPSG4y';projected_crsEPSG NAD83(HARN) / ME 2000 EEPSG3x'9projected_crsEPSG NAD83 / Maine CS2000 WEPSG3w'9projected_crsEPSG NAD83 / Maine CS2000 CEPSG3v'9projected_crsEPSG NAD83 / Maine CS2000 EEPSG1u'5projected_crsEPSG NAD83(HARN) / WTM 83EPSG5t'=projected_crsEPSG IGN72 Gr Terre / UTM 58SEPSG3s'9projected_crsEPSG Helle 1954 / Jan MayenEPSG3r'9projected_crsEPSG Hjorsey 1955 / UTM 28NEPSG3q'9projected_crsEPSG Hjorsey 1955 / UTM 27NEPSG3p'9projected_crsEPSG Hjorsey 1955 / UTM 26NEPSG3o'9projected_crsEPSG Hjorsey 1955 / LambertEPSG5n'=projected_crsEPSG Reykjavik 1900 / LambertEPSG4m';projected_crsEPSG WGS 84 / Aus Antarc LCCEPSG3l'9projected_crsEPSG WGS 84 / Aus Antarc PSEPSG2k'7projected_crsEPSG WGS 84 / Antarctic PSEPSG4j';projected_crsEPSG Grand Comoros / UTM 38SEPSG3i'9projected_crsEPSG NEA74 Noumea / UTM 58SEPSG4h';projected_crsEPSG ST71 Belep / UTM zn 58SEPSG4g';projected_crsEPSG ST84 des Pins / UTM 58SEPSG4f';projected_crsEPSG IGN53 Mare / UTM zn 58SEPSG:e'Gprojected_crsEPSG NAD83(HARN) / OR GIC Lam (ft)EPSG4d';projected_crsEPSG NAD83 / OR GIC Lam (ft)EPSG5c'=projected_crsEPSG St. Pierre Miq / UTM 21NEPSG5b'=projected_crsEPSG Perroud 1950 / Adelie StEPSG5a'=projected_crsEPSG Petrels 1972 / Adelie StEPSG5`'=projected_crsEPSG IGN56 Lifou / UTM zn 58SEPSG3_'9projected_crsEPSG Combani 1950 / UTM 38SEPSG5^'=projected_crsEPSG IGN72 Nuku Hiva / UTM 7SEPSG3]'9projected_crsEPSG Fort Marigot / UTM 20NEPSG5\'=projected_crsEPSG NAD83 / Indiana W (ftUS)EPSG5['=projected_crsEPSG NAD83 / Indiana E (ftUS)EPSG0Z'3projected_crsEPSG Lisbon 1890 / BonneEPSG2Y'7projected_crsEPSG NAD83(CSRS) / UTM 21NEPSG2X'7projected_crsEPSG NAD83(CSRS) / UTM 20NEPSG2W'7projected_crsEPSG NAD83(CSRS) / UTM 19NEPSG2V'7projected_crsEPSG NAD83(CSRS) / UTM 18NEPSG2U'7projected_crsEPSG NAD83(CSRS) / UTM 17NEPSG2T'7projected_crsEPSG NAD83(CSRS) / UTM 13NEPSG2S'7projected_crsEPSG NAD83(CSRS) / UTM 12NEPSG2R'7projected_crsEPSG NAD83(CSRS) / UTM 11NEPSG5Q'=projected_crsEPSG NAD83(CSRS) / PEI StereoEPSG4P';projected_crsEPSG NAD83(CSRS) / NB StereoEPSG4O';projected_crsEPSG NAD83(CSRS) / MTM zn 10EPSG2N'7projected_crsEPSG NAD83(CSRS) / SCoPQ 2EPSG3M'9projected_crsEPSG Selvagem Gr. / UTM 28NEPSG2L'7projected_crsEPSG ~Porto Santo / UTM 28NEPSG3K'9projected_crsEPSG }Pulkovo 1942 / CS63 K4EPSG3J'9projected_crsEPSG |Pulkovo 1942 / CS63 K3EPSG3I'9projected_crsEPSG {Pulkovo 1942 / CS63 K2EPSG3H'9projected_crsEPSG zPulkovo 1942 / CS63 A4EPSG3G'9projected_crsEPSG yPulkovo 1942 / CS63 A3EPSG3F'9projected_crsEPSG xPulkovo 1942 / CS63 A2EPSG3E'9projected_crsEPSG wPulkovo 1942 / CS63 A1EPSG3D'9projected_crsEPSG tQND95 / Qatar Nat GridEPSG6C'?projected_crsEPSG rNAD83(HARN) / WI S (ftUS)EPSG6B'?projected_crsEPSG qNAD83(HARN) / WI C (ftUS)EPSG6A'?projected_crsEPSG pNAD83(HARN) / WI N (ftUS)EPSG6@'?projected_crsEPSG oNAD83(HARN) / WA S (ftUS)EPSG6?'?projected_crsEPSG nNAD83(HARN) / WA N (ftUS)EPSG6>'?projected_crsEPSG mNAD83(HARN) / VA S (ftUS)EPSG Ja+Q { G  t ?  j 7 e 0  t < l8d/`s> j5a,X#O2O'7projected_crsEPSG WGS 84 / SCAR SR39-40EPSG2N'7projected_crsEPSG WGS 84 / SCAR SR37-38EPSG2M'7projected_crsEPSG WGS 84 / SCAR SR35-36EPSG2L'7projected_crsEPSG WGS 84 / SCAR SR33-34EPSG2K'7projected_crsEPSG WGS 84 / SCAR SR31-32EPSG2J'7projected_crsEPSG WGS 84 / SCAR SR29-30EPSG2I'7projected_crsEPSG WGS 84 / SCAR SR27-28EPSG2H'7projected_crsEPSG WGS 84 / SCAR SR19-20EPSG2G'7projected_crsEPSG WGS 84 / SCAR SR17-18EPSG2F'7projected_crsEPSG WGS 84 / SCAR SR15-16EPSG2E'7projected_crsEPSG WGS 84 / SCAR SR13-14EPSG2D'7projected_crsEPSG WGS 84 / SCAR SQ57-58EPSG2C'7projected_crsEPSG WGS 84 / SCAR SQ55-56EPSG2B'7projected_crsEPSG WGS 84 / SCAR SQ53-54EPSG2A'7projected_crsEPSG WGS 84 / SCAR SQ51-52EPSG2@'7projected_crsEPSG WGS 84 / SCAR SQ49-50EPSG2?'7projected_crsEPSG WGS 84 / SCAR SQ47-48EPSG2>'7projected_crsEPSG WGS 84 / SCAR SQ45-46EPSG2='7projected_crsEPSG WGS 84 / SCAR SQ43-44EPSG2<'7projected_crsEPSG WGS 84 / SCAR SQ41-42EPSG2;'7projected_crsEPSG WGS 84 / SCAR SQ39-40EPSG2:'7projected_crsEPSG WGS 84 / SCAR SQ37-38EPSG29'7projected_crsEPSG WGS 84 / SCAR SQ21-22EPSG28'7projected_crsEPSG WGS 84 / SCAR SQ19-20EPSG27'7projected_crsEPSG WGS 84 / SCAR SQ01-02EPSG26'7projected_crsEPSG WGS 84 / SCAR SP23-24EPSGK5%kvertical_crsEPSG(Cais da Figueirinha - Angra do Heroísmo heightEPSG04'3projected_crsEPSGEASE-Grid 2.0 SouthEPSG03'3projected_crsEPSGEASE-Grid 2.0 NorthEPSG12'5projected_crsEPSGEASE-Grid 2.0 GlobalEPSG21'7projected_crsEPSG WGS 84 / SCAR SP21-22EPSG20'7projected_crsEPSG WGS 84 / SCAR SP19-20EPSG2/'7projected_crsEPSG ~LGD2006 / Libya TM 13EPSG2.'7projected_crsEPSG }LGD2006 / Libya TM 12EPSG2-'7projected_crsEPSG |LGD2006 / Libya TM 11EPSG2,'7projected_crsEPSG {LGD2006 / Libya TM 10EPSG1+'5projected_crsEPSG zLGD2006 / Libya TM 9EPSG1*'5projected_crsEPSG yLGD2006 / Libya TM 8EPSG1)'5projected_crsEPSG xLGD2006 / Libya TM 7EPSG1('5projected_crsEPSG wLGD2006 / Libya TM 6EPSG1''5projected_crsEPSG vLGD2006 / Libya TM 5EPSG5&%?vertical_crsEPSG]Fahud Height Datum heightEPSG)%%'compound_crsEPSGPSD93 + PHD93EPSG.$'/projected_crsEPSGWGS 84 / IBCAO PSEPSG/#'1projected_crsEPSGWGS 84 / Arctic PSEPSG*"''projected_crsEPSGWGS 84 / DLTMEPSG2!'7projected_crsEPSG gNAD83 / GL+SLS AlbersEPSG. '/projected_crsEPSG fNAD83 / GL AlbersEPSG1'5projected_crsEPSG dIGN53 Mare / UTM 59SEPSG3'9projected_crsEPSG `Kertau (RSO) / RSO (m)EPSG4';projected_crsEPSG _Kertau (RSO) / RSO (ch)EPSG0'3projected_crsEPSG ^NEA74 Noumea / LCC2EPSG/'1projected_crsEPSG ]NEA74 Noumea / LCCEPSG1'5projected_crsEPSG \ST87 Ouvea / UTM 58SEPSG5'=projected_crsEPSG ZNAD83(CSRS) / ON MNR LCCEPSG4';projected_crsEPSG YNAD83 / Ontario MNR LCCEPSG2'7projected_crsEPSG XNAD83(CSRS) / UTM 16NEPSG2'7projected_crsEPSG WNAD83(CSRS) / UTM 15NEPSG2'7projected_crsEPSG VNAD83(CSRS) / UTM 14NEPSG2'7projected_crsEPSG UNAD83(CSRS) / UTM 10NEPSG1'5projected_crsEPSG TNAD83(CSRS) / UTM 9NEPSG1'5projected_crsEPSG SNAD83(CSRS) / UTM 8NEPSG1'5projected_crsEPSG RNAD83(CSRS) / UTM 7NEPSG3'9projected_crsEPSG OPulkovo 1995 / 3GK 18EEPSG4';projected_crsEPSG NPulkovo 1995 / 3GK zn 6EPSG2'7projected_crsEPSG MIndian 1960 / UTM 49NEPSG2 '7projected_crsEPSG LIndian 1960 / UTM 48NEPSG3 '9projected_crsEPSG KPulkovo 1942 / 3GK 18EEPSG4 ';projected_crsEPSG JPulkovo 1942 / 3GK zn 6EPSG5 '=projected_crsEPSG DViti Levu 1912 / CassiniEPSG3 '9projected_crsEPSG CVanua Levu 1915 / CassEPSG2'7projected_crsEPSG 5PRS92 / Philippines 5EPSG2'7projected_crsEPSG 4PRS92 / Philippines 4EPSG2'7projected_crsEPSG 3PRS92 / Philippines 3EPSG Ja,X# O  { F  r =  i 4 ` +W"NzEq<h3_*Q Q3'9projected_crsEPSG IGC 1962 / Congo TM 12EPSG5'=projected_crsEPSG Kasai 1953 / Congo TM 24EPSG5'=projected_crsEPSG Kasai 1953 / Congo TM 22EPSG.'/projected_crsEPSG Katanga 1955 / TMEPSG3'9projected_crsEPSG Katanga 1955 / LambertEPSG4';projected_crsEPSG NAD83(HARN) / CA AlbersEPSG.'/projected_crsEPSG NAD83 / CA AlbersEPSG.'/projected_crsEPSG NAD27 / CA AlbersEPSG5'=projected_crsEPSG Nakhl-e Ghanem / UTM 39NEPSG1'5projected_crsEPSG Fatu Iva 72 / UTM 7SEPSG3'9projected_crsEPSG IGN63 Hiva Oa / UTM 7SEPSG4';projected_crsEPSG WGS 84 / TransantarcticEPSG2 '7projected_crsEPSG WGS 84 / SCAR SW01-60EPSG2 '7projected_crsEPSG WGS 84 / SCAR SV51-60EPSG2 '7projected_crsEPSG WGS 84 / SCAR SV41-50EPSG2 '7projected_crsEPSG WGS 84 / SCAR SV31-40EPSG2 '7projected_crsEPSG WGS 84 / SCAR SV21-30EPSG2'7projected_crsEPSG WGS 84 / SCAR SV11-20EPSG2'7projected_crsEPSG WGS 84 / SCAR SV01-10EPSG2'7projected_crsEPSG WGS 84 / SCAR SU56-60EPSG2'7projected_crsEPSG WGS 84 / SCAR SU51-55EPSG2'7projected_crsEPSG WGS 84 / SCAR SU46-50EPSG2'7projected_crsEPSG WGS 84 / SCAR SU41-45EPSG2'7projected_crsEPSG WGS 84 / SCAR SU36-40EPSG2'7projected_crsEPSG WGS 84 / SCAR SU31-35EPSG2'7projected_crsEPSG WGS 84 / SCAR SU26-30EPSG2'7projected_crsEPSG WGS 84 / SCAR SU21-25EPSG2~'7projected_crsEPSG WGS 84 / SCAR SU16-20EPSG2}'7projected_crsEPSG WGS 84 / SCAR SU11-15EPSG2|'7projected_crsEPSG WGS 84 / SCAR SU06-10EPSG2{'7projected_crsEPSG WGS 84 / SCAR SU01-05EPSG2z'7projected_crsEPSG WGS 84 / SCAR ST57-60EPSG2y'7projected_crsEPSG WGS 84 / SCAR ST53-56EPSG2x'7projected_crsEPSG WGS 84 / SCAR ST49-52EPSG2w'7projected_crsEPSG WGS 84 / SCAR ST45-48EPSG2v'7projected_crsEPSG WGS 84 / SCAR ST41-44EPSG2u'7projected_crsEPSG WGS 84 / SCAR ST37-40EPSG2t'7projected_crsEPSG WGS 84 / SCAR ST33-36EPSG2s'7projected_crsEPSG WGS 84 / SCAR ST29-32EPSG2r'7projected_crsEPSG WGS 84 / SCAR ST25-28EPSG2q'7projected_crsEPSG WGS 84 / SCAR ST21-24EPSG2p'7projected_crsEPSG WGS 84 / SCAR ST17-20EPSG2o'7projected_crsEPSG WGS 84 / SCAR ST13-16EPSG2n'7projected_crsEPSG WGS 84 / SCAR ST09-12EPSG2m'7projected_crsEPSG WGS 84 / SCAR ST05-08EPSG2l'7projected_crsEPSG WGS 84 / SCAR ST01-04EPSG2k'7projected_crsEPSG WGS 84 / SCAR SS58-60EPSG2j'7projected_crsEPSG WGS 84 / SCAR SS55-57EPSG2i'7projected_crsEPSG WGS 84 / SCAR SS52-54EPSG2h'7projected_crsEPSG WGS 84 / SCAR SS49-51EPSG2g'7projected_crsEPSG WGS 84 / SCAR SS46-48EPSG2f'7projected_crsEPSG WGS 84 / SCAR SS43-45EPSG2e'7projected_crsEPSG WGS 84 / SCAR SS40-42EPSG2d'7projected_crsEPSG WGS 84 / SCAR SS37-39EPSG2c'7projected_crsEPSG WGS 84 / SCAR SS34-36EPSG2b'7projected_crsEPSG WGS 84 / SCAR SS31-33EPSG2a'7projected_crsEPSG WGS 84 / SCAR SS28-30EPSG2`'7projected_crsEPSG WGS 84 / SCAR SS25-27EPSG2_'7projected_crsEPSG WGS 84 / SCAR SS19-21EPSG2^'7projected_crsEPSG WGS 84 / SCAR SS16-18EPSG2]'7projected_crsEPSG WGS 84 / SCAR SS13-15EPSG2\'7projected_crsEPSG WGS 84 / SCAR SS10-12EPSG2['7projected_crsEPSG WGS 84 / SCAR SS07-09EPSG2Z'7projected_crsEPSG WGS 84 / SCAR SS04-06EPSG2Y'7projected_crsEPSG WGS 84 / SCAR SR59-60EPSG2X'7projected_crsEPSG WGS 84 / SCAR SR57-58EPSG2W'7projected_crsEPSG WGS 84 / SCAR SR55-56EPSG2V'7projected_crsEPSG WGS 84 / SCAR SR53-54EPSG2U'7projected_crsEPSG WGS 84 / SCAR SR51-52EPSG2T'7projected_crsEPSG WGS 84 / SCAR SR49-50EPSG2S'7projected_crsEPSG WGS 84 / SCAR SR47-48EPSG2R'7projected_crsEPSG WGS 84 / SCAR SR45-46EPSG2Q'7projected_crsEPSG WGS 84 / SCAR SR43-44EPSG2P'7projected_crsEPSG WGS 84 / SCAR SR41-42EPSG F^(P r :  Z " z B b * J n7_*Hd+Ge,Jq83_'9projected_crsEPSG "NAD83(HARN) / PA N (m)EPSG6^'?projected_crsEPSGNAD83(HARN) / OH S (ftUS)EPSG6]'?projected_crsEPSGNAD83(HARN) / OH N (ftUS)EPSG4\';projected_crsEPSG LNAD83(HARN) / NC (ftUS)EPSG1['5projected_crsEPSG NAD83(HARN) / NC (m)EPSG4Z';projected_crsEPSG hNAD83(HARN) / NJ (ftUS)EPSG4Y';projected_crsEPSG uNAD83(HARN) / NH (ftUS)EPSG6X'?projected_crsEPSG gNAD83(HARN) / NV W (ftUS)EPSG6W'?projected_crsEPSG eNAD83(HARN) / NV E (ftUS)EPSG6V'?projected_crsEPSG fNAD83(HARN) / NV C (ftUS)EPSG4U';projected_crsEPSGhNAD83(HARN) / NE (ftUS)EPSG6T'?projected_crsEPSGhNAD83(HARN) / MN S (ftUS)EPSG6S'?projected_crsEPSGhNAD83(HARN) / MN N (ftUS)EPSG6R'?projected_crsEPSGhNAD83(HARN) / MN C (ftUS)EPSG4Q';projected_crsEPSG NAD83(HARN) / MI GeorefEPSG6P'?projected_crsEPSGhNAD83(HARN) / ME W (ftUS)EPSG6O'?projected_crsEPSGhNAD83(HARN) / ME E (ftUS)EPSG6N'?projected_crsEPSG NAD83(HARN) / LA S (ftUS)EPSG6M'?projected_crsEPSG NAD83(HARN) / LA N (ftUS)EPSG6L'?projected_crsEPSG dNAD83(HARN) / KS S (ftUS)EPSG6K'?projected_crsEPSG cNAD83(HARN) / KS N (ftUS)EPSG6J'?projected_crsEPSG bNAD83(HARN) / IA S (ftUS)EPSG6I'?projected_crsEPSG aNAD83(HARN) / IA N (ftUS)EPSG6H'?projected_crsEPSG tNAD83(HARN) / IL W (ftUS)EPSG6G'?projected_crsEPSG sNAD83(HARN) / IL E (ftUS)EPSG6F'?projected_crsEPSGNAD83(HARN) / HI 3 (ftUS)EPSG6E'?projected_crsEPSG rNAD83(HARN) / AR S (ftUS)EPSG6D'?projected_crsEPSG qNAD83(HARN) / AR N (ftUS)EPSG4C';projected_crsEPSG NAD83(CSRS) / YT AlbersEPSG2B'7projected_crsEPSGNAD83(CSRS) / UTM 22NEPSG2A'7projected_crsEPSG NAD83(CSRS) / NWT LCCEPSG2@'7projected_crsEPSGNAD83(CSRS) / MTQ LCCEPSG4?';projected_crsEPSGiNAD83(CSRS) / MTM zn 17EPSG4>';projected_crsEPSGiNAD83(CSRS) / MTM zn 16EPSG4=';projected_crsEPSGiNAD83(CSRS) / MTM zn 15EPSG4<';projected_crsEPSGiNAD83(CSRS) / MTM zn 14EPSG4;';projected_crsEPSGi NAD83(CSRS) / MTM zn 13EPSG4:';projected_crsEPSGi NAD83(CSRS) / MTM zn 12EPSG49';projected_crsEPSGi NAD83(CSRS) / MTM zn 11EPSG58'=projected_crsEPSGNAD83(CSRS) / AB 3TM 120EPSG57'=projected_crsEPSGNAD83(CSRS) / AB 3TM 117EPSG56'=projected_crsEPSGNAD83(CSRS) / AB 3TM 114EPSG55'=projected_crsEPSGNAD83(CSRS) / AB 3TM 111EPSG54'=projected_crsEPSGPulkovo 42(83) / GK zn 4EPSG53'=projected_crsEPSGPulkovo 42(83) / GK zn 3EPSG52'=projected_crsEPSGPulkovo 42(83) / GK zn 2EPSG51'=projected_crsEPSGPulkovo 42(83) / 3GK zn8EPSG50'=projected_crsEPSGPulkovo 42(83) / 3GK zn7EPSG5/'=projected_crsEPSG Pulkovo 42(58) / GK zn 5EPSG5.'=projected_crsEPSG Pulkovo 42(58) / GK zn 4EPSG5-'=projected_crsEPSG Pulkovo 42(58) / GK zn 3EPSG5,'=projected_crsEPSGPulkovo 42(58) / GK zn 2EPSG5+'=projected_crsEPSGPulkovo 42(83) / 3GK zn6EPSG5*'=projected_crsEPSGPulkovo 42(58) / 3GK zn9EPSG5)'=projected_crsEPSG Pulkovo 42(58) / 3GK zn8EPSG5('=projected_crsEPSG Pulkovo 42(58) / 3GK zn7EPSG5''=projected_crsEPSG Pulkovo 42(58) / 3GK zn6EPSG5&'=projected_crsEPSGPulkovo 42(58) / 3GK zn4EPSG5%'=projected_crsEPSGPulkovo 42(58) / 3GK zn3EPSG5$'=projected_crsEPSGPulkovo 42(58) / 3GKzn10EPSG5#'=projected_crsEPSG Pulkovo 42(58) / 3GK zn5EPSG3"'9projected_crsEPSG IGC 1962 / Congo TM 30EPSG3!'9projected_crsEPSG IGC 1962 / Congo TM 28EPSG3 '9projected_crsEPSG IGC 1962 / Congo TM 26EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 24EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 22EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 20EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 18EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 16EPSG3'9projected_crsEPSG IGC 1962 / Congo TM 14EPSG GX!}D d / [ & S  t :  ~ =t5Z#~Hm6WL*b+S4&';projected_crsEPSG UWGS 84 / NSIDC PS NorthEPSG3%'9projected_crsEPSG TNSIDC Sea Ice PS SouthEPSG3$'9projected_crsEPSG SNSIDC Sea Ice PS NorthEPSG0#'3projected_crsEPSG OHong Kong 1963 GridEPSG3"'9projected_crsEPSG HNAD83 / AB 10TM ForestEPSG5!'=projected_crsEPSG INAD83 / AB 10TM ResourceEPSG4 ';projected_crsEPSG JNAD83(CSRS) / AB 10TM FEPSG4';projected_crsEPSG KNAD83(CSRS) / AB 10TM REPSG/'1projected_crsEPSG GRD/83 / 3GK zone 5EPSG/'1projected_crsEPSG FRD/83 / 3GK zone 4EPSG/'1projected_crsEPSG EPD/83 / 3GK zone 4EPSG/'1projected_crsEPSG DPD/83 / 3GK zone 3EPSG%geodetic_crsEPSGn278EPSG3'9projected_crsEPSG 'Oprojected_crsEPSGNAD83(HPGN) / Wyoming East (ftUS)EPSGF'_projected_crsEPSGNAD83(HPGN) / Wyoming East Central (ftUS)EPSG>~'Oprojected_crsEPSGNAD83(HPGN) / Wyoming West (ftUS)EPSGF}'_projected_crsEPSGNAD83(HPGN) / Wyoming West Central (ftUS)EPSG7|'Aprojected_crsEPSGNAD83(HARN) / WY WC (ftUS)EPSG6{'?projected_crsEPSGNAD83(HARN) / WY W (ftUS)EPSG7z'Aprojected_crsEPSGNAD83(HARN) / WY EC (ftUS)EPSG6y'?projected_crsEPSGNAD83(HARN) / WY E (ftUS)EPSG6x'?projected_crsEPSGhNAD83(HARN) / WV S (ftUS)EPSG6w'?projected_crsEPSGhNAD83(HARN) / WV N (ftUS)EPSG1v'5projected_crsEPSGNAD83(HARN) / UTM 5NEPSG1u'5projected_crsEPSGNAD83(HARN) / UTM 4NEPSG2t'7projected_crsEPSGNAD83(HARN) / UTM 19NEPSG2s'7projected_crsEPSGNAD83(HARN) / UTM 18NEPSG2r'7projected_crsEPSGNAD83(HARN) / UTM 17NEPSG2q'7projected_crsEPSGNAD83(HARN) / UTM 16NEPSG2p'7projected_crsEPSGNAD83(HARN) / UTM 15NEPSG2o'7projected_crsEPSGNAD83(HARN) / UTM 14NEPSG2n'7projected_crsEPSGNAD83(HARN) / UTM 13NEPSG2m'7projected_crsEPSGNAD83(HARN) / UTM 12NEPSG2l'7projected_crsEPSGNAD83(HARN) / UTM 11NEPSG2k'7projected_crsEPSGNAD83(HARN) / UTM 10NEPSG6j'?projected_crsEPSG NAD83(HARN) / UT S (ftUS)EPSG6i'?projected_crsEPSG NAD83(HARN) / UT N (ftUS)EPSG6h'?projected_crsEPSG NAD83(HARN) / UT C (ftUS)EPSG6g'?projected_crsEPSG NAD83(HARN) / SD S (ftUS)EPSG6f'?projected_crsEPSG NAD83(HARN) / SD N (ftUS)EPSG4e';projected_crsEPSG !NAD83(HARN) / SC (ftUS)EPSG1d'5projected_crsEPSG NAD83(HARN) / SC (m)EPSG4c';projected_crsEPSG vNAD83(HARN) / RI (ftUS)EPSG6b'?projected_crsEPSG %NAD83(HARN) / PA S (ftUS)EPSG3a'9projected_crsEPSG $NAD83(HARN) / PA S (m)EPSG6`'?projected_crsEPSG #NAD83(HARN) / PA N (ftUS)EPSG I_(J n =  W ~ I  r <  m 8 h4d/[&Rw>d-QzD2o'7projected_crsEPSGHu Tzu Shan / UTM 51NEPSG2n'7projected_crsEPSGWorld Equidistant CylEPSG3m'9projected_crsEPSGPopular Vis CRS / MercEPSG3l'9projected_crsEPSGPitcairn 1967 / UTM 9SEPSG/k'1projected_crsEPSGPitcairn 2006 / TMEPSG4j';projected_crsEPSGNAD83 / Alberta 3TM 120EPSG4i';projected_crsEPSGNAD83 / Alberta 3TM 117EPSG4h';projected_crsEPSGNAD83 / Alberta 3TM 114EPSG4g';projected_crsEPSGNAD83 / Alberta 3TM 111EPSG4f';projected_crsEPSGNAD27 / Alberta 3TM 112EPSG4e';projected_crsEPSGNAD27 / Alberta 3TM 117EPSG4d';projected_crsEPSGNAD27 / Alberta 3TM 114EPSG4c';projected_crsEPSGNAD27 / Alberta 3TM 111EPSG2b'7projected_crsEPSGNZGD2000 / CI CircuitEPSG3a'9projected_crsEPSGWGS 84 / S Georgia LCCEPSG4`';projected_crsEPSGNAD83 / Hawaii 3 (ftUS)EPSG5_'=projected_crsEPSGNAD83 / Wyoming W (ftUS)EPSG6^'?projected_crsEPSGNAD83 / Wyoming WC (ftUS)EPSG6]'?projected_crsEPSGNAD83 / Wyoming EC (ftUS)EPSG5\'=projected_crsEPSGNAD83 / Wyoming E (ftUS)EPSG2['7projected_crsEPSGNAD83 / Ohio S (ftUS)EPSG2Z'7projected_crsEPSGNAD83 / Ohio N (ftUS)EPSG2Y'7projected_crsEPSGNAD83(NSRS) / UTM 19NEPSG2X'7projected_crsEPSGNAD83(NSRS) / UTM 18NEPSG2W'7projected_crsEPSGNAD83(NSRS) / UTM 17NEPSG2V'7projected_crsEPSGNAD83(NSRS) / UTM 16NEPSG2U'7projected_crsEPSGNAD83(NSRS) / UTM 15NEPSG2T'7projected_crsEPSGNAD83(NSRS) / UTM 14NEPSG2S'7projected_crsEPSGNAD83(NSRS) / UTM 13NEPSG2R'7projected_crsEPSGNAD83(NSRS) / UTM 12NEPSG2Q'7projected_crsEPSGNAD83(NSRS) / UTM 11NEPSG2P'7projected_crsEPSGNAD83(NSRS) / UTM 10NEPSG1O'5projected_crsEPSGNAD83(NSRS) / UTM 9NEPSG1N'5projected_crsEPSGNAD83(NSRS) / UTM 8NEPSG1M'5projected_crsEPSGNAD83(NSRS) / UTM 7NEPSG1L'5projected_crsEPSGNAD83(NSRS) / UTM 6NEPSG1K'5projected_crsEPSGNAD83(NSRS) / UTM 5NEPSG1J'5projected_crsEPSGNAD83(NSRS) / UTM 4NEPSG1I'5projected_crsEPSG~NAD83(NSRS) / UTM 3NEPSG1H'5projected_crsEPSG}NAD83(NSRS) / UTM 2NEPSG1G'5projected_crsEPSG|NAD83(NSRS) / UTM 1NEPSG2F'7projected_crsEPSG{NAD83(NSRS) / UTM 60NEPSG2E'7projected_crsEPSGzNAD83(NSRS) / UTM 59NEPSG/D'1projected_crsEPSG GDA94 / Aus AlbersEPSG1C'5projected_crsEPSG WGS 84 / LAEA RussiaEPSG1B'5projected_crsEPSG WGS 84 / LAEA EuropeEPSG3A'9projected_crsEPSG WGS 84 / LAEA AtlanticEPSG1@'5projected_crsEPSG WGS 84 / LAEA CanadaEPSG1?'5projected_crsEPSG WGS 84 / LAEA AlaskaEPSG5>'=projected_crsEPSG WGS 84 / LAEA Bering SeaEPSG4=';projected_crsEPSG NAD83 / Utah Cen (ftUS)EPSG2<'7projected_crsEPSG Dabola 1981 / UTM 29NEPSG2;'7projected_crsEPSG Dabola 1981 / UTM 28NEPSG1:'5projected_crsEPSG Fiji 1986 / Map GridEPSG69'?projected_crsEPSG NAD83 / S Dakota S (ftUS)EPSG48';projected_crsEPSG ~NAD83 / S Dakota N ftUSEPSG77'Aprojected_crsEPSG }NAD83 / LA Offshore (ftUS)EPSG76'Aprojected_crsEPSG |NAD83 / Louisiana S (ftUS)EPSG75'Aprojected_crsEPSG {NAD83 / Louisiana N (ftUS)EPSG54'=projected_crsEPSG xJAD2001 / JA Metric GridEPSG.3'/projected_crsEPSG nNAD83 / RI (ftUS)EPSG.2'/projected_crsEPSG mNAD83 / NH (ftUS)EPSG61'?projected_crsEPSG lNAD83 / Illinois W (ftUS)EPSG60'?projected_crsEPSG kNAD83 / Illinois E (ftUS)EPSG6/'?projected_crsEPSG jNAD83 / Arkansas S (ftUS)EPSG6.'?projected_crsEPSG iNAD83 / Arkansas N (ftUS)EPSG4-';projected_crsEPSG _NAD83 / Nevada W (ftUS)EPSG4,';projected_crsEPSG ^NAD83 / Nevada C (ftUS)EPSG4+';projected_crsEPSG ]NAD83 / Nevada E (ftUS)EPSG4*';projected_crsEPSG \NAD83 / Kansas S (ftUS)EPSG4)';projected_crsEPSG [NAD83 / Kansas N (ftUS)EPSG2('7projected_crsEPSG ZNAD83 / Iowa S (ftUS)EPSG2''7projected_crsEPSG YNAD83 / Iowa N (ftUS)EPSG IW"}I w 7  t <  [ " w > a +S{Em7[!yCsBzFuA 48';projected_crsEPSGj^NZGD49 / Observation PtEPSG07'3projected_crsEPSGj]NZGD49 / Mount YorkEPSG46';projected_crsEPSGj\NZGD49 / Mount NicholasEPSG15'5projected_crsEPSGj[NZGD49 / Lindis PeakEPSG44';projected_crsEPSGjXNZGD49 / Mount PleasantEPSG23'7projected_crsEPSGjWNZGD49 / Jacksons BayEPSG.2'/projected_crsEPSGjUNZGD49 / HokitikaEPSG11'5projected_crsEPSGjTNZGD49 / MarlboroughEPSG10'5projected_crsEPSGjNNZGD49 / CollingwoodEPSG0/'3projected_crsEPSGjMNZGD49 / WellingtonEPSG/.'1projected_crsEPSGjLNZGD49 / WairarapaEPSG.-'/projected_crsEPSGjKNZGD49 / WanganuiEPSG/,'1projected_crsEPSGjJNZGD49 / TuhirangiEPSG.+'/projected_crsEPSGjINZGD49 / TaranakiEPSG0*'3projected_crsEPSGjHNZGD49 / Hawkes BayEPSG1)'5projected_crsEPSGjGNZGD49 / Poverty BayEPSG3('9projected_crsEPSGjFNZGD49 / Bay of PlentyEPSG0''3projected_crsEPSGjENZGD49 / Mount EdenEPSG3&'9projected_crsEPSGiNahrwan 1967 / UTM 37NEPSG4%';projected_crsEPSGhNAD83 / WV South (ftUS)EPSG4$';projected_crsEPSGhNAD83 / WV North (ftUS)EPSG7#'Aprojected_crsEPSGhNAD83 / Minnesota S (ftUS)EPSG7"'Aprojected_crsEPSGhNAD83 / Minnesota C (ftUS)EPSG7!'Aprojected_crsEPSGhNAD83 / Minnesota N (ftUS)EPSG3 '9projected_crsEPSGhNAD83 / Maine W (ftUS)EPSG3'9projected_crsEPSGhNAD83 / Maine E (ftUS)EPSG3'9projected_crsEPSG]%DGN95 / Indonesia 54.1EPSG3'9projected_crsEPSG]$DGN95 / Indonesia 53.2EPSG3'9projected_crsEPSG]#DGN95 / Indonesia 53.1EPSG3'9projected_crsEPSG]"DGN95 / Indonesia 52.2EPSG3'9projected_crsEPSG]!DGN95 / Indonesia 52.1EPSG3'9projected_crsEPSG] DGN95 / Indonesia 51.2EPSG3'9projected_crsEPSG]DGN95 / Indonesia 51.1EPSG3'9projected_crsEPSG]DGN95 / Indonesia 50.2EPSG3'9projected_crsEPSG]DGN95 / Indonesia 50.1EPSG3'9projected_crsEPSG]DGN95 / Indonesia 49.2EPSG3'9projected_crsEPSG]DGN95 / Indonesia 49.1EPSG3'9projected_crsEPSG]DGN95 / Indonesia 48.2EPSG3'9projected_crsEPSG]DGN95 / Indonesia 48.1EPSG3'9projected_crsEPSG]DGN95 / Indonesia 47.2EPSG3'9projected_crsEPSG]DGN95 / Indonesia 47.1EPSG3'9projected_crsEPSG]DGN95 / Indonesia 46.2EPSG5'=projected_crsEPSGWCorrego Alegre / UTM 25SEPSG5 '=projected_crsEPSGWCorrego Alegre / UTM 22SEPSG5 '=projected_crsEPSGWCorrego Alegre / UTM 21SEPSG2 '7projected_crsEPSGU:Bogota 1975 / UTM 18NEPSG6 '?projected_crsEPSGSBeijing 1954 / GK CM 135EEPSG6 '?projected_crsEPSGSBeijing 1954 / GK CM 129EEPSG6'?projected_crsEPSGSBeijing 1954 / GK CM 123EEPSG6'?projected_crsEPSGSBeijing 1954 / GK CM 117EEPSG6'?projected_crsEPSGSBeijing 1954 / GK CM 111EEPSG6'?projected_crsEPSGSBeijing 1954 / GK CM 105EEPSG5'=projected_crsEPSGSBeijing 1954 / GK CM 99EEPSG5'=projected_crsEPSGSBeijing 1954 / GK CM 93EEPSG5'=projected_crsEPSGSBeijing 1954 / GK CM 87EEPSG5'=projected_crsEPSGSBeijing 1954 / GK CM 81EEPSG5'=projected_crsEPSGSBeijing 1954 / GK CM 75EEPSG 'projected_crsEPSGQ7DLxEPSG1~'5projected_crsEPSGOAin el Abd / UTM 40NEPSG1}'5projected_crsEPSGOAin el Abd / UTM 36NEPSG=|%Overtical_crsEPSG{Nivellement General Guyanais 1977EPSGE{%_vertical_crsEPSGyNivellement General de Nouvelle CaledonieEPSG'z%#vertical_crsEPSGiYS85 heightEPSG'y%#vertical_crsEPSGhYS56 heightEPSG3x%;vertical_crsEPSGeDansk Normal Nul heightEPSG1w%7vertical_crsEPSGBora Bora 2001 heightEPSG2v'7projected_crsEPSGPPuerto Rico / UTM 20NEPSG4u';projected_crsEPSG SWEREF99 / RT90 5 gon OEPSG6t'?projected_crsEPSG SWEREF99 / RT90 2.5 gon OEPSG2s'7projected_crsEPSGSWEREF99 / RT90 0 gonEPSG6r'?projected_crsEPSGSWEREF99 / RT90 2.5 gon VEPSG4q';projected_crsEPSGSWEREF99 / RT90 5 gon VEPSG6p'?projected_crsEPSGSWEREF99 / RT90 7.5 gon VEPSG H[#}E r A  s > j 5 a , X #OyD j1U{E g.Pt;6'?projected_crsEPSG NAD83(NSRS) / CO N (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / CO N (m)EPSG6~'?projected_crsEPSG NAD83(NSRS) / CO C (ftUS)EPSG3}'9projected_crsEPSG NAD83(NSRS) / CO C (m)EPSG4|';projected_crsEPSG NAD83(NSRS) / CA AlbersEPSG6{'?projected_crsEPSG NAD83(NSRS) / CA 6 (ftUS)EPSG3z'9projected_crsEPSG NAD83(NSRS) / CA 6 (m)EPSG6y'?projected_crsEPSG NAD83(NSRS) / CA 5 (ftUS)EPSG3x'9projected_crsEPSG NAD83(NSRS) / CA 5 (m)EPSG6w'?projected_crsEPSG NAD83(NSRS) / CA 4 (ftUS)EPSG3v'9projected_crsEPSG NAD83(NSRS) / CA 4 (m)EPSG6u'?projected_crsEPSG NAD83(NSRS) / CA 3 (ftUS)EPSG3t'9projected_crsEPSG NAD83(NSRS) / CA 3 (m)EPSG6s'?projected_crsEPSG NAD83(NSRS) / CA 2 (ftUS)EPSG3r'9projected_crsEPSG NAD83(NSRS) / CA 2 (m)EPSG6q'?projected_crsEPSG NAD83(NSRS) / CA 1 (ftUS)EPSG3p'9projected_crsEPSG NAD83(NSRS) / CA 1 (m)EPSG3o'9projected_crsEPSG NAD83(NSRS) / AZ W (m)EPSG4n';projected_crsEPSG NAD83(NSRS) / AZ W (ft)EPSG3m'9projected_crsEPSG NAD83(NSRS) / AZ E (m)EPSG4l';projected_crsEPSG NAD83(NSRS) / AZ E (ft)EPSG3k'9projected_crsEPSG NAD83(NSRS) / AZ C (m)EPSG4j';projected_crsEPSG NAD83(NSRS) / AZ C (ft)EPSG6i'?projected_crsEPSG NAD83(NSRS) / AR S (ftUS)EPSG3h'9projected_crsEPSG NAD83(NSRS) / AR S (m)EPSG6g'?projected_crsEPSG NAD83(NSRS) / AR N (ftUS)EPSG3f'9projected_crsEPSG NAD83(NSRS) / AR N (m)EPSG3e'9projected_crsEPSG NAD83(NSRS) / AL W (m)EPSG3d'9projected_crsEPSG NAD83(NSRS) / AL E (m)EPSG5c'=projected_crsEPSGWGS 84 / Equidistant CylEPSG2b'7projected_crsEPSGWGS 84 / UTM system SEPSG2a'7projected_crsEPSGXWGS 84 / UTM system NEPSG4`';projected_crsEPSG}NAD83 / Louisiana Off mEPSG2_'7projected_crsEPSG}cNAD27 / Louisiana OffEPSG2^'7projected_crsEPSG|SIRGAS 2000 / UTM 25SEPSG2]'7projected_crsEPSG|SIRGAS 2000 / UTM 24SEPSG2\'7projected_crsEPSG|SIRGAS 2000 / UTM 23SEPSG2['7projected_crsEPSG|SIRGAS 2000 / UTM 22SEPSG2Z'7projected_crsEPSG|SIRGAS 2000 / UTM 21SEPSG2Y'7projected_crsEPSG|SIRGAS 2000 / UTM 20SEPSG2X'7projected_crsEPSG|SIRGAS 2000 / UTM 19SEPSG2W'7projected_crsEPSG|SIRGAS 2000 / UTM 18SEPSG2V'7projected_crsEPSG|SIRGAS 2000 / UTM 17SEPSG2U'7projected_crsEPSG|SIRGAS 2000 / UTM 22NEPSG2T'7projected_crsEPSG|SIRGAS 2000 / UTM 21NEPSG2S'7projected_crsEPSG|SIRGAS 2000 / UTM 20NEPSG2R'7projected_crsEPSG|SIRGAS 2000 / UTM 19NEPSG2Q'7projected_crsEPSG|SIRGAS 2000 / UTM 18NEPSG2P'7projected_crsEPSG|SIRGAS 2000 / UTM 17NEPSG2O'7projected_crsEPSG|SIRGAS 2000 / UTM 16NEPSG2N'7projected_crsEPSG|SIRGAS 2000 / UTM 15NEPSG2M'7projected_crsEPSG|SIRGAS 2000 / UTM 14NEPSG2L'7projected_crsEPSG|SIRGAS 2000 / UTM 13NEPSG2K'7projected_crsEPSG|SIRGAS 2000 / UTM 12NEPSG2J'7projected_crsEPSG|SIRGAS 2000 / UTM 11NEPSG3I'9projected_crsEPSG{)Conakry 1905 / UTM 29NEPSG3H'9projected_crsEPSG{(Conakry 1905 / UTM 28NEPSG.G'/projected_crsEPSGzDHDN / 3GK zone 5EPSG.F'/projected_crsEPSGzDHDN / 3GK zone 4EPSG.E'/projected_crsEPSGzDHDN / 3GK zone 3EPSG.D'/projected_crsEPSGzDHDN / 3GK zone 2EPSG3C'9projected_crsEPSGzMGI (Ferro) / Aut GK EEPSG3B'9projected_crsEPSGzMGI (Ferro) / Aut GK CEPSG3A'9projected_crsEPSGzMGI (Ferro) / Aut GK WEPSG5@'=projected_crsEPSGwVoirol79 / S Algeria oldEPSG5?'=projected_crsEPSGwVoirol79 / N Algeria oldEPSG3>'9projected_crsEPSGuTokyo / Japan zone XIXEPSG5='=projected_crsEPSGtOSNI 52 / Irish Nat GridEPSG5<'=projected_crsEPSGnPulkovo 1942 / GK zone 5EPSG5;'=projected_crsEPSGnPulkovo 1942 / GK zone 4EPSG5:'=projected_crsEPSGkeDatum 73 / Modified GridEPSG29'7projected_crsEPSGj_NZGD49 / North TaieriEPSG GZ&H j 4 S  r 9  [ % } G i0Uv<]&~F i2Y {B 3G'9projected_crsEPSGNAD83(NSRS) / MO W (m)EPSG3F'9projected_crsEPSGNAD83(NSRS) / MO E (m)EPSG3E'9projected_crsEPSGNAD83(NSRS) / MO C (m)EPSG6D'?projected_crsEPSGhNAD83(NSRS) / MN S (ftUS)EPSG3C'9projected_crsEPSG NAD83(NSRS) / MN S (m)EPSG6B'?projected_crsEPSGhNAD83(NSRS) / MN N (ftUS)EPSG3A'9projected_crsEPSG NAD83(NSRS) / MN N (m)EPSG6@'?projected_crsEPSGhNAD83(NSRS) / MN C (ftUS)EPSG3?'9projected_crsEPSG NAD83(NSRS) / MN C (m)EPSG3>'9projected_crsEPSGNAD83(NSRS) / MI S (m)EPSG4=';projected_crsEPSG NAD83(NSRS) / MI S (ft)EPSG3<'9projected_crsEPSGNAD83(NSRS) / MI N (m)EPSG4;';projected_crsEPSGNAD83(NSRS) / MI N (ft)EPSG4:';projected_crsEPSGNAD83(NSRS) / MI GeorefEPSG39'9projected_crsEPSGNAD83(NSRS) / MI C (m)EPSG48';projected_crsEPSGNAD83(NSRS) / MI C (ft)EPSG67'?projected_crsEPSGhNAD83(NSRS) / ME W (ftUS)EPSG56'=projected_crsEPSG NAD83(NSRS) / ME83 W (m)EPSG65'?projected_crsEPSGhNAD83(NSRS) / ME E (ftUS)EPSG54'=projected_crsEPSG NAD83(NSRS) / ME83 E (m)EPSG43';projected_crsEPSG NAD83(NSRS) / ME 2000 WEPSG42';projected_crsEPSG NAD83(NSRS) / ME 2000 EEPSG41';projected_crsEPSG NAD83(NSRS) / ME 2000 CEPSG40';projected_crsEPSG NAD83(NSRS) / MD (ftUS)EPSG7/'Aprojected_crsEPSGNAD83(NSRS) / MA md (ftUS)EPSG4.';projected_crsEPSGNAD83(NSRS) / MA md (m)EPSG7-'Aprojected_crsEPSGNAD83(NSRS) / MA Is (ftUS)EPSG4,';projected_crsEPSG NAD83(NSRS) / MA Is (m)EPSG6+'?projected_crsEPSG NAD83(NSRS) / LA S (ftUS)EPSG3*'9projected_crsEPSG NAD83(NSRS) / LA S (m)EPSG6)'?projected_crsEPSG NAD83(NSRS) / LA N (ftUS)EPSG3('9projected_crsEPSG NAD83(NSRS) / LA N (m)EPSG3''9projected_crsEPSG NAD83(NSRS) / KY1Z (m)EPSG6&'?projected_crsEPSG NAD83(NSRS) / KY S (ftUS)EPSG3%'9projected_crsEPSG NAD83(NSRS) / KY S (m)EPSG6$'?projected_crsEPSG NAD83(NSRS) / KY N (ftUS)EPSG3#'9projected_crsEPSG NAD83(NSRS) / KY N (m)EPSG6"'?projected_crsEPSG NAD83(NSRS) / KS S (ftUS)EPSG3!'9projected_crsEPSG NAD83(NSRS) / KS S (m)EPSG6 '?projected_crsEPSG NAD83(NSRS) / KS N (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / KS N (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / IN W (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / IN W (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / IN E (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / IN E (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / IL W (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / IL W (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / IL E (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / IL E (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / ID W (ftUS)EPSG6'?projected_crsEPSG NAD83(NSRS) / ID E (ftUS)EPSG6'?projected_crsEPSG NAD83(NSRS) / ID C (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / ID C (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / IA S (ftUS)EPSG6'?projected_crsEPSG NAD83(NSRS) / IA N (ftUS)EPSG6'?projected_crsEPSG NAD83(NSRS) / GA W (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / GA W (m)EPSG6'?projected_crsEPSG NAD83(NSRS) / GA E (ftUS)EPSG3 '9projected_crsEPSG NAD83(NSRS) / GA E (m)EPSG6 '?projected_crsEPSG NAD83(NSRS) / FL W (ftUS)EPSG3 '9projected_crsEPSG NAD83(NSRS) / FL W (m)EPSG6 '?projected_crsEPSG NAD83(NSRS) / FL N (ftUS)EPSG3 '9projected_crsEPSG NAD83(NSRS) / FL N (m)EPSG5'=projected_crsEPSG NAD83(NSRS) / FL GDL AEAEPSG6'?projected_crsEPSG NAD83(NSRS) / FL E (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / FL E (m)EPSG4';projected_crsEPSG NAD83(NSRS) / DE (ftUS)EPSG1'5projected_crsEPSG NAD83(NSRS) / CT (m)EPSG4';projected_crsEPSG NAD83(NSRS) / CT (ftUS)EPSG6'?projected_crsEPSG NAD83(NSRS) / CO S (ftUS)EPSG3'9projected_crsEPSG NAD83(NSRS) / CO S (m)EPSG G["P v ? i 3 U  w >  ` *Ji0Tt;a,Sv@ d-5'=projected_crsEPSGZNAD83(NSRS) / TX SC ftUSEPSG4 ';projected_crsEPSGYNAD83(NSRS) / TX SC (m)EPSG4 ';projected_crsEPSGXNAD83(NSRS) / TX S ftUSEPSG3 '9projected_crsEPSGWNAD83(NSRS) / TX S (m)EPSG5 '=projected_crsEPSGVNAD83(NSRS) / TX NC ftUSEPSG4 ';projected_crsEPSGUNAD83(NSRS) / TX NC (m)EPSG4';projected_crsEPSGTNAD83(NSRS) / TX N ftUSEPSG3'9projected_crsEPSGSNAD83(NSRS) / TX N (m)EPSG4';projected_crsEPSGPNAD83(NSRS) / TX C ftUSEPSG3'9projected_crsEPSGONAD83(NSRS) / TX C (m)EPSG4';projected_crsEPSGNNAD83(NSRS) / TN (ftUS)EPSG6'?projected_crsEPSGLNAD83(NSRS) / SD S (ftUS)EPSG3'9projected_crsEPSGKNAD83(NSRS) / SD S (m)EPSG6'?projected_crsEPSGJNAD83(NSRS) / SD N (ftUS)EPSG3'9projected_crsEPSGINAD83(NSRS) / SD N (m)EPSG1'5projected_crsEPSGGNAD83(NSRS) / SC (m)EPSG2~'7projected_crsEPSGHNAD83(NSRS) / SC (ft)EPSG1}'5projected_crsEPSGENAD83(NSRS) / RI (m)EPSG4|';projected_crsEPSGFNAD83(NSRS) / RI (ftUS)EPSG6{'?projected_crsEPSGDNAD83(NSRS) / PA S (ftUS)EPSG3z'9projected_crsEPSGCNAD83(NSRS) / PA S (m)EPSG6y'?projected_crsEPSGBNAD83(NSRS) / PA N (ftUS)EPSG3x'9projected_crsEPSGANAD83(NSRS) / PA N (m)EPSG:w'Gprojected_crsEPSGNAD83(NSRS) / OR N (ft)EPSG6r'?projected_crsEPSG:NAD83(NSRS) / OK S (ftUS)EPSG3q'9projected_crsEPSG9NAD83(NSRS) / OK S (m)EPSG6p'?projected_crsEPSG8NAD83(NSRS) / OK N (ftUS)EPSG3o'9projected_crsEPSG7NAD83(NSRS) / OK N (m)EPSG6n'?projected_crsEPSGNAD83(NSRS) / OH S (ftUS)EPSG6m'?projected_crsEPSGNAD83(NSRS) / OH N (ftUS)EPSG6l'?projected_crsEPSG.NAD83(NSRS) / NY W (ftUS)EPSG3k'9projected_crsEPSG-NAD83(NSRS) / NY W (m)EPSG7j'Aprojected_crsEPSG,NAD83(NSRS) / NY LI (ftUS)EPSG4i';projected_crsEPSG+NAD83(NSRS) / NY LI (m)EPSG6h'?projected_crsEPSG*NAD83(NSRS) / NY E (ftUS)EPSG3g'9projected_crsEPSG)NAD83(NSRS) / NY E (m)EPSG6f'?projected_crsEPSG(NAD83(NSRS) / NY C (ftUS)EPSG3e'9projected_crsEPSG'NAD83(NSRS) / NY C (m)EPSG6d'?projected_crsEPSGNAD83(NSRS) / NV W (ftUS)EPSG3c'9projected_crsEPSGNAD83(NSRS) / NV W (m)EPSG6b'?projected_crsEPSGNAD83(NSRS) / NV E (ftUS)EPSG3a'9projected_crsEPSGNAD83(NSRS) / NV E (m)EPSG6`'?projected_crsEPSGNAD83(NSRS) / NV C (ftUS)EPSG3_'9projected_crsEPSGNAD83(NSRS) / NV C (m)EPSG6^'?projected_crsEPSG&NAD83(NSRS) / NM W (ftUS)EPSG3]'9projected_crsEPSG%NAD83(NSRS) / NM W (m)EPSG6\'?projected_crsEPSG$NAD83(NSRS) / NM E (ftUS)EPSG3['9projected_crsEPSG#NAD83(NSRS) / NM E (m)EPSG6Z'?projected_crsEPSG"NAD83(NSRS) / NM C (ftUS)EPSG3Y'9projected_crsEPSG!NAD83(NSRS) / NM C (m)EPSG4X';projected_crsEPSG NAD83(NSRS) / NJ (ftUS)EPSG1W'5projected_crsEPSGNAD83(NSRS) / NH (m)EPSG4V';projected_crsEPSGNAD83(NSRS) / NH (ftUS)EPSG1U'5projected_crsEPSGNAD83(NSRS) / NE (m)EPSG4T';projected_crsEPSGhNAD83(NSRS) / NE (ftUS)EPSG3S'9projected_crsEPSG3NAD83(NSRS) / ND S (m)EPSG4R';projected_crsEPSG4NAD83(NSRS) / ND S (ft)EPSG3Q'9projected_crsEPSG1NAD83(NSRS) / ND N (m)EPSG4P';projected_crsEPSG2NAD83(NSRS) / ND N (ft)EPSG1O'5projected_crsEPSG/NAD83(NSRS) / NC (m)EPSG4N';projected_crsEPSG0NAD83(NSRS) / NC (ftUS)EPSG2M'7projected_crsEPSGNAD83(NSRS) / MT (ft)EPSG/L'1projected_crsEPSGNAD83(NSRS) / MSTMEPSG6K'?projected_crsEPSGNAD83(NSRS) / MS W (ftUS)EPSG3J'9projected_crsEPSGNAD83(NSRS) / MS W (m)EPSG6I'?projected_crsEPSGNAD83(NSRS) / MS E (ftUS)EPSG3H'9projected_crsEPSG NAD83(NSRS) / MS E (m)EPSG HZ#zD f - O  q =  _ )  I k5]'NxBr;h)jFtD2V'7projected_crsEPSG5ED50 / Iraq Nat. GridEPSG=U%Overtical_crsEPSG.National Elevation Network heightEPSG-T%/geodetic_crsEPSG$IGb14 - LatLonEHtEPSGKS'iprojected_crsEPSGWGS 84 / Popular Visualisation Pseudo-MercatorEPSGR%geodetic_crsEPSG$726EPSG-Q'-projected_crsEPSG NAD83 / KY1Z (m)EPSG/P'1projected_crsEPSG NAD83(HARN) / KY1ZEPSG!O'projected_crsEPSG KY1ZEPSG4N';projected_crsEPSG NAD83(HARN) / TX AlbersEPSG*M''projected_crsEPSG NAD83 / TX LCEPSG%L'projected_crsEPSG TCMS/AEAEPSG0K'3projected_crsEPSG NAD83(HARN) / TX LCEPSG'9projected_crsEPSG NAD83(NSRS) / ID W (m)EPSG3='9projected_crsEPSG NAD83(NSRS) / ID E (m)EPSG1<'5projected_crsEPSG NAD83(NSRS) / DE (m)EPSG4;';projected_crsEPSG NAD83(NSRS) / AK 10 (m)EPSG3:'9projected_crsEPSG NAD83(NSRS) / AK 9 (m)EPSG39'9projected_crsEPSG NAD83(NSRS) / AK 8 (m)EPSG38'9projected_crsEPSG NAD83(NSRS) / AK 7 (m)EPSG37'9projected_crsEPSG NAD83(NSRS) / AK 6 (m)EPSG36'9projected_crsEPSG NAD83(NSRS) / AK 5 (m)EPSG35'9projected_crsEPSG NAD83(NSRS) / AK 4 (m)EPSG34'9projected_crsEPSG NAD83(NSRS) / AK 3 (m)EPSG33'9projected_crsEPSG NAD83(NSRS) / AK 2 (m)EPSG32'9projected_crsEPSG NAD83(NSRS) / AK 1 (m)EPSG11'5projected_crsEPSG NAD83(NSRS) / AK AlbEPSG70'Aprojected_crsEPSGNAD83(NSRS) / WY WC (ftUS)EPSG4/';projected_crsEPSGxNAD83(NSRS) / WY WC (m)EPSG6.'?projected_crsEPSGNAD83(NSRS) / WY W (ftUS)EPSG3-'9projected_crsEPSGyNAD83(NSRS) / WY W (m)EPSG7,'Aprojected_crsEPSGNAD83(NSRS) / WY EC (ftUS)EPSG4+';projected_crsEPSGwNAD83(NSRS) / WY EC (m)EPSG6*'?projected_crsEPSGNAD83(NSRS) / WY E (ftUS)EPSG3)'9projected_crsEPSGvNAD83(NSRS) / WY E (m)EPSG6('?projected_crsEPSGhNAD83(NSRS) / WV S (ftUS)EPSG3''9projected_crsEPSGnNAD83(NSRS) / WV S (m)EPSG6&'?projected_crsEPSGhNAD83(NSRS) / WV N (ftUS)EPSG3%'9projected_crsEPSGmNAD83(NSRS) / WV N (m)EPSG1$'5projected_crsEPSGuNAD83(NSRS) / WTM 83EPSG6#'?projected_crsEPSGtNAD83(NSRS) / WI S (ftUS)EPSG3"'9projected_crsEPSGsNAD83(NSRS) / WI S (m)EPSG6!'?projected_crsEPSGrNAD83(NSRS) / WI N (ftUS)EPSG3 '9projected_crsEPSGqNAD83(NSRS) / WI N (m)EPSG6'?projected_crsEPSGpNAD83(NSRS) / WI C (ftUS)EPSG3'9projected_crsEPSGoNAD83(NSRS) / WI C (m)EPSG6'?projected_crsEPSGlNAD83(NSRS) / WA S (ftUS)EPSG3'9projected_crsEPSGkNAD83(NSRS) / WA S (m)EPSG6'?projected_crsEPSGjNAD83(NSRS) / WA N (ftUS)EPSG3'9projected_crsEPSGiNAD83(NSRS) / WA N (m)EPSG6'?projected_crsEPSGhNAD83(NSRS) / VA S (ftUS)EPSG3'9projected_crsEPSGgNAD83(NSRS) / VA S (m)EPSG6'?projected_crsEPSGfNAD83(NSRS) / VA N (ftUS)EPSG3'9projected_crsEPSGeNAD83(NSRS) / VA N (m)EPSG6'?projected_crsEPSGcNAD83(NSRS) / UT S (ftUS)EPSG4';projected_crsEPSGbNAD83(NSRS) / UT S (ft)EPSG6'?projected_crsEPSG`NAD83(NSRS) / UT N (ftUS)EPSG4';projected_crsEPSG_NAD83(NSRS) / UT N (ft)EPSG6'?projected_crsEPSG]NAD83(NSRS) / UT C (ftUS)EPSG3'9projected_crsEPSG[NAD83(NSRS) / UT C (m)EPSG4';projected_crsEPSG\NAD83(NSRS) / UT C (ft)EPSG D8\8 h  ]  v I U  r 0z*ANg9rCVo7U7'Aprojected_crsEPSGNAD83(2011) / Billings (m)EPSG6'?projected_crsEPSGNAD83(2011) / Bobcat (ft)EPSG5'=projected_crsEPSGNAD83(2011) / Bobcat (m)EPSG9'Eprojected_crsEPSGNAD83(2011) / Ft Peck As (m)EPSG1'5projected_crsEPSGnInGCS 2011 11 (ftUS)EPSG9'Eprojected_crsEPSGNAD83(2011) / Ft Belknap (m)EPSG3'9projected_crsEPSGNAD83(2011) / Crow (m)EPSG5'=projected_crsEPSGNAD83(2011) / Milk R (m)EPSG4';projected_crsEPSGNAD83(2011) / Crow (ft)EPSG8'Cprojected_crsEPSGNAD83(2011) / Blackfeet (m)EPSG9'Eprojected_crsEPSGNAD83(2011) / Ft Peck Sx (m)EPSG6'?projected_crsEPSGNAD83(2011) / St Mary (m)EPSG.%1geodetic_crsEPSGRGTAAF07 (lat-lon)EPSGC 'Yprojected_crsEPSGNAD83(2011) / IaRCS zone 14 BurlingtonEPSG. %1geodetic_crsEPSGRGTAAF07 (lat-lon)EPSGB 'Wprojected_crsEPSGNAD83(2011) / IaRCS zone 13 FairfieldEPSG, %-geodetic_crsEPSGpRGAF09 (lat-lon)EPSGH 'cprojected_crsEPSGNAD83(2011) / IaRCS zone 12 Red Oak-OttumwaEPSG,%-geodetic_crsEPSGgRGFG95 (lat-lon)EPSGJ'gprojected_crsEPSGNAD83(2011) / IaRCS zone 11 Dubuque-DavenportEPSG+%+geodetic_crsEPSGkRGR92 (lat-lon)EPSGE']projected_crsEPSGNAD83(2011) / IaRCS zone 10 Cedar RapidsEPSG+%+geodetic_crsEPSGuRGM04 (lat-lon)EPSG>'Oprojected_crsEPSGNAD83(2011) / IaRCS zone 9 NewtonEPSG-%/geodetic_crsEPSGrRGSPM06 (lat-lon)EPSGG'aprojected_crsEPSGNAD83(2011) / IaRCS zone 8 Ames-Des MoinesEPSG-%/geodetic_crsEPSGoRGSPM06 (lat-lon)EPSGH'cprojected_crsEPSGNAD83(2011) / IaRCS zone 7 Carroll-AtlanticEPSG+~%+geodetic_crsEPSGvRGM04 (lat-lon)EPSGF}'_projected_crsEPSGNAD83(2011) / IaRCS zone 6 Council BluffsEPSG+|%+geodetic_crsEPSGRGR92 (lat-lon)EPSG@{'Sprojected_crsEPSGNAD83(2011) / IaRCS zone 5 WaterlooEPSG,z%-geodetic_crsEPSGRGFG95 (lat-lon)EPSGMy'mprojected_crsEPSGNAD83(2011) / IaRCS zone 4 Sioux City-Iowa FallsEPSG,x%-geodetic_crsEPSGqRGAF09 (lat-lon)EPSG?w'Qprojected_crsEPSGNAD83(2011) / IaRCS zone 3 ElkaderEPSGBv'Wprojected_crsEPSGNAD83(2011) / IaRCS zone 2 Mason CityEPSG?u'Qprojected_crsEPSGNAD83(2011) / IaRCS zone 1 SpencerEPSG.t%1geodetic_crsEPSGeRGF93 v1 (lat-lon)EPSG.s%1geodetic_crsEPSGKRGF93 v1 (lat-lon)EPSGEr']projected_crsEPSGCGRS93 / Local Transverse Mercator (LTM)EPSG6q'?projected_crsEPSGNAD83(CORS96) / PR and VIEPSG:p'Gprojected_crsEPSGNBlue Nile 1958 / UTM zone 38NEPSG:o'Gprojected_crsEPSGNBlue Nile 1958 / UTM zone 37NEPSG:n'Gprojected_crsEPSGNBlue Nile 1958 / UTM zone 36NEPSG:m'Gprojected_crsEPSGNBlue Nile 1958 / UTM zone 35NEPSG*l%)geodetic_crsEPSGiBlue Nile 1958EPSG3k'9projected_crsEPSG_Nahrwan 1934 / UTM 39NEPSG3j'9projected_crsEPSG^Nahrwan 1934 / UTM 38NEPSG4i';projected_crsEPSGTNAD83(2011) / CCSF-CS13EPSGAh'Uprojected_crsEPSGTNAD83(2011) / San Francisco CS13 (m)EPSG,g%-vertical_crsEPSGAbu Dhabi heightEPSG;f'Iprojected_crsEPSGUNAD83(2011) / CCSF-CS13 (ftUS)EPSG-e'-projected_crsEPSGIsraeli New GridEPSG"d%geodetic_crsEPSG-IsraelEPSGFc'_projected_crsEPSGNAD83(CORS96) / Oregon Bend-Vale zone (m)EPSG5b'=projected_crsEPSGIsrael / Israeli TM GridEPSG5a'=projected_crsEPSGETRS89 / Albania TM 2010EPSG$`'projected_crsEPSGOIG05/12EPSG6_'?projected_crsEPSG2ETRS89 / Albania LCC 2010EPSG!^'projected_crsEPSGHIG05EPSG>]%Qgeodetic_crsEPSG!Observatario Campos Rodrigues 1907EPSG,\'+projected_crsEPSG ALB86 / GK zn 4EPSG![%geodetic_crsEPSG_ALB86EPSGEZ']projected_crsEPSG AKarbala 1979 (Polservice) / UTM zone 39NEPSGEY']projected_crsEPSG @Karbala 1979 (Polservice) / UTM zone 38NEPSGEX']projected_crsEPSG ?Karbala 1979 (Polservice) / UTM zone 37NEPSG5W%?geodetic_crsEPSGKarbala 1979 (Polservice)EPSG ESf) P  p , I  j 2 V Qs3M f2b#PIZ:_'Gprojected_crsEPSGkNAD83(2011) / InGCS Clark (m)EPSG@^'Sprojected_crsEPSGbNAD83(2011) / InGCS Delaware (ftUS)EPSGA]'Uprojected_crsEPSGbNAD83(2011) / InGCS Blackford (ftUS)EPSG4\';projected_crsEPSGbInGCS 2011 05-18 (ftUS)EPSG4[';projected_crsEPSGkInGCS 2011 10-22-72 (m)EPSG=Z'Mprojected_crsEPSGNAD83(2011) / InGCS Franklin (m)EPSG>Y'Oprojected_crsEPSGrNAD83(2011) / InGCS Orange (ftUS)EPSG@X'Sprojected_crsEPSGrNAD83(2011) / InGCS Lawrence (ftUS)EPSG@W'Sprojected_crsEPSGrNAD83(2011) / InGCS Crawford (ftUS)EPSG=V'Mprojected_crsEPSGaNAD83(2011) / InGCS Delaware (m)EPSG>U'Oprojected_crsEPSGaNAD83(2011) / InGCS Blackford (m)EPSG1T'5projected_crsEPSGaInGCS 2011 05-18 (m)EPSG1S'5projected_crsEPSGjInGCS 2011 09 (ftUS)EPSG7R'Aprojected_crsEPSGrInGCS 2011 13-47-59 (ftUS)EPSG.Q'/projected_crsEPSGiInGCS 2011 09 (m)EPSGH'Oprojected_crsEPSG~NAD83(2011) / InGCS Wabash (ftUS)EPSGAG'Uprojected_crsEPSG~NAD83(2011) / InGCS Kosciusko (ftUS)EPSG;F'Iprojected_crsEPSGqNAD83(2011) / InGCS Orange (m)EPSG=E'Mprojected_crsEPSGqNAD83(2011) / InGCS Lawrence (m)EPSG1D'5projected_crsEPSGZInGCS 2011 01 (ftUS)EPSG1C'5projected_crsEPSGfInGCS 2011 07 (ftUS)EPSG=B'Mprojected_crsEPSGqNAD83(2011) / InGCS Crawford (m)EPSG.A'/projected_crsEPSGeInGCS 2011 07 (m)EPSG1@'5projected_crsEPSG\InGCS 2011 02 (ftUS)EPSG4?';projected_crsEPSGqInGCS 2011 13-47-59 (m)EPSG?>'Qprojected_crsEPSG~NAD83(2011) / InGCS Elkhart (ftUS)EPSG7='Aprojected_crsEPSG~InGCS 2011 20-43-85 (ftUS)EPSG.<'/projected_crsEPSGYInGCS 2011 01 (m)EPSG;%geodetic_crsEPSGBD48EPSG1:'5projected_crsEPSGInGCS 2011 23-86 (m)EPSGA9'Uprojected_crsEPSGdNAD83(2011) / InGCS Hendricks (ftUS)EPSG=8'Mprojected_crsEPSGdNAD83(2011) / InGCS Boone (ftUS)EPSG47';projected_crsEPSGdInGCS 2011 06-32 (ftUS)EPSG.6'/projected_crsEPSGInGCS 2011 65 (m)EPSG15'5projected_crsEPSGpInGCS 2011 12 (ftUS)EPSG54'=projected_crsEPSGKatanga 1955 / TM zone BEPSG53'=projected_crsEPSGKatanga 1955 / TM zone AEPSG52'=projected_crsEPSGNAD83(CSRS) / Canada LCCEPSG41';projected_crsEPSGWGS 84 / NSIDC PS SouthEPSG50'=projected_crsEPSGWGS 84 / NSIDC EA GlobalEPSG4/';projected_crsEPSGWGS 84 / NSIDC EA SouthEPSG4.';projected_crsEPSGWGS 84 / NSIDC EA NorthEPSG;-'Iprojected_crsEPSGNAD83(2011) / CCSF-CS13 (ftUS)EPSG4,';projected_crsEPSGNAD83(2011) / CCSF-CS13EPSGA+'Uprojected_crsEPSGNAD83(2011) / San Francisco CS13 (m)EPSG.*'/projected_crsEPSGInGCS 2011 39 (m)EPSG.)'/projected_crsEPSG[InGCS 2011 02 (m)EPSG>('Oprojected_crsEPSGcNAD83(2011) / InGCS Hendricks (m)EPSG:''Gprojected_crsEPSGcNAD83(2011) / InGCS Boone (m)EPSG4&';projected_crsEPSGPalestine Grid modifiedEPSG1%'5projected_crsEPSGcInGCS 2011 06-32 (m)EPSG.$'/projected_crsEPSGoInGCS 2011 12 (m)EPSG:#'Gprojected_crsEPSGNAD83(2011) / Ft Peck Sx (ft)EPSG:"'Gprojected_crsEPSGNAD83(2011) / Ft Peck As (ft)EPSG:!'Gprojected_crsEPSGNAD83(2011) / Ft Belknap (ft)EPSG6 '?projected_crsEPSGNAD83(2011) / Milk R (ft)EPSG8'Cprojected_crsEPSGNAD83(2011) / Wind R (ftUS)EPSG9'Eprojected_crsEPSGNAD83(2011) / Blackfeet (ft)EPSG7'Aprojected_crsEPSGNAD83(2011) / St Mary (ft)EPSG8'Cprojected_crsEPSGNAD83(2011) / Billings (ft)EPSG5'=projected_crsEPSGNAD83(2011) / Wind R (m)EPSG BI r3 V # e 4 K  b ( c ,m+p6n:F ^'f5|7S">!'Oprojected_crsEPSGNAD83(2011) / InGCS Fulton (ftUS)EPSG7 'Aprojected_crsEPSGInGCS 2011 25-50-71 (ftUS)EPSG.'/projected_crsEPSGInGCS 2011 33 (m)EPSG;'Iprojected_crsEPSG{NAD83(2011) / InGCS Martin (m)EPSG;'Iprojected_crsEPSG{NAD83(2011) / InGCS Dubois (m)EPSG1'5projected_crsEPSG{InGCS 2011 19-51 (m)EPSG1'5projected_crsEPSGInGCS 2011 39 (ftUS)EPSGB'Wprojected_crsEPSGNAD83(2011) / InGCS Washington (ftUS)EPSG@'Sprojected_crsEPSGNAD83(2011) / InGCS Harrison (ftUS)EPSG1'5projected_crsEPSGzInGCS 2011 17 (ftUS)EPSG?'Qprojected_crsEPSGNAD83(2011) / InGCS St. Joseph (m)EPSG.'/projected_crsEPSGyInGCS 2011 17 (m)EPSG='Mprojected_crsEPSGNAD83(2011) / InGCS Marshall (m)EPSG<'Kprojected_crsEPSGxNAD83(2011) / InGCS Rush (ftUS)EPSG?'Qprojected_crsEPSGxNAD83(2011) / InGCS Decatur (ftUS)EPSG4';projected_crsEPSGxInGCS 2011 16-70 (ftUS)EPSG;'Iprojected_crsEPSGNAD83(2011) / InGCS Fulton (m)EPSG4';projected_crsEPSGInGCS 2011 25-50-71 (m)EPSG4';projected_crsEPSGInGCS 2011 31-88 (ftUS)EPSG9'Eprojected_crsEPSGwNAD83(2011) / InGCS Rush (m)EPSG< 'Kprojected_crsEPSGwNAD83(2011) / InGCS Decatur (m)EPSG1 '5projected_crsEPSGwInGCS 2011 16-70 (m)EPSG< 'Kprojected_crsEPSGNAD83(2011) / InGCS Whitley (m)EPSG? 'Qprojected_crsEPSGNAD83(2011) / InGCS Huntington (m)EPSG1 '5projected_crsEPSGInGCS 2011 35-92 (m)EPSGC'Yprojected_crsEPSGvNAD83(2011) / InGCS Switzerland (ftUS)EPSG<'Kprojected_crsEPSGvNAD83(2011) / InGCS Ohio (ftUS)EPSG@'Sprojected_crsEPSGvNAD83(2011) / InGCS Dearborn (ftUS)EPSG7'Aprojected_crsEPSGvInGCS 2011 15-58-78 (ftUS)EPSG>'Oprojected_crsEPSGNAD83(2011) / InGCS Warren (ftUS)EPSG@'Sprojected_crsEPSGNAD83(2011) / InGCS Fountain (ftUS)EPSG4';projected_crsEPSGInGCS 2011 23-86 (ftUS)EPSG?'Qprojected_crsEPSGNAD83(2011) / InGCS Washington (m)EPSG@'Sprojected_crsEPSGuNAD83(2011) / InGCS Switzerland (m)EPSG9'Eprojected_crsEPSGuNAD83(2011) / InGCS Ohio (m)EPSG=~'Mprojected_crsEPSGuNAD83(2011) / InGCS Dearborn (m)EPSG4}';projected_crsEPSGuInGCS 2011 15-58-78 (m)EPSG=|'Mprojected_crsEPSGNAD83(2011) / InGCS Union (ftUS)EPSG@{'Sprojected_crsEPSGNAD83(2011) / InGCS Franklin (ftUS)EPSG?z'Qprojected_crsEPSGNAD83(2011) / InGCS Fayette (ftUS)EPSG7y'Aprojected_crsEPSGInGCS 2011 21-24-81 (ftUS)EPSG>x'Oprojected_crsEPSGtNAD83(2011) / InGCS Greene (ftUS)EPSG?w'Qprojected_crsEPSGtNAD83(2011) / InGCS Daviess (ftUS)EPSG1v'5projected_crsEPSG ETRS89 / UTM zone 33EPSG/u'1projected_crsEPSG DE_ETRS89 / UTM_BBEPSG4t';projected_crsEPSGtInGCS 2011 14-28 (ftUS)EPSG=s'Mprojected_crsEPSGNAD83(2011) / InGCS Harrison (m)EPSG1r'5projected_crsEPSGInGCS 2011 31-88 (m)EPSG;q'Iprojected_crsEPSGNAD83(2011) / InGCS Warren (m)EPSG.p'/projected_crsEPSGmInGCS 2011 11 (m)EPSG;o'Iprojected_crsEPSGsNAD83(2011) / InGCS Greene (m)EPSG=n'Mprojected_crsEPSGlNAD83(2011) / InGCS Scott (ftUS)EPSG=m'Mprojected_crsEPSGlNAD83(2011) / InGCS Floyd (ftUS)EPSG0l'3projected_crsEPSG ETRS89 / UTM zone 3EPSG=k'Mprojected_crsEPSGlNAD83(2011) / InGCS Clark (ftUS)EPSG7j'Aprojected_crsEPSGlInGCS 2011 10-22-72 (ftUS)EPSG1i'5projected_crsEPSG ETRS89 / UTM zone 32EPSG,h'+projected_crsEPSG DE_ETRS89 / UTMEPSGd'Oprojected_crsEPSGNAD83(2011) / InGCS Newton (ftUS)EPSG.c'/projected_crsEPSGInGCS 2011 42 (m)EPSGa'Oprojected_crsEPSGNAD83(2011) / InGCS Marion (ftUS)EPSG?`'Qprojected_crsEPSGNAD83(2011) / InGCS Johnson (ftUS)EPSG4_';projected_crsEPSGInGCS 2011 41-49 (ftUS)EPSG4^';projected_crsEPSGInGCS 2011 45-56 (ftUS)EPSG1]'5projected_crsEPSGInGCS 2011 38 (ftUS)EPSG;\'Iprojected_crsEPSGNAD83(2011) / InGCS Putnam (m)EPSG.['/projected_crsEPSGInGCS 2011 38 (m)EPSG?Z'Qprojected_crsEPSGNAD83(2011) / InGCS Montgomery (m)EPSG>Y'Oprojected_crsEPSGNAD83(2011) / InGCS Porter (ftUS)EPSG>X'Oprojected_crsEPSGNAD83(2011) / InGCS Jasper (ftUS)EPSG4W';projected_crsEPSGInGCS 2011 37-64 (ftUS)EPSG;V'Iprojected_crsEPSGNAD83(2011) / InGCS Marion (m)EPSGD'Oprojected_crsEPSGNAD83(2011) / InGCS Howard (ftUS)EPSG4C';projected_crsEPSGInGCS 2011 34-52 (ftUS)EPSG.B'/projected_crsEPSGInGCS 2011 36 (m)EPSG>A'Oprojected_crsEPSGNAD83(2011) / InGCS Tipton (ftUS)EPSG@@'Sprojected_crsEPSGNAD83(2011) / InGCS Hamilton (ftUS)EPSG4?';projected_crsEPSGInGCS 2011 29-80 (ftUS)EPSG1>'5projected_crsEPSGInGCS 2011 45-56 (m)EPSG?='Qprojected_crsEPSGNAD83(2011) / InGCS Whitley (ftUS)EPSG:<'Gprojected_crsEPSGNAD83(2011) / InGCS Miami (m)EPSG;;'Iprojected_crsEPSGNAD83(2011) / InGCS Tipton (m)EPSG=:'Mprojected_crsEPSGNAD83(2011) / InGCS Hamilton (m)EPSG19'5projected_crsEPSGInGCS 2011 29-80 (m)EPSG;8'Iprojected_crsEPSGNAD83(2011) / InGCS Howard (m)EPSG17'5projected_crsEPSGInGCS 2011 34-52 (m)EPSGB6'Wprojected_crsEPSGNAD83(2011) / InGCS Huntington (ftUS)EPSG15'5projected_crsEPSGInGCS 2011 27 (ftUS)EPSG;4'Iprojected_crsEPSGNAD83(HPGN) / Virginia LambertEPSG13'5projected_crsEPSGNAD83(HARN) / VA LCCEPSG42';projected_crsEPSGInGCS 2011 35-92 (ftUS)EPSG11'5projected_crsEPSGNAD83(NSRS) / VA LCCEPSG.0'/projected_crsEPSGInGCS 2011 27 (m)EPSG./'/projected_crsEPSGInGCS 2011 40 (m)EPSG1.'5projected_crsEPSGInGCS 2011 26 (ftUS)EPSG1-'5projected_crsEPSGInGCS 2011 33 (ftUS)EPSG;,'Iprojected_crsEPSG}NAD83(2011) / InGCS Wabash (m)EPSG>+'Oprojected_crsEPSG}NAD83(2011) / InGCS Kosciusko (m)EPSG<*'Kprojected_crsEPSG}NAD83(2011) / InGCS Elkhart (m)EPSG4)';projected_crsEPSG}InGCS 2011 20-43-85 (m)EPSG.('/projected_crsEPSGInGCS 2011 26 (m)EPSG.''/projected_crsEPSGInGCS 2011 76 (m)EPSGB&'Wprojected_crsEPSGNAD83(2011) / InGCS St. Joseph (ftUS)EPSG@%'Sprojected_crsEPSGNAD83(2011) / InGCS Marshall (ftUS)EPSG>$'Oprojected_crsEPSG|NAD83(2011) / InGCS Martin (ftUS)EPSG>#'Oprojected_crsEPSG|NAD83(2011) / InGCS Dubois (ftUS)EPSG4"';projected_crsEPSG|InGCS 2011 19-51 (ftUS)EPSG D[h1 A  ?  Z ) k * P Vj9T#t@ Qi8] p02('7projected_crsEPSGWGS 84 / UTM zone 36NEPSG.''/projected_crsEPSGInGCS 2011 82 (m)EPSG2&'7projected_crsEPSGWGS 84 / UTM zone 35NEPSG=%'Mprojected_crsEPSGNAD83(2011) / InGCS White (ftUS)EPSGB$'Wprojected_crsEPSGNAD83(2011) / InGCS Tippecanoe (ftUS)EPSG4#';projected_crsEPSGInGCS 2011 79-91 (ftUS)EPSG1"'5projected_crsEPSGInGCS 2011 74 (ftUS)EPSG:!'Gprojected_crsEPSGNAD83(2011) / InGCS White (m)EPSG. '/projected_crsEPSGInGCS 2011 74 (m)EPSG?'Qprojected_crsEPSGNAD83(2011) / InGCS Tippecanoe (m)EPSG1'5projected_crsEPSGInGCS 2011 73 (ftUS)EPSG1'5projected_crsEPSGInGCS 2011 79-91 (m)EPSG.'/projected_crsEPSGInGCS 2011 73 (m)EPSG1'5projected_crsEPSGInGCS 2011 69 (ftUS)EPSG.'/projected_crsEPSGInGCS 2011 69 (m)EPSG='Mprojected_crsEPSGNAD83(2011) / InGCS Wayne (ftUS)EPSG@'Sprojected_crsEPSGNAD83(2011) / InGCS Randolph (ftUS)EPSG?'Qprojected_crsEPSGNAD83(2011) / InGCS Warrick (ftUS)EPSG<'Kprojected_crsEPSGNAD83(2011) / InGCS Pike (ftUS)EPSG4';projected_crsEPSGInGCS 2011 63-87 (ftUS)EPSG4';projected_crsEPSGInGCS 2011 68-89 (ftUS)EPSG1'5projected_crsEPSGInGCS 2011 77 (ftUS)EPSG<'Kprojected_crsEPSGNAD83(2011) / InGCS Warrick (m)EPSG9'Eprojected_crsEPSGNAD83(2011) / InGCS Pike (m)EPSG1'5projected_crsEPSGInGCS 2011 63-87 (m)EPSG.'/projected_crsEPSGInGCS 2011 77 (m)EPSG:'Gprojected_crsEPSGNAD83(2011) / InGCS Wayne (m)EPSG= 'Mprojected_crsEPSGNAD83(2011) / InGCS Randolph (m)EPSG1 '5projected_crsEPSGInGCS 2011 62 (ftUS)EPSG1 '5projected_crsEPSGInGCS 2011 68-89 (m)EPSG. '/projected_crsEPSGInGCS 2011 62 (m)EPSG0 '3projected_crsEPSGCGRS93 / Cyprus LTMEPSG>'Oprojected_crsEPSGNAD83(2011) / InGCS Morgan (ftUS)EPSG>'Oprojected_crsEPSGNAD83(2011) / InGCS Monroe (ftUS)EPSG4';projected_crsEPSGInGCS 2011 53-55 (ftUS)EPSGB'Wprojected_crsEPSGNAD83(2011) / InGCS Vermillion (ftUS)EPSG='Mprojected_crsEPSGNAD83(2011) / InGCS Parke (ftUS)EPSG4';projected_crsEPSGInGCS 2011 61-83 (ftUS)EPSG;'Iprojected_crsEPSGNAD83(2011) / InGCS Morgan (m)EPSG;'Iprojected_crsEPSGNAD83(2011) / InGCS Monroe (m)EPSG1'5projected_crsEPSGInGCS 2011 53-55 (m)EPSG1'5projected_crsEPSGInGCS 2011 76 (ftUS)EPSG1~'5projected_crsEPSGInGCS 2011 60 (ftUS)EPSG>}'Oprojected_crsEPSGNAD83(2011) / InGCS Starke (ftUS)EPSG?|'Qprojected_crsEPSGNAD83(2011) / InGCS Pulaski (ftUS)EPSG?{'Qprojected_crsEPSGNAD83(2011) / InGCS LaPorte (ftUS)EPSG7z'Aprojected_crsEPSGInGCS 2011 46-66-75 (ftUS)EPSG.y'/projected_crsEPSGInGCS 2011 60 (m)EPSG1x'5projected_crsEPSGInGCS 2011 65 (ftUS)EPSG5w'=projected_crsEPSGRGRDC 2005 / Congo TM 12EPSG>v'Oprojected_crsEPSGNAD83(2011) / InGCS Putnam (ftUS)EPSG5u'=projected_crsEPSGRGRDC 2005 / Congo TM 14EPSGBt'Wprojected_crsEPSGNAD83(2011) / InGCS Montgomery (ftUS)EPSG;s'Iprojected_crsEPSGNAD83(2011) / InGCS Starke (m)EPSG j 7  r A  R  W $U&r8C`{HT@L4p';projected_crsEPSGWISCRS Marinette (ftUS)EPSG,o'+projected_crsEPSGWISCRS Rock (m)EPSG0n'3projected_crsEPSGWISCRS Waukesha (m)EPSG0m'3projected_crsEPSGWISCRS Richland (m)EPSG'-projected_crsEPSGqWISCRS Clark (m)EPSG.='/projected_crsEPSGWISCRS Oconto (m)EPSG/<'1projected_crsEPSGnWISCRS Burnett (m)EPSG/;'1projected_crsEPSGiWISCRS Ashland (m)EPSG0:'3projected_crsEPSGpWISCRS Chippewa (m)EPSG/9'1projected_crsEPSGmWISCRS Buffalo (m)EPSG08'3projected_crsEPSGzWISCRS Florence (m)EPSG-7'-projected_crsEPSGlWISCRS Brown (m)EPSG<6'Kprojected_crsEPSGhNAD83(2011) / WISCRS Juneau (m)EPSG;5'Iprojected_crsEPSGhNAD83(2011) / WISCRS Adams (m)EPSG44';projected_crsEPSGhWISCRS Adams-Juneau (m)EPSG?3'Qprojected_crsEPSGoNAD83(2011) / WISCRS Winnebago (m)EPSG02'3projected_crsEPSGkWISCRS Bayfield (m)EPSG11'5projected_crsEPSGWISCRS Marinette (m)EPSG,0'+projected_crsEPSGvWISCRS Door (m)EPSG2/%9vertical_crsEPSGCyprus vertical systemEPSG?.'Qprojected_crsEPSGoNAD83(2011) / WISCRS Outagamie (m)EPSG1-'5projected_crsEPSGInGCS 2011 90 (ftUS)EPSG.,'/projected_crsEPSGInGCS 2011 90 (m)EPSG1+'5projected_crsEPSGInGCS 2011 84 (ftUS)EPSG.*'/projected_crsEPSGInGCS 2011 84 (m)EPSG1)'5projected_crsEPSGInGCS 2011 82 (ftUS)EPSG FWr> u B  q B  r A a  } I =\(Y`.I}Ke${I:6'Gprojected_crsEPSGWISCRS Oz-Milw-Rac-Ken (ftUS)EPSG25'7projected_crsEPSGWISCRS Portage (ftUS)EPSG14'5projected_crsEPSGWISCRS Taylor (ftUS)EPSG/3'1projected_crsEPSGWISCRS Polk (ftUS)EPSG22'7projected_crsEPSGWISCRS Jackson (ftUS)EPSG?1'Qprojected_crsEPSGNAD83(2011) / WISCRS Pierce (ftUS)EPSG/0'1projected_crsEPSGWISCRS Iron (ftUS)EPSG>/'Oprojected_crsEPSGNAD83(2011) / WISCRS Pepin (ftUS)EPSG/.'1projected_crsEPSGWISCRS Iowa (ftUS)EPSG7-'Aprojected_crsEPSGWISCRS Pepin-Pierce (ftUS)EPSG2,'7projected_crsEPSGWISCRS Douglas (ftUS)EPSGB+'Wprojected_crsEPSGNAD83(2011) / WISCRS Marquette (ftUS)EPSG/*'1projected_crsEPSGWISCRS Door (ftUS)EPSGC)'Yprojected_crsEPSGNAD83(2011) / WISCRS Green Lake (ftUS)EPSGB('Wprojected_crsEPSGNAD83(2011) / WISCRS Jefferson (ftUS)EPSG>''Oprojected_crsEPSGNAD83(2011) / WISCRS Dodge (ftUS)EPSG:&'Gprojected_crsEPSGWISCRS Dodge-Jefferson (ftUS)EPSG:%'Gprojected_crsEPSGWISCRS GreenLake-Marqt (ftUS)EPSG4$';projected_crsEPSGWISCRS St. Croix (ftUS)EPSG1#'5projected_crsEPSGWISCRS Oneida (ftUS)EPSG/"'1projected_crsEPSGWISCRS Dane (ftUS)EPSG3!'9projected_crsEPSGWISCRS Crawford (ftUS)EPSGB 'Wprojected_crsEPSGNAD83(2011) / WISCRS Lafayette (ftUS)EPSG>'Oprojected_crsEPSGNAD83(2011) / WISCRS Green (ftUS)EPSG:'Gprojected_crsEPSGWISCRS Green-Lafayette (ftUS)EPSG-'-projected_crsEPSG PST74 0 gon 65:-1EPSG3'9projected_crsEPSGWISCRS Columbia (ftUS)EPSG1'5projected_crsEPSGWISCRS Oconto (ftUS)EPSG2'7projected_crsEPSGWISCRS Shawano (ftUS)EPSG1'5projected_crsEPSGWISCRS Monroe (ftUS)EPSG0'3projected_crsEPSGWISCRS Clark (ftUS)EPSG0'3projected_crsEPSGWISCRS Grant (ftUS)EPSG3'9projected_crsEPSGWISCRS Chippewa (ftUS)EPSGB'Wprojected_crsEPSGNAD83(2011) / WISCRS Winnebago (ftUS)EPSGB'Wprojected_crsEPSGNAD83(2011) / WISCRS Outagamie (ftUS)EPSGD'[projected_crsEPSGNAD83(2011) / WISCRS Fond du Lac (ftUS)EPSG@'Sprojected_crsEPSGNAD83(2011) / WISCRS Calumet (ftUS)EPSG:'Gprojected_crsEPSGWISCRS Out-Cal-Win-FdL (ftUS)EPSG1'5projected_crsEPSGWISCRS Forest (ftUS)EPSG4';projected_crsEPSGWISCRS Menominee (ftUS)EPSG2'7projected_crsEPSGWISCRS Ashland (ftUS)EPSG3 '9projected_crsEPSGWISCRS Florence (ftUS)EPSG? 'Qprojected_crsEPSGNAD83(2011) / WISCRS Juneau (ftUS)EPSG> 'Oprojected_crsEPSGNAD83(2011) / WISCRS Adams (ftUS)EPSG7 'Aprojected_crsEPSGWISCRS Adams-Juneau (ftUS)EPSG- '-projected_crsEPSGWISCRS Vilas (m)EPSG2'7projected_crsEPSGWISCRS Burnett (ftUS)EPSG.'/projected_crsEPSGWISCRS Vernon (m)EPSG1'5projected_crsEPSGWISCRS Sawyer (ftUS)EPSG3'9projected_crsEPSGWISCRS Trempealeau (m)EPSG2'7projected_crsEPSGWISCRS Buffalo (ftUS)EPSG.'/projected_crsEPSGWISCRS Taylor (m)EPSG,'+projected_crsEPSGWISCRS Wood (m)EPSG1'5projected_crsEPSGWISCRS St. Croix (m)EPSG5'=projected_crsEPSGWISCRS Eau Claire (ftUS)EPSG/'1projected_crsEPSGWISCRS Shawano (m)EPSG0~'3projected_crsEPSGWISCRS Marathon (m)EPSG0}'3projected_crsEPSGWISCRS Waushara (m)EPSG/|'1projected_crsEPSGWISCRS Lincoln (m)EPSG.{'/projected_crsEPSGWISCRS Sawyer (m)EPSG0z'3projected_crsEPSGWISCRS Langlade (m)EPSG0y'3projected_crsEPSGWISCRS Brown (ftUS)EPSG1x'5projected_crsEPSGWISCRS La Crosse (m)EPSG,w'+projected_crsEPSGWISCRS Sauk (m)EPSG/v'1projected_crsEPSGWISCRS Waupaca (m)EPSG?u'Qprojected_crsEPSGNAD83(2011) / WISCRS Sheboygan (m)EPSG?t'Qprojected_crsEPSGNAD83(2011) / WISCRS Manitowoc (m)EPSG>s'Oprojected_crsEPSGNAD83(2011) / WISCRS Kewaunee (m)EPSG6r'?projected_crsEPSGWISCRS Kew-Manit-Sheb (m)EPSG,q'+projected_crsEPSGWISCRS Rusk (m)EPSG Hx5Q Z  x B  r <  y C j 8[/_6Dd6X(~C k5V(4~%=geodetic_crsEPSGWGS 84 Tritan St. HelenaEPSG-}%/vertical_crsEPSGDE_AMST_2016 / NHEPSG+|%+geodetic_crsEPSGfSt. Helena 1971EPSG*{%)geodetic_crsEPSGfASTRO DOS 71/4EPSGCz'Yprojected_crsEPSGGDA2020 / Geoscience Australia LambertEPSG3y'9projected_crsEPSGPulkovo 1942 / CS63 X6EPSG3x'9projected_crsEPSGPulkovo 1942 / CS63 X5EPSG3w'9projected_crsEPSGPulkovo 1942 / CS63 X4EPSG3v'9projected_crsEPSGPulkovo 1942 / CS63 X3EPSG3u'9projected_crsEPSGPulkovo 1942 / CS63 X2EPSG3t'9projected_crsEPSGPulkovo 1942 / CS63 X7EPSG3s'9projected_crsEPSGPulkovo 1942 / CS63 X1EPSG8r'Cprojected_crsEPSG|BGS2005 / UTM zone 35 (E-N)EPSG-q%/geodetic_crsEPSGWGS 84 (Original)EPSG9p'Eprojected_crsEPSG{BGS2005 / UTM zone 34N (E-N)EPSG;o'Iprojected_crsEPSGxCoordinate System 2005 zone 35EPSG-n%/geodetic_crsEPSGWGS 84 (Original)EPSG;m'Iprojected_crsEPSGwCoordinate System 2005 zone 34EPSG+l')projected_crsEPSGwCS2005 zone 34EPSG4k';projected_crsEPSGsRDN2008 / Fuso 12 (E-N)EPSG8j'Cprojected_crsEPSGrRDN2008 / Fuso Italia (E-N)EPSG+i')projected_crsEPSGxCS2005 zone 35EPSG9h'Eprojected_crsEPSGqRDN2008 / UTM zone 34N (E-N)EPSG1g'5projected_crsEPSGoRDN2008 / TM32 (E-N)EPSG9f'Eprojected_crsEPSGpRDN2008 / UTM zone 33N (E-N)EPSG1e'5projected_crsEPSGpRDN2008 / TM33 (E-N)EPSG9d'Eprojected_crsEPSGoRDN2008 / UTM zone 32N (E-N)EPSG*c%)vertical_crsEPSGzPoolbeg heightEPSG)b%'vertical_crsEPSG$REDNAP heightEPSG,a'+projected_crsEPSGREGCAN95 - LAEAEPSG+`%+vertical_crsEPSGLAS-2000 heightEPSG&_'projected_crsEPSGKyrg06-80EPSG&^'projected_crsEPSGKyrg06-77EPSG&]'projected_crsEPSGKyrg06-74EPSG&\'projected_crsEPSG Kyrg06-71EPSG&['projected_crsEPSG Kyrg06-68EPSG)Z%'vertical_crsEPSG$REDNAP heightEPSG)Y%'vertical_crsEPSG$REDNAP heightEPSG+X')projected_crsEPSGREGCAN95 - LCCEPSG8W'Cprojected_crsEPSG$BGS2005 / UTM zone 35 (E-N)EPSG)V'%projected_crsEPSGWeb MercatorEPSGEU']projected_crsEPSGMacedonia State Coordinate System zone 7EPSG/T'1projected_crsEPSGWISCRS Wood (ftUS)EPSG3S'9projected_crsEPSGWISCRS Waushara (ftUS)EPSG2R'7projected_crsEPSGWISCRS Waupaca (ftUS)EPSG3Q'9projected_crsEPSGWISCRS Waukesha (ftUS)EPSG5P'=projected_crsEPSGWISCRS Washington (ftUS)EPSG3O'9projected_crsEPSGWISCRS Washburn (ftUS)EPSGLN%mcompound_crsEPSG$ETRS89 / AbInvA96_2020 SnakeGrid + Newlyn heightEPSG=M'Mprojected_crsEPSG$ETRS89 / AbInvA96_2020 SnakeGridEPSG1L'5projected_crsEPSG$MAGNA-SIRGAS / CTM12EPSG3K'9projected_crsEPSGWISCRS Walworth (ftUS)EPSG3J'9projected_crsEPSGWISCRS Marathon (ftUS)EPSG0I'3projected_crsEPSGWISCRS Vilas (ftUS)EPSG2H'7projected_crsEPSGWISCRS Lincoln (ftUS)EPSG/G'1projected_crsEPSGWISCRS Sauk (ftUS)EPSG3F'9projected_crsEPSGWISCRS Langlade (ftUS)EPSG4E';projected_crsEPSGWISCRS La Crosse (ftUS)EPSG/D'1projected_crsEPSGWISCRS Rusk (ftUS)EPSG1C'5projected_crsEPSGWISCRS Vernon (ftUS)EPSGBB'Wprojected_crsEPSGNAD83(2011) / WISCRS Sheboygan (ftUS)EPSGBA'Wprojected_crsEPSGNAD83(2011) / WISCRS Manitowoc (ftUS)EPSGA@'Uprojected_crsEPSGNAD83(2011) / WISCRS Kewaunee (ftUS)EPSG9?'Eprojected_crsEPSGWISCRS Kew-Manit-Sheb (ftUS)EPSG/>'1projected_crsEPSGWISCRS Rock (ftUS)EPSG3='9projected_crsEPSGWISCRS Richland (ftUS)EPSG6<'?projected_crsEPSGWISCRS Trempealeau (ftUS)EPSG0;'3projected_crsEPSGWISCRS Price (ftUS)EPSG?:'Qprojected_crsEPSGNAD83(2011) / WISCRS Racine (ftUS)EPSG@9'Sprojected_crsEPSGNAD83(2011) / WISCRS Ozaukee (ftUS)EPSGB8'Wprojected_crsEPSGNAD83(2011) / WISCRS Milwaukee (ftUS)EPSG@7'Sprojected_crsEPSGNAD83(2011) / WISCRS Kenosha (ftUS)EPSG LT c0 j H & t <  Q  q 9  Y #fC WT!j; o9i6h2\&0J'3projected_crsEPSGWISCRS Price (ftUS)EPSG.I'/projected_crsEPSGWISCRS Taylor (m)EPSG3H'9projected_crsEPSGWISCRS Langlade (ftUS)EPSG1G'5projected_crsEPSGWISCRS Vernon (ftUS)EPSG6F'?projected_crsEPSGWISCRS Trempealeau (ftUS)EPSG.E'/projected_crsEPSGWISCRS Vernon (m)EPSG5D'=projected_crsEPSGWISCRS Washington (ftUS)EPSG3C'9projected_crsEPSGWISCRS Walworth (ftUS)EPSG2B'7projected_crsEPSGWISCRS Washington (m)EPSG-A'-projected_crsEPSGWISCRS Price (m)EPSG3@'9projected_crsEPSGWISCRS Waukesha (ftUS)EPSG0?'3projected_crsEPSGWISCRS Walworth (m)EPSG0>'3projected_crsEPSGWISCRS Waukesha (m)EPSG0='3projected_crsEPSGWISCRS Vilas (ftUS)EPSG2<'7projected_crsEPSGWISCRS Waupaca (ftUS)EPSG3;'9projected_crsEPSGWISCRS Washburn (ftUS)EPSG/:'1projected_crsEPSGWISCRS Waupaca (m)EPSG39'9projected_crsEPSGWISCRS Trempealeau (m)EPSG38'9projected_crsEPSGWISCRS Waushara (ftUS)EPSG07'3projected_crsEPSGWISCRS Washburn (m)EPSG06'3projected_crsEPSGWISCRS Waushara (m)EPSG-5'-projected_crsEPSGWISCRS Vilas (m)EPSG,4'+projected_crsEPSGWISCRS Wood (m)EPSG3%geodetic_crsEPSGm425EPSG/2'1projected_crsEPSGWISCRS Wood (ftUS)EPSG31'9projected_crsEPSGWISCRS Florence (ftUS)EPSG*0%)geodetic_crsEPSGnSIRGAS95 - XYZEPSG0/'3projected_crsEPSGWISCRS Florence (m)EPSGC.'Yprojected_crsEPSGNAD83(2011) / PCCS Mt. Lemmon zone(ft)EPSG=-'Mprojected_crsEPSGNAD83(2011) / PCCS west zone(ft)EPSG7,%Cvertical_crsEPSGuMean Sea Level depth (ftUS)EPSG@+'Sprojected_crsEPSGNAD83(2011) / PCCS central zone(ft)EPSG8*%Evertical_crsEPSGtMean Sea Level height (ftUS)EPSG=)'Mprojected_crsEPSGNAD83(2011) / PCCS east zone(ft)EPSG5(%?vertical_crsEPSGsMean Sea Level depth (ft)EPSG6'%Avertical_crsEPSGrMean Sea Level height (ft)EPSG &%geodetic_crsEPSGkS-SCEPSG+%%+geodetic_crsEPSGkStable cadastreEPSG+$%+geodetic_crsEPSGjStable CadastreEPSG #%geodetic_crsEPSGjS-SCEPSG;"%Kvertical_crsEPSG(Hong Kong Principal Datum depthEPSG3!'9projected_crsEPSG8Malongo 1987 / UTM 33SEPSG5 '=projected_crsEPSG Campo Inchauspe /UTM 20SEPSG5'=projected_crsEPSG Campo Inchauspe /UTM 19SEPSG5'=projected_crsEPSGVC Inchauspe /Argentina 1EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 2EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 4EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 3EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 5EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 7EPSG5'=projected_crsEPSGVC Inchauspe /Argentina 6EPSGR%ycompound_crsEPSGSt. Helena 1971 / UTM zone 30S + Jamestown 1971 heightEPSG5'=projected_crsEPSGSt. Helena 1971 / SHLG71EPSG-%/vertical_crsEPSGMSL Tritan heightEPSG+%+vertical_crsEPSGMSL 1971 heightEPSG5'=projected_crsEPSGSt. Helena Map Grid 2015EPSG)%'vertical_crsEPSG$REDNAP heightEPSG4';projected_crsEPSGSHGD2015 / UTM zone 30SEPSG%geodetic_crsEPSG6349EPSG*%)geodetic_crsEPSG7ITRF2000 - XYZEPSG%geodetic_crsEPSG7419EPSG %geodetic_crsEPSG 269EPSG* %)geodetic_crsEPSGITRF2008 - XYZEPSG %geodetic_crsEPSG242EPSG0 %5geodetic_crsEPSGITRF2008 - LatLonEHtEPSG %geodetic_crsEPSG277EPSG%geodetic_crsEPSG209EPSG0%5geodetic_crsEPSGITRF2000 - LatLonEHtEPSG%geodetic_crsEPSG355EPSG%geodetic_crsEPSG388EPSG.'/projected_crsEPSG 'GDA94 / Vicgrid94EPSG2'7projected_crsEPSGGDA2020 / Vicgrid2020EPSGD'[projected_crsEPSGWGS 84 Tritan St. Helena / SHLG(Tritan)EPSG4%=geodetic_crsEPSGWGS 84 Tritan St. HelenaEPSG4%=geodetic_crsEPSGWGS 84 Tritan St. HelenaEPSG;'Iprojected_crsEPSGSt. Helena 1971 / UTM zone 30SEPSG Gf4b- j 3  k <  w @  ^ ( | B }L s6X$p9{DY< N/'1projected_crsEPSGWISCRS Dunn (ftUS)EPSG<'Kprojected_crsEPSGNAD83(HARN) / WISCRS Racine (m)EPSG='Mprojected_crsEPSGNAD83(HARN) / WISCRS Ozaukee (m)EPSG?'Qprojected_crsEPSGNAD83(HARN) / WISCRS Milwaukee (m)EPSG< 'Kprojected_crsEPSGNAD83(HARN) / WISCRS Kenosha(m)EPSG7 'Aprojected_crsEPSGWISCRS Oz-Milw-Rac-Ken (m)EPSG0 '3projected_crsEPSGWISCRS Langlade (m)EPSGB 'Wprojected_crsEPSGNAD83(HARN) / WISCRS Lafayette (ftUS)EPSG2 '7projected_crsEPSGWISCRS Lincoln (ftUS)EPSG,'+projected_crsEPSGWISCRS Dunn (m)EPSG/'1projected_crsEPSGWISCRS Lincoln (m)EPSG?'Qprojected_crsEPSGNAD83(HARN) / WISCRS Marquette (m)EPSG3'9projected_crsEPSGWISCRS Marathon (ftUS)EPSG@'Sprojected_crsEPSGNAD83(HARN) / WISCRS Green Lake (m)EPSG0'3projected_crsEPSGWISCRS Marathon (m)EPSG<'Kprojected_crsEPSGWISCRS Green Lake-Marquette (m)EPSG4';projected_crsEPSGWISCRS Marinette (ftUS)EPSGB'Wprojected_crsEPSGNAD83(HARN) / WISCRS Sheboygan (ftUS)EPSG1'5projected_crsEPSGWISCRS Marinette (m)EPSGB~'Wprojected_crsEPSGNAD83(HARN) / WISCRS Manitowoc (ftUS)EPSG4}';projected_crsEPSGWISCRS Menominee (ftUS)EPSGA|'Uprojected_crsEPSGNAD83(HARN) / WISCRS Kewaunee (ftUS)EPSG1{'5projected_crsEPSGWISCRS Menominee (m)EPSG9z'Eprojected_crsEPSGWISCRS Kew-Manit-Sheb (ftUS)EPSG1y'5projected_crsEPSGWISCRS Monroe (ftUS)EPSG>x'Oprojected_crsEPSGNAD83(HARN) / WISCRS Green (ftUS)EPSG.w'/projected_crsEPSGWISCRS Monroe (m)EPSG5v'=projected_crsEPSGWISCRS Eau Claire (ftUS)EPSG1u'5projected_crsEPSGWISCRS Oconto (ftUS)EPSG:t'Gprojected_crsEPSGWISCRS Green-Lafayette (ftUS)EPSG.s'/projected_crsEPSGWISCRS Oconto (m)EPSG/r'1projected_crsEPSGWISCRS Iron (ftUS)EPSG1q'5projected_crsEPSGWISCRS Oneida (ftUS)EPSG?p'Qprojected_crsEPSGNAD83(HARN) / WISCRS Sheboygan (m)EPSG.o'/projected_crsEPSGWISCRS Oneida (m)EPSG?n'Qprojected_crsEPSGNAD83(HARN) / WISCRS Manitowoc (m)EPSG?m'Qprojected_crsEPSGNAD83(HARN) / WISCRS Pierce (ftUS)EPSG>l'Oprojected_crsEPSGNAD83(HARN) / WISCRS Pepin (ftUS)EPSG7k'Aprojected_crsEPSGWISCRS Pepin-Pierce (ftUS)EPSG>j'Oprojected_crsEPSGNAD83(HARN) / WISCRS Kewaunee (m)EPSG6i'?projected_crsEPSGWISCRS Kew-Manit-Sheb (m)EPSG/h'1projected_crsEPSGWISCRS Iowa (ftUS)EPSG3g'9projected_crsEPSGWISCRS Richland (ftUS)EPSG'3projected_crsEPSG WISCRS Clark (ftUS)EPSG-='-projected_crsEPSG WISCRS Clark (m)EPSG7<'Aprojected_crsEPSG yNAD83(2011) / OCRS_CBU (m)EPSG0;'3projected_crsEPSG WISCRS Columbia (m)EPSG?:'Qprojected_crsEPSG NAD83(HARN) / WISCRS Winnebago (m)EPSG39'9projected_crsEPSG WISCRS Crawford (ftUS)EPSG?8'Qprojected_crsEPSG NAD83(HARN) / WISCRS Outagamie (m)EPSG07'3projected_crsEPSG WISCRS Crawford (m)EPSGA6'Uprojected_crsEPSG NAD83(HARN) / WISCRS Fond du Lac (m)EPSG/5'1projected_crsEPSG WISCRS Dane (ftUS)EPSG=4'Mprojected_crsEPSG NAD83(HARN) / WISCRS Calumet (m)EPSG,3'+projected_crsEPSGWISCRS Dane (m)EPSG72'Aprojected_crsEPSG WISCRS Out-Cal-Win-FdL (m)EPSGB1'Wprojected_crsEPSGNAD83(HARN) / WISCRS Jefferson (ftUS)EPSG>0'Oprojected_crsEPSGNAD83(HARN) / WISCRS Dodge (ftUS)EPSG:/'Gprojected_crsEPSGWISCRS Dodge-Jefferson (ftUS)EPSG?.'Qprojected_crsEPSGNAD83(HARN) / WISCRS Jefferson (m)EPSG;-'Iprojected_crsEPSGNAD83(HARN) / WISCRS Dodge (m)EPSG7,'Aprojected_crsEPSGWISCRS Dodge-Jefferson (m)EPSG)+%'geodetic_crsEPSG -NAD83(CSRS98)EPSG3*'9projected_crsEPSG WISCRS Chippewa (ftUS)EPSG1)'5projected_crsEPSGWISCRS Forest (ftUS)EPSG/('1projected_crsEPSGWISCRS Door (ftUS)EPSG!'%geodetic_crsEPSG8GGN93EPSG.&'/projected_crsEPSGWISCRS Forest (m)EPSG0%'3projected_crsEPSGWISCRS Grant (ftUS)EPSG,$'+projected_crsEPSGWISCRS Door (m)EPSG-#'-projected_crsEPSGWISCRS Grant (m)EPSG6"%Ageodetic_crsEPSG8Guam Geodetic Network 1993EPSG0!'3projected_crsEPSG WISCRS Chippewa (m)EPSG2 '7projected_crsEPSGWISCRS Douglas (ftUS)EPSG?'Qprojected_crsEPSGNAD83(HARN) / WISCRS Lafayette (m)EPSG;'Iprojected_crsEPSGNAD83(HARN) / WISCRS Green (m)EPSG7'Aprojected_crsEPSGWISCRS Green-Lafayette (m)EPSG3'9projected_crsEPSG WISCRS Columbia (ftUS)EPSG/'1projected_crsEPSGWISCRS Douglas (m)EPSG?'Qprojected_crsEPSGNAD83(HARN) / WISCRS Racine (ftUS)EPSG@'Sprojected_crsEPSGNAD83(HARN) / WISCRS Ozaukee (ftUS)EPSGB'Wprojected_crsEPSGNAD83(HARN) / WISCRS Milwaukee (ftUS)EPSG@'Sprojected_crsEPSGNAD83(HARN) / WISCRS Kenosha (ftUS)EPSG:'Gprojected_crsEPSGWISCRS Oz-Milw-Rac-Ken (ftUS)EPSGM%overtical_crsEPSG $North American Vertical Datum of 1988 height (ft)EPSGB'Wprojected_crsEPSGNAD83(HARN) / WISCRS Marquette (ftUS)EPSGC'Yprojected_crsEPSGNAD83(HARN) / WISCRS Green Lake (ftUS)EPSG:'Gprojected_crsEPSGWISCRS GreenLake-Marqt (ftUS)EPSG FX&{A R  i ( q 7 L  n 4a&wK~C `>uS(V}<M>'Oprojected_crsEPSG!GNAD83(2011) / KS RCS zone 2 ColbyEPSGG'aprojected_crsEPSG!ZNAD83(2011) / KS RCS zone 18 Arkansas CityEPSG8'Cprojected_crsEPSG>NAD83(HPGN) / Guam Map GridEPSG2'7projected_crsEPSG>NAD83 / Guam Map GridEPSGG'aprojected_crsEPSG>Guam Geodetic Network 1993 / Guam Map GridEPSG2'7projected_crsEPSG>GGN93 / Guam Map GridEPSG>'Oprojected_crsEPSGS-JTSK [JTSK] / Krovak East NorthEPSG3'9projected_crsEPSG Macao 1920 Grid SystemEPSG7'Aprojected_crsEPSG NCRS Las Vegas high (ftUS)EPSG/'1projected_crsEPSG NCRS Las Vegas (m)EPSG4';projected_crsEPSG NCRS Las Vegas high (m)EPSG3'9projected_crsEPSGS-JTSK [JTSK] / KrovakEPSG!%geodetic_crsEPSG8NAD83EPSG@'Sprojected_crsEPSG S-JTSK (JTSK03) / Krovak East NorthEPSG2 '7projected_crsEPSG NCRS Las Vegas (ftUS)EPSG( %%vertical_crsEPSG CZ_KRON / NHEPSG %vertical_crsEPSG TVDEPSG( %%vertical_crsEPSG SK_KRON / NHEPSG5 '=projected_crsEPSG S-JTSK (JTSK03) / KrovakEPSG+%+geodetic_crsEPSG S-JTSK (JTSK03)EPSG5'=projected_crsEPSGRPulkovo 42(83) / 3GK zn8EPSG%vertical_crsEPSG BpvEPSG5'=projected_crsEPSGAPulkovo 42(83) / 3GK zn7EPSG3%;compound_crsEPSG ETRS89 [ETRF2000] + BpvEPSG8'Cprojected_crsEPSG NAD83(2011) / OCRS_WPA (ft)EPSG7'Aprojected_crsEPSG NAD83(2011) / OCRS_WPA (m)EPSG8'Cprojected_crsEPSG NAD83(2011) / OCRS_WHI (ft)EPSG)%'vertical_crsEPSGCBVD61 heightEPSG7'Aprojected_crsEPSG NAD83(2011) / OCRS_WHI (m)EPSG)~%'vertical_crsEPSGLCVD61 heightEPSG8}'Cprojected_crsEPSG NAD83(2011) / OCRS_WAL (ft)EPSG)|%'vertical_crsEPSGGCVD54 heightEPSG7{'Aprojected_crsEPSG NAD83(2011) / OCRS_WAL (m)EPSG8z'Cprojected_crsEPSG NAD83(2011) / OCRS_UFX (ft)EPSG7y'Aprojected_crsEPSG NAD83(2011) / OCRS_UFX (m)EPSG8x'Cprojected_crsEPSG S-JTSK [JTSK03] / Krovak ENEPSG8w'Cprojected_crsEPSG NAD83(2011) / OCRS_OWY (ft)EPSG!v%geodetic_crsEPSG\GGN93EPSG6u%Ageodetic_crsEPSG\Guam Geodetic Network 1993EPSG8t'Cprojected_crsEPSG NAD83(2011) / OCRS_SKP (ft)EPSG7s'Aprojected_crsEPSG NAD83(2011) / OCRS_OWY (m)EPSGCr%[compound_crsEPSG ETRS89 / Lambert 2008 + Oostende heightEPSG!q%geodetic_crsEPSG]GGN93EPSG6p%Ageodetic_crsEPSG]Guam Geodetic Network 1993EPSG8o'Cprojected_crsEPSG NAD83(2011) / OCRS_OCH (ft)EPSG8n'Cprojected_crsEPSG NAD83(2011) / OCRS_PCB (ft)EPSG7m'Aprojected_crsEPSG NAD83(2011) / OCRS_OCH (m)EPSG8l'Cprojected_crsEPSG NAD83(2011) / OCRS_RLA (ft)EPSG8k'Cprojected_crsEPSG NAD83(2011) / OCRS_NCE (ft)EPSG7j'Aprojected_crsEPSG NAD83(2011) / OCRS_PCB (m)EPSG8i'Cprojected_crsEPSG NAD83(2011) / OCRS_HLF (ft)EPSG7h'Aprojected_crsEPSG NAD83(2011) / OCRS_NCE (m)EPSG?g'Qprojected_crsEPSG "NAD83(HARN) / WISCRS Juneau (ftUS)EPSG>f'Oprojected_crsEPSG "NAD83(HARN) / WISCRS Adams (ftUS)EPSG7e'Aprojected_crsEPSG "WISCRS Adams-Juneau (ftUS)EPSG7d'Aprojected_crsEPSG NAD83(2011) / OCRS_HLF (m)EPSG7c'Aprojected_crsEPSG NAD83(2011) / OCRS_SKP (m)EPSG8b'Cprojected_crsEPSG NAD83(2011) / OCRS_DBU (ft)EPSGu5d" b  c  V  H M j.x:BJV^ f(n0;Y%Kcompound_crsEPSG"%NAD83 / KY_N + NAVD88 ht (ftUS)EPSG;X%Kcompound_crsEPSG"$NAD83 / KS_S + NAVD88 ht (ftUS)EPSG;W%Kcompound_crsEPSG"#NAD83 / KS_N + NAVD88 ht (ftUS)EPSG;V%Kcompound_crsEPSG""NAD83 / IA_S + NAVD88 ht (ftUS)EPSG;U%Kcompound_crsEPSG"!NAD83 / IA_N + NAVD88 ht (ftUS)EPSG;T%Kcompound_crsEPSG" NAD83 / IN_W + NAVD88 ht (ftUS)EPSG;S%Kcompound_crsEPSG"NAD83 / IN_E + NAVD88 ht (ftUS)EPSG;R%Kcompound_crsEPSG"NAD83 / IL_W + NAVD88 ht (ftUS)EPSG;Q%Kcompound_crsEPSG"NAD83 / IL_E + NAVD88 ht (ftUS)EPSG;P%Kcompound_crsEPSG"NAD83 / ID_W + NAVD88 ht (ftUS)EPSG;O%Kcompound_crsEPSG"NAD83 / ID_C + NAVD88 ht (ftUS)EPSG;N%Kcompound_crsEPSG"NAD83 / ID_E + NAVD88 ht (ftUS)EPSG;M%Kcompound_crsEPSG"NAD83 / GA_W + NAVD88 ht (ftUS)EPSG;L%Kcompound_crsEPSG"NAD83 / GA_E + NAVD88 ht (ftUS)EPSG;K%Kcompound_crsEPSG"NAD83 / FL_W + NAVD88 ht (ftUS)EPSG;J%Kcompound_crsEPSG"NAD83 / FL_E + NAVD88 ht (ftUS)EPSG;I%Kcompound_crsEPSG"NAD83 / FL_N + NAVD88 ht (ftUS)EPSG9H%Gcompound_crsEPSG"NAD83 / DE + NAVD88 ht (ftUS)EPSG9G%Gcompound_crsEPSG"NAD83 / CT + NAVD88 ht (ftUS)EPSG;F%Kcompound_crsEPSG"NAD83 / CO_S + NAVD88 ht (ftUS)EPSG;E%Kcompound_crsEPSG"NAD83 / CO_C + NAVD88 ht (ftUS)EPSG;D%Kcompound_crsEPSG"NAD83 / CO_N + NAVD88 ht (ftUS)EPSG;C%Kcompound_crsEPSG"NAD83 / CA_6 + NAVD88 ht (ftUS)EPSG;B%Kcompound_crsEPSG"NAD83 / CA_5 + NAVD88 ht (ftUS)EPSG;A%Kcompound_crsEPSG" NAD83 / CA_4 + NAVD88 ht (ftUS)EPSG;@%Kcompound_crsEPSG" NAD83 / CA_3 + NAVD88 ht (ftUS)EPSG;?%Kcompound_crsEPSG" NAD83 / CA_2 + NAVD88 ht (ftUS)EPSG;>%Kcompound_crsEPSG" NAD83 / CA_1 + NAVD88 ht (ftUS)EPSG;=%Kcompound_crsEPSG" NAD83 / AR_S + NAVD88 ht (ftUS)EPSG;<%Kcompound_crsEPSG"NAD83 / AR_N + NAVD88 ht (ftUS)EPSG7;%Ccompound_crsEPSG"NAD83 / SC + NAVD88 ht (ft)EPSG9:%Gcompound_crsEPSG"NAD83 / OR_S + NAVD88 ht (ft)EPSG99%Gcompound_crsEPSG"NAD83 / OR_N + NAVD88 ht (ft)EPSG,8%-geodetic_crsEPSG!NAD83(2002 PRVI)EPSG97%Gcompound_crsEPSG"NAD83 / ND_S + NAVD88 ht (ft)EPSG96%Gcompound_crsEPSG"NAD83 / ND_N + NAVD88 ht (ft)EPSGA5'Uprojected_crsEPSG!XNAD83(2011) / KS RCS zone 17 WichitaEPSG74%Ccompound_crsEPSG"NAD83 / MT + NAVD88 ht (ft)EPSG?3'Qprojected_crsEPSG!WNAD83(2011) / KS RCS zone 16 PrattEPSG82%Ecompound_crsEPSG"NAD83 / MI_S+ NAVD88 ht (ft)EPSG@1'Sprojected_crsEPSG!VNAD83(2011) / KS RCS zone 15 LarnedEPSG90%Gcompound_crsEPSG"NAD83 / MI_C + NAVD88 ht (ft)EPSGD/'[projected_crsEPSG!UNAD83(2011) / KS RCS zone 14 Dodge CityEPSGE.']projected_crsEPSG!SNAD83(2011) / KS RCS zone 13 Garden CityEPSGA-'Uprojected_crsEPSG!QNAD83(2011) / KS RCS zone 12 UlyssesEPSG9,%Gcompound_crsEPSG!NAD83 / MI_N + NAVD88 ht (ft)EPSGE+']projected_crsEPSG!PNAD83(2011) / KS RCS zone 11 Kansas CityEPSGB*'Wprojected_crsEPSG!ONAD83(2011) / KS RCS zone 10 AtchisonEPSG8)%Ecompound_crsEPSG!NAD83 / AZ_W+ NAVD88 ht (ft)EPSG@('Sprojected_crsEPSG!NNAD83(2011) / KS RCS zone 9 EmporiaEPSG9'%Gcompound_crsEPSG!NAD83 / AZ_C + NAVD88 ht (ft)EPSGB&'Wprojected_crsEPSG!MNAD83(2011) / KS RCS zone 8 ManhattanEPSG9%%Gcompound_crsEPSG!NAD83 / AZ_E + NAVD88 ht (ft)EPSG?$'Qprojected_crsEPSG!LNAD83(2011) / KS RCS zone 7 SalinaEPSG?#%Scompound_crsEPSGNAD27 / Texas North + NGVD29 heightEPSG?"'Qprojected_crsEPSG!KNAD83(2011) / KS RCS zone 6 BeloitEPSGC!'Yprojected_crsEPSG!\NAD83(2011) / KS RCS zone 20 PittsburgEPSGC 'Yprojected_crsEPSG!JNAD83(2011) / KS RCS zone 5 Great BendEPSGB'Wprojected_crsEPSG Tananarive / Laborde Grid (Greenwich)EPSG='Mprojected_crsEPSG!INAD83(2011) / KS RCS zone 4 HaysEPSGE']projected_crsEPSG![NAD83(2011) / KS RCS zone 19 CoffeyvilleEPSG@'Sprojected_crsEPSG!HNAD83(2011) / KS RCS zone 3 OberlinEPSG @FW _ ! i + s 7 } ?  H Xk-u9~?W!i+q3y;<%Mcompound_crsEPSG"_NAD83 / WY_WC + NAVD88 ht (ftUS)EPSG<%Mcompound_crsEPSG"^NAD83 / WY_EC + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"]NAD83 / WY_E + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"\NAD83 / WI_S + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"[NAD83 / WI_C + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"ZNAD83 / WI_N + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"YNAD83 / WV_S + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"XNAD83 / WV_N + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"WNAD83 / WA_S + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"VNAD83 / WA_N + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"UNAD83 / VA_S + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"TNAD83 / VA_N + NAVD88 ht (ftUS)EPSG9 %Gcompound_crsEPSG"SNAD83 / VT + NAVD88 ht (ftUS)EPSG; %Kcompound_crsEPSG"RNAD83 / UT_S + NAVD88 ht (ftUS)EPSG3 '9projected_crsEPSG (GDA94 / Geoscience LCCEPSG+ ')projected_crsEPSG (GDA94 / GA LCCEPSG; %Kcompound_crsEPSG"QNAD83 / UT_C + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"PNAD83 / UT_N + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"ONAD83 / TX_S + NAVD88 ht (ftUS)EPSG<%Mcompound_crsEPSG"NNAD83 / TX_SC + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"MNAD83 / TX_C + NAVD88 ht (ftUS)EPSG<%Mcompound_crsEPSG"LNAD83 / TX_NC + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"KNAD83 / TX_N + NAVD88 ht (ftUS)EPSG9%Gcompound_crsEPSG"JNAD83 / TN + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"INAD83 / SD_S + NAVD88 ht (ftUS)EPSG;%Kcompound_crsEPSG"HNAD83 / SD_N + NAVD88 ht (ftUS)EPSG9%Gcompound_crsEPSG"GNAD83 / RI + NAVD88 ht (ftUS)EPSG;~%Kcompound_crsEPSG"FNAD83 / PA_S + NAVD88 ht (ftUS)EPSG6}'?projected_crsEPSGiNAD83 / S Dakota N (ftUS)EPSG;|%Kcompound_crsEPSG"ENAD83 / PA_N + NAVD88 ht (ftUS)EPSG5{'=projected_crsEPSGhNAD27 / New York Long IsEPSG;z%Kcompound_crsEPSG"DNAD83 / OK_S + NAVD88 ht (ftUS)EPSG3y'9projected_crsEPSGgNAD27 / Pennsylvania SEPSG;x%Kcompound_crsEPSG"CNAD83 / OK_N + NAVD88 ht (ftUS)EPSG;w%Kcompound_crsEPSG"BNAD83 / OH_S + NAVD88 ht (ftUS)EPSG;v%Kcompound_crsEPSG"ANAD83 / OH_N + NAVD88 ht (ftUS)EPSG9u%Gcompound_crsEPSG"@NAD83 / NC + NAVD88 ht (ftUS)EPSGNAD83 / NY_W + NAVD88 ht (ftUS)EPSG;r%Kcompound_crsEPSG"=NAD83 / NY_C + NAVD88 ht (ftUS)EPSG;q%Kcompound_crsEPSG"%)geodetic_crsEPSG!^NAD83(2002 GU)EPSG*=%)geodetic_crsEPSG!^NAD83(2002 AS)EPSG*<%)geodetic_crsEPSG!]NAD83(2002 GU)EPSG*;%)geodetic_crsEPSG!]NAD83(2002 AS)EPSG4:';projected_crsEPSGzCadastre 1997 / UTM 38SEPSG,9%-geodetic_crsEPSG!aNAD83(1997 PRVI)EPSG,8%-geodetic_crsEPSG!`NAD83(1997 PRVI)EPSG*7''projected_crsEPSG!B&H GK zone 6EPSG(6%%vertical_crsEPSGNVN99 heightEPSG$5'projected_crsEPSG!D96/UTMEPSG04'3projected_crsEPSG!D48 / Slovenia GridEPSG+3')projected_crsEPSG!SI_D48 / SI_TMEPSG*2''projected_crsEPSG!B&H GK zone 5EPSG,1'+projected_crsEPSG!HR_HDKS / HR_TMEPSG(0'#projected_crsEPSG!HDKS zone 6EPSG,/'+projected_crsEPSG!HR_HDKS / HR_TMEPSG'.'!projected_crsEPSG!D48 zone 5EPSG-%vertical_crsEPSG!N43EPSG(,'#projected_crsEPSG!HDKS zone 5EPSG*+''projected_crsEPSGB&H GK zone 7EPSG1*%7compound_crsEPSGNAD27 + NGVD29 heightEPSG8)%Ecompound_crsEPSG"oNAD83 / MO_W + NAVD88 ht (m)EPSG8(%Ecompound_crsEPSG"nNAD83 / MO_C + NAVD88 ht (m)EPSG8'%Ecompound_crsEPSG"mNAD83 / MO_E + NAVD88 ht (m)EPSG9&%Gcompound_crsEPSG"lNAD83 / AK_10 + NAVD88 ht (m)EPSG8%%Ecompound_crsEPSG"kNAD83 / AK_9 + NAVD88 ht (m)EPSG8$%Ecompound_crsEPSG"jNAD83 / AK_8 + NAVD88 ht (m)EPSG8#%Ecompound_crsEPSG"iNAD83 / AK_7 + NAVD88 ht (m)EPSG8"%Ecompound_crsEPSG"hNAD83 / AK_6 + NAVD88 ht (m)EPSG8!%Ecompound_crsEPSG"gNAD83 / AK_5 + NAVD88 ht (m)EPSG8 %Ecompound_crsEPSG"fNAD83 / AK_4 + NAVD88 ht (m)EPSG8%Ecompound_crsEPSG"eNAD83 / AK_3 + NAVD88 ht (m)EPSG8%Ecompound_crsEPSG"dNAD83 / AK_2 + NAVD88 ht (m)EPSG8%Ecompound_crsEPSG"cNAD83 / AK_1 + NAVD88 ht (m)EPSG8%Ecompound_crsEPSG"bNAD83 / AL_W + NAVD88 ht (m)EPSG8%Ecompound_crsEPSG"aNAD83 / AL_E + NAVD88 ht (m)EPSG;%Kcompound_crsEPSG"`NAD83 / WY_W + NAVD88 ht (ftUS)EPSG Z_1`> U 3  h F  u S (  c 8  v E #X6m:g=mK)yW)g: l$nL3C'9projected_crsEPSGCGCS2000 / G-K zone 18EPSGEB']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 18EPSGA%geodetic_crsEPSG##389EPSG+@%+geodetic_crsEPSG##ITRF96 - LatLonEPSG?%geodetic_crsEPSG#'392EPSG->%/geodetic_crsEPSG#'ITRF2008 - LatLonEPSG3='9projected_crsEPSGCGCS2000 / G-K zone 15EPSGE<']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 15EPSG;%geodetic_crsEPSG#"434EPSG3:'9projected_crsEPSGCGCS2000 / G-K zone 14EPSGE9']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 14EPSG+8%+geodetic_crsEPSG#"ITRF94 - LatLonEPSG*7%)geodetic_crsEPSG#+IGS97 - LatLonEPSG6%geodetic_crsEPSG#+440EPSG5%geodetic_crsEPSG#!450EPSG34'9projected_crsEPSGCGCS2000 / G-K zone 17EPSGE3']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 17EPSG+2%+geodetic_crsEPSG#!ITRF93 - LatLonEPSG1%geodetic_crsEPSG#&403EPSG-0%/geodetic_crsEPSG#&ITRF2005 - LatLonEPSG/%geodetic_crsEPSG# 326EPSG+.%+geodetic_crsEPSG# ITRF92 - LatLonEPSG--%/geodetic_crsEPSG#*IGS97 - LatLonEHtEPSG,%geodetic_crsEPSG#*274EPSG+%geodetic_crsEPSG#259EPSG+*%+geodetic_crsEPSG#ITRF91 - LatLonEPSG)%geodetic_crsEPSG#%300EPSG-(%/geodetic_crsEPSG#%ITRF2000 - LatLonEPSG'%geodetic_crsEPSG#254EPSG+&%+geodetic_crsEPSG#ITRF90 - LatLonEPSG'%%#geodetic_crsEPSG#)IGS97 - XYZEPSG$$%geodetic_crsEPSGCGCS2000EPSG$#%geodetic_crsEPSGCGCS2000EPSG"%geodetic_crsEPSG#)367EPSG-!'-projected_crsEPSGnWGS 84 / ACRESLCEPSG0 %5vertical_crsEPSGjDunedin-Bluff heightEPSG0%5geodetic_crsEPSGITRF2005 - LatLonEHtEPSG'%#geodetic_crsEPSGIGS08 - XYZEPSG%geodetic_crsEPSG417EPSG'%#geodetic_crsEPSG #IGS14 - XYZEPSG%geodetic_crsEPSG #370EPSG.%1geodetic_crsEPSGITRF88 - LatLonEHtEPSG%geodetic_crsEPSG400EPSG(%%geodetic_crsEPSG.ITRF88 - XYZEPSG%geodetic_crsEPSG.439EPSG.%1geodetic_crsEPSGITRF89 - LatLonEHtEPSG%geodetic_crsEPSG361EPSG(%%geodetic_crsEPSG/ITRF89 - XYZEPSG%geodetic_crsEPSG/387EPSG.%1geodetic_crsEPSGITRF90 - LatLonEHtEPSG%geodetic_crsEPSG282EPSG(%%geodetic_crsEPSG0ITRF90 - XYZEPSG%geodetic_crsEPSG0301EPSG.%1geodetic_crsEPSGITRF91 - LatLonEHtEPSG %geodetic_crsEPSG241EPSG( %%geodetic_crsEPSG1ITRF91 - XYZEPSG %geodetic_crsEPSG1258EPSG %geodetic_crsEPSG#401EPSG+ %+geodetic_crsEPSG#ITRF89 - LatLonEPSG.%1geodetic_crsEPSGITRF92 - LatLonEHtEPSG%geodetic_crsEPSG286EPSG(%%geodetic_crsEPSG2ITRF92 - XYZEPSG%geodetic_crsEPSG2261EPSG.%1geodetic_crsEPSGITRF93 - LatLonEHtEPSG%geodetic_crsEPSG227EPSG(%%geodetic_crsEPSG3ITRF93 - XYZEPSG%geodetic_crsEPSG3263EPSG.%1geodetic_crsEPSGITRF94 - LatLonEHtEPSG%geodetic_crsEPSG264EPSG(~%%geodetic_crsEPSG4ITRF94 - XYZEPSG}%geodetic_crsEPSG4352EPSG.|%1geodetic_crsEPSGITRF96 - LatLonEHtEPSG{%geodetic_crsEPSG233EPSG(z%%geodetic_crsEPSG5ITRF96 - XYZEPSGy%geodetic_crsEPSG5275EPSG(x%%geodetic_crsEPSG6ITRF97 - XYZEPSG.w%1geodetic_crsEPSGITRF97 - LatLonEHtEPSG*v%)geodetic_crsEPSG ITRF2005 - XYZEPSG0u%5geodetic_crsEPSGITRF2014 - LatLonEHtEPSG*t%)geodetic_crsEPSGmITRF2014 - XYZEPSGs%geodetic_crsEPSG#337EPSG+r%+geodetic_crsEPSG#ITRF88 - LatLonEPSG6q%Ageodetic_crsEPSGSIRGAS-Chile epoch 2002.00EPSG9p%Gcompound_crsEPSG"CR14 / CRTM05 + DACR52 heightEPSG+o')projected_crsEPSG"CR14 / UTM 17NEPSG+n')projected_crsEPSG"CR14 / UTM 16NEPSGm%geodetic_crsEPSG226EPSG*l''projected_crsEPSG"CR14 / CRTM05EPSG k%geodetic_crsEPSG"CR14EPSG,j%-geodetic_crsEPSG"RGWF96 (lat-lon)EPSG O^<~H& V , _ = m @ r P c . s>{F$vT$W#rP#]'Q"e-5'=projected_crsEPSGRGRDC 2005 / Congo TM 20EPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 18EPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 16EPSG3'9projected_crsEPSGKatanga 1955 / LambertEPSG#'projected_crsEPSGHD48/GKEPSG0 '3projected_crsEPSGGD48 / Slovenia GridEPSG+ ')projected_crsEPSGGSI_D48 / SI_TMEPSG, '+projected_crsEPSGDHR_HDKS / HR_TMEPSG, '+projected_crsEPSGCHR_HDKS / HR_TMEPSG' '!projected_crsEPSGCD48 zone 5EPSG('#projected_crsEPSGDHDKS zone 6EPSG('#projected_crsEPSGCHDKS zone 5EPSG$%geodetic_crsEPSGCGCS2000EPSG3'9projected_crsEPSGCGCS2000 / G-K CM 135EEPSGE']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 135EEPSG3'9projected_crsEPSGCGCS2000 / G-K CM 123EEPSGE']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 123EEPSG*%)geodetic_crsEPSG#;IGS14 - LatLonEPSG%geodetic_crsEPSG#;406EPSG0'3projected_crsEPSG ETRS89 / LCC EuropeEPSG3~'9projected_crsEPSGCGCS2000 / G-K CM 117EEPSGE}']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 117EEPSG1|'5projected_crsEPSG ETRS89 / LAEA EuropeEPSG*{%)geodetic_crsEPSG#6IGS08 - LatLonEPSGz%geodetic_crsEPSG#6424EPSG3y'9projected_crsEPSGCGCS2000 / G-K CM 111EEPSGEx']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 111EEPSG-w%/geodetic_crsEPSG#:IGS14 - LatLonEHtEPSGv%geodetic_crsEPSG#:299EPSG-u%/geodetic_crsEPSG#5IGS08 - LatLonEHtEPSG3t'9projected_crsEPSGCGCS2000 / G-K CM 105EEPSGEs']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 105EEPSGr%geodetic_crsEPSG#5205EPSG2q'7projected_crsEPSGCGCS2000 / G-K CM 99EEPSGDp'[projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 99EEPSG*o%)geodetic_crsEPSG#4IGS05 - LatLonEPSGn%geodetic_crsEPSG#4441EPSG*m%)geodetic_crsEPSG#9IGb08 - LatLonEPSG2l'7projected_crsEPSGCGCS2000 / G-K CM 93EEPSGDk'[projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 93EEPSGj%geodetic_crsEPSG#9297EPSG-i%/geodetic_crsEPSG#3IGS05 - LatLonEHtEPSGh%geodetic_crsEPSG#3453EPSG2g'7projected_crsEPSGCGCS2000 / G-K CM 87EEPSGDf'[projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 87EEPSG'e%#geodetic_crsEPSG#2IGS05 - XYZEPSG2d'7projected_crsEPSGCGCS2000 / G-K CM 81EEPSGDc'[projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 81EEPSGb%geodetic_crsEPSG#2310EPSG-a%/geodetic_crsEPSG#8IGb08 - LatLonEHtEPSG`%geodetic_crsEPSG#8402EPSG2_'7projected_crsEPSGCGCS2000 / G-K CM 75EEPSGD^'[projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 75EEPSG*]%)geodetic_crsEPSG#1IGb00 - LatLonEPSG\%geodetic_crsEPSG#1336EPSG3['9projected_crsEPSGCGCS2000 / G-K zone 23EPSGEZ']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 23EPSG-Y%/geodetic_crsEPSG#0IGb00 - LatLonEHtEPSGX%geodetic_crsEPSG#0420EPSG3W'9projected_crsEPSGCGCS2000 / G-K zone 22EPSGEV']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 22EPSG*U%)geodetic_crsEPSG#.IGS00 - LatLonEPSGT%geodetic_crsEPSG#.364EPSG'S%#geodetic_crsEPSG#7IGb08 - XYZEPSG3R'9projected_crsEPSGCGCS2000 / G-K zone 21EPSGEQ']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 21EPSGP%geodetic_crsEPSG#7382EPSG-O%/geodetic_crsEPSG#-IGS00 - LatLonEHtEPSGN%geodetic_crsEPSG#-459EPSG3M'9projected_crsEPSGCGCS2000 / G-K zone 20EPSGEL']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 20EPSG'K%#geodetic_crsEPSG#/IGb00 - XYZEPSGJ%geodetic_crsEPSG#/309EPSG'I%#geodetic_crsEPSG#,IGS00 - XYZEPSGH%geodetic_crsEPSG#,289EPSGG%geodetic_crsEPSG#(333EPSG-F%/geodetic_crsEPSG#(ITRF2014 - LatLonEPSGE%geodetic_crsEPSG#$268EPSG+D%+geodetic_crsEPSG#$ITRF97 - LatLonEPSG RX b/ j 5  b $  m K V 4 z ? c(nLZ"[&o7p;La#d%geodetic_crsEPSG"442EPSG3c'9projected_crsEPSGCGCS2000 / 3GK CM 108EEPSG;b%Kgeodetic_crsEPSG"SIRGAS-CON DGF08P01 - LatLonEHtEPSGa%geodetic_crsEPSG"232EPSG3`'9projected_crsEPSGCGCS2000 / 3GK CM 105EEPSG8_%Egeodetic_crsEPSG#SIRGAS-CON DGF08P01 - LatLonEPSG^%geodetic_crsEPSG#276EPSG3]'9projected_crsEPSGCGCS2000 / 3GK CM 102EEPSG5\%?geodetic_crsEPSG"SIRGAS-CON DGF07P01 - XYZEPSG[%geodetic_crsEPSG"324EPSG2Z'7projected_crsEPSGCGCS2000 / 3GK CM 99EEPSG;Y%Kgeodetic_crsEPSG"SIRGAS-CON DGF07P01 - LatLonEHtEPSGX%geodetic_crsEPSG"271EPSG2W'7projected_crsEPSGCGCS2000 / 3GK CM 93EEPSG8V%Egeodetic_crsEPSG#SIRGAS-CON DGF07P01 - LatLonEPSG2U'7projected_crsEPSGCGCS2000 / 3GK CM 90EEPSGT%geodetic_crsEPSG#296EPSG2S'7projected_crsEPSGCGCS2000 / 3GK CM 87EEPSG5R%?geodetic_crsEPSG"SIRGAS-CON DGF06P01 - XYZEPSGQ%geodetic_crsEPSG"359EPSG;P%Kgeodetic_crsEPSG"SIRGAS-CON DGF06P01 - LatLonEHtEPSG2O'7projected_crsEPSGCGCS2000 / 3GK CM 84EEPSGN%geodetic_crsEPSG"250EPSG2M'7projected_crsEPSGCGCS2000 / 3GK CM 81EEPSG8L%Egeodetic_crsEPSG#SIRGAS-CON DGF06P01 - LatLonEPSG2K'7projected_crsEPSGCGCS2000 / 3GK CM 78EEPSGJ%geodetic_crsEPSG#223EPSG2I'7projected_crsEPSGCGCS2000 / 3GK CM 75EEPSG5H%?geodetic_crsEPSG"SIRGAS-CON DGF05P01 - XYZEPSG2G'7projected_crsEPSGCGCS2000 / 3GK CM 96EEPSGF%geodetic_crsEPSG"373EPSG;E%Kgeodetic_crsEPSG"SIRGAS-CON DGF05P01 - LatLonEHtEPSGD%geodetic_crsEPSG"220EPSG8C%Egeodetic_crsEPSG#SIRGAS-CON DGF05P01 - LatLonEPSGB%geodetic_crsEPSG#290EPSG5A%?geodetic_crsEPSG"SIRGAS-CON DGF04P01 - XYZEPSG@%geodetic_crsEPSG"345EPSG;?%Kgeodetic_crsEPSG"SIRGAS-CON DGF04P01 - LatLonEHtEPSG>%geodetic_crsEPSG"212EPSG8=%Egeodetic_crsEPSG#SIRGAS-CON DGF04P01 - LatLonEPSG<%geodetic_crsEPSG#366EPSG5;%?geodetic_crsEPSG"SIRGAS-CON DGF02P01 - XYZEPSG:%geodetic_crsEPSG"283EPSG;9%Kgeodetic_crsEPSG"SIRGAS-CON DGF02P01 - LatLonEHtEPSG8%geodetic_crsEPSG"346EPSG87%Egeodetic_crsEPSG#SIRGAS-CON DGF02P01 - LatLonEPSG6%geodetic_crsEPSG#418EPSG55%?geodetic_crsEPSG"SIRGAS-CON DGF01P02 - XYZEPSG4%geodetic_crsEPSG"332EPSG;3%Kgeodetic_crsEPSG"SIRGAS-CON DGF01P02 - LatLonEHtEPSG2%geodetic_crsEPSG"348EPSG81%Egeodetic_crsEPSG#SIRGAS-CON DGF01P02 - LatLonEPSG0%geodetic_crsEPSG#321EPSG5/%?geodetic_crsEPSG"SIRGAS-CON DGF01P01 - XYZEPSG.%geodetic_crsEPSG"411EPSG;-%Kgeodetic_crsEPSG"SIRGAS-CON DGF01P01 - LatLonEHtEPSG,%geodetic_crsEPSG"363EPSG8+%Egeodetic_crsEPSG# SIRGAS-CON DGF01P01 - LatLonEPSG*%geodetic_crsEPSG# 422EPSG5)%?geodetic_crsEPSG"SIRGAS-CON DGF00P01 - XYZEPSG(%geodetic_crsEPSG"376EPSG;'%Kgeodetic_crsEPSG"SIRGAS-CON DGF00P01 - LatLonEHtEPSG&%geodetic_crsEPSG"454EPSG8%%Egeodetic_crsEPSG# SIRGAS-CON DGF00P01 - LatLonEPSG$%geodetic_crsEPSG# 322EPSG/#%3geodetic_crsEPSGBSIRGAS2000 - LatLonEPSG"%geodetic_crsEPSGB398EPSG2!%9geodetic_crsEPSG}SIRGAS2000 - LatLonEHtEPSG %geodetic_crsEPSG}313EPSG,%-geodetic_crsEPSG|SIRGAS2000 - XYZEPSG%geodetic_crsEPSG|384EPSG-%/geodetic_crsEPSGJSIRGAS95 - LatLonEPSG%geodetic_crsEPSGJ318EPSG0%5geodetic_crsEPSGoSIRGAS95 - LatLonEHtEPSG%geodetic_crsEPSGo306EPSG1'5projected_crsEPSGRGRDC 2005 / UTM 35SEPSG1'5projected_crsEPSGRGRDC 2005 / UTM 34SEPSG1'5projected_crsEPSGRGRDC 2005 / UTM 33SEPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 28EPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 26EPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 24EPSG5'=projected_crsEPSGRGRDC 2005 / Congo TM 22EPSG Tp5iG | F $ V k - { @  d ) oMX6yAR0a?qOkIN68'?projected_crsEPSGNew Beijing / G-K zone 13EPSG37%;geodetic_crsEPSG#aWGS 84 (G1762) - LatLonEPSGH6'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 13EPSG5%geodetic_crsEPSG#a265EPSG34%;geodetic_crsEPSG#`WGS 84 (G1674) - LatLonEPSG3%geodetic_crsEPSG#`237EPSG32%;geodetic_crsEPSG#_WGS 84 (G1150) - LatLonEPSG1%geodetic_crsEPSG#_228EPSG20%9geodetic_crsEPSG#^WGS 84 (G873) - LatLonEPSG/%geodetic_crsEPSG#^208EPSG3.%;geodetic_crsEPSG"WGS 84 TRANSIT - LatLonEPSG-%geodetic_crsEPSG"426EPSG2,%9geodetic_crsEPSG#]WGS 84 (G730) - LatLonEPSG+%geodetic_crsEPSG#]374EPSG-*%/geodetic_crsEPSG"WGS 84 (Original)EPSG)%geodetic_crsEPSG216EPSG'(%#geodetic_crsEPSGJGDA94 - XYZEPSG'%geodetic_crsEPSGJ362EPSG-&%/geodetic_crsEPSGKGDA94 - LatLonEHtEPSG%%geodetic_crsEPSGK288EPSG*$%)geodetic_crsEPSGGDA94 - LatLonEPSG#%geodetic_crsEPSG368EPSG)"%'geodetic_crsEPSGGDA2020 - XYZEPSG!%geodetic_crsEPSG404EPSG/ %3geodetic_crsEPSGGDA2020 - LatLonEHtEPSG%geodetic_crsEPSG329EPSG,%-geodetic_crsEPSGGDA2020 - LatLonEPSG%geodetic_crsEPSG284EPSG*%)geodetic_crsEPSGkAGD84 - LatLonEPSG%geodetic_crsEPSGk350EPSG*%)geodetic_crsEPSGjAGD66 - LatLonEPSG%geodetic_crsEPSGj298EPSG5%?geodetic_crsEPSG"SIRGAS-CON SIR17P01 - XYZEPSG%geodetic_crsEPSG"273EPSG;%Kgeodetic_crsEPSG"SIRGAS-CON SIR17P01 - LatLonEHtEPSG%geodetic_crsEPSG"312EPSG8%Egeodetic_crsEPSG#SIRGAS-CON SIR17P01 - LatLonEPSG%geodetic_crsEPSG#396EPSG5%?geodetic_crsEPSG"SIRGAS-CON SIR15P01 - XYZEPSG%geodetic_crsEPSG"446EPSG;%Kgeodetic_crsEPSG"SIRGAS-CON SIR15P01 - LatLonEHtEPSG%geodetic_crsEPSG"235EPSG8%Egeodetic_crsEPSG#SIRGAS-CON SIR15P01 - LatLonEPSG %geodetic_crsEPSG#249EPSG5 %?geodetic_crsEPSG"SIRGAS-CON SIR14P01 - XYZEPSG %geodetic_crsEPSG"257EPSG; %Kgeodetic_crsEPSG"SIRGAS-CON SIR14P01 - LatLonEHtEPSG %geodetic_crsEPSG"203EPSG8%Egeodetic_crsEPSG#SIRGAS-CON SIR14P01 - LatLonEPSG%geodetic_crsEPSG#380EPSG5%?geodetic_crsEPSG"SIRGAS-CON SIR13P01 - XYZEPSG%geodetic_crsEPSG"413EPSG;%Kgeodetic_crsEPSG"SIRGAS-CON SIR13P01 - LatLonEHtEPSG%geodetic_crsEPSG"399EPSG8%Egeodetic_crsEPSG#SIRGAS-CON SIR13P01 - LatLonEPSG%geodetic_crsEPSG#240EPSG5%?geodetic_crsEPSG"SIRGAS-CON SIR11P01 - XYZEPSG%geodetic_crsEPSG"218EPSG3~'9projected_crsEPSGCGCS2000 / 3GK CM 135EEPSG;}%Kgeodetic_crsEPSG"SIRGAS-CON SIR11P01 - LatLonEHtEPSG|%geodetic_crsEPSG"303EPSG3{'9projected_crsEPSGCGCS2000 / 3GK CM 132EEPSG8z%Egeodetic_crsEPSG#SIRGAS-CON SIR11P01 - LatLonEPSGy%geodetic_crsEPSG#307EPSG3x'9projected_crsEPSGCGCS2000 / 3GK CM 129EEPSG5w%?geodetic_crsEPSG"SIRGAS-CON SIR10P01 - XYZEPSGv%geodetic_crsEPSG"427EPSG3u'9projected_crsEPSGCGCS2000 / 3GK CM 126EEPSG;t%Kgeodetic_crsEPSG"SIRGAS-CON SIR10P01 - LatLonEHtEPSGs%geodetic_crsEPSG"211EPSG3r'9projected_crsEPSGCGCS2000 / 3GK CM 123EEPSG8q%Egeodetic_crsEPSG#SIRGAS-CON SIR10P01 - LatLonEPSGp%geodetic_crsEPSG#456EPSG3o'9projected_crsEPSGCGCS2000 / 3GK CM 120EEPSG5n%?geodetic_crsEPSG"SIRGAS-CON SIR09P01 - XYZEPSGm%geodetic_crsEPSG"319EPSG3l'9projected_crsEPSGCGCS2000 / 3GK CM 117EEPSG;k%Kgeodetic_crsEPSG"SIRGAS-CON SIR09P01 - LatLonEHtEPSGj%geodetic_crsEPSG"451EPSG3i'9projected_crsEPSGCGCS2000 / 3GK CM 114EEPSG8h%Egeodetic_crsEPSG#SIRGAS-CON SIR09P01 - LatLonEPSGg%geodetic_crsEPSG#395EPSG3f'9projected_crsEPSGCGCS2000 / 3GK CM 111EEPSG5e%?geodetic_crsEPSG"SIRGAS-CON DGF08P01 - XYZEPSG J|Z!H ` ' o =  _ &  N , o M t)b)R_. T2wU"~Cs>G'aprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 99EEPSG%geodetic_crsEPSG (230EPSG+%+geodetic_crsEPSG &NAD83(CSRS96)v1EPSG2%9geodetic_crsEPSG &NAD83(CSRS96) v1 - XYZEPSG5~'=projected_crsEPSGNew Beijing / G-K CM 93EEPSGG}'aprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 93EEPSG|%geodetic_crsEPSG &447EPSG){%'geodetic_crsEPSG 'NAD83(CSRS)v1EPSG8z%Egeodetic_crsEPSG 'NAD83(CSRS96) v1 - LatLonEHtEPSG5y'=projected_crsEPSGNew Beijing / G-K CM 87EEPSGGx'aprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 87EEPSGw%geodetic_crsEPSG '331EPSG0v%5geodetic_crsEPSG )NAD83(CSRS) v2 - XYZEPSGu%geodetic_crsEPSG )432EPSG5t'=projected_crsEPSGNew Beijing / G-K CM 81EEPSGGs'aprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 81EEPSG6r%Ageodetic_crsEPSG +NAD83(CSRS) v2 - LatLonEHtEPSGq%geodetic_crsEPSG +437EPSG3p%;geodetic_crsEPSG -NAD83(CSRS) v2 - LatLonEPSG5o'=projected_crsEPSGNew Beijing / G-K CM 75EEPSGGn'aprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 75EEPSGm%geodetic_crsEPSG -285EPSG.l%1vertical_crsEPSGWGS 84 EGM96 - OHtEPSGk%vertical_crsEPSG444EPSG.j%1vertical_crsEPSGWGS 84 EGM84 - OHtEPSGi%vertical_crsEPSG383EPSGEh']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 19EPSG3g'9projected_crsEPSGCGCS2000 / G-K zone 19EPSG0f%5vertical_crsEPSGWGS 84 EGM2008 - OHtEPSG4e';projected_crsEPSG Xian 1980 / G-K zone 19EPSGd%vertical_crsEPSG436EPSGHc'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 23EPSG6b'?projected_crsEPSGNew Beijing / G-K zone 23EPSG0a%5geodetic_crsEPSGWGS 84 (G1762) - XYZEPSG`%geodetic_crsEPSG215EPSG6_'?projected_crsEPSGNew Beijing / G-K zone 22EPSG6^%Ageodetic_crsEPSGWGS 84 (G1762) - LatLonEHtEPSGH]'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 22EPSG\%geodetic_crsEPSG405EPSG6['?projected_crsEPSGNew Beijing / G-K zone 21EPSG0Z%5geodetic_crsEPSGWGS 84 (G1150) - XYZEPSGHY'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 21EPSGX%geodetic_crsEPSG210EPSGHW'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 20EPSG6V'?projected_crsEPSGNew Beijing / G-K zone 20EPSG6U%Ageodetic_crsEPSGWGS 84 (G1150) - LatLonEHtEPSGT%geodetic_crsEPSG414EPSGHS'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 19EPSG6R'?projected_crsEPSGNew Beijing / G-K zone 19EPSG/Q%3geodetic_crsEPSGWGS 84 (G873) - XYZEPSGP%geodetic_crsEPSG325EPSG6O'?projected_crsEPSGNew Beijing / G-K zone 18EPSGHN'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 18EPSG5M%?geodetic_crsEPSGWGS 84 (G873) - LatLonEHtEPSGL%geodetic_crsEPSG344EPSG6K'?projected_crsEPSGNew Beijing / G-K zone 17EPSG/J%3geodetic_crsEPSGWGS 84 (G730) - XYZEPSGHI'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 17EPSGH%geodetic_crsEPSG314EPSGHG'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 16EPSG6F'?projected_crsEPSGNew Beijing / G-K zone 16EPSG5E%?geodetic_crsEPSGWGS 84 (G730) - LatLonEHtEPSGD%geodetic_crsEPSG458EPSG0C%5geodetic_crsEPSGWGS 84 TRANSIT - XYZEPSGB%geodetic_crsEPSG272EPSG6A%Ageodetic_crsEPSGWGS 84 TRANSIT - LatLonEHtEPSG6@'?projected_crsEPSGNew Beijing / G-K zone 15EPSGH?'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 15EPSG>%geodetic_crsEPSG342EPSG0=%5geodetic_crsEPSGWGS 84 (G1674) - XYZEPSG6<'?projected_crsEPSGNew Beijing / G-K zone 14EPSG;%geodetic_crsEPSG334EPSGH:'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger zone 14EPSG69%Ageodetic_crsEPSGWGS 84 (G1674) - LatLonEHtEPSG Ub@g. R 0 y W  x B i G  h 2 `*zX"|Z-hFyH&[9hF{Y(W%geodetic_crsEPSG353EPSG(V%%geodetic_crsEPSGETRF90 - XYZEPSGU%geodetic_crsEPSG435EPSG.T%1geodetic_crsEPSGETRF91 - LatLonEHtEPSGS%geodetic_crsEPSG371EPSG(R%%geodetic_crsEPSGETRF91 - XYZEPSGQ%geodetic_crsEPSG213EPSG.P%1geodetic_crsEPSGETRF92 - LatLonEHtEPSGO%geodetic_crsEPSG369EPSG(N%%geodetic_crsEPSGETRF92 - XYZEPSGM%geodetic_crsEPSG221EPSG.L%1geodetic_crsEPSGETRF93 - LatLonEHtEPSGK%geodetic_crsEPSG358EPSG(J%%geodetic_crsEPSGETRF93 - XYZEPSGI%geodetic_crsEPSG244EPSG.H%1geodetic_crsEPSGETRF94 - LatLonEHtEPSGG%geodetic_crsEPSG407EPSG(F%%geodetic_crsEPSGETRF94 - XYZEPSGE%geodetic_crsEPSG206EPSG.D%1geodetic_crsEPSGETRF96 - LatLonEHtEPSGC%geodetic_crsEPSG421EPSG(B%%geodetic_crsEPSGETRF96 - XYZEPSGA%geodetic_crsEPSG356EPSG.@%1geodetic_crsEPSGETRF97 - LatLonEHtEPSG?%geodetic_crsEPSG330EPSG(>%%geodetic_crsEPSGETRF97 - XYZEPSG=%geodetic_crsEPSG433EPSG.<%1vertical_crsEPSGEVRF2007_AMST / NHEPSG*;%)vertical_crsEPSGbEVRF2000 - NHtEPSG:%vertical_crsEPSGb238EPSG*9%)vertical_crsEPSGEVRF2007 - NHtEPSG8%vertical_crsEPSG409EPSG87'Cprojected_crsEPSG VN-2000 / TM-3 Da Nang zoneEPSG86'Cprojected_crsEPSG#WGS 84 / New Zealand AlbersEPSG*5%)geodetic_crsEPSGATS77 - LatLonEPSG4%geodetic_crsEPSG225EPSG33%;vertical_crsEPSGCGVD2013(CGG2013) - OHtEPSG2%vertical_crsEPSG423EPSG)1%'vertical_crsEPSGQCGVD28 - NOHtEPSG0%vertical_crsEPSGQ323EPSG3/%;geodetic_crsEPSG 0NAD83(CSRS) v3 - LatLonEPSG.%geodetic_crsEPSG 0320EPSG6-%Ageodetic_crsEPSG /NAD83(CSRS) v3 - LatLonEHtEPSG,%geodetic_crsEPSG /375EPSG0+%5geodetic_crsEPSG .NAD83(CSRS) v3 - XYZEPSG*%geodetic_crsEPSG .386EPSG3)%;geodetic_crsEPSG 6NAD83(CSRS) v4 - LatLonEPSG(%geodetic_crsEPSG 6340EPSG6'%Ageodetic_crsEPSG 4NAD83(CSRS) v4 - LatLonEHtEPSG&%geodetic_crsEPSG 4347EPSG0%%5geodetic_crsEPSG 2NAD83(CSRS) v4 - XYZEPSG$%geodetic_crsEPSG 2245EPSG3#%;geodetic_crsEPSG 9NAD83(CSRS) v5 - LatLonEPSG"%geodetic_crsEPSG 9377EPSG6!'?projected_crsEPSGNew Beijing / G-K CM 135EEPSGH 'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 135EEPSG6%Ageodetic_crsEPSG 8NAD83(CSRS) v5 - LatLonEHtEPSG%geodetic_crsEPSG 8431EPSG0%5geodetic_crsEPSG 7NAD83(CSRS) v5 - XYZEPSG6'?projected_crsEPSGNew Beijing / G-K CM 129EEPSGH'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 129EEPSG%geodetic_crsEPSG 7429EPSG3%;geodetic_crsEPSG NAD83(CSRS) v7 - LatLonEHtEPSG %geodetic_crsEPSG >243EPSG0 %5geodetic_crsEPSG =NAD83(CSRS) v7 - XYZEPSG6'?projected_crsEPSGNew Beijing / G-K CM 105EEPSGH'cprojected_crsEPSGNew Beijing / 6-degree Gauss-Kruger CM 105EEPSG%geodetic_crsEPSG =448EPSG+%+geodetic_crsEPSG (NAD83(CSRS96)v1EPSG5%?geodetic_crsEPSG (NAD83(CSRS96) v1 - LatLonEPSG5'=projected_crsEPSGNew Beijing / G-K CM 99EEPSG ]`/ i< t F $ V 4  d B  r P " w U |Z+ e2qC!Y7 hFl>zXT24%geodetic_crsEPSG!`204EPSG=3%Ogeodetic_crsEPSGNAD 83 (MA11) Epoch 2010 - LatLonEPSG2%geodetic_crsEPSG393EPSG@1%Ugeodetic_crsEPSGNAD 83 (MA11) Epoch 2010 - LatLonEHtEPSG0%geodetic_crsEPSG231EPSG:/%Igeodetic_crsEPSGNAD 83 (MA11) Epoch 2010 - XYZEPSG.%geodetic_crsEPSG379EPSG=-%Ogeodetic_crsEPSGNAD 83 (PA11) Epoch 2010 - LatLonEPSG,%geodetic_crsEPSG207EPSG@+%Ugeodetic_crsEPSGNAD 83 (PA11) Epoch 2010 - LatLonEHtEPSG*%geodetic_crsEPSG445EPSG:)%Igeodetic_crsEPSGNAD 83 (PA11) Epoch 2010 - XYZEPSG(%geodetic_crsEPSG449EPSG+'%+geodetic_crsEPSGNAD83(Original)EPSG2&%9geodetic_crsEPSGNAD 83 (1986) - LatLonEPSG%%geodetic_crsEPSG270EPSG*$%)geodetic_crsEPSGNAD27 - LatLonEPSG#%geodetic_crsEPSG246EPSG1"%7geodetic_crsEPSGNAD27(CGQ77) - LatLonEPSG!%geodetic_crsEPSG304EPSG1 %7geodetic_crsEPSGNAD27(MAY76) - LatLonEPSG%geodetic_crsEPSG248EPSG(%%vertical_crsEPSGGNAVD88 - OHtEPSG%vertical_crsEPSGG256EPSG)%'vertical_crsEPSGFNGVD29 - NOHtEPSG%vertical_crsEPSGF214EPSG)%'vertical_crsEPSGNMVD03 - NOHtEPSG%vertical_crsEPSG391EPSG)%'vertical_crsEPSGPRVD02 - NOHtEPSG%vertical_crsEPSG360EPSG)%'vertical_crsEPSGVIVD09 - NOHtEPSG%vertical_crsEPSG219EPSG+%+vertical_crsEPSGNZVD2016 - NOHtEPSG%vertical_crsEPSG328EPSG+%+vertical_crsEPSGXNZVD2009 - NOHtEPSG%vertical_crsEPSGX438EPSG*%)geodetic_crsEPSG^NZGD2000 - XYZEPSG%geodetic_crsEPSG^222EPSG0%5geodetic_crsEPSG_NZGD2000 - LatLonEHtEPSG %geodetic_crsEPSG_287EPSG- %/geodetic_crsEPSGGNZGD2000 - LatLonEPSG %geodetic_crsEPSGG293EPSG- %/geodetic_crsEPSGNZGD1949 - LatLonEPSG %geodetic_crsEPSG443EPSG,%-geodetic_crsEPSG JGD2011 - LatLonEPSG%geodetic_crsEPSG 416EPSG/%3geodetic_crsEPSG JGD2011 - LatLonEHtEPSG%geodetic_crsEPSG 365EPSG)%'geodetic_crsEPSG JGD2011 - XYZEPSG%geodetic_crsEPSG 229EPSG4%=vertical_crsEPSG'JGD2011 (vertical) - OHtEPSG%vertical_crsEPSG'428EPSG-%/geodetic_crsEPSG#kETRF2000 - LatLonEPSG%geodetic_crsEPSG#k234EPSG4~%=vertical_crsEPSG&JGD2000 (vertical) - OHtEPSG}%vertical_crsEPSG&390EPSG+|%+geodetic_crsEPSG#jETRF97 - LatLonEPSG{%geodetic_crsEPSG#j267EPSG)z%'geodetic_crsEPSGRJGD2000 - XYZEPSGy%geodetic_crsEPSGR251EPSG+x%+geodetic_crsEPSG#iETRF96 - LatLonEPSGw%geodetic_crsEPSG#i266EPSG/v%3geodetic_crsEPSGSJGD2000 - LatLonEHtEPSGu%geodetic_crsEPSGS281EPSGt%geodetic_crsEPSG#h255EPSG+s%+geodetic_crsEPSG#hETRF94 - LatLonEPSG+r%+geodetic_crsEPSG#gETRF93 - LatLonEPSGq%geodetic_crsEPSG#g430EPSG-p%/geodetic_crsEPSG#lETRF2005 - LatLonEPSGo%geodetic_crsEPSG#l279EPSG+n%+geodetic_crsEPSG#fETRF92 - LatLonEPSGm%geodetic_crsEPSG#f410EPSG+l%+geodetic_crsEPSG#dETRF90 - LatLonEPSGk%geodetic_crsEPSG#d224EPSG+j%+geodetic_crsEPSG#eETRF91 - LatLonEPSGi%geodetic_crsEPSG#e343EPSG+h%+geodetic_crsEPSG#cETRF89 - LatLonEPSGg%geodetic_crsEPSG#c247EPSG,f%-geodetic_crsEPSGJGD2000 - LatLonEPSGe%geodetic_crsEPSG394EPSG0d%5geodetic_crsEPSGETRF2000 - LatLonEHtEPSGc%geodetic_crsEPSG457EPSG*b%)geodetic_crsEPSGETRF2000 - XYZEPSGa%geodetic_crsEPSG260EPSG0`%5geodetic_crsEPSG ETRF2005 - LatLonEHtEPSG_%geodetic_crsEPSG 317EPSG*^%)geodetic_crsEPSG ETRF2005 - XYZEPSG]%geodetic_crsEPSG 378EPSG.\%1geodetic_crsEPSGETRF89 - LatLonEHtEPSG[%geodetic_crsEPSG217EPSG(Z%%geodetic_crsEPSGETRF89 - XYZEPSGY%geodetic_crsEPSG308EPSG.X%1geodetic_crsEPSGETRF90 - LatLonEHtEPSG N];^' n L 9  m K  G % t R & tRiG]t>f|Fn8`*(%%geodetic_crsEPSGSIRGAS-ChileEPSG3'9projected_crsEPSGCGCS2000 / 3GK zone 25EPSG3'9projected_crsEPSGCGCS2000 / 3GK zone 26EPSG3'9projected_crsEPSGCGCS2000 / 3GK zone 27EPSG3~'9projected_crsEPSGCGCS2000 / 3GK zone 28EPSG3}'9projected_crsEPSGCGCS2000 / 3GK zone 29EPSG3|'9projected_crsEPSGCGCS2000 / 3GK zone 30EPSG3{'9projected_crsEPSGCGCS2000 / 3GK zone 31EPSG3z'9projected_crsEPSGCGCS2000 / 3GK zone 32EPSG3y'9projected_crsEPSGCGCS2000 / 3GK zone 33EPSG3x'9projected_crsEPSGCGCS2000 / 3GK zone 34EPSG3w'9projected_crsEPSGCGCS2000 / 3GK zone 35EPSG3v'9projected_crsEPSGCGCS2000 / 3GK zone 36EPSG3u'9projected_crsEPSGCGCS2000 / 3GK zone 37EPSG3t'9projected_crsEPSGCGCS2000 / 3GK zone 39EPSG3s'9projected_crsEPSGCGCS2000 / G-K zone 16EPSGEr']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 16EPSG3q'9projected_crsEPSGCGCS2000 / 3GK zone 38EPSG3p'9projected_crsEPSGCGCS2000 / 3GK zone 40EPSG3o'9projected_crsEPSGCGCS2000 / 3GK zone 42EPSG3n'9projected_crsEPSGCGCS2000 / 3GK zone 44EPSG3m'9projected_crsEPSGCGCS2000 / 3GK zone 45EPSG3l'9projected_crsEPSGCGCS2000 / 3GK zone 43EPSG2k'7projected_crsEPSG VN-2000 / TM-3 108-00EPSG3j'9projected_crsEPSGCGCS2000 / G-K CM 129EEPSGEi']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger CM 129EEPSG2h'7projected_crsEPSG VN-2000 / TM-3 105-00EPSG3g'9projected_crsEPSGCGCS2000 / G-K zone 13EPSGEf']projected_crsEPSGCGCS2000 / 6-degree Gauss-Kruger zone 13EPSG4e%=geodetic_crsEPSG#sNAD 83 (PACP00) - LatLonEPSGd%geodetic_crsEPSG#s357EPSG7c%Cgeodetic_crsEPSG#rNAD 83 (PACP00) - LatLonEHtEPSGb%geodetic_crsEPSG#r455EPSG1a%7geodetic_crsEPSG#qNAD 83 (PACP00) - XYZEPSG`%geodetic_crsEPSG#q315EPSG4_%=geodetic_crsEPSG#pNAD 83 (MARP00) - LatLonEPSG^%geodetic_crsEPSG#p280EPSG7]%Cgeodetic_crsEPSG#oNAD 83 (MARP00) - LatLonEHtEPSG\%geodetic_crsEPSG#o305EPSG1[%7geodetic_crsEPSG#nNAD 83 (MARP00) - XYZEPSGZ%geodetic_crsEPSG#n408EPSG)Y%'vertical_crsEPSGASVD02 - NOHtEPSGX%vertical_crsEPSG452EPSGW%vertical_crsEPSG253EPSG2V%9geodetic_crsEPSGNAD 83 (2007) - LatLonEPSGU%geodetic_crsEPSG316EPSG5T%?geodetic_crsEPSGNAD 83 (2007) - LatLonEHtEPSGS%geodetic_crsEPSG397EPSG=R%Ogeodetic_crsEPSGNAD 83 (2011) Epoch 2010 - LatLonEPSGQ%geodetic_crsEPSG415EPSG@P%Ugeodetic_crsEPSGNAD 83 (2011) Epoch 2010 - LatLonEHtEPSGO%geodetic_crsEPSG239EPSG:N%Igeodetic_crsEPSGNAD 83 (2011) Epoch 2010 - XYZEPSGM%geodetic_crsEPSG252EPSGAL%Wgeodetic_crsEPSGNAD 83 (CORS96) Epoch 2002.0 - LatLonEPSGK%geodetic_crsEPSG338EPSGAJ%Wgeodetic_crsEPSGNAD 83 (CORS96) Epoch 1997.0 - LatLonEPSGI%geodetic_crsEPSG302EPSGDH%]geodetic_crsEPSG~NAD 83 (CORS96) Epoch 2002.0 - LatLonEHtEPSGG%geodetic_crsEPSG~354EPSGDF%]geodetic_crsEPSG~NAD 83 (CORS96) Epoch 1997.0 - LatLonEHtEPSGE%geodetic_crsEPSG~385EPSG>D%Qgeodetic_crsEPSG}NAD 83 (CORS96) Epoch 2002.0 - XYZEPSGC%geodetic_crsEPSG}294EPSG>B%Qgeodetic_crsEPSG}NAD 83 (CORS96) Epoch 1997.0 - XYZEPSGA%geodetic_crsEPSG}311EPSG1@%7geodetic_crsEPSG"NAD 83 (FBN) - LatLonEPSG?%geodetic_crsEPSG"262EPSG4>%=geodetic_crsEPSG!^NAD 83 (FBN) - LatLonEHtEPSG=%geodetic_crsEPSG!^412EPSG2<%9geodetic_crsEPSG8NAD 83 (HARN) - LatLonEPSG;%geodetic_crsEPSG8341EPSG5:%?geodetic_crsEPSG]NAD 83 (HARN) - LatLonEHtEPSG)9%'vertical_crsEPSGGUVD04 - NOHtEPSG8%geodetic_crsEPSG]351EPSG<7%Mgeodetic_crsEPSG!aNAD 83 (HARN) CORRECTED - LatLonEPSG6%geodetic_crsEPSG!a291EPSG?5%Sgeodetic_crsEPSG!`NAD 83 (HARN) CORRECTED - LatLonEHtEPSG EVd1 l 3 S  r :  Z ! v = Y i%n5F b)~E a+]!6G'?projected_crsEPSG!Quiñi-Huao / Argentina 2EPSG'?projected_crsEPSGNew Beijing / 3GK zone 44EPSG6='?projected_crsEPSGNew Beijing / 3GK zone 43EPSG6<'?projected_crsEPSGNew Beijing / 3GK zone 42EPSG6;'?projected_crsEPSGNew Beijing / 3GK zone 39EPSG6:'?projected_crsEPSGNew Beijing / 3GK zone 38EPSG69'?projected_crsEPSGNew Beijing / 3GK zone 37EPSG68'?projected_crsEPSGNew Beijing / 3GK zone 36EPSG67'?projected_crsEPSGNew Beijing / 3GK zone 35EPSG66'?projected_crsEPSGNew Beijing / 3GK zone 34EPSG65'?projected_crsEPSGNew Beijing / 3GK zone 33EPSG64'?projected_crsEPSGNew Beijing / 3GK zone 32EPSG63'?projected_crsEPSGNew Beijing / 3GK zone 31EPSG62'?projected_crsEPSGNew Beijing / 3GK zone 30EPSG61'?projected_crsEPSG0New Beijing / 3GK zone 29EPSG60'?projected_crsEPSG/New Beijing / 3GK zone 28EPSGA/'Uprojected_crsEPSG$Hartebeesthoek94 / ZA BSU Albers 44EEPSG6.'?projected_crsEPSG.New Beijing / 3GK zone 27EPSGB-'Wprojected_crsEPSG$Hartebeesthoek94 / RSA BSU Albers 44EEPSG6,'?projected_crsEPSG-New Beijing / 3GK zone 26EPSG6+'?projected_crsEPSG,New Beijing / 3GK zone 25EPSGA*'Uprojected_crsEPSG$Hartebeesthoek94 / ZA BSU Albers 25EEPSGB)'Wprojected_crsEPSG$Hartebeesthoek94 / RSA BSU Albers 25EEPSG6('?projected_crsEPSGNew Beijing / 3GK CM 135EEPSG6''?projected_crsEPSGNew Beijing / 3GK CM 132EEPSG6&'?projected_crsEPSGNew Beijing / 3GK CM 129EEPSG6%'?projected_crsEPSGNew Beijing / 3GK CM 126EEPSG6$'?projected_crsEPSGNew Beijing / 3GK CM 123EEPSG6#'?projected_crsEPSGNew Beijing / 3GK CM 120EEPSG6"'?projected_crsEPSGNew Beijing / 3GK CM 117EEPSG6!'?projected_crsEPSGNew Beijing / 3GK CM 114EEPSG6 '?projected_crsEPSGNew Beijing / 3GK CM 111EEPSG6'?projected_crsEPSGNew Beijing / 3GK CM 108EEPSG6'?projected_crsEPSGNew Beijing / 3GK CM 105EEPSG6'?projected_crsEPSGNew Beijing / 3GK CM 102EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 99EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 96EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 93EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 90EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 87EEPSG6%Ageodetic_crsEPSG#SIRGAS-Chile epoch 2016.00EPSG5'=projected_crsEPSGNew Beijing / 3GK CM 84EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 81EEPSG5'=projected_crsEPSGNew Beijing / 3GK CM 78EEPSG3%;geodetic_crsEPSG#SIRGAS-Chile epoch 2016EPSG5'=projected_crsEPSGNew Beijing / 3GK CM 75EEPSG6%Ageodetic_crsEPSG#SIRGAS-Chile epoch 2013.00EPSG6%Ageodetic_crsEPSG#SIRGAS-Chile epoch 2013.00EPSG6%Ageodetic_crsEPSG#SIRGAS-Chile epoch 2016.00EPSG3%;geodetic_crsEPSG#SIRGAS-Chile epoch 2013EPSG( %%geodetic_crsEPSGSIRGAS-ChileEPSG( %%geodetic_crsEPSGSIRGAS-ChileEPSG6 %Ageodetic_crsEPSGSIRGAS-Chile epoch 2002.00EPSG0 %5geodetic_crsEPSGSIRGAS-Chile 2002.00EPSG6 %Ageodetic_crsEPSG"SIRGAS-Chile epoch 2010.00EPSGC'Yprojected_crsEPSG#KOSOVAREF01 / Transverse Mercator (TM)EPSG7%Cgeodetic_crsEPSG"SIRGAS-Chile realización 2EPSG6%Ageodetic_crsEPSG"SIRGAS-Chile epoch 2010.00EPSG7%Cgeodetic_crsEPSG"SIRGAS-Chile realización 2EPSG7%Cgeodetic_crsEPSG"SIRGAS-Chile realización 2EPSG3%;geodetic_crsEPSG"SIRGAS-Chile epoch 2010EPSG JY#_ e , u K  w F  ` * W +H`(xHv:vK_%w=T8'Cprojected_crsEPSGQNAD83 / UTM zone 13N (ftUS)EPSG8'Cprojected_crsEPSGPNAD83 / UTM zone 12N (ftUS)EPSG8'Cprojected_crsEPSGONAD83 / UTM zone 11N (ftUS)EPSG8'Cprojected_crsEPSGNNAD83 / UTM zone 10N (ftUS)EPSG7 'Aprojected_crsEPSG9NAD27 / UTM zone 9N (ftUS)EPSG7 'Aprojected_crsEPSG8NAD27 / UTM zone 8N (ftUS)EPSG7 'Aprojected_crsEPSG7NAD27 / UTM zone 7N (ftUS)EPSG7 'Aprojected_crsEPSG5NAD27 / UTM zone 5N (ftUS)EPSG7 'Aprojected_crsEPSG4NAD27 / UTM zone 4N (ftUS)EPSG7'Aprojected_crsEPSG3NAD27 / UTM zone 3N (ftUS)EPSG7'Aprojected_crsEPSG2NAD27 / UTM zone 2N (ftUS)EPSG7'Aprojected_crsEPSG1NAD27 / UTM zone 1N (ftUS)EPSG8'Cprojected_crsEPSGCNAD27 / UTM zone 19N (ftUS)EPSG8'Cprojected_crsEPSG=NAD27 / UTM zone 13N (ftUS)EPSG8'Cprojected_crsEPSG'#projected_crsEPSG ETRS89-TM28EPSG(='#projected_crsEPSG ETRS89-TM29EPSG*<''projected_crsEPSG ETRS89 / TM29EPSG(;'#projected_crsEPSG ETRS89-TM30EPSG*:''projected_crsEPSG ETRS89 / TM30EPSG(9'#projected_crsEPSG ETRS89-TM31EPSG*8''projected_crsEPSG ETRS89 / TM31EPSG(7'#projected_crsEPSG ETRS89-TM32EPSG*6''projected_crsEPSG ETRS89 / TM32EPSG(5'#projected_crsEPSG ETRS89-TM33EPSG*4''projected_crsEPSG ETRS89 / TM33EPSG(3'#projected_crsEPSG ETRS89-TM34EPSG*2''projected_crsEPSG ETRS89 / TM34EPSG(1'#projected_crsEPSG ETRS89-TM35EPSG*0''projected_crsEPSG ETRS89 / TM35EPSG(/'#projected_crsEPSG ETRS89-TM36EPSG*.''projected_crsEPSG ETRS89 / TM36EPSG(-'#projected_crsEPSG ETRS89-TM37EPSG*,''projected_crsEPSG ETRS89 / TM37EPSG(+'#projected_crsEPSG ETRS89-TM38EPSG/*'1projected_crsEPSG ETRS89 / ETRS-TM38EPSG()'#projected_crsEPSG ETRS89-TM39EPSG/('1projected_crsEPSG ETRS89 / ETRS-TM39EPSG(''#projected_crsEPSG ETRS89-TM27EPSG/&'1projected_crsEPSG ETRS89 / ETRS-TM27EPSG(%'#projected_crsEPSG ETRS89-LAEAEPSG*$''projected_crsEPSG ETRS89 / LAEAEPSG8#'Cprojected_crsEPSG0NAD27 / UTM zone 60N (ftUS)EPSG8"'Cprojected_crsEPSGDNAD83 / UTM zone 60N (ftUS)EPSG8!'Cprojected_crsEPSGyNAD83 / UTM zone 59N (ftUS)EPSG8 'Cprojected_crsEPSG/NAD27 / UTM zone 59N (ftUS)EPSG7'Aprojected_crsEPSG6NAD27 / UTM zone 6N (ftUS)EPSG8'Cprojected_crsEPSGBNAD27 / UTM zone 18N (ftUS)EPSG8'Cprojected_crsEPSG:NAD27 / UTM zone 10N (ftUS)EPSG7'Aprojected_crsEPSGMNAD83 / UTM zone 9N (ftUS)EPSG7'Aprojected_crsEPSGLNAD83 / UTM zone 8N (ftUS)EPSG7'Aprojected_crsEPSGKNAD83 / UTM zone 7N (ftUS)EPSG7'Aprojected_crsEPSGJNAD83 / UTM zone 6N (ftUS)EPSG7'Aprojected_crsEPSGINAD83 / UTM zone 5N (ftUS)EPSG7'Aprojected_crsEPSGHNAD83 / UTM zone 4N (ftUS)EPSG7'Aprojected_crsEPSGGNAD83 / UTM zone 3N (ftUS)EPSG7'Aprojected_crsEPSGFNAD83 / UTM zone 2N (ftUS)EPSG7'Aprojected_crsEPSGENAD83 / UTM zone 1N (ftUS)EPSG8'Cprojected_crsEPSGWNAD83 / UTM zone 19N (ftUS)EPSG8'Cprojected_crsEPSGVNAD83 / UTM zone 18N (ftUS)EPSG Kc.\( V ! O  } I  F  a "e&i*c"?^2zJf6 ~R"-)'-projected_crsEPSG,ETRS89 / GK30FINEPSG)('%projected_crsEPSG+ETRS-GK29FINEPSG-''-projected_crsEPSG+ETRS89 / GK29FINEPSG)&'%projected_crsEPSG*ETRS-GK28FINEPSG-%'-projected_crsEPSG*ETRS89 / GK28FINEPSG)$'%projected_crsEPSG)ETRS-GK27FINEPSG-#'-projected_crsEPSG)ETRS89 / GK27FINEPSG)"'%projected_crsEPSG(ETRS-GK26FINEPSG-!'-projected_crsEPSG(ETRS89 / GK26FINEPSG) '%projected_crsEPSG'ETRS-GK25FINEPSG-'-projected_crsEPSG'ETRS89 / GK25FINEPSG)'%projected_crsEPSG&ETRS-GK24FINEPSG-'-projected_crsEPSG&ETRS89 / GK24FINEPSG)'%projected_crsEPSG%ETRS-GK23FINEPSG-'-projected_crsEPSG%ETRS89 / GK23FINEPSG)'%projected_crsEPSG$ETRS-GK22FINEPSG-'-projected_crsEPSG$ETRS89 / GK22FINEPSG)'%projected_crsEPSG#ETRS-GK21FINEPSG-'-projected_crsEPSG#ETRS89 / GK21FINEPSG)'%projected_crsEPSG"ETRS-GK20FINEPSG-'-projected_crsEPSG"ETRS89 / GK20FINEPSG)'%projected_crsEPSG!ETRS-GK19FINEPSG-'-projected_crsEPSG!ETRS89 / GK19FINEPSG&'projected_crsEPSG ETRS-TM35EPSG)'%projected_crsEPSG ETRS-TM35FINEPSGM%ocompound_crsEPSGOSGB 1936 / British National Grid + Newlyn heightEPSG 'projected_crsEPSG YYKJEPSG5'=projected_crsEPSG!Chos Malal / Argentina 2EPSG5 '=projected_crsEPSG#Hito XVIII / Argentina 2EPSG> 'Oprojected_crsEPSGLisbon 1937 / Portuguese Grid NewEPSG 'projected_crsEPSGDLxEPSG# 'projected_crsEPSGBB DLxEPSG< 'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 6EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 7EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 6EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 5EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 4EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 3EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 1EPSG<'Kprojected_crsEPSGVPOSGAR 98 / Gauss-Kruger zone 2EPSG<'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 7EPSG<'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 5EPSG<'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 4EPSG<~'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 3EPSG<}'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 2EPSG<|'Kprojected_crsEPSGVPOSGAR 94 / Gauss-Kruger zone 1EPSG%{%geodetic_crsEPSGAPampa CasEPSGBz'Wprojected_crsEPSG"Pampa del Castillo / Argentina zone 2EPSG4y';projected_crsEPSG"Pampa Cas / Argentina 2EPSG&x%!geodetic_crsEPSGHito XVIIIEPSG&w%!geodetic_crsEPSG@Chos MalalEPSG2v'7projected_crsEPSGEUREF89 / NTM zone 10EPSG1u'5projected_crsEPSGETRF89 / NTM zone 10EPSG2t'7projected_crsEPSGEUREF89 / NTM zone 11EPSG1s'5projected_crsEPSGETRF89 / NTM zone 11EPSG2r'7projected_crsEPSGEUREF89 / NTM zone 12EPSG1q'5projected_crsEPSGETRF89 / NTM zone 12EPSG2p'7projected_crsEPSGEUREF89 / NTM zone 13EPSG1o'5projected_crsEPSGETRF89 / NTM zone 13EPSG2n'7projected_crsEPSGEUREF89 / NTM zone 14EPSG1m'5projected_crsEPSGETRF89 / NTM zone 14EPSG2l'7projected_crsEPSGEUREF89 / NTM zone 15EPSG1k'5projected_crsEPSGETRF89 / NTM zone 15EPSG2j'7projected_crsEPSGEUREF89 / NTM zone 16EPSG1i'5projected_crsEPSGETRF89 / NTM zone 16EPSG2h'7projected_crsEPSGEUREF89 / NTM zone 17EPSG1g'5projected_crsEPSGETRF89 / NTM zone 17EPSG2f'7projected_crsEPSGEUREF89 / NTM zone 18EPSG1e'5projected_crsEPSGETRF89 / NTM zone 18EPSG2d'7projected_crsEPSGEUREF89 / NTM zone 19EPSG1c'5projected_crsEPSGETRF89 / NTM zone 19EPSG2b'7projected_crsEPSGEUREF89 / NTM zone 20EPSG1a'5projected_crsEPSGETRF89 / NTM zone 20EPSG2`'7projected_crsEPSGEUREF89 / NTM zone 21EPSG1_'5projected_crsEPSGETRF89 / NTM zone 21EPSG HxBrA u G Y  x B v M  i 3Jh=k'?f0X"j:T 2q'7projected_crsEPSGMexico 1992 / UTM 13NEPSGDp'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 12NEPSG2o'7projected_crsEPSGMexico 1992 / UTM 12NEPSGDn'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 11NEPSG2m'7projected_crsEPSGMexico 1992 / UTM 11NEPSG2l'7projected_crsEPSGGDBD2009 / Brunei RSOEPSG-k'-projected_crsEPSGTR_TUREF / TR_TMEPSGAj'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 27EEPSG-i'-projected_crsEPSGTR_TUREF / TR_TMEPSGAh'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 33EEPSG3g'9projected_crsEPSGTUREF / Turkey zone 15EPSG3f'9projected_crsEPSGTUREF / Turkey zone 14EPSG3e'9projected_crsEPSGTUREF / Turkey zone 13EPSG3d'9projected_crsEPSGTUREF / Turkey zone 12EPSG3c'9projected_crsEPSGTUREF / Turkey zone 11EPSG3b'9projected_crsEPSGTUREF / Turkey zone 10EPSG2a'7projected_crsEPSGTUREF / Turkey zone 9EPSG-`'-projected_crsEPSGTR_TUREF / TR_TMEPSGA_'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 45EEPSG-^'-projected_crsEPSGTR_TUREF / TR_TMEPSGA]'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 42EEPSG-\'-projected_crsEPSGTR_TUREF / TR_TMEPSGA['Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 39EEPSG-Z'-projected_crsEPSGTR_TUREF / TR_TMEPSGAY'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 36EEPSG-X'-projected_crsEPSGTR_TUREF / TR_TMEPSGAW'Uprojected_crsEPSGTUREF / 3-degree Gauss-Kruger CM 30EEPSG/V'1projected_crsEPSG{ETRS89-LCC-DE(E-N)EPSG)U%'vertical_crsEPSGKHR_TRIE / NOHEPSG(T%%vertical_crsEPSG^IT_GENO / OHEPSG,S%-vertical_crsEPSGSE_AMST2000 / NHEPSG=R'Mprojected_crsEPSG4Tokyo 1898 / Korea East Sea BeltEPSG5Q'=projected_crsEPSG4Tokyo 1892 / Korea E SeaEPSG8P'Cprojected_crsEPSG4Tokyo / Korea East Sea BeltEPSG9O'Eprojected_crsEPSG3Tokyo 1898 / Korea East BeltEPSG4N';projected_crsEPSG3Tokyo 1892 / Korea EastEPSG4M';projected_crsEPSG3Tokyo / Korea East BeltEPSG';projected_crsEPSG0Korean 1985 / Jeju BeltEPSG<='Kprojected_crsEPSGDKorea 2000 / East Sea Belt 2010EPSG8<'Cprojected_crsEPSGCKorea 2000 / East Belt 2010EPSG;;'Iprojected_crsEPSGBKorea 2000 / Central Belt 2010EPSG8:'Cprojected_crsEPSGAKorea 2000 / West Belt 2010EPSG79'Aprojected_crsEPSG@Korea 2000 / East Sea BeltEPSG+8')projected_crsEPSG>KGD2002 / JejuEPSG(7%%vertical_crsEPSGILT_KRON / NHEPSG)6%'vertical_crsEPSGRO_CONST / NHEPSG15%7compound_crsEPSG>ETRS-TM35FIN(N,E)/N60EPSG>4%Qcompound_crsEPSG>ETRS89 / TM35FIN(N,E) + N60 heightEPSG.3'/projected_crsEPSGETRS-TM35FIN(N,E)EPSG22'7projected_crsEPSGETRS89 / TM35FIN(N,E)EPSG1%vertical_crsEPSGUN60EPSG!0%vertical_crsEPSG('Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 1EPSG4'';projected_crsEPSGPOSGAR 07 / Argentina 1EPSG4&';projected_crsEPSGPOSGAR 07 / Argentina 2EPSG>%'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 2EPSG>$'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 3EPSG4#';projected_crsEPSGPOSGAR 07 / Argentina 3EPSG>"'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 4EPSG4!';projected_crsEPSGPOSGAR 07 / Argentina 4EPSG> 'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 5EPSG4';projected_crsEPSGPOSGAR 07 / Argentina 5EPSG>'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 6EPSG4';projected_crsEPSGPOSGAR 07 / Argentina 6EPSG>'Oprojected_crsEPSGPOSGAR 2007 / Gauss-Kruger zone 7EPSG4';projected_crsEPSGPOSGAR 07 / Argentina 7EPSGK%kgeodetic_crsEPSGMarco de Referencia Geodésico Nacional OficialEPSGK%kgeodetic_crsEPSGMarco de Referencia Geodésico Nacional OficialEPSGK%kgeodetic_crsEPSGMarco de Referencia Geodésico Nacional OficialEPSG3'9projected_crsEPSGSIRGAS-Chile / UTM 19SEPSG3'9projected_crsEPSGSIRGAS-Chile / UTM 18SEPSG%%geodetic_crsEPSGROU-USAMSEPSG3'9projected_crsEPSGSIRGAS-ROU98 / UTM 22SEPSG3'9projected_crsEPSGSIRGAS-ROU98 / UTM 21SEPSG3'9projected_crsEPSG]Panama-Colon / LambertEPSG5'=projected_crsEPSGZSibun Gorge / Colony GrdEPSG2'7projected_crsEPSGSIRGAS 2000 / UTM 26SEPSG5'=projected_crsEPSGVOcotepeque / Nicaragua SEPSG5'=projected_crsEPSGUOcotepeque / Nicaragua NEPSG5 '=projected_crsEPSGTOcotepeque / El SalvadorEPSG5 '=projected_crsEPSGROcotepeque / Guatemala NEPSG5 '=projected_crsEPSGSOcotepeque / Guatemala SEPSG8 'Cprojected_crsEPSG XAT_ETRS89 / Austria LambertEPSG0 '3projected_crsEPSGzAT_MGI / Austria GKEPSG0'3projected_crsEPSGzAT_MGI / Austria GKEPSG0'3projected_crsEPSGzAT_MGI / Austria GKEPSG$%geodetic_crsEPSGLa CanoaEPSG3'9projected_crsEPSGMakassar (Jkt) / NEIEZEPSG2'7projected_crsEPSGBatavia (Jkt) / NEIEZEPSG5'=projected_crsEPSGNAD83(CSRS) / Teranet LCEPSG/'1projected_crsEPSGNAD83 / Teranet LCEPSG3'9projected_crsEPSGeS-JTSK (F) / Krovak ENEPSG8'Cprojected_crsEPSGiS-JTSK/05 (F) / ModKrovakENEPSG6'?projected_crsEPSGhS-JTSK/05 (F) / ModKrovakEPSG.~'/projected_crsEPSGETRS89 / Faroe TMEPSG3}'9projected_crsEPSGDRUKREF 03 / T-Gang TMEPSG4|';projected_crsEPSGDRUKREF 03 / P-Gatsh TMEPSG4{';projected_crsEPSGDRUKREF 03 / Wangdue TMEPSG3z'9projected_crsEPSGDRUKREF 03 / S Jong TMEPSG3y'9projected_crsEPSGDRUKREF 03 / Bhutan NGEPSG2x'7projected_crsEPSGMexico 1992 / UTM 16NEPSGDw'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 16NEPSGDv'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 15NEPSG2u'7projected_crsEPSGMexico 1992 / UTM 15NEPSGDt'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 14NEPSG2s'7projected_crsEPSGMexico 1992 / UTM 14NEPSGDr'[projected_crsEPSGRed Geodesica Nacional ITRF92 / UTM 13NEPSG H~M!z= S  Y 0 L  h / x FT wE|IzFZn<q9 h17~'Aprojected_crsEPSG,DHDN / Gauss-Kruger zone 2EPSG.}'/projected_crsEPSG0DHDN / 3GK zone 1EPSG4|';projected_crsEPSGNAD83(NSRS) / VT (ftUS)EPSG4{';projected_crsEPSGNAD83(HARN) / VT (ftUS)EPSG9z'Eprojected_crsEPSGNAD83(HPGN) / Vermont (ftUS)EPSG.y'/projected_crsEPSGNAD83 / VT (ftUS)EPSG*x''projected_crsEPSG ETRS89 / TM28EPSG5w'=projected_crsEPSGNAD27 / Michigan Old CenEPSG0v%5compound_crsEPSGFCS + FCSVR10 heightEPSG u'projected_crsEPSGFCSEPSG:t'Gprojected_crsEPSGFehmarnbelt Coordinate SystemEPSG5s'=projected_crsEPSGNAD27 / NB StereographicEPSG/r'1projected_crsEPSGUCS-2000 / 3GK 21EEPSG,q'+projected_crsEPSGUCS-2000 zone 7EPSGDp'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger zone 7EPSG,o'+projected_crsEPSGUCS-2000 zone 6EPSGDn'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger zone 6EPSG,m'+projected_crsEPSGUCS-2000 zone 5EPSGDl'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger zone 5EPSG,k'+projected_crsEPSGUCS-2000 zone 4EPSGDj'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger zone 4EPSG1i'5projected_crsEPSGUCS-2000 / 3GK zn 13EPSG1h'5projected_crsEPSGUCS-2000 / 3GK zn 12EPSG1g'5projected_crsEPSGUCS-2000 / 3GK zn 11EPSG1f'5projected_crsEPSGUCS-2000 / 3GK zn 10EPSG0e'3projected_crsEPSGUCS-2000 / 3GK zn 9EPSG0d'3projected_crsEPSGUCS-2000 / 3GK zn 8EPSG0c'3projected_crsEPSGUCS-2000 / 3GK zn 7EPSG/b'1projected_crsEPSGUCS-2000 / 3GK 27EEPSG/a'1projected_crsEPSGUCS-2000 / 3GK 24EEPSG/`'1projected_crsEPSGUCS-2000 / 3GK 30EEPSG/_'1projected_crsEPSGUCS-2000 / 3GK 33EEPSG/^'1projected_crsEPSGUCS-2000 / 3GK 36EEPSG/]'1projected_crsEPSGUCS-2000 / 3GK 39EEPSG/\'1projected_crsEPSGUCS-2000 / 6GK 39EEPSGD['[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger CM 39EEPSG/Z'1projected_crsEPSGUCS-2000 / 6GK 33EEPSGDY'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger CM 33EEPSG/X'1projected_crsEPSGUCS-2000 / 6GK 27EEPSGDW'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger CM 27EEPSG/V'1projected_crsEPSGUCS-2000 / 6GK 21EEPSGDU'[projected_crsEPSGUCS-2000 / 6-degree Gauss-Kruger CM 21EEPSG5T'=projected_crsEPSGSibun Gorge / Colony GrdEPSG5S'=projected_crsEPSGOcotepeque / Guatemala NEPSG6R'?projected_crsEPSG|SIRGAS2000 / UTM zone 18SEPSG6Q'?projected_crsEPSG|SIRGAS2000 / UTM zone 19SEPSG6P'?projected_crsEPSG|SIRGAS2000 / UTM zone 20SEPSG6O'?projected_crsEPSG|SIRGAS2000 / UTM zone 21SEPSG6N'?projected_crsEPSG|SIRGAS2000 / UTM zone 22SEPSG6M'?projected_crsEPSG|SIRGAS2000 / UTM zone 23SEPSG6L'?projected_crsEPSG|SIRGAS2000 / UTM zone 24SEPSG6K'?projected_crsEPSG|SIRGAS2000 / UTM zone 25SEPSG6J'?projected_crsEPSGSIRGAS2000 / UTM zone 26SEPSG&I%!geodetic_crsEPSG}SIRGAS2000EPSG&H%!geodetic_crsEPSG|SIRGAS2000EPSG&G%!geodetic_crsEPSGBSIRGAS2000EPSG5F'=projected_crsEPSG`Panama-Colon / PolyconicEPSG5E'=projected_crsEPSGCorrego Aleg61 / UTM 24SEPSG5D'=projected_crsEPSGCorrego Aleg61 / UTM 23SEPSG5C'=projected_crsEPSGCorrego Aleg61 / UTM 22SEPSG5B'=projected_crsEPSGCorrego Aleg61 / UTM 21SEPSG:A'Gprojected_crsEPSGWCorrego Alegre / UTM zone 25SEPSG:@'Gprojected_crsEPSGWCorrego Alegre / UTM zone 21SEPSG:?'Gprojected_crsEPSGWCorrego Alegre / UTM zone 22SEPSG:>'Gprojected_crsEPSGWCorrego Alegre / UTM zone 23SEPSG:='Gprojected_crsEPSGWCorrego Alegre / UTM zone 24SEPSG*<%)geodetic_crsEPSGCorrego AlegreEPSG);'%projected_crsEPSGgWGS 84 / GTMEPSG.:'/projected_crsEPSGWGS 84 / GTM 2011EPSG!9%geodetic_crsEPSG&IGN50EPSG.8'/projected_crsEPSGDHDN / 3GK zone 1EPSG*7''projected_crsEPSGCI1979 / CIMGEPSG Fg9o5 v ; n <  b  ~ S  W r,vKa'Q"Ke0m7zB 9D%Gvertical_crsEPSGMean Higher High Water heightEPSG2C%9vertical_crsEPSGMean High Water heightEPSG5B'=projected_crsEPSGRGRDC 2005 / Congo TM 30EPSG1A'5projected_crsEPSGMonte Mario / UTMREREPSGA@'Uprojected_crsEPSGxHNord Sahara 1959 / Voirol Unifie SudEPSGB?'Wprojected_crsEPSGxGNord Sahara 1959 / Voirol Unifie NordEPSG3>'9projected_crsEPSGxHNord Sahara 1959 / LASEPSGC='Yprojected_crsEPSGxHNord Sahara 1959 / Lambert Algerie SudEPSG3<'9projected_crsEPSGxGNord Sahara 1959 / LANEPSGD;'[projected_crsEPSGxGNord Sahara 1959 / Lambert Algerie NordEPSG2:'7projected_crsEPSGYemen NGN96 / UTM 40NEPSG29'7projected_crsEPSGYemen NGN96 / UTM 37NEPSG88'Cprojected_crsEPSG5DB_REF2003 / 3GK zone 5 E-NEPSG87'Cprojected_crsEPSG4DB_REF2003 / 3GK zone 4 E-NEPSG86'Cprojected_crsEPSG2DB_REF2003 / 3GK zone 2 E-NEPSG85'Cprojected_crsEPSG3DB_REF2003 / 3GK zone 3 E-NEPSG,4'+projected_crsEPSGAGD66 / ACT SGCEPSG/3'1projected_crsEPSG%RD/83 / 3GK zone 5EPSG82'Cprojected_crsEPSG%RD/83 / Gauss-Kruger zone 5EPSG,1'+projected_crsEPSG%DE_RD/83 / GK_3EPSG70'Aprojected_crsEPSG%DHDN / Gauss-Kruger zone 5EPSG//'1projected_crsEPSG$RD/83 / 3GK zone 4EPSG8.'Cprojected_crsEPSG$RD/83 / Gauss-Kruger zone 4EPSG,-'+projected_crsEPSG$DE_RD/83 / GK_3EPSG7,'Aprojected_crsEPSG$DHDN / Gauss-Kruger zone 4EPSG5+'=projected_crsEPSG!Pulkovo 42(83) / GK zn 3EPSG(*'#projected_crsEPSG!S-42 zone 3EPSGL)'kprojected_crsEPSG!Pulkovo 1942(83) / 6-degree Gauss-Kruger zone 3EPSG5('=projected_crsEPSG Pulkovo 42(83) / GK zn 2EPSG(''#projected_crsEPSG S-42 zone 2EPSGL&'kprojected_crsEPSG Pulkovo 1942(83) / 6-degree Gauss-Kruger zone 2EPSG5%'=projected_crsEPSG+Pulkovo 42(83) / 3GK zn5EPSG,$'+projected_crsEPSG+DE_42/83 / GK_3EPSGC#'Yprojected_crsEPSG+Pulkovo 1942(83) / Gauss-Kruger zone 5EPSG5"'=projected_crsEPSG*Pulkovo 42(83) / 3GK zn4EPSG,!'+projected_crsEPSG*DE_42/83 / GK_3EPSGC 'Yprojected_crsEPSG*Pulkovo 1942(83) / Gauss-Kruger zone 4EPSG5'=projected_crsEPSG)Pulkovo 42(83) / 3GK zn3EPSG,'+projected_crsEPSG)DE_42/83 / GK_3EPSGC'Yprojected_crsEPSG)Pulkovo 1942(83) / Gauss-Kruger zone 3EPSG5'=projected_crsEPSGPulkovo 42(58) / GK zn 3EPSGL'kprojected_crsEPSGPulkovo 1942(58) / 6-degree Gauss-Kruger zone 3EPSG('#projected_crsEPSGS-42 zone 3EPSG/'1projected_crsEPSGSystem 1942/15 (6)EPSG5'=projected_crsEPSGPulkovo 42(58) / GK zn 2EPSG('#projected_crsEPSGS-42 zone 2EPSGL'kprojected_crsEPSGPulkovo 1942(58) / 6-degree Gauss-Kruger zone 2EPSG5'=projected_crsEPSG(Pulkovo 42(58) / 3GK zn5EPSG/'1projected_crsEPSG(System 1942/15 (3)EPSG5'=projected_crsEPSG'Pulkovo 42(58) / 3GK zn4EPSG5'=projected_crsEPSG&Pulkovo 42(58) / 3GK zn3EPSG/'1projected_crsEPSG#PD/83 / 3GK zone 4EPSG8'Cprojected_crsEPSG#PD/83 / Gauss-Kruger zone 4EPSG,'+projected_crsEPSG#DE_PD/83 / GK_3EPSG.'/projected_crsEPSG#DHDN / 3GK zone 4EPSG/ '1projected_crsEPSG"PD/83 / 3GK zone 3EPSG8 'Cprojected_crsEPSG"PD/83 / Gauss-Kruger zone 3EPSG, '+projected_crsEPSG"DE_PD/83 / GK_3EPSG. '/projected_crsEPSG"DHDN / 3GK zone 3EPSG. '/projected_crsEPSG/DHDN / 3GK zone 5EPSG+')projected_crsEPSG/DE_DHDN / GK_3EPSG7'Aprojected_crsEPSG/DHDN / Gauss-Kruger zone 5EPSG.'/projected_crsEPSG.DHDN / 3GK zone 4EPSG+')projected_crsEPSG.DE_DHDN / GK_3EPSG7'Aprojected_crsEPSG.DHDN / Gauss-Kruger zone 4EPSG.'/projected_crsEPSG-DHDN / 3GK zone 3EPSG+')projected_crsEPSG-DE_DHDN / GK_3EPSG7'Aprojected_crsEPSG-DHDN / Gauss-Kruger zone 3EPSG.'/projected_crsEPSG,DHDN / 3GK zone 2EPSG+')projected_crsEPSG,DE_DHDN / GK_3EPSG E|=U { > o ;  e 8 [ $  H l5Vm)]t=a*Nl36 '?projected_crsEPSGWGS 84 / EPSG Arctic 2-26EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 2-24EPSG6'?projected_crsEPSGETRS89 / EPSG Arctic 5-13EPSG6'?projected_crsEPSGETRS89 / EPSG Arctic 5-11EPSG6'?projected_crsEPSGETRS89 / EPSG Arctic 4-26EPSG6'?projected_crsEPSGETRS89 / EPSG Arctic 3-11EPSG4';projected_crsEPSGGR96 / EPSG Arctic 8-22EPSG4';projected_crsEPSGGR96 / EPSG Arctic 8-20EPSG4';projected_crsEPSGGR96 / EPSG Arctic 6-28EPSG4';projected_crsEPSGGR96 / EPSG Arctic 6-26EPSG4';projected_crsEPSGGR96 / EPSG Arctic 5-45EPSG4~';projected_crsEPSGGR96 / EPSG Arctic 5-43EPSG4}';projected_crsEPSGGR96 / EPSG Arctic 5-41EPSG4|';projected_crsEPSGGR96 / EPSG Arctic 4-20EPSG4{';projected_crsEPSGGR96 / EPSG Arctic 3-33EPSG4z';projected_crsEPSGGR96 / EPSG Arctic 3-31EPSG4y';projected_crsEPSGGR96 / EPSG Arctic 3-29EPSG4x';projected_crsEPSGGR96 / EPSG Arctic 2-20EPSG4w';projected_crsEPSGGR96 / EPSG Arctic 2-18EPSG4v';projected_crsEPSGGR96 / EPSG Arctic 1-25EPSGAu%Wcompound_crsEPSGSETRS89 / UTM zone 31N + NN2000 heightEPSGAt%Wcompound_crsEPSGTETRS89 / UTM zone 32N + NN2000 heightEPSGAs%Wcompound_crsEPSGXETRS89 / UTM zone 36N + NN2000 heightEPSGAr%Wcompound_crsEPSGVETRS89 / UTM zone 34N + NN2000 heightEPSGAq%Wcompound_crsEPSGWETRS89 / UTM zone 35N + NN2000 heightEPSGAp%Wcompound_crsEPSGUETRS89 / UTM zone 33N + NN2000 heightEPSG4o';projected_crsEPSG*WGS 84 / EPSG Arctic B5EPSG4n';projected_crsEPSG4WGS 84 / EPSG Russia PSEPSG4m';projected_crsEPSG3WGS 84 / EPSG Norway PSEPSG7l'Aprojected_crsEPSG2WGS 84 / EPSG Greenland PSEPSG4k';projected_crsEPSG1WGS 84 / EPSG Canada PSEPSG4j';projected_crsEPSG0WGS 84 / EPSG Alaska PSEPSG4i';projected_crsEPSG)WGS 84 / EPSG Arctic B4EPSG4h';projected_crsEPSG(WGS 84 / EPSG Arctic B3EPSG4g';projected_crsEPSG'WGS 84 / EPSG Arctic B2EPSG4f';projected_crsEPSG&WGS 84 / EPSG Arctic B1EPSG4e';projected_crsEPSG%WGS 84 / EPSG Arctic A5EPSG4d';projected_crsEPSG$WGS 84 / EPSG Arctic A4EPSG4c';projected_crsEPSG#WGS 84 / EPSG Arctic A3EPSG4b';projected_crsEPSG"WGS 84 / EPSG Arctic A2EPSG4a';projected_crsEPSG!WGS 84 / EPSG Arctic A1EPSG4`';projected_crsEPSG/WGS 84 / EPSG Arctic C5EPSG4_';projected_crsEPSG.WGS 84 / EPSG Arctic C4EPSG4^';projected_crsEPSG-WGS 84 / EPSG Arctic C3EPSG4]';projected_crsEPSG+WGS 84 / EPSG Arctic C1EPSG4\';projected_crsEPSG,WGS 84 / EPSG Arctic C2EPSG5['=projected_crsEPSGJAXA Snow Depth PS NorthEPSG*Z''projected_crsEPSGTGD2005 / TMGEPSG4Y';projected_crsEPSGCadastre 1997 / UTM 38SEPSG2X'7projected_crsEPSGETRS89 / UTM zone 33NEPSG2W'7projected_crsEPSGETRS89 / UTM zone 33NEPSG2V'7projected_crsEPSGETRS89 / UTM zone 32NEPSG1U'5projected_crsEPSGETRS89 / UTM zone 31EPSG1T'5projected_crsEPSGETRS89 / UTM zone 31EPSG*S%)vertical_crsEPSGLow Tide depthEPSG,R%-vertical_crsEPSGHigh Tide heightEPSG'?projected_crsEPSGETRS89 / EPSG Arctic 5-47EPSG6='?projected_crsEPSGWGS 84 / EPSG Arctic 4-12EPSG6<'?projected_crsEPSGWGS 84 / EPSG Arctic 4-30EPSG6;'?projected_crsEPSGWGS 84 / EPSG Arctic 4-32EPSG6:'?projected_crsEPSGWGS 84 / EPSG Arctic 4-34EPSG69'?projected_crsEPSGWGS 84 / EPSG Arctic 4-36EPSG68'?projected_crsEPSGWGS 84 / EPSG Arctic 4-38EPSG67'?projected_crsEPSGWGS 84 / EPSG Arctic 4-40EPSG#6'projected_crsEPSGSING61EPSG#5'projected_crsEPSGGCNG59EPSG44';projected_crsEPSGGR96 / EPSG Arctic 7-13EPSG43';projected_crsEPSGGR96 / EPSG Arctic 7-11EPSG42';projected_crsEPSGGR96 / EPSG Arctic 6-30EPSG61'?projected_crsEPSGWGS 84 / EPSG Arctic 3-23EPSG60'?projected_crsEPSGWGS 84 / EPSG Arctic 3-21EPSG6/'?projected_crsEPSGWGS 84 / EPSG Arctic 2-10EPSG6.'?projected_crsEPSGWGS 84 / EPSG Arctic 2-12EPSG6-'?projected_crsEPSGWGS 84 / EPSG Arctic 2-28EPSG6,'?projected_crsEPSGWGS 84 / EPSG Arctic 1-21EPSG6+'?projected_crsEPSGWGS 84 / EPSG Arctic 1-31EPSG6*'?projected_crsEPSGWGS 84 / EPSG Arctic 1-29EPSG6)'?projected_crsEPSGWGS 84 / EPSG Arctic 1-27EPSG;('Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 6-24EPSG;''Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 6-22EPSG;&'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 6-20EPSG;%'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 6-18EPSG;$'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 5-39EPSG;#'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 5-37EPSG;"'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 5-35EPSG;!'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 5-33EPSG; 'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 4-18EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 4-16EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 3-29EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 3-27EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 3-25EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 2-16EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 2-14EPSG;'Iprojected_crsEPSGNAD83(CSRS) / EPSG Arctic 1-23EPSG?'Qprojected_crsEPSGNAD83(NSRS2007) / EPSG Arctic 6-16EPSG?'Qprojected_crsEPSGNAD83(NSRS2007) / EPSG Arctic 6-14EPSG?'Qprojected_crsEPSGNAD83(NSRS2007) / EPSG Arctic 5-31EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-27EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-25EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-23EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-21EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-19EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-17EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 5-15EPSG6'?projected_crsEPSGWGS 84 / EPSG Arctic 3-19EPSG6 '?projected_crsEPSGETRS89 / EPSG Arctic 2-22EPSG6 '?projected_crsEPSGWGS 84 / EPSG Arctic 3-17EPSG6 '?projected_crsEPSGWGS 84 / EPSG Arctic 3-15EPSG6 '?projected_crsEPSGWGS 84 / EPSG Arctic 3-13EPSG CTwB g 1 [ $ P  n 7 \ ~Gy;qzFVFU YF'_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 12NEPSG2'7projected_crsEPSGMexico 2008 / UTM 12NEPSGF'_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 13NEPSG2 '7projected_crsEPSGMexico 2008 / UTM 13NEPSGF '_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 14NEPSG2 '7projected_crsEPSGMexico 2008 / UTM 14NEPSGF '_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 15NEPSG2 '7projected_crsEPSGMexico 2008 / UTM 15NEPSG2'7projected_crsEPSGMexico 2008 / UTM 16NEPSGF'_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 16NEPSG;%Kgeodetic_crsEPSGRed Geodesica Nacional ITRF2008EPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 15NEPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 16NEPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 14NEPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 13NEPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 12NEPSGA'Uprojected_crsEPSGMexican Datum of 1993 / UTM zone 11NEPSG1%7geodetic_crsEPSGMexican Datum of 1993EPSG1~%7geodetic_crsEPSGMexican Datum of 1993EPSG1}%7geodetic_crsEPSGMexican Datum of 1993EPSGN|%qvertical_crsEPSGNorth American Vertical Datum of 1988 depth (ftUS)EPSGO{%svertical_crsEPSGNorth American Vertical Datum of 1988 height (ftUS)EPSGQz%wvertical_crsEPSGNational Geodetic Vertical Datum of 1929 depth (ftUS)EPSGKy%kvertical_crsEPSGNorth American Vertical Datum of 1988 depth (m)EPSG;x'Iprojected_crsEPSGNAD83(2011) / EPSG Arctic 6-16EPSG;w'Iprojected_crsEPSGNAD83(2011) / EPSG Arctic 6-14EPSG;v'Iprojected_crsEPSGNAD83(2011) / EPSG Arctic 5-31EPSG;u'Iprojected_crsEPSGNAD83(2011) / EPSG Arctic 5-29EPSG(t'#projected_crsEPSGMSCS zone 7EPSG!s'projected_crsEPSGr'Oprojected_crsEPSG e G  i *  @ V l6J ^(}FW!x5M X"@T'Sprojected_crsEPSGNAD83(2011) / California zone 5 (m)EPSG6S'?projected_crsEPSGNAD83(2011) / CA 4 (ftUS)EPSG3R'9projected_crsEPSGNAD83(2011) / CA 4 (m)EPSG@Q'Sprojected_crsEPSGNAD83(2011) / California zone 4 (m)EPSG6P'?projected_crsEPSGNAD83(2011) / CA 3 (ftUS)EPSG3O'9projected_crsEPSGNAD83(2011) / CA 3 (m)EPSG@N'Sprojected_crsEPSGNAD83(2011) / California zone 3 (m)EPSG6M'?projected_crsEPSGNAD83(2011) / CA 2 (ftUS)EPSG3L'9projected_crsEPSGNAD83(2011) / CA 2 (m)EPSG@K'Sprojected_crsEPSGNAD83(2011) / California zone 2 (m)EPSG3J'9projected_crsEPSGNAD83(2011) / CA 1 (m)EPSG@I'Sprojected_crsEPSGNAD83(2011) / California zone 1 (m)EPSG6H'?projected_crsEPSGNAD83(2011) / CA 1 (ftUS)EPSG4G';projected_crsEPSGNAD83(2011) / CA AlbersEPSG6F'?projected_crsEPSG NAD83(2011) / AR S (ftUS)EPSG3E'9projected_crsEPSG NAD83(2011) / AR S (m)EPSG=D'Mprojected_crsEPSG NAD83(2011) / Arkansas South (m)EPSG6C'?projected_crsEPSG NAD83(2011) / AR N (ftUS)EPSG3B'9projected_crsEPSG NAD83(2011) / AR N (m)EPSG=A'Mprojected_crsEPSG NAD83(2011) / Arkansas North (m)EPSG4@';projected_crsEPSG NAD83(2011) / AZ W (ft)EPSG3?'9projected_crsEPSGNAD83(2011) / AZ W (m)EPSG;>'Iprojected_crsEPSGNAD83(2011) / Arizona West (m)EPSG4=';projected_crsEPSGNAD83(2011) / AZ E (ft)EPSG3<'9projected_crsEPSGNAD83(2011) / AZ E (m)EPSG;;'Iprojected_crsEPSGNAD83(2011) / Arizona East (m)EPSG4:';projected_crsEPSGNAD83(2011) / AZ C (ft)EPSG39'9projected_crsEPSGNAD83(2011) / AZ C (m)EPSG>8'Oprojected_crsEPSGNAD83(2011) / Arizona Central (m)EPSG47';projected_crsEPSGNAD83(2011) / AK 10 (m)EPSG=6'Mprojected_crsEPSGNAD83(2011) / Alaska zone 10 (m)EPSG35'9projected_crsEPSGNAD83(2011) / AK 9 (m)EPSG<4'Kprojected_crsEPSGNAD83(2011) / Alaska zone 9 (m)EPSG33'9projected_crsEPSGNAD83(2011) / AK 8 (m)EPSG<2'Kprojected_crsEPSGNAD83(2011) / Alaska zone 8 (m)EPSG31'9projected_crsEPSGNAD83(2011) / AK 7 (m)EPSG<0'Kprojected_crsEPSGNAD83(2011) / Alaska zone 7 (m)EPSG3/'9projected_crsEPSGNAD83(2011) / AK 6 (m)EPSG<.'Kprojected_crsEPSGNAD83(2011) / Alaska zone 6 (m)EPSG3-'9projected_crsEPSGNAD83(2011) / AK 5 (m)EPSG<,'Kprojected_crsEPSGNAD83(2011) / Alaska zone 5 (m)EPSG3+'9projected_crsEPSGNAD83(2011) / AK 4 (m)EPSG<*'Kprojected_crsEPSGNAD83(2011) / Alaska zone 4 (m)EPSG3)'9projected_crsEPSGNAD83(2011) / AK 3 (m)EPSG<('Kprojected_crsEPSGNAD83(2011) / Alaska zone 3 (m)EPSG3''9projected_crsEPSGNAD83(2011) / AK 1 (m)EPSG<&'Kprojected_crsEPSGNAD83(2011) / Alaska zone 1 (m)EPSG1%'5projected_crsEPSGNAD83(2011) / AK AlbEPSG3$'9projected_crsEPSGNAD83(2011) / AL W (m)EPSG;#'Iprojected_crsEPSGNAD83(2011) / Alabama West (m)EPSG3"'9projected_crsEPSGNAD83(2011) / AL E (m)EPSG;!'Iprojected_crsEPSGNAD83(2011) / Alabama East (m)EPSG3 '9projected_crsEPSGNAD83(2011) / AK 2 (m)EPSG<'Kprojected_crsEPSGNAD83(2011) / Alaska zone 2 (m)EPSG#'projected_crsEPSGCING11EPSGB'Wprojected_crsEPSGRed Geodesica Nacional ITRF2008 / CCLEPSG@'Sprojected_crsEPSGRed Geodesica Nacional ITRF92 / CCLEPSG/'1projected_crsEPSGUCS-2000 / 3GK 39EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 36EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 33EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 27EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 30EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 24EEPSG/'1projected_crsEPSGUCS-2000 / 3GK 21EEPSG;%Kgeodetic_crsEPSGRed Geodesica Nacional ITRF2008EPSG;%Kgeodetic_crsEPSGRed Geodesica Nacional ITRF2008EPSGF'_projected_crsEPSGRed Geodesica Nacional ITRF2008 / UTM 11NEPSG2'7projected_crsEPSGMexico 2008 / UTM 11NEPSG DNg.  ? _ ( E  _ ) | C X"t;Tp7Kh/K c#6'?projected_crsEPSGGNAD83(2011) / KY N (ftUS)EPSG3'9projected_crsEPSGFNAD83(2011) / KY N (m)EPSG='Mprojected_crsEPSGFNAD83(2011) / Kentucky North (m)EPSG3'9projected_crsEPSGDNAD83(2011) / KS S (m)EPSG;'Iprojected_crsEPSGDNAD83(2011) / Kansas South (m)EPSG3'9projected_crsEPSGBNAD83(2011) / KS N (m)EPSG;'Iprojected_crsEPSGBNAD83(2011) / Kansas North (m)EPSG3'9projected_crsEPSG@NAD83(2011) / IA S (m)EPSG9'Eprojected_crsEPSG@NAD83(2011) / Iowa South (m)EPSG3'9projected_crsEPSG>NAD83(2011) / IA N (m)EPSG9'Eprojected_crsEPSG>NAD83(2011) / Iowa North (m)EPSG6 '?projected_crsEPSG=NAD83(2011) / IN W (ftUS)EPSG3 '9projected_crsEPSGS'Oprojected_crsEPSGhNAD83(2011) / Minnesota South (m)EPSG6R'?projected_crsEPSGgNAD83(2011) / MN N (ftUS)EPSG3Q'9projected_crsEPSGfNAD83(2011) / MN N (m)EPSG>P'Oprojected_crsEPSGfNAD83(2011) / Minnesota North (m)EPSG6O'?projected_crsEPSGeNAD83(2011) / MN C (ftUS)EPSG3N'9projected_crsEPSGdNAD83(2011) / MN C (m)EPSG@M'Sprojected_crsEPSGdNAD83(2011) / Minnesota Central (m)EPSG4L';projected_crsEPSGcNAD83(2011) / MI S (ft)EPSG3K'9projected_crsEPSGbNAD83(2011) / MI S (m)EPSG=J'Mprojected_crsEPSGbNAD83(2011) / Michigan South (m)EPSG4I';projected_crsEPSGaNAD83(2011) / MI GeorefEPSG4H';projected_crsEPSG`NAD83(2011) / MI N (ft)EPSG3G'9projected_crsEPSG_NAD83(2011) / MI N (m)EPSG=F'Mprojected_crsEPSG_NAD83(2011) / Michigan North (m)EPSG4E';projected_crsEPSG^NAD83(2011) / MI C (ft)EPSG3D'9projected_crsEPSG]NAD83(2011) / MI C (m)EPSG?C'Qprojected_crsEPSG]NAD83(2011) / Michigan Central (m)EPSG7B'Aprojected_crsEPSG\NAD83(2011) / MA md (ftUS)EPSG4A';projected_crsEPSG[NAD83(2011) / MA md (m)EPSGE@']projected_crsEPSG[NAD83(2011) / Massachusetts Mainland (m)EPSG7?'Aprojected_crsEPSGZNAD83(2011) / MA Is (ftUS)EPSG4>';projected_crsEPSGYNAD83(2011) / MA Is (m)EPSGC='Yprojected_crsEPSGYNAD83(2011) / Massachusetts Island (m)EPSG4<';projected_crsEPSGXNAD83(2011) / MD (ftUS)EPSG1;'5projected_crsEPSGWNAD83(2011) / MD (m)EPSG7:'Aprojected_crsEPSGWNAD83(2011) / Maryland (m)EPSG69'?projected_crsEPSGVNAD83(2011) / ME W (ftUS)EPSGA8'Uprojected_crsEPSGVNAD83(2011) / Maine CS83 West (ftUS)EPSG57'=projected_crsEPSGUNAD83(2011) / ME83 W (m)EPSGF6'_projected_crsEPSGUMaine Coordinate System of 1983 West ZoneEPSG95'Eprojected_crsEPSGUNAD83(2011) / Maine West (m)EPSG64'?projected_crsEPSGTNAD83(2011) / ME E (ftUS)EPSGA3'Uprojected_crsEPSGTNAD83(2011) / Maine CS83 East (ftUS)EPSG52'=projected_crsEPSGSNAD83(2011) / ME83 E (m)EPSGF1'_projected_crsEPSGSMaine Coordinate System of 1983 East ZoneEPSG>0'Oprojected_crsEPSGSNAD83(2011) / Maine CS83 East (m)EPSG4/';projected_crsEPSGRNAD83(2011) / ME 2000 WEPSGF.'_projected_crsEPSGRMaine Coordinate System of 2000 West ZoneEPSG@-'Sprojected_crsEPSGRNAD83(2011) / Maine CS2000 West (m)EPSG4,';projected_crsEPSGQNAD83(2011) / ME 2000 EEPSGF+'_projected_crsEPSGQMaine Coordinate System of 2000 East ZoneEPSG@*'Sprojected_crsEPSGQNAD83(2011) / Maine CS2000 East (m)EPSG4)';projected_crsEPSGPNAD83(2011) / ME 2000 CEPSGI('eprojected_crsEPSGPMaine Coordinate System of 2000 Central ZoneEPSGC''Yprojected_crsEPSGPNAD83(2011) / Maine CS2000 Central (m)EPSG6&'?projected_crsEPSGONAD83(2011) / LA S (ftUS)EPSG3%'9projected_crsEPSGNNAD83(2011) / LA S (m)EPSG>$'Oprojected_crsEPSGNNAD83(2011) / Louisiana South (m)EPSG6#'?projected_crsEPSGMNAD83(2011) / LA N (ftUS)EPSG3"'9projected_crsEPSGLNAD83(2011) / LA N (m)EPSG>!'Oprojected_crsEPSGLNAD83(2011) / Louisiana North (m)EPSG6 '?projected_crsEPSGKNAD83(2011) / KY S (ftUS)EPSG3'9projected_crsEPSGJNAD83(2011) / KY S (m)EPSG='Mprojected_crsEPSGJNAD83(2011) / Kentucky South (m)EPSG!'projected_crsEPSGIKY1ZEPSG6'?projected_crsEPSGINAD83(2011) / KY1Z (ftUS)EPSG3'9projected_crsEPSGHNAD83(2011) / KY1Z (m)EPSG!'projected_crsEPSGHKY1ZEPSGC'Yprojected_crsEPSGHNAD83(2011) / Kentucky Single Zone (m)EPSG COe/ M  g 1 K  d # s = S_(y@Qj3I Z$p:;'Iprojected_crsEPSGNAD83(2011) / Oregon South (m)EPSG4';projected_crsEPSGNAD83(2011) / OR N (ft)EPSG3'9projected_crsEPSGNAD83(2011) / OR N (m)EPSG;'Iprojected_crsEPSGNAD83(2011) / Oregon North (m)EPSG:'Gprojected_crsEPSGNAD83(2011) / OR GIC Lam (ft)EPSG6'?projected_crsEPSGNAD83(2011) / OK S (ftUS)EPSG3'9projected_crsEPSGNAD83(2011) / OK S (m)EPSG='Mprojected_crsEPSGNAD83(2011) / Oklahoma South (m)EPSG6'?projected_crsEPSGNAD83(2011) / OK N (ftUS)EPSG3'9projected_crsEPSGNAD83(2011) / OK N (m)EPSG='Mprojected_crsEPSGNAD83(2011) / Oklahoma North (m)EPSG6'?projected_crsEPSGNAD83(2011) / OH S (ftUS)EPSG9'Eprojected_crsEPSGNAD83(2011) / Ohio South (m)EPSG6'?projected_crsEPSGNAD83(2011) / OH N (ftUS)EPSG9'Eprojected_crsEPSGNAD83(2011) / Ohio North (m)EPSG4';projected_crsEPSGNAD83(2011) / ND S (ft)EPSG3 '9projected_crsEPSGNAD83(2011) / ND S (m)EPSGA 'Uprojected_crsEPSGNAD83(2011) / North Dakota South (m)EPSG4 ';projected_crsEPSGNAD83(2011) / ND N (ft)EPSG3 '9projected_crsEPSGNAD83(2011) / ND N (m)EPSGA 'Uprojected_crsEPSGNAD83(2011) / North Dakota North (m)EPSG4';projected_crsEPSGNAD83(2011) / NC (ftUS)EPSG1'5projected_crsEPSGNAD83(2011) / NC (m)EPSG='Mprojected_crsEPSGNAD83(2011) / North Carolina (m)EPSG6'?projected_crsEPSGNAD83(2011) / NY W (ftUS)EPSG3'9projected_crsEPSGNAD83(2011) / NY W (m)EPSG<'Kprojected_crsEPSGNAD83(2011) / New York West (m)EPSG7'Aprojected_crsEPSGNAD83(2011) / NY LI (ftUS)EPSG4';projected_crsEPSGNAD83(2011) / NY LI (m)EPSGC'Yprojected_crsEPSGNAD83(2011) / New York Long Island (m)EPSG6'?projected_crsEPSGNAD83(2011) / NY E (ftUS)EPSG3~'9projected_crsEPSGNAD83(2011) / NY E (m)EPSG<}'Kprojected_crsEPSGNAD83(2011) / New York East (m)EPSG6|'?projected_crsEPSGNAD83(2011) / NY C (ftUS)EPSG3{'9projected_crsEPSGNAD83(2011) / NY C (m)EPSG?z'Qprojected_crsEPSGNAD83(2011) / New York Central (m)EPSG6y'?projected_crsEPSGNAD83(2011) / NM W (ftUS)EPSG3x'9projected_crsEPSGNAD83(2011) / NM W (m)EPSG>w'Oprojected_crsEPSGNAD83(2011) / New Mexico West (m)EPSG6v'?projected_crsEPSGNAD83(2011) / NM E (ftUS)EPSG3u'9projected_crsEPSGNAD83(2011) / NM E (m)EPSG>t'Oprojected_crsEPSGNAD83(2011) / New Mexico East (m)EPSG6s'?projected_crsEPSGNAD83(2011) / NM C (ftUS)EPSG3r'9projected_crsEPSGNAD83(2011) / NM C (m)EPSGAq'Uprojected_crsEPSGNAD83(2011) / New Mexico Central (m)EPSG1p'5projected_crsEPSG~NAD83(2011) / NJ (m)EPSG9o'Eprojected_crsEPSG~NAD83(2011) / New Jersey (m)EPSG4n';projected_crsEPSG}NAD83(2011) / NH (ftUS)EPSG1m'5projected_crsEPSG|NAD83(2011) / NH (m)EPSG  Y # C Xr-On5D]$p+yC 3a'9projected_crsEPSGNAD83(2011) / WI N (m)EPSG>`'Oprojected_crsEPSGNAD83(2011) / Wisconsin North (m)EPSG6_'?projected_crsEPSGNAD83(2011) / WI C (ftUS)EPSG3^'9projected_crsEPSGNAD83(2011) / WI C (m)EPSG@]'Sprojected_crsEPSGNAD83(2011) / Wisconsin Central (m)EPSG6\'?projected_crsEPSGNAD83(2011) / WV S (ftUS)EPSG3['9projected_crsEPSGNAD83(2011) / WV S (m)EPSGBZ'Wprojected_crsEPSGNAD83(2011) / West Virginia South (m)EPSG6Y'?projected_crsEPSGNAD83(2011) / WV N (ftUS)EPSG3X'9projected_crsEPSGNAD83(2011) / WV N (m)EPSGBW'Wprojected_crsEPSGNAD83(2011) / West Virginia North (m)EPSG6V'?projected_crsEPSGNAD83(2011) / WA S (ftUS)EPSG3U'9projected_crsEPSGNAD83(2011) / WA S (m)EPSG?T'Qprojected_crsEPSGNAD83(2011) / Washington South (m)EPSG6S'?projected_crsEPSGNAD83(2011) / WA N (ftUS)EPSG3R'9projected_crsEPSGNAD83(2011) / WA N (m)EPSG?Q'Qprojected_crsEPSGNAD83(2011) / Washington North (m)EPSG6P'?projected_crsEPSGNAD83(2011) / VA S (ftUS)EPSG3O'9projected_crsEPSGNAD83(2011) / VA S (m)EPSG=N'Mprojected_crsEPSGNAD83(2011) / Virginia South (m)EPSG6M'?projected_crsEPSGNAD83(2011) / VA N (ftUS)EPSG3L'9projected_crsEPSGNAD83(2011) / VA N (m)EPSG=K'Mprojected_crsEPSGNAD83(2011) / Virginia North (m)EPSG1J'5projected_crsEPSGNAD83(2011) / VA LCCEPSG4I';projected_crsEPSGNAD83(2011) / VT (ftUS)EPSG1H'5projected_crsEPSGNAD83(2011) / VT (m)EPSG6G'?projected_crsEPSGNAD83(2011) / Vermont (m)EPSG7F'Aprojected_crsEPSGNAD83(2011) / TX SC (ftUS)EPSG4E';projected_crsEPSGNAD83(2011) / TX SC (m)EPSGBD'Wprojected_crsEPSGNAD83(2011) / Texas South Central (m)EPSG6C'?projected_crsEPSGNAD83(2011) / TX S (ftUS)EPSG3B'9projected_crsEPSGNAD83(2011) / TX S (m)EPSG:A'Gprojected_crsEPSGNAD83(2011) / Texas South (m)EPSG7@'Aprojected_crsEPSGNAD83(2011) / TX NC (ftUS)EPSG4?';projected_crsEPSGNAD83(2011) / TX NC (m)EPSGB>'Wprojected_crsEPSGNAD83(2011) / Texas North Central (m)EPSG6='?projected_crsEPSGNAD83(2011) / TX N (ftUS)EPSG3<'9projected_crsEPSGNAD83(2011) / TX N (m)EPSG:;'Gprojected_crsEPSGNAD83(2011) / Texas North (m)EPSG0:'3projected_crsEPSGNAD83(2011) / TX LCEPSG49';projected_crsEPSGNAD83(2011) / TX AlbersEPSG68'?projected_crsEPSGNAD83(2011) / TX C (ftUS)EPSG37'9projected_crsEPSGNAD83(2011) / TX C (m)EPSG<6'Kprojected_crsEPSGNAD83(2011) / Texas Central (m)EPSG45';projected_crsEPSGNAD83(2011) / TN (ftUS)EPSG14'5projected_crsEPSGNAD83(2011) / TN (m)EPSG83'Cprojected_crsEPSGNAD83(2011) / Tennessee (m)EPSG62'?projected_crsEPSGNAD83(2011) / SD S (ftUS)EPSG31'9projected_crsEPSGNAD83(2011) / SD S (m)EPSGA0'Uprojected_crsEPSGNAD83(2011) / South Dakota South (m)EPSG6/'?projected_crsEPSGNAD83(2011) / SD N (ftUS)EPSG3.'9projected_crsEPSGNAD83(2011) / SD N (m)EPSGA-'Uprojected_crsEPSGNAD83(2011) / South Dakota North (m)EPSG2,'7projected_crsEPSGNAD83(2011) / SC (ft)EPSG1+'5projected_crsEPSGNAD83(2011) / SC (m)EPSG=*'Mprojected_crsEPSGNAD83(2011) / South Carolina (m)EPSG4)';projected_crsEPSGNAD83(2011) / RI (ftUS)EPSG1('5projected_crsEPSGNAD83(2011) / RI (m)EPSG;''Iprojected_crsEPSGNAD83(2011) / Rhode Island (m)EPSG4&';projected_crsEPSGNAD83(2011) / PR and VIEPSG6%'?projected_crsEPSGNAD83(2011) / PA S (ftUS)EPSG3$'9projected_crsEPSGNAD83(2011) / PA S (m)EPSGA#'Uprojected_crsEPSGNAD83(2011) / Pennsylvania South (m)EPSG6"'?projected_crsEPSGNAD83(2011) / PA N (ftUS)EPSG3!'9projected_crsEPSGNAD83(2011) / PA N (m)EPSGA 'Uprojected_crsEPSGNAD83(2011) / Pennsylvania North (m)EPSG4';projected_crsEPSGNAD83(2011) / OR S (ft)EPSG3'9projected_crsEPSGNAD83(2011) / OR S (m)EPSG BPo6  A Y # o 9 W  z (Bl.Ji0Kn53a+3#'9projected_crsEPSGJGD2011 / Japan zone 5EPSG3"'9projected_crsEPSGJGD2011 / Japan zone 4EPSG3!'9projected_crsEPSGJGD2011 / Japan zone 3EPSG3 '9projected_crsEPSGJGD2011 / Japan zone 2EPSG3'9projected_crsEPSG JGD2011 / Japan zone 1EPSG+%+vertical_crsEPSGCGVD2013 heightEPSG5'=projected_crsEPSGKarbala / Iraq Nat. GridEPSGK'iprojected_crsEPSGKarbala 1979 (Polservice) / Iraq National GridEPSG4';projected_crsEPSGNAD83(2011) / WY WC (m)EPSGC'Yprojected_crsEPSGNAD83(2011) / Wyoming West Central (m)EPSG4';projected_crsEPSGNAD83(2011) / NJ (ftUS)EPSG6'?projected_crsEPSG{NAD83(2011) / NV W (ftUS)EPSG6'?projected_crsEPSGyNAD83(2011) / NV E (ftUS)EPSG6'?projected_crsEPSGwNAD83(2011) / NV C (ftUS)EPSG4';projected_crsEPSGuNAD83(2011) / NE (ftUS)EPSG1'5projected_crsEPSGtNAD83(2011) / NE (m)EPSG7'Aprojected_crsEPSGtNAD83(2011) / Nebraska (m)EPSG6'?projected_crsEPSGENAD83(2011) / KS S (ftUS)EPSG6'?projected_crsEPSGCNAD83(2011) / KS N (ftUS)EPSG6'?projected_crsEPSGANAD83(2011) / IA S (ftUS)EPSG6'?projected_crsEPSG?NAD83(2011) / IA N (ftUS)EPSG6'?projected_crsEPSGNAD83(2011) / UT S (ftUS)EPSG6 '?projected_crsEPSGNAD83(2011) / UT N (ftUS)EPSG6 '?projected_crsEPSGNAD83(2011) / UT C (ftUS)EPSG3 '9projected_crsEPSGNAD83(2011) / UT S (m)EPSG9 'Eprojected_crsEPSGNAD83(2011) / Utah South (m)EPSG3 '9projected_crsEPSGNAD83(2011) / UT N (m)EPSG9'Eprojected_crsEPSGNAD83(2011) / Utah North (m)EPSG3'9projected_crsEPSGNAD83(2011) / UT C (m)EPSG;'Iprojected_crsEPSGNAD83(2011) / Utah Central (m)EPSGI%gvertical_crsEPSGPuerto Rico Vertical Datum of 2002 height (m)EPSGB%Yvertical_crsEPSGGuam Vertical Datum of 1963 height (m)EPSGB%Yvertical_crsEPSGGuam Vertical Datum of 2004 height (m)EPSGE%_vertical_crsEPSGTutuila Vertical Datum of 1962 height (m)EPSGL%mvertical_crsEPSGAmerican Samoa Vertical Datum of 2002 height (m)EPSGL%mvertical_crsEPSGVirgin Islands Vertical Datum of 2009 height (m)EPSGO%svertical_crsEPSGNorthern Marianas Vertical Datum of 2003 height (m)EPSG1~'5projected_crsEPSGNAD83(PA11) / UTM 2SEPSG1}'5projected_crsEPSGNAD83(PA11) / UTM 5NEPSG3|'9projected_crsEPSGNAD83(PA11) / HI 5 (m)EPSG<{'Kprojected_crsEPSGNAD83(PA11) / Hawaii zone 5 (m)EPSG1z'5projected_crsEPSGNAD83(PA11) / UTM 4NEPSG6y'?projected_crsEPSGNAD83(PA11) / HI 3 (ftUS)EPSG3x'9projected_crsEPSGNAD83(PA11) / HI 4 (m)EPSGc'Oprojected_crsEPSGNAD83(2011) / Wisconsin South (m)EPSG6b'?projected_crsEPSGNAD83(2011) / WI N (ftUS)EPSG K^'K o 8  V , v 9  _ * H ~Ak0{Fa[)l/V.xN,0n%5geodetic_crsEPSG ETRF2014 - LatLonEHtEPSGm%geodetic_crsEPSG 747EPSG*l%)geodetic_crsEPSG ETRF2014 - XYZEPSGk%geodetic_crsEPSG 748EPSG'j%#geodetic_crsEPSG%PL-ETRF2000EPSG'i%#geodetic_crsEPSG%PL-ETRF2000EPSG*h%)vertical_crsEPSG%PL-EVRF2007-NHEPSG(g%%vertical_crsEPSG%PL_AMST / NHEPSG1f%7vertical_crsEPSG%Kronstadt 1986 heightEPSG%e%vertical_crsEPSG%PL-KRON86EPSG(d%%vertical_crsEPSG%PL_KRON / NHEPSG1c'5projected_crsEPSGETRS89 / Poland CS92EPSG:b'Gprojected_crsEPSGETRS89 / Poland CS2000 zone 8EPSG:a'Gprojected_crsEPSGETRS89 / Poland CS2000 zone 7EPSG:`'Gprojected_crsEPSGETRS89 / Poland CS2000 zone 6EPSG:_'Gprojected_crsEPSGETRS89 / Poland CS2000 zone 5EPSGF^%acompound_crsEPSGSt. Helena Map Grid 2015 + SHVD2015 heightEPSG4]';projected_crsEPSG%MLTF2004(G) / LTF2004(C)EPSG/\'1projected_crsEPSG%WGS 84 / BUTM 2010EPSGN['oprojected_crsEPSG%WGS 84 / Bangladesh Universal Transverse MercatorEPSG4Z';projected_crsEPSG%Gulshan / Bangladesh TMEPSG/Y'1projected_crsEPSG "Gulshan 303 / BUTMEPSGIX'eprojected_crsEPSG "Gulshan 303 / Bangladesh Transverse MercatorEPSG2W%9vertical_crsEPSG%LT at Pago Pago - NOHtEPSGV%vertical_crsEPSG%741EPSG2U%9vertical_crsEPSG$EVRF2019mean_AMST / NHEPSG.T%1vertical_crsEPSG$EVRF2019_AMST / NHEPSG%S'projected_crsEPSG%CABA-P07EPSG2R%9compound_crsEPSG%CIGD11 + GCVD54 heightEPSG:Q'Gprojected_crsEPSGETRF2000 epoca 2008.0 fuso 12EPSG4P';projected_crsEPSGRDN2008 / Fuso 12 (N-E)EPSG>O'Oprojected_crsEPSGETRF2000 epoca 2008.0 fuso ItaliaEPSG8N'Cprojected_crsEPSGRDN2008 / Fuso Italia (N-E)EPSG:M'Gprojected_crsEPSG5ETRF2000 epoca 2008.0 fuso 34EPSG+L')projected_crsEPSG5RDN2008 / TM34EPSG:K'Gprojected_crsEPSG3ETRF2000 epoca 2008.0 fuso 32EPSG+J')projected_crsEPSG3RDN2008 / TM32EPSG:I'Gprojected_crsEPSG4ETRF2000 epoca 2008.0 fuso 33EPSG+H')projected_crsEPSG4RDN2008 / TM33EPSG1G%7geodetic_crsEPSG2ETRF2000 epoca 2008.0EPSG1F%7geodetic_crsEPSG0ETRF2000 epoca 2008.0EPSG1E%7geodetic_crsEPSG1ETRF2000 epoca 2008.0EPSG7D'Aprojected_crsEPSGtBT68 / RSO Sarawak LSD (m)EPSG;C'Iprojected_crsEPSGtTimbalai 1968 / RSO Borneo (m)EPSG2B'7projected_crsEPSGtBT68 / RSO Borneo (m)EPSG2A'7projected_crsEPSGtTimbalai / Borneo (m)EPSG2@%9compound_crsEPSG% CIGD11 + LCVD61 heightEPSG2?%9compound_crsEPSG%CIGD11 + CBVD61 heightEPSG&>%!vertical_crsEPSGOAHD - NOHtEPSG=%vertical_crsEPSGO339EPSG,<%-vertical_crsEPSGOAHD-TAS83 heightEPSG(;%%vertical_crsEPSGOAHD71 heightEPSG::%Ivertical_crsEPSGOAustralian Height Datum heightEPSG*9%)geodetic_crsEPSG$IGb14 - LatLonEPSG8%geodetic_crsEPSG$725EPSG)7'%projected_crsEPSGMadrid - LCCEPSG86'Cprojected_crsEPSGMadrid (Madrid) / Spain LCCEPSG'5%#vertical_crsEPSG%JSLD heightEPSGD4%]vertical_crsEPSG%Japanese Standard Levelling Datum heightEPSG83%Evertical_crsEPSG%Japan Levelling Datum heightEPSG32'9projected_crsEPSGJGD2011 / Japan zone 9EPSG'1%#vertical_crsEPSG[JSLD heightEPSG40';projected_crsEPSGJGD2011 / Japan zone 18EPSG4/';projected_crsEPSGJGD2011 / Japan zone 17EPSG4.';projected_crsEPSGJGD2011 / Japan zone 16EPSG4-';projected_crsEPSGJGD2011 / Japan zone 15EPSG4,';projected_crsEPSGJGD2011 / Japan zone 19EPSG4+';projected_crsEPSGJGD2011 / Japan zone 14EPSG4*';projected_crsEPSGJGD2011 / Japan zone 13EPSG4)';projected_crsEPSGJGD2011 / Japan zone 12EPSG4(';projected_crsEPSGJGD2011 / Japan zone 11EPSG4'';projected_crsEPSGJGD2011 / Japan zone 10EPSG3&'9projected_crsEPSGJGD2011 / Japan zone 8EPSG3%'9projected_crsEPSGJGD2011 / Japan zone 7EPSG3$'9projected_crsEPSGJGD2011 / Japan zone 6EPSG @ML' L  a ?  M  x 1 [ ;cCk#Ks,W;D.'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 87EEPSGD-'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 81EEPSGD,'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 75EEPSGD+'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 69EEPSGD*'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 63EEPSGD)'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 57EEPSGD('[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 45EEPSGD''[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 39EEPSGD&'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 33EEPSGD%'[projected_crsEPSGR GSK-2011 / 6-degree Gauss-Kruger CM 27EEPSGE$']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 28EPSGE#']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 32EPSGE"']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 31EPSGE!']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 30EPSGE ']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 29EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 27EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 26EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 25EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 24EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 23EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 22EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 21EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 20EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 19EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 17EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 16EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 15EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 14EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 13EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 12EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 11EPSGE']projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 10EPSGD'[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 9EPSGD '[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 8EPSGD '[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 5EPSGD '[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 7EPSGD '[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 6EPSGD '[projected_crsEPSGQGSK-2011 / 6-degree Gauss-Kruger zone 4EPSG6'?projected_crsEPSG&NAD83(2011) / AL E (ftUS)EPSG6'?projected_crsEPSG&NAD83(2011) / AL W (ftUS)EPSG*%)vertical_crsEPSG$EVRF2019 - NHtEPSG%vertical_crsEPSG$765EPSG.%1vertical_crsEPSG$EVRF2019mean - NHtEPSG%vertical_crsEPSG$766EPSG-%/vertical_crsEPSGIGLD (1985) - DHtEPSG%vertical_crsEPSG771EPSG-%/vertical_crsEPSGIGLD (1955) - DHtEPSG%vertical_crsEPSG770EPSGD~%]compound_crsEPSG&ETRS89 / EOS21 SnakeGrid + Newlyn heightEPSG5}'=projected_crsEPSG& ETRS89 / EOS21 SnakeGridEPSG(|%%vertical_crsEPSG^Genoa heightEPSG%{%geodetic_crsEPSG>ETRF89 ITEPSG%z%geodetic_crsEPSGwETRF89 ITEPSG%y%geodetic_crsEPSGvETRF89 ITEPSG"x%geodetic_crsEPSGRoma40EPSG2w'7projected_crsEPSG%NAD83(CSRS) / UTM 24NEPSG'v%#geodetic_crsEPSG%PL-ETRF2000EPSG>u'Oprojected_crsEPSGl4OSGB 1936 / British National GridEPSG%t%geodetic_crsEPSGOSGB 1936EPSG6s%Acompound_crsEPSG%PL-ETRF2000 + Kronzstad 86EPSG6r%Acompound_crsEPSG%PL-ETRF2000 + Kronzstad 86EPSG%q%vertical_crsEPSG%CD NorwayEPSG-p%/geodetic_crsEPSG#mETRF2014 - LatLonEPSGo%geodetic_crsEPSG#m746EPSG Fr*R z 2 Z  : d  R $A |X*\0T(X'e6zK`1,t%-geodetic_crsEPSG >NAD83(CSRS) 2010EPSG,s%-geodetic_crsEPSG =NAD83(CSRS) 2010EPSG,r%-geodetic_crsEPSG ']projected_crsEPSGR'GSK-2011 / 6-degree Gauss-Kruger CM 177WEPSGE=']projected_crsEPSGR&GSK-2011 / 6-degree Gauss-Kruger CM 177EEPSGE<']projected_crsEPSGR%GSK-2011 / 6-degree Gauss-Kruger CM 171EEPSGE;']projected_crsEPSGR$GSK-2011 / 6-degree Gauss-Kruger CM 165EEPSGE:']projected_crsEPSGR#GSK-2011 / 6-degree Gauss-Kruger CM 159EEPSGE9']projected_crsEPSGR"GSK-2011 / 6-degree Gauss-Kruger CM 153EEPSGE8']projected_crsEPSGR!GSK-2011 / 6-degree Gauss-Kruger CM 147EEPSGE7']projected_crsEPSGR GSK-2011 / 6-degree Gauss-Kruger CM 141EEPSGE6']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 135EEPSGE5']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 129EEPSGE4']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 123EEPSGE3']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 117EEPSGE2']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 111EEPSGE1']projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 105EEPSGD0'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 99EEPSGD/'[projected_crsEPSGRGSK-2011 / 6-degree Gauss-Kruger CM 93EEPSG Mi5e1 a - o A  v H  x D  t @ RxF}J~K)U3 Z8}O&]A% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 4 (E-N) + GNTRANS2016 heightEPSG]@% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 3 (E-N) + GNTRANS2016 heightEPSG]?% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 2 (E-N) + GNTRANS2016 heightEPSG.>%1vertical_crsEPSG&GNTRANS2003 heightEPSG5='=projected_crsEPSGyLUREF / Gauss LuxembourgEPSG+<%+geodetic_crsEPSGULuxembourg 1930EPSG,;%-vertical_crsEPSGSHOM 1953 heightEPSG(:%%vertical_crsEPSGIUA_KRON / NHEPSG(9%%vertical_crsEPSGILV_KRON / NHEPSG38%;geodetic_crsEPSG&WGS 84 (G2139) - LatLonEPSG7%geodetic_crsEPSG&798EPSG66%Ageodetic_crsEPSG&WGS 84 (G2139) - LatLonEHtEPSG5%geodetic_crsEPSG&797EPSG04%5geodetic_crsEPSG&WGS 84 (G2139) - XYZEPSG3%geodetic_crsEPSG&796EPSG&2%!vertical_crsEPSG$AVWS - NHtEPSG1%vertical_crsEPSG$788EPSG-0%/geodetic_crsEPSG$]ATRF2014 - LatLonEPSG/%geodetic_crsEPSG$]787EPSG0.%5geodetic_crsEPSG$\ATRF2014 - LatLonEHtEPSG-%geodetic_crsEPSG$\786EPSG*,%)geodetic_crsEPSG$[ATRF2014 - XYZEPSG+%geodetic_crsEPSG$[785EPSG0*'3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0)'3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0('3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0''3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0&'3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0%'3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG0$'3projected_crsEPSGUA_UCS-2000 / UA_TMEPSG/#'1projected_crsEPSGUA_UCS-2000 / GK_6EPSG/"'1projected_crsEPSGUA_UCS-2000 / GK_6EPSG/!'1projected_crsEPSGUA_UCS-2000 / GK_6EPSG/ '1projected_crsEPSGUA_UCS-2000 / GK_6EPSG3%;geodetic_crsEPSGUA_UCS-2000 / Lat_Lon_hEPSG-%/geodetic_crsEPSGUA_UCS-2000 / XYZEPSG'%#vertical_crsEPSGNG-L heightEPSGG%ccompound_crsEPSG&ETRS89 / MOLDOR11 SnakeGrid + Newlyn heightEPSG8'Cprojected_crsEPSG&ETRS89 / MOLDOR11 SnakeGridEPSGD%]compound_crsEPSG&ETRS89 / MRH21 SnakeGrid + Newlyn heightEPSG5'=projected_crsEPSG&ETRS89 / MRH21 SnakeGridEPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_80EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_56EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_68EPSG1'5projected_crsEPSG&]UA_UCS_2000 / LCS_32EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_71EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_73EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_74EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_85EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_65EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_61EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_63EPSG+ %+vertical_crsEPSG$wKSA-VRF14 - OHtEPSG %vertical_crsEPSG$w780EPSG. %1geodetic_crsEPSG$uKSA-GRF17 - LatLonEPSG %geodetic_crsEPSG$u779EPSG1 %7geodetic_crsEPSG$tKSA-GRF17 - LatLonEHtEPSG%geodetic_crsEPSG$t778EPSG+%+geodetic_crsEPSG$sKSA-GRF17 - XYZEPSG%geodetic_crsEPSG$s777EPSG1'5projected_crsEPSG&~UA_UCS_2000 / LCS_53EPSG1'5projected_crsEPSG&UA_UCS_2000 / LCS_59EPSG1'5projected_crsEPSG&}UA_UCS_2000 / LCS_51EPSG1'5projected_crsEPSG&|UA_UCS_2000 / LCS_48EPSG1'5projected_crsEPSG&{UA_UCS_2000 / LCS_46EPSG1'5projected_crsEPSG&qUA_UCS_2000 / LCS_44EPSG1'5projected_crsEPSG&pUA_UCS_2000 / LCS_35EPSG1~'5projected_crsEPSG&oUA_UCS_2000 / LCS_26EPSG1}'5projected_crsEPSG&nUA_UCS_2000 / LCS_23EPSG1|'5projected_crsEPSG&mUA_UCS_2000 / LCS_21EPSG1{'5projected_crsEPSG&kUA_UCS_2000 / LCS_14EPSG1z'5projected_crsEPSG&lUA_UCS_2000 / LCS_18EPSG1y'5projected_crsEPSG&jUA_UCS_2000 / LCS_12EPSG1x'5projected_crsEPSG&iUA_UCS_2000 / LCS_07EPSG1w'5projected_crsEPSG&hUA_UCS_2000 / LCS_05EPSG1v'5projected_crsEPSG&gUA_UCS_2000 / LCS_01EPSG,u%-geodetic_crsEPSG ?NAD83(CSRS) 2010EPSG =@ | S * w . E | D q Cw7}?G O;W s6B:~'Gprojected_crsEPSGXxNAD83(CSRS) 2010 / MTM zone 8EPSGA}'Uprojected_crsEPSGXNAD83(CSRS) 2010 / PEI StereographicEPSG:|'Gprojected_crsEPSGXvNAD83(CSRS) 2010 / MTM zone 6EPSG:{'Gprojected_crsEPSGXuNAD83(CSRS) 2010 / MTM zone 5EPSG:z'Gprojected_crsEPSGXtNAD83(CSRS) 2010 / MTM zone 4EPSG:y'Gprojected_crsEPSGXsNAD83(CSRS) 2010 / MTM zone 3EPSG:x'Gprojected_crsEPSGXrNAD83(CSRS) 2010 / MTM zone 2EPSG:w'Gprojected_crsEPSGXqNAD83(CSRS) 2010 / MTM zone 1EPSGIv'eprojected_crsEPSGXNAD83(CSRS) 2010 / Alberta 3TM ref merid 120EPSGIu'eprojected_crsEPSGXNAD83(CSRS) 2010 / Alberta 3TM ref merid 117EPSGIt'eprojected_crsEPSGXNAD83(CSRS) 2010 / Alberta 3TM ref merid 114EPSGIs'eprojected_crsEPSGXNAD83(CSRS) 2010 / Alberta 3TM ref merid 111EPSGIr'eprojected_crsEPSGWNAD83(CSRS) 2002 / Alberta 3TM ref merid 120EPSGIq'eprojected_crsEPSGWNAD83(CSRS) 2002 / Alberta 3TM ref merid 117EPSGIp'eprojected_crsEPSGWNAD83(CSRS) 2002 / Alberta 3TM ref merid 114EPSGIo'eprojected_crsEPSGWNAD83(CSRS) 2002 / Alberta 3TM ref merid 111EPSG;n'Iprojected_crsEPSGXNAD83(CSRS) 2010 / MTM zone 17EPSG;m'Iprojected_crsEPSGXNAD83(CSRS) 2010 / MTM zone 16EPSG;l'Iprojected_crsEPSGXNAD83(CSRS) 2010 / MTM zone 15EPSG;k'Iprojected_crsEPSGX~NAD83(CSRS) 2010 / MTM zone 14EPSG;j'Iprojected_crsEPSGX}NAD83(CSRS) 2010 / MTM zone 13EPSG;i'Iprojected_crsEPSGX|NAD83(CSRS) 2010 / MTM zone 12EPSG;h'Iprojected_crsEPSGX{NAD83(CSRS) 2010 / MTM zone 11EPSG;g'Iprojected_crsEPSGWUNAD83(CSRS) 1997 / MTM zone 17EPSG;f'Iprojected_crsEPSGWTNAD83(CSRS) 1997 / MTM zone 16EPSG;e'Iprojected_crsEPSGWSNAD83(CSRS) 1997 / MTM zone 15EPSG;d'Iprojected_crsEPSGWRNAD83(CSRS) 1997 / MTM zone 14EPSG;c'Iprojected_crsEPSGWQNAD83(CSRS) 1997 / MTM zone 13EPSG;b'Iprojected_crsEPSGWPNAD83(CSRS) 1997 / MTM zone 12EPSG;a'Iprojected_crsEPSGWONAD83(CSRS) 1997 / MTM zone 11EPSG=`'Mprojected_crsEPSGNAD83(CSRS) 2010 / MTM NS zone 5EPSGC_'Yprojected_crsEPSGNAD83(CSRS)v6 / MTM Nova Scotia zone 5EPSG=^'Mprojected_crsEPSGNAD83(CSRS) 2010 / MTM NS zone 4EPSGC]'Yprojected_crsEPSGNAD83(CSRS)v6 / MTM Nova Scotia zone 4EPSG+\')projected_crsEPSG&MSCS truncatedEPSGH['cprojected_crsEPSG&MGI 1901 / Macedonia Gauss-Kruger truncatedEPSG>Z'Oprojected_crsEPSG&MGI 1901 / Macedonia GK truncatedEPSGDY%]compound_crsEPSG&ETRS89 / FNL22 SnakeGrid + Newlyn heightEPSG5X'=projected_crsEPSG&ETRS89 / FNL22 SnakeGridEPSGDW%]compound_crsEPSG&ETRS89 / SCM22 SnakeGrid + Newlyn heightEPSG5V'=projected_crsEPSG&ETRS89 / SCM22 SnakeGridEPSGGU%ccompound_crsEPSG&ETRS89 / HULLEE13 SnakeGrid + Newlyn heightEPSG8T'Cprojected_crsEPSG&ETRS89 / HULLEE13 SnakeGridEPSG*S''projected_crsEPSG}NAD83 / WyLamEPSG4R%=compound_crsEPSG&ETRS89 + Oostende heightEPSGGQ%ccompound_crsEPSG.BD72 / Belgian Lambert 72 + Oostende heightEPSGFP%acompound_crsEPSG&ETRS89 / EBBWV14 SnakeGrid + Newlyn heightEPSG7O'Aprojected_crsEPSG&ETRS89 / EBBWV14 SnakeGridEPSG6N%Acompound_crsEPSG&IRENET95 / ITM + BI heightEPSG=M%Ocompound_crsEPSG&British National Grid + BI heightEPSG&L%!geodetic_crsEPSGDB_REF2016EPSG&K%!geodetic_crsEPSGDB_REF2003EPSG&J%!geodetic_crsEPSGDB_REF2016EPSG&I%!geodetic_crsEPSGDB_REF2003EPSG&H%!geodetic_crsEPSG1DB_REF2016EPSG&G%!geodetic_crsEPSG1DB_REF2003EPSG]F% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 5 (E-N) + GNTRANS2003 heightEPSG]E% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 4 (E-N) + GNTRANS2003 heightEPSG]D% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 3 (E-N) + GNTRANS2003 heightEPSG]C% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 2 (E-N) + GNTRANS2003 heightEPSG]B% compound_crsEPSG&DB_REF / 3-degree Gauss-Kruger zone 5 (E-N) + GNTRANS2016 heightEPSG ?G O V  Z  ^  b # f 'j+n/r3w9~?CGK <='Kprojected_crsEPSGW2NAD83(CSRS) 1997 / UTM zone 22NEPSG<<'Kprojected_crsEPSGXNAD83(CSRS) 2010 / UTM zone 21NEPSG<;'Kprojected_crsEPSGX]NAD83(CSRS) 2010 / UTM zone 21NEPSG<:'Kprojected_crsEPSGWNAD83(CSRS) 2002 / UTM zone 21NEPSG<9'Kprojected_crsEPSGW1NAD83(CSRS) 1997 / UTM zone 21NEPSG<8'Kprojected_crsEPSGXNAD83(CSRS) 2010 / UTM zone 20NEPSG<7'Kprojected_crsEPSGX\NAD83(CSRS) 2010 / UTM zone 20NEPSG<6'Kprojected_crsEPSGWNAD83(CSRS) 2002 / UTM zone 20NEPSG<5'Kprojected_crsEPSGW0NAD83(CSRS) 1997 / UTM zone 20NEPSG<4'Kprojected_crsEPSGXNAD83(CSRS) 2010 / UTM zone 19NEPSG<3'Kprojected_crsEPSGX[NAD83(CSRS) 2010 / UTM zone 19NEPSG<2'Kprojected_crsEPSGWNAD83(CSRS) 2002 / UTM zone 19NEPSG<1'Kprojected_crsEPSGW/NAD83(CSRS) 1997 / UTM zone 19NEPSG<0'Kprojected_crsEPSGXNAD83(CSRS) 2010 / UTM zone 10NEPSGC]! g + t 5 ~ ?  I V c'm1Pr&WL P^!:{'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 7EPSG9z'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 6EPSG:y'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 6EPSG9x'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 5EPSG:w'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 5EPSG9v'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 4EPSG:u'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 4EPSG9t'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 3EPSG:s'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 3EPSG=r'Mprojected_crsEPSGVNAD83(CSRS98) / NB StereographicEPSG@q'Sprojected_crsEPSGVNAD83(CSRS) 1997 / NB StereographicEPSG>p'Oprojected_crsEPSGVNAD83(CSRS98) / PEI StereographicEPSGAo'Uprojected_crsEPSGVNAD83(CSRS) 1997 / PEI StereographicEPSG=n'Mprojected_crsEPSGWBNAD83(CSRS) 1997 / MTM NS zone 4EPSGCm'Yprojected_crsEPSGWBNAD83(CSRS)v3 / MTM Nova Scotia zone 4EPSG=l'Mprojected_crsEPSGWANAD83(CSRS) 1997 / MTM NS zone 5EPSGCk'Yprojected_crsEPSGWANAD83(CSRS)v3 / MTM Nova Scotia zone 5EPSGFj'_projected_crsEPSGVNAD83(CSRS98) / Alberta 3TM ref merid 120EPSGIi'eprojected_crsEPSGVNAD83(CSRS) 1997 / Alberta 3TM ref merid 120EPSGFh'_projected_crsEPSGVNAD83(CSRS98) / Alberta 3TM ref merid 117EPSGIg'eprojected_crsEPSGVNAD83(CSRS) 1997 / Alberta 3TM ref merid 117EPSGFf'_projected_crsEPSGVNAD83(CSRS98) / Alberta 3TM ref merid 114EPSGIe'eprojected_crsEPSGVNAD83(CSRS) 1997 / Alberta 3TM ref merid 114EPSGFd'_projected_crsEPSGVNAD83(CSRS98) / Alberta 3TM ref merid 111EPSGIc'eprojected_crsEPSGVNAD83(CSRS) 1997 / Alberta 3TM ref merid 111EPSG9b'Eprojected_crsEPSGVNAD83(CSRS98) / UTM zone 12NEPSG'Kprojected_crsEPSGWNAD83(CSRS) 2002 / UTM zone 22NEPSG GCO [  @ y F $ 8 j 2W4D"q8_)NwCk6NEG%_compound_crsEPSG'ETRS89 / ShAb07 SnakeGrid + Newlyn heightEPSG6F'?projected_crsEPSG'ETRS89 / ShAb07 SnakeGridEPSG6E'?projected_crsEPSG'ETRS89 / DoPw22 SnakeGridEPSG6D%Avertical_crsEPSGsApproximate MSL depth (ft)EPSG9C%Gvertical_crsEPSGtApproximate MSL height (ftUS)EPSG7B%Cvertical_crsEPSGrApproximate MSL height (ft)EPSG2A%9vertical_crsEPSGRApproximate MSL heightEPSG8@%Evertical_crsEPSGuApproximate MSL depth (ftUS)EPSG1?%7vertical_crsEPSGSApproximate MSL depthEPSG1>%7vertical_crsEPSGApproximate LAT depthEPSG2=%9vertical_crsEPSGApproximate MLWS depthEPSG1<%7vertical_crsEPSGApproximate MLW depthEPSG3;%;vertical_crsEPSGApproximate MLLWS depthEPSG2:%9vertical_crsEPSGApproximate MLLW depthEPSG49%=vertical_crsEPSGApproximate HHWLT heightEPSG28%9vertical_crsEPSGApproximate ISLW depthEPSG77%Cvertical_crsEPSGApproximate Low Water depthEPSG36%;vertical_crsEPSGApproximate LLWLT depthEPSG35%;vertical_crsEPSGApproximate MHWS heightEPSG24%9vertical_crsEPSGApproximate MHW heightEPSG33%;vertical_crsEPSGApproximate MHHW heightEPSG92%Gvertical_crsEPSGApproximate High Water heightEPSG21%9vertical_crsEPSGApproximate HAT heightEPSG'0'!projected_crsEPSGNRACS21 (ft)EPSG;/'Iprojected_crsEPSGNRNAD83(2011) / Amtrak CS21 (ft)EPSG6.%Ageodetic_crsEPSGNISIRGAS-Chile epoch 2021.00EPSG6-%Ageodetic_crsEPSGNHSIRGAS-Chile epoch 2021.00EPSG3,%;geodetic_crsEPSGNGSIRGAS-Chile epoch 2021EPSG?+%Svertical_crsEPSGNBCGVD2013(CGG2013a) epoch 2002 - OHtEPSG*%vertical_crsEPSGNB966EPSG?)%Svertical_crsEPSGNCCGVD2013(CGG2013a) epoch 1997 - OHtEPSG(%vertical_crsEPSGNC965EPSG &'projected_crsEPSG$959EPSG $'projected_crsEPSG$958EPSG "'projected_crsEPSG$957EPSG 'projected_crsEPSG$956EPSG 'projected_crsEPSG$955EPSG:%Icompound_crsEPSG%9SRGI2013 + INAGeoid2020 heightEPSG/%3vertical_crsEPSG$INAGeoid2020 heightEPSG"%vertical_crsEPSGYIGN78CEPSGD%]compound_crsEPSGN#ETRS89 / MWC18 SnakeGrid + Newlyn heightEPSG5'=projected_crsEPSGN"ETRS89 / MWC18 SnakeGridEPSGS%{compound_crsEPSGNFNAD83(CSRS) 1997 + CGVD2013(CGG2013a) epoch 1997 heightEPSG9%Gvertical_crsEPSGNCCGVD2013(CGG2013a) epoch 1997EPSG9%Gvertical_crsEPSGNBCGVD2013(CGG2013a) epoch 2002EPSGE%_compound_crsEPSG%HNAD83(CSRS)v6 + CGVD2013(CGG2013a) heightEPSG9%Gvertical_crsEPSG$CGVD2013(CGG2013a) epoch 2010EPSG5%?vertical_crsEPSG$CGVD2013(CGG2013a) heightEPSG-%/geodetic_crsEPSG'ITRF2020 - LatLonEPSG%geodetic_crsEPSG'804EPSG0%5geodetic_crsEPSG'ITRF2020 - LatLonEHtEPSG%geodetic_crsEPSG'803EPSG*%)geodetic_crsEPSG'ITRF2020 - XYZEPSG %geodetic_crsEPSG'802EPSGS %{compound_crsEPSGNENAD83(CSRS) 2002 + CGVD2013(CGG2013a) epoch 2002 heightEPSG? %Svertical_crsEPSG$CGVD2013(CGG2013a) Epoch 2010 - OHtEPSG %vertical_crsEPSG$335EPSG, %-vertical_crsEPSG$CGVD2013a heightEPSG9%Gcompound_crsEPSGNAD83(CSRS) + CGVD2013 heightEPSGI%gcompound_crsEPSG%NAD83(CSRS) / UTM zone 15N + CGVD2013a heightEPSG:'Gprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 10EPSG;'Iprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 10EPSG9'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 9EPSG:'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 9EPSG9'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 8EPSG:'Gprojected_crsEPSGVNAD83(CSRS) 1997 / MTM zone 8EPSG;'Iprojected_crsEPSGWNNAD83(CSRS) 1997 / MTM zone 10EPSG:'Gprojected_crsEPSGWMNAD83(CSRS) 1997 / MTM zone 9EPSG:~'Gprojected_crsEPSGWLNAD83(CSRS) 1997 / MTM zone 8EPSGA}'Uprojected_crsEPSGXoNAD83(CSRS) 2010 / PEI StereographicEPSG9|'Eprojected_crsEPSGVNAD83(CSRS98) / SCoPQ zone 7EPSG FqCk" K  u , H  f 4 N V M fBZ8~L\Qh() %'vertical_crsEPSG(pREDNAP heightEPSGC 'Yprojected_crsEPSG(Københavns Kommunes System, østvendtEPSG= 'Mprojected_crsEPSG(Generalstabens System, østvendtEPSG" %geodetic_crsEPSG(OS-IRFEPSGF '_projected_crsEPSG(Generalstabens System Bornholm, østvendtEPSG:'Gprojected_crsEPSG(System 45 Bornholm, østvendtEPSG;'Iprojected_crsEPSG( System 34 Sjælland, østvendtEPSG9'Eprojected_crsEPSG'System 34 Jylland, østvendtEPSG0'3projected_crsEPSG(LRGNC / UTM zone 58SEPSG0'3projected_crsEPSG(KRGNC / UTM zone 57SEPSG)'%projected_crsEPSG(JLambert NC15EPSG:%Icompound_crsEPSG(NRGNC15 (lon-lat) + NGNC heightEPSG3%;compound_crsEPSG%DRGNC91-93 + NGNC heightEPSG'%#vertical_crsEPSG$NGNC heightEPSG,%-geodetic_crsEPSG(FRGNC15 (lat-lon)EPSG,~%-geodetic_crsEPSG(ERGNC15 (lat-lon)EPSG/}%3geodetic_crsEPSG+RGNC91-93 (lat-lon)EPSG/|%3geodetic_crsEPSGRGNC91-93 (lat-lon)EPSG8{'Cprojected_crsEPSG(-ETRS89/DREF91/R16 / 3GK zn3EPSG*z%)geodetic_crsEPSG'IGS20 - LatLonEPSGy%geodetic_crsEPSG'982EPSG-x%/geodetic_crsEPSG'IGS20 - LatLonEHtEPSGw%geodetic_crsEPSG'981EPSG'v%#geodetic_crsEPSG'IGS20 - XYZEPSGu%geodetic_crsEPSG'980EPSG(t'#projected_crsEPSG(BLKS-2020 TMEPSG&s'projected_crsEPSG LKS-92 TMEPSG!r%geodetic_crsEPSG5LKS92EPSG!q%geodetic_crsEPSGULKS92EPSG!p%geodetic_crsEPSGTLKS92EPSG$o%geodetic_crsEPSG(:REPANGOLEPSG=n'Mprojected_crsEPSG(3ETRS89/DREF91/R16 / UTM 33(zE-N)EPSG=m'Mprojected_crsEPSG(2ETRS89/DREF91/R16 / UTM 33(N-zE)EPSG=l'Mprojected_crsEPSG(1ETRS89/DREF91/R16 / UTM 32(zE-N)EPSG=k'Mprojected_crsEPSG(0ETRS89/DREF91/R16 / UTM 32(N-zE)EPSG=j'Mprojected_crsEPSG(/ETRS89/DREF91/R16 / UTM 31(zE-N)EPSG=i'Mprojected_crsEPSG(.ETRS89/DREF91/R16 / UTM 31(N-zE)EPSGFh%acompound_crsEPSG()ETRS89 / RBEPP12 SnakeGrid + Newlyn heightEPSG7g'Aprojected_crsEPSG((ETRS89 / RBEPP12 SnakeGridEPSGFf%acompound_crsEPSG($ETRS89 / SMITB20 SnakeGrid + Newlyn heightEPSG7e'Aprojected_crsEPSG(#ETRS89 / SMITB20 SnakeGridEPSG8d'Cprojected_crsEPSG+lMAGNA-SIRGAS 2018 / Col BogEPSG6c'?projected_crsEPSG+nMAGNA-SIRGAS 2018 / Col EEPSG7b'Aprojected_crsEPSG+mMAGNA-SIRGAS 2018 / Col ECEPSG6a'?projected_crsEPSG+kMAGNA-SIRGAS 2018 / Col WEPSG7`'Aprojected_crsEPSG+jMAGNA-SIRGAS 2018 / Col FWEPSG/_%3compound_crsEPSG(D96 + SVS2010/KoperEPSG2^%9compound_crsEPSG(D96/TM + SVS2010/KoperEPSG7]'Aprojected_crsEPSG'ETRS89 / GWWWA22 SnakeGridEPSG6\'?projected_crsEPSG$MAGNA-SIRGAS 2018 / CTM12EPSG7['Aprojected_crsEPSG'ETRS89 / GWWAB22 SnakeGridEPSG7Z'Aprojected_crsEPSG'ETRS89 / GWPBS22 SnakeGridEPSG5Y'=projected_crsEPSG(ETRS89 / SYC20 SnakeGridEPSG6X'?projected_crsEPSG'ETRS89 / OxWo08 SnakeGridEPSG6W'?projected_crsEPSG'ETRS89 / MALS09 SnakeGridEPSGFV%acompound_crsEPSG'ETRS89 / GWWAB22 SnakeGrid + Newlyn heightEPSG*U''projected_crsEPSG'DIDBAN15 GridEPSG6T'?projected_crsEPSG'ETRS89 / DIBA15 SnakeGridEPSG5S'=projected_crsEPSG'ETRS89 / CWS13 SnakeGridEPSG5R'=projected_crsEPSG'ETRS89 / CNH22 SnakeGridEPSGDQ%]compound_crsEPSG(ETRS89 / SYC20 SnakeGrid + Newlyn heightEPSGEP%_compound_crsEPSG'ETRS89 / OxWo08 SnakeGrid + Newlyn heightEPSGEO%_compound_crsEPSG'ETRS89 / MALS09 SnakeGrid + Newlyn heightEPSGFN%acompound_crsEPSG'ETRS89 / GWWWA22 SnakeGrid + Newlyn heightEPSGFM%acompound_crsEPSG'ETRS89 / GWPBS22 SnakeGrid + Newlyn heightEPSGEL%_compound_crsEPSG'ETRS89 / DIBA15 SnakeGrid + Newlyn heightEPSGDK%]compound_crsEPSG'ETRS89 / CWS13 SnakeGrid + Newlyn heightEPSG+J%+geodetic_crsEPSGCGCS 2000 - XYZEPSGDI%]compound_crsEPSG'ETRS89 / CNH22 SnakeGrid + Newlyn heightEPSGEH%_compound_crsEPSG'ETRS89 / DoPw22 SnakeGrid + Newlyn heightEPSG HV-J f 6  W (  c % i * m .q2|5\9e+k8VdD8U'Cprojected_crsEPSG3DB_REF2016 / 3GK zone 3 E-NEPSGLT'kprojected_crsEPSG2DB_REF2003 / 3-degree Gauss-Kruger zone 2 (E-N)EPSG8S'Cprojected_crsEPSG2DB_REF2016 / 3GK zone 2 E-NEPSG'R%#vertical_crsEPSG)\CGVD28(HT2)EPSG5Q'=projected_crsEPSGUBern 1898 (Bern) / LV03CEPSG,P%-geodetic_crsEPSGBern 1898 (Bern)EPSGQO'uprojected_crsEPSG)Porto Alegre Cartographic Reference System (SCR-POA)EPSG7N%Ccompound_crsEPSG)ETRF2000 + EOMA 1980 heightEPSG4M';projected_crsEPSG)ETRS89 / WC05 SnakeGridEPSG6L'?projected_crsEPSG)ETRS89 / ECML14 SnakeGridEPSGEK%_compound_crsEPSG)ETRS89 / ECML14 SnakeGrid + Newlyn heightEPSG>J'Oprojected_crsEPSG)~NAD83(2011) / SFO B18 grid (ftUS)EPSG.I'/projected_crsEPSGStereografic 1970EPSG:H%Icompound_crsEPSGNTF (Paris) + NGF IGN69 heightEPSG0G%5vertical_crsEPSG)8DKLAT ensemble depthEPSG0F%5vertical_crsEPSG)7DKMSL ensemble depthEPSG7E'Aprojected_crsEPSG)ETRS89/DREF91/R16 / UTM 32EPSGID'eprojected_crsEPSG)NAD83(2011) / WISCRS Adjusted Jackson (ftUS)EPSG7C'Aprojected_crsEPSG)ETRS89/DREF91/R16 / UTM 33EPSG7B'Aprojected_crsEPSG)ETRS89/DREF91/R16 / UTM 31EPSG*A%)vertical_crsEPSGIKVD1964 - NOHtEPSG @%vertical_crsEPSGI1010EPSG,?%-geodetic_crsEPSGKGD2002 - LatLonEPSG >%geodetic_crsEPSG1009EPSG/=%3geodetic_crsEPSG?KGD2002 - LatLonEHtEPSG <%geodetic_crsEPSG?1007EPSG);%'geodetic_crsEPSG>KGD2002 - XYZEPSG :%geodetic_crsEPSG>1008EPSG09%5geodetic_crsEPSGBKorean 1985 - LatLonEPSG 8%geodetic_crsEPSGB1011EPSG17%7vertical_crsEPSGDVR90 ensemble heightEPSGD6%]compound_crsEPSG(ETRS89 / COV23 SnakeGrid + Newlyn heightEPSG55'=projected_crsEPSG(ETRS89 / COV23 SnakeGridEPSG<4'Kprojected_crsEPSGY&NAD83(CSRS) 2010 / UTM zone 22NEPSG<3'Kprojected_crsEPSGY%NAD83(CSRS) 2010 / UTM zone 21NEPSG<2'Kprojected_crsEPSGY$NAD83(CSRS) 2010 / UTM zone 20NEPSG<1'Kprojected_crsEPSGY#NAD83(CSRS) 2010 / UTM zone 19NEPSG<0'Kprojected_crsEPSGY"NAD83(CSRS) 2010 / UTM zone 18NEPSGKorea 2000 / Central Belt JejuEPSG6'?projected_crsEPSG=Korea 2000 / Central BeltEPSG3'9projected_crsEPSGKorea 2000EPSG)%'vertical_crsEPSG(rREDNAP heightEPSG)%'vertical_crsEPSG(qREDNAP heightEPSG Ib'N a 3  ` c L  x C oCyDT&{Ur#o2z@vS %geodetic_crsEPSG)I1240EPSG3%;geodetic_crsEPSG)nWGS 84 (G2296) - LatLonEPSG %geodetic_crsEPSG)n1257EPSG6%Ageodetic_crsEPSG)mWGS 84 (G2296) - LatLonEHtEPSG %geodetic_crsEPSG)m1256EPSG0%5geodetic_crsEPSG)lWGS 84 (G2296) - XYZEPSG %geodetic_crsEPSG)l1255EPSG7'Aprojected_crsEPSG*+Uganda 2010 / UTM zone 35SEPSG7'Aprojected_crsEPSG**Uganda 2010 / UTM zone 36SEPSG7'Aprojected_crsEPSG*)Uganda 2010 / UTM zone 36NEPSG7'Aprojected_crsEPSG*(Uganda 2010 / UTM zone 35NEPSG'%#geodetic_crsEPSG*'Uganda 2010EPSG'%#geodetic_crsEPSG*&Uganda 2010EPSG'%#geodetic_crsEPSG*%Uganda 2010EPSG:%Icompound_crsEPSG* Bonaire 2004 + Bonaire KADpeilEPSG/'1projected_crsEPSG*SIRGAS 2000 / RPTMEPSGA%Wcompound_crsEPSG* Bonaire / Bonaire TM + Bonaire heightEPSG; %Kcompound_crsEPSG* Bonaire DPnet + Bonaire KADpeilEPSGL %mcompound_crsEPSG)Sint Eustatius / UTM 20N + Sint Eustatius heightEPSGD '[projected_crsEPSG)Sint Eustatius / Sint Eustatius TM 2020EPSG: 'Gprojected_crsEPSG)Sint Eustatius / UTM zone 20NEPSG\ % compound_crsEPSG)Sint Eustatius / Sint Eustatius TM 2020 + Sint Eustatius heightEPSG#%geodetic_crsEPSG)BES2020EPSG#%geodetic_crsEPSG)BES2020EPSG#%geodetic_crsEPSG)BES2020EPSG.%1compound_crsEPSG*ETRS-TM35FIN/N2000EPSG+%+geodetic_crsEPSG)EUREF-FIN-GRS80EPSG+%+vertical_crsEPSG* Bonaire KADpeilEPSG1'5projected_crsEPSG*Bonaire / Bonaire TMEPSG2'7projected_crsEPSG)ETRS89 / UTM zone 36NEPSG&'projected_crsEPSG)ETRS-TM36EPSG2'7projected_crsEPSG)ETRS89 / UTM zone 34NEPSG&~'projected_crsEPSG)ETRS-TM34EPSG2}'7projected_crsEPSG ETRS89 / TM35FIN(E,N)EPSG2|'7projected_crsEPSG ETRS89 / UTM zone 35NEPSG1{%7compound_crsEPSG)ETRS89 + N2000 heightEPSG/z%3compound_crsEPSG)ETRS89 + N60 heightEPSG,y%-geodetic_crsEPSG)EUREF-FIN-GRS80hEPSG)x%'geodetic_crsEPSG)EUREF-FIN-XYZEPSG2w'7projected_crsEPSG BETRS89 / ETRS-GK31FINEPSG2v'7projected_crsEPSG AETRS89 / ETRS-GK30FINEPSG2u'7projected_crsEPSG @ETRS89 / ETRS-GK29FINEPSG2t'7projected_crsEPSG ?ETRS89 / ETRS-GK28FINEPSG2s'7projected_crsEPSG >ETRS89 / ETRS-GK27FINEPSG2r'7projected_crsEPSG =ETRS89 / ETRS-GK26FINEPSG2q'7projected_crsEPSG ['Oprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA AlbersEPSGBZ'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 6 (ftUS)EPSG@Y'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 6 (ftUS)EPSGBX'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 5 (ftUS)EPSG@W'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 5 (ftUS)EPSG1V%7geodetic_crsEPSG*CSRN2025 (NAD83 2011)EPSG1U%7geodetic_crsEPSG*CSRN2025 (NAD83 2011)EPSG1T%7geodetic_crsEPSG*CSRN2025 (NAD83 2011)EPSGBS'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 1 (ftUS)EPSG@R'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 1 (ftUS)EPSGBQ'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 2 (ftUS)EPSG@P'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 2 (ftUS)EPSGBO'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 3 (ftUS)EPSG@N'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 3 (ftUS)EPSGBM'Wprojected_crsEPSG*NAD83(CSRN2025) / CCS83 zone 4 (ftUS)EPSG@L'Sprojected_crsEPSG*CSRN2025 (NAD83 2011) / CA 4 (ftUS)EPSGJK'gprojected_crsEPSG*CSRN2025 (NAD83 2011) / California zone 5 (m)EPSGJJ'gprojected_crsEPSG*CSRN2025 (NAD83 2011) / California zone 6 (m)EPSG/I%3geodetic_crsEPSG*CSRN2025 (ITRF2020)EPSG/H%3geodetic_crsEPSG*CSRN2025 (ITRF2020)EPSG/G%3geodetic_crsEPSG*CSRN2025 (ITRF2020)EPSG'Sprojected_crsEPSG Qornoq 1927 / Greenland zone 7 westEPSG@='Sprojected_crsEPSG Qornoq 1927 / Greenland zone 6 westEPSG@<'Sprojected_crsEPSG Qornoq 1927 / Greenland zone 5 westEPSG@;'Sprojected_crsEPSGQornoq 1927 / Greenland zone 4 westEPSG@:'Sprojected_crsEPSGQornoq 1927 / Greenland zone 3 westEPSG@9'Sprojected_crsEPSGQornoq 1927 / Greenland zone 2 westEPSG78'Aprojected_crsEPSGQornoq 1927 / UTM zone 23NEPSG77'Aprojected_crsEPSGQornoq 1927 / UTM zone 22NEPSG'6%#geodetic_crsEPSGbQornoq 1927EPSG"5%vertical_crsEPSGIQazVRFEPSG^4%compound_crsEPSG*Asse 2025 / 3-degree Gauss-Kruger zone 4 (E-N) + Asse 2025 heightEPSG<3'Kprojected_crsEPSG*Asse 2025 / Gauss-Kruger zone 4EPSG02%5vertical_crsEPSG)\CGVD28(HTv2.0) - OHtEPSG 1%vertical_crsEPSG)\1265EPSGC0%[compound_crsEPSG*pETRS89 / WSPG SnakeGrid + Newlyn heightEPSG4/';projected_crsEPSG*oETRS89 / WSPG SnakeGridEPSG'.'!projected_crsEPSG*UGGD / TM38EPSG'-'!projected_crsEPSG*TGGD / TM37EPSG*,''projected_crsEPSG*QGGD / LambertEPSG+%geodetic_crsEPSG*OGGDEPSG*%geodetic_crsEPSG*NGGDEPSG)%geodetic_crsEPSG*MGGDEPSGC(%[compound_crsEPSG*dETRS89 / EWR3 SnakeGrid + Newlyn heightEPSG4'';projected_crsEPSG*cETRS89 / EWR3 SnakeGridEPSG9&%Gcompound_crsEPSG*WLKS-2020 + Latvia 2000 heightEPSG3%'9projected_crsEPSGeLKS-2020 / TM Baltic93EPSG7$%Ccompound_crsEPSG*JLKS-92 + Latvia 2000 heightEPSG0#%5geodetic_crsEPSG)KETRF2020 - LatLonEHtEPSG "%geodetic_crsEPSG)K1238EPSG0!%5geodetic_crsEPSG)JETRF2020 - LatLonEHtEPSG %geodetic_crsEPSG)J1239EPSG*%)geodetic_crsEPSG)IETRF2020 - XYZEPSG JX%X$ T P  L  | H  s ? o:f1](TKe*y> j52,'7projected_crsEPSG+EUREF89 / UTM zone 36EPSG2+'7projected_crsEPSG+EUREF89 / UTM zone 35EPSG2*'7projected_crsEPSG+EUREF89 / UTM zone 34EPSG2)'7projected_crsEPSG+EUREF89 / UTM zone 33EPSG2('7projected_crsEPSG+EUREF89 / UTM zone 32EPSG2''7projected_crsEPSG+ EUREF89 / UTM zone 31EPSG2&'7projected_crsEPSG+ EUREF89 / UTM zone 30EPSG8%'Cprojected_crsEPSG+ EUREF89 / UTM zone 37 (N-E)EPSG8$'Cprojected_crsEPSG+ EUREF89 / UTM zone 36 (N-E)EPSG8#'Cprojected_crsEPSG+ EUREF89 / UTM zone 35 (N-E)EPSG8"'Cprojected_crsEPSG+EUREF89 / UTM zone 34 (N-E)EPSG8!'Cprojected_crsEPSG+EUREF89 / UTM zone 33 (N-E)EPSG8 'Cprojected_crsEPSG+EUREF89 / UTM zone 32 (N-E)EPSG8'Cprojected_crsEPSG+EUREF89 / UTM zone 31 (N-E)EPSG8'Cprojected_crsEPSG+EUREF89 / UTM zone 30 (N-E)EPSG2'7projected_crsEPSG EUREF89 / NTM zone 30EPSG2'7projected_crsEPSG EUREF89 / NTM zone 29EPSG2'7projected_crsEPSGEUREF89 / NTM zone 28EPSG2'7projected_crsEPSGEUREF89 / NTM zone 27EPSG2'7projected_crsEPSGEUREF89 / NTM zone 26EPSG2'7projected_crsEPSGEUREF89 / NTM zone 25EPSG2'7projected_crsEPSGEUREF89 / NTM zone 24EPSG2'7projected_crsEPSGEUREF89 / NTM zone 23EPSG2'7projected_crsEPSGEUREF89 / NTM zone 22EPSG2'7projected_crsEPSGEUREF89 / NTM zone 21EPSG2'7projected_crsEPSGEUREF89 / NTM zone 20EPSG2'7projected_crsEPSGEUREF89 / NTM zone 19EPSG2'7projected_crsEPSGEUREF89 / NTM zone 18EPSG2'7projected_crsEPSGEUREF89 / NTM zone 17EPSG2'7projected_crsEPSGEUREF89 / NTM zone 16EPSG2'7projected_crsEPSGEUREF89 / NTM zone 15EPSG2 '7projected_crsEPSGEUREF89 / NTM zone 14EPSG2 '7projected_crsEPSGEUREF89 / NTM zone 13EPSG2 '7projected_crsEPSGEUREF89 / NTM zone 12EPSG2 '7projected_crsEPSGEUREF89 / NTM zone 11EPSG2 '7projected_crsEPSGEUREF89 / NTM zone 10EPSG1'5projected_crsEPSGEUREF89 / NTM zone 9EPSG1'5projected_crsEPSGEUREF89 / NTM zone 8EPSG1'5projected_crsEPSGEUREF89 / NTM zone 7EPSG1'5projected_crsEPSGEUREF89 / NTM zone 6EPSG1'5projected_crsEPSGEUREF89 / NTM zone 5EPSG4%=compound_crsEPSG&ETRS89 + CD Norway depthEPSG3%;compound_crsEPSGN!ETRS89 + SVD2006 heightEPSG2%9compound_crsEPSG6ETRS89 + NN2000 heightEPSG0%5compound_crsEPSGETRS89 + NN54 heightEPSG1'5projected_crsEPSG ETRS89 / NTM zone 30EPSG1~'5projected_crsEPSG ETRS89 / NTM zone 29EPSG1}'5projected_crsEPSGETRS89 / NTM zone 28EPSG1|'5projected_crsEPSGETRS89 / NTM zone 27EPSG1{'5projected_crsEPSGETRS89 / NTM zone 26EPSG1z'5projected_crsEPSGETRS89 / NTM zone 25EPSG1y'5projected_crsEPSGETRS89 / NTM zone 24EPSG1x'5projected_crsEPSGETRS89 / NTM zone 23EPSG1w'5projected_crsEPSGETRS89 / NTM zone 22EPSG1v'5projected_crsEPSGETRS89 / NTM zone 21EPSG1u'5projected_crsEPSGETRS89 / NTM zone 20EPSG1t'5projected_crsEPSGETRS89 / NTM zone 19EPSG1s'5projected_crsEPSGETRS89 / NTM zone 18EPSG1r'5projected_crsEPSGETRS89 / NTM zone 17EPSG1q'5projected_crsEPSGETRS89 / NTM zone 16EPSG1p'5projected_crsEPSGETRS89 / NTM zone 15EPSG1o'5projected_crsEPSGETRS89 / NTM zone 14EPSG1n'5projected_crsEPSGETRS89 / NTM zone 13EPSG1m'5projected_crsEPSGETRS89 / NTM zone 12EPSG1l'5projected_crsEPSGETRS89 / NTM zone 11EPSG1k'5projected_crsEPSGETRS89 / NTM zone 10EPSG0j'3projected_crsEPSGETRS89 / NTM zone 9EPSG0i'3projected_crsEPSGETRS89 / NTM zone 8EPSG0h'3projected_crsEPSGETRS89 / NTM zone 7EPSG0g'3projected_crsEPSGETRS89 / NTM zone 6EPSG0f'3projected_crsEPSGETRS89 / NTM zone 5EPSG#e%geodetic_crsEPSG*{EUREF89EPSG'd%#geodetic_crsEPSG*OSNet v2009EPSG"c%geodetic_crsEPSG*ETRS89EPSG <RZ T  M G  > w 4m*c YO E};s1k(>h%Qcompound_crsEPSGETRS89 / NTM zone 20 + NN54 heightEPSGAg%Wcompound_crsEPSGGEUREF89 / NTM zone 19 + NN2000 heightEPSG@f%Ucompound_crsEPSGGETRS89 / NTM zone 19 + NN2000 heightEPSG?e%Scompound_crsEPSGEUREF89 / NTM zone 19 + NN54 heightEPSG>d%Qcompound_crsEPSGETRS89 / NTM zone 19 + NN54 heightEPSG@c%Ucompound_crsEPSGFETRS89 / NTM zone 18 + NN2000 heightEPSG?b%Scompound_crsEPSGEUREF89 / NTM zone 18 + NN54 heightEPSG>a%Qcompound_crsEPSGETRS89 / NTM zone 18 + NN54 heightEPSGA`%Wcompound_crsEPSGEEUREF89 / NTM zone 17 + NN2000 heightEPSG@_%Ucompound_crsEPSGEETRS89 / NTM zone 17 + NN2000 heightEPSG?^%Scompound_crsEPSG EUREF89 / NTM zone 17 + NN54 heightEPSG>]%Qcompound_crsEPSG ETRS89 / NTM zone 17 + NN54 heightEPSGA\%Wcompound_crsEPSGDEUREF89 / NTM zone 16 + NN2000 heightEPSG@[%Ucompound_crsEPSGDETRS89 / NTM zone 16 + NN2000 heightEPSG?Z%Scompound_crsEPSG EUREF89 / NTM zone 16 + NN54 heightEPSG>Y%Qcompound_crsEPSG ETRS89 / NTM zone 16 + NN54 heightEPSGAX%Wcompound_crsEPSGCEUREF89 / NTM zone 15 + NN2000 heightEPSG@W%Ucompound_crsEPSGCETRS89 / NTM zone 15 + NN2000 heightEPSG?V%Scompound_crsEPSG EUREF89 / NTM zone 15 + NN54 heightEPSG>U%Qcompound_crsEPSG ETRS89 / NTM zone 15 + NN54 heightEPSGAT%Wcompound_crsEPSGBEUREF89 / NTM zone 14 + NN2000 heightEPSG@S%Ucompound_crsEPSGBETRS89 / NTM zone 14 + NN2000 heightEPSG?R%Scompound_crsEPSG EUREF89 / NTM zone 14 + NN54 heightEPSG>Q%Qcompound_crsEPSG ETRS89 / NTM zone 14 + NN54 heightEPSGAP%Wcompound_crsEPSGAEUREF89 / NTM zone 13 + NN2000 heightEPSG@O%Ucompound_crsEPSGAETRS89 / NTM zone 13 + NN2000 heightEPSG?N%Scompound_crsEPSG EUREF89 / NTM zone 13 + NN54 heightEPSG>M%Qcompound_crsEPSG ETRS89 / NTM zone 13 + NN54 heightEPSGAL%Wcompound_crsEPSG@EUREF89 / NTM zone 12 + NN2000 heightEPSG@K%Ucompound_crsEPSG@ETRS89 / NTM zone 12 + NN2000 heightEPSG?J%Scompound_crsEPSGEUREF89 / NTM zone 12 + NN54 heightEPSG>I%Qcompound_crsEPSGETRS89 / NTM zone 12 + NN54 heightEPSGAH%Wcompound_crsEPSG?EUREF89 / NTM zone 11 + NN2000 heightEPSG@G%Ucompound_crsEPSG?ETRS89 / NTM zone 11 + NN2000 heightEPSG?F%Scompound_crsEPSGEUREF89 / NTM zone 11 + NN54 heightEPSG>E%Qcompound_crsEPSGETRS89 / NTM zone 11 + NN54 heightEPSGAD%Wcompound_crsEPSG>EUREF89 / NTM zone 10 + NN2000 heightEPSG@C%Ucompound_crsEPSG>ETRS89 / NTM zone 10 + NN2000 heightEPSG?B%Scompound_crsEPSGEUREF89 / NTM zone 10 + NN54 heightEPSG>A%Qcompound_crsEPSGETRS89 / NTM zone 10 + NN54 heightEPSG@@%Ucompound_crsEPSG=EUREF89 / NTM zone 9 + NN2000 heightEPSG??%Scompound_crsEPSG=ETRS89 / NTM zone 9 + NN2000 heightEPSG>>%Qcompound_crsEPSGEUREF89 / NTM zone 9 + NN54 heightEPSG==%Ocompound_crsEPSGETRS89 / NTM zone 9 + NN54 heightEPSG@<%Ucompound_crsEPSG6%Qcompound_crsEPSGEUREF89 / NTM zone 6 + NN54 heightEPSG=5%Ocompound_crsEPSGETRS89 / NTM zone 7 + NN54 heightEPSG?4%Scompound_crsEPSG:ETRS89 / NTM zone 6 + NN2000 heightEPSG=3%Ocompound_crsEPSGETRS89 / NTM zone 6 + NN54 heightEPSG92%Gcompound_crsEPSG9EUREF89 / NTM zone 5 + NN2000EPSG?1%Scompound_crsEPSG9ETRS89 / NTM zone 5 + NN2000 heightEPSG70%Ccompound_crsEPSGEUREF89 / NTM zone 5 + NN54EPSG=/%Ocompound_crsEPSGETRS89 / NTM zone 5 + NN54 heightEPSG4.%=compound_crsEPSG*EUREF89 + SVD2024 heightEPSG4-%=compound_crsEPSGN!EUREF89 + SVD2006 heightEPSG @{7q- h & ^  T  J  @w6m,c"YY'g?|D \2(%9compound_crsEPSG&ETRS89 + Ostend heightEPSGI'%gcompound_crsEPSG ETRS89 / Belgian Lambert 2008 + Ostend heightEPSG<&%Mcompound_crsEPSG%ETRS89 + EVRF2000 Austria heightEPSG5%'=projected_crsEPSG XETRS89 / Austria LambertEPSG/$%3compound_crsEPSG$FETRS89 + NAP heightEPSG #%geodetic_crsEPSG+"CR19EPSG "%geodetic_crsEPSG+!CR19EPSG5!'=projected_crsEPSG"CR-SIRGAS / UTM zone 17NEPSG5 '=projected_crsEPSG"CR-SIRGAS / UTM zone 16NEPSG>%Qcompound_crsEPSG"CR-SIRGAS / CRTM05 + DACR52 heightEPSG/'1projected_crsEPSG"CR-SIRGAS / CRTM05EPSG%%geodetic_crsEPSG"CR-SIRGASEPSG%%geodetic_crsEPSG"CR-SIRGASEPSG%%geodetic_crsEPSG"CR-SIRGASEPSG'%#geodetic_crsEPSG+OSNet v2009EPSG"%geodetic_crsEPSG+ETRS89EPSG5%?compound_crsEPSG$ETRS89 + St. Marys heightEPSG6%Acompound_crsEPSG$ETRS89 + ODN Orkney heightEPSG/%3compound_crsEPSG$ETRS89 + ODN heightEPSG3%;compound_crsEPSG$ETRS89 + Lerwick heightEPSGA%Wcompound_crsEPSGJEUREF89 / NTM zone 22 + NN2000 heightEPSG?%Scompound_crsEPSGEUREF89 / NTM zone 22 + NN54 heightEPSGA%Wcompound_crsEPSGFEUREF89 / NTM zone 18 + NN2000 heightEPSGA%Wcompound_crsEPSGREUREF89 / NTM zone 30 + NN2000 heightEPSG@%Ucompound_crsEPSGRETRS89 / NTM zone 30 + NN2000 heightEPSG?%Scompound_crsEPSGEUREF89 / NTM zone 30 + NN54 heightEPSG>%Qcompound_crsEPSGETRS89 / NTM zone 30 + NN54 heightEPSGA %Wcompound_crsEPSGQEUREF89 / NTM zone 29 + NN2000 heightEPSG@ %Ucompound_crsEPSGQETRS89 / NTM zone 29 + NN2000 heightEPSG? %Scompound_crsEPSGEUREF89 / NTM zone 29 + NN54 heightEPSG> %Qcompound_crsEPSGETRS89 / NTM zone 29 + NN54 heightEPSGA %Wcompound_crsEPSGPEUREF89 / NTM zone 28 + NN2000 heightEPSG@%Ucompound_crsEPSGPETRS89 / NTM zone 28 + NN2000 heightEPSG?%Scompound_crsEPSGEUREF89 / NTM zone 28 + NN54 heightEPSG>%Qcompound_crsEPSGETRS89 / NTM zone 28 + NN54 heightEPSGA%Wcompound_crsEPSGOEUREF89 / NTM zone 27 + NN2000 heightEPSG@%Ucompound_crsEPSGOETRS89 / NTM zone 27 + NN2000 heightEPSG?%Scompound_crsEPSGEUREF89 / NTM zone 27 + NN54 heightEPSG>%Qcompound_crsEPSGETRS89 / NTM zone 27 + NN54 heightEPSGA%Wcompound_crsEPSGNEUREF89 / NTM zone 26 + NN2000 heightEPSG@%Ucompound_crsEPSGNETRS89 / NTM zone 26 + NN2000 heightEPSG?%Scompound_crsEPSGEUREF89 / NTM zone 26 + NN54 heightEPSG>~%Qcompound_crsEPSGETRS89 / NTM zone 26 + NN54 heightEPSGA}%Wcompound_crsEPSGMEUREF89 / NTM zone 25 + NN2000 heightEPSG@|%Ucompound_crsEPSGMETRS89 / NTM zone 25 + NN2000 heightEPSG?{%Scompound_crsEPSGEUREF89 / NTM zone 25 + NN54 heightEPSG>z%Qcompound_crsEPSGETRS89 / NTM zone 25 + NN54 heightEPSGAy%Wcompound_crsEPSGLEUREF89 / NTM zone 24 + NN2000 heightEPSG@x%Ucompound_crsEPSGLETRS89 / NTM zone 24 + NN2000 heightEPSG?w%Scompound_crsEPSGEUREF89 / NTM zone 24 + NN54 heightEPSG>v%Qcompound_crsEPSGETRS89 / NTM zone 24 + NN54 heightEPSGAu%Wcompound_crsEPSGKEUREF89 / NTM zone 23 + NN2000 heightEPSG@t%Ucompound_crsEPSGKETRS89 / NTM zone 23 + NN2000 heightEPSG?s%Scompound_crsEPSGEUREF89 / NTM zone 23 + NN54 heightEPSG>r%Qcompound_crsEPSGETRS89 / NTM zone 23 + NN54 heightEPSG@q%Ucompound_crsEPSGJETRS89 / NTM zone 22 + NN2000 heightEPSG>p%Qcompound_crsEPSGETRS89 / NTM zone 22 + NN54 heightEPSGAo%Wcompound_crsEPSGIEUREF89 / NTM zone 21 + NN2000 heightEPSG@n%Ucompound_crsEPSGIETRS89 / NTM zone 21 + NN2000 heightEPSG?m%Scompound_crsEPSGEUREF89 / NTM zone 21 + NN54 heightEPSG>l%Qcompound_crsEPSGETRS89 / NTM zone 21 + NN54 heightEPSGAk%Wcompound_crsEPSGHEUREF89 / NTM zone 20 + NN2000 heightEPSG@j%Ucompound_crsEPSGHETRS89 / NTM zone 20 + NN2000 heightEPSG?i%Scompound_crsEPSGEUREF89 / NTM zone 20 + NN54 heightEPSG Ls)b, X + S & T  s B  k C Y"H^9 X3M =w5iE#t%geodetic_crsEPSG2RDN2008EPSG#s%geodetic_crsEPSG1RDN2008EPSG#r%geodetic_crsEPSG0RDN2008EPSG!q%geodetic_crsEPSG>IGM95EPSG!p%geodetic_crsEPSGwIGM95EPSG!o%geodetic_crsEPSGvIGM95EPSG?n%Scompound_crsEPSG EUREF89 / UTM zone 36 + NN54 heightEPSG?m%Scompound_crsEPSGEUREF89 / UTM zone 35 + NN54 heightEPSG?l%Scompound_crsEPSGEUREF89 / UTM zone 34 + NN54 heightEPSG?k%Scompound_crsEPSGEUREF89 / UTM zone 33 + NN54 heightEPSG?j%Scompound_crsEPSGEUREF89 / UTM zone 32 + NN54 heightEPSG?i%Scompound_crsEPSGEUREF89 / UTM zone 31 + NN54 heightEPSGAh%Wcompound_crsEPSGXEUREF89 / UTM zone 36 + NN2000 heightEPSGAg%Wcompound_crsEPSGWEUREF89 / UTM zone 35 + NN2000 heightEPSGAf%Wcompound_crsEPSGVEUREF89 / UTM zone 34 + NN2000 heightEPSGAe%Wcompound_crsEPSGUEUREF89 / UTM zone 33 + NN2000 heightEPSGAd%Wcompound_crsEPSGTEUREF89 / UTM zone 32 + NN2000 heightEPSGAc%Wcompound_crsEPSGSEUREF89 / UTM zone 31 + NN2000 heightEPSG/b%3geodetic_crsEPSGETRS89-SVN [D96-17]EPSG)a%'geodetic_crsEPSGSlovenia 1996EPSG"`%geodetic_crsEPSGD96-17EPSG/_%3geodetic_crsEPSGETRS89-SVN [D96-17]EPSG)^%'geodetic_crsEPSGSlovenia 1996EPSG"]%geodetic_crsEPSGD96-17EPSG/\%3geodetic_crsEPSGETRS89-SVN [D96-17]EPSG)[%'geodetic_crsEPSGSlovenia 1996EPSG"Z%geodetic_crsEPSGD96-17EPSG'Y%#geodetic_crsEPSG+%KRGJSH 2010EPSG'X%#geodetic_crsEPSG+'KRGJSH 2010EPSG'W%#geodetic_crsEPSG+&KRGJSH 2010EPSG3V%;compound_crsEPSG%%ETRS89 + Menorca heightEPSG3U%;compound_crsEPSG(uETRS89 + Melilla heightEPSG4T%=compound_crsEPSG%$ETRS89 + Mallorca heightEPSG1S%7compound_crsEPSG%#ETRS89 + Ibiza heightEPSG6R%Acompound_crsEPSG(sETRS89 + Formentera heightEPSG3Q%;compound_crsEPSG%"ETRS89 + Ceuta 2 heightEPSG4P%=compound_crsEPSG%!ETRS89 + Alicante heightEPSG3O%;compound_crsEPSG(tETRS89 + Alboran heightEPSG/N%3geodetic_crsEPSG&8RGF93 v2b (lon-lat)EPSG/M%3geodetic_crsEPSG&7RGF93 v2b (lon-lat)EPSG%L%geodetic_crsEPSG&6RGF93 v2bEPSG%K%geodetic_crsEPSG&5RGF93 v2bEPSG%J%geodetic_crsEPSG&4RGF93 v2bEPSG.I%1geodetic_crsEPSG&3RGF93 v2 (lon-lat)EPSG.H%1geodetic_crsEPSG&2RGF93 v2 (lon-lat)EPSG$G%geodetic_crsEPSG&1RGF93 v2EPSG$F%geodetic_crsEPSG&0RGF93 v2EPSG$E%geodetic_crsEPSG&/RGF93 v2EPSG.D%1geodetic_crsEPSGRGF93 v1 (lon-lat)EPSG.C%1geodetic_crsEPSGRGF93 v1 (lon-lat)EPSG$B%geodetic_crsEPSGKRGF93 v1EPSG$A%geodetic_crsEPSGeRGF93 v1EPSG$@%geodetic_crsEPSGdRGF93 v1EPSG8?'Cprojected_crsEPSG+ETRS89 / UTM zone 31N (N-E)EPSG*>''projected_crsEPSG+ETRS89 / TM30EPSG2='7projected_crsEPSG+ETRS89 / UTM zone 30NEPSG2<'7projected_crsEPSG+ETRS89 / UTM zone 31NEPSG8;'Cprojected_crsEPSG+ETRS89 / UTM zone 29N (N-E)EPSG*:''projected_crsEPSG+ETRS89 / TM29EPSG89'Cprojected_crsEPSG+ETRS89 / UTM zone 30N (N-E)EPSG*8''projected_crsEPSG+ETRS89 / TM30EPSG27'7projected_crsEPSG+ETRS89 / UTM zone 29NEPSG86'Cprojected_crsEPSG+ETRS89 / UTM zone 28N (N-E)EPSG*5''projected_crsEPSG+ETRS89 / TM28EPSG24'7projected_crsEPSG+ETRS89 / UTM zone 28NEPSG13%7compound_crsEPSG+pETRS89 + FVR09 heightEPSG22'7projected_crsEPSG+EUREF89 / UTM zone 37EPSG31%;compound_crsEPSG)1ETRS89 + Cascais heightEPSG30'9projected_crsEPSGETRS89 / Portugal TM06EPSG"/%geodetic_crsEPSG+ETRS89EPSG<.%Mcompound_crsEPSGETRS89 / Faroe TM + FVR09 heightEPSG*-''projected_crsEPSGETRS89 / FOTMEPSG3,'9projected_crsEPSG IETRS89 / Faroe LambertEPSGG+%ccompound_crsEPSG ETRS89-SVK [SKTRF2022] + Baltic 1957 heightEPSGE*%_compound_crsEPSG ETRS89-SVK [SKTRF09] + Baltic 1957 heightEPSGB)%Ycompound_crsEPSG ETRS89-CZE [2007] + Baltic 1957 heightEPSG GPw; X " { S +  [ # { C c +Z'[(\$yDt?](}H h-8;'Cprojected_crsEPSG+ ETRS89 / UTM zone 37N (N-E)EPSG2:'7projected_crsEPSG+ETRS89 / UTM zone 37NEPSG89'Cprojected_crsEPSG+ ETRS89 / UTM zone 36N (N-E)EPSG28'7projected_crsEPSG+ETRS89 / UTM zone 36NEPSG87'Cprojected_crsEPSG+ ETRS89 / UTM zone 35N (N-E)EPSG26'7projected_crsEPSG+ETRS89 / UTM zone 35NEPSG85'Cprojected_crsEPSG+ETRS89 / UTM zone 34N (N-E)EPSG24'7projected_crsEPSG+ETRS89 / UTM zone 34NEPSG83'Cprojected_crsEPSG+ETRS89 / UTM zone 33N (N-E)EPSG22'7projected_crsEPSG+ETRS89 / UTM zone 33NEPSG81'Cprojected_crsEPSG+ETRS89 / UTM zone 32N (N-E)EPSG20'7projected_crsEPSG+ETRS89 / UTM zone 32NEPSG8/'Cprojected_crsEPSG+ETRS89 / UTM zone 31N (N-E)EPSG2.'7projected_crsEPSG+ ETRS89 / UTM zone 31NEPSG8-'Cprojected_crsEPSG+ETRS89 / UTM zone 30N (N-E)EPSG4,%=compound_crsEPSG)EUREF-FIN + N2000 heightEPSG2+%9compound_crsEPSG)EUREF-FIN + N60 heightEPSGC*%[compound_crsEPSG*EUREF-FIN / TM35FIN(E,N) + N2000 heightEPSGC)%[compound_crsEPSG?EUREF-FIN / TM35FIN(N,E) + N2000 heightEPSGA(%Wcompound_crsEPSG>EUREF-FIN / TM35FIN(N,E) + N60 heightEPSG2''7projected_crsEPSG+ ETRS89 / UTM zone 30NEPSG8&'Cprojected_crsEPSGETRS89 / UTM zone 35N (N,E)EPSG5%'=projected_crsEPSG)EUREF-FIN / UTM zone 36NEPSG5$'=projected_crsEPSG)EUREF-FIN / UTM zone 34NEPSG5#'=projected_crsEPSGEUREF-FIN / TM35FIN(N,E)EPSG0"'3projected_crsEPSG-EUREF-FIN / GK31FINEPSG0!'3projected_crsEPSG,EUREF-FIN / GK30FINEPSG0 '3projected_crsEPSG+EUREF-FIN / GK29FINEPSG0'3projected_crsEPSG*EUREF-FIN / GK28FINEPSG0'3projected_crsEPSG)EUREF-FIN / GK27FINEPSG0'3projected_crsEPSG(EUREF-FIN / GK26FINEPSG0'3projected_crsEPSG'EUREF-FIN / GK25FINEPSG0'3projected_crsEPSG&EUREF-FIN / GK24FINEPSG0'3projected_crsEPSG%EUREF-FIN / GK23FINEPSG0'3projected_crsEPSG$EUREF-FIN / GK22FINEPSG0'3projected_crsEPSG#EUREF-FIN / GK21FINEPSG0'3projected_crsEPSG"EUREF-FIN / GK20FINEPSG0'3projected_crsEPSG!EUREF-FIN / GK19FINEPSG5'=projected_crsEPSG BEUREF-FIN / ETRS-GK31FINEPSG5'=projected_crsEPSG AEUREF-FIN / ETRS-GK30FINEPSG5'=projected_crsEPSG @EUREF-FIN / ETRS-GK29FINEPSG5'=projected_crsEPSG ?EUREF-FIN / ETRS-GK28FINEPSG5'=projected_crsEPSG >EUREF-FIN / ETRS-GK27FINEPSG5'=projected_crsEPSG =EUREF-FIN / ETRS-GK26FINEPSG5'=projected_crsEPSG  } H  r ( Dl$SY$q5mFX0V,}F4';projected_crsEPSGETRF2000-PL / CS2000/21EPSG4';projected_crsEPSGETRF2000-PL / CS2000/18EPSG4';projected_crsEPSGETRF2000-PL / CS2000/15EPSG.%1vertical_crsEPSG%EVRF2007-PL heightEPSG<%Mcompound_crsEPSG%ETRF2000-PL + EVRF2007-PL heightEPSG<%Mcompound_crsEPSG%ETRF2000-PL + Baltic 1986 heightEPSG'%#geodetic_crsEPSG%ETRF2000-PLEPSG'%#geodetic_crsEPSG%ETRF2000-PLEPSG'%#geodetic_crsEPSG%ETRF2000-PLEPSG3~'9projected_crsEPSGMOLDREF99 / Moldova TMEPSG%}%geodetic_crsEPSGMOLDREF99EPSG%|%geodetic_crsEPSGMOLDREF99EPSG%{%geodetic_crsEPSGMOLDREF99EPSG.z%1geodetic_crsEPSG+ETRS89/DREF91/2025EPSG.y%1geodetic_crsEPSG+ETRS89/DREF91/2025EPSG.x%1geodetic_crsEPSG+ETRS89/DREF91/2025EPSG1w'5projected_crsEPSG(BLKS-2020 / Latvia TMEPSG$v%geodetic_crsEPSG(ALKS-2020EPSG$u%geodetic_crsEPSG(@LKS-2020EPSG$t%geodetic_crsEPSG(?LKS-2020EPSG/s'1projected_crsEPSG LKS-92 / Latvia TMEPSG"r%geodetic_crsEPSG5LKS-92EPSG"q%geodetic_crsEPSGULKS-92EPSG"p%geodetic_crsEPSGTLKS-92EPSG9o'Eprojected_crsEPSG#KOSOVAREF01 / Balkans zone 7EPSG'n%#geodetic_crsEPSG#KOSOVAREF01EPSG'm%#geodetic_crsEPSG#KOSOVAREF01EPSG'l%#geodetic_crsEPSG#KOSOVAREF01EPSG2k'7projected_crsEPSG)ETRS89 / UTM zone 33NEPSG2j'7projected_crsEPSG)ETRS89 / UTM zone 32NEPSG2i'7projected_crsEPSG)ETRS89 / UTM zone 31NEPSG@h%Ucompound_crsEPSG(5ETRS89/DREF91/2016 + DHHN2016 heightEPSG>g'Oprojected_crsEPSG)ETRS89/DREF91/2016 / UTM zone 33NEPSG>f'Oprojected_crsEPSG)ETRS89/DREF91/2016 / UTM zone 32NEPSG>e'Oprojected_crsEPSG)ETRS89/DREF91/2016 / UTM zone 31NEPSGEd']projected_crsEPSG(3ETRS89/DREF91/2016 / UTM zone 33N (zE-N)EPSGEc']projected_crsEPSG(2ETRS89/DREF91/2016 / UTM zone 33N (N-zE)EPSGEb']projected_crsEPSG(1ETRS89/DREF91/2016 / UTM zone 32N (zE-N)EPSGEa']projected_crsEPSG(0ETRS89/DREF91/2016 / UTM zone 32N (N-zE)EPSGE`']projected_crsEPSG(/ETRS89/DREF91/2016 / UTM zone 31N (zE-N)EPSGE_']projected_crsEPSG(.ETRS89/DREF91/2016 / UTM zone 31N (N-zE)EPSGN^'oprojected_crsEPSG(-ETRS89/DREF91/2016 / 3-degree Gauss-Kruger zone 3EPSG.]%1geodetic_crsEPSG(,ETRS89/DREF91/2016EPSG.\%1geodetic_crsEPSG(+ETRS89/DREF91/2016EPSG.[%1geodetic_crsEPSG(*ETRS89/DREF91/2016EPSGGZ'aprojected_crsEPSG ETRS89-EST [EST97] / Estonia National GridEPSG!Y%geodetic_crsEPSGTEST97EPSG!X%geodetic_crsEPSGGEST97EPSG!W%geodetic_crsEPSGFEST97EPSG2V'7projected_crsEPSGETRS89 / UTM zone 34NEPSG2U'7projected_crsEPSGHTRS96 / UTM zone 34NEPSG2T'7projected_crsEPSGETRS89 / UTM zone 33NEPSG2S'7projected_crsEPSGHTRS96 / UTM zone 33NEPSG0R'3projected_crsEPSGHTRS96 / Croatia TMEPSG1Q'5projected_crsEPSGHTRS96 / Croatia LCCEPSG"P%geodetic_crsEPSGHTRS96EPSG"O%geodetic_crsEPSGHTRS96EPSG"N%geodetic_crsEPSGHTRS96EPSG2M'7projected_crsEPSG}ETRS89 / UTM zone 36NEPSG3L'9projected_crsEPSG}BGS2005 / UTM zone 36NEPSG8K'Cprojected_crsEPSGxETRS89 / UTM zone 35N (N-E)EPSG9J'Eprojected_crsEPSGxBGS2005 / UTM zone 35N (N-E)EPSG2I'7projected_crsEPSG$ETRS89 / UTM zone 35NEPSG3H'9projected_crsEPSG$BGS2005 / UTM zone 35NEPSG9G'Eprojected_crsEPSGwBGS2005 / UTM zone 34N (N-E)EPSG8F'Cprojected_crsEPSGwETRS89 / UTM zone 34N (N-E)EPSG2E'7projected_crsEPSG{ETRS89 / UTM zone 34NEPSG3D'9projected_crsEPSG{BGS2005 / UTM zone 34NEPSG.C'/projected_crsEPSGyBGS2005 / CCS2005EPSG#B%geodetic_crsEPSGvBGS2005EPSG#A%geodetic_crsEPSGuBGS2005EPSG#@%geodetic_crsEPSGtBGS2005EPSG+?')projected_crsEPSG(YBH_ETRS89 / TMEPSG%>%geodetic_crsEPSG(XBH_ETRS89EPSG%=%geodetic_crsEPSG(WBH_ETRS89EPSG%<%geodetic_crsEPSG(VBH_ETRS89EPSG DnEtM& x J  d 6  i ( c " v 9EQP {4x0~IdW:K%Icompound_crsEPSG(Slovenia 1996 + SVS2010 heightEPSG@J%Ucompound_crsEPSG)ETRS89-SVN [D96-17] + SVS2000 heightEPSG:I%Icompound_crsEPSG)Slovenia 1996 + SVS2000 heightEPSGYH%compound_crsEPSG(ETRS89-SVN [D96-17] / Slovene National Grid + SVS2010 heightEPSGRG%ycompound_crsEPSG(Slovenia 1996 / Slovene National Grid + SVS2010 heightEPSGYF%compound_crsEPSG)ETRS89-SVN [D96-17] / Slovene National Grid + SVS2000 heightEPSGRE%ycompound_crsEPSG)Slovenia 1996 / Slovene National Grid + SVS2000 heightEPSGHD'cprojected_crsEPSGETRS89-SVN [D96-17] / Slovene National GridEPSGBC'Wprojected_crsEPSGSlovenia 1996 / Slovene National GridEPSG2B'7projected_crsEPSG!ETRS89 / UTM zone 33NEPSG9A'Eprojected_crsEPSG!Slovenia 1996 / UTM zone 33NEPSG8@%Ecompound_crsEPSG) RGF93 v2b + NGF-IGN78 heightEPSG8?%Ecompound_crsEPSG&9RGF93 v2b + NGF-IGN69 heightEPSGE>%_compound_crsEPSG)RGF93 v2b / Lambert-93 + NGF-IGN78 heightEPSGE=%_compound_crsEPSG)RGF93 v2b / Lambert-93 + NGF-IGN69 heightEPSG7<%Ccompound_crsEPSG%CRGF93 v2 + NGF-IGN78 heightEPSG7;%Ccompound_crsEPSG%BRGF93 v2 + NGF-IGN69 heightEPSGD:%]compound_crsEPSG)RGF93 v2 / Lambert-93 + NGF-IGN78 heightEPSGD9%]compound_crsEPSG)RGF93 v2 / Lambert-93 + NGF-IGN69 heightEPSGD8%]compound_crsEPSGCRGF93 v1 / Lambert-93 + NGF-IGN78 heightEPSGD7%]compound_crsEPSGBRGF93 v1 / Lambert-93 + NGF-IGN69 heightEPSGG6%ccompound_crsEPSGETRS89 / UTM zone 33N (N-E) + RH2000 heightEPSG:5%Icompound_crsEPSGSWEREF99 23 15 + RH2000 heightEPSG:4%Icompound_crsEPSGSWEREF99 21 45 + RH2000 heightEPSG:3%Icompound_crsEPSGSWEREF99 20 15 + RH2000 heightEPSG:2%Icompound_crsEPSGSWEREF99 18 45 + RH2000 heightEPSG:1%Icompound_crsEPSGSWEREF99 17 15 + RH2000 heightEPSG:0%Icompound_crsEPSGSWEREF99 15 45 + RH2000 heightEPSG:/%Icompound_crsEPSGSWEREF99 14 15 + RH2000 heightEPSG:.%Icompound_crsEPSGSWEREF99 18 00 + RH2000 heightEPSG:-%Icompound_crsEPSGSWEREF99 16 30 + RH2000 heightEPSG:,%Icompound_crsEPSGSWEREF99 15 00 + RH2000 heightEPSG:+%Icompound_crsEPSGSWEREF99 13 30 + RH2000 heightEPSG:*%Icompound_crsEPSGSWEREF99 12 00 + RH2000 heightEPSG7)%Ccompound_crsEPSGSWEREF99 TM + RH2000 heightEPSG4(%=compound_crsEPSGSWEREF99 + RH2000 heightEPSG8''Cprojected_crsEPSG ETRS89 / UTM zone 33N (N-E)EPSG>&'Oprojected_crsEPSG SWEREF99 / RT90 5 gon O emulationEPSG@%'Sprojected_crsEPSG SWEREF99 / RT90 2.5 gon O emulationEPSG<$'Kprojected_crsEPSGSWEREF99 / RT90 0 gon emulationEPSG@#'Sprojected_crsEPSGSWEREF99 / RT90 2.5 gon V emulationEPSG>"'Oprojected_crsEPSGSWEREF99 / RT90 5 gon V emulationEPSG@!'Sprojected_crsEPSGSWEREF99 / RT90 7.5 gon V emulationEPSG+ ')projected_crsEPSG SWEREF99 23 15EPSG+')projected_crsEPSG SWEREF99 21 45EPSG+')projected_crsEPSG SWEREF99 20 15EPSG+')projected_crsEPSG SWEREF99 18 45EPSG+')projected_crsEPSG SWEREF99 17 15EPSG+')projected_crsEPSG SWEREF99 15 45EPSG+')projected_crsEPSG SWEREF99 14 15EPSG+')projected_crsEPSG SWEREF99 18 00EPSG+')projected_crsEPSG SWEREF99 16 30EPSG+')projected_crsEPSG SWEREF99 15 00EPSG+')projected_crsEPSG SWEREF99 13 30EPSG+')projected_crsEPSG SWEREF99 12 00EPSG('#projected_crsEPSG SWEREF99 TMEPSG$%geodetic_crsEPSG SWEREF99EPSG$%geodetic_crsEPSGqSWEREF99EPSG$%geodetic_crsEPSGpSWEREF99EPSG"%geodetic_crsEPSGSREF98EPSG"%geodetic_crsEPSGSREF98EPSG"%geodetic_crsEPSGSREF98EPSG6 '?projected_crsEPSG!SRB_ETRS89 / UTM zone 34NEPSG& %!geodetic_crsEPSG!SRB_ETRS89EPSG& %!geodetic_crsEPSG!SRB_ETRS89EPSG& %!geodetic_crsEPSG!SRB_ETRS89EPSG/ '1projected_crsEPSGETRF2000-PL / CS92EPSG4';projected_crsEPSGETRF2000-PL / CS2000/24EPSG LY2 [% b . f / U  e ) u 9@ ~O d/l=R"b2vJq73%;compound_crsEPSG,/ETRS89 [ETRF2000] + BpvEPSG4%=compound_crsEPSG,2ETRS89 + EVRF2007 heightEPSG7%Ccompound_crsEPSG,0ETRS89 + Baltic 1957 heightEPSG3%;compound_crsEPSG,0ETRS89 [ETRF2000] + BpvEPSG$%geodetic_crsEPSG+AGRS2010EPSG$%geodetic_crsEPSG+AGRS2010EPSG&'projected_crsEPSGq@RD BesselEPSG)%'geodetic_crsEPSG+SRGI2013e2021EPSG)%'geodetic_crsEPSG+SRGI2013e2021EPSG)%'geodetic_crsEPSG+SRGI2013e2021EPSG- '-projected_crsEPSG&zRGF93 v2b / CC50EPSG- '-projected_crsEPSG&yRGF93 v2b / CC49EPSG- '-projected_crsEPSG&xRGF93 v2b / CC48EPSG- '-projected_crsEPSG&wRGF93 v2b / CC47EPSG- '-projected_crsEPSG&vRGF93 v2b / CC46EPSG-'-projected_crsEPSG&uRGF93 v2b / CC45EPSG-'-projected_crsEPSG&tRGF93 v2b / CC44EPSG-'-projected_crsEPSG&sRGF93 v2b / CC43EPSG-'-projected_crsEPSG&rRGF93 v2b / CC42EPSG,'+projected_crsEPSG&fRGF93 v2 / CC50EPSG,'+projected_crsEPSG&eRGF93 v2 / CC49EPSG,'+projected_crsEPSG&dRGF93 v2 / CC48EPSG,'+projected_crsEPSG&cRGF93 v2 / CC47EPSG,'+projected_crsEPSG&bRGF93 v2 / CC46EPSG,'+projected_crsEPSG&aRGF93 v2 / CC45EPSG,~'+projected_crsEPSG&`RGF93 v2 / CC44EPSG,}'+projected_crsEPSG&_RGF93 v2 / CC43EPSG,|'+projected_crsEPSG&^RGF93 v2 / CC42EPSG3{'9projected_crsEPSG&BRGF93 v2b / Lambert-93EPSG2z'7projected_crsEPSG&ARGF93 v2 / Lambert-93EPSG,y'+projected_crsEPSGnRGF93 v1 / CC50EPSG,x'+projected_crsEPSGmRGF93 v1 / CC49EPSG,w'+projected_crsEPSGlRGF93 v1 / CC48EPSG,v'+projected_crsEPSGkRGF93 v1 / CC47EPSG,u'+projected_crsEPSGjRGF93 v1 / CC46EPSG,t'+projected_crsEPSGiRGF93 v1 / CC45EPSG,s'+projected_crsEPSGhRGF93 v1 / CC44EPSG,r'+projected_crsEPSGgRGF93 v1 / CC43EPSG,q'+projected_crsEPSGfRGF93 v1 / CC42EPSG2p'7projected_crsEPSGjRGF93 v1 / Lambert-93EPSGBo%Ycompound_crsEPSG, SRGI2013e2021 + INAGeoid2020 v2 heightEPSG9n'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 52NEPSG9m'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 54SEPSG9l'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 53SEPSG9k'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 52SEPSG9j'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 51SEPSG9i'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 50SEPSG9h'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 49SEPSG9g'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 48SEPSG9f'Eprojected_crsEPSG, SRGI2013e2021 / UTM zone 47SEPSG9e'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 51NEPSG9d'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 50NEPSG9c'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 49NEPSG9b'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 48NEPSG9a'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 47NEPSG9`'Eprojected_crsEPSG,SRGI2013e2021 / UTM zone 46NEPSG#_%compound_crsEPSG*LSG2025EPSG4^%=compound_crsEPSG*OSNet v2009 + LSG heightEPSG/]%3compound_crsEPSG*ETRS89 + LSG heightEPSG*\''projected_crsEPSG+ETRS89 / LB08EPSG2['7projected_crsEPSG+ETRS89 / Lambert 2008EPSG1Z%7compound_crsEPSG$FAGRS2010 + NAP heightEPSG1Y%7compound_crsEPSG$JETRS89 + MSL NL depthEPSG1X%7compound_crsEPSG$IETRS89 + LAT NL depthEPSG(W%%vertical_crsEPSG$HMSL NL depthEPSG(V%%vertical_crsEPSG$GLAT NL depthEPSG6U%Acompound_crsEPSG$ETRS89 + Malin Head heightEPSG3T%;compound_crsEPSG$ETRS89 + Belfast heightEPSG2S'7projected_crsEPSGnETRS89 / UTM zone 29NEPSG4R';projected_crsEPSGnIRENET95 / UTM zone 29NEPSGAQ'Uprojected_crsEPSGmIRENET95 / Irish Transverse MercatorEPSG$P%geodetic_crsEPSGMIRENET95EPSG$O%geodetic_crsEPSGOIRENET95EPSG$N%geodetic_crsEPSGNIRENET95EPSG:M'Gprojected_crsEPSGETRS89 / Belgian Lambert 2008EPSG@L%Ucompound_crsEPSG(ETRS89-SVN [D96-17] + SVS2010 heightEPSG G` q6 L  b ( x R , [ ' R wQ pHa&u9I Yi-y=9b'=projected_crsEPSGN=1995 Coord. Sys. zone 29EPSG_OLD9a'=projected_crsEPSGN<1995 Coord. Sys. zone 28EPSG_OLD9`'=projected_crsEPSGN;1995 Coord. Sys. zone 27EPSG_OLD9_'=projected_crsEPSGN:1995 Coord. Sys. zone 26EPSG_OLD9^'=projected_crsEPSGN91995 Coord. Sys. zone 25EPSG_OLD9]'=projected_crsEPSGN81995 Coord. Sys. zone 24EPSG_OLD9\'=projected_crsEPSGN71995 Coord. Sys. zone 23EPSG_OLD9['=projected_crsEPSGN61995 Coord. Sys. zone 22EPSG_OLD9Z'=projected_crsEPSGN51995 Coord. Sys. zone 21EPSG_OLD9Y'=projected_crsEPSGN41995 Coord. Sys. zone 20EPSG_OLD9X'=projected_crsEPSGN31995 Coord. Sys. zone 19EPSG_OLD9W'=projected_crsEPSGN21995 Coord. Sys. zone 18EPSG_OLD9V'=projected_crsEPSGN11995 Coord. Sys. zone 17EPSG_OLD9U'=projected_crsEPSGN01995 Coord. Sys. zone 16EPSG_OLD9T'=projected_crsEPSGN/1995 Coord. Sys. zone 15EPSG_OLD9S'=projected_crsEPSGN.1995 Coord. Sys. zone 14EPSG_OLD9R'=projected_crsEPSGN-1995 Coord. Sys. zone 13EPSG_OLD9Q'=projected_crsEPSGN,1995 Coord. Sys. zone 12EPSG_OLD9P'=projected_crsEPSGN+1995 Coord. Sys. zone 11EPSG_OLD9O'=projected_crsEPSGN*1995 Coord. Sys. zone 10EPSG_OLD8N';projected_crsEPSGN)1995 Coord. Sys. zone 9EPSG_OLD8M';projected_crsEPSGN(1995 Coord. Sys. zone 8EPSG_OLD8L';projected_crsEPSGN'1995 Coord. Sys. zone 7EPSG_OLD8K';projected_crsEPSGN&1995 Coord. Sys. zone 6EPSG_OLD8J';projected_crsEPSGN%1995 Coord. Sys. zone 5EPSG_OLD8I';projected_crsEPSGN$1995 Coord. Sys. zone 4EPSG_OLD5H%7compound_crsEPSGNAD27 / TX_N + NGVD29EPSG_OLD6G%9compound_crsEPSGGB National Grid + ODNEPSG_OLD%F%vertical_crsEPSGaLHN95EPSG_OLD$E%vertical_crsEPSG`LN02EPSG_OLD%D%vertical_crsEPSG\PHD93EPSG_OLD5C%7vertical_crsEPSG[Japan Levelling DatumEPSG_OLD&@%vertical_crsEPSGQCGVD28EPSG_OLD.?%)vertical_crsEPSGPAHD (Tasmania)EPSG_OLD#>%vertical_crsEPSGOAHDEPSG_OLD#=%vertical_crsEPSGMNAPEPSG_OLD&<%vertical_crsEPSGGNAVD88EPSG_OLD&;%vertical_crsEPSGFNGVD29EPSG_OLD#:%vertical_crsEPSGEODNEPSG_OLD:8'?projected_crsEPSGyZanderij / Surinam Old TMEPSG_OLD>7'Gprojected_crsEPSGXLevant / Levant StereographicEPSG_OLD'6)vertical_datumEPSG'IGN89EPSG_OLD<5)Ageodetic_datumEPSGSt Pierre et Miquelon 1950EPSG_OLD(3)geodetic_datumEPSGDGN-95EPSG_OLD12)+vertical_datumEPSGAdmiralty DatumEPSG_OLDI1)[geodetic_datumEPSGKartasto Koordinaati Järjestelmä 1966EPSG_OLD%0)geodetic_datumEPSGD48EPSG_OLD(/)geodetic_datumEPSGHR1901EPSG_OLD/.)'geodetic_datumEPSGNAD83(CSRS98)EPSG_OLD#-%geodetic_crsEPSG+CHTRF95EPSG#,%geodetic_crsEPSG+CHTRF95EPSG8+'Cprojected_crsEPSG,qNAD83(2011) / Butte 83 (ft)EPSG7*'Aprojected_crsEPSG,pNAD83(2011) / Butte 83 (m)EPSG8)'Cprojected_crsEPSG,oNAD83(2011) / Butte 83 (ft)EPSG7('Aprojected_crsEPSG,nNAD83(2011) / Butte 83 (m)EPSG8''Cprojected_crsEPSG,mNAD83(2011) / Butte 83 (ft)EPSG7&'Aprojected_crsEPSG,lNAD83(2011) / Butte 83 (m)EPSG8%'Cprojected_crsEPSG,kNAD83(2011) / Butte 83 (ft)EPSG7$'Aprojected_crsEPSG,jNAD83(2011) / Butte 83 (m)EPSG8#'Cprojected_crsEPSG,iNAD83(2011) / Butte 83 (ft)EPSG7"'Aprojected_crsEPSG,hNAD83(2011) / Butte 83 (m)EPSG8!'Cprojected_crsEPSG,gNAD83(2011) / Butte 83 (ft)EPSG7 'Aprojected_crsEPSG,fNAD83(2011) / Butte 83 (m)EPSG8'Cprojected_crsEPSG,eNAD83(2011) / Butte 83 (ft)EPSG7'Aprojected_crsEPSG,dNAD83(2011) / Butte 83 (m)EPSG8'Cprojected_crsEPSG,cNAD83(2011) / Butte 83 (ft)EPSG7'Aprojected_crsEPSG,bNAD83(2011) / Butte 83 (m)EPSG='Mprojected_crsEPSG,aNAD83(2011) / Big Timber 83 (ft)EPSG<'Kprojected_crsEPSG,`NAD83(2011) / Big Timber 83 (m)EPSG$%geodetic_crsEPSG+AGRS2010EPSG7%Ccompound_crsEPSG,/ETRS89 + Baltic 1957 heightEPSG DLV j / ~ H \ ! p 4 D Td(t8H X/ k,u? z2$*%vertical_crsEPSGjHKPDEPSG_OLD.)%)vertical_crsEPSGhHuang Hai 1956EPSG_OLD)(%vertical_crsEPSGIKronstadtEPSG_OLDE''Uprojected_crsEPSGQ7Lisbon 1937 (Lisbon)/Portuguese GridEPSG_OLD<&'Cprojected_crsEPSGkNTF (Paris) / Centre FranceEPSG_OLD%%%geodetic_crsEPSGRD/83EPSG_OLD%$%geodetic_crsEPSGPD/83EPSG_OLD3#'1projected_crsEPSGz1MGI / Austria WestEPSG_OLD3"'1projected_crsEPSGz3MGI / Austria EastEPSG_OLD6!'7projected_crsEPSGz2MGI / Austria CentralEPSG_OLD< 'Cprojected_crsEPSGzRD/83 / Gauss-Kruger zone 5EPSG_OLD<'Cprojected_crsEPSGzRD/83 / Gauss-Kruger zone 4EPSG_OLD<'Cprojected_crsEPSGzPD/83 / Gauss-Kruger zone 4EPSG_OLD<'Cprojected_crsEPSGzPD/83 / Gauss-Kruger zone 3EPSG_OLD+%#geodetic_crsEPSGD48 (Ferro)EPSG_OLD.%)geodetic_crsEPSGHR1901 (Ferro)EPSG_OLD#%geodetic_crsEPSGD48EPSG_OLD&%geodetic_crsEPSGHR1901EPSG_OLD9'=projected_crsEPSGwVoirol /S Algerie ancienEPSG_OLD9'=projected_crsEPSGwVoirol /N Algerie ancienEPSG_OLD9'=projected_crsEPSGuTrinidad 1903 / TrinidadEPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 32EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 31EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 30EPSG_OLD9'=projected_crsEPSGo 1942 Coord. Sys. zone 29EPSG_OLD9 '=projected_crsEPSGo 1942 Coord. Sys. zone 28EPSG_OLD9 '=projected_crsEPSGo 1942 Coord. Sys. zone 27EPSG_OLD9 '=projected_crsEPSGo 1942 Coord. Sys. zone 26EPSG_OLD9 '=projected_crsEPSGo 1942 Coord. Sys. zone 25EPSG_OLD9 '=projected_crsEPSGo1942 Coord. Sys. zone 24EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 23EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 22EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 21EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 20EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 19EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 18EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 17EPSG_OLD9'=projected_crsEPSGo1942 Coord. Sys. zone 16EPSG_OLD9'=projected_crsEPSGn1942 Coord. Sys. zone 15EPSG_OLD9'=projected_crsEPSGn1942 Coord. Sys. zone 14EPSG_OLD9~'=projected_crsEPSGn1942 Coord. Sys. zone 13EPSG_OLD9}'=projected_crsEPSGn1942 Coord. Sys. zone 12EPSG_OLD9|'=projected_crsEPSGn1942 Coord. Sys. zone 11EPSG_OLD9{'=projected_crsEPSGn1942 Coord. Sys. zone 10EPSG_OLD8z';projected_crsEPSGn1942 Coord. Sys. zone 9EPSG_OLD8y';projected_crsEPSGn1942 Coord. Sys. zone 8EPSG_OLD8x';projected_crsEPSGn1942 Coord. Sys. zone 7EPSG_OLD8w';projected_crsEPSGn1942 Coord. Sys. zone 6EPSG_OLD8v';projected_crsEPSGn1942 Coord. Sys. zone 5EPSG_OLD8u';projected_crsEPSGn1942 Coord. Sys. zone 4EPSG_OLD8t';projected_crsEPSGn1942 Coord. Sys. zone 3EPSG_OLD8s';projected_crsEPSGn1942 Coord. Sys. zone 2EPSG_OLD3r'1projected_crsEPSGj@GD49 / NZ Map GridEPSG_OLD8q';projected_crsEPSGSBeijing / Gauss zone 23EPSG_OLD8p';projected_crsEPSGSBeijing / Gauss zone 22EPSG_OLD8o';projected_crsEPSGSBeijing / Gauss zone 21EPSG_OLD8n';projected_crsEPSGSBeijing / Gauss zone 20EPSG_OLD8m';projected_crsEPSGSBeijing / Gauss zone 19EPSG_OLD8l';projected_crsEPSGSBeijing / Gauss zone 18EPSG_OLD8k';projected_crsEPSGSBeijing / Gauss zone 17EPSG_OLD8j';projected_crsEPSGSBeijing / Gauss zone 16EPSG_OLD8i';projected_crsEPSGSBeijing / Gauss zone 15EPSG_OLD8h';projected_crsEPSGSBeijing / Gauss zone 14EPSG_OLD8g';projected_crsEPSGSBeijing / Gauss zone 13EPSG_OLDBf'Oprojected_crsEPSGQ6Lisbon / Portuguese National GridEPSG_OLD9e'=projected_crsEPSGN@1995 Coord. Sys. zone 32EPSG_OLD9d'=projected_crsEPSGN?1995 Coord. Sys. zone 31EPSG_OLD9c'=projected_crsEPSGN>1995 Coord. Sys. zone 30EPSG_OLD F4m7 V  r 9 U  Q  m D Zi>~VX%l<]!s;TD %Ugeodetic_crsEPSG`National Geodetic System [Argentina]EPSG_OLDC 'Qprojected_crsEPSGObservatorio Flores / UTM zone 25NEPSG_OLD3%3geodetic_crsEPSGVObservatorio FloresEPSG_OLD7'9projected_crsEPSGtTimbalai / Borneo (m)EPSG_OLD8';projected_crsEPSG_?Kalianpur 75 / India IVEPSG_OLD9'=projected_crsEPSG_=Kalianpur 75 / India IIIEPSG_OLD5'5projected_crsEPSG_6Kalianpur / India IVEPSG_OLD6'7projected_crsEPSG_5Kalianpur / India IIIEPSG_OLD7'9projected_crsEPSGS,Barbados NationaI GridEPSG_OLD8';projected_crsEPSG1Korean 1985 / Cen. BeltEPSG_OLD9}'=projected_crsEPSG"Pampa d Castillo / Arg 2EPSG_OLD.{)%geodetic_datumEPSGNAD83 (HPGN)EPSG_OLDPy)igeodetic_datumEPSG Jednotné Trigonometrické Síte KatastrálníEPSG_OLDXx)ygeodetic_datumEPSGJednotné Trigonometrické Síte Katastrální (Ferro)EPSG_OLD-w)#vertical_datumEPSGNGF - IGN78EPSG_OLD-v)#vertical_datumEPSGNGF - IGN69EPSG_OLD%u)vertical_datumEPSGmslEPSG_OLD+t)geodetic_datumEPSGOld GreekEPSG_OLD0s'+projected_crsEPSGzDE_PD/83 / GK_3EPSG_OLD0r'+projected_crsEPSGzDE_PD/83 / GK_3EPSG_OLD0q'+projected_crsEPSGzDE_RD/83 / GK_3EPSG_OLD0p'+projected_crsEPSGzDE_RD/83 / GK_3EPSG_OLD%o%vertical_crsEPSGIBHS77EPSG_OLD+n%#vertical_crsEPSGIBaltic 1977EPSG_OLD?m%Kvertical_crsEPSGQCanadian Vertical Datum of 1928EPSG_OLD%l%vertical_crsEPSGQCVD28EPSG_OLDa'Gprojected_crsEPSG NAD83(HARN) / Kentucky (ftUS)EPSG_OLD7`'9projected_crsEPSG NAD83(HARN) / KentuckyEPSG_OLD1_'-projected_crsEPSG NAD83 / KentuckyEPSG_OLD8^';projected_crsEPSG NAD83 / Kentucky (ftUS)EPSG_OLD&]%vertical_crsEPSGREDNAPEPSG_OLD+\%#vertical_crsEPSGBaltic 1980EPSG_OLD$[%vertical_crsEPSG[JSLDEPSG_OLD&H%geodetic_crsEPSGsDGN-95EPSG_OLD&G%geodetic_crsEPSGrDGN-95EPSG_OLD:F%Ageodetic_crsEPSGSt Pierre et Miquelon 1950EPSG_OLD-E%'vertical_crsEPSGdBelfast LoughEPSG_OLD&D%geodetic_crsEPSGDGN-95EPSG_OLD6C'7projected_crsEPSGDGN-95 / UTM zone 54SEPSG_OLD6B'7projected_crsEPSGDGN-95 / UTM zone 53SEPSG_OLD6A'7projected_crsEPSGDGN-95 / UTM zone 52SEPSG_OLD6@'7projected_crsEPSGDGN-95 / UTM zone 51SEPSG_OLD6?'7projected_crsEPSGDGN-95 / UTM zone 50SEPSG_OLD6>'7projected_crsEPSGDGN-95 / UTM zone 49SEPSG_OLD6='7projected_crsEPSGDGN-95 / UTM zone 48SEPSG_OLD6<'7projected_crsEPSGDGN-95 / UTM zone 47SEPSG_OLD6;'7projected_crsEPSGDGN-95 / UTM zone 52NEPSG_OLD6:'7projected_crsEPSGDGN-95 / UTM zone 51NEPSG_OLD69'7projected_crsEPSGDGN-95 / UTM zone 50NEPSG_OLD68'7projected_crsEPSGDGN-95 / UTM zone 49NEPSG_OLD67'7projected_crsEPSGDGN-95 / UTM zone 48NEPSG_OLD66'7projected_crsEPSGDGN-95 / UTM zone 47NEPSG_OLD65'7projected_crsEPSGDGN-95 / UTM zone 46NEPSG_OLD34'1projected_crsEPSG DGN-95 / TM 132 SEEPSG_OLD33'1projected_crsEPSG DGN-95 / TM 116 SEEPSG_OLD72'9projected_crsEPSG \S Yemen / Gauss zone 9EPSG_OLD71'9projected_crsEPSG [S Yemen / Gauss zone 8EPSG_OLDP0'kprojected_crsEPSG _Pulkovo 1942(83) / 3-degree Gauss-Kruger zone 3EPSG_OLDK-'aprojected_crsEPSGHanoi 1972 / 6-degree Gauss-Kruger zone 18EPSG_OLDJ,'_projected_crsEPSG Xian 1980 / 6-degree Gauss-Kruger zone 23EPSG_OLD.+%)vertical_crsEPSGiHuang Hai 1985EPSG_OLD Cn:q; c - U  } G  p 4 S +8}L Hx3bZ)e4v;8Y';projected_crsEPSG 9NAD83(HARN) / CA 4 ftUSEPSG_OLD8X';projected_crsEPSG 8NAD83(HARN) / CA 3 ftUSEPSG_OLD8W';projected_crsEPSG 7NAD83(HARN) / CA 2 ftUSEPSG_OLD8V';projected_crsEPSG 6NAD83(HARN) / CA 1 ftUSEPSG_OLD8S';projected_crsEPSG NAD83(NSRS) / KY1Z ftUSEPSG_OLDER'Uprojected_crsEPSG;NAD83(NSRS2007) / Oregon Lambert (m)EPSG_OLD.Q''projected_crsEPSG ETRF89 / TM37EPSG_OLD.P''projected_crsEPSG ETRF89 / TM36EPSG_OLD.O''projected_crsEPSG ETRF89 / TM35EPSG_OLD.N''projected_crsEPSG ETRF89 / TM34EPSG_OLD.M''projected_crsEPSG ETRF89 / TM33EPSG_OLD.L''projected_crsEPSG ETRF89 / TM32EPSG_OLD.K''projected_crsEPSG ETRF89 / TM31EPSG_OLD.J''projected_crsEPSG ETRF89 / TM30EPSG_OLD.I''projected_crsEPSG ETRF89 / TM29EPSG_OLD.H''projected_crsEPSG ETRF89 / TM28EPSG_OLDAG'Mprojected_crsEPSG NAD83(HARN) / Oregon Lambert (m)EPSG_OLDAF'Mprojected_crsEPSG hNAD83(HPGN) / New Jersey (ft US)EPSG_OLDBE'Oprojected_crsEPSG gNAD83(HPGN) / Nevada West (ft US)EPSG_OLDED'Uprojected_crsEPSG fNAD83(HPGN) / Nevada Central (ft US)EPSG_OLDBC'Oprojected_crsEPSG eNAD83(HPGN) / Nevada East (ft US)EPSG_OLDCB'Qprojected_crsEPSG dNAD83(HPGN) / Kansas South (ft US)EPSG_OLDCA'Qprojected_crsEPSG cNAD83(HPGN) / Kansas North (ft US)EPSG_OLDA@'Mprojected_crsEPSG bNAD83(HPGN) / Iowa South (ft US)EPSG_OLDA?'Mprojected_crsEPSG aNAD83(HPGN) / Iowa North (ft US)EPSG_OLD8>';projected_crsEPSG NAD83(HARN) / KY1Z ftUSEPSG_OLDB='Oprojected_crsEPSG NAD83(HPGN) / Oregon Lambert (ft)EPSG_OLD=<'Eprojected_crsEPSG NAD83(HPGN) / Oregon LambertEPSG_OLD.;%)geodetic_crsEPSG.Côte D'IvoireEPSG_OLD.:%)geodetic_crsEPSG/Côte D'IvoireEPSG_OLD89';projected_crsEPSGtTimbalai / Borneo (ft)EPSG_OLDL1%evertical_crsEPSGGNorth American Vertical Datum of 1988 heightEPSG_OLDO0%kvertical_crsEPSGFNational Geodetic Vertical Datum of 1929 heightEPSG_OLD0/'+projected_crsEPSGIsraeli TM GridEPSG_OLD=.)Cgeodetic_datumEPSGRed Geodesica Nacional 1993EPSG_OLD+-)geodetic_datumEPSGRGNA 1993EPSG_OLD%,)geodetic_datumEPSGNIDEPSG_OLD3+)/geodetic_datumEPSGNew Israeli DatumEPSG_OLD>*)Egeodetic_datumEPSGCôte D'Ivoire (Ivory Coast)EPSG_OLD>))Egeodetic_datumEPSGCôte D'Ivoire (Ivory Coast)EPSG_OLD&()vertical_datumEPSGJSLDEPSG_OLD9''=projected_crsEPSGQ7Lisbon / Portuguese GridEPSG_OLD8%';projected_crsEPSG =Xian 1980 / 3GK zone 42EPSG_OLD9#'=projected_crsEPSGAzores Occ. 39 / UTM 25NEPSG_OLD$"%geodetic_crsEPSG@CI71EPSG_OLD6!'7projected_crsEPSG ETRF89 / ETRS-TM35FINEPSG_OLD3 '1projected_crsEPSG ETRF89 / ETRS-TM39EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM38EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM37EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM36EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM35EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM34EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM33EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM32EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM31EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM30EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM29EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM28EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM27EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-TM26EPSG_OLD3'1projected_crsEPSG ETRF89 / ETRS-LAEAEPSG_OLD2'/projected_crsEPSG ETRF89 / ETRS-LCCEPSG_OLDO'iprojected_crsEPSGObservatorio Meteorologico 1939 / UTM zone 25NEPSG_OLD?%Kgeodetic_crsEPSGVObservatorio Meteorologico 1939EPSG_OLD1 %/geodetic_crsEPSGVObservatorio 1966EPSG_OLDH '[projected_crsEPSG(PT_AZO_OCCI / UTM - see alias remarks)EPSG_OLDD %Ugeodetic_crsEPSGaNational Geodetic System [Argentina]EPSG_OLD BOc( w <  P  b ' v ; N a%t9Mb'v;Oc(w<8';projected_crsEPSGNAD83(HARN) / OH S ftUSEPSG_OLD8';projected_crsEPSGNAD83(HARN) / OH N ftUSEPSG_OLD8';projected_crsEPSG gNAD83(HARN) / NV W ftUSEPSG_OLD8';projected_crsEPSG eNAD83(HARN) / NV E ftUSEPSG_OLD8';projected_crsEPSG fNAD83(HARN) / NV C ftUSEPSG_OLD8';projected_crsEPSGhNAD83(HARN) / MN S ftUSEPSG_OLD8';projected_crsEPSGhNAD83(HARN) / MN N ftUSEPSG_OLD8';projected_crsEPSGhNAD83(HARN) / MN C ftUSEPSG_OLD8';projected_crsEPSGhNAD83(HARN) / ME W ftUSEPSG_OLD8';projected_crsEPSGhNAD83(HARN) / ME E ftUSEPSG_OLD8';projected_crsEPSG NAD83(HARN) / LA S ftUSEPSG_OLD8';projected_crsEPSG NAD83(HARN) / LA N ftUSEPSG_OLD8';projected_crsEPSG dNAD83(HARN) / KS S ftUSEPSG_OLD8';projected_crsEPSG cNAD83(HARN) / KS N ftUSEPSG_OLD8 ';projected_crsEPSG bNAD83(HARN) / IA S ftUSEPSG_OLD8 ';projected_crsEPSG aNAD83(HARN) / IA N ftUSEPSG_OLD8 ';projected_crsEPSG tNAD83(HARN) / IL W ftUSEPSG_OLD8 ';projected_crsEPSG sNAD83(HARN) / IL E ftUSEPSG_OLD8 ';projected_crsEPSGNAD83(HARN) / HI 3 ftUSEPSG_OLD8';projected_crsEPSG rNAD83(HARN) / AR S ftUSEPSG_OLD8';projected_crsEPSG qNAD83(HARN) / AR N ftUSEPSG_OLD8';projected_crsEPSG NAD83(HARN) / OR LCC ftEPSG_OLD7'9projected_crsEPSG NAD83(HARN) / OR LCC mEPSG_OLD8';projected_crsEPSG NAD83 / Oregon LCC (ft)EPSG_OLD8';projected_crsEPSG rNAD83(HARN) / WI S ftUSEPSG_OLD8';projected_crsEPSG qNAD83(HARN) / WI C ftUSEPSG_OLD8';projected_crsEPSG pNAD83(HARN) / WI N ftUSEPSG_OLD8';projected_crsEPSG oNAD83(HARN) / WA S ftUSEPSG_OLD8';projected_crsEPSG nNAD83(HARN) / WA N ftUSEPSG_OLD8~';projected_crsEPSG mNAD83(HARN) / VA S ftUSEPSG_OLD8}';projected_crsEPSG lNAD83(HARN) / VA N ftUSEPSG_OLD8|';projected_crsEPSG hNAD83(HARN) / TX S ftUSEPSG_OLD9{'=projected_crsEPSG gNAD83(HARN) / TX SC ftUSEPSG_OLD8z';projected_crsEPSG fNAD83(HARN) / TX C ftUSEPSG_OLD9y'=projected_crsEPSG eNAD83(HARN) / TX NC ftUSEPSG_OLD8x';projected_crsEPSG dNAD83(HARN) / TX N ftUSEPSG_OLD8w';projected_crsEPSG `NAD83(HARN) / OK S ftUSEPSG_OLD8v';projected_crsEPSG _NAD83(HARN) / OK N ftUSEPSG_OLD9u'=projected_crsEPSG \NAD83(HARN) / NY LI ftUSEPSG_OLD8t';projected_crsEPSG [NAD83(HARN) / NY W ftUSEPSG_OLD8s';projected_crsEPSG ZNAD83(HARN) / NY C ftUSEPSG_OLD8r';projected_crsEPSG YNAD83(HARN) / NY E ftUSEPSG_OLD8q';projected_crsEPSG XNAD83(HARN) / NM W ftUSEPSG_OLD8p';projected_crsEPSG WNAD83(HARN) / NM C ftUSEPSG_OLD8o';projected_crsEPSG VNAD83(HARN) / NM E ftUSEPSG_OLD8n';projected_crsEPSG TNAD83(HARN) / MS W ftUSEPSG_OLD8m';projected_crsEPSG SNAD83(HARN) / MS E ftUSEPSG_OLD9l'=projected_crsEPSG ONAD83(HARN) / MA Is ftUSEPSG_OLD9k'=projected_crsEPSG NNAD83(HARN) / MA md ftUSEPSG_OLD8j';projected_crsEPSG LNAD83(HARN) / KY S ftUSEPSG_OLD8i';projected_crsEPSG KNAD83(HARN) / KY N ftUSEPSG_OLD8h';projected_crsEPSG NAD83(HARN) / IN W ftUSEPSG_OLD8g';projected_crsEPSG NAD83(HARN) / IN E ftUSEPSG_OLD8f';projected_crsEPSG HNAD83(HARN) / ID W ftUSEPSG_OLD8e';projected_crsEPSG GNAD83(HARN) / ID C ftUSEPSG_OLD8d';projected_crsEPSG FNAD83(HARN) / ID E ftUSEPSG_OLD8c';projected_crsEPSG ENAD83(HARN) / GA W ftUSEPSG_OLD8b';projected_crsEPSG DNAD83(HARN) / GA E ftUSEPSG_OLD8a';projected_crsEPSG CNAD83(HARN) / FL N ftUSEPSG_OLD8`';projected_crsEPSG BNAD83(HARN) / FL W ftUSEPSG_OLD8_';projected_crsEPSG ANAD83(HARN) / FL E ftUSEPSG_OLD8^';projected_crsEPSG >NAD83(HARN) / CO S ftUSEPSG_OLD8]';projected_crsEPSG =NAD83(HARN) / CO C ftUSEPSG_OLD8\';projected_crsEPSG '=projected_crsEPSGhNAD83 / Minnesota N ftUSEPSG_OLD8=';projected_crsEPSGNAD83 / Wyoming WC ftUSEPSG_OLD8<';projected_crsEPSGNAD83 / Wyoming EC ftUSEPSG_OLD8;';projected_crsEPSG NAD83 / Utah South ftUSEPSG_OLD6:'7projected_crsEPSG NAD83 / Utah Cen ftUSEPSG_OLD89';projected_crsEPSG NAD83 / Utah North ftUSEPSG_OLD88';projected_crsEPSG NAD83 / S Dakota S ftUSEPSG_OLD97'=projected_crsEPSG }NAD83 / LA Offshore ftUSEPSG_OLD96'=projected_crsEPSG |NAD83 / Louisiana S ftUSEPSG_OLD95'=projected_crsEPSG {NAD83 / Louisiana N ftUSEPSG_OLD84';projected_crsEPSG lNAD83 / Illinois W ftUSEPSG_OLD83';projected_crsEPSG kNAD83 / Illinois E ftUSEPSG_OLD82';projected_crsEPSG jNAD83 / Arkansas S ftUSEPSG_OLD81';projected_crsEPSG iNAD83 / Arkansas N ftUSEPSG_OLD90'=projected_crsEPSG `NAD83 / New Jersey ft USEPSG_OLD9/'=projected_crsEPSG _NAD83 / Nevada W (ft US)EPSG_OLD9.'=projected_crsEPSG ^NAD83 / Nevada C (ft US)EPSG_OLD9-'=projected_crsEPSG ]NAD83 / Nevada E (ft US)EPSG_OLD9,'=projected_crsEPSG \NAD83 / Kansas S (ft US)EPSG_OLD9+'=projected_crsEPSG [NAD83 / Kansas N (ft US)EPSG_OLD7*'9projected_crsEPSG ZNAD83 / Iowa S (ft US)EPSG_OLD7)'9projected_crsEPSG YNAD83 / Iowa N (ft US)EPSG_OLD9('=projected_crsEPSGNAD83(HARN) / WY WC ftUSEPSG_OLD8'';projected_crsEPSGNAD83(HARN) / WY W ftUSEPSG_OLD9&'=projected_crsEPSGNAD83(HARN) / WY EC ftUSEPSG_OLD8%';projected_crsEPSGNAD83(HARN) / WY E ftUSEPSG_OLD8$';projected_crsEPSGhNAD83(HARN) / WV S ftUSEPSG_OLD8#';projected_crsEPSGhNAD83(HARN) / WV N ftUSEPSG_OLD8"';projected_crsEPSG NAD83(HARN) / UT S ftUSEPSG_OLD8!';projected_crsEPSG NAD83(HARN) / UT N ftUSEPSG_OLD8 ';projected_crsEPSG NAD83(HARN) / UT C ftUSEPSG_OLD8';projected_crsEPSG NAD83(HARN) / SD S ftUSEPSG_OLD8';projected_crsEPSG NAD83(HARN) / SD N ftUSEPSG_OLD8';projected_crsEPSG %NAD83(HARN) / PA S ftUSEPSG_OLD8';projected_crsEPSG #NAD83(HARN) / PA N ftUSEPSG_OLD CNa& u : N  a & u : M a&u:Na%{O{?Ou<6 '7projected_crsEPSGMexico 1993 / UTM 12NEPSG_OLDF'Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 11NEPSG_OLD6'7projected_crsEPSGMexico 1993 / UTM 11NEPSG_OLD6'7projected_crsEPSG ETRS89 / ETRS-TM35FINEPSG_OLD3'1projected_crsEPSG ETRS89 / ETRS-TM30EPSG_OLD3'1projected_crsEPSG ETRS89 / ETRS-LAEAEPSG_OLD2'/projected_crsEPSG ETRS89 / ETRS-LCCEPSG_OLD9'=projected_crsEPSGRGNA 1993 / UTM zone 16NEPSG_OLD9'=projected_crsEPSGRGNA 1993 / UTM zone 14NEPSG_OLD9'=projected_crsEPSGRGNA 1993 / UTM zone 13NEPSG_OLD9'=projected_crsEPSGRGNA 1993 / UTM zone 12NEPSG_OLD9'=projected_crsEPSGRGNA 1993 / UTM zone 11NEPSG_OLD)%geodetic_crsEPSGRGNA 1993EPSG_OLD;%Cgeodetic_crsEPSGRed Geodesica Nacional 1993EPSG_OLD)%geodetic_crsEPSGRGNA 1993EPSG_OLD;%Cgeodetic_crsEPSGRed Geodesica Nacional 1993EPSG_OLD)%geodetic_crsEPSGRGNA 1993EPSG_OLD;%Cgeodetic_crsEPSGRed Geodesica Nacional 1993EPSG_OLD.''projected_crsEPSG (GDA94 / GALCCEPSG_OLD8 ';projected_crsEPSGiNAD83 / S Dakota N ftUSEPSG_OLD9 '=projected_crsEPSGNAD83(NSRS) / WY WC ftUSEPSG_OLD8 ';projected_crsEPSGNAD83(NSRS) / WY W ftUSEPSG_OLD9 '=projected_crsEPSGNAD83(NSRS) / WY EC ftUSEPSG_OLD8 ';projected_crsEPSGNAD83(NSRS) / WY E ftUSEPSG_OLD8';projected_crsEPSGhNAD83(NSRS) / WV S ftUSEPSG_OLD8';projected_crsEPSGhNAD83(NSRS) / WV N ftUSEPSG_OLD8';projected_crsEPSGtNAD83(NSRS) / WI S ftUSEPSG_OLD8';projected_crsEPSGrNAD83(NSRS) / WI N ftUSEPSG_OLD8';projected_crsEPSGpNAD83(NSRS) / WI C ftUSEPSG_OLD8';projected_crsEPSGlNAD83(NSRS) / WA S ftUSEPSG_OLD8';projected_crsEPSGjNAD83(NSRS) / WA N ftUSEPSG_OLD8';projected_crsEPSGhNAD83(NSRS) / VA S ftUSEPSG_OLD8';projected_crsEPSGfNAD83(NSRS) / VA N ftUSEPSG_OLD8';projected_crsEPSGcNAD83(NSRS) / UT S ftUSEPSG_OLD8~';projected_crsEPSG`NAD83(NSRS) / UT N ftUSEPSG_OLD8}';projected_crsEPSG]NAD83(NSRS) / UT C ftUSEPSG_OLD8|';projected_crsEPSGLNAD83(NSRS) / SD S ftUSEPSG_OLD8{';projected_crsEPSGJNAD83(NSRS) / SD N ftUSEPSG_OLD8z';projected_crsEPSGDNAD83(NSRS) / PA S ftUSEPSG_OLD8y';projected_crsEPSGBNAD83(NSRS) / PA N ftUSEPSG_OLD9x'=projected_crsEPSG;NAD83(NSRS) / OR GIC (m)EPSG_OLD8w';projected_crsEPSG'=projected_crsEPSGUkraine 2000 / 3GK zn 11EPSG_OLD9='=projected_crsEPSGUkraine 2000 / 3GK zn 10EPSG_OLD8<';projected_crsEPSGUkraine 2000 / 3GK zn 9EPSG_OLD8;';projected_crsEPSGUkraine 2000 / 3GK zn 8EPSG_OLD8:';projected_crsEPSGUkraine 2000 / 3GK zn 7EPSG_OLD78'9projected_crsEPSGUkraine 2000 / 3GK 27EEPSG_OLD77'9projected_crsEPSGUkraine 2000 / 3GK 24EEPSG_OLD76'9projected_crsEPSGUkraine 2000 / 3GK 30EEPSG_OLD75'9projected_crsEPSGUkraine 2000 / 3GK 33EEPSG_OLD74'9projected_crsEPSGUkraine 2000 / 3GK 36EEPSG_OLD73'9projected_crsEPSGUkraine 2000 / 3GK 39EEPSG_OLD72'9projected_crsEPSGUkraine 2000 / 6GK 39EEPSG_OLDL1'cprojected_crsEPSGUkraine 2000 / 6-degree Gauss-Kruger CM 39EEPSG_OLD70'9projected_crsEPSGUkraine 2000 / 6GK 33EEPSG_OLDL/'cprojected_crsEPSGUkraine 2000 / 6-degree Gauss-Kruger CM 33EEPSG_OLD7.'9projected_crsEPSGUkraine 2000 / 6GK 27EEPSG_OLDL-'cprojected_crsEPSGUkraine 2000 / 6-degree Gauss-Kruger CM 27EEPSG_OLD7,'9projected_crsEPSGUkraine 2000 / 6GK 21EEPSG_OLDL+'cprojected_crsEPSGUkraine 2000 / 6-degree Gauss-Kruger CM 21EEPSG_OLD6*'7projected_crsEPSGMexico 1993 / UTM 16NEPSG_OLDF)'Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 16NEPSG_OLD9('=projected_crsEPSGRGNA 1993 / UTM zone 15NEPSG_OLDF''Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 15NEPSG_OLD6&'7projected_crsEPSGMexico 1993 / UTM 15NEPSG_OLDF%'Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 14NEPSG_OLD6$'7projected_crsEPSGMexico 1993 / UTM 14NEPSG_OLDF#'Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 13NEPSG_OLD6"'7projected_crsEPSGMexico 1993 / UTM 13NEPSG_OLDF!'Wprojected_crsEPSGRed Geodesica Nacional 1993 / UTM 12NEPSG_OLD D^6\/ \ # x ?  \ * u . | 4UVg+VZ^t;W6F'7projected_crsEPSG ?ETRF89 / ETRS-GK28FINEPSG_OLD6E'7projected_crsEPSG >ETRF89 / ETRS-GK27FINEPSG_OLD6D'7projected_crsEPSG =ETRF89 / ETRS-GK26FINEPSG_OLD6C'7projected_crsEPSG '7projected_crsEPSG 7ETRF89 / ETRS-GK20FINEPSG_OLD6='7projected_crsEPSG 6ETRF89 / ETRS-GK19FINEPSG_OLD6<'7projected_crsEPSG ETRF89 / TM35FIN(E,N)EPSG_OLD<;'Cprojected_crsEPSG ETRF89 / UTM zone 37N (N-E)EPSG_OLD<:'Cprojected_crsEPSG ETRF89 / UTM zone 36N (N-E)EPSG_OLD<9'Cprojected_crsEPSG ETRF89 / UTM zone 35N (N-E)EPSG_OLD<8'Cprojected_crsEPSG ETRF89 / UTM zone 34N (N-E)EPSG_OLD<7'Cprojected_crsEPSG ETRF89 / UTM zone 33N (N-E)EPSG_OLD<6'Cprojected_crsEPSG ETRF89 / UTM zone 32N (N-E)EPSG_OLD<5'Cprojected_crsEPSG ETRF89 / UTM zone 31N (N-E)EPSG_OLD<4'Cprojected_crsEPSG ETRF89 / UTM zone 30N (N-E)EPSG_OLD<3'Cprojected_crsEPSG ETRF89 / UTM zone 29N (N-E)EPSG_OLD<2'Cprojected_crsEPSG ETRF89 / UTM zone 28N (N-E)EPSG_OLD.1''projected_crsEPSG ETRF89 / LAEAEPSG_OLD-0'%projected_crsEPSG ETRF89 / LCCEPSG_OLD2/'/projected_crsEPSGETRF89 / TM 30 NEEPSG_OLD9.'=projected_crsEPSGETRF89 / Kp2000 BornholmEPSG_OLD8-';projected_crsEPSGETRF89 / Kp2000 ZealandEPSG_OLD8,';projected_crsEPSGETRF89 / Kp2000 JutlandEPSG_OLD5+'5projected_crsEPSGETRF89 / Poland CS92EPSG_OLD>*'Gprojected_crsEPSGETRF89 / Poland CS2000 zone 8EPSG_OLD>)'Gprojected_crsEPSGETRF89 / Poland CS2000 zone 7EPSG_OLD>('Gprojected_crsEPSGETRF89 / Poland CS2000 zone 6EPSG_OLD>''Gprojected_crsEPSGETRF89 / Poland CS2000 zone 5EPSG_OLD9&'=projected_crsEPSG XETRF89 / Austria LambertEPSG_OLDH%%]compound_crsEPSGEUREF89 / Kp2000 Bornholm + DVR90 heightEPSG_OLDG$%[compound_crsEPSGEUREF89 / Kp2000 Zealand + DVR90 heightEPSG_OLDG#%[compound_crsEPSGEUREF89 / Kp2000 Jutland + DVR90 heightEPSG_OLDE"%Wcompound_crsEPSGEUREF89 / UTM zone 33N + DVR90 heightEPSG_OLDE!%Wcompound_crsEPSGEUREF89 / UTM zone 32N + DVR90 heightEPSG_OLD7 '9projected_crsEPSG $ETRF89 / Guernsey GridEPSG_OLD-'%projected_crsEPSG %ETRF89 / JTMEPSG_OLDD'Sprojected_crsEPSG %ETRF89 / Jersey Transverse MercatorEPSG_OLD:'?projected_crsEPSGEUREF89 / Kp2000 BornholmEPSG_OLD9'=projected_crsEPSGEUREF89 / Kp2000 ZealandEPSG_OLD9'=projected_crsEPSGEUREF89 / Kp2000 JutlandEPSG_OLD/')projected_crsEPSGEUREF89 / CS92EPSG_OLD5'5projected_crsEPSGeETRF89 / TM Baltic93EPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 37NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 36NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 35NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 34NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 33NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 32NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 31NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 30NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 29NEPSG_OLD6'7projected_crsEPSGdETRF89 / UTM zone 28NEPSG_OLD8%=vertical_crsEPSGCGVD2013(CGG2013a) - OHtEPSG_OLD# %vertical_crsEPSG335EPSG_OLD* )vertical_datumEPSGgCGVD2013EPSG_OLDO %kvertical_crsEPSGVirgin Island Vertical Datum of 2009 height (m)EPSG_OLD, %%geodetic_crsEPSGNAD83 (1986)EPSG_OLD. )%geodetic_datumEPSG}NAD83 (1986)EPSG_OLD%%geodetic_crsEPSGmIGS14EPSG_OLD%%geodetic_crsEPSG6IGS97EPSG_OLD%%geodetic_crsEPSG7IGb00EPSG_OLD%%geodetic_crsEPSG7IGS00EPSG_OLD'%geodetic_crsEPSG IGS2005EPSG_OLD%%geodetic_crsEPSGIGb08EPSG_OLD EUX  5  M  P  j * h (K{GwC b*Ko7Ww?5$'5projected_crsEPSGETRF89 / NTM zone 27EPSG_OLD5"'5projected_crsEPSGETRF89 / NTM zone 22EPSG_OLD5 '5projected_crsEPSGETRF89 / NTM zone 21EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 19EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 18EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 17EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 16EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 15EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 14EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 13EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 12EPSG_OLD5'5projected_crsEPSGETRF89 / NTM zone 11EPSG_OLD5 '5projected_crsEPSGETRF89 / NTM zone 10EPSG_OLD4 '3projected_crsEPSGETRF89 / NTM zone 9EPSG_OLD4'3projected_crsEPSGETRF89 / NTM zone 8EPSG_OLD4'3projected_crsEPSGETRF89 / NTM zone 7EPSG_OLD4'3projected_crsEPSGETRF89 / NTM zone 6EPSG_OLD4'3projected_crsEPSGETRF89 / NTM zone 5EPSG_OLD5'5projected_crsEPSG ETRF89 / NTM zone 30EPSG_OLD5~'5projected_crsEPSG ETRF89 / NTM zone 29EPSG_OLD5|'5projected_crsEPSGETRF89 / NTM zone 26EPSG_OLD5z'5projected_crsEPSGETRF89 / NTM zone 25EPSG_OLD5x'5projected_crsEPSGETRF89 / NTM zone 24EPSG_OLD5v'5projected_crsEPSGETRF89 / NTM zone 23EPSG_OLD5t'5projected_crsEPSGETRF89 / NTM zone 20EPSG_OLD6s'7projected_crsEPSGETRF89 / TM35FIN(N,E)EPSG_OLD1r'-projected_crsEPSG-ETRF89 / GK31FINEPSG_OLD1q'-projected_crsEPSG,ETRF89 / GK30FINEPSG_OLD1p'-projected_crsEPSG+ETRF89 / GK29FINEPSG_OLD1o'-projected_crsEPSG*ETRF89 / GK28FINEPSG_OLD1n'-projected_crsEPSG)ETRF89 / GK27FINEPSG_OLD1m'-projected_crsEPSG(ETRF89 / GK26FINEPSG_OLD1l'-projected_crsEPSG'ETRF89 / GK25FINEPSG_OLD1k'-projected_crsEPSG&ETRF89 / GK24FINEPSG_OLD1j'-projected_crsEPSG%ETRF89 / GK23FINEPSG_OLD1i'-projected_crsEPSG$ETRF89 / GK22FINEPSG_OLD1h'-projected_crsEPSG#ETRF89 / GK21FINEPSG_OLD1g'-projected_crsEPSG"ETRF89 / GK20FINEPSG_OLD1f'-projected_crsEPSG!ETRF89 / GK19FINEPSG_OLD>d%Icompound_crsEPSGEUREF89 / DKTM4 + DVR90 heightEPSG_OLD=c%Gcompound_crsEPSGETRF89 / DKTM4 + DVR90 heightEPSG_OLD>b%Icompound_crsEPSGEUREF89 / DKTM2 + DVR90 heightEPSG_OLD=a%Gcompound_crsEPSGETRF89 / DKTM2 + DVR90 heightEPSG_OLD>`%Icompound_crsEPSGEUREF89 / DKTM1 + DVR90 heightEPSG_OLD=_%Gcompound_crsEPSGETRF89 / DKTM1 + DVR90 heightEPSG_OLD>^%Icompound_crsEPSGEUREF89 / DKTM3 + DVR90 heightEPSG_OLD=]%Gcompound_crsEPSGETRF89 / DKTM3 + DVR90 heightEPSG_OLD0\'+projected_crsEPSGEUREF89 / DKTM4EPSG_OLD/[')projected_crsEPSGETRF89 / DKTM4EPSG_OLD0Z'+projected_crsEPSGEUREF89 / DKTM3EPSG_OLD/Y')projected_crsEPSGETRF89 / DKTM3EPSG_OLD0X'+projected_crsEPSGEUREF89 / DKTM2EPSG_OLD/W')projected_crsEPSGETRF89 / DKTM2EPSG_OLD0V'+projected_crsEPSGEUREF89 / DKTM1EPSG_OLD/U')projected_crsEPSGETRF89 / DKTM1EPSG_OLD8T%=compound_crsEPSGETRF89 + EVRF2007 heightEPSG_OLD>S'Gprojected_crsEPSGETRF89 / Belgian Lambert 2008EPSG_OLD7R'9projected_crsEPSGETRF89 / Portugal TM06EPSG_OLDGQ%[compound_crsEPSGETRF89 / Kp2000 Bornholm + DVR90 heightEPSG_OLDFP%Ycompound_crsEPSGETRF89 / Kp2000 Zealand + DVR90 heightEPSG_OLDFO%Ycompound_crsEPSGETRF89 / Kp2000 Jutland + DVR90 heightEPSG_OLDDN%Ucompound_crsEPSGETRF89 / UTM zone 33N + DVR90 heightEPSG_OLDDM%Ucompound_crsEPSGETRF89 / UTM zone 32N + DVR90 heightEPSG_OLD8L%=compound_crsEPSGETRF89 + EVRF2000 heightEPSG_OLD>K'Gprojected_crsEPSG wETRF89 / Belgian Lambert 2005EPSG_OLD7J'9projected_crsEPSG IETRF89 / Faroe LambertEPSG_OLD6I'7projected_crsEPSG BETRF89 / ETRS-GK31FINEPSG_OLD6H'7projected_crsEPSG AETRF89 / ETRS-GK30FINEPSG_OLD6G'7projected_crsEPSG @ETRF89 / ETRS-GK29FINEPSG_OLD :HH } 7 d  H  s , W ;fJu.f$\O E A%Ocompound_crsEPSGETRF89 / NTM zone 7 + NN54 heightEPSG_OLD7~%;compound_crsEPSG6EUREF89 + NN2000 heightEPSG_OLD6}%9compound_crsEPSG6ETRF89 + NN2000 heightEPSG_OLD?|'Iprojected_crsEPSGETRF89 / EPSG Arctic zone 4-28EPSG_OLD@{'Kprojected_crsEPSGEUREF89 / EPSG Arctic zone 4-28EPSG_OLD@z'Kprojected_crsEPSGEUREF89 / EPSG Arctic zone 5-47EPSG_OLD?y'Iprojected_crsEPSGETRF89 / EPSG Arctic zone 5-47EPSG_OLDCw%Scompound_crsEPSGETRF89 / NTM zone 10 + NN2000 heightEPSG_OLDC5%Scompound_crsEPSG=ETRF89 / NTM zone 9 + NN2000 heightEPSG_OLDC3%Scompound_crsEPSG;ETRF89 / NTM zone 7 + NN2000 heightEPSG_OLDC1%Scompound_crsEPSG:ETRF89 / NTM zone 6 + NN2000 heightEPSG_OLDD0%Ucompound_crsEPSG9EUREF89 / NTM zone 5 + NN2000 heightEPSG_OLDC/%Scompound_crsEPSG9ETRF89 / NTM zone 5 + NN2000 heightEPSG_OLD;.'Aprojected_crsEPSGETRF89 / LCC Germany (N-E)EPSG_OLD=-'Eprojected_crsEPSGETRF89 / UTM zone 33N (N-zE)EPSG_OLD=,'Eprojected_crsEPSGETRF89 / UTM zone 33N (zE-N)EPSG_OLD=+'Eprojected_crsEPSGETRF89 / UTM zone 32N (N-zE)EPSG_OLD=*'Eprojected_crsEPSGETRF89 / UTM zone 31N (N-zE)EPSG_OLD=)'Eprojected_crsEPSGETRF89 / UTM zone 31N (zE-N)EPSG_OLD=('Eprojected_crsEPSG'ETRF89 / UTM zone 32N (zE-N)EPSG_OLD5&'5projected_crsEPSGETRF89 / NTM zone 28EPSG_OLD @w2f! R > o * [  G x3dk?U l+~Li6zH9x'=projected_crsEPSG&ETRS89 / MHR21 SnakeGridEPSG_OLD.w''projected_crsEPSGyLUREF / GaussEPSG_OLD/u%+geodetic_crsEPSGeRGF93 (lat-lon)EPSG_OLD/t%+geodetic_crsEPSGKRGF93 (lat-lon)EPSG_OLD's)geodetic_datumEPSGRGF93EPSG_OLD)r)geodetic_datumEPSGCHTRF95EPSG_OLD-q'%projected_crsEPSGzBD 72 / LB72EPSG_OLD3p'1projected_crsEPSGzBD 72 / Lambert 72EPSG_OLD0o%-geodetic_crsEPSGBD 50 (Brussels)EPSG_OLD%n%geodetic_crsEPSGBD 72EPSG_OLD%m%geodetic_crsEPSGwBD 50EPSG_OLD,j'#projected_crsEPSGSystem 1992EPSG_OLD/i')projected_crsEPSGSystem 2000/24EPSG_OLD/h')projected_crsEPSGSystem 2000/21EPSG_OLD/g')projected_crsEPSGSystem 2000/18EPSG_OLD/f')projected_crsEPSGSystem 2000/15EPSG_OLD9e'=projected_crsEPSG "Gulshan / Bangladesh TMEPSG_OLDK%Ivertical_crsEPSGHighest Astronomic Tide heightEPSG_OLD)J%geodetic_crsEPSGRD-BesselEPSG_OLDCI%Sgeodetic_crsEPSGStelsel van de RijksdriehoeksmetingEPSG_OLD?H'Iprojected_crsEPSGwCoordinate System 2005 zone 35EPSG_OLD2F%1geodetic_crsEPSGxPico de las NievesEPSG_OLD8E';projected_crsEPSGMadrid (Madrid) / SpainEPSG_OLD4D)1geodetic_datumEPSGHPico de las NievesEPSG_OLD2C'/projected_crsEPSGETRF89 / Faroe TMEPSG_OLD@B%Mcompound_crsEPSGETRF89 / Faroe TM + FVR09 heightEPSG_OLD)A)geodetic_datumEPSGEUREF89EPSG_OLD5@%7compound_crsEPSGEUREF89 + NN54 heightEPSG_OLD4?%5compound_crsEPSGETRF89 + NN54 heightEPSG_OLDB=%Qcompound_crsEPSG ETRF89 / UTM zone 36 + NN54 heightEPSG_OLDB;%Qcompound_crsEPSGETRF89 / UTM zone 35 + NN54 heightEPSG_OLDB9%Qcompound_crsEPSGETRF89 / UTM zone 34 + NN54 heightEPSG_OLDB7%Qcompound_crsEPSGETRF89 / UTM zone 33 + NN54 heightEPSG_OLDB5%Qcompound_crsEPSGETRF89 / UTM zone 32 + NN54 heightEPSG_OLDB3%Qcompound_crsEPSGETRF89 / UTM zone 31 + NN54 heightEPSG_OLDB1%Qcompound_crsEPSGETRF89 / NTM zone 10 + NN54 heightEPSG_OLDB/%Qcompound_crsEPSGETRF89 / NTM zone 11 + NN54 heightEPSG_OLDB-%Qcompound_crsEPSGETRF89 / NTM zone 12 + NN54 heightEPSG_OLDB+%Qcompound_crsEPSG ETRF89 / NTM zone 13 + NN54 heightEPSG_OLDB)%Qcompound_crsEPSG ETRF89 / NTM zone 14 + NN54 heightEPSG_OLDB'%Qcompound_crsEPSG ETRF89 / NTM zone 15 + NN54 heightEPSG_OLDB%%Qcompound_crsEPSG ETRF89 / NTM zone 16 + NN54 heightEPSG_OLDB#%Qcompound_crsEPSG ETRF89 / NTM zone 17 + NN54 heightEPSG_OLDB!%Qcompound_crsEPSGETRF89 / NTM zone 18 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 19 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 20 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 21 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 22 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 23 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 24 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 25 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 26 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGETRF89 / NTM zone 27 + NN54 heightEPSG_OLDB %Qcompound_crsEPSGETRF89 / NTM zone 28 + NN54 heightEPSG_OLDB %Qcompound_crsEPSGETRF89 / NTM zone 29 + NN54 heightEPSG_OLDB %Qcompound_crsEPSGETRF89 / NTM zone 30 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGEUREF89 / NTM zone 5 + NN54 heightEPSG_OLDA%Ocompound_crsEPSGETRF89 / NTM zone 5 + NN54 heightEPSG_OLDA%Ocompound_crsEPSGETRF89 / NTM zone 6 + NN54 heightEPSG_OLDA%Ocompound_crsEPSGETRF89 / NTM zone 9 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGEUREF89 / NTM zone 8 + NN54 heightEPSG_OLDA%Ocompound_crsEPSGETRF89 / NTM zone 8 + NN54 heightEPSG_OLDB%Qcompound_crsEPSGEUREF89 / NTM zone 7 + NN54 heightEPSG_OLD E~Fk: I  H  U  u 7  | @]c>Uk0\!TW%]+-C'%projected_crsEPSG-ETRS-GK31FINEPSG_OLD/B')projected_crsEPSG,ETRS89-GK30FINEPSG_OLD/A')projected_crsEPSG+ETRS89-GK29FINEPSG_OLD/@')projected_crsEPSG*ETRS89-GK28FINEPSG_OLD/?')projected_crsEPSG)ETRS89-GK27FINEPSG_OLD/>')projected_crsEPSG(ETRS89-GK26FINEPSG_OLD/=')projected_crsEPSG'ETRS89-GK25FINEPSG_OLD/<')projected_crsEPSG&ETRS89-GK24FINEPSG_OLD/;')projected_crsEPSG%ETRS89-GK23FINEPSG_OLD/:')projected_crsEPSG$ETRS89-GK22FINEPSG_OLD/9')projected_crsEPSG#ETRS89-GK21FINEPSG_OLD/8')projected_crsEPSG"ETRS89-GK20FINEPSG_OLD/7')projected_crsEPSG!ETRS89-GK19FINEPSG_OLD26'/projected_crsEPSG ETRS-TM35FIN(E,N)EPSG_OLD45'3projected_crsEPSG ETRS89-TM35FIN(E,N)EPSG_OLD14'-projected_crsEPSG ETRS89 / TM35FINEPSG_OLD$3'projected_crsEPSG YYKGEPSG_OLD82';projected_crsEPSG5DB_REF / 3GK zone 5 E-NEPSG_OLD81';projected_crsEPSG4DB_REF / 3GK zone 4 E-NEPSG_OLD80';projected_crsEPSG2DB_REF / 3GK zone 2 E-NEPSG_OLD8/';projected_crsEPSG3DB_REF / 3GK zone 3 E-NEPSG_OLD1.'-projected_crsEPSGS-42 / Stereo 70EPSG_OLD'-)vertical_datumEPSGVDVR90EPSG_OLD8,';projected_crsEPSGDKorea 2000 / E Sea 2010EPSG_OLD7+'9projected_crsEPSGCKorea 2000 / East 2010EPSG_OLD:*'?projected_crsEPSGBKorea 2000 / Central 2010EPSG_OLD7)'9projected_crsEPSGAKorea 2000 / West 2010EPSG_OLD6('7projected_crsEPSG@Korea 2000 / East SeaEPSG_OLD2''/projected_crsEPSG>Korea 2000 / JejuEPSG_OLD5&'5projected_crsEPSG=Korea 2000 / CentralEPSG_OLD9%'=projected_crsEPSG [RGNC / LCC New CaledoniaEPSG_OLD=$'Eprojected_crsEPSG [RGNC / Lambert New CaledoniaEPSG_OLD"#'projected_crsEPSG LKS92EPSG#")geodetic_datumEPSGLKS92EPSG, %%vertical_crsEPSG$EVRF2019-NHtEPSG_OLD0%-vertical_crsEPSG$EVRF2019mean-NHtEPSG_OLD0%-geodetic_crsEPSG#mETRF2014- LatLonEPSG_OLD<%Egeodetic_crsEPSG&798 WGS 84 (G2139) - LatLon EPSG_OLD;%Ccompound_crsEPSGSHMG2015 + SHVD2015 heightEPSG_OLDV%ycompound_crsEPSGSt. Helena Tritan / UTM zone 30S + Tritan 2011 heightEPSG_OLDI%_compound_crsEPSGWGS 84 / World Mercator + EGM2008 heightEPSG_OLD9'=projected_crsEPSG%Gulshan / Bangladesh TMEPSG_OLD4'3projected_crsEPSG "Gulshan 303 / BUTMEPSG_OLDN'gprojected_crsEPSG "Gulshan 303 / Bangladesh Transverse MercatorEPSG_OLD0%-vertical_crsEPSGumsl depth (ftUS)EPSG_OLD;%Cvertical_crsEPSGumean sea level depth (ftUS)EPSG_OLD1%/vertical_crsEPSGtmsl height (ftUS)EPSG_OLD<%Evertical_crsEPSGtmean sea level height (ftUS)EPSG_OLD.%)vertical_crsEPSGsmsl depth (ft)EPSG_OLD9%?vertical_crsEPSGsmean sea level depth (ft)EPSG_OLD/%+vertical_crsEPSGrmsl height (ft)EPSG_OLD: %Avertical_crsEPSGrmean sea level height (ft)EPSG_OLD? 'Iprojected_crsEPSGNBlue Nile 1958 / UTM zone 38NEPSG_OLD? 'Iprojected_crsEPSGNBlue Nile 1958 / UTM zone 37NEPSG_OLD? 'Iprojected_crsEPSGNBlue Nile 1958 / UTM zone 36NEPSG_OLD? 'Iprojected_crsEPSGNBlue Nile 1958 / UTM zone 35NEPSG_OLD9'=projected_crsEPSG American Samoa 62 / LCCEPSG_OLD>'Gprojected_crsEPSG "Gulshan 303 / Bangladesh UTMEPSG_OLD8';projected_crsEPSGtTimbalai / Borneo (ch)EPSG_OLD4%5vertical_crsEPSGSmean sea level depthEPSG_OLD5%7vertical_crsEPSGRmean sea level heightEPSG_OLDD)Qvertical_datumEPSGGreenland Vertical Reference 2000EPSG_OLD.)%vertical_datumEPSGINAGEOID2020EPSG_OLDO%kvertical_crsEPSGCanadian Geodetic Vertical Datum of 2013 heightEPSG_OLDO}%kvertical_crsEPSG$Canadian Geodetic Vertical Datum of 2013 heightEPSG_OLD4|)1vertical_datumEPSGgCGVD2013 (CGG2013)EPSG_OLD5{)3vertical_datumEPSGCGVD2013 (CGG2013a)EPSG_OLD>z'Gprojected_crsEPSGNAD83(CSRS)v6 / MTM NS zone 5EPSG_OLD>y'Gprojected_crsEPSGNAD83(CSRS)v6 / MTM NS zone 4EPSG_OLD ESR A l % T  @  I0f=sJ!\ fc'[ C- )#vertical_datumEPSGEVRF2007-PLEPSG_OLD( %geodetic_crsEPSG+ETRF2000EPSG_OLD( %geodetic_crsEPSG+ETRF2000EPSG_OLD( %geodetic_crsEPSG+ETRF2000EPSG_OLDK )_geodetic_datumEPSGEuropean Terrestrial Reference Frame 2000EPSG_OLD&%geodetic_crsEPSG+METRS89EPSG_OLD&%geodetic_crsEPSG+NETRS89EPSG_OLD&%geodetic_crsEPSG+OETRS89EPSG_OLDL)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD9%?compound_crsEPSG)ETRS89 + EOMA 1980 heightEPSG_OLDE%Wcompound_crsEPSGCRGF93 / Lambert-93 + NGF-IGN78 heightEPSG_OLDE%Wcompound_crsEPSGBRGF93 / Lambert-93 + NGF-IGN69 heightEPSG_OLD9'=projected_crsEPSG EUREF-FIN / UTM zone 35NEPSG_OLD9'=projected_crsEPSG%ETRF89 IT / UTM zone 34NEPSG_OLD9~'=projected_crsEPSG ETRF89 IT / UTM zone 32NEPSG_OLD9}'=projected_crsEPSG ETRF89 IT / UTM zone 33NEPSG_OLDL{)ageodetic_datumEPSGlEuropean Terrestrial Reference System 1989EPSG_OLD)z)geodetic_datumEPSGlRDN2008EPSG_OLD&y%geodetic_crsEPSG+yETRS89EPSG_OLD&x%geodetic_crsEPSG+zETRS89EPSG_OLD&w%geodetic_crsEPSG+~ETRS89EPSG_OLDLv)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD8u%=compound_crsEPSG*WETRS89 + LAS-2000 heightEPSG_OLD8t%=compound_crsEPSG*JETRS89 + LAS-2000 heightEPSG_OLDLs)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD&r%geodetic_crsEPSG+bETRS89EPSG_OLD&q%geodetic_crsEPSG+cETRS89EPSG_OLD&p%geodetic_crsEPSG+dETRS89EPSG_OLDLo)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD&n%geodetic_crsEPSG+5ETRS89EPSG_OLD&m%geodetic_crsEPSG+6ETRS89EPSG_OLD&l%geodetic_crsEPSG+7ETRS89EPSG_OLDLk)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD&j%geodetic_crsEPSG+/ETRS89EPSG_OLD&i%geodetic_crsEPSG+0ETRS89EPSG_OLD&h%geodetic_crsEPSG+1ETRS89EPSG_OLDLg)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD&f%geodetic_crsEPSG+%ETRS89EPSG_OLD&e%geodetic_crsEPSG+&ETRS89EPSG_OLD&d%geodetic_crsEPSG+'ETRS89EPSG_OLDLc)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLDL_)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD4^'3projected_crsEPSGETRS89 / Albania TMEPSG_OLD5]'5projected_crsEPSG2ETRS89 / Albania LCCEPSG_OLD6\'7projected_crsEPSG wETRS89 / Lambert 2005EPSG_OLDB[%Qcompound_crsEPSG ETRS89 / UTM zone 36 + NN54 heightEPSG_OLDBZ%Qcompound_crsEPSGETRS89 / UTM zone 35 + NN54 heightEPSG_OLDBY%Qcompound_crsEPSGETRS89 / UTM zone 34 + NN54 heightEPSG_OLDBX%Qcompound_crsEPSGETRS89 / UTM zone 33 + NN54 heightEPSG_OLDBW%Qcompound_crsEPSGETRS89 / UTM zone 32 + NN54 heightEPSG_OLDBV%Qcompound_crsEPSGETRS89 / UTM zone 31 + NN54 heightEPSG_OLDDU%Ucompound_crsEPSGSETRS89 / UTM zone 31 + NN2000 heightEPSG_OLDDT%Ucompound_crsEPSGTETRS89 / UTM zone 32 + NN2000 heightEPSG_OLDDS%Ucompound_crsEPSGXETRS89 / UTM zone 36 + NN2000 heightEPSG_OLDDR%Ucompound_crsEPSGVETRS89 / UTM zone 34 + NN2000 heightEPSG_OLDDQ%Ucompound_crsEPSGWETRS89 / UTM zone 35 + NN2000 heightEPSG_OLDDP%Ucompound_crsEPSGUETRS89 / UTM zone 33 + NN2000 heightEPSG_OLD&O%geodetic_crsEPSG*yETRS89EPSG_OLD&N%geodetic_crsEPSG*zETRS89EPSG_OLD&M%geodetic_crsEPSG*{ETRS89EPSG_OLDLL)ageodetic_datumEPSGEuropean Terrestrial Reference System 1989EPSG_OLD4K'3projected_crsEPSGeLKS92 / TM Baltic93EPSG_OLD&J%geodetic_crsEPSG)ETRS89EPSG_OLD&I%geodetic_crsEPSG)ETRS89EPSG_OLD&H%geodetic_crsEPSG)ETRS89EPSG_OLDLG)ageodetic_datumEPSGoEuropean Terrestrial Reference System 1989EPSG_OLD7F%;compound_crsEPSG>ETRS89-TM35FIN(N,E)/N60EPSG_OLD4E'3projected_crsEPSGETRS89-TM35FIN(N,E)EPSG_OLD9D%?compound_crsEPSG?ETRS89-TM35FIN(N,E)/N2000EPSG_OLD NzKvM$ Z 1  O  W  _ ! e 'jDi?g:U!P]+h6~W18b+?unit_of_measureEPSG$TFoot_Sears_1922_TruncatedESRI8a+?unit_of_measureEPSG#Yard_Sears_1922_TruncatedESRI#`+unit_of_measureEPSG#LinkESRI$_+unit_of_measureEPSG#ChainESRI#^+unit_of_measureEPSG#YardESRI0]+/unit_of_measureEPSG#Foot_British_1936ESRI.\++unit_of_measureEPSG#Foot_Gold_CoastESRI+[+%unit_of_measureEPSG#Statute_MileESRI/Z+-unit_of_measureEPSG#Yard_Indian_1975ESRI/Y+-unit_of_measureEPSG#~Yard_Indian_1962ESRI/X+-unit_of_measureEPSG#}Yard_Indian_1937ESRI*W+#unit_of_measureEPSG#|Yard_IndianESRI/V+-unit_of_measureEPSG#{Foot_Indian_1975ESRI/U+-unit_of_measureEPSG#zFoot_Indian_1962ESRI/T+-unit_of_measureEPSG#yFoot_Indian_1937ESRI*S+#unit_of_measureEPSG#xFoot_IndianESRI(R+unit_of_measureEPSG#nFoot_1865ESRI1Q+1unit_of_measureEPSG#gLink_Benoit_1895_BESRI2P+3unit_of_measureEPSG#fChain_Benoit_1895_BESRI1O+1unit_of_measureEPSG#eFoot_Benoit_1895_BESRI1N+1unit_of_measureEPSG#dYard_Benoit_1895_BESRI1M+1unit_of_measureEPSG#]Link_Benoit_1895_AESRI2L+3unit_of_measureEPSG#\Chain_Benoit_1895_AESRI1K+1unit_of_measureEPSG#[Foot_Benoit_1895_AESRI1J+1unit_of_measureEPSG#ZYard_Benoit_1895_AESRI)I+!unit_of_measureEPSG#SLink_SearsESRI*H+#unit_of_measureEPSG#RChain_SearsESRI)G+!unit_of_measureEPSG#QFoot_SearsESRI)F+!unit_of_measureEPSG#PYard_SearsESRI*E+#unit_of_measureEPSG#OLink_ClarkeESRI+D+%unit_of_measureEPSG#NChain_ClarkeESRI*C+#unit_of_measureEPSG#MYard_ClarkeESRI(B+unit_of_measureEPSG#LKilometerESRI&A+unit_of_measureEPSG#KMile_USESRI&@+unit_of_measureEPSG#JLink_USESRI'?+unit_of_measureEPSG#IChain_USESRI+>+%unit_of_measureEPSG#GMeter_GermanESRI,=+'unit_of_measureEPSG#FNautical_MileESRI%<+unit_of_measureEPSG#6FathomESRI*;+#unit_of_measureEPSG#-Foot_ClarkeESRI&:+unit_of_measureEPSG#+Foot_USESRI#9+unit_of_measureEPSG#*FootESRI$8+unit_of_measureEPSG#)MeterESRI)7+!unit_of_measureEPSG CentimeterESRI)6+!unit_of_measureEPSGMillimeterESRI;5%Cgeodetic_crsEPSGNISIRGAS-Chile realización 5EPSG_OLD;4%Cgeodetic_crsEPSGNHSIRGAS-Chile realización 5EPSG_OLD;3%Cgeodetic_crsEPSGNGSIRGAS-Chile realización 5EPSG_OLD'2%geodetic_crsEPSG7CHTRF95EPSG_OLD'1%geodetic_crsEPSGECHTRF95EPSG_OLD'0%geodetic_crsEPSGDCHTRF95EPSG_OLD;/%Cgeodetic_crsEPSG#SIRGAS-Chile realización 4EPSG_OLD;.%Cgeodetic_crsEPSG#SIRGAS-Chile realización 4EPSG_OLD;-%Cgeodetic_crsEPSG#SIRGAS-Chile realización 3EPSG_OLD;,%Cgeodetic_crsEPSG#SIRGAS-Chile realización 3EPSG_OLD;+%Cgeodetic_crsEPSG#SIRGAS-Chile realización 4EPSG_OLD;*%Cgeodetic_crsEPSG#SIRGAS-Chile realización 3EPSG_OLD;)%Cgeodetic_crsEPSGSIRGAS-Chile realización 1EPSG_OLD;(%Cgeodetic_crsEPSGSIRGAS-Chile realización 1EPSG_OLD;'%Cgeodetic_crsEPSGSIRGAS-Chile realización 1EPSG_OLD4&)1geodetic_datumEPSGETRS89/DREF91/2025EPSG_OLDR#)mgeodetic_datumEPSGSwiss Terrestrial Reference Frame 1995 (CHTRF95)EPSG_OLD( )vertical_datumEPSG LAT 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)'geodetic_datumEPSG\D_Hu_Tzu_ShanESRI0)1geodetic_datumEPSG[D_Guyane_FrancaiseESRI&)geodetic_datumEPSGZD_GarouaESRI.)-geodetic_datumEPSGYD_Gandajika_1970ESRI%)geodetic_datumEPSGXD_FahudESRI-)+geodetic_datumEPSGWD_European_1987ESRI-)+geodetic_datumEPSGVD_European_1950ESRI*)%geodetic_datumEPSGUD_Egypt_1907ESRI&)geodetic_datumEPSGTD_DoualaESRI+)'geodetic_datumEPSGSD_Deir_ez_ZorESRI-)+geodetic_datumEPSGRD_Cote_d_IvoireESRI.)-geodetic_datumEPSGQD_Corrego_AlegreESRI$)geodetic_datumEPSGPD_ChuaESRI()!geodetic_datumEPSGOD_CarthageESRI$)geodetic_datumEPSGND_CapeESRI/)/geodetic_datumEPSGMD_Campo_InchauspeESRI()!geodetic_datumEPSGLD_CamacupaESRI,))geodetic_datumEPSGKD_Bukit_RimpahESRI&)geodetic_datumEPSGJD_BogotaESRI, ))geodetic_datumEPSGHD_Bermuda_1957ESRI* )%geodetic_datumEPSGGD_Belge_1950ESRI Rq> l? d > Y * i 9  o >  N e:X+d/Y,p@d8 W(c$+3)'geodetic_datumEPSG D_Lisbon_1890ESRI;2)Ggeodetic_datumEPSG 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)+geodetic_datumEPSGD_Grand_ComorosESRI))#geodetic_datumEPSGD_RGNC_1991ESRI,))geodetic_datumEPSGD_NEA74_NoumeaESRI*)%geodetic_datumEPSGD_ST71_BelepESRI1)3geodetic_datumEPSGD_ST84_Ile_des_PinsESRI*)%geodetic_datumEPSGD_IGN53_MareESRI%)geodetic_datumEPSGD_MOP78ESRI=)Kgeodetic_datumEPSGD_Saint_Pierre_et_Miquelon_1950ESRI<)Igeodetic_datumEPSGD_Pointe_Geologie_Perroud_1950ESRI,))geodetic_datumEPSGD_Petrels_1972ESRI2)5geodetic_datumEPSGD_IGN72_Grande_TerreESRI+)'geodetic_datumEPSGD_IGN56_LifouESRI,))geodetic_datumEPSGD_Combani_1950ESRI5);geodetic_datumEPSGD_Kerguelen_Island_1949ESRI/)/geodetic_datumEPSGD_IGN72_Nuku_HivaESRI*)%geodetic_datumEPSGD_Tahaa_1954ESRI+)'geodetic_datumEPSGD_Tahiti_1952ESRI()!geodetic_datumEPSGD_RGR_1992ESRI,))geodetic_datumEPSGD_Reunion_1947ESRI+ )'geodetic_datumEPSGD_Fort_DesaixESRI) )#geodetic_datumEPSGD_RGFG_1995ESRI( )!geodetic_datumEPSGD_CSG_1967ESRI+ )'geodetic_datumEPSGD_Sainte_AnneESRI, ))geodetic_datumEPSGD_Fort_MarigotESRI()!geodetic_datumEPSGD_Point_58ESRI()!geodetic_datumEPSGD_SWEREF99ESRI3)7geodetic_datumEPSGD_South_American_1969ESRI4)9geodetic_datumEPSGD_Selvagem_Grande_1938ESRI0)1geodetic_datumEPSGD_Porto_Santo_1936ESRI()!geodetic_datumEPSGD_QND_1995ESRI-)+geodetic_datumEPSGD_Gunung_SegaraESRI()!geodetic_datumEPSGD_JGD_2000ESRI.)-geodetic_datumEPSGD_Hong_Kong_1980ESRI))#geodetic_datumEPSGD_Xian_1980ESRI.~)-geodetic_datumEPSGD_NAD_1927_CGQ77ESRI8})Ageodetic_datumEPSGD_NAD_1927_Definition_1976ESRI/|)/geodetic_datumEPSGD_St_Vincent_1945ESRI-{)+geodetic_datumEPSGD_St_Lucia_1955ESRI-z)+geodetic_datumEPSGD_St_Kitts_1955ESRI/y)/geodetic_datumEPSGD_Montserrat_1958ESRI,x))geodetic_datumEPSGD_Grenada_1953ESRI-w)+geodetic_datumEPSGD_Dominica_1945ESRI,v))geodetic_datumEPSGD_Antigua_1943ESRI-u)+geodetic_datumEPSGD_Anguilla_1957ESRI(t)!geodetic_datumEPSGD_WGS_1984ESRI+s)'geodetic_datumEPSGD_WGS_1972_BEESRI(r)!geodetic_datumEPSGD_WGS_1972ESRI.q)-geodetic_datumEPSGD_Kuwait_UtilityESRI#p)geodetic_datumEPSGD_NGNESRI4o)9geodetic_datumEPSGD_Dealul_Piscului_1970ESRI4n)9geodetic_datumEPSGD_Dealul_Piscului_1933ESRI,m))geodetic_datumEPSGD_Conakry_1905ESRI;l)Ggeodetic_datumEPSGD_Deutsches_HauptdreiecksnetzESRI*k)%geodetic_datumEPSGD_Belge_1972ESRI#j)geodetic_datumEPSGD_MGIESRI(i)!geodetic_datumEPSGD_ZanderijESRI$h)geodetic_datumEPSGD_YoffESRI&g)geodetic_datumEPSGD_YacareESRI.f)-geodetic_datumEPSGD_Stockholm_1938ESRI0e)1geodetic_datumEPSGD_Nord_Sahara_1959ESRI)d)#geodetic_datumEPSGD_Bern_1938ESRI+c)'geodetic_datumEPSGD_Voirol_1875ESRI2b)5geodetic_datumEPSGD_Trucial_Coast_1948ESRI 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GCS_North_American_1983_CSRS98ESRI_OLD3P%3geodetic_crsEPSGUGCS_Luxembourg_1930ESRI_OLD.O%)geodetic_crsEPSGGCS_Korea_2000ESRI_OLD.N%)geodetic_crsEPSGXGCS_Kasai_1955ESRI_OLD+M%#geodetic_crsEPSGZGCS_K0_1949ESRI_OLD>L%Igeodetic_crsEPSGGCS_Deutsche_HauptdreiecksnetzESRI_OLD3K%3geodetic_crsEPSGGCS_Carthage_DegreeESRI_OLD0J%-geodetic_crsEPSG%ETRF2000-PL_(3D)ESRI_OLD-I%'geodetic_crsEPSG$\ATRF2014_(3D)ESRI_OLD*H)geodetic_datumEPSGD_TahitiESRI_OLD)G)geodetic_datumEPSGD_TahaaESRI_OLD0F))geodetic_datumEPSG(D_SIRGAS-ChileESRI_OLD,E)geodetic_datumESRID_ReunionESRI_OLD5D)1geodetic_datumESRID_Piton_des_NeigesESRI_OLDDC)Qgeodetic_datumEPSGD_Phillipine_Reference_System_1992ESRI_OLD?B)Egeodetic_datumESRID_Observ_Meteorological_1939ESRI_OLD>A)Egeodetic_datumEPSGD_North_American_1983_CSRS98ESRI_OLD3@)/geodetic_datumEPSG%D_Luxembourg_1930ESRI_OLD.?)%geodetic_datumEPSGQD_Korea_2000ESRI_OLD.>)%geodetic_datumEPSG(D_Kasai_1955ESRI_OLD,=)geodetic_datumESRID_K0_1949ESRI_OLD><)Egeodetic_datumEPSGD_Deutsche_HauptdreiecksnetzESRI_OLD-;%/geodetic_crsEPSGNNMAGNA-SIRGAS_2018ESRI0:%5geodetic_crsEPSGNMMAGNA-SIRGAS_2018_3DESRI-9%/geodetic_crsEPSGNISIRGAS-Chile_2021ESRI08%5geodetic_crsEPSGNHSIRGAS-Chile_2021_3DESRI%7%geodetic_crsEPSGNAMWC18-IRFESRI&6%!geodetic_crsEPSG*GR96(2021)ESRI)5%'geodetic_crsEPSG*GR96(2021)_3DESRI&4%!geodetic_crsEPSG*GR96(1996)ESRI)3%'geodetic_crsEPSG*GR96(1996)_3DESRI82%Egeodetic_crsEPSG*CSRN_epoch_2025.0_(ITRF2020)ESRI;1%Kgeodetic_crsEPSG*CSRN_epoch_2025.0_(ITRF2020)_3DESRI%0%geodetic_crsEPSG*QazTRF-23ESRI(/%%geodetic_crsEPSG*QazTRF-23_3DESRI:.%Igeodetic_crsEPSG*CSRN_epoch_2025.0_(NAD83_2011)ESRI=-%Ogeodetic_crsEPSG*CSRN_epoch_2025.0_(NAD83_2011)_3DESRI%,%geodetic_crsEPSG*Asse_2025ESRI$+%geodetic_crsEPSG*lWSPG-IRFESRI$*%geodetic_crsEPSG*aEWR3-IRFESRI)%geodetic_crsEPSG*OGGDESRI"(%geodetic_crsEPSG*NGGD_3DESRI$'%geodetic_crsEPSG*0LibRef21ESRI'&%#geodetic_crsEPSG*/LibRef21_3DESRI %%geodetic_crsEPSG*'UGRFESRI GRl5 U  u 7 } B  V k 2RHf.Y)h7k6MP25'7projected_crsEPSG+South_Yemen_GK_Zone_8ESRI84'Cprojected_crsEPSG*Yemen_NGN_1996_UTM_Zone_39NESRI83'Cprojected_crsEPSG)Yemen_NGN_1996_UTM_Zone_38NESRI.2'/projected_crsEPSG(Carthage_TM_11_NEESRI.1'/projected_crsEPSG'ELD_1979_TM_12_NEESRI.0'/projected_crsEPSG&NAD_1927_Cuba_SurESRI0/'3projected_crsEPSG%NAD_1927_Cuba_NorteESRI4.';projected_crsEPSG$Hito_XVIII_1963_UTM_19SESRI8-'Cprojected_crsEPSG#Hito_XVIII_1963_Argentina_2ESRI;,'Iprojected_crsEPSG"Pampa_del_Castillo_Argentina_2ESRI8+'Cprojected_crsEPSG!Chos_Malal_1914_Argentina_2ESRI2*'7projected_crsEPSG 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ED_1950_ED77_UTM_Zone_38NESRI4';projected_crsEPSG Rassadiran_Nakhl_e_TaqiESRI)'%projected_crsEPSGCH1903+_LV95ESRI2'7projected_crsEPSGHanoi_1972_GK_Zone_19ESRI2'7projected_crsEPSGHanoi_1972_GK_Zone_18ESRI6'?projected_crsEPSGAbidjan_1987_UTM_Zone_29NESRI6'?projected_crsEPSGLocodjo_1965_UTM_Zone_29NESRI6 '?projected_crsEPSGAbidjan_1987_UTM_Zone_30NESRI6 '?projected_crsEPSGLocodjo_1965_UTM_Zone_30NESRI+ ')projected_crsEPSGIsrael_TM_GridESRI7 'Aprojected_crsEPSGNAD_1983_CSRS_UTM_Zone_20NESRI7 'Aprojected_crsEPSGNAD_1983_CSRS_UTM_Zone_19NESRIF'_projected_crsEPSGNAD_1983_CSRS_New_Brunswick_StereographicESRI8'Cprojected_crsEPSGNAD_1927_CGQ77_UTM_Zone_21NESRI8'Cprojected_crsEPSGNAD_1927_CGQ77_UTM_Zone_20NESRI8'Cprojected_crsEPSGNAD_1927_CGQ77_UTM_Zone_19NESRI8'Cprojected_crsEPSGNAD_1927_CGQ77_UTM_Zone_18NESRI8'Cprojected_crsEPSGNAD_1927_CGQ77_UTM_Zone_17NESRI;'Iprojected_crsEPSGNAD_1927_DEF_1976_UTM_Zone_18NESRI;'Iprojected_crsEPSGNAD_1927_DEF_1976_UTM_Zone_17NESRI;'Iprojected_crsEPSGNAD_1927_DEF_1976_UTM_Zone_16NESRI;'Iprojected_crsEPSGNAD_1927_DEF_1976_UTM_Zone_15NESRI5~'=projected_crsEPSGNAD_1927_DEF_1976_MTM_17ESRI5}'=projected_crsEPSGNAD_1927_DEF_1976_MTM_16ESRI5|'=projected_crsEPSGNAD_1927_DEF_1976_MTM_15ESRI5{'=projected_crsEPSGNAD_1927_DEF_1976_MTM_14ESRI5z'=projected_crsEPSGNAD_1927_DEF_1976_MTM_13ESRI5y'=projected_crsEPSGNAD_1927_DEF_1976_MTM_12ESRI5x'=projected_crsEPSGNAD_1927_DEF_1976_MTM_11ESRI5w'=projected_crsEPSGNAD_1927_DEF_1976_MTM_10ESRI4v';projected_crsEPSGNAD_1927_DEF_1976_MTM_9ESRI4u';projected_crsEPSGNAD_1927_DEF_1976_MTM_8ESRI8t'Cprojected_crsEPSGNAD_1927_CGQ77_MTM_10_SCoPQESRI7s'Aprojected_crsEPSGNAD_1927_CGQ77_MTM_9_SCoPQESRI7r'Aprojected_crsEPSGNAD_1927_CGQ77_MTM_8_SCoPQESRI7q'Aprojected_crsEPSGNAD_1927_CGQ77_MTM_7_SCoPQESRI7p'Aprojected_crsEPSGNAD_1927_CGQ77_MTM_6_SCoPQESRI7o'Aprojected_crsEPSGNAD_1927_CGQ77_MTM_5_SCoPQESRI Eb/{F } B  N  d ( z B ^ %o7~;Z$QR~D \)z9;z'Iprojected_crsEPSGqSierra_Leone_1968_UTM_Zone_28NESRIBy'Wprojected_crsEPSGpSierra_Leone_1924_New_War_Office_GridESRI>x'Oprojected_crsEPSGoSierra_Leone_1924_New_Colony_GridESRI2w'7projected_crsEPSGnIRENET95_UTM_Zone_29NESRI?v'Qprojected_crsEPSGmIRENET95_Irish_Transverse_MercatorESRI5u'=projected_crsEPSGkSamoa_1962_Samoa_LambertESRI0t'3projected_crsEPSGjRGF_1993_Lambert_93ESRI7s'Aprojected_crsEPSGiNAD_1983_CSRS_UTM_Zone_11NESRI7r'Aprojected_crsEPSGhNAD_1983_CSRS_UTM_Zone_12NESRI7q'Aprojected_crsEPSGgNAD_1983_CSRS_UTM_Zone_13NESRI7p'Aprojected_crsEPSGfNAD_1983_CSRS_UTM_Zone_17NESRI7o'Aprojected_crsEPSGeNAD_1983_CSRS_UTM_Zone_18NESRI7n'Aprojected_crsEPSGdNAD_1983_CSRS_UTM_Zone_21NESRI1m'5projected_crsEPSGcNAD_1983_CSRS_MTM_10ESRI0l'3projected_crsEPSGbNAD_1983_CSRS_MTM_9ESRI0k'3projected_crsEPSGaNAD_1983_CSRS_MTM_8ESRI0j'3projected_crsEPSG`NAD_1983_CSRS_MTM_7ESRI0i'3projected_crsEPSG_NAD_1983_CSRS_MTM_6ESRI0h'3projected_crsEPSG^NAD_1983_CSRS_MTM_5ESRI0g'3projected_crsEPSG]NAD_1983_CSRS_MTM_4ESRI0f'3projected_crsEPSG\NAD_1983_CSRS_MTM_3ESRI6e'?projected_crsEPSG[NAD_1983_CSRS_MTM_2_SCoPQESRI:d'Gprojected_crsEPSGZNAD_1927_CGQ77_Quebec_LambertESRI*c''projected_crsEPSGYAccra_TM_1_NWESRI-b'-projected_crsEPSGXAccra_Ghana_GridESRI3a'9projected_crsEPSGWNZGD_2000_UTM_Zone_60SESRI3`'9projected_crsEPSGVNZGD_2000_UTM_Zone_59SESRI3_'9projected_crsEPSGUNZGD_2000_UTM_Zone_58SESRI4^';projected_crsEPSGTNZGD_2000_Bluff_CircuitESRI;]'Iprojected_crsEPSGSNZGD_2000_North_Taieri_CircuitESRI@\'Sprojected_crsEPSGRNZGD_2000_Observation_Point_CircuitESRI9['Eprojected_crsEPSGQNZGD_2000_Mount_York_CircuitESRI=Z'Mprojected_crsEPSGPNZGD_2000_Mount_Nicholas_CircuitESRI:Y'Gprojected_crsEPSGONZGD_2000_Lindis_Peak_CircuitESRI5X'=projected_crsEPSGNNZGD_2000_Timaru_CircuitESRI5W'=projected_crsEPSGMNZGD_2000_Gawler_CircuitESRI=V'Mprojected_crsEPSGLNZGD_2000_Mount_Pleasant_CircuitESRI;U'Iprojected_crsEPSGKNZGD_2000_Jacksons_Bay_CircuitESRI6T'?projected_crsEPSGJNZGD_2000_Okarito_CircuitESRI7S'Aprojected_crsEPSGINZGD_2000_Hokitika_CircuitESRI:R'Gprojected_crsEPSGHNZGD_2000_Marlborough_CircuitESRI4Q';projected_crsEPSGGNZGD_2000_Amuri_CircuitESRI3P'9projected_crsEPSGFNZGD_2000_Grey_CircuitESRI5O'=projected_crsEPSGENZGD_2000_Buller_CircuitESRI6N'?projected_crsEPSGDNZGD_2000_Karamea_CircuitESRI5M'=projected_crsEPSGCNZGD_2000_Nelson_CircuitESRI:L'Gprojected_crsEPSGBNZGD_2000_Collingwood_CircuitESRI9K'Eprojected_crsEPSGANZGD_2000_Wellington_CircuitESRI8J'Cprojected_crsEPSG@NZGD_2000_Wairarapa_CircuitESRI7I'Aprojected_crsEPSG?NZGD_2000_Wanganui_CircuitESRI8H'Cprojected_crsEPSG>NZGD_2000_Tuhirangi_CircuitESRI7G'Aprojected_crsEPSG=NZGD_2000_Taranaki_CircuitESRI9F'Eprojected_crsEPSG'!projected_crsEPSG4Greek_GridESRI2='7projected_crsEPSG3Qatar_1948_Qatar_GridESRI8<'Cprojected_crsEPSG2Korean_1985_Korea_West_BeltESRI;;'Iprojected_crsEPSG1Korean_1985_Korea_Central_BeltESRI8:'Cprojected_crsEPSG0Korean_1985_Korea_East_BeltESRI09'3projected_crsEPSG/Bissau_UTM_Zone_28NESRI28'7projected_crsEPSG.WGS_1972_BE_TM_106_NEESRI17'5projected_crsEPSG-Hanoi_1972_GK_106_NEESRI26'7projected_crsEPSG,South_Yemen_GK_Zone_9ESRI =RF Y  Z  o / { 2 P 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'Cprojected_crsEPSGED_1950_3_Degree_GK_Zone_12ESRI8'Cprojected_crsEPSGED_1950_3_Degree_GK_Zone_11ESRI8'Cprojected_crsEPSGED_1950_3_Degree_GK_Zone_10ESRI7'Aprojected_crsEPSGED_1950_3_Degree_GK_Zone_9ESRII'eprojected_crsEPSGNAD_1983_StatePlane_Kentucky_North_FIPS_1601ESRID'[projected_crsEPSGNAD_1927_StatePlane_Tennessee_FIPS_4100ESRI0'3projected_crsEPSGREGVEN_UTM_Zone_20NESRI0'3projected_crsEPSGREGVEN_UTM_Zone_19NESRI0'3projected_crsEPSGREGVEN_UTM_Zone_18NESRIA'Uprojected_crsEPSGATS_1977_New_Brunswick_StereographicESRI6'?projected_crsEPSGETRS_1989_Kp2000_BornholmESRI5'=projected_crsEPSGETRS_1989_Kp2000_ZealandESRI5'=projected_crsEPSGETRS_1989_Kp2000_JutlandESRI6'?projected_crsEPSGNAD_1983_HARN_UTM_Zone_2SESRIF'_projected_crsEPSGNZGD_2000_New_Zealand_Transverse_MercatorESRI7'Aprojected_crsEPSGED_1950_France_EuroLambertESRI6'?projected_crsEPSGMadeira_1936_UTM_Zone_28NESRI>'Oprojected_crsEPSGAzores_Oriental_1940_UTM_Zone_26NESRI='Mprojected_crsEPSGAzores_Central_1948_UTM_Zone_26NESRI@ 'Sprojected_crsEPSGAzores_Occidental_1939_UTM_Zone_25NESRI- '-projected_crsEPSGETRF2000-PL_CS92ESRI9 'Eprojected_crsEPSGETRF2000-PL_CS2000_24_Zone_8ESRI9 'Eprojected_crsEPSGETRF2000-PL_CS2000_21_Zone_7ESRI9 'Eprojected_crsEPSGETRF2000-PL_CS2000_18_Zone_6ESRI9'Eprojected_crsEPSGETRF2000-PL_CS2000_15_Zone_5ESRI@'Sprojected_crsEPSGPulkovo_1942_Adj_1958_Poland_Zone_VESRIA'Uprojected_crsEPSG~Pulkovo_1942_Adj_1958_Poland_Zone_IVESRIB'Wprojected_crsEPSG}Pulkovo_1942_Adj_1958_Poland_Zone_IIIESRIA'Uprojected_crsEPSG|Pulkovo_1942_Adj_1958_Poland_Zone_IIESRI.'/projected_crsEPSGzMGI_Slovenia_GridESRI0'3projected_crsEPSGyLUREF_Luxembourg_TMESRIE']projected_crsEPSGxPulkovo_1942_Adj_1983_3_Degree_GK_Zone_5ESRIE']projected_crsEPSGwPulkovo_1942_Adj_1983_3_Degree_GK_Zone_4ESRIE']projected_crsEPSGvPulkovo_1942_Adj_1983_3_Degree_GK_Zone_3ESRI1~'5projected_crsEPSGuAbidjan_1987_TM_5_NWESRI1}'5projected_crsEPSGtLocodjo_1965_TM_5_NWESRI9|'Eprojected_crsEPSGsUS_National_Atlas_Equal_AreaESRI;{'Iprojected_crsEPSGrSierra_Leone_1968_UTM_Zone_29NESRI 0fx) ? P [  V Z dowpw"w+7AOg'qprojected_crsEPSGNAD_1983_StatePlane_Utah_South_FIPS_4303_Feet_IntlESRIQf'uprojected_crsEPSGNAD_1983_StatePlane_Utah_Central_FIPS_4302_Feet_IntlESRIOe'qprojected_crsEPSGNAD_1983_StatePlane_Utah_North_FIPS_4301_Feet_IntlESRIKd'iprojected_crsEPSGNAD_1983_StatePlane_Texas_South_FIPS_4205_FeetESRISc'yprojected_crsEPSGNAD_1983_StatePlane_Texas_South_Central_FIPS_4204_FeetESRIMb'mprojected_crsEPSGNAD_1983_StatePlane_Texas_Central_FIPS_4203_FeetESRISa'yprojected_crsEPSGNAD_1983_StatePlane_Texas_North_Central_FIPS_4202_FeetESRIK`'iprojected_crsEPSGNAD_1983_StatePlane_Texas_North_FIPS_4201_FeetESRII_'eprojected_crsEPSGNAD_1983_StatePlane_Tennessee_FIPS_4100_FeetESRIS^'yprojected_crsEPSGNAD_1983_StatePlane_South_Carolina_FIPS_3900_Feet_IntlESRIR]'wprojected_crsEPSGNAD_1983_StatePlane_Pennsylvania_South_FIPS_3702_FeetESRIR\'wprojected_crsEPSGNAD_1983_StatePlane_Pennsylvania_North_FIPS_3701_FeetESRIQ['uprojected_crsEPSGNAD_1983_StatePlane_Oregon_South_FIPS_3602_Feet_IntlESRIQZ'uprojected_crsEPSGNAD_1983_StatePlane_Oregon_North_FIPS_3601_Feet_IntlESRINY'oprojected_crsEPSGNAD_1983_StatePlane_Oklahoma_South_FIPS_3502_FeetESRINX'oprojected_crsEPSGNAD_1983_StatePlane_Oklahoma_North_FIPS_3501_FeetESRIXW'projected_crsEPSGNAD_1983_StatePlane_North_Dakota_South_FIPS_3302_Feet_IntlESRIXV'projected_crsEPSGNAD_1983_StatePlane_North_Dakota_North_FIPS_3301_Feet_IntlESRINU'oprojected_crsEPSGNAD_1983_StatePlane_North_Carolina_FIPS_3200_FeetESRITT'{projected_crsEPSGNAD_1983_StatePlane_New_York_Long_Island_FIPS_3104_FeetESRIMS'mprojected_crsEPSGNAD_1983_StatePlane_New_York_West_FIPS_3103_FeetESRIPR'sprojected_crsEPSGNAD_1983_StatePlane_New_York_Central_FIPS_3102_FeetESRIMQ'mprojected_crsEPSGNAD_1983_StatePlane_New_York_East_FIPS_3101_FeetESRIOP'qprojected_crsEPSGNAD_1983_StatePlane_New_Mexico_West_FIPS_3003_FeetESRIRO'wprojected_crsEPSGNAD_1983_StatePlane_New_Mexico_Central_FIPS_3002_FeetESRION'qprojected_crsEPSGNAD_1983_StatePlane_New_Mexico_East_FIPS_3001_FeetESRILM'kprojected_crsEPSGNAD_1983_StatePlane_Montana_FIPS_2500_Feet_IntlESRIPL'sprojected_crsEPSGNAD_1983_StatePlane_Mississippi_West_FIPS_2302_FeetESRIPK'sprojected_crsEPSGNAD_1983_StatePlane_Mississippi_East_FIPS_2301_FeetESRISJ'yprojected_crsEPSGNAD_1983_StatePlane_Michigan_South_FIPS_2113_Feet_IntlESRIUI'}projected_crsEPSGNAD_1983_StatePlane_Michigan_Central_FIPS_2112_Feet_IntlESRISH'yprojected_crsEPSGNAD_1983_StatePlane_Michigan_North_FIPS_2111_Feet_IntlESRITG'{projected_crsEPSGNAD_1983_StatePlane_Massachusetts_Island_FIPS_2002_FeetESRIVF'projected_crsEPSGNAD_1983_StatePlane_Massachusetts_Mainland_FIPS_2001_FeetESRIHE'cprojected_crsEPSGNAD_1983_StatePlane_Maryland_FIPS_1900_FeetESRIND'oprojected_crsEPSGNAD_1983_StatePlane_Kentucky_South_FIPS_1602_FeetESRINC'oprojected_crsEPSGNAD_1983_StatePlane_Kentucky_North_FIPS_1601_FeetESRILB'kprojected_crsEPSGNAD_1983_StatePlane_Indiana_West_FIPS_1302_FeetESRILA'kprojected_crsEPSGNAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetESRIJ@'gprojected_crsEPSGNAD_1983_StatePlane_Idaho_West_FIPS_1103_FeetESRIM?'mprojected_crsEPSGNAD_1983_StatePlane_Idaho_Central_FIPS_1102_FeetESRIJ>'gprojected_crsEPSGNAD_1983_StatePlane_Idaho_East_FIPS_1101_FeetESRIL='kprojected_crsEPSGNAD_1983_StatePlane_Georgia_West_FIPS_1002_FeetESRIL<'kprojected_crsEPSGNAD_1983_StatePlane_Georgia_East_FIPS_1001_FeetESRIM;'mprojected_crsEPSGNAD_1983_StatePlane_Florida_North_FIPS_0903_FeetESRIL:'kprojected_crsEPSGNAD_1983_StatePlane_Florida_West_FIPS_0902_FeetESRIL9'kprojected_crsEPSGNAD_1983_StatePlane_Florida_East_FIPS_0901_FeetESRIH8'cprojected_crsEPSGNAD_1983_StatePlane_Delaware_FIPS_0700_FeetESRI D^ f ~ < U # Y  n 5 Y - f2b._,_+[g*s6B:+'Gprojected_crsEPSG ;Xian_1980_3_Degree_GK_Zone_39ESRI:*'Gprojected_crsEPSG :Xian_1980_3_Degree_GK_Zone_38ESRI:)'Gprojected_crsEPSG 9Xian_1980_3_Degree_GK_Zone_37ESRI:('Gprojected_crsEPSG 8Xian_1980_3_Degree_GK_Zone_36ESRI:''Gprojected_crsEPSG 7Xian_1980_3_Degree_GK_Zone_35ESRI:&'Gprojected_crsEPSG 6Xian_1980_3_Degree_GK_Zone_34ESRI:%'Gprojected_crsEPSG 5Xian_1980_3_Degree_GK_Zone_33ESRI:$'Gprojected_crsEPSG 4Xian_1980_3_Degree_GK_Zone_32ESRI:#'Gprojected_crsEPSG 3Xian_1980_3_Degree_GK_Zone_31ESRI:"'Gprojected_crsEPSG 2Xian_1980_3_Degree_GK_Zone_30ESRI:!'Gprojected_crsEPSG 1Xian_1980_3_Degree_GK_Zone_29ESRI: 'Gprojected_crsEPSG 0Xian_1980_3_Degree_GK_Zone_28ESRI:'Gprojected_crsEPSG /Xian_1980_3_Degree_GK_Zone_27ESRI:'Gprojected_crsEPSG .Xian_1980_3_Degree_GK_Zone_26ESRI:'Gprojected_crsEPSG -Xian_1980_3_Degree_GK_Zone_25ESRI1'5projected_crsEPSG ,Xian_1980_GK_CM_135EESRI1'5projected_crsEPSG +Xian_1980_GK_CM_129EESRI1'5projected_crsEPSG *Xian_1980_GK_CM_123EESRI1'5projected_crsEPSG )Xian_1980_GK_CM_117EESRI1'5projected_crsEPSG (Xian_1980_GK_CM_111EESRI1'5projected_crsEPSG 'Xian_1980_GK_CM_105EESRI0'3projected_crsEPSG &Xian_1980_GK_CM_99EESRI0'3projected_crsEPSG %Xian_1980_GK_CM_93EESRI0'3projected_crsEPSG $Xian_1980_GK_CM_87EESRI0'3projected_crsEPSG #Xian_1980_GK_CM_81EESRI0'3projected_crsEPSG "Xian_1980_GK_CM_75EESRI1'5projected_crsEPSG !Xian_1980_GK_Zone_23ESRI1'5projected_crsEPSG Xian_1980_GK_Zone_22ESRI1'5projected_crsEPSG Xian_1980_GK_Zone_21ESRI1'5projected_crsEPSG Xian_1980_GK_Zone_20ESRI1 '5projected_crsEPSG Xian_1980_GK_Zone_19ESRI1 '5projected_crsEPSG Xian_1980_GK_Zone_18ESRI1 '5projected_crsEPSG Xian_1980_GK_Zone_17ESRI1 '5projected_crsEPSG Xian_1980_GK_Zone_16ESRI1 '5projected_crsEPSG Xian_1980_GK_Zone_15ESRI1'5projected_crsEPSG Xian_1980_GK_Zone_14ESRI1'5projected_crsEPSG Xian_1980_GK_Zone_13ESRI0'3projected_crsEPSG Hong_Kong_1980_GridESRI)'%projected_crsEPSG ED_1950_TM45ESRI)'%projected_crsEPSG ED_1950_TM42ESRI)'%projected_crsEPSG ED_1950_TM39ESRI)'%projected_crsEPSG ED_1950_TM36ESRI)'%projected_crsEPSG ED_1950_TM33ESRI)'%projected_crsEPSG ED_1950_TM30ESRI)'%projected_crsEPSG ED_1950_TM27ESRI6~'?projected_crsEPSG Ain_el_Abd_Aramco_LambertESRI3}'9projected_crsEPSG PSAD_1956_ICN_RegionalESRI4|';projected_crsEPSG Campo_Inchauspe_UTM_20SESRI4{';projected_crsEPSG Campo_Inchauspe_UTM_19SESRIDz'[projected_crsEPSG Trinidad_1903_Trinidad_Grid_Feet_ClarkeESRI2y'7projected_crsEPSG Kousseri_UTM_Zone_33NESRI0x'3projected_crsEPSG Garoua_UTM_Zone_33NESRI-w'-projected_crsEPSG WGS_1984_TM_6_NEESRI/v'1projected_crsEPSG WGS_1984_TM_132_SEESRI/u'1projected_crsEPSG WGS_1984_TM_116_SEESRI.t'/projected_crsEPSG Batavia_TM_109_SEESRI7s'Aprojected_crsEPSGATS_1977_MTM_5_Nova_ScotiaESRI7r'Aprojected_crsEPSGATS_1977_MTM_4_Nova_ScotiaESRI?q'Qprojected_crsEPSGNAD_1983_CSRS_Prince_Edward_IslandESRI?p'Qprojected_crsEPSGNAD_1983_CSRS_Prince_Edward_IslandESRI?o'Qprojected_crsEPSGPrince_Edward_Island_StereographicESRIOn'qprojected_crsEPSGNAD_1983_StatePlane_Wisconsin_South_FIPS_4803_FeetESRIQm'uprojected_crsEPSGNAD_1983_StatePlane_Wisconsin_Central_FIPS_4802_FeetESRIOl'qprojected_crsEPSGNAD_1983_StatePlane_Wisconsin_North_FIPS_4801_FeetESRIPk'sprojected_crsEPSGNAD_1983_StatePlane_Washington_South_FIPS_4602_FeetESRIPj'sprojected_crsEPSGNAD_1983_StatePlane_Washington_North_FIPS_4601_FeetESRINi'oprojected_crsEPSGNAD_1983_StatePlane_Virginia_South_FIPS_4502_FeetESRINh'oprojected_crsEPSGNAD_1983_StatePlane_Virginia_North_FIPS_4501_FeetESRI @I V f * v 9 E  Q  l > x0s3s3s3s3s3s3v7'Gprojected_crsEPSG NXian_1980_3_Degree_GK_CM_111EESRI:='Gprojected_crsEPSG MXian_1980_3_Degree_GK_CM_108EESRI:<'Gprojected_crsEPSG LXian_1980_3_Degree_GK_CM_105EESRI:;'Gprojected_crsEPSG KXian_1980_3_Degree_GK_CM_102EESRI9:'Eprojected_crsEPSG JXian_1980_3_Degree_GK_CM_99EESRI99'Eprojected_crsEPSG IXian_1980_3_Degree_GK_CM_96EESRI98'Eprojected_crsEPSG HXian_1980_3_Degree_GK_CM_93EESRI97'Eprojected_crsEPSG GXian_1980_3_Degree_GK_CM_90EESRI96'Eprojected_crsEPSG FXian_1980_3_Degree_GK_CM_87EESRI95'Eprojected_crsEPSG EXian_1980_3_Degree_GK_CM_84EESRI94'Eprojected_crsEPSG DXian_1980_3_Degree_GK_CM_81EESRI93'Eprojected_crsEPSG CXian_1980_3_Degree_GK_CM_78EESRI92'Eprojected_crsEPSG BXian_1980_3_Degree_GK_CM_75EESRI:1'Gprojected_crsEPSG AXian_1980_3_Degree_GK_Zone_45ESRI:0'Gprojected_crsEPSG @Xian_1980_3_Degree_GK_Zone_44ESRI:/'Gprojected_crsEPSG ?Xian_1980_3_Degree_GK_Zone_43ESRI:.'Gprojected_crsEPSG >Xian_1980_3_Degree_GK_Zone_42ESRI:-'Gprojected_crsEPSG =Xian_1980_3_Degree_GK_Zone_41ESRI:,'Gprojected_crsEPSG +'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_171WESRI>*'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_177WESRI>)'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_177EESRI>('Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_171EESRI>''Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_165EESRI>&'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_159EESRI>%'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_153EESRI>$'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_147EESRI>#'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_141EESRI>"'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_135EESRI>!'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_129EESRI> 'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_123EESRI>'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_117EESRI>'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_111EESRI>'Oprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_105EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_99EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_93EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_87EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_81EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_75EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_69EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_63EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_57EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_51EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_45EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_39EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_33EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_27EESRI='Mprojected_crsEPSG Pulkovo_1995_Gauss-Kruger_CM_21EESRI4';projected_crsEPSG Albanian_1987_GK_Zone_4ESRI3 '9projected_crsEPSG JGD_2000_Japan_Zone_19ESRI3 '9projected_crsEPSG JGD_2000_Japan_Zone_18ESRI3 '9projected_crsEPSG JGD_2000_Japan_Zone_17ESRI3 '9projected_crsEPSG JGD_2000_Japan_Zone_16ESRI3 '9projected_crsEPSG JGD_2000_Japan_Zone_15ESRI3'9projected_crsEPSG JGD_2000_Japan_Zone_14ESRI3'9projected_crsEPSG JGD_2000_Japan_Zone_13ESRI3'9projected_crsEPSG JGD_2000_Japan_Zone_12ESRI3'9projected_crsEPSG JGD_2000_Japan_Zone_11ESRI3'9projected_crsEPSG JGD_2000_Japan_Zone_10ESRI2'7projected_crsEPSG JGD_2000_Japan_Zone_9ESRI2'7projected_crsEPSG JGD_2000_Japan_Zone_8ESRI2'7projected_crsEPSG JGD_2000_Japan_Zone_7ESRI2'7projected_crsEPSG JGD_2000_Japan_Zone_6ESRI2'7projected_crsEPSG JGD_2000_Japan_Zone_5ESRI2~'7projected_crsEPSG JGD_2000_Japan_Zone_4ESRI2}'7projected_crsEPSG JGD_2000_Japan_Zone_3ESRI2|'7projected_crsEPSG JGD_2000_Japan_Zone_2ESRI2{'7projected_crsEPSG JGD_2000_Japan_Zone_1ESRI=z'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_135EESRI=y'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_132EESRI=x'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_129EESRI=w'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_126EESRI=v'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_123EESRI=u'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_120EESRI=t'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_117EESRI=s'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_114EESRI=r'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_111EESRI=q'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_108EESRI=p'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_105EESRI=o'Mprojected_crsEPSG Beijing_1954_3_Degree_GK_CM_102EESRIH'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_171WESRI>G'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_177WESRI>F'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_177EESRI>E'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_171EESRI>D'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_165EESRI>C'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_159EESRI>B'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_153EESRI>A'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_147EESRI>@'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_141EESRI>?'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_135EESRI>>'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_129EESRI>='Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_123EESRI><'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_117EESRI>;'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_111EESRI>:'Oprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_105EESRI=9'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_99EESRI=8'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_93EESRI=7'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_87EESRI=6'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_81EESRI=5'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_75EESRI=4'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_69EESRI=3'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_63EESRI=2'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_57EESRI=1'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_51EESRI=0'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_45EESRI=/'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_39EESRI=.'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_33EESRI=-'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_27EESRI=,'Mprojected_crsEPSG Pulkovo_1942_Gauss-Kruger_CM_21EESRI >@@ @ @ @ @ @ DH L P^b#f&f&=&'Mprojected_crsEPSG 8Pulkovo_1942_3_Degree_GK_CM_120EESRI=%'Mprojected_crsEPSG 7Pulkovo_1942_3_Degree_GK_CM_117EESRI=$'Mprojected_crsEPSG 6Pulkovo_1942_3_Degree_GK_CM_114EESRI=#'Mprojected_crsEPSG 5Pulkovo_1942_3_Degree_GK_CM_111EESRI="'Mprojected_crsEPSG 4Pulkovo_1942_3_Degree_GK_CM_108EESRI=!'Mprojected_crsEPSG 3Pulkovo_1942_3_Degree_GK_CM_105EESRI= 'Mprojected_crsEPSG 2Pulkovo_1942_3_Degree_GK_CM_102EESRI<'Kprojected_crsEPSG 1Pulkovo_1942_3_Degree_GK_CM_99EESRI<'Kprojected_crsEPSG 0Pulkovo_1942_3_Degree_GK_CM_96EESRI<'Kprojected_crsEPSG /Pulkovo_1942_3_Degree_GK_CM_93EESRI<'Kprojected_crsEPSG .Pulkovo_1942_3_Degree_GK_CM_90EESRI<'Kprojected_crsEPSG -Pulkovo_1942_3_Degree_GK_CM_87EESRI<'Kprojected_crsEPSG ,Pulkovo_1942_3_Degree_GK_CM_84EESRI<'Kprojected_crsEPSG +Pulkovo_1942_3_Degree_GK_CM_81EESRI<'Kprojected_crsEPSG *Pulkovo_1942_3_Degree_GK_CM_78EESRI<'Kprojected_crsEPSG )Pulkovo_1942_3_Degree_GK_CM_75EESRI2'7projected_crsEPSG (LKS_1994_Lithuania_TMESRI<'Kprojected_crsEPSG 'Pulkovo_1942_3_Degree_GK_CM_72EESRI<'Kprojected_crsEPSG &Pulkovo_1942_3_Degree_GK_CM_69EESRI<'Kprojected_crsEPSG %Pulkovo_1942_3_Degree_GK_CM_66EESRI<'Kprojected_crsEPSG $Pulkovo_1942_3_Degree_GK_CM_63EESRI<'Kprojected_crsEPSG #Pulkovo_1942_3_Degree_GK_CM_60EESRI<'Kprojected_crsEPSG "Pulkovo_1942_3_Degree_GK_CM_57EESRI<'Kprojected_crsEPSG !Pulkovo_1942_3_Degree_GK_CM_54EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_51EESRI< 'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_48EESRI< 'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_45EESRI< 'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_42EESRI< 'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_39EESRI< 'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_36EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_33EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_30EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_27EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_24EESRI<'Kprojected_crsEPSG Pulkovo_1942_3_Degree_GK_CM_21EESRI='Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_64ESRI='Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_63ESRI='Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_62ESRI='Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_61ESRI='Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_60ESRI=~'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_59ESRI=}'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_58ESRI=|'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_57ESRI={'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_56ESRI=z'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_55ESRI=y'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_54ESRI=x'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_53ESRI=w'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_52ESRI=v'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_51ESRI=u'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_50ESRI=t'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_49ESRI=s'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_48ESRI=r'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_47ESRI=q'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_46ESRI=p'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_45ESRI=o'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_44ESRI=n'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_43ESRI=m'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_42ESRI=l'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_41ESRI=k'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_40ESRI=j'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_39ESRI=i'Mprojected_crsEPSG Pulkovo_1942_3_Degree_GK_Zone_38ESRI =@@ @ @ @ @ C CCCCCCCC=c'Mprojected_crsEPSG uPulkovo_1995_3_Degree_GK_Zone_43ESRI=b'Mprojected_crsEPSG tPulkovo_1995_3_Degree_GK_Zone_42ESRI=a'Mprojected_crsEPSG sPulkovo_1995_3_Degree_GK_Zone_41ESRI=`'Mprojected_crsEPSG rPulkovo_1995_3_Degree_GK_Zone_40ESRI=_'Mprojected_crsEPSG qPulkovo_1995_3_Degree_GK_Zone_39ESRI=^'Mprojected_crsEPSG pPulkovo_1995_3_Degree_GK_Zone_38ESRI=]'Mprojected_crsEPSG oPulkovo_1995_3_Degree_GK_Zone_37ESRI=\'Mprojected_crsEPSG nPulkovo_1995_3_Degree_GK_Zone_36ESRI=['Mprojected_crsEPSG mPulkovo_1995_3_Degree_GK_Zone_35ESRI=Z'Mprojected_crsEPSG lPulkovo_1995_3_Degree_GK_Zone_34ESRI=Y'Mprojected_crsEPSG kPulkovo_1995_3_Degree_GK_Zone_33ESRI=X'Mprojected_crsEPSG jPulkovo_1995_3_Degree_GK_Zone_32ESRI=W'Mprojected_crsEPSG iPulkovo_1995_3_Degree_GK_Zone_31ESRI=V'Mprojected_crsEPSG hPulkovo_1995_3_Degree_GK_Zone_30ESRI=U'Mprojected_crsEPSG gPulkovo_1995_3_Degree_GK_Zone_29ESRI=T'Mprojected_crsEPSG fPulkovo_1995_3_Degree_GK_Zone_28ESRI=S'Mprojected_crsEPSG ePulkovo_1995_3_Degree_GK_Zone_27ESRI=R'Mprojected_crsEPSG dPulkovo_1995_3_Degree_GK_Zone_26ESRI=Q'Mprojected_crsEPSG cPulkovo_1995_3_Degree_GK_Zone_25ESRI=P'Mprojected_crsEPSG bPulkovo_1995_3_Degree_GK_Zone_24ESRI=O'Mprojected_crsEPSG aPulkovo_1995_3_Degree_GK_Zone_23ESRI=N'Mprojected_crsEPSG `Pulkovo_1995_3_Degree_GK_Zone_22ESRI=M'Mprojected_crsEPSG _Pulkovo_1995_3_Degree_GK_Zone_21ESRI=L'Mprojected_crsEPSG ^Pulkovo_1995_3_Degree_GK_Zone_20ESRI=K'Mprojected_crsEPSG ]Pulkovo_1995_3_Degree_GK_Zone_19ESRI=J'Mprojected_crsEPSG \Pulkovo_1995_3_Degree_GK_Zone_18ESRI=I'Mprojected_crsEPSG [Pulkovo_1995_3_Degree_GK_Zone_17ESRI=H'Mprojected_crsEPSG ZPulkovo_1995_3_Degree_GK_Zone_16ESRI=G'Mprojected_crsEPSG YPulkovo_1995_3_Degree_GK_Zone_15ESRI=F'Mprojected_crsEPSG XPulkovo_1995_3_Degree_GK_Zone_14ESRI=E'Mprojected_crsEPSG WPulkovo_1995_3_Degree_GK_Zone_13ESRI=D'Mprojected_crsEPSG VPulkovo_1995_3_Degree_GK_Zone_12ESRI=C'Mprojected_crsEPSG UPulkovo_1995_3_Degree_GK_Zone_11ESRI=B'Mprojected_crsEPSG TPulkovo_1995_3_Degree_GK_Zone_10ESRI'Mprojected_crsEPSG PPulkovo_1942_3_Degree_GK_CM_168WESRI=='Mprojected_crsEPSG OPulkovo_1942_3_Degree_GK_CM_171WESRI=<'Mprojected_crsEPSG NPulkovo_1942_3_Degree_GK_CM_174WESRI=;'Mprojected_crsEPSG MPulkovo_1942_3_Degree_GK_CM_177WESRI=:'Mprojected_crsEPSG LPulkovo_1942_3_Degree_GK_CM_180EESRI=9'Mprojected_crsEPSG KPulkovo_1942_3_Degree_GK_CM_177EESRI=8'Mprojected_crsEPSG JPulkovo_1942_3_Degree_GK_CM_174EESRI=7'Mprojected_crsEPSG IPulkovo_1942_3_Degree_GK_CM_171EESRI=6'Mprojected_crsEPSG HPulkovo_1942_3_Degree_GK_CM_168EESRI=5'Mprojected_crsEPSG GPulkovo_1942_3_Degree_GK_CM_165EESRI=4'Mprojected_crsEPSG FPulkovo_1942_3_Degree_GK_CM_162EESRI=3'Mprojected_crsEPSG EPulkovo_1942_3_Degree_GK_CM_159EESRI=2'Mprojected_crsEPSG DPulkovo_1942_3_Degree_GK_CM_156EESRI=1'Mprojected_crsEPSG CPulkovo_1942_3_Degree_GK_CM_153EESRI=0'Mprojected_crsEPSG BPulkovo_1942_3_Degree_GK_CM_150EESRI=/'Mprojected_crsEPSG APulkovo_1942_3_Degree_GK_CM_147EESRI=.'Mprojected_crsEPSG @Pulkovo_1942_3_Degree_GK_CM_144EESRI=-'Mprojected_crsEPSG ?Pulkovo_1942_3_Degree_GK_CM_141EESRI=,'Mprojected_crsEPSG >Pulkovo_1942_3_Degree_GK_CM_138EESRI=+'Mprojected_crsEPSG =Pulkovo_1942_3_Degree_GK_CM_135EESRI=*'Mprojected_crsEPSG @@ @ @ @ B  F J NRVZ[[j9=!'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_135EESRI= 'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_132EESRI.'/projected_crsEPSG Tete_UTM_Zone_37SESRI.'/projected_crsEPSG Tete_UTM_Zone_36SESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_129EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_126EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_123EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_120EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_117EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_114EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_111EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_108EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_105EESRI='Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_102EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_99EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_96EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_93EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_90EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_87EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_84EESRI< 'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_81EESRI< 'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_78EESRI< 'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_75EESRI< 'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_72EESRI< 'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_69EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_66EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_63EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_60EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_57EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_54EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_51EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_48EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_45EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_42EESRI<'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_39EESRI<~'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_36EESRI<}'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_33EESRI<|'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_30EESRI<{'Kprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_27EESRI'oprojected_crsEPSG NAD_1983_HARN_StatePlane_California_III_FIPS_0403ESRIM='mprojected_crsEPSG NAD_1983_HARN_StatePlane_California_II_FIPS_0402ESRIL<'kprojected_crsEPSG NAD_1983_HARN_StatePlane_California_I_FIPS_0401ESRIN;'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Arkansas_South_FIPS_0302ESRIN:'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Arkansas_North_FIPS_0301ESRIL9'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Arizona_West_FIPS_0203ESRIO8'qprojected_crsEPSG NAD_1983_HARN_StatePlane_Arizona_Central_FIPS_0202ESRIL7'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Arizona_East_FIPS_0201ESRIL6'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Alabama_West_FIPS_0102ESRIL5'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Alabama_East_FIPS_0101ESRI=4'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_168WESRI=3'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_171WESRI=2'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_174WESRI=1'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_177WESRI=0'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_180EESRI=/'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_177EESRI=.'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_174EESRI=-'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_171EESRI=,'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_168EESRI=+'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_165EESRI=*'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_162EESRI=)'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_159EESRI=('Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_156EESRI=''Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_153EESRI=&'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_150EESRI=%'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_147EESRI=$'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_144EESRI=#'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_141EESRI="'Mprojected_crsEPSG Pulkovo_1995_3_Degree_GK_CM_138EESRI 1fw& 5 D I R Z g3HO\[p2R'wprojected_crsEPSG NAD_1983_HARN_StatePlane_South_Dakota_South_FIPS_4002ESRIR'wprojected_crsEPSG NAD_1983_HARN_StatePlane_South_Dakota_North_FIPS_4001ESRIL'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Rhode_Island_FIPS_3800ESRIL'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Oregon_South_FIPS_3602ESRIL'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Oregon_North_FIPS_3601ESRIN'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Oklahoma_South_FIPS_3502ESRIN'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Oklahoma_North_FIPS_3501ESRIJ'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Ohio_South_FIPS_3402ESRIJ'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Ohio_North_FIPS_3401ESRIR'wprojected_crsEPSG NAD_1983_HARN_StatePlane_North_Dakota_South_FIPS_3302ESRIR~'wprojected_crsEPSG NAD_1983_HARN_StatePlane_North_Dakota_North_FIPS_3301ESRIT}'{projected_crsEPSG NAD_1983_HARN_StatePlane_New_York_Long_Island_FIPS_3104ESRIM|'mprojected_crsEPSG NAD_1983_HARN_StatePlane_New_York_West_FIPS_3103ESRIP{'sprojected_crsEPSG NAD_1983_HARN_StatePlane_New_York_Central_FIPS_3102ESRIMz'mprojected_crsEPSG NAD_1983_HARN_StatePlane_New_York_East_FIPS_3101ESRIOy'qprojected_crsEPSG NAD_1983_HARN_StatePlane_New_Mexico_West_FIPS_3003ESRIRx'wprojected_crsEPSG NAD_1983_HARN_StatePlane_New_Mexico_Central_FIPS_3002ESRIOw'qprojected_crsEPSG NAD_1983_HARN_StatePlane_New_Mexico_East_FIPS_3001ESRIJv'gprojected_crsEPSG NAD_1983_HARN_StatePlane_New_Jersey_FIPS_2900ESRIMu'mprojected_crsEPSG NAD_1983_HARN_StatePlane_New_Hampshire_FIPS_2800ESRIKt'iprojected_crsEPSG NAD_1983_HARN_StatePlane_Nevada_West_FIPS_2703ESRINs'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Nevada_Central_FIPS_2702ESRIKr'iprojected_crsEPSG NAD_1983_HARN_StatePlane_Nevada_East_FIPS_2701ESRIHq'cprojected_crsEPSG NAD_1983_HARN_StatePlane_Nebraska_FIPS_2600ESRIGp'aprojected_crsEPSG NAD_1983_HARN_StatePlane_Montana_FIPS_2500ESRIMo'mprojected_crsEPSG NAD_1983_HARN_StatePlane_Missouri_West_FIPS_2403ESRIPn'sprojected_crsEPSG NAD_1983_HARN_StatePlane_Missouri_Central_FIPS_2402ESRIMm'mprojected_crsEPSG NAD_1983_HARN_StatePlane_Missouri_East_FIPS_2401ESRIPl'sprojected_crsEPSG NAD_1983_HARN_StatePlane_Mississippi_West_FIPS_2302ESRIPk'sprojected_crsEPSG NAD_1983_HARN_StatePlane_Mississippi_East_FIPS_2301ESRIOj'qprojected_crsEPSG NAD_1983_HARN_StatePlane_Minnesota_South_FIPS_2203ESRIQi'uprojected_crsEPSG NAD_1983_HARN_StatePlane_Minnesota_Central_FIPS_2202ESRIOh'qprojected_crsEPSG NAD_1983_HARN_StatePlane_Minnesota_North_FIPS_2201ESRINg'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Michigan_South_FIPS_2113ESRIPf'sprojected_crsEPSG NAD_1983_HARN_StatePlane_Michigan_Central_FIPS_2112ESRINe'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Michigan_North_FIPS_2111ESRITd'{projected_crsEPSG NAD_1983_HARN_StatePlane_Massachusetts_Island_FIPS_2002ESRIVc'projected_crsEPSG NAD_1983_HARN_StatePlane_Massachusetts_Mainland_FIPS_2001ESRIHb'cprojected_crsEPSG NAD_1983_HARN_StatePlane_Maryland_FIPS_1900ESRIJa'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Maine_West_FIPS_1802ESRIJ`'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Maine_East_FIPS_1801ESRIO_'qprojected_crsEPSG NAD_1983_HARN_StatePlane_Louisiana_South_FIPS_1702ESRIO^'qprojected_crsEPSG NAD_1983_HARN_StatePlane_Louisiana_North_FIPS_1701ESRIN]'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Kentucky_South_FIPS_1602ESRIN\'oprojected_crsEPSG NAD_1983_HARN_StatePlane_Kentucky_North_FIPS_1601ESRIL['kprojected_crsEPSG NAD_1983_HARN_StatePlane_Kansas_South_FIPS_1502ESRILZ'kprojected_crsEPSG NAD_1983_HARN_StatePlane_Kansas_North_FIPS_1501ESRIJY'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Iowa_South_FIPS_1402ESRIJX'gprojected_crsEPSG NAD_1983_HARN_StatePlane_Iowa_North_FIPS_1401ESRI /fj 3 G K O W SDEGCLOTS7'yprojected_crsEPSG KNAD_1983_HARN_StatePlane_Kentucky_North_FIPS_1601_FeetESRIO6'qprojected_crsEPSG HNAD_1983_HARN_StatePlane_Idaho_West_FIPS_1103_FeetESRIR5'wprojected_crsEPSG GNAD_1983_HARN_StatePlane_Idaho_Central_FIPS_1102_FeetESRIO4'qprojected_crsEPSG FNAD_1983_HARN_StatePlane_Idaho_East_FIPS_1101_FeetESRIQ3'uprojected_crsEPSG ENAD_1983_HARN_StatePlane_Georgia_West_FIPS_1002_FeetESRIQ2'uprojected_crsEPSG DNAD_1983_HARN_StatePlane_Georgia_East_FIPS_1001_FeetESRIR1'wprojected_crsEPSG CNAD_1983_HARN_StatePlane_Florida_North_FIPS_0903_FeetESRIQ0'uprojected_crsEPSG BNAD_1983_HARN_StatePlane_Florida_West_FIPS_0902_FeetESRIQ/'uprojected_crsEPSG ANAD_1983_HARN_StatePlane_Florida_East_FIPS_0901_FeetESRIM.'mprojected_crsEPSG @NAD_1983_HARN_StatePlane_Delaware_FIPS_0700_FeetESRIP-'sprojected_crsEPSG ?NAD_1983_HARN_StatePlane_Connecticut_FIPS_0600_FeetESRIS,'yprojected_crsEPSG >NAD_1983_HARN_StatePlane_Colorado_South_FIPS_0503_FeetESRIU+'}projected_crsEPSG =NAD_1983_HARN_StatePlane_Colorado_Central_FIPS_0502_FeetESRIS*'yprojected_crsEPSG 'projected_crsEPSG RNAD_1983_HARN_StatePlane_Michigan_South_FIPS_2113_Feet_IntlESRI[='projected_crsEPSG QNAD_1983_HARN_StatePlane_Michigan_Central_FIPS_2112_Feet_IntlESRIY<'projected_crsEPSG PNAD_1983_HARN_StatePlane_Michigan_North_FIPS_2111_Feet_IntlESRIZ;'projected_crsEPSG ONAD_1983_HARN_StatePlane_Massachusetts_Island_FIPS_2002_FeetESRI\:' projected_crsEPSG NNAD_1983_HARN_StatePlane_Massachusetts_Mainland_FIPS_2001_FeetESRIM9'mprojected_crsEPSG MNAD_1983_HARN_StatePlane_Maryland_FIPS_1900_FeetESRIS8'yprojected_crsEPSG LNAD_1983_HARN_StatePlane_Kentucky_South_FIPS_1602_FeetESRI EQq> r > y ?  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'/projected_crsEPSG Tahaa_1954_UTM_5SESRI/ '1projected_crsEPSG Tahiti_1952_UTM_6SESRI- '-projected_crsEPSG RGR_1992_UTM_40SESRI0'3projected_crsEPSG Fort_Desaix_UTM_20NESRI.'/projected_crsEPSG RGFG_1995_UTM_22NESRI-'-projected_crsEPSG CSG_1967_UTM_22NESRI0'3projected_crsEPSG Sainte_Anne_UTM_20NESRI1'5projected_crsEPSG Fort_Marigot_UTM_20NESRIQ'uprojected_crsEPSG NAD_1983_HARN_StatePlane_Indiana_West_FIPS_1302_FeetESRIQ'uprojected_crsEPSG NAD_1983_HARN_StatePlane_Indiana_East_FIPS_1301_FeetESRIL'kprojected_crsEPSG NAD_1983_StatePlane_Indiana_West_FIPS_1302_FeetESRIL'kprojected_crsEPSG NAD_1983_StatePlane_Indiana_East_FIPS_1301_FeetESRI8'Cprojected_crsEPSG NAD_1927_Alaska_Albers_FeetESRI7~'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_21NESRI7}'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_20NESRI7|'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_19NESRI7{'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_18NESRI7z'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_17NESRI7y'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_13NESRI7x'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_12NESRI7w'Aprojected_crsEPSG NAD_1983_CSRS_UTM_Zone_11NESRI?v'Qprojected_crsEPSG NAD_1983_CSRS_Prince_Edward_IslandESRIFu'_projected_crsEPSG NAD_1983_CSRS_New_Brunswick_StereographicESRI1t'5projected_crsEPSG NAD_1983_CSRS_MTM_10ESRI0s'3projected_crsEPSG NAD_1983_CSRS_MTM_9ESRI0r'3projected_crsEPSG NAD_1983_CSRS_MTM_8ESRI0q'3projected_crsEPSG NAD_1983_CSRS_MTM_7ESRI0p'3projected_crsEPSG NAD_1983_CSRS_MTM_6ESRI0o'3projected_crsEPSG NAD_1983_CSRS_MTM_5ESRI0n'3projected_crsEPSG NAD_1983_CSRS_MTM_4ESRI0m'3projected_crsEPSG NAD_1983_CSRS_MTM_3ESRI6l'?projected_crsEPSG NAD_1983_CSRS_MTM_2_SCoPQESRI>k'Oprojected_crsEPSG Selvagem_Grande_1938_UTM_Zone_28NESRI:j'Gprojected_crsEPSG ~Porto_Santo_1936_UTM_Zone_28NESRI6i'?projected_crsEPSG }Pulkovo_1942_CS63_Zone_K4ESRI6h'?projected_crsEPSG |Pulkovo_1942_CS63_Zone_K3ESRI GvHj= a 4  q , k 8  l 9  m : h/V^)_*~>z8n'<8s'Cprojected_crsEPSG NAD_1983_Florida_GDL_AlbersESRINr'oprojected_crsEPSG NAD_1983_HARN_Texas_Centric_Mapping_System_AlbersESRIOq'qprojected_crsEPSG NAD_1983_HARN_Texas_Centric_Mapping_System_LambertESRIIp'eprojected_crsEPSG NAD_1983_Texas_Centric_Mapping_System_AlbersESRIJo'gprojected_crsEPSG NAD_1983_Texas_Centric_Mapping_System_LambertESRIDn'[projected_crsEPSG NAD_1983_Texas_Statewide_Mapping_SystemESRIDm'[projected_crsEPSG NAD_1927_Texas_Statewide_Mapping_SystemESRIAl'Uprojected_crsEPSG NAD_1983_HARN_Michigan_GeoRef_MetersESRI['Oprojected_crsEPSG Azores_Oriental_1995_UTM_Zone_26NESRI:Z'Gprojected_crsEPSG Porto_Santo_1995_UTM_Zone_28NESRI7Y'Aprojected_crsEPSG IGN72_Grande_Terre_UTM_58SESRI/X'1projected_crsEPSG LKS_1992_Latvia_TMESRI6W'?projected_crsEPSG Helle_1954_Jan_Mayen_GridESRI2V'7projected_crsEPSG ISN_1993_Lambert_1993ESRI6U'?projected_crsEPSG Hjorsey_1955_UTM_Zone_28NESRI6T'?projected_crsEPSG Hjorsey_1955_UTM_Zone_27NESRI6S'?projected_crsEPSG Hjorsey_1955_UTM_Zone_26NESRI0R'3projected_crsEPSG ETRS_1989_ETRS-TM39ESRI0Q'3projected_crsEPSG ETRS_1989_ETRS-TM38ESRI0P'3projected_crsEPSG ETRS_1989_ETRS-TM37ESRI0O'3projected_crsEPSG ETRS_1989_ETRS-TM36ESRI0N'3projected_crsEPSG ETRS_1989_ETRS-TM35ESRI0M'3projected_crsEPSG ETRS_1989_ETRS-TM34ESRI0L'3projected_crsEPSG ETRS_1989_ETRS-TM33ESRI0K'3projected_crsEPSG ETRS_1989_ETRS-TM32ESRI0J'3projected_crsEPSG ETRS_1989_ETRS-TM31ESRI0I'3projected_crsEPSG ETRS_1989_ETRS-TM30ESRI0H'3projected_crsEPSG ETRS_1989_ETRS-TM29ESRI0G'3projected_crsEPSG ETRS_1989_ETRS-TM28ESRI0F'3projected_crsEPSG ETRS_1989_ETRS-TM27ESRI0E'3projected_crsEPSG ETRS_1989_ETRS-TM26ESRI0D'3projected_crsEPSG Moznet_UTM_Zone_37SESRI0C'3projected_crsEPSG Moznet_UTM_Zone_36SESRI+B')projected_crsEPSG ETRS_1989_LAEAESRI*A''projected_crsEPSG ETRS_1989_LCCESRIB@'Wprojected_crsEPSG WGS_1984_Australian_Antarctic_LambertESRIN?'oprojected_crsEPSG WGS_1984_Australian_Antarctic_Polar_StereographicESRIC>'Yprojected_crsEPSG WGS_1984_Antarctic_Polar_StereographicESRI)='%projected_crsEPSG RT38_5_gon_OESRI*<''projected_crsEPSG RT38_25_gon_OESRI';'!projected_crsEPSG RT38_0_gonESRI*:''projected_crsEPSG RT38_25_gon_VESRI)9'%projected_crsEPSG RT38_5_gon_VESRI*8''projected_crsEPSG RT38_75_gon_VESRI)7'%projected_crsEPSG RT90_5_gon_OESRI*6''projected_crsEPSG RT90_25_gon_OESRI'5'!projected_crsEPSG RT90_0_gonESRI*4''projected_crsEPSG RT90_25_gon_VESRI)3'%projected_crsEPSG RT90_5_gon_VESRI*2''projected_crsEPSG RT90_75_gon_VESRI+1')projected_crsEPSG SWEREF99_23_15ESRI+0')projected_crsEPSG SWEREF99_21_45ESRI+/')projected_crsEPSG SWEREF99_20_15ESRI+.')projected_crsEPSG SWEREF99_18_45ESRI+-')projected_crsEPSG SWEREF99_17_15ESRI Dz/b0 e 0 Y e 5  U ! M Vs=e/W!w8J\"t8?7'Qprojected_crsEPSG [RGNC_1991_93_Lambert_New_CaledoniaESRI>6'Oprojected_crsEPSG ZNAD_1983_CSRS_Ontario_MNR_LambertESRI95'Eprojected_crsEPSG YNAD_1983_Ontario_MNR_LambertESRI74'Aprojected_crsEPSG XNAD_1983_CSRS_UTM_Zone_16NESRI73'Aprojected_crsEPSG WNAD_1983_CSRS_UTM_Zone_15NESRI72'Aprojected_crsEPSG VNAD_1983_CSRS_UTM_Zone_14NESRI71'Aprojected_crsEPSG UNAD_1983_CSRS_UTM_Zone_10NESRI60'?projected_crsEPSG TNAD_1983_CSRS_UTM_Zone_9NESRI6/'?projected_crsEPSG SNAD_1983_CSRS_UTM_Zone_8NESRI6.'?projected_crsEPSG RNAD_1983_CSRS_UTM_Zone_7NESRI@-'Sprojected_crsEPSG QNAD_1983_CSRS_BC_Environment_AlbersESRI<,'Kprojected_crsEPSG OPulkovo_1995_3_Degree_GK_CM_18EESRI<+'Kprojected_crsEPSG NPulkovo_1995_3_Degree_GK_Zone_6ESRI5*'=projected_crsEPSG MIndian_1960_UTM_Zone_49NESRI5)'=projected_crsEPSG LIndian_1960_UTM_Zone_48NESRI<('Kprojected_crsEPSG KPulkovo_1942_3_Degree_GK_CM_18EESRI<''Kprojected_crsEPSG JPulkovo_1942_3_Degree_GK_Zone_6ESRI2&'7projected_crsEPSG FFiji_1956_UTM_Zone_1SESRI3%'9projected_crsEPSG EFiji_1956_UTM_Zone_60SESRI3$'9projected_crsEPSG BEUREF-FIN_ETRS-GK31FINESRI3#'9projected_crsEPSG AEUREF-FIN_ETRS-GK30FINESRI3"'9projected_crsEPSG @EUREF-FIN_ETRS-GK29FINESRI3!'9projected_crsEPSG ?EUREF-FIN_ETRS-GK28FINESRI3 '9projected_crsEPSG >EUREF-FIN_ETRS-GK27FINESRI3'9projected_crsEPSG =EUREF-FIN_ETRS-GK26FINESRI3'9projected_crsEPSG  { G  f + z ?  S  w @ `,dY)l3RY$|A]$6|'?projected_crsEPSG IGC_1962_Congo_TM_Zone_24ESRI6{'?projected_crsEPSG IGC_1962_Congo_TM_Zone_22ESRI6z'?projected_crsEPSG IGC_1962_Congo_TM_Zone_20ESRI6y'?projected_crsEPSG IGC_1962_Congo_TM_Zone_18ESRI6x'?projected_crsEPSG IGC_1962_Congo_TM_Zone_16ESRI6w'?projected_crsEPSG IGC_1962_Congo_TM_Zone_14ESRI6v'?projected_crsEPSG IGC_1962_Congo_TM_Zone_12ESRI8u'Cprojected_crsEPSG Kasai_1953_Congo_TM_Zone_24ESRI8t'Cprojected_crsEPSG Kasai_1953_Congo_TM_Zone_22ESRI4s';projected_crsEPSG Katanga_1955_Katanga_TMESRI3r'9projected_crsEPSG RGFG_1995_UTM_Zone_21NESRI2q'7projected_crsEPSG CSG_1967_UTM_Zone_21NESRIBp'Wprojected_crsEPSG NAD_1983_HARN_California_Teale_AlbersESRI=o'Mprojected_crsEPSG NAD_1983_California_Teale_AlbersESRI=n'Mprojected_crsEPSG NAD_1927_California_Teale_AlbersESRI1m'5projected_crsEPSG GDA_1994_NSW_LambertESRI8l'Cprojected_crsEPSG Nakhl-e_Ghanem_UTM_Zone_39NESRI5k'=projected_crsEPSG Maupiti_1983_UTM_Zone_5SESRI4j';projected_crsEPSG Moorea_1987_UTM_Zone_6SESRI4i';projected_crsEPSG Tahiti_1979_UTM_Zone_6SESRI6h'?projected_crsEPSG Fatu_Iva_1972_UTM_Zone_7SESRI6g'?projected_crsEPSG IGN63_Hiva_Oa_UTM_Zone_7SESRI?f'Qprojected_crsEPSG Estonia_1997_Estonia_National_GridESRI?e'Qprojected_crsEPSG Estonian_Coordinate_System_of_1992ESRI-d'-projected_crsEPSG RGPF_UTM_Zone_8SESRI-c'-projected_crsEPSG RGPF_UTM_Zone_7SESRI-b'-projected_crsEPSG RGPF_UTM_Zone_6SESRI-a'-projected_crsEPSG RGPF_UTM_Zone_5SESRI2`'7projected_crsEPSG Guam_1963_Yap_IslandsESRIC_'Yprojected_crsEPSG WGS_1984_USGS_Transantarctic_MountainsESRI1^'5projected_crsEPSG LGD2006_UTM_Zone_35NESRI1]'5projected_crsEPSG LGD2006_UTM_Zone_34NESRI1\'5projected_crsEPSG LGD2006_UTM_Zone_33NESRI)['%projected_crsEPSG FD_1958_IraqESRI1Z'5projected_crsEPSG LGD2006_UTM_Zone_32NESRI5Y'=projected_crsEPSG ~LGD2006_Libya_TM_Zone_13ESRI5X'=projected_crsEPSG }LGD2006_Libya_TM_Zone_12ESRI5W'=projected_crsEPSG |LGD2006_Libya_TM_Zone_11ESRI5V'=projected_crsEPSG {LGD2006_Libya_TM_Zone_10ESRI4U';projected_crsEPSG zLGD2006_Libya_TM_Zone_9ESRI4T';projected_crsEPSG yLGD2006_Libya_TM_Zone_8ESRI4S';projected_crsEPSG xLGD2006_Libya_TM_Zone_7ESRI4R';projected_crsEPSG wLGD2006_Libya_TM_Zone_6ESRI4Q';projected_crsEPSG vLGD2006_Libya_TM_Zone_5ESRI8P'Cprojected_crsEPSG uGreenland_1996_UTM_Zone_29NESRI8O'Cprojected_crsEPSG tGreenland_1996_UTM_Zone_28NESRI8N'Cprojected_crsEPSG sGreenland_1996_UTM_Zone_27NESRI8M'Cprojected_crsEPSG rGreenland_1996_UTM_Zone_26NESRI8L'Cprojected_crsEPSG qGreenland_1996_UTM_Zone_25NESRI8K'Cprojected_crsEPSG pGreenland_1996_UTM_Zone_24NESRI8J'Cprojected_crsEPSG oGreenland_1996_UTM_Zone_23NESRI8I'Cprojected_crsEPSG nGreenland_1996_UTM_Zone_22NESRI8H'Cprojected_crsEPSG mGreenland_1996_UTM_Zone_21NESRI8G'Cprojected_crsEPSG lGreenland_1996_UTM_Zone_20NESRI8F'Cprojected_crsEPSG kGreenland_1996_UTM_Zone_19NESRI8E'Cprojected_crsEPSG jGreenland_1996_UTM_Zone_18NESRI-D'-projected_crsEPSG iLGD2006_Libya_TMESRI1C'5projected_crsEPSG hIndian_1960_TM_106NEESRIHB'cprojected_crsEPSG gNAD_1983_Great_Lakes_and_St_Lawrence_AlbersESRI>A'Oprojected_crsEPSG fNAD_1983_Great_Lakes_Basin_AlbersESRI4@';projected_crsEPSG dIGN53_Mare_UTM_Zone_59SESRI6?'?projected_crsEPSG cRGNC_1991-93_UTM_Zone_59SESRI6>'?projected_crsEPSG bRGNC_1991-93_UTM_Zone_58SESRI6='?projected_crsEPSG aRGNC_1991-93_UTM_Zone_57SESRI2<'7projected_crsEPSG `Kertau_RSO_RSO_MalayaESRIC;'Yprojected_crsEPSG _Kertau_RSO_RSO_Malaya_ChSears1922truncESRI3:'9projected_crsEPSG ^NEA74_Noumea_Lambert_2ESRI19'5projected_crsEPSG ]NEA74_Noumea_LambertESRI/8'1projected_crsEPSG \ST87_Ouvea_UTM_58SESRI =U? y : Q  k / | 5 P T\Pf+Kl1g(T/9'1projected_crsEPSG :KKJ_Finland_Zone_0ESRI<8'Kprojected_crsEPSG 9GDM_2000_State_Cassini_KelantanESRI97'Eprojected_crsEPSG 8GDM_2000_State_Cassini_PerakESRI:6'Gprojected_crsEPSG 7GDM_2000_State_Cassini_PerlisESRIS5'yprojected_crsEPSG 6GDM_2000_State_Cassini_Pulau_Pinang_and_Seberang_PeraiESRI>4'Oprojected_crsEPSG 5GDM_2000_State_Cassini_TerengganuESRI<3'Kprojected_crsEPSG 4GDM_2000_State_Cassini_SelangorESRI:2'Gprojected_crsEPSG 3GDM_2000_State_Cassini_PahangESRIN1'oprojected_crsEPSG 2GDM_2000_State_Cassini_Negeri_Sembilan_and_MelakaESRI90'Eprojected_crsEPSG 1GDM_2000_State_Cassini_JohorESRI8/'Cprojected_crsEPSG 0GDM_2000_BRSO_East_MalaysiaESRI>.'Oprojected_crsEPSG /GDM_2000_MRSO_Peninsular_MalaysiaESRI1-'5projected_crsEPSG .FD_1954_UTM_Zone_29NESRI2,'7projected_crsEPSG -NAD_1983_UTM_Zone_60NESRI2+'7projected_crsEPSG ,NAD_1983_UTM_Zone_59NESRI2*'7projected_crsEPSG +NAD_1927_UTM_Zone_60NESRI2)'7projected_crsEPSG *NAD_1927_UTM_Zone_59NESRI8('Cprojected_crsEPSG )IGN_Astro_1960_UTM_Zone_30NESRI8''Cprojected_crsEPSG (IGN_Astro_1960_UTM_Zone_29NESRI8&'Cprojected_crsEPSG 'IGN_Astro_1960_UTM_Zone_28NESRI7%'Aprojected_crsEPSG &Hong_Kong_1963_Grid_SystemESRIX$'projected_crsEPSG %NAD_1983_HARN_StatePlane_Pennsylvania_South_FIPS_3702_FeetESRIR#'wprojected_crsEPSG $NAD_1983_HARN_StatePlane_Pennsylvania_South_FIPS_3702ESRIX"'projected_crsEPSG #NAD_1983_HARN_StatePlane_Pennsylvania_North_FIPS_3701_FeetESRIR!'wprojected_crsEPSG "NAD_1983_HARN_StatePlane_Pennsylvania_North_FIPS_3701ESRIY 'projected_crsEPSG !NAD_1983_HARN_StatePlane_South_Carolina_FIPS_3900_Feet_IntlESRIN'oprojected_crsEPSG NAD_1983_HARN_StatePlane_South_Carolina_FIPS_3900ESRIS'yprojected_crsEPSG NAD_1983_HARN_StatePlane_North_Carolina_FIPS_3200_FeetESRIN'oprojected_crsEPSG NAD_1983_HARN_StatePlane_North_Carolina_FIPS_3200ESRI<'Kprojected_crsEPSG Little_Cayman_1961_UTM_Zone_17NESRI;'Iprojected_crsEPSG Grand_Cayman_1959_UTM_Zone_17NESRIA'Uprojected_crsEPSG Egypt_Gulf_of_Suez_S-650_TL_Red_BeltESRI8'Cprojected_crsEPSG Mhast_Offshore_UTM_Zone_32SESRI7'Aprojected_crsEPSG Mhast_Onshore_UTM_Zone_32SESRI6'?projected_crsEPSG Pulkovo_1942_CS63_Zone_C2ESRI6'?projected_crsEPSG Pulkovo_1942_CS63_Zone_C1ESRI6'?projected_crsEPSG Pulkovo_1942_CS63_Zone_C0ESRID'[projected_crsEPSG NAD_1983_CSRS_Statistics_Canada_LambertESRI?'Qprojected_crsEPSG NAD_1983_Statistics_Canada_LambertESRI2'7projected_crsEPSG LKS_1994_Lithuania_TMESRI9'Eprojected_crsEPSG Mauritania_1999_UTM_Zone_30NESRI9'Eprojected_crsEPSG Mauritania_1999_UTM_Zone_29NESRI9'Eprojected_crsEPSG Mauritania_1999_UTM_Zone_28NESRI3'9projected_crsEPSG IGCB_1955_UTM_Zone_33SESRI7 'Aprojected_crsEPSG IGCB_1955_Congo_TM_Zone_16ESRI7 'Aprojected_crsEPSG IGCB_1955_Congo_TM_Zone_14ESRI7 'Aprojected_crsEPSG IGCB_1955_Congo_TM_Zone_12ESRI3 '9projected_crsEPSG NAD_1983_Alaska_AlbersESRI9 'Eprojected_crsEPSG Le_Pouce_1934_Mauritius_GridESRI:'Gprojected_crsEPSG Kerguelen_Island_1949_UTM_42SESRI<'Kprojected_crsEPSG Pulkovo_1942_Adj_1958_GK_Zone_5ESRI<'Kprojected_crsEPSG Pulkovo_1942_Adj_1958_GK_Zone_4ESRI<'Kprojected_crsEPSG Pulkovo_1942_Adj_1958_GK_Zone_3ESRIE']projected_crsEPSG Pulkovo_1942_Adj_1958_3_Degree_GK_Zone_8ESRIE']projected_crsEPSG Pulkovo_1942_Adj_1958_3_Degree_GK_Zone_7ESRIE']projected_crsEPSG Pulkovo_1942_Adj_1958_3_Degree_GK_Zone_6ESRIE']projected_crsEPSG Pulkovo_1942_Adj_1958_3_Degree_GK_Zone_5ESRI;'Iprojected_crsEPSG Pulkovo_1942_Adj_1958_GUGiK-80ESRI6'?projected_crsEPSG IGC_1962_Congo_TM_Zone_30ESRI6~'?projected_crsEPSG IGC_1962_Congo_TM_Zone_28ESRI6}'?projected_crsEPSG IGC_1962_Congo_TM_Zone_26ESRI 9M A v G  i * l 2 K  ? l/BHLXhYRr'wprojected_crsEPSG sNAD_1983_HARN_StatePlane_Illinois_East_FIPS_1201_FeetESRISq'yprojected_crsEPSG rNAD_1983_HARN_StatePlane_Arkansas_South_FIPS_0302_FeetESRISp'yprojected_crsEPSG qNAD_1983_HARN_StatePlane_Arkansas_North_FIPS_0301_FeetESRI2o'7projected_crsEPSG pPDO_1993_UTM_Zone_40NESRI2n'7projected_crsEPSG oPDO_1993_UTM_Zone_39NESRILm'kprojected_crsEPSG nNAD_1983_StatePlane_Rhode_Island_FIPS_3800_FeetESRIMl'mprojected_crsEPSG mNAD_1983_StatePlane_New_Hampshire_FIPS_2800_FeetESRIMk'mprojected_crsEPSG lNAD_1983_StatePlane_Illinois_West_FIPS_1202_FeetESRIMj'mprojected_crsEPSG kNAD_1983_StatePlane_Illinois_East_FIPS_1201_FeetESRINi'oprojected_crsEPSG jNAD_1983_StatePlane_Arkansas_South_FIPS_0302_FeetESRINh'oprojected_crsEPSG iNAD_1983_StatePlane_Arkansas_North_FIPS_0301_FeetESRIOg'qprojected_crsEPSG hNAD_1983_HARN_StatePlane_New_Jersey_FIPS_2900_FeetESRIPf'sprojected_crsEPSG gNAD_1983_HARN_StatePlane_Nevada_West_FIPS_2703_FeetESRISe'yprojected_crsEPSG fNAD_1983_HARN_StatePlane_Nevada_Central_FIPS_2702_FeetESRIPd'sprojected_crsEPSG eNAD_1983_HARN_StatePlane_Nevada_East_FIPS_2701_FeetESRIQc'uprojected_crsEPSG dNAD_1983_HARN_StatePlane_Kansas_South_FIPS_1502_FeetESRIQb'uprojected_crsEPSG cNAD_1983_HARN_StatePlane_Kansas_North_FIPS_1501_FeetESRIOa'qprojected_crsEPSG bNAD_1983_HARN_StatePlane_Iowa_South_FIPS_1402_FeetESRIO`'qprojected_crsEPSG aNAD_1983_HARN_StatePlane_Iowa_North_FIPS_1401_FeetESRIJ_'gprojected_crsEPSG `NAD_1983_StatePlane_New_Jersey_FIPS_2900_FeetESRIK^'iprojected_crsEPSG _NAD_1983_StatePlane_Nevada_West_FIPS_2703_FeetESRIN]'oprojected_crsEPSG ^NAD_1983_StatePlane_Nevada_Central_FIPS_2702_FeetESRIK\'iprojected_crsEPSG ]NAD_1983_StatePlane_Nevada_East_FIPS_2701_FeetESRIL['kprojected_crsEPSG \NAD_1983_StatePlane_Kansas_South_FIPS_1502_FeetESRILZ'kprojected_crsEPSG [NAD_1983_StatePlane_Kansas_North_FIPS_1501_FeetESRIJY'gprojected_crsEPSG ZNAD_1983_StatePlane_Iowa_South_FIPS_1402_FeetESRIJX'gprojected_crsEPSG YNAD_1983_StatePlane_Iowa_North_FIPS_1401_FeetESRI6W'?projected_crsEPSG XETRS_1989_Austria_LambertESRI@V'Sprojected_crsEPSG WWGS_1972_BE_South_China_Sea_LambertESRI/U'1projected_crsEPSG VSVY21_Singapore_TMESRIMT'mprojected_crsEPSG UWGS_1984_NSIDC_Sea_Ice_Polar_Stereographic_NorthESRIDS'[projected_crsEPSG TNSIDC_Sea_Ice_Polar_Stereographic_SouthESRIDR'[projected_crsEPSG SNSIDC_Sea_Ice_Polar_Stereographic_NorthESRI3Q'9projected_crsEPSG RNSIDC_EASE_Grid_GlobalESRI2P'7projected_crsEPSG QNSIDC_EASE_Grid_SouthESRI2O'7projected_crsEPSG PNSIDC_EASE_Grid_NorthESRI7N'Aprojected_crsEPSG OHong_Kong_1963_Grid_SystemESRI1M'5projected_crsEPSG NVN_2000_UTM_Zone_49NESRI1L'5projected_crsEPSG MVN_2000_UTM_Zone_48NESRISK'yprojected_crsEPSG LNAD_1983_HARN_StatePlane_North_Carolina_FIPS_3200_FeetESRI'Uprojected_crsEPSG ?Karbala_1979_Polservice_UTM_Zone_37NESRI=='Mprojected_crsEPSG >Pulkovo_1995_3_Degree_GK_Zone_60ESRI=<'Mprojected_crsEPSG =Pulkovo_1942_3_Degree_GK_Zone_60ESRI>;'Oprojected_crsEPSG DDR$'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_III_FIPS_0403ESRIX#'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_II_FIPS_0402_Ft_USESRIQ"'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_II_FIPS_0402ESRIV!'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_I_FIPS_0401_Ft_USESRIP 'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_I_FIPS_0401ESRIF'_projected_crsEPSG NAD_1983_NSRS2007_California_Teale_AlbersESRIY'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arkansas_South_FIPS_0302_Ft_USESRIR'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arkansas_South_FIPS_0302ESRIY'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arkansas_North_FIPS_0301_Ft_USESRIR'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arkansas_North_FIPS_0301ESRIY'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_West_FIPS_0203_Ft_IntlESRIP'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_West_FIPS_0203ESRIY'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_East_FIPS_0201_Ft_IntlESRIP'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_East_FIPS_0201ESRI\' projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_Central_FIPS_0202_Ft_IntlESRIS'yprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Arizona_Central_FIPS_0202ESRIM'mprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_10_FIPS_5010ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_9_FIPS_5009ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_8_FIPS_5008ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_7_FIPS_5007ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_6_FIPS_5006ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_5_FIPS_5005ESRIL'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_4_FIPS_5004ESRIL 'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_3_FIPS_5003ESRIL 'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_2_FIPS_5002ESRIL 'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alaska_1_FIPS_5001ESRI< 'Kprojected_crsEPSG NAD_1983_NSRS2007_Alaska_AlbersESRIP 'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alabama_West_FIPS_0102ESRIP'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Alabama_East_FIPS_0101ESRIB'Wprojected_crsEPSG NAD_1983_HARN_Maine_2000_Central_ZoneESRI='Mprojected_crsEPSG NAD_1983_Maine_2000_Central_ZoneESRI5'=projected_crsEPSG Dabola_1981_UTM_Zone_29NESRI5'=projected_crsEPSG Dabola_1981_UTM_Zone_28NESRI4';projected_crsEPSG Fiji_1986_Fiji_Map_GridESRIX'projected_crsEPSG NAD_1983_HARN_StatePlane_South_Dakota_South_FIPS_4002_FeetESRIX'projected_crsEPSG NAD_1983_HARN_StatePlane_South_Dakota_North_FIPS_4001_FeetESRIT'{projected_crsEPSG NAD_1983_HARN_StatePlane_Louisiana_South_FIPS_1702_FeetESRIT'{projected_crsEPSG NAD_1983_HARN_StatePlane_Louisiana_North_FIPS_1701_FeetESRIR~'wprojected_crsEPSG NAD_1983_StatePlane_South_Dakota_South_FIPS_4002_FeetESRIR}'wprojected_crsEPSG ~NAD_1983_StatePlane_South_Dakota_North_FIPS_4001_FeetESRIR|'wprojected_crsEPSG }NAD_1983_StatePlane_Louisiana_Offshore_FIPS_1703_FeetESRIO{'qprojected_crsEPSG |NAD_1983_StatePlane_Louisiana_South_FIPS_1702_FeetESRIOz'qprojected_crsEPSG {NAD_1983_StatePlane_Louisiana_North_FIPS_1701_FeetESRI2y'7projected_crsEPSG zJAD_2001_UTM_Zone_18NESRI2x'7projected_crsEPSG yJAD_2001_UTM_Zone_17NESRI2w'7projected_crsEPSG xJAD_2001_Jamaica_GridESRI/v'1projected_crsEPSG wBelge_Lambert_2005ESRIQu'uprojected_crsEPSG vNAD_1983_HARN_StatePlane_Rhode_Island_FIPS_3800_FeetESRIRt'wprojected_crsEPSG uNAD_1983_HARN_StatePlane_New_Hampshire_FIPS_2800_FeetESRIRs'wprojected_crsEPSG tNAD_1983_HARN_StatePlane_Illinois_West_FIPS_1202_FeetESRI .PI C 4 1 5 EC>>;?565TR'{projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Iowa_South_FIPS_1402_Ft_USESRINQ'oprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Iowa_South_FIPS_1402ESRITP'{projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Iowa_North_FIPS_1401_Ft_USESRINO'oprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Iowa_North_FIPS_1401ESRIVN'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Indiana_West_FIPS_1302_Ft_USESRIPM'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Indiana_West_FIPS_1302ESRIVL'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Indiana_East_FIPS_1301_Ft_USESRIPK'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Indiana_East_FIPS_1301ESRIXJ'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Illinois_West_FIPS_1202_Ft_USESRIQI'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Illinois_West_FIPS_1202ESRIXH'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Illinois_East_FIPS_1201_Ft_USESRIQG'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Illinois_East_FIPS_1201ESRITF'{projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_West_FIPS_1103_Ft_USESRINE'oprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_West_FIPS_1103ESRITD'{projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_East_FIPS_1101_Ft_USESRINC'oprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_East_FIPS_1101ESRIXB'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_Central_FIPS_1102_Ft_USESRIQA'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Idaho_Central_FIPS_1102ESRIV@'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Georgia_West_FIPS_1002_Ft_USESRIP?'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Georgia_West_FIPS_1002ESRIV>'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Georgia_East_FIPS_1001_Ft_USESRIP='sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Georgia_East_FIPS_1001ESRIV<'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_West_FIPS_0902_Ft_USESRIP;'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_West_FIPS_0902ESRIX:'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_North_FIPS_0903_Ft_USESRIQ9'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_North_FIPS_0903ESRIA8'Uprojected_crsEPSG NAD_1983_NSRS2007_Florida_GDL_AlbersESRIV7'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_East_FIPS_0901_Ft_USESRIP6'sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Florida_East_FIPS_0901ESRIR5'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Delaware_FIPS_0700_Ft_USESRIL4'kprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Delaware_FIPS_0700ESRIU3'}projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Connecticut_FIPS_0600_Ft_USESRIO2'qprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Connecticut_FIPS_0600ESRIY1'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_South_FIPS_0503_Ft_USESRIR0'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_South_FIPS_0503ESRIY/'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_North_FIPS_0501_Ft_USESRIR.'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_North_FIPS_0501ESRI[-'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_Central_FIPS_0502_Ft_USESRIT,'{projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Colorado_Central_FIPS_0502ESRIX+'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_VI_FIPS_0406_Ft_USESRIQ*'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_VI_FIPS_0406ESRIV)'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_V_FIPS_0405_Ft_USESRIP('sprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_V_FIPS_0405ESRIX''projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_IV_FIPS_0404_Ft_USESRIQ&'uprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_IV_FIPS_0404ESRIY%'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_California_III_FIPS_0403_Ft_USESRI 2TS S L < g  v )Khu#b!j5j[GR'wprojected_crsEPSGNAD_1983_NSRS2007_StatePlane_Michigan_North_FIPS_2111ESRI]' projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Michigan_Central_FIPS_2112_Ft_IntlESRIT'{projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Michigan_Central_FIPS_2112ESRI\' projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Massachusetts_Mnld_FIPS_2001_FtUSESRI['projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Massachusetts_Mainland_FIPS_2001ESRI['projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Massachusetts_Isl_FIPS_2002_FtUSESRIY~'projected_crsEPSG NAD_1983_NSRS2007_StatePlane_Massachusetts_Island_FIPS_2002ESRIR}'wprojected_crsEPSG NAD_1983_NSRS2007_StatePlane_Maryland_FIPS_1900_Ft_USESRIH|'cprojected_crsEPSG NAD_1983_CSRS_Northwest_Territories_LambertESRIC{'Yprojected_crsEPSG NAD_1983_Northwest_Territories_LambertESRI7z'Aprojected_crsEPSG NAD_1983_CSRS_Yukon_AlbersESRI2y'7projected_crsEPSG NAD_1983_Yukon_AlbersESRI6x'?projected_crsEPSG GDA_1994_Australia_AlbersESRIu'Oprojected_crsEPSG WGS_1984_North_Pole_LAEA_AtlanticESRI6V^'projected_crsEPSG_NAD_1983_NSRS2007_StatePlane_Utah_North_FIPS_4301_Ft_IntlESRIN]'oprojected_crsEPSG^NAD_1983_NSRS2007_StatePlane_Utah_North_FIPS_4301ESRIV\'projected_crsEPSG]NAD_1983_NSRS2007_StatePlane_Utah_Central_FIPS_4302_Ft_USESRIY['projected_crsEPSG\NAD_1983_NSRS2007_StatePlane_Utah_Central_FIPS_4302_Ft_IntlESRIPZ'sprojected_crsEPSG[NAD_1983_NSRS2007_StatePlane_Utah_Central_FIPS_4302ESRI]Y' projected_crsEPSGZNAD_1983_NSRS2007_StatePlane_Texas_South_Central_FIPS_4204_FtUSESRIXX'projected_crsEPSGYNAD_1983_NSRS2007_StatePlane_Texas_South_Central_FIPS_4204ESRIUW'}projected_crsEPSGXNAD_1983_NSRS2007_StatePlane_Texas_South_FIPS_4205_Ft_USESRIOV'qprojected_crsEPSGWNAD_1983_NSRS2007_StatePlane_Texas_South_FIPS_4205ESRI]U' projected_crsEPSGVNAD_1983_NSRS2007_StatePlane_Texas_North_Central_FIPS_4202_FtUSESRIXT'projected_crsEPSGUNAD_1983_NSRS2007_StatePlane_Texas_North_Central_FIPS_4202ESRIUS'}projected_crsEPSGTNAD_1983_NSRS2007_StatePlane_Texas_North_FIPS_4201_Ft_USESRIOR'qprojected_crsEPSGSNAD_1983_NSRS2007_StatePlane_Texas_North_FIPS_4201ESRISQ'yprojected_crsEPSGRNAD_1983_NSRS2007_Texas_Centric_Mapping_System_LambertESRIRP'wprojected_crsEPSGQNAD_1983_NSRS2007_Texas_Centric_Mapping_System_AlbersESRIXO'projected_crsEPSGPNAD_1983_NSRS2007_StatePlane_Texas_Central_FIPS_4203_Ft_USESRIQN'uprojected_crsEPSGONAD_1983_NSRS2007_StatePlane_Texas_Central_FIPS_4203ESRISM'yprojected_crsEPSGNNAD_1983_NSRS2007_StatePlane_Tennessee_FIPS_4100_Ft_USESRIML'mprojected_crsEPSGMNAD_1983_NSRS2007_StatePlane_Tennessee_FIPS_4100ESRI]K' projected_crsEPSGLNAD_1983_NSRS2007_StatePlane_South_Dakota_South_FIPS_4002_Ft_USESRIVJ'projected_crsEPSGKNAD_1983_NSRS2007_StatePlane_South_Dakota_South_FIPS_4002ESRI]I' projected_crsEPSGJNAD_1983_NSRS2007_StatePlane_South_Dakota_North_FIPS_4001_Ft_USESRIVH'projected_crsEPSGINAD_1983_NSRS2007_StatePlane_South_Dakota_North_FIPS_4001ESRI[G'projected_crsEPSGHNAD_1983_NSRS2007_StatePlane_South_Carolina_FIPS_3900_Ft_IntlESRIRF'wprojected_crsEPSGGNAD_1983_NSRS2007_StatePlane_South_Carolina_FIPS_3900ESRIVE'projected_crsEPSGFNAD_1983_NSRS2007_StatePlane_Rhode_Island_FIPS_3800_Ft_USESRIPD'sprojected_crsEPSGENAD_1983_NSRS2007_StatePlane_Rhode_Island_FIPS_3800ESRI]C' projected_crsEPSGDNAD_1983_NSRS2007_StatePlane_Pennsylvania_South_FIPS_3702_Ft_USESRIVB'projected_crsEPSGCNAD_1983_NSRS2007_StatePlane_Pennsylvania_South_FIPS_3702ESRI]A' projected_crsEPSGBNAD_1983_NSRS2007_StatePlane_Pennsylvania_North_FIPS_3701_Ft_USESRIV@'projected_crsEPSGANAD_1983_NSRS2007_StatePlane_Pennsylvania_North_FIPS_3701ESRIY?'projected_crsEPSG@NAD_1983_NSRS2007_StatePlane_Oregon_South_FIPS_3602_Ft_IntlESRIP>'sprojected_crsEPSG?NAD_1983_NSRS2007_StatePlane_Oregon_South_FIPS_3602ESRIY='projected_crsEPSG>NAD_1983_NSRS2007_StatePlane_Oregon_North_FIPS_3601_Ft_IntlESRIP<'sprojected_crsEPSG=NAD_1983_NSRS2007_StatePlane_Oregon_North_FIPS_3601ESRIO;'qprojected_crsEPSGH_ b ( z @  X  Z  W[ \SP V!u3q0L2P'7projected_crsEPSGNAD_1983_CSRS_3TM_120ESRI-O'-projected_crsEPSGNAD_1983_3TM_120ESRI-N'-projected_crsEPSGNAD_1927_3TM_120ESRI6M'?projected_crsEPSGNAD_1983_CSRS_MTQ_LambertESRI1L'5projected_crsEPSGNAD_1983_MTQ_LambertESRI1K'5projected_crsEPSGNAD_1927_MTQ_LambertESRI@J'Sprojected_crsEPSGSlovenia_1996_Slovene_National_GridESRI>I'Oprojected_crsEPSGNZGD_2000_Chatham_Islands_TM_2000ESRI;H'Iprojected_crsEPSGNZGD_2000_Raoul_Island_TM_2000ESRI@G'Sprojected_crsEPSGNZGD_2000_Antipodes_Islands_TM_2000ESRI>F'Oprojected_crsEPSGNZGD_2000_Campbell_Island_TM_2000ESRI?E'Qprojected_crsEPSGNZGD_2000_Auckland_Islands_TM_2000ESRI2D'7projected_crsEPSGWGS_1984_Web_MercatorESRI6C'?projected_crsEPSGPitcairn_1967_UTM_Zone_9SESRI;B'Iprojected_crsEPSGPitcairn_2006_Pitcairn_TM_2006ESRI2A'7projected_crsEPSGNAD_1983_CSRS_3TM_117ESRI2@'7projected_crsEPSGNAD_1983_CSRS_3TM_114ESRI2?'7projected_crsEPSGNAD_1983_CSRS_3TM_111ESRI->'-projected_crsEPSGNAD_1983_3TM_117ESRI-='-projected_crsEPSGNAD_1983_3TM_114ESRI-<'-projected_crsEPSGNAD_1983_3TM_111ESRI-;'-projected_crsEPSGNAD_1927_3TM_117ESRI-:'-projected_crsEPSGNAD_1927_3TM_114ESRI-9'-projected_crsEPSGNAD_1927_3TM_111ESRI78'Aprojected_crsEPSGBermuda_2000_National_GridESRI67'?projected_crsEPSGBermuda_1957_UTM_Zone_20NESRI06'3projected_crsEPSGHTRS96_UTM_Zone_34NESRI05'3projected_crsEPSGHTRS96_UTM_Zone_33NESRI/4'1projected_crsEPSGHTRS96_Croatia_LCCESRI.3'/projected_crsEPSGHTRS96_Croatia_TMESRI=2'Mprojected_crsEPSGNZGD_2000_Chatham_Island_CircuitESRI41';projected_crsEPSGETRS_1989_Portugal_TM06ESRI;0'Iprojected_crsEPSGWGS_1984_South_Georgia_LambertESRI7/'Aprojected_crsEPSGNAD_1983_CSRS_UTM_Zone_22NESRIM.'mprojected_crsEPSGNAD_1983_HARN_StatePlane_Hawaii_3_FIPS_5103_FeetESRIH-'cprojected_crsEPSGNAD_1983_StatePlane_Hawaii_3_FIPS_5103_FeetESRIQ,'uprojected_crsEPSGNAD_1983_HARN_StatePlane_Wyoming_West_FIPS_4904_FeetESRIZ+'projected_crsEPSGNAD_1983_HARN_StatePlane_Wyoming_West_Central_FIPS_4903_FeetESRIZ*'projected_crsEPSGNAD_1983_HARN_StatePlane_Wyoming_East_Central_FIPS_4902_FeetESRIQ)'uprojected_crsEPSGNAD_1983_HARN_StatePlane_Wyoming_East_FIPS_4901_FeetESRIO('qprojected_crsEPSGNAD_1983_HARN_StatePlane_Ohio_South_FIPS_3402_FeetESRIO''qprojected_crsEPSGNAD_1983_HARN_StatePlane_Ohio_North_FIPS_3401_FeetESRI6&'?projected_crsEPSGNAD_1983_HARN_UTM_Zone_5NESRI6%'?projected_crsEPSGNAD_1983_HARN_UTM_Zone_4NESRI7$'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_19NESRI7#'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_18NESRI7"'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_17NESRI7!'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_16NESRI7 'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_15NESRI7'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_14NESRI7'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_13NESRI7'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_12NESRI7'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_11NESRI7'Aprojected_crsEPSGNAD_1983_HARN_UTM_Zone_10NESRIL'kprojected_crsEPSGNAD_1983_StatePlane_Wyoming_West_FIPS_4904_FeetESRIT'{projected_crsEPSGNAD_1983_StatePlane_Wyoming_West_Central_FIPS_4903_FeetESRIT'{projected_crsEPSGNAD_1983_StatePlane_Wyoming_East_Central_FIPS_4902_FeetESRIL'kprojected_crsEPSGNAD_1983_StatePlane_Wyoming_East_FIPS_4901_FeetESRIJ'gprojected_crsEPSGNAD_1983_StatePlane_Ohio_South_FIPS_3402_FeetESRIJ'gprojected_crsEPSGNAD_1983_StatePlane_Ohio_North_FIPS_3401_FeetESRIV'projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Wyoming_West_FIPS_4904_Ft_USESRI\' projected_crsEPSGNAD_1983_NSRS2007_StatePlane_Wyoming_W_Central_FIPS_4903_Ft_USESRI F[S h ) Z  D  F  Q uDOZ)M WZ-yL[#M'mprojected_crsEPSGWGS_1984_NSIDC_Sea_Ice_Polar_Stereographic_SouthESRI6'?projected_crsEPSGWGS_1984_EASE_Grid_GlobalESRI5'=projected_crsEPSGWGS_1984_EASE_Grid_SouthESRI5'=projected_crsEPSGWGS_1984_EASE_Grid_NorthESRI?'Qprojected_crsEPSGNAD_1983_NSRS2007_Virginia_LambertESRI;'Iprojected_crsEPSGNAD_1983_HARN_Virginia_LambertESRI6'?projected_crsEPSGNAD_1983_Virginia_LambertESRI*''projected_crsEPSGnRGF_1993_CC50ESRI*''projected_crsEPSGmRGF_1993_CC49ESRI* ''projected_crsEPSGlRGF_1993_CC48ESRI* ''projected_crsEPSGkRGF_1993_CC47ESRI* ''projected_crsEPSGjRGF_1993_CC46ESRI* ''projected_crsEPSGiRGF_1993_CC45ESRI* ''projected_crsEPSGhRGF_1993_CC44ESRI*''projected_crsEPSGgRGF_1993_CC43ESRI*''projected_crsEPSGfRGF_1993_CC42ESRI5'=projected_crsEPSGPPuerto_Rico_UTM_Zone_20NESRI;'Iprojected_crsEPSGHMGI_1901_Slovene_National_GridESRI3'9projected_crsEPSGGMGI_1901_Slovenia_GridESRI='Mprojected_crsEPSGFMGI_1901_Balkans_8_NE_deprecatedESRI='Mprojected_crsEPSGEMGI_1901_Balkans_7_NE_deprecatedESRI='Mprojected_crsEPSGDMGI_1901_Balkans_6_NE_deprecatedESRI='Mprojected_crsEPSGCMGI_1901_Balkans_5_NE_deprecatedESRI7'Aprojected_crsEPSG5ED_1950_Iraq_National_GridESRI.~'/projected_crsEPSG4IGRS_UTM_Zone_39NESRI.}'/projected_crsEPSG3IGRS_UTM_Zone_38NESRI.|'/projected_crsEPSG2IGRS_UTM_Zone_37NESRI.{'/projected_crsEPSG-EUREF-FIN_GK31FINESRI.z'/projected_crsEPSG,EUREF-FIN_GK30FINESRI.y'/projected_crsEPSG+EUREF-FIN_GK29FINESRI.x'/projected_crsEPSG*EUREF-FIN_GK28FINESRI.w'/projected_crsEPSG)EUREF-FIN_GK27FINESRI.v'/projected_crsEPSG(EUREF-FIN_GK26FINESRI.u'/projected_crsEPSG'EUREF-FIN_GK25FINESRI.t'/projected_crsEPSG&EUREF-FIN_GK24FINESRI.s'/projected_crsEPSG%EUREF-FIN_GK23FINESRI.r'/projected_crsEPSG$EUREF-FIN_GK22FINESRI.q'/projected_crsEPSG#EUREF-FIN_GK21FINESRI.p'/projected_crsEPSG"EUREF-FIN_GK20FINESRI.o'/projected_crsEPSG!EUREF-FIN_GK19FINESRICn'Yprojected_crsEPSGWGS_1984_Web_Mercator_Auxiliary_SphereESRI1m'5projected_crsEPSGSWEREF99_County_ST74ESRI/l'1projected_crsEPSG RSRGD2000_DGLC2000ESRI@k'Sprojected_crsEPSG NZGD_2000_NZ_Continental_Shelf_2000ESRIi'Oprojected_crsEPSG SWEREF99_RT90_2.5_gon_O_emulationESRI:h'Gprojected_crsEPSGSWEREF99_RT90_0_gon_emulationESRI>g'Oprojected_crsEPSGSWEREF99_RT90_2.5_gon_V_emulationESRIe'Oprojected_crsEPSGSWEREF99_RT90_7.5_gon_V_emulationESRI:d'Gprojected_crsEPSGPulkovo_1942_Adj_58_Stereo_70ESRIEc']projected_crsEPSGPulkovo_1942_Adj_1983_3_Degree_GK_Zone_6ESRIFb'_projected_crsEPSGPulkovo_1942_Adj_1958_3_Degree_GK_Zone_10ESRIEa']projected_crsEPSGPulkovo_1942_Adj_1958_3_Degree_GK_Zone_9ESRIE`']projected_crsEPSGPulkovo_1942_Adj_1958_3_Degree_GK_Zone_4ESRIE_']projected_crsEPSGPulkovo_1942_Adj_1958_3_Degree_GK_Zone_3ESRI<^'Kprojected_crsEPSGPulkovo_1942_Adj_1983_GK_Zone_4ESRI<]'Kprojected_crsEPSGPulkovo_1942_Adj_1983_GK_Zone_3ESRI<\'Kprojected_crsEPSGPulkovo_1942_Adj_1983_GK_Zone_2ESRI<['Kprojected_crsEPSGPulkovo_1942_Adj_1958_GK_Zone_2ESRI2Z'7projected_crsEPSGWGS_1984_PDC_MercatorESRI5Y'=projected_crsEPSGHu_Tzu_Shan_UTM_Zone_51NESRI/X'1projected_crsEPSGTWD_1967_TM_TaiwanESRI/W'1projected_crsEPSGTWD_1967_TM_PenghuESRI/V'1projected_crsEPSGTWD_1997_TM_TaiwanESRI/U'1projected_crsEPSGTWD_1997_TM_PenghuESRI=T'Mprojected_crsEPSGNAD_1983_NSRS2007_Mississippi_TMESRI9S'Eprojected_crsEPSGNAD_1983_HARN_Mississippi_TMESRI4R';projected_crsEPSGNAD_1983_Mississippi_TMESRI/Q'1projected_crsEPSGBelge_Lambert_2008ESRI E@}1 b U  i . } B l 7 vGO `)q<k7g3_$k61['5projected_crsEPSGFNAD_1983_BLM_Zone_2NESRI1Z'5projected_crsEPSGENAD_1983_BLM_Zone_1NESRI2Y'7projected_crsEPSGDNAD_1983_BLM_Zone_60NESRI2X'7projected_crsEPSGCNAD_1927_BLM_Zone_19NESRI2W'7projected_crsEPSGBNAD_1927_BLM_Zone_18NESRIEV']projected_crsEPSGAPulkovo_1942_Adj_1983_3_Degree_GK_Zone_7ESRI9U'Eprojected_crsEPSG?Katanga_1955_Katanga_LambertESRI8T'Cprojected_crsEPSG>NAD_1983_HARN_Guam_Map_GridESRI2S'7projected_crsEPSG=NAD_1927_BLM_Zone_13NESRI2R'7projected_crsEPSGB'Oprojected_crsEPSG,Kertau_1968_Kedah_and_Perlis_GridESRI4A';projected_crsEPSG+Kertau_1968_Pinang_GridESRI8@'Cprojected_crsEPSG*Kertau_1968_Terengganu_GridESRI6?'?projected_crsEPSG)Kertau_1968_Selangor_GridESRI4>';projected_crsEPSG(Kertau_1968_Pahang_GridESRIA='Uprojected_crsEPSG'Kertau_1968_Sembilan_and_Melaka_GridESRI3<'9projected_crsEPSG&Kertau_1968_Johor_GridESRI2;'7projected_crsEPSGyNAD_1983_BLM_Zone_59NESRI,:'+projected_crsEPSGETRS_1989_DKTM4ESRI,9'+projected_crsEPSGETRS_1989_DKTM3ESRI,8'+projected_crsEPSGETRS_1989_DKTM2ESRI,7'+projected_crsEPSGETRS_1989_DKTM1ESRIC6'Yprojected_crsEPSGWorld_Equidistant_Cylindrical_(Sphere)ESRIC5'Yprojected_crsEPSGWGS_1984_World_Equidistant_CylindricalESRI24'7projected_crsEPSGREGCAN95_UTM_Zone_28NESRI23'7projected_crsEPSGREGCAN95_UTM_Zone_27NESRI.2'/projected_crsEPSGChua_UTM_Zone_23SESRI41';projected_crsEPSGRGRDC_2005_UTM_Zone_35SESRI40';projected_crsEPSGRGRDC_2005_UTM_Zone_34SESRI4/';projected_crsEPSGRGRDC_2005_UTM_Zone_33SESRI8.'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_28ESRI8-'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_26ESRI8,'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_24ESRI8+'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_22ESRI8*'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_20ESRI8)'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_18ESRI8('Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_16ESRI8''Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_14ESRI8&'Cprojected_crsEPSGRGRDC_2005_Congo_TM_Zone_12ESRI-%'-projected_crsEPSGWGS_1984_TMzn36NESRI-$'-projected_crsEPSGWGS_1984_TMzn35NESRI1#'5projected_crsEPSGMOLDREF99_Moldova_TMESRI4"';projected_crsEPSGWGS_1984_Dubai_Local_TMESRI?!'Qprojected_crsEPSGWGS_1984_IBCAO_Polar_StereographicESRI@ 'Sprojected_crsEPSGWGS_1984_Arctic_Polar_StereographicESRI1'5projected_crsEPSGWGS_1984_Mercator_41ESRIU'}projected_crsEPSGPuerto_Rico_StatePlane_Virgin_Islands_St_Croix_FIPS_5202ESRII'eprojected_crsEPSGPuerto_Rico_StatePlane_Puerto_Rico_FIPS_5201ESRI>'Oprojected_crsEPSGKatanga_1955_Katanga_Gauss_Zone_DESRI>'Oprojected_crsEPSGKatanga_1955_Katanga_Gauss_Zone_CESRI>'Oprojected_crsEPSGKatanga_1955_Katanga_Gauss_Zone_BESRI>'Oprojected_crsEPSGKatanga_1955_Katanga_Gauss_Zone_AESRI?'Qprojected_crsEPSGNAD_1983_CSRS_Canada_Atlas_LambertESRI:'Gprojected_crsEPSGNAD_1983_Canada_Atlas_LambertESRI Dd0_* x  _ c , ~ ? C wDxE|JLn2~BRb&9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_42ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_41ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_40ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_39ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_38ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_37ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_36ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_35ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_34ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_33ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_32ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_31ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_30ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_29ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_28ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_27ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_26ESRI9'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_25ESRI0 '3projected_crsEPSGCGCS2000_GK_CM_135EESRI0 '3projected_crsEPSGCGCS2000_GK_CM_129EESRI0 '3projected_crsEPSGCGCS2000_GK_CM_123EESRI0 '3projected_crsEPSGCGCS2000_GK_CM_117EESRI0 '3projected_crsEPSGCGCS2000_GK_CM_111EESRI0'3projected_crsEPSGCGCS2000_GK_CM_105EESRI/'1projected_crsEPSGCGCS2000_GK_CM_99EESRI/'1projected_crsEPSGCGCS2000_GK_CM_93EESRI/'1projected_crsEPSGCGCS2000_GK_CM_87EESRI/'1projected_crsEPSGCGCS2000_GK_CM_81EESRI/'1projected_crsEPSGCGCS2000_GK_CM_75EESRI0'3projected_crsEPSGCGCS2000_GK_Zone_23ESRI0'3projected_crsEPSGCGCS2000_GK_Zone_22ESRI0'3projected_crsEPSGCGCS2000_GK_Zone_21ESRI0'3projected_crsEPSGCGCS2000_GK_Zone_20ESRI0~'3projected_crsEPSGCGCS2000_GK_Zone_19ESRI0}'3projected_crsEPSGCGCS2000_GK_Zone_18ESRI0|'3projected_crsEPSGCGCS2000_GK_Zone_17ESRI0{'3projected_crsEPSGCGCS2000_GK_Zone_16ESRI0z'3projected_crsEPSGCGCS2000_GK_Zone_15ESRI0y'3projected_crsEPSGCGCS2000_GK_Zone_14ESRI0x'3projected_crsEPSGCGCS2000_GK_Zone_13ESRIL`% t 9 I Y  i 8 x 8x8x9|=}=>c?dF]'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_38ESRIF\'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_37ESRIF['_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_36ESRIFZ'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_35ESRIFY'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_34ESRIFX'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_33ESRIFW'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_32ESRIFV'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_31ESRIFU'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_30ESRIFT'_projected_crsEPSG0New_Beijing_3_Degree_Gauss_Kruger_Zone_29ESRIFS'_projected_crsEPSG/New_Beijing_3_Degree_Gauss_Kruger_Zone_28ESRIFR'_projected_crsEPSG.New_Beijing_3_Degree_Gauss_Kruger_Zone_27ESRIFQ'_projected_crsEPSG-New_Beijing_3_Degree_Gauss_Kruger_Zone_26ESRIFP'_projected_crsEPSG,New_Beijing_3_Degree_Gauss_Kruger_Zone_25ESRI3O'9projected_crsEPSG'ETRS_1989_UTM_Zone_N32ESRI=N'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_135EESRI=M'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_129EESRI=L'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_123EESRI=K'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_117EESRI=J'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_111EESRI=I'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_CM_105EESRI'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_18ESRI=='Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_17ESRI=<'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_16ESRI=;'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_15ESRI=:'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_14ESRI=9'Mprojected_crsEPSGNew_Beijing_Gauss_Kruger_Zone_13ESRI.8'/projected_crsEPSGRRAF_1991_UTM_20NESRI97'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_135EESRI96'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_132EESRI95'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_129EESRI94'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_126EESRI93'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_123EESRI92'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_120EESRI91'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_117EESRI90'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_114EESRI9/'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_111EESRI9.'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_108EESRI9-'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_105EESRI9,'Eprojected_crsEPSGCGCS2000_3_Degree_GK_CM_102EESRI8+'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_99EESRI8*'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_96EESRI8)'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_93EESRI8('Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_90EESRI8''Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_87EESRI8&'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_84EESRI8%'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_81EESRI8$'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_78EESRI8#'Cprojected_crsEPSGCGCS2000_3_Degree_GK_CM_75EESRI9"'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_45ESRI9!'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_44ESRI9 'Eprojected_crsEPSGCGCS2000_3_Degree_GK_Zone_43ESRI ?n%J q ) Q y 0 U z 1VLn0h4d/[&R~I2'7projected_crsEPSGETRS_1989_NTM_Zone_27ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_26ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_25ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_24ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_23ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_22ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_21ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_20ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_19ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_18ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_17ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_16ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_15ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_14ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_13ESRI2 '7projected_crsEPSGETRS_1989_NTM_Zone_12ESRI2 '7projected_crsEPSGETRS_1989_NTM_Zone_11ESRI2 '7projected_crsEPSGETRS_1989_NTM_Zone_10ESRI1 '5projected_crsEPSGETRS_1989_NTM_Zone_9ESRI1 '5projected_crsEPSGETRS_1989_NTM_Zone_8ESRI1'5projected_crsEPSGETRS_1989_NTM_Zone_7ESRI1'5projected_crsEPSGETRS_1989_NTM_Zone_6ESRI1'5projected_crsEPSGETRS_1989_NTM_Zone_5ESRID'[projected_crsEPSGNAD_1983_NSRS2007_Contiguous_USA_AlbersESRI@'Sprojected_crsEPSGNAD_1983_HARN_Contiguous_USA_AlbersESRI;'Iprojected_crsEPSGNAD_1983_Contiguous_USA_AlbersESRI;'Iprojected_crsEPSGNAD_1927_Contiguous_USA_AlbersESRI1'5projected_crsEPSGEUREF-FIN_TM35FIN_NEESRI5'=projected_crsEPSGWGS_1984_UPS_South_(E-N)ESRI5'=projected_crsEPSGWGS_1984_UPS_North_(E-N)ESRI7~'Aprojected_crsEPSGLisbon_Portuguese_Grid_NewESRI0}'3projected_crsEPSGPTRA08_UTM_Zone_28NESRI0|'3projected_crsEPSGPTRA08_UTM_Zone_26NESRI0{'3projected_crsEPSGPTRA08_UTM_Zone_25NESRI6z'?projected_crsEPSGETRS_1989_LCC_Germany_N-EESRI5y'=projected_crsEPSGWGS_1984_Cape_Verde_GridESRIFx'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_135EESRIFw'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_129EESRIFv'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_126EESRIFu'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_123EESRIFt'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_120EESRIFs'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_117EESRIFr'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_114EESRIFq'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_111EESRIFp'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_108EESRIFo'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_105EESRIFn'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_102EESRIEm']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_99EESRIEl']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_96EESRIEk']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_93EESRIEj']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_90EESRIEi']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_87EESRIEh']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_84EESRIEg']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_81EESRIEf']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_78EESRIEe']projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_CM_75EESRIFd'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_45ESRIFc'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_44ESRIFb'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_43ESRIFa'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_42ESRIF`'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_41ESRIF_'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_40ESRIF^'_projected_crsEPSGNew_Beijing_3_Degree_Gauss_Kruger_Zone_39ESRI Fa"h. e  B  c 2 X  s : ~T*m5Qt@tB b-V{;2b'7projected_crsEPSGISN_2004_Lambert_2004ESRIBa'Wprojected_crsEPSGNAD_1983_CSRS_Teranet_Ontario_LambertESRI=`'Mprojected_crsEPSGNAD_1983_Teranet_Ontario_LambertESRI/_'1projected_crsEPSGETRS_1989_FAROE_TMESRI3^'9projected_crsEPSGDRUKREF_03_Zhemgang_TMESRI2]'7projected_crsEPSGDRUKREF_03_Yangtse_TMESRI;\'Iprojected_crsEPSGDRUKREF_03_Wangdue_Phodrang_TMESRI2['7projected_crsEPSGDRUKREF_03_Tsirang_TMESRI2Z'7projected_crsEPSGDRUKREF_03_Trongsa_TMESRI5Y'=projected_crsEPSGDRUKREF_03_Trashigang_TMESRI2X'7projected_crsEPSGDRUKREF_03_Thimphu_TMESRI2W'7projected_crsEPSGDRUKREF_03_Sarpang_TMESRI1V'5projected_crsEPSGDRUKREF_03_Samtse_TMESRI;U'Iprojected_crsEPSGDRUKREF_03_Samdrup_Jongkhar_TMESRI2T'7projected_crsEPSGDRUKREF_03_Punakha_TMESRI6S'?projected_crsEPSGDRUKREF_03_Pemagatshel_TMESRI/R'1projected_crsEPSGDRUKREF_03_Paro_TMESRI1Q'5projected_crsEPSGDRUKREF_03_Mongar_TMESRI3P'9projected_crsEPSGDRUKREF_03_Lhuentse_TMESRI-O'-projected_crsEPSGDRUKREF_03_Ha_TMESRI/N'1projected_crsEPSGDRUKREF_03_Gasa_TMESRI1M'5projected_crsEPSGDRUKREF_03_Dagana_TMESRI2L'7projected_crsEPSGDRUKREF_03_Chhukha_TMESRI3K'9projected_crsEPSGDRUKREF_03_Bumthang_TMESRI6J'?projected_crsEPSGTUREF_3_Degree_GK_Zone_15ESRI6I'?projected_crsEPSGTUREF_3_Degree_GK_Zone_14ESRI6H'?projected_crsEPSGTUREF_3_Degree_GK_Zone_13ESRI6G'?projected_crsEPSGTUREF_3_Degree_GK_Zone_12ESRI6F'?projected_crsEPSGTUREF_3_Degree_GK_Zone_11ESRI6E'?projected_crsEPSGTUREF_3_Degree_GK_Zone_10ESRI5D'=projected_crsEPSGTUREF_3_Degree_GK_Zone_9ESRI'!projected_crsEPSGTUREF_TM33ESRI'='!projected_crsEPSGTUREF_TM30ESRI'<'!projected_crsEPSGTUREF_TM27ESRI,;'+projected_crsEPSGGDBD2009_GEORSOESRI6:'?projected_crsEPSG{ETRS_1989_LCC_Germany_E-NESRI69'?projected_crsEPSGsSLD99_Sri_Lanka_Grid_1999ESRI58'=projected_crsEPSGrKandawala_Sri_Lanka_GridESRI27'7projected_crsEPSGgWGS_1984_UTM_Gabon_TMESRI;6'Iprojected_crsEPSGeS-JTSK_Ferro_Krovak_East_NorthESRI75'Aprojected_crsEPSGDKGD2002_East_Sea_Belt_2010ESRI34'9projected_crsEPSGCKGD2002_East_Belt_2010ESRI63'?projected_crsEPSGBKGD2002_Central_Belt_2010ESRI32'9projected_crsEPSGAKGD2002_West_Belt_2010ESRI21'7projected_crsEPSG@KGD2002_East_Sea_BeltESRI.0'/projected_crsEPSG?KGD2002_East_BeltESRI6/'?projected_crsEPSG>KGD2002_Central_Belt_JejuESRI1.'5projected_crsEPSG=KGD2002_Central_BeltESRI.-'/projected_crsEPSG,'Oprojected_crsEPSG;KGD2002_Unified_Coordinate_SystemESRIH+'cprojected_crsEPSG:Korean_1985_Korea_Unified_Coordinate_SystemESRIE*']projected_crsEPSG9Korean_1985_Modified_Korea_East_Sea_BeltESRIA)'Uprojected_crsEPSG8Korean_1985_Modified_Korea_East_BeltESRII('eprojected_crsEPSG7Korean_1985_Modified_Korea_Central_Belt_JejuESRID''[projected_crsEPSG6Korean_1985_Modified_Korea_Central_BeltESRIA&'Uprojected_crsEPSG5Korean_1985_Modified_Korea_West_BeltESRI;%'Iprojected_crsEPSG4Tokyo_1892_Korea_East_Sea_BeltESRI7$'Aprojected_crsEPSG3Tokyo_1892_Korea_East_BeltESRI:#'Gprojected_crsEPSG2Tokyo_1892_Korea_Central_BeltESRI7"'Aprojected_crsEPSG1Tokyo_1892_Korea_West_BeltESRI@!'Sprojected_crsEPSG0Korean_1985_Korea_Central_Belt_JejuESRI< 'Kprojected_crsEPSG/Korean_1985_Korea_East_Sea_BeltESRI2'7projected_crsEPSG ETRS_1989_NTM_Zone_30ESRI2'7projected_crsEPSG ETRS_1989_NTM_Zone_29ESRI2'7projected_crsEPSGETRS_1989_NTM_Zone_28ESRI EZ(t8 Q  o I  q >  K  W q? u9Ll4t4V ~Hg(=''Mprojected_crsEPSGUkraine_2000_3_Degree_GK_Zone_10ESRI<&'Kprojected_crsEPSGUkraine_2000_3_Degree_GK_Zone_9ESRI<%'Kprojected_crsEPSGUkraine_2000_3_Degree_GK_Zone_8ESRI<$'Kprojected_crsEPSGUkraine_2000_3_Degree_GK_Zone_7ESRI3#'9projected_crsEPSGUkraine_2000_GK_CM_39EESRI3"'9projected_crsEPSGUkraine_2000_GK_CM_33EESRI3!'9projected_crsEPSGUkraine_2000_GK_CM_27EESRI3 '9projected_crsEPSGUkraine_2000_GK_CM_21EESRI3'9projected_crsEPSGUkraine_2000_GK_Zone_7ESRI3'9projected_crsEPSGUkraine_2000_GK_Zone_6ESRI3'9projected_crsEPSGUkraine_2000_GK_Zone_5ESRI3'9projected_crsEPSGUkraine_2000_GK_Zone_4ESRI<'Kprojected_crsEPSGOcotepeque_1935_Guatemala_NorteESRI2'7projected_crsEPSGPNG94_PNGMG94_Zone_56ESRI2'7projected_crsEPSGPNG94_PNGMG94_Zone_55ESRI2'7projected_crsEPSGPNG94_PNGMG94_Zone_54ESRI='Mprojected_crsEPSGCorrego_Alegre_1961_UTM_Zone_24SESRI='Mprojected_crsEPSGCorrego_Alegre_1961_UTM_Zone_23SESRI='Mprojected_crsEPSGCorrego_Alegre_1961_UTM_Zone_22SESRI='Mprojected_crsEPSGCorrego_Alegre_1961_UTM_Zone_21SESRI5'=projected_crsEPSGSAD_1969_96_UTM_Zone_25SESRI5'=projected_crsEPSGSAD_1969_96_UTM_Zone_24SESRI5'=projected_crsEPSGSAD_1969_96_UTM_Zone_23SESRI5'=projected_crsEPSGSAD_1969_96_UTM_Zone_22SESRI5'=projected_crsEPSGSAD_1969_96_UTM_Zone_21SESRI9'Eprojected_crsEPSGSAD_1969_96_Brazil_PolyconicESRI7 'Aprojected_crsEPSGWGS_1984_UTM_Gabon_TM_2011ESRI7 'Aprojected_crsEPSGDHDN_3_Degree_Gauss_Zone_1ESRI: 'Gprojected_crsEPSGChatham_Islands_1979_Map_GridESRI9 'Eprojected_crsEPSGChatham_Island_1971_Map_GridESRI5 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NAD_1983_HARN_WISCRS_Columbia_County_FeetESRIH'cprojected_crsEPSG NAD_1983_HARN_WISCRS_Columbia_County_MetersESRIF'_projected_crsEPSG NAD_1983_HARN_WISCRS_Crawford_County_FeetESRIH'cprojected_crsEPSG NAD_1983_HARN_WISCRS_Crawford_County_MetersESRIB'Wprojected_crsEPSG NAD_1983_HARN_WISCRS_Dane_County_FeetESRID'[projected_crsEPSGNAD_1983_HARN_WISCRS_Dane_County_MetersESRIJ'gprojected_crsEPSGNAD_1983_HARN_WISCRS_Dodge_and_Jefferson_FeetESRIL'kprojected_crsEPSGNAD_1983_HARN_WISCRS_Dodge_and_Jefferson_MetersESRIB'Wprojected_crsEPSGNAD_1983_HARN_WISCRS_Door_County_FeetESRID'[projected_crsEPSGNAD_1983_HARN_WISCRS_Door_County_MetersESRIE']projected_crsEPSGNAD_1983_HARN_WISCRS_Douglas_County_FeetESRIG 'aprojected_crsEPSGNAD_1983_HARN_WISCRS_Douglas_County_MetersESRIB 'Wprojected_crsEPSGNAD_1983_HARN_WISCRS_Dunn_County_FeetESRID '[projected_crsEPSGNAD_1983_HARN_WISCRS_Dunn_County_MetersESRID '[projected_crsEPSGNAD_1983_HARN_WISCRS_Forest_County_FeetESRIF 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@bu' = S  ]  e  G m7^'Ko8\%If6w@ 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'Eprojected_crsEPSGR GSK-2011_Gauss-Kruger_CM_27EESRI9'Eprojected_crsEPSGR GSK-2011_Gauss-Kruger_CM_21EESRI2'7projected_crsEPSGQArc_1950_UTM_Zone_36SESRI2'7projected_crsEPSGQArc_1950_UTM_Zone_35SESRI2'7projected_crsEPSGQArc_1950_UTM_Zone_34SESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_32ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_31ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_30ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_29ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_28ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_27ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_26ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_25ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_24ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_23ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_22ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_21ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_20ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_19ESRI: 'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_18ESRI: 'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_17ESRI: 'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_16ESRI: 'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_15ESRI: 'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_14ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_13ESRI:'Gprojected_crsEPSGQGSK-2011_Gauss-Kruger_zone_12ESRI FX x@ ` ( H  h 0 P  p 8 X x@`(Hh"yB f/S4';projected_crsEPSGSIGSK-2011_GSK_3GK_CM_63EESRI4';projected_crsEPSGSHGSK-2011_GSK_3GK_CM_60EESRI4 ';projected_crsEPSGSGGSK-2011_GSK_3GK_CM_57EESRI4 ';projected_crsEPSGSFGSK-2011_GSK_3GK_CM_54EESRI4 ';projected_crsEPSGSEGSK-2011_GSK_3GK_CM_51EESRI4 ';projected_crsEPSGSDGSK-2011_GSK_3GK_CM_48EESRI4 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O  z E  h , x < Lh8xHc){AYvA uD;'Iprojected_crsEPSGVNAD83(CSRS)v2_NB_StereographicESRI<'Kprojected_crsEPSGVNAD83(CSRS)v2_PEI_StereographicESRI.'/projected_crsEPSGVCape_UTM_Zone_36SESRI.'/projected_crsEPSGVCape_UTM_Zone_35SESRI.'/projected_crsEPSGVCape_UTM_Zone_34SESRI2'7projected_crsEPSGVRGSH2020_UTM_zone_32NESRI2'7projected_crsEPSGVRGSH2020_UTM_zone_31NESRI2'7projected_crsEPSGVRGSH2020_UTM_zone_30NESRI2'7projected_crsEPSGVRGSH2020_UTM_zone_29NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_22NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_21NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_20NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_19NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_18NESRI7 'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_17NESRI7 'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_16NESRI7 'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_15NESRI7 'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_14NESRI7 'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_13NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_12NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_11NESRI7'Aprojected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_10NESRI6'?projected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_9NESRI6'?projected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_8NESRI6'?projected_crsEPSGVNAD83(CSRS)v2_UTM_Zone_7NESRI-'-projected_crsEPSGVArgentina_Zone_7ESRI-'-projected_crsEPSGVArgentina_Zone_6ESRI-'-projected_crsEPSGVArgentina_Zone_5ESRI-'-projected_crsEPSGVArgentina_Zone_4ESRI-~'-projected_crsEPSGVArgentina_Zone_3ESRI-}'-projected_crsEPSGVArgentina_Zone_2ESRI-|'-projected_crsEPSGVArgentina_Zone_1ESRI9{'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_7ESRI9z'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_6ESRI9y'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_5ESRI9x'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_4ESRI9w'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_3ESRI9v'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_2ESRI9u'Eprojected_crsEPSGVPOSGAR_1994_Argentina_Zone_1ESRI9t'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_7ESRI9s'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_6ESRI9r'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_5ESRI9q'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_4ESRI9p'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_3ESRI9o'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_2ESRI9n'Eprojected_crsEPSGVPOSGAR_1998_Argentina_Zone_1ESRI.m'/projected_crsEPSGVLCamacupa_TM_12_SEESRI1l'5projected_crsEPSGVKCamacupa_TM_11_30_SEESRI2k'7projected_crsEPSGVCamacupa_UTM_Zone_33SESRI2j'7projected_crsEPSGVCamacupa_UTM_Zone_32SESRI/i'1projected_crsEPSGUColombia_East_ZoneESRI7h'Aprojected_crsEPSGUColombia_East_Central_ZoneESRI1g'5projected_crsEPSGUColombia_Bogota_ZoneESRI/f'1projected_crsEPSGUColombia_West_ZoneESRI/e'1projected_crsEPSGUColombia_East_ZoneESRI7d'Aprojected_crsEPSGUColombia_East_Central_ZoneESRI1c'5projected_crsEPSGUColombia_Bogota_ZoneESRI/b'1projected_crsEPSGUColombia_West_ZoneESRI0a'3projected_crsEPSGU:Bogota_UTM_Zone_18NESRI0`'3projected_crsEPSGU9Bogota_UTM_Zone_17NESRI+_')projected_crsEPSGUCH1903_LV03C-GESRI(^'#projected_crsEPSGUCH1903_LV03ESRI1]'5projected_crsEPSGUBern_1898_Bern_LV03CESRI/\'1projected_crsEPSGSBelge_Lambert_1950ESRI5['=projected_crsEPSGSBeijing_1954_GK_Zone_23NESRI5Z'=projected_crsEPSGSBeijing_1954_GK_Zone_22NESRI5Y'=projected_crsEPSGSBeijing_1954_GK_Zone_21NESRI5X'=projected_crsEPSGSBeijing_1954_GK_Zone_20NESRI5W'=projected_crsEPSGSBeijing_1954_GK_Zone_19NESRI5V'=projected_crsEPSGSBeijing_1954_GK_Zone_18NESRI5U'=projected_crsEPSGSBeijing_1954_GK_Zone_17NESRI BRj/ T ` & x >  V  n 9Ie,U*E ]#u;Di.8]'Cprojected_crsEPSGWCorrego_Alegre_UTM_Zone_23SESRI8\'Cprojected_crsEPSGWCorrego_Alegre_UTM_Zone_22SESRI8['Cprojected_crsEPSGWCorrego_Alegre_UTM_Zone_21SESRIFZ'_projected_crsEPSGWNAD83(CSRS)v4_Alberta_3TM_ref_merid_120_WESRIFY'_projected_crsEPSGWNAD83(CSRS)v4_Alberta_3TM_ref_merid_117_WESRIFX'_projected_crsEPSGWNAD83(CSRS)v4_Alberta_3TM_ref_merid_114_WESRIFW'_projected_crsEPSGWNAD83(CSRS)v4_Alberta_3TM_ref_merid_111_WESRI7V'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_22NESRI7U'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_21NESRI7T'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_20NESRI7S'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_19NESRI7R'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_18NESRI7Q'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_17NESRI7P'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_16NESRI7O'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_15NESRI7N'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_14NESRI7M'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_13NESRI7L'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_12NESRI7K'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_11NESRI7J'Aprojected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_10NESRI6I'?projected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_9NESRI6H'?projected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_8NESRI6G'?projected_crsEPSGWNAD83(CSRS)v4_UTM_Zone_7NESRI(F'#projected_crsEPSGWxSud_TunisieESRI)E'%projected_crsEPSGWwNord_TunisieESRI6D'?projected_crsEPSGWUNAD83(CSRS)v3_MTM_Zone_17ESRI6C'?projected_crsEPSGWTNAD83(CSRS)v3_MTM_Zone_16ESRI6B'?projected_crsEPSGWSNAD83(CSRS)v3_MTM_Zone_15ESRI6A'?projected_crsEPSGWRNAD83(CSRS)v3_MTM_Zone_14ESRI6@'?projected_crsEPSGWQNAD83(CSRS)v3_MTM_Zone_13ESRI6?'?projected_crsEPSGWPNAD83(CSRS)v3_MTM_Zone_12ESRI6>'?projected_crsEPSGWONAD83(CSRS)v3_MTM_Zone_11ESRI6='?projected_crsEPSGWNNAD83(CSRS)v3_MTM_Zone_10ESRI5<'=projected_crsEPSGWMNAD83(CSRS)v3_MTM_Zone_9ESRI5;'=projected_crsEPSGWLNAD83(CSRS)v3_MTM_Zone_8ESRI=:'Mprojected_crsEPSGWBNAD83(CSRS)v3_MTM_NS_1997_Zone_4ESRI=9'Mprojected_crsEPSGWANAD83(CSRS)v3_MTM_NS_1997_Zone_5ESRI28'7projected_crsEPSGW'Yprojected_crsEPSG[NAD_1983_(2011)_ICS_Rockford_(US_Feet)ESRIC='Yprojected_crsEPSG[NAD_1983_(2011)_ICS_Freeport_(US_Feet)ESRI/<'1projected_crsEPSGZFahud_UTM_Zone_40NESRI/;'1projected_crsEPSGZFahud_UTM_Zone_39NESRI,:'+projected_crsEPSGZ7ED_1950_TM_5_NEESRI+9')projected_crsEPSGZ2ED_1950_TM_0_NESRI18'5projected_crsEPSGYED_1950_UTM_Zone_38NESRI17'5projected_crsEPSGYED_1950_UTM_Zone_37NESRI16'5projected_crsEPSGYED_1950_UTM_Zone_36NESRI15'5projected_crsEPSGYED_1950_UTM_Zone_35NESRI14'5projected_crsEPSGYED_1950_UTM_Zone_34NESRI13'5projected_crsEPSGYED_1950_UTM_Zone_33NESRI12'5projected_crsEPSGYED_1950_UTM_Zone_32NESRI11'5projected_crsEPSGYED_1950_UTM_Zone_31NESRI10'5projected_crsEPSGYED_1950_UTM_Zone_30NESRI1/'5projected_crsEPSGYED_1950_UTM_Zone_29NESRI1.'5projected_crsEPSGYED_1950_UTM_Zone_28NESRI7-'Aprojected_crsEPSGYEgypt_Extended_Purple_BeltESRI.,'/projected_crsEPSGYEgypt_Purple_BeltESRI++')projected_crsEPSGYEgypt_Red_BeltESRI,*'+projected_crsEPSGYEgypt_Blue_BeltESRI0)'3projected_crsEPSGY0Douala_UTM_Zone_32NESRI7('Aprojected_crsEPSGY&NAD83(CSRS)v8_UTM_Zone_22NESRI7''Aprojected_crsEPSGY%NAD83(CSRS)v8_UTM_Zone_21NESRI7&'Aprojected_crsEPSGY$NAD83(CSRS)v8_UTM_Zone_20NESRI7%'Aprojected_crsEPSGY#NAD83(CSRS)v8_UTM_Zone_19NESRI7$'Aprojected_crsEPSGY"NAD83(CSRS)v8_UTM_Zone_18NESRI7#'Aprojected_crsEPSGY!NAD83(CSRS)v8_UTM_Zone_17NESRI7"'Aprojected_crsEPSGY 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'Cprojected_crsEPSG_Kalianpur_1975_UTM_Zone_46NESRI8'Cprojected_crsEPSG_Kalianpur_1975_UTM_Zone_45NESRI8'Cprojected_crsEPSG_Kalianpur_1975_UTM_Zone_44NESRI8'Cprojected_crsEPSG_Kalianpur_1975_UTM_Zone_43NESRI8'Cprojected_crsEPSG_Kalianpur_1975_UTM_Zone_42NESRI8'Cprojected_crsEPSG^Kalianpur_1962_UTM_Zone_43NESRI8'Cprojected_crsEPSG^Kalianpur_1962_UTM_Zone_42NESRI8'Cprojected_crsEPSG^Kalianpur_1962_UTM_Zone_41NESRI8'Cprojected_crsEPSG^Kalianpur_1937_UTM_Zone_46NESRI8'Cprojected_crsEPSG^Kalianpur_1937_UTM_Zone_45NESRI)'%projected_crsEPSG^Jamaica_GridESRI2'7projected_crsEPSG^$Jamaica_1875_Old_GridESRI5'=projected_crsEPSG]Indian_1975_UTM_Zone_48NESRI5'=projected_crsEPSG]Indian_1975_UTM_Zone_47NESRI5'=projected_crsEPSG]Indian_1954_UTM_Zone_48NESRI5'=projected_crsEPSG]Indian_1954_UTM_Zone_47NESRI5'=projected_crsEPSG]Indian_1954_UTM_Zone_46NESRI9'Eprojected_crsEPSG]VIndonesian_1974_UTM_Zone_54SESRI9'Eprojected_crsEPSG]UIndonesian_1974_UTM_Zone_53SESRI9 'Eprojected_crsEPSG]TIndonesian_1974_UTM_Zone_52SESRI9 'Eprojected_crsEPSG]SIndonesian_1974_UTM_Zone_51SESRI9 'Eprojected_crsEPSG]RIndonesian_1974_UTM_Zone_50SESRI9 'Eprojected_crsEPSG]QIndonesian_1974_UTM_Zone_49SESRI9 'Eprojected_crsEPSG]PIndonesian_1974_UTM_Zone_48SESRI9'Eprojected_crsEPSG]OIndonesian_1974_UTM_Zone_47SESRI9'Eprojected_crsEPSG]NIndonesian_1974_UTM_Zone_46SESRI2'7projected_crsEPSG]LDGN_1995_UTM_Zone_54SESRI2'7projected_crsEPSG]KDGN_1995_UTM_Zone_53SESRI2'7projected_crsEPSG]JDGN_1995_UTM_Zone_52SESRI2'7projected_crsEPSG]IDGN_1995_UTM_Zone_51SESRI2'7projected_crsEPSG]HDGN_1995_UTM_Zone_50SESRI2'7projected_crsEPSG]GDGN_1995_UTM_Zone_49SESRI2'7projected_crsEPSG]FDGN_1995_UTM_Zone_48SESRI2'7projected_crsEPSG]EDGN_1995_UTM_Zone_47SESRI2~'7projected_crsEPSG]@DGN_1995_UTM_Zone_52NESRI2}'7projected_crsEPSG]?DGN_1995_UTM_Zone_51NESRI2|'7projected_crsEPSG]>DGN_1995_UTM_Zone_50NESRI2{'7projected_crsEPSG]=DGN_1995_UTM_Zone_49NESRI2z'7projected_crsEPSG]o'Oprojected_crsEPSG]%DGN_1995_Indonesia_TM-3_Zone_54.1ESRI>n'Oprojected_crsEPSG]$DGN_1995_Indonesia_TM-3_Zone_53.2ESRI>m'Oprojected_crsEPSG]#DGN_1995_Indonesia_TM-3_Zone_53.1ESRI>l'Oprojected_crsEPSG]"DGN_1995_Indonesia_TM-3_Zone_52.2ESRI>k'Oprojected_crsEPSG]!DGN_1995_Indonesia_TM-3_Zone_52.1ESRI>j'Oprojected_crsEPSG] DGN_1995_Indonesia_TM-3_Zone_51.2ESRI>i'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_51.1ESRI>h'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_50.2ESRI>g'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_50.1ESRI>f'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_49.2ESRI>e'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_49.1ESRI>d'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_48.2ESRI>c'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_48.1ESRI>b'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_47.2ESRI>a'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_47.1ESRI>`'Oprojected_crsEPSG]DGN_1995_Indonesia_TM-3_Zone_46.2ESRIF_'_projected_crsEPSG\Hungarian_1972_Egyseges_Orszagos_VetuletiESRI IM\ j -  L  L  u ? g 1f8r> m7_)Oi6m= j41j'5projected_crsEPSGhMNAD_1927_UTM_Zone_1NESRI3i'9projected_crsEPSGhDMporaloko_UTM_Zone_32SESRI3h'9projected_crsEPSGhMporaloko_UTM_Zone_32NESRI5g'=projected_crsEPSGgMonte_Mario_Rome_Italy_2ESRI5f'=projected_crsEPSGgMonte_Mario_Rome_Italy_1ESRI/e'1projected_crsEPSGg@Mhast_UTM_Zone_32SESRI.d'/projected_crsEPSGgNigeria_East_BeltESRI-c'-projected_crsEPSGgNigeria_Mid_BeltESRI.b'/projected_crsEPSGgNigeria_West_BeltESRI/a'1projected_crsEPSGfMinna_UTM_Zone_32NESRI/`'1projected_crsEPSGfMinna_UTM_Zone_31NESRI1_'5projected_crsEPSGf}Massawa_UTM_Zone_37NESRI0^'3projected_crsEPSGfSMerchich_Sahara_SudESRI1]'5projected_crsEPSGfRMerchich_Sahara_NordESRI#\'projected_crsEPSGfQSaharaESRI&['projected_crsEPSGfPSud_MarocESRI'Z'!projected_crsEPSGfONord_MarocESRI6Y'?projected_crsEPSGeLMalongo_1987_UTM_Zone_32SESRI5X'=projected_crsEPSGeETRS_1989_TM_Baltic_1993ESRI3W'9projected_crsEPSGdETRS_1989_UTM_Zone_38NESRI3V'9projected_crsEPSGdETRS_1989_UTM_Zone_37NESRI3U'9projected_crsEPSGdETRS_1989_UTM_Zone_36NESRI3T'9projected_crsEPSGdETRS_1989_UTM_Zone_35NESRI3S'9projected_crsEPSGdETRS_1989_UTM_Zone_34NESRI3R'9projected_crsEPSGdETRS_1989_UTM_Zone_33NESRI3Q'9projected_crsEPSGdETRS_1989_UTM_Zone_32NESRI3P'9projected_crsEPSGdETRS_1989_UTM_Zone_31NESRI3O'9projected_crsEPSGdETRS_1989_UTM_Zone_30NESRI3N'9projected_crsEPSGdETRS_1989_UTM_Zone_29NESRI3M'9projected_crsEPSGdETRS_1989_UTM_Zone_28NESRI/L'1projected_crsEPSGc3Philippines_Zone_VESRI0K'3projected_crsEPSGc2Philippines_Zone_IVESRI1J'5projected_crsEPSGc1Philippines_Zone_IIIESRI0I'3projected_crsEPSGc0Philippines_Zone_IIESRI/H'1projected_crsEPSGc/Philippines_Zone_IESRI.G'/projected_crsEPSGbLome_UTM_Zone_31NESRI-F'-projected_crsEPSGaGhana_Metre_GridESRI+E')projected_crsEPSGa=Peru_East_ZoneESRI.D'/projected_crsEPSGa'9projected_crsEPSGa.PSAD_1956_UTM_Zone_18SESRI3='9projected_crsEPSGa-PSAD_1956_UTM_Zone_17SESRI3<'9projected_crsEPSG`PSAD_1956_UTM_Zone_21NESRI3;'9projected_crsEPSG`PSAD_1956_UTM_Zone_20NESRI3:'9projected_crsEPSG`PSAD_1956_UTM_Zone_19NESRI39'9projected_crsEPSG`PSAD_1956_UTM_Zone_18NESRI38'9projected_crsEPSG`PSAD_1956_UTM_Zone_17NESRI27'7projected_crsEPSG`La_Canoa_UTM_Zone_20NESRI26'7projected_crsEPSG`La_Canoa_UTM_Zone_19NESRI25'7projected_crsEPSG`La_Canoa_UTM_Zone_18NESRI(4'#projected_crsEPSG`KOC_LambertESRI53'=projected_crsEPSG_Kertau_RSO_Malaya_ChainsESRI02'3projected_crsEPSG_Kertau_UTM_Zone_48NESRI01'3projected_crsEPSG_Kertau_UTM_Zone_47NESRI20'7projected_crsEPSG_Kertau_Singapore_GridESRI9/'Eprojected_crsEPSG_?Kalianpur_1975_India_Zone_IVESRI:.'Gprojected_crsEPSG_>Kalianpur_1880_India_Zone_IIbESRI:-'Gprojected_crsEPSG_=Kalianpur_1975_India_Zone_IIIESRI:,'Gprojected_crsEPSG_c:]H%'cprojected_crsEPSGhNAD_1927_StatePlane_Illinois_East_FIPS_1201ESRIE$']projected_crsEPSGhNAD_1927_StatePlane_Idaho_West_FIPS_1103ESRIH#'cprojected_crsEPSGhNAD_1927_StatePlane_Idaho_Central_FIPS_1102ESRIE"']projected_crsEPSGhNAD_1927_StatePlane_Idaho_East_FIPS_1101ESRIG!'aprojected_crsEPSGhNAD_1927_StatePlane_Georgia_West_FIPS_1002ESRIG 'aprojected_crsEPSGhNAD_1927_StatePlane_Georgia_East_FIPS_1001ESRIH'cprojected_crsEPSGhNAD_1927_StatePlane_Florida_North_FIPS_0903ESRIG'aprojected_crsEPSGhNAD_1927_StatePlane_Florida_West_FIPS_0902ESRIG'aprojected_crsEPSGhNAD_1927_StatePlane_Florida_East_FIPS_0901ESRIC'Yprojected_crsEPSGhNAD_1927_StatePlane_Delaware_FIPS_0700ESRIF'_projected_crsEPSGhNAD_1927_StatePlane_Connecticut_FIPS_0600ESRII'eprojected_crsEPSGhNAD_1927_StatePlane_Colorado_South_FIPS_0503ESRIK'iprojected_crsEPSGhNAD_1927_StatePlane_Colorado_Central_FIPS_0502ESRII'eprojected_crsEPSGhNAD_1927_StatePlane_Colorado_North_FIPS_0501ESRII'eprojected_crsEPSGhNAD_1927_StatePlane_Arkansas_South_FIPS_0302ESRII'eprojected_crsEPSGhNAD_1927_StatePlane_Arkansas_North_FIPS_0301ESRIG'aprojected_crsEPSGh~NAD_1927_StatePlane_Arizona_West_FIPS_0203ESRIJ'gprojected_crsEPSGh}NAD_1927_StatePlane_Arizona_Central_FIPS_0202ESRIG'aprojected_crsEPSGh|NAD_1927_StatePlane_Arizona_East_FIPS_0201ESRII'eprojected_crsEPSGh{NAD_1927_StatePlane_California_VII_FIPS_0407ESRIH'cprojected_crsEPSGhzNAD_1927_StatePlane_California_VI_FIPS_0406ESRIG'aprojected_crsEPSGhyNAD_1927_StatePlane_California_V_FIPS_0405ESRIH'cprojected_crsEPSGhxNAD_1927_StatePlane_California_IV_FIPS_0404ESRII'eprojected_crsEPSGhwNAD_1927_StatePlane_California_III_FIPS_0403ESRIH 'cprojected_crsEPSGhvNAD_1927_StatePlane_California_II_FIPS_0402ESRIG 'aprojected_crsEPSGhuNAD_1927_StatePlane_California_I_FIPS_0401ESRID '[projected_crsEPSGhtNAD_1927_StatePlane_Alaska_10_FIPS_5010ESRIC 'Yprojected_crsEPSGhsNAD_1927_StatePlane_Alaska_9_FIPS_5009ESRIC 'Yprojected_crsEPSGhrNAD_1927_StatePlane_Alaska_8_FIPS_5008ESRIC'Yprojected_crsEPSGhqNAD_1927_StatePlane_Alaska_7_FIPS_5007ESRIC'Yprojected_crsEPSGhpNAD_1927_StatePlane_Alaska_6_FIPS_5006ESRIC'Yprojected_crsEPSGhoNAD_1927_StatePlane_Alaska_5_FIPS_5005ESRIC'Yprojected_crsEPSGhnNAD_1927_StatePlane_Alaska_4_FIPS_5004ESRIC'Yprojected_crsEPSGhmNAD_1927_StatePlane_Alaska_3_FIPS_5003ESRIC'Yprojected_crsEPSGhlNAD_1927_StatePlane_Alaska_2_FIPS_5002ESRIC'Yprojected_crsEPSGhkNAD_1927_StatePlane_Alaska_1_FIPS_5001ESRIG'aprojected_crsEPSGhjNAD_1927_StatePlane_Alabama_West_FIPS_0102ESRIG'aprojected_crsEPSGhiNAD_1927_StatePlane_Alabama_East_FIPS_0101ESRI2'7projected_crsEPSGhbNAD_1927_UTM_Zone_22NESRI2~'7projected_crsEPSGhaNAD_1927_UTM_Zone_21NESRI2}'7projected_crsEPSGh`NAD_1927_UTM_Zone_20NESRI2|'7projected_crsEPSGh_NAD_1927_UTM_Zone_19NESRI2{'7projected_crsEPSGh^NAD_1927_UTM_Zone_18NESRI2z'7projected_crsEPSGh]NAD_1927_UTM_Zone_17NESRI2y'7projected_crsEPSGh\NAD_1927_UTM_Zone_16NESRI2x'7projected_crsEPSGh[NAD_1927_UTM_Zone_15NESRI2w'7projected_crsEPSGhZNAD_1927_UTM_Zone_14NESRI2v'7projected_crsEPSGhYNAD_1927_UTM_Zone_13NESRI2u'7projected_crsEPSGhXNAD_1927_UTM_Zone_12NESRI2t'7projected_crsEPSGhWNAD_1927_UTM_Zone_11NESRI2s'7projected_crsEPSGhVNAD_1927_UTM_Zone_10NESRI1r'5projected_crsEPSGhUNAD_1927_UTM_Zone_9NESRI1q'5projected_crsEPSGhTNAD_1927_UTM_Zone_8NESRI1p'5projected_crsEPSGhSNAD_1927_UTM_Zone_7NESRI1o'5projected_crsEPSGhRNAD_1927_UTM_Zone_6NESRI1n'5projected_crsEPSGhQNAD_1927_UTM_Zone_5NESRI1m'5projected_crsEPSGhPNAD_1927_UTM_Zone_4NESRI1l'5projected_crsEPSGhONAD_1927_UTM_Zone_3NESRI1k'5projected_crsEPSGhNNAD_1927_UTM_Zone_2NESRI 1k!G e  ; O  f   1GN_ly#(x(pTV'{projected_crsEPSGhNAD_1983_NSRS2007_StatePlane_Maine_West_FIPS_1802_Ft_USESRITU'{projected_crsEPSGhNAD_1983_NSRS2007_StatePlane_Maine_East_FIPS_1801_Ft_USESRIYT'projected_crsEPSGhNAD_1983_HARN_StatePlane_West_Virginia_South_FIPS_4702_FeetESRIYS'projected_crsEPSGhNAD_1983_HARN_StatePlane_West_Virginia_North_FIPS_4701_FeetESRIMR'mprojected_crsEPSGhNAD_1983_HARN_StatePlane_Nebraska_FIPS_2600_FeetESRITQ'{projected_crsEPSGhNAD_1983_HARN_StatePlane_Minnesota_South_FIPS_2203_FeetESRIVP'projected_crsEPSGhNAD_1983_HARN_StatePlane_Minnesota_Central_FIPS_2202_FeetESRITO'{projected_crsEPSGhNAD_1983_HARN_StatePlane_Minnesota_North_FIPS_2201_FeetESRION'qprojected_crsEPSGhNAD_1983_HARN_StatePlane_Maine_West_FIPS_1802_FeetESRIOM'qprojected_crsEPSGhNAD_1983_HARN_StatePlane_Maine_East_FIPS_1801_FeetESRISL'yprojected_crsEPSGhNAD_1983_StatePlane_West_Virginia_South_FIPS_4702_FeetESRISK'yprojected_crsEPSGhNAD_1983_StatePlane_West_Virginia_North_FIPS_4701_FeetESRIHJ'cprojected_crsEPSGhNAD_1983_StatePlane_Nebraska_FIPS_2600_FeetESRIOI'qprojected_crsEPSGhNAD_1983_StatePlane_Minnesota_South_FIPS_2203_FeetESRIQH'uprojected_crsEPSGhNAD_1983_StatePlane_Minnesota_Central_FIPS_2202_FeetESRIOG'qprojected_crsEPSGhNAD_1983_StatePlane_Minnesota_North_FIPS_2201_FeetESRIJF'gprojected_crsEPSGhNAD_1983_StatePlane_Maine_West_FIPS_1802_FeetESRIJE'gprojected_crsEPSGhNAD_1983_StatePlane_Maine_East_FIPS_1801_FeetESRIMD'mprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_South_FIPS_2113ESRIOC'qprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_Central_FIPS_2112ESRIMB'mprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_North_FIPS_2111ESRIPA'sprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_West_Old_FIPS_2103ESRIS@'yprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_Central_Old_FIPS_2102ESRIP?'sprojected_crsEPSGhNAD_Michigan_StatePlane_Michigan_East_Old_FIPS_2101ESRII>'eprojected_crsEPSGhNAD_1927_StatePlane_California_VII_FIPS_0407ESRIH='cprojected_crsEPSGhNAD_1927_StatePlane_Missouri_West_FIPS_2403ESRIK<'iprojected_crsEPSGhNAD_1927_StatePlane_Missouri_Central_FIPS_2402ESRIH;'cprojected_crsEPSGhNAD_1927_StatePlane_Missouri_East_FIPS_2401ESRIK:'iprojected_crsEPSGhNAD_1927_StatePlane_Mississippi_West_FIPS_2302ESRIK9'iprojected_crsEPSGhNAD_1927_StatePlane_Mississippi_East_FIPS_2301ESRIJ8'gprojected_crsEPSGhNAD_1927_StatePlane_Minnesota_South_FIPS_2203ESRIL7'kprojected_crsEPSGhNAD_1927_StatePlane_Minnesota_Central_FIPS_2202ESRIJ6'gprojected_crsEPSGhNAD_1927_StatePlane_Minnesota_North_FIPS_2201ESRIO5'qprojected_crsEPSGhNAD_1927_StatePlane_Massachusetts_Island_FIPS_2002ESRIQ4'uprojected_crsEPSGhNAD_1927_StatePlane_Massachusetts_Mainland_FIPS_2001ESRIC3'Yprojected_crsEPSGhNAD_1927_StatePlane_Maryland_FIPS_1900ESRIE2']projected_crsEPSGhNAD_1927_StatePlane_Maine_West_FIPS_1802ESRIE1']projected_crsEPSGhNAD_1927_StatePlane_Maine_East_FIPS_1801ESRIJ0'gprojected_crsEPSGhNAD_1927_StatePlane_Louisiana_South_FIPS_1702ESRIJ/'gprojected_crsEPSGhNAD_1927_StatePlane_Louisiana_North_FIPS_1701ESRII.'eprojected_crsEPSGhNAD_1927_StatePlane_Kentucky_South_FIPS_1602ESRII-'eprojected_crsEPSGhNAD_1927_StatePlane_Kentucky_North_FIPS_1601ESRIG,'aprojected_crsEPSGhNAD_1927_StatePlane_Kansas_South_FIPS_1502ESRIG+'aprojected_crsEPSGhNAD_1927_StatePlane_Kansas_North_FIPS_1501ESRIE*']projected_crsEPSGhNAD_1927_StatePlane_Iowa_South_FIPS_1402ESRIE)']projected_crsEPSGhNAD_1927_StatePlane_Iowa_North_FIPS_1401ESRIG('aprojected_crsEPSGhNAD_1927_StatePlane_Indiana_West_FIPS_1302ESRIG''aprojected_crsEPSGhNAD_1927_StatePlane_Indiana_East_FIPS_1301ESRIH&'cprojected_crsEPSGhNAD_1927_StatePlane_Illinois_West_FIPS_1202ESRI =D2 j 6  f 3 d 0 ` , X #O{Fl&T<`4SI'eprojected_crsEPSGiHNAD_1983_StatePlane_Arkansas_South_FIPS_0302ESRII'eprojected_crsEPSGiGNAD_1983_StatePlane_Arkansas_North_FIPS_0301ESRIG'aprojected_crsEPSGiFNAD_1983_StatePlane_Arizona_West_FIPS_0203ESRIJ'gprojected_crsEPSGiENAD_1983_StatePlane_Arizona_Central_FIPS_0202ESRIG'aprojected_crsEPSGiDNAD_1983_StatePlane_Arizona_East_FIPS_0201ESRIH'cprojected_crsEPSGiBNAD_1983_StatePlane_California_VI_FIPS_0406ESRIG 'aprojected_crsEPSGiANAD_1983_StatePlane_California_V_FIPS_0405ESRIH 'cprojected_crsEPSGi@NAD_1983_StatePlane_California_IV_FIPS_0404ESRII 'eprojected_crsEPSGi?NAD_1983_StatePlane_California_III_FIPS_0403ESRIH 'cprojected_crsEPSGi>NAD_1983_StatePlane_California_II_FIPS_0402ESRIG 'aprojected_crsEPSGi=NAD_1983_StatePlane_California_I_FIPS_0401ESRID'[projected_crsEPSGi'iprojected_crsEPSGisNAD_1983_StatePlane_Mississippi_West_FIPS_2302ESRIK='iprojected_crsEPSGirNAD_1983_StatePlane_Mississippi_East_FIPS_2301ESRIJ<'gprojected_crsEPSGiqNAD_1983_StatePlane_Minnesota_South_FIPS_2203ESRIL;'kprojected_crsEPSGipNAD_1983_StatePlane_Minnesota_Central_FIPS_2202ESRIJ:'gprojected_crsEPSGioNAD_1983_StatePlane_Minnesota_North_FIPS_2201ESRII9'eprojected_crsEPSGinNAD_1983_StatePlane_Michigan_South_FIPS_2113ESRIK8'iprojected_crsEPSGimNAD_1983_StatePlane_Michigan_Central_FIPS_2112ESRII7'eprojected_crsEPSGilNAD_1983_StatePlane_Michigan_North_FIPS_2111ESRIO6'qprojected_crsEPSGikNAD_1983_StatePlane_Massachusetts_Island_FIPS_2002ESRIQ5'uprojected_crsEPSGijNAD_1983_StatePlane_Massachusetts_Mainland_FIPS_2001ESRIC4'Yprojected_crsEPSGiiNAD_1983_StatePlane_Maryland_FIPS_1900ESRIE3']projected_crsEPSGihNAD_1983_StatePlane_Maine_West_FIPS_1802ESRIE2']projected_crsEPSGigNAD_1983_StatePlane_Maine_East_FIPS_1801ESRIJ1'gprojected_crsEPSGifNAD_1983_StatePlane_Louisiana_South_FIPS_1702ESRIJ0'gprojected_crsEPSGieNAD_1983_StatePlane_Louisiana_North_FIPS_1701ESRII/'eprojected_crsEPSGidNAD_1983_StatePlane_Kentucky_South_FIPS_1602ESRII.'eprojected_crsEPSGicNAD_1983_StatePlane_Kentucky_North_FIPS_1601ESRIG-'aprojected_crsEPSGibNAD_1983_StatePlane_Kansas_South_FIPS_1502ESRIG,'aprojected_crsEPSGiaNAD_1983_StatePlane_Kansas_North_FIPS_1501ESRIE+']projected_crsEPSGi`NAD_1983_StatePlane_Iowa_South_FIPS_1402ESRIE*']projected_crsEPSGi_NAD_1983_StatePlane_Iowa_North_FIPS_1401ESRIG)'aprojected_crsEPSGi^NAD_1983_StatePlane_Indiana_West_FIPS_1302ESRIG('aprojected_crsEPSGi]NAD_1983_StatePlane_Indiana_East_FIPS_1301ESRIH''cprojected_crsEPSGi\NAD_1983_StatePlane_Illinois_West_FIPS_1202ESRIH&'cprojected_crsEPSGi[NAD_1983_StatePlane_Illinois_East_FIPS_1201ESRIE%']projected_crsEPSGiZNAD_1983_StatePlane_Idaho_West_FIPS_1103ESRIH$'cprojected_crsEPSGiYNAD_1983_StatePlane_Idaho_Central_FIPS_1102ESRIE#']projected_crsEPSGiXNAD_1983_StatePlane_Idaho_East_FIPS_1101ESRIG"'aprojected_crsEPSGiWNAD_1983_StatePlane_Georgia_West_FIPS_1002ESRIG!'aprojected_crsEPSGiVNAD_1983_StatePlane_Georgia_East_FIPS_1001ESRIC 'Yprojected_crsEPSGiUNAD_1983_StatePlane_Hawaii_5_FIPS_5105ESRIC'Yprojected_crsEPSGiTNAD_1983_StatePlane_Hawaii_4_FIPS_5104ESRIC'Yprojected_crsEPSGiSNAD_1983_StatePlane_Hawaii_3_FIPS_5103ESRIC'Yprojected_crsEPSGiRNAD_1983_StatePlane_Hawaii_2_FIPS_5102ESRIC'Yprojected_crsEPSGiQNAD_1983_StatePlane_Hawaii_1_FIPS_5101ESRIH'cprojected_crsEPSGiPNAD_1983_StatePlane_Florida_North_FIPS_0903ESRIG'aprojected_crsEPSGiONAD_1983_StatePlane_Florida_West_FIPS_0902ESRIG'aprojected_crsEPSGiNNAD_1983_StatePlane_Florida_East_FIPS_0901ESRIC'Yprojected_crsEPSGiMNAD_1983_StatePlane_Delaware_FIPS_0700ESRIF'_projected_crsEPSGiLNAD_1983_StatePlane_Connecticut_FIPS_0600ESRII'eprojected_crsEPSGiKNAD_1983_StatePlane_Colorado_South_FIPS_0503ESRIK'iprojected_crsEPSGiJNAD_1983_StatePlane_Colorado_Central_FIPS_0502ESRII'eprojected_crsEPSGiINAD_1983_StatePlane_Colorado_North_FIPS_0501ESRI DOa) K  ]  p 0 s <  b *y>Rm0~F h5b.\)F :'Gprojected_crsEPSGn Palestine_1923_Palestine_BeltESRI: 'Gprojected_crsEPSGnPalestine_1923_Palestine_GridESRI9 'Eprojected_crsEPSGl;WGS_1984_Equi7_South_AmericaESRI3 '9projected_crsEPSGl:WGS_1984_Equi7_OceaniaESRI9 'Eprojected_crsEPSGl9WGS_1984_Equi7_North_AmericaESRI2 '7projected_crsEPSGl8WGS_1984_Equi7_EuropeESRI0'3projected_crsEPSGl7WGS_1984_Equi7_AsiaESRI6'?projected_crsEPSGl6WGS_1984_Equi7_AntarcticaESRI2'7projected_crsEPSGl5WGS_1984_Equi7_AfricaESRI2'7projected_crsEPSGl4British_National_GridESRI,'+projected_crsEPSGkNTF_Paris_CorseESRI1'5projected_crsEPSGkNTF_Paris_Sud_FranceESRI4';projected_crsEPSGkNTF_Paris_Centre_FranceESRI2'7projected_crsEPSGkNTF_Paris_Nord_FranceESRI0'3projected_crsEPSGkNTF_Paris_France_IVESRI1'5projected_crsEPSGkNTF_Paris_France_IIIESRI0~'3projected_crsEPSGkNTF_Paris_France_IIESRI/}'1projected_crsEPSGkNTF_Paris_France_IESRI6|'?projected_crsEPSGkNTF_Paris_Lambert_Zone_IVESRI7{'Aprojected_crsEPSGkNTF_Paris_Lambert_Zone_IIIESRI6z'?projected_crsEPSGkNTF_Paris_Lambert_Zone_IIESRI5y'=projected_crsEPSGkNTF_Paris_Lambert_Zone_IESRI4x';projected_crsEPSGkNTF_Paris_Lambert_CorseESRI9w'Eprojected_crsEPSGkNTF_Paris_Lambert_Sud_FranceESRIs'Oprojected_crsEPSGkeDatum_73_Modified_Portuguese_GridESRI>r'Oprojected_crsEPSGkdDatum_73_Modified_Portuguese_GridESRI2q'7projected_crsEPSGk%Datum_73_UTM_Zone_29NESRI8p'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_8ESRI8o'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_7ESRI8n'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_6ESRI8m'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_5ESRI8l'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_4ESRI8k'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_3ESRI8j'Cprojected_crsEPSGkNGO_1948_Oslo_Norway_Zone_2ESRI8i'Cprojected_crsEPSGjNGO_1948_Oslo_Norway_Zone_1ESRI5h'=projected_crsEPSGjNew_Zealand_South_IslandESRI5g'=projected_crsEPSGjNew_Zealand_North_IslandESRI3f'9projected_crsEPSGj|NZGD_1949_UTM_Zone_60SESRI3e'9projected_crsEPSGj{NZGD_1949_UTM_Zone_59SESRI3d'9projected_crsEPSGjzNZGD_1949_UTM_Zone_58SESRI4c';projected_crsEPSGj`NZGD_1949_Bluff_CircuitESRI;b'Iprojected_crsEPSGj_NZGD_1949_North_Taieri_CircuitESRI@a'Sprojected_crsEPSGj^NZGD_1949_Observation_Point_CircuitESRI9`'Eprojected_crsEPSGj]NZGD_1949_Mount_York_CircuitESRI=_'Mprojected_crsEPSGj\NZGD_1949_Mount_Nicholas_CircuitESRI:^'Gprojected_crsEPSGj[NZGD_1949_Lindis_Peak_CircuitESRI5]'=projected_crsEPSGjZNZGD_1949_Timaru_CircuitESRI5\'=projected_crsEPSGjYNZGD_1949_Gawler_CircuitESRI=['Mprojected_crsEPSGjXNZGD_1949_Mount_Pleasant_CircuitESRI;Z'Iprojected_crsEPSGjWNZGD_1949_Jacksons_Bay_CircuitESRI6Y'?projected_crsEPSGjVNZGD_1949_Okarito_CircuitESRI7X'Aprojected_crsEPSGjUNZGD_1949_Hokitika_CircuitESRI:W'Gprojected_crsEPSGjTNZGD_1949_Marlborough_CircuitESRI4V';projected_crsEPSGjSNZGD_1949_Amuri_CircuitESRI3U'9projected_crsEPSGjRNZGD_1949_Grey_CircuitESRI5T'=projected_crsEPSGjQNZGD_1949_Buller_CircuitESRI6S'?projected_crsEPSGjPNZGD_1949_Karamea_CircuitESRI5R'=projected_crsEPSGjONZGD_1949_Nelson_CircuitESRI:Q'Gprojected_crsEPSGjNNZGD_1949_Collingwood_CircuitESRI9P'Eprojected_crsEPSGjMNZGD_1949_Wellington_CircuitESRI8O'Cprojected_crsEPSGjLNZGD_1949_Wairarapa_CircuitESRI7N'Aprojected_crsEPSGjKNZGD_1949_Wanganui_CircuitESRI8M'Cprojected_crsEPSGjJNZGD_1949_Tuhirangi_CircuitESRI7L'Aprojected_crsEPSGjINZGD_1949_Taranaki_CircuitESRI9K'Eprojected_crsEPSGjHNZGD_1949_Hawkes_Bay_CircuitESRI GV"R N  v @ g 0 T  x A e.Rv?c,Mm5Uu=5U'=projected_crsEPSGoHPulkovo_1942_GK_Zone_28NESRI5T'=projected_crsEPSGoGPulkovo_1942_GK_Zone_27NESRI5S'=projected_crsEPSGoFPulkovo_1942_GK_Zone_26NESRI5R'=projected_crsEPSGoEPulkovo_1942_GK_Zone_25NESRI5Q'=projected_crsEPSGoDPulkovo_1942_GK_Zone_24NESRI5P'=projected_crsEPSGoCPulkovo_1942_GK_Zone_23NESRI5O'=projected_crsEPSGoBPulkovo_1942_GK_Zone_22NESRI5N'=projected_crsEPSGoAPulkovo_1942_GK_Zone_21NESRI5M'=projected_crsEPSGo@Pulkovo_1942_GK_Zone_20NESRI5L'=projected_crsEPSGo?Pulkovo_1942_GK_Zone_19NESRI5K'=projected_crsEPSGo>Pulkovo_1942_GK_Zone_18NESRI5J'=projected_crsEPSGo=Pulkovo_1942_GK_Zone_17NESRI5I'=projected_crsEPSGo';projected_crsEPSGo1Pulkovo_1942_GK_Zone_5NESRI4=';projected_crsEPSGo0Pulkovo_1942_GK_Zone_4NESRI4<';projected_crsEPSGo/Pulkovo_1942_GK_Zone_3NESRI4;';projected_crsEPSGo.Pulkovo_1942_GK_Zone_2NESRI4:';projected_crsEPSGoPulkovo_1942_GK_Zone_32ESRI49';projected_crsEPSGoPulkovo_1942_GK_Zone_31ESRI48';projected_crsEPSGoPulkovo_1942_GK_Zone_30ESRI47';projected_crsEPSGo Pulkovo_1942_GK_Zone_29ESRI46';projected_crsEPSGo Pulkovo_1942_GK_Zone_28ESRI45';projected_crsEPSGo Pulkovo_1942_GK_Zone_27ESRI44';projected_crsEPSGo Pulkovo_1942_GK_Zone_26ESRI43';projected_crsEPSGo Pulkovo_1942_GK_Zone_25ESRI42';projected_crsEPSGoPulkovo_1942_GK_Zone_24ESRI41';projected_crsEPSGoPulkovo_1942_GK_Zone_23ESRI40';projected_crsEPSGoPulkovo_1942_GK_Zone_22ESRI4/';projected_crsEPSGoPulkovo_1942_GK_Zone_21ESRI4.';projected_crsEPSGoPulkovo_1942_GK_Zone_20ESRI4-';projected_crsEPSGoPulkovo_1942_GK_Zone_19ESRI4,';projected_crsEPSGoPulkovo_1942_GK_Zone_18ESRI4+';projected_crsEPSGoPulkovo_1942_GK_Zone_17ESRI4*';projected_crsEPSGoPulkovo_1942_GK_Zone_16ESRI4)';projected_crsEPSGnPulkovo_1942_GK_Zone_15ESRI4(';projected_crsEPSGnPulkovo_1942_GK_Zone_14ESRI4'';projected_crsEPSGnPulkovo_1942_GK_Zone_13ESRI4&';projected_crsEPSGnPulkovo_1942_GK_Zone_12ESRI4%';projected_crsEPSGnPulkovo_1942_GK_Zone_11ESRI4$';projected_crsEPSGnPulkovo_1942_GK_Zone_10ESRI3#'9projected_crsEPSGnPulkovo_1942_GK_Zone_9ESRI3"'9projected_crsEPSGnPulkovo_1942_GK_Zone_8ESRI3!'9projected_crsEPSGnPulkovo_1942_GK_Zone_7ESRI3 '9projected_crsEPSGnPulkovo_1942_GK_Zone_6ESRI3'9projected_crsEPSGnPulkovo_1942_GK_Zone_5ESRI3'9projected_crsEPSGnPulkovo_1942_GK_Zone_4ESRI3'9projected_crsEPSGnPulkovo_1942_GK_Zone_3ESRI3'9projected_crsEPSGnPulkovo_1942_GK_Zone_2ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_58ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_57ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_56ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_55ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_54ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_53ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_52ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_51ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_50ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_49ESRI1'5projected_crsEPSGnGDA_1994_MGA_Zone_48ESRI6'?projected_crsEPSGnHPointe_Noire_UTM_Zone_32SESRI:'Gprojected_crsEPSGn!Palestine_1923_Israel_CS_GridESRI KX h/ [ & R  ~ I  u @ l 7 c&N V]}M l?\.vH8 'Cprojected_crsEPSGuTrinidad_1903_Trinidad_GridESRI*''projected_crsEPSGuJapan_Zone_19ESRI*''projected_crsEPSGuJapan_Zone_18ESRI*''projected_crsEPSGuJapan_Zone_17ESRI*''projected_crsEPSGuJapan_Zone_16ESRI*''projected_crsEPSGuJapan_Zone_15ESRI*''projected_crsEPSGuJapan_Zone_14ESRI*''projected_crsEPSGuJapan_Zone_13ESRI*''projected_crsEPSGuJapan_Zone_12ESRI*''projected_crsEPSGuJapan_Zone_11ESRI*''projected_crsEPSGuJapan_Zone_10ESRI)'%projected_crsEPSGuJapan_Zone_9ESRI)'%projected_crsEPSGuJapan_Zone_8ESRI)'%projected_crsEPSGuJapan_Zone_7ESRI)'%projected_crsEPSGuJapan_Zone_6ESRI)'%projected_crsEPSGuJapan_Zone_5ESRI)'%projected_crsEPSGuJapan_Zone_4ESRI)'%projected_crsEPSGuJapan_Zone_3ESRI)'%projected_crsEPSGuJapan_Zone_2ESRI) '%projected_crsEPSGuJapan_Zone_1ESRI, '+projected_crsEPSGtTM75_Irish_GridESRI, '+projected_crsEPSGtTM65_Irish_GridESRI: 'Gprojected_crsEPSGtOSNI_1952_Irish_National_GridESRI, '+projected_crsEPSGtTM65_Irish_GridESRI>'Oprojected_crsEPSGtTimbalai_1948_RSO_Sarawak_LSD_(m)ESRI<'Kprojected_crsEPSGtTimbalai_1948_RSO_Borneo_MetersESRI:'Gprojected_crsEPSGtTimbalai_1948_RSO_Borneo_FeetESRI<'Kprojected_crsEPSGtTimbalai_1948_RSO_Borneo_ChainsESRI7'Aprojected_crsEPSGtTimbalai_1948_UTM_Zone_50NESRI7'Aprojected_crsEPSGtTimbalai_1948_UTM_Zone_49NESRI9'Eprojected_crsEPSGt+Tananarive_1925_UTM_Zone_39SESRI9'Eprojected_crsEPSGt*Tananarive_1925_UTM_Zone_38SESRI?'Qprojected_crsEPSGtTananarive_1925_Paris_Laborde_GridESRI/'1projected_crsEPSGsSudan_UTM_Zone_36NESRI/~'1projected_crsEPSGsSudan_UTM_Zone_35NESRI4}';projected_crsEPSGrSchwarzeck_UTM_Zone_33SESRI:|'Gprojected_crsEPSGr%Sapper_Hill_1943_UTM_Zone_21SESRI:{'Gprojected_crsEPSGr$Sapper_Hill_1943_UTM_Zone_20SESRI2z'7projected_crsEPSGr SAD_1969_UTM_Zone_25SESRI2y'7projected_crsEPSGr SAD_1969_UTM_Zone_24SESRI2x'7projected_crsEPSGr SAD_1969_UTM_Zone_23SESRI2w'7projected_crsEPSGrSAD_1969_UTM_Zone_22SESRI2v'7projected_crsEPSGrSAD_1969_UTM_Zone_21SESRI2u'7projected_crsEPSGrSAD_1969_UTM_Zone_20SESRI2t'7projected_crsEPSGrSAD_1969_UTM_Zone_19SESRI2s'7projected_crsEPSGrSAD_1969_UTM_Zone_18SESRI2r'7projected_crsEPSGrSAD_1969_UTM_Zone_17SESRI2q'7projected_crsEPSGrSAD_1969_UTM_Zone_25SESRI2p'7projected_crsEPSGrSAD_1969_UTM_Zone_24SESRI2o'7projected_crsEPSGqSAD_1969_UTM_Zone_23SESRI2n'7projected_crsEPSGqSAD_1969_UTM_Zone_22SESRI2m'7projected_crsEPSGqSAD_1969_UTM_Zone_21SESRI2l'7projected_crsEPSGqSAD_1969_UTM_Zone_20SESRI2k'7projected_crsEPSGqSAD_1969_UTM_Zone_19SESRI2j'7projected_crsEPSGqSAD_1969_UTM_Zone_18SESRI2i'7projected_crsEPSGqSAD_1969_UTM_Zone_17SESRI2h'7projected_crsEPSGqSAD_1969_UTM_Zone_22NESRI2g'7projected_crsEPSGqSAD_1969_UTM_Zone_21NESRI2f'7projected_crsEPSGqSAD_1969_UTM_Zone_20NESRI2e'7projected_crsEPSGqSAD_1969_UTM_Zone_19NESRI2d'7projected_crsEPSGqSAD_1969_UTM_Zone_18NESRI2c'7projected_crsEPSGqSAD_1969_UTM_Zone_22NESRI2b'7projected_crsEPSGqSAD_1969_UTM_Zone_21NESRI2a'7projected_crsEPSGqSAD_1969_UTM_Zone_20NESRI2`'7projected_crsEPSGqSAD_1969_UTM_Zone_19NESRI2_'7projected_crsEPSGqSAD_1969_UTM_Zone_18NESRI6^'?projected_crsEPSGqSAD_1969_Brazil_PolyconicESRI6]'?projected_crsEPSGqSAD_1969_Brazil_PolyconicESRI#\'projected_crsEPSGq@RD_NewESRI#['projected_crsEPSGq?RD_OldESRI0Z'3projected_crsEPSGoQatar_National_GridESRI5Y'=projected_crsEPSGoLPulkovo_1942_GK_Zone_32NESRI5X'=projected_crsEPSGoKPulkovo_1942_GK_Zone_31NESRI5W'=projected_crsEPSGoJPulkovo_1942_GK_Zone_30NESRI5V'=projected_crsEPSGoIPulkovo_1942_GK_Zone_29NESRI I`+j, l ) O  j 0 ^ + J X*iA[)rJm2F \2{B 5i'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_13NESRI5h'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_12NESRI5g'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_11NESRI'f'!projected_crsEPSG|KUDAMS_KTMESRI-e'-projected_crsEPSG|_NGN_UTM_Zone_39NESRI-d'-projected_crsEPSG|^NGN_UTM_Zone_38NESRI&c'projected_crsEPSG{Stereo_70ESRI&b'projected_crsEPSG{pStereo_33ESRI6a'?projected_crsEPSG{)Conakry_1905_UTM_Zone_29NESRI6`'?projected_crsEPSG{(Conakry_1905_UTM_Zone_28NESRI7_'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_5ESRI7^'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_4ESRI7]'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_3ESRI7\'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_2ESRI7['Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_5ESRI7Z'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_4ESRI7Y'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_3ESRI7X'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_2ESRI7W'Aprojected_crsEPSGzDHDN_3_Degree_Gauss_Zone_1ESRI/V'1projected_crsEPSGzBelge_Lambert_1972ESRI0U'3projected_crsEPSGzAMGI_Austria_LambertESRI$T'projected_crsEPSGz@MGI_M34ESRI$S'projected_crsEPSGz?MGI_M31ESRI$R'projected_crsEPSGz>MGI_M28ESRI.Q'/projected_crsEPSGz=Austria_East_ZoneESRI1P'5projected_crsEPSGz'?projected_crsEPSGz#MGI_3_Degree_Gauss_Zone_7ESRI6='?projected_crsEPSGz"MGI_3_Degree_Gauss_Zone_6ESRI6<'?projected_crsEPSGz!MGI_3_Degree_Gauss_Zone_5ESRI/;'1projected_crsEPSGzMGI_Austria_GK_M34ESRI/:'1projected_crsEPSGzMGI_Austria_GK_M31ESRI/9'1projected_crsEPSGzMGI_Austria_GK_M28ESRI08'3projected_crsEPSGzMGI_Austria_GK_EastESRI37'9projected_crsEPSGzMGI_Austria_GK_CentralESRI06'3projected_crsEPSGzMGI_Austria_GK_WestESRI65'?projected_crsEPSGzMGI_Ferro_Austria_GK_EastESRI94'Eprojected_crsEPSGzMGI_Ferro_Austria_GK_CentralESRI63'?projected_crsEPSGzMGI_Ferro_Austria_GK_WestESRI12'5projected_crsEPSGyZanderij_Suriname_TMESRI51'=projected_crsEPSGyZanderij_Suriname_Old_TMESRI.0'/projected_crsEPSGyZanderij_TM_54_NWESRI7/'Aprojected_crsEPSGyZanderij_1972_UTM_Zone_21NESRI3.'9projected_crsEPSGy4Yoff_1972_UTM_Zone_28NESRI2-'7projected_crsEPSGxPSwedish_National_GridESRI?,'Qprojected_crsEPSGxHNord_Sahara_1959_Voirol_Unifie_SudESRI@+'Sprojected_crsEPSGxGNord_Sahara_1959_Voirol_Unifie_NordESRI:*'Gprojected_crsEPSGx 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NAD_1927_StatePlane_Nevada_West_FIPS_2703ESRII'eprojected_crsEPSG}NAD_1927_StatePlane_Nevada_Central_FIPS_2702ESRIF'_projected_crsEPSG}NAD_1927_StatePlane_Nevada_East_FIPS_2701ESRII'eprojected_crsEPSG}NAD_1927_StatePlane_Nebraska_South_FIPS_2602ESRII'eprojected_crsEPSG}NAD_1927_StatePlane_Nebraska_North_FIPS_2601ESRIH 'cprojected_crsEPSG}NAD_1927_StatePlane_Montana_South_FIPS_2503ESRIJ 'gprojected_crsEPSG}NAD_1927_StatePlane_Montana_Central_FIPS_2502ESRIH 'cprojected_crsEPSG}NAD_1927_StatePlane_Montana_North_FIPS_2501ESRI0 '3projected_crsEPSG}SIRGAS_UTM_Zone_25SESRI0 '3projected_crsEPSG|SIRGAS_UTM_Zone_24SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_23SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_22SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_21SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_20SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_19SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_18SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_17SESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_22NESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_21NESRI0'3projected_crsEPSG|SIRGAS_UTM_Zone_20NESRI0~'3projected_crsEPSG|SIRGAS_UTM_Zone_19NESRI0}'3projected_crsEPSG|SIRGAS_UTM_Zone_18NESRI0|'3projected_crsEPSG|SIRGAS_UTM_Zone_17NESRI5{'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_25SESRI5z'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_24SESRI5y'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_23SESRI5x'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_22SESRI5w'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_21SESRI5v'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_20SESRI5u'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_19SESRI5t'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_18SESRI5s'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_17SESRI5r'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_22NESRI5q'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_21NESRI5p'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_20NESRI5o'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_19NESRI5n'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_18NESRI5m'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_17NESRI5l'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_16NESRI5k'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_15NESRI5j'=projected_crsEPSG|SIRGAS_2000_UTM_Zone_14NESRI 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7et# D a  t ' = U p%I^ l0c Y\-+')projected_crsEPSG}NAD_1983_MTM_7ESRI+')projected_crsEPSG}NAD_1983_MTM_6ESRI+')projected_crsEPSG}NAD_1983_MTM_5ESRI+')projected_crsEPSG}NAD_1983_MTM_4ESRI+')projected_crsEPSG}NAD_1983_MTM_3ESRI+')projected_crsEPSG}NAD_1983_MTM_2ESRI+')projected_crsEPSG}NAD_1983_MTM_1ESRI1'5projected_crsEPSG}NAD_1983_MTM_2_SCoPQESRI7'Aprojected_crsEPSG}NAD_1983_BLM_Zone_17N_ftUSESRI7 'Aprojected_crsEPSG}NAD_1983_BLM_Zone_16N_ftUSESRI7 'Aprojected_crsEPSG}NAD_1983_BLM_Zone_15N_ftUSESRI7 'Aprojected_crsEPSG}NAD_1983_BLM_Zone_14N_ftUSESRIU '}projected_crsEPSG}NAD_1983_StatePlane_Puerto_Rico_Virgin_Islands_FIPS_5200ESRI+ ')projected_crsEPSG}NAD_1983_WyLAMESRIG'aprojected_crsEPSG}NAD_1983_StatePlane_Wyoming_West_FIPS_4904ESRIO'qprojected_crsEPSG}NAD_1983_StatePlane_Wyoming_West_Central_FIPS_4903ESRIO'qprojected_crsEPSG}NAD_1983_StatePlane_Wyoming_East_Central_FIPS_4902ESRIG'aprojected_crsEPSG}NAD_1983_StatePlane_Wyoming_East_FIPS_4901ESRIJ'gprojected_crsEPSG}NAD_1983_StatePlane_Wisconsin_South_FIPS_4803ESRIL'kprojected_crsEPSG}NAD_1983_StatePlane_Wisconsin_Central_FIPS_4802ESRIJ'gprojected_crsEPSG}NAD_1983_StatePlane_Wisconsin_North_FIPS_4801ESRIN'oprojected_crsEPSG}NAD_1983_StatePlane_West_Virginia_South_FIPS_4702ESRIN'oprojected_crsEPSG}NAD_1983_StatePlane_West_Virginia_North_FIPS_4701ESRIK'iprojected_crsEPSG}NAD_1983_StatePlane_Washington_South_FIPS_4602ESRIK~'iprojected_crsEPSG}NAD_1983_StatePlane_Washington_North_FIPS_4601ESRII}'eprojected_crsEPSG}NAD_1983_StatePlane_Virginia_South_FIPS_4502ESRII|'eprojected_crsEPSG}NAD_1983_StatePlane_Virginia_North_FIPS_4501ESRIB{'Wprojected_crsEPSG}NAD_1983_StatePlane_Vermont_FIPS_4400ESRIEz']projected_crsEPSG}NAD_1983_StatePlane_Utah_South_FIPS_4303ESRIGy'aprojected_crsEPSG}NAD_1983_StatePlane_Utah_Central_FIPS_4302ESRIEx']projected_crsEPSG}NAD_1983_StatePlane_Utah_North_FIPS_4301ESRIFw'_projected_crsEPSG}NAD_1983_StatePlane_Texas_South_FIPS_4205ESRINv'oprojected_crsEPSG}NAD_1983_StatePlane_Texas_South_Central_FIPS_4204ESRIHu'cprojected_crsEPSG}NAD_1983_StatePlane_Texas_Central_FIPS_4203ESRINt'oprojected_crsEPSG}NAD_1983_StatePlane_Texas_North_Central_FIPS_4202ESRIFs'_projected_crsEPSG}NAD_1983_StatePlane_Texas_North_FIPS_4201ESRIDr'[projected_crsEPSG}NAD_1983_StatePlane_Tennessee_FIPS_4100ESRIMq'mprojected_crsEPSG}NAD_1983_StatePlane_South_Dakota_South_FIPS_4002ESRIMp'mprojected_crsEPSG}NAD_1983_StatePlane_South_Dakota_North_FIPS_4001ESRIIo'eprojected_crsEPSG}NAD_1983_StatePlane_South_Carolina_FIPS_3900ESRIGn'aprojected_crsEPSG}NAD_1983_StatePlane_Rhode_Island_FIPS_3800ESRIMm'mprojected_crsEPSG}NAD_1983_StatePlane_Pennsylvania_South_FIPS_3702ESRIMl'mprojected_crsEPSG}NAD_1983_StatePlane_Pennsylvania_North_FIPS_3701ESRIGk'aprojected_crsEPSG}NAD_1983_StatePlane_Oregon_South_FIPS_3602ESRIGj'aprojected_crsEPSG}~NAD_1983_StatePlane_Oregon_North_FIPS_3601ESRIIi'eprojected_crsEPSG}}NAD_1983_StatePlane_Oklahoma_South_FIPS_3502ESRIIh'eprojected_crsEPSG}|NAD_1983_StatePlane_Oklahoma_North_FIPS_3501ESRIEg']projected_crsEPSG}{NAD_1983_StatePlane_Ohio_South_FIPS_3402ESRIEf']projected_crsEPSG}zNAD_1983_StatePlane_Ohio_North_FIPS_3401ESRIMe'mprojected_crsEPSG}yNAD_1983_StatePlane_North_Dakota_South_FIPS_3302ESRIMd'mprojected_crsEPSG}xNAD_1983_StatePlane_North_Dakota_North_FIPS_3301ESRIIc'eprojected_crsEPSG}wNAD_1983_StatePlane_North_Carolina_FIPS_3200ESRIOb'qprojected_crsEPSG}vNAD_1983_StatePlane_New_York_Long_Island_FIPS_3104ESRIHa'cprojected_crsEPSG}uNAD_1983_StatePlane_New_York_West_FIPS_3103ESRIK`'iprojected_crsEPSG}tNAD_1983_StatePlane_New_York_Central_FIPS_3102ESRI IrBR" d / [ & P  x B j 4\&Nv@ h2Z$Lt>f01_'5projected_crsEPSG~-WGS_1972_UTM_Zone_1SESRI2^'7projected_crsEPSG~WGS_1972_UTM_Zone_60NESRI2]'7projected_crsEPSG~WGS_1972_UTM_Zone_59NESRI2\'7projected_crsEPSG~WGS_1972_UTM_Zone_58NESRI2['7projected_crsEPSG~WGS_1972_UTM_Zone_57NESRI2Z'7projected_crsEPSG~WGS_1972_UTM_Zone_56NESRI2Y'7projected_crsEPSG}WGS_1972_UTM_Zone_55NESRI2X'7projected_crsEPSG}WGS_1972_UTM_Zone_54NESRI2W'7projected_crsEPSG}WGS_1972_UTM_Zone_53NESRI2V'7projected_crsEPSG}WGS_1972_UTM_Zone_52NESRI2U'7projected_crsEPSG}WGS_1972_UTM_Zone_51NESRI2T'7projected_crsEPSG}WGS_1972_UTM_Zone_50NESRI2S'7projected_crsEPSG}WGS_1972_UTM_Zone_49NESRI2R'7projected_crsEPSG}WGS_1972_UTM_Zone_48NESRI2Q'7projected_crsEPSG}WGS_1972_UTM_Zone_47NESRI2P'7projected_crsEPSG}WGS_1972_UTM_Zone_46NESRI2O'7projected_crsEPSG}WGS_1972_UTM_Zone_45NESRI2N'7projected_crsEPSG}WGS_1972_UTM_Zone_44NESRI2M'7projected_crsEPSG}WGS_1972_UTM_Zone_43NESRI2L'7projected_crsEPSG}WGS_1972_UTM_Zone_42NESRI2K'7projected_crsEPSG}WGS_1972_UTM_Zone_41NESRI2J'7projected_crsEPSG}WGS_1972_UTM_Zone_40NESRI2I'7projected_crsEPSG}WGS_1972_UTM_Zone_39NESRI2H'7projected_crsEPSG}WGS_1972_UTM_Zone_38NESRI2G'7projected_crsEPSG}WGS_1972_UTM_Zone_37NESRI2F'7projected_crsEPSG}WGS_1972_UTM_Zone_36NESRI2E'7projected_crsEPSG}WGS_1972_UTM_Zone_35NESRI2D'7projected_crsEPSG}WGS_1972_UTM_Zone_34NESRI2C'7projected_crsEPSG}WGS_1972_UTM_Zone_33NESRI2B'7projected_crsEPSG}WGS_1972_UTM_Zone_32NESRI2A'7projected_crsEPSG}WGS_1972_UTM_Zone_31NESRI2@'7projected_crsEPSG}WGS_1972_UTM_Zone_30NESRI2?'7projected_crsEPSG}WGS_1972_UTM_Zone_29NESRI2>'7projected_crsEPSG}WGS_1972_UTM_Zone_28NESRI2='7projected_crsEPSG}WGS_1972_UTM_Zone_27NESRI2<'7projected_crsEPSG}WGS_1972_UTM_Zone_26NESRI2;'7projected_crsEPSG}WGS_1972_UTM_Zone_25NESRI2:'7projected_crsEPSG}WGS_1972_UTM_Zone_24NESRI29'7projected_crsEPSG}WGS_1972_UTM_Zone_23NESRI28'7projected_crsEPSG}WGS_1972_UTM_Zone_22NESRI27'7projected_crsEPSG}WGS_1972_UTM_Zone_21NESRI26'7projected_crsEPSG}WGS_1972_UTM_Zone_20NESRI25'7projected_crsEPSG}WGS_1972_UTM_Zone_19NESRI24'7projected_crsEPSG}WGS_1972_UTM_Zone_18NESRI23'7projected_crsEPSG}WGS_1972_UTM_Zone_17NESRI22'7projected_crsEPSG}WGS_1972_UTM_Zone_16NESRI21'7projected_crsEPSG}WGS_1972_UTM_Zone_15NESRI20'7projected_crsEPSG}WGS_1972_UTM_Zone_14NESRI2/'7projected_crsEPSG}WGS_1972_UTM_Zone_13NESRI2.'7projected_crsEPSG}WGS_1972_UTM_Zone_12NESRI2-'7projected_crsEPSG}WGS_1972_UTM_Zone_11NESRI2,'7projected_crsEPSG}WGS_1972_UTM_Zone_10NESRI1+'5projected_crsEPSG}WGS_1972_UTM_Zone_9NESRI1*'5projected_crsEPSG}WGS_1972_UTM_Zone_8NESRI1)'5projected_crsEPSG}WGS_1972_UTM_Zone_7NESRI1('5projected_crsEPSG}WGS_1972_UTM_Zone_6NESRI1''5projected_crsEPSG}WGS_1972_UTM_Zone_5NESRI1&'5projected_crsEPSG}WGS_1972_UTM_Zone_4NESRI1%'5projected_crsEPSG}WGS_1972_UTM_Zone_3NESRI1$'5projected_crsEPSG}WGS_1972_UTM_Zone_2NESRI1#'5projected_crsEPSG}WGS_1972_UTM_Zone_1NESRIM"'mprojected_crsEPSG}NAD_1983_StatePlane_Louisiana_Offshore_FIPS_1703ESRI4!';projected_crsEPSG}NAD_1983_Quebec_LambertESRI, '+projected_crsEPSG}NAD_1983_MTM_17ESRI,'+projected_crsEPSG}NAD_1983_MTM_16ESRI,'+projected_crsEPSG}NAD_1983_MTM_15ESRI,'+projected_crsEPSG}NAD_1983_MTM_14ESRI,'+projected_crsEPSG}NAD_1983_MTM_13ESRI,'+projected_crsEPSG}NAD_1983_MTM_12ESRI,'+projected_crsEPSG}NAD_1983_MTM_11ESRI,'+projected_crsEPSG}NAD_1983_MTM_10ESRI+')projected_crsEPSG}NAD_1983_MTM_9ESRI+')projected_crsEPSG}NAD_1983_MTM_8ESRI Ha,X" J  r <  d . V ~ H p:b,T|Fn8^&~Fe,5''=projected_crsEPSG~WGS_1972_BE_UTM_Zone_13NESRI5&'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_12NESRI5%'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_11NESRI5$'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_10NESRI4#';projected_crsEPSG~WGS_1972_BE_UTM_Zone_9NESRI4"';projected_crsEPSG~WGS_1972_BE_UTM_Zone_8NESRI4!';projected_crsEPSG~WGS_1972_BE_UTM_Zone_7NESRI4 ';projected_crsEPSG~WGS_1972_BE_UTM_Zone_6NESRI4';projected_crsEPSG~WGS_1972_BE_UTM_Zone_5NESRI4';projected_crsEPSG~WGS_1972_BE_UTM_Zone_4NESRI4';projected_crsEPSG~WGS_1972_BE_UTM_Zone_3NESRI4';projected_crsEPSG~WGS_1972_BE_UTM_Zone_2NESRI4';projected_crsEPSG~WGS_1972_BE_UTM_Zone_1NESRI2'7projected_crsEPSG~hWGS_1972_UTM_Zone_60SESRI2'7projected_crsEPSG~gWGS_1972_UTM_Zone_59SESRI2'7projected_crsEPSG~fWGS_1972_UTM_Zone_58SESRI2'7projected_crsEPSG~eWGS_1972_UTM_Zone_57SESRI2'7projected_crsEPSG~dWGS_1972_UTM_Zone_56SESRI2'7projected_crsEPSG~cWGS_1972_UTM_Zone_55SESRI2'7projected_crsEPSG~bWGS_1972_UTM_Zone_54SESRI2'7projected_crsEPSG~aWGS_1972_UTM_Zone_53SESRI2'7projected_crsEPSG~`WGS_1972_UTM_Zone_52SESRI2'7projected_crsEPSG~_WGS_1972_UTM_Zone_51SESRI2'7projected_crsEPSG~^WGS_1972_UTM_Zone_50SESRI2'7projected_crsEPSG~]WGS_1972_UTM_Zone_49SESRI2'7projected_crsEPSG~\WGS_1972_UTM_Zone_48SESRI2 '7projected_crsEPSG~[WGS_1972_UTM_Zone_47SESRI2 '7projected_crsEPSG~ZWGS_1972_UTM_Zone_46SESRI2 '7projected_crsEPSG~YWGS_1972_UTM_Zone_45SESRI2 '7projected_crsEPSG~XWGS_1972_UTM_Zone_44SESRI2 '7projected_crsEPSG~WWGS_1972_UTM_Zone_43SESRI2'7projected_crsEPSG~VWGS_1972_UTM_Zone_42SESRI2'7projected_crsEPSG~UWGS_1972_UTM_Zone_41SESRI2'7projected_crsEPSG~TWGS_1972_UTM_Zone_40SESRI2'7projected_crsEPSG~SWGS_1972_UTM_Zone_39SESRI2'7projected_crsEPSG~RWGS_1972_UTM_Zone_38SESRI2'7projected_crsEPSG~QWGS_1972_UTM_Zone_37SESRI2'7projected_crsEPSG~PWGS_1972_UTM_Zone_36SESRI2'7projected_crsEPSG~OWGS_1972_UTM_Zone_35SESRI2'7projected_crsEPSG~NWGS_1972_UTM_Zone_34SESRI2'7projected_crsEPSG~MWGS_1972_UTM_Zone_33SESRI2~'7projected_crsEPSG~LWGS_1972_UTM_Zone_32SESRI2}'7projected_crsEPSG~KWGS_1972_UTM_Zone_31SESRI2|'7projected_crsEPSG~JWGS_1972_UTM_Zone_30SESRI2{'7projected_crsEPSG~IWGS_1972_UTM_Zone_29SESRI2z'7projected_crsEPSG~HWGS_1972_UTM_Zone_28SESRI2y'7projected_crsEPSG~GWGS_1972_UTM_Zone_27SESRI2x'7projected_crsEPSG~FWGS_1972_UTM_Zone_26SESRI2w'7projected_crsEPSG~EWGS_1972_UTM_Zone_25SESRI2v'7projected_crsEPSG~DWGS_1972_UTM_Zone_24SESRI2u'7projected_crsEPSG~CWGS_1972_UTM_Zone_23SESRI2t'7projected_crsEPSG~BWGS_1972_UTM_Zone_22SESRI2s'7projected_crsEPSG~AWGS_1972_UTM_Zone_21SESRI2r'7projected_crsEPSG~@WGS_1972_UTM_Zone_20SESRI2q'7projected_crsEPSG~?WGS_1972_UTM_Zone_19SESRI2p'7projected_crsEPSG~>WGS_1972_UTM_Zone_18SESRI2o'7projected_crsEPSG~=WGS_1972_UTM_Zone_17SESRI2n'7projected_crsEPSG~'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_36NESRI5='=projected_crsEPSG~WGS_1972_BE_UTM_Zone_35NESRI5<'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_34NESRI5;'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_33NESRI5:'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_32NESRI59'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_31NESRI58'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_30NESRI57'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_29NESRI56'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_28NESRI55'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_27NESRI54'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_26NESRI53'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_25NESRI52'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_24NESRI51'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_23NESRI50'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_22NESRI5/'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_21NESRI5.'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_20NESRI5-'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_19NESRI5,'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_18NESRI5+'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_17NESRI5*'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_16NESRI5)'=projected_crsEPSG~WGS_1972_BE_UTM_Zone_15NESRI5('=projected_crsEPSG~WGS_1972_BE_UTM_Zone_14NESRI GUq8 T  p 7 S  o 6 R n5U LwA i3[%Mu? 23'7projected_crsEPSGyWGS_1984_UTM_Zone_33NESRI22'7projected_crsEPSGxWGS_1984_UTM_Zone_32NESRI21'7projected_crsEPSGwWGS_1984_UTM_Zone_31NESRI20'7projected_crsEPSGvWGS_1984_UTM_Zone_30NESRI2/'7projected_crsEPSGuWGS_1984_UTM_Zone_29NESRI2.'7projected_crsEPSGtWGS_1984_UTM_Zone_28NESRI2-'7projected_crsEPSGsWGS_1984_UTM_Zone_27NESRI2,'7projected_crsEPSGrWGS_1984_UTM_Zone_26NESRI2+'7projected_crsEPSGqWGS_1984_UTM_Zone_25NESRI2*'7projected_crsEPSGpWGS_1984_UTM_Zone_24NESRI2)'7projected_crsEPSGoWGS_1984_UTM_Zone_23NESRI2('7projected_crsEPSGnWGS_1984_UTM_Zone_22NESRI2''7projected_crsEPSGmWGS_1984_UTM_Zone_21NESRI2&'7projected_crsEPSGlWGS_1984_UTM_Zone_20NESRI2%'7projected_crsEPSGkWGS_1984_UTM_Zone_19NESRI2$'7projected_crsEPSGjWGS_1984_UTM_Zone_18NESRI2#'7projected_crsEPSGiWGS_1984_UTM_Zone_17NESRI2"'7projected_crsEPSGhWGS_1984_UTM_Zone_16NESRI2!'7projected_crsEPSGgWGS_1984_UTM_Zone_15NESRI2 '7projected_crsEPSGfWGS_1984_UTM_Zone_14NESRI2'7projected_crsEPSGeWGS_1984_UTM_Zone_13NESRI2'7projected_crsEPSGdWGS_1984_UTM_Zone_12NESRI2'7projected_crsEPSGcWGS_1984_UTM_Zone_11NESRI2'7projected_crsEPSGbWGS_1984_UTM_Zone_10NESRI1'5projected_crsEPSGaWGS_1984_UTM_Zone_9NESRI1'5projected_crsEPSG`WGS_1984_UTM_Zone_8NESRI1'5projected_crsEPSG_WGS_1984_UTM_Zone_7NESRI1'5projected_crsEPSG^WGS_1984_UTM_Zone_6NESRI1'5projected_crsEPSG]WGS_1984_UTM_Zone_5NESRI1'5projected_crsEPSG\WGS_1984_UTM_Zone_4NESRI1'5projected_crsEPSG[WGS_1984_UTM_Zone_3NESRI1'5projected_crsEPSGZWGS_1984_UTM_Zone_2NESRI1'5projected_crsEPSGYWGS_1984_UTM_Zone_1NESRI5'=projected_crsEPSG0WGS_1972_BE_UTM_Zone_60SESRI5'=projected_crsEPSG/WGS_1972_BE_UTM_Zone_59SESRI5'=projected_crsEPSG.WGS_1972_BE_UTM_Zone_58SESRI5'=projected_crsEPSG-WGS_1972_BE_UTM_Zone_57SESRI5'=projected_crsEPSG,WGS_1972_BE_UTM_Zone_56SESRI5 '=projected_crsEPSG+WGS_1972_BE_UTM_Zone_55SESRI5 '=projected_crsEPSG*WGS_1972_BE_UTM_Zone_54SESRI5 '=projected_crsEPSG)WGS_1972_BE_UTM_Zone_53SESRI5 '=projected_crsEPSG(WGS_1972_BE_UTM_Zone_52SESRI5 '=projected_crsEPSG'WGS_1972_BE_UTM_Zone_51SESRI5'=projected_crsEPSG&WGS_1972_BE_UTM_Zone_50SESRI5'=projected_crsEPSG%WGS_1972_BE_UTM_Zone_49SESRI5'=projected_crsEPSG$WGS_1972_BE_UTM_Zone_48SESRI5'=projected_crsEPSG#WGS_1972_BE_UTM_Zone_47SESRI5'=projected_crsEPSG"WGS_1972_BE_UTM_Zone_46SESRI5'=projected_crsEPSG!WGS_1972_BE_UTM_Zone_45SESRI5'=projected_crsEPSG WGS_1972_BE_UTM_Zone_44SESRI5'=projected_crsEPSGWGS_1972_BE_UTM_Zone_43SESRI5'=projected_crsEPSGWGS_1972_BE_UTM_Zone_42SESRI5'=projected_crsEPSGWGS_1972_BE_UTM_Zone_41SESRI5~'=projected_crsEPSGWGS_1972_BE_UTM_Zone_40SESRI5}'=projected_crsEPSGWGS_1972_BE_UTM_Zone_39SESRI5|'=projected_crsEPSGWGS_1972_BE_UTM_Zone_38SESRI5{'=projected_crsEPSGWGS_1972_BE_UTM_Zone_37SESRI5z'=projected_crsEPSGWGS_1972_BE_UTM_Zone_36SESRI5y'=projected_crsEPSGWGS_1972_BE_UTM_Zone_35SESRI5x'=projected_crsEPSGWGS_1972_BE_UTM_Zone_34SESRI5w'=projected_crsEPSGWGS_1972_BE_UTM_Zone_33SESRI5v'=projected_crsEPSGWGS_1972_BE_UTM_Zone_32SESRI5u'=projected_crsEPSGWGS_1972_BE_UTM_Zone_31SESRI5t'=projected_crsEPSGWGS_1972_BE_UTM_Zone_30SESRI5s'=projected_crsEPSGWGS_1972_BE_UTM_Zone_29SESRI5r'=projected_crsEPSGWGS_1972_BE_UTM_Zone_28SESRI5q'=projected_crsEPSGWGS_1972_BE_UTM_Zone_27SESRI5p'=projected_crsEPSGWGS_1972_BE_UTM_Zone_26SESRI5o'=projected_crsEPSG WGS_1972_BE_UTM_Zone_25SESRI5n'=projected_crsEPSG WGS_1972_BE_UTM_Zone_24SESRI5m'=projected_crsEPSG WGS_1972_BE_UTM_Zone_23SESRI I^(P x B j 4 \ & N $ x = c.Z%Mu? g1Y#Ks=2|'7projected_crsEPSGWGS_1984_UTM_Zone_40SESRI2{'7projected_crsEPSGWGS_1984_UTM_Zone_39SESRI2z'7projected_crsEPSGWGS_1984_UTM_Zone_38SESRI2y'7projected_crsEPSGWGS_1984_UTM_Zone_37SESRI2x'7projected_crsEPSGWGS_1984_UTM_Zone_36SESRI2w'7projected_crsEPSGWGS_1984_UTM_Zone_35SESRI2v'7projected_crsEPSGWGS_1984_UTM_Zone_34SESRI2u'7projected_crsEPSGWGS_1984_UTM_Zone_33SESRI2t'7projected_crsEPSGWGS_1984_UTM_Zone_32SESRI2s'7projected_crsEPSGWGS_1984_UTM_Zone_31SESRI2r'7projected_crsEPSGWGS_1984_UTM_Zone_30SESRI2q'7projected_crsEPSGWGS_1984_UTM_Zone_29SESRI2p'7projected_crsEPSGWGS_1984_UTM_Zone_28SESRI2o'7projected_crsEPSGWGS_1984_UTM_Zone_27SESRI2n'7projected_crsEPSGWGS_1984_UTM_Zone_26SESRI2m'7projected_crsEPSGWGS_1984_UTM_Zone_25SESRI2l'7projected_crsEPSGWGS_1984_UTM_Zone_24SESRI2k'7projected_crsEPSGWGS_1984_UTM_Zone_23SESRI2j'7projected_crsEPSGWGS_1984_UTM_Zone_22SESRI2i'7projected_crsEPSGWGS_1984_UTM_Zone_21SESRI2h'7projected_crsEPSGWGS_1984_UTM_Zone_20SESRI2g'7projected_crsEPSGWGS_1984_UTM_Zone_19SESRI2f'7projected_crsEPSGWGS_1984_UTM_Zone_18SESRI2e'7projected_crsEPSGWGS_1984_UTM_Zone_17SESRI2d'7projected_crsEPSGWGS_1984_UTM_Zone_16SESRI2c'7projected_crsEPSGWGS_1984_UTM_Zone_15SESRI2b'7projected_crsEPSGWGS_1984_UTM_Zone_14SESRI2a'7projected_crsEPSGWGS_1984_UTM_Zone_13SESRI2`'7projected_crsEPSGWGS_1984_UTM_Zone_12SESRI2_'7projected_crsEPSGWGS_1984_UTM_Zone_11SESRI2^'7projected_crsEPSGWGS_1984_UTM_Zone_10SESRI1]'5projected_crsEPSGWGS_1984_UTM_Zone_9SESRI1\'5projected_crsEPSGWGS_1984_UTM_Zone_8SESRI1['5projected_crsEPSGWGS_1984_UTM_Zone_7SESRI1Z'5projected_crsEPSGWGS_1984_UTM_Zone_6SESRI1Y'5projected_crsEPSGWGS_1984_UTM_Zone_5SESRI1X'5projected_crsEPSGWGS_1984_UTM_Zone_4SESRI1W'5projected_crsEPSGWGS_1984_UTM_Zone_3SESRI1V'5projected_crsEPSGWGS_1984_UTM_Zone_2SESRI1U'5projected_crsEPSGWGS_1984_UTM_Zone_1SESRI7T'Aprojected_crsEPSGWGS_1984_BLM_Zone_17N_ftUSESRI7S'Aprojected_crsEPSGWGS_1984_BLM_Zone_16N_ftUSESRI7R'Aprojected_crsEPSGWGS_1984_BLM_Zone_15N_ftUSESRI7Q'Aprojected_crsEPSGWGS_1984_BLM_Zone_14N_ftUSESRI2P'7projected_crsEPSGWGS_1984_Plate_CarreeESRI&O'projected_crsEPSGUPS_NorthESRI2N'7projected_crsEPSGWGS_1984_UTM_Zone_60NESRI2M'7projected_crsEPSGWGS_1984_UTM_Zone_59NESRI2L'7projected_crsEPSGWGS_1984_UTM_Zone_58NESRI2K'7projected_crsEPSGWGS_1984_UTM_Zone_57NESRI2J'7projected_crsEPSGWGS_1984_UTM_Zone_56NESRI2I'7projected_crsEPSGWGS_1984_UTM_Zone_55NESRI2H'7projected_crsEPSGWGS_1984_UTM_Zone_54NESRI2G'7projected_crsEPSGWGS_1984_UTM_Zone_53NESRI2F'7projected_crsEPSGWGS_1984_UTM_Zone_52NESRI2E'7projected_crsEPSGWGS_1984_UTM_Zone_51NESRI2D'7projected_crsEPSGWGS_1984_UTM_Zone_50NESRI2C'7projected_crsEPSGWGS_1984_UTM_Zone_49NESRI2B'7projected_crsEPSGWGS_1984_UTM_Zone_48NESRI2A'7projected_crsEPSGWGS_1984_UTM_Zone_47NESRI2@'7projected_crsEPSGWGS_1984_UTM_Zone_46NESRI2?'7projected_crsEPSGWGS_1984_UTM_Zone_45NESRI2>'7projected_crsEPSGWGS_1984_UTM_Zone_44NESRI2='7projected_crsEPSGWGS_1984_UTM_Zone_43NESRI2<'7projected_crsEPSGWGS_1984_UTM_Zone_42NESRI2;'7projected_crsEPSGWGS_1984_UTM_Zone_41NESRI2:'7projected_crsEPSGWGS_1984_UTM_Zone_40NESRI29'7projected_crsEPSGWGS_1984_UTM_Zone_39NESRI28'7projected_crsEPSG~WGS_1984_UTM_Zone_38NESRI27'7projected_crsEPSG}WGS_1984_UTM_Zone_37NESRI26'7projected_crsEPSG|WGS_1984_UTM_Zone_36NESRI25'7projected_crsEPSG{WGS_1984_UTM_Zone_35NESRI24'7projected_crsEPSGzWGS_1984_UTM_Zone_34NESRI A^(P x B j 4 l 4 o  h Uy:zC To6Kq0k)=='Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_18NESRI_OLD=<'Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_17NESRI_OLD>;'Eprojected_crsESRI\NAD_1983_CSRS98_UTM_Zone_16NESRI_OLD>:'Eprojected_crsESRI[NAD_1983_CSRS98_UTM_Zone_15NESRI_OLD>9'Eprojected_crsESRIZNAD_1983_CSRS98_UTM_Zone_14NESRI_OLD=8'Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_13NESRI_OLD=7'Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_12NESRI_OLD=6'Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_11NESRI_OLDE5'Uprojected_crsEPSG NAD_1983_CSRS98_Prince_Edward_IslandESRI_OLDL4'cprojected_crsEPSG NAD_1983_CSRS98_New_Brunswick_StereographicESRI_OLD<3'Cprojected_crsEPSG NAD_1983_CSRS98_MTM_2_SCoPQESRI_OLD52'5projected_crsEPSG NAD_1983_CRS98_MTM_9ESRI_OLD51'5projected_crsEPSG NAD_1983_CRS98_MTM_8ESRI_OLD50'5projected_crsEPSG NAD_1983_CRS98_MTM_7ESRI_OLD5/'5projected_crsEPSG NAD_1983_CRS98_MTM_6ESRI_OLD5.'5projected_crsEPSG NAD_1983_CRS98_MTM_5ESRI_OLD5-'5projected_crsEPSG NAD_1983_CRS98_MTM_4ESRI_OLD5,'5projected_crsEPSG NAD_1983_CRS98_MTM_3ESRI_OLD6+'7projected_crsEPSG NAD_1983_CRS98_MTM_10ESRI_OLDF*'Wprojected_crsEPSG}-NAD_1927_StatePlane_Vermont_FIPS_3400ESRI_OLD3)'1projected_crsEPSG!MGI_1901_Balkans_8ESRI_OLD3('1projected_crsEPSGMGI_1901_Balkans_7ESRI_OLD3''1projected_crsEPSG!MGI_1901_Balkans_6ESRI_OLD3&'1projected_crsEPSG!MGI_1901_Balkans_5ESRI_OLD6%'7projected_crsEPSGyLuxembourg_1930_GaussESRI_OLD=$'Eprojected_crsEPSG Lietuvos_Koordinaciu_SistemaESRI_OLDA#'Kprojected_crsESRIKorea_2000_Korea_West_Belt_2010ESRI_OLD;"'Aprojected_crsEPSGKorea_2000_Korea_Central_Belt_JejuESRI_OLDD'Qprojected_crsESRIKorea_2000_Korea_Central_Belt_2010ESRI_OLD>'Gprojected_crsEPSG=Korea_2000_Korea_Central_BeltESRI_OLD0'+projected_crsEPSG K0_1949_UTM_42SESRI_OLD4'3projected_crsEPSGtIrish_National_GridESRI_OLDU'uprojected_crsEPSG 6GDM_2000_State_Cassini_Pulau_Pinang_&_Seberang_PeraiESRI_OLDP'kprojected_crsEPSG 2GDM_2000_State_Cassini_Negeri_Sembilan_&_MelakaESRI_OLD5'5projected_crsEPSG /Douala_1948_AOF_WestESRI_OLD4'3projected_crsEPSG Dabola_UTM_Zone_29NESRI_OLD4'3projected_crsEPSG Dabola_UTM_Zone_28NESRI_OLD.'/projected_crsEPSGWGS_1984_TM_36_SEESRI&'projected_crsEPSGUPS_SouthESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_60SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_59SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_58SESRI2 '7projected_crsEPSGWGS_1984_UTM_Zone_57SESRI2 '7projected_crsEPSGWGS_1984_UTM_Zone_56SESRI2 '7projected_crsEPSGWGS_1984_UTM_Zone_55SESRI2 '7projected_crsEPSGWGS_1984_UTM_Zone_54SESRI2 '7projected_crsEPSGWGS_1984_UTM_Zone_53SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_52SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_51SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_50SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_49SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_48SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_47SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_46SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_45SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_44SESRI2'7projected_crsEPSGWGS_1984_UTM_Zone_43SESRI2~'7projected_crsEPSGWGS_1984_UTM_Zone_42SESRI2}'7projected_crsEPSGWGS_1984_UTM_Zone_41SESRI B~=s5 V ' L % _ ' t ; } G WXJf[Fp8 z:>)Mvertical_datumEPSGOrdnance_Datum_Newlyn_(Offshore)ESRI8~)Avertical_datumEPSGLatvian_Height_System_2000ESRI<})Ivertical_datumEPSGDeutsches_Haupthoehennetz_1912ESRI&|)vertical_datumEPSG~Kumul_34ESRI3{)7vertical_datumEPSG}Papua_New_Guinea_2008ESRI,z))vertical_datumEPSG|Famagusta_1960ESRI)y)#vertical_datumEPSGzRas_GhumaysESRI4x)9vertical_datumEPSGtSingapore_Height_DatumESRICw)Wvertical_datumEPSGkJapanese_Geodetic_Datum_2011_verticalESRICv)Wvertical_datumEPSGjJapanese_Geodetic_Datum_2000_verticalESRIDu)Yvertical_datumEPSGiJapanese_Standard_Levelling_Datum_1972ESRIFt)]vertical_datumEPSGgCanadian_Geodetic_Vertical_Datum_of_2013ESRI9s)Cvertical_datumEPSGfGuam_Vertical_Datum_of_2004ESRICr)Wvertical_datumEPSGeAmerican_Samoa_Vertical_Datum_of_2002ESRICq)Wvertical_datumEPSGdVirgin_Islands_Vertical_Datum_of_2009ESRI@p)Qvertical_datumEPSGcPuerto_Rico_Vertical_Datum_of_2002ESRI9o)Cvertical_datumEPSGbGuam_Vertical_Datum_of_1963ESRIa)Mvertical_datumEPSGIGrand_Cayman_Vertical_Datum_1954ESRI5`);vertical_datumEPSGHNorway_Normal_Null_2000ESRI(_)!vertical_datumEPSGFHigh_WaterESRI'^)vertical_datumEPSGELow_WaterESRI-])+vertical_datumEPSGDMean_High_WaterESRI,\))vertical_datumEPSGCMean_Low_WaterESRI4[)9vertical_datumEPSGBMean_Higher_High_WaterESRI2Z)5vertical_datumEPSGAMean_Lower_Low_WaterESRI:Y)Evertical_datumEPSG@Mean_High_Water_Spring_TidesESRI9X)Cvertical_datumEPSG?Mean_Low_Water_Spring_TidesESRI?W)Overtical_datumEPSG>Mean_Lower_Low_Water_Spring_TidesESRI5V);vertical_datumEPSG=Indian_Spring_Low_WaterESRI:U)Evertical_datumEPSG'Eprojected_crsEPSG NAD_1983_CSRS98_UTM_Zone_19NESRI_OLD >Ld% r , A ~ Q  `  b Q&VU(]e7iF=D=)Yvertical_datumEPSG[Dansk_Vertikal_Reference_1990_ensembleESRIB<)Uvertical_datumEPSGZDansk_Vertikal_Reference_1990_(2023)ESRIB;)Uvertical_datumEPSGYDansk_Vertikal_Reference_1990_(2013)ESRIB:)Uvertical_datumEPSGXDansk_Vertikal_Reference_1990_(2002)ESRI29)5vertical_datumEPSGQChart_Datum_PortugalESRIC8)Wvertical_datumEPSGJNivellement_General_de_l_Algerie_2022ESRI;7)Gvertical_datumEPSG3Chart_Datum_UK_Ireland_VORF08ESRI>6)Mvertical_datumEPSG2Mean_Sea_Level_UK_Ireland_VORF08ESRI=5)Kvertical_datumEPSG0Indonesian_Geoid_2020_version_2ESRI]4) vertical_datumEPSG.Canadian_Geodetic_Vertical_Datum_of_2013_(CGG2013a)_epoch_1997ESRI]3) vertical_datumEPSG-Canadian_Geodetic_Vertical_Datum_of_2013_(CGG2013a)_epoch_2002ESRI:2)Evertical_datumEPSG+Svalbard_vertical_datum_2006ESRI+1)'vertical_datumEPSGCagliari_1956ESRI*0)%vertical_datumEPSGCatania_1965ESRI:/)Evertical_datumEPSGNational_Vertical_Datum_1992ESRIA.)Svertical_datumEPSGLocal_Tidal_Datum_at_Pago_Pago_2020ESRI3-)7vertical_datumEPSGNorwegian_Chart_DatumESRI:,)Evertical_datumEPSGBulgarian_Height_System_2005ESRI;+)Gvertical_datumEPSGLithuanian_Height_System_2007ESRI9*)Cvertical_datumEPSGEstonian_Height_System_2000ESRIK))gvertical_datumEPSGEuropean_Vertical_Reference_Frame_2007_PolandESRI)()#vertical_datumEPSGBaltic_1986ESRI3')7vertical_datumEPSGIndonesian_Geoid_2020ESRIA&)Svertical_datumEPSG Australian_Vertical_Working_SurfaceESRIB%)Uvertical_datumEPSG Lowest_Astronomical_Tide_NetherlandsESRI;$)Gvertical_datumEPSGBritish_Isles_height_ensembleESRIN#)mvertical_datumEPSGEuropean_Vertical_Reference_Frame_2019_mean_tideESRI%")vertical_datumEPSGCeuta_2ESRI'!)vertical_datumEPSGEl_HierroESRI& )vertical_datumEPSGLa_PalmaESRI')vertical_datumEPSGLa_GomeraESRI*)%vertical_datumEPSGGran_CanariaESRID)Yvertical_datumEPSGEuropean_Vertical_Reference_Frame_2019ESRI8)Avertical_datumEPSGMean_Sea_Level_NetherlandsESRI[)vertical_datumEPSGKingdom_of_Saudi_Arabia_Vertical_Reference_Frame_Jeddah_2014ESRI))#vertical_datumEPSGWiener_NullESRI:)Evertical_datumEPSGHS2_Vertical_Reference_FrameESRI?)Overtical_datumEPSGSouth_Africa_Land_Levelling_DatumESRIL)ivertical_datumEPSGEuropean_Vertical_Reference_Frame_2000_AustriaESRIJ)evertical_datumEPSGSistema_de_Referencia_Vertical_Nacional_2016ESRIO)overtical_datumEPSGCanadian_Geodetic_Vertical_Datum_of_2013_CGG2013aESRIL)ivertical_datumEPSGNivellement_General_de_Nouvelle_Caledonie_2008ESRI))#vertical_datumEPSGIGN_2008_LDESRIB)Uvertical_datumEPSGDatum_Altimetrico_de_Costa_Rica_1952ESRI8)Avertical_datumEPSGTaiwan_Vertical_Datum_2001ESRI=)Kvertical_datumEPSGMOMRA_Vertical_Geodetic_ControlESRID)Yvertical_datumEPSGSerbian_Vertical_Reference_System_2012ESRI<)Ivertical_datumEPSGSlovenian_Vertical_System_2010ESRI+ )'vertical_datumEPSGHelsinki_1943ESRI0 )1vertical_datumEPSGMacao_Height_DatumESRIB )Uvertical_datumEPSGEPSG_example_wellbore_vertical_datumESRI) )#vertical_datumEPSGBaltic_1957ESRI? )Overtical_datumEPSGGreenland_Vertical_Reference_2016ESRI?)Overtical_datumEPSGGreenland_Vertical_Reference_2000ESRI;)Gvertical_datumEPSGLandshaedarkerfi_Islands_2004ESRI;)Gvertical_datumEPSGSt_Helena_Vertical_Datum_2015ESRIB)Uvertical_datumEPSGSt_Helena_Tritan_Vertical_Datum_2011ESRI,))vertical_datumEPSGJamestown_1971ESRI/)/vertical_datumEPSGPort_Moresby_2008ESRI/)/vertical_datumEPSGPort_Moresby_1996ESRI<)Ivertical_datumEPSGDeutsches_Haupthoehennetz_2016ESRI=)Kvertical_datumEPSGNew_Zealand_Vertical_Datum_2016ESRI Fx9v/ J  M  Q i <  ^ 3Lp(a)V$\+c9 g$|U,&)vertical_datumEPSG*MoturikiESRI')vertical_datumEPSG)LytteltonESRI&)vertical_datumEPSG(GisborneESRI%)vertical_datumEPSG'DunedinESRI#)vertical_datumEPSG&BluffESRI&~)vertical_datumEPSG%AucklandESRI&})vertical_datumEPSG$IGN_1989ESRI&|)vertical_datumEPSG#IGN_1988ESRI&{)vertical_datumEPSG"IGN_1987ESRI?z)Overtical_datumEPSG!Nivellement_General_Guyanais_1977ESRIGy)_vertical_datumEPSGNivellement_General_de_Nouvelle_CaledonieESRI*x)%vertical_datumEPSGBandar_AbbasESRI&w)vertical_datumEPSGSt_MarysESRI+v)'vertical_datumEPSGFlannan_IslesESRI&u)vertical_datumEPSGSt_KildaESRI(t)!vertical_datumEPSGNorth_RonaESRI)s)#vertical_datumEPSGSule_SkerryESRI'r)vertical_datumEPSGFair_IsleESRI@q)Qvertical_datumEPSGOrdnance_Datum_Newlyn_Orkney_IslesESRI-p)+vertical_datumEPSGYellow_Sea_1985ESRI3o)7vertical_datumEPSGHong_Kong_Chart_DatumESRI7n)?vertical_datumEPSGHong_Kong_Principal_DatumESRI'm)vertical_datumEPSGBlack_SeaESRI'l)vertical_datumEPSG AIOC_1995ESRI.k)-vertical_datumEPSG Dansk_Normal_NulESRI%j)vertical_datumEPSG BelfastESRI(i)!vertical_datumEPSG Malin_HeadESRIDh)Yvertical_datumEPSG 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}0u;yGNY'TH>;5'Aprojected_crsEPSG?Korea_2000_Korea_East_BeltESRI_OLDC4'Qprojected_crsEPSG>Korea_2000_Korea_Central_Belt_JejuESRI_OLD>3'Gprojected_crsEPSG=Korea_2000_Korea_Central_BeltESRI_OLD;2'Aprojected_crsEPSGPulkovo_1942_Adj_1958_To_WGS_1984_8ESRII9Shelmert_transformationEPSG>~Pulkovo_1942_Adj_1983_To_WGS_1984_5ESRII9Shelmert_transformationEPSG>}Pulkovo_1942_Adj_1958_To_WGS_1984_4ESRII9Shelmert_transformationEPSG>|Pulkovo_1942_Adj_1983_To_WGS_1984_3ESRIJ9Uhelmert_transformationEPSG>{Pulkovo_1942_Adj_1958_To_WGS_1984_19ESRIJ9Uhelmert_transformationEPSG>zPulkovo_1942_Adj_1958_To_ETRS_1989_4ESRIJ9Uhelmert_transformationEPSG>yPulkovo_1942_Adj_1958_To_ETRS_1989_3ESRI= 9;helmert_transformationEPSG>lAGD_1966_To_WGS_1984_18ESRI= 9;helmert_transformationEPSG>kAGD_1966_To_GDA_1994_12ESRI= 9;helmert_transformationEPSG>jNAD_1927_To_WGS_1984_88ESRIB 9Ehelmert_transformationEPSG>iSlovenia_1996_To_ETRS_1989_1ESRIA 9Chelmert_transformationEPSG>hSlovenia_1996_To_WGS_1984_1ESRI=9;helmert_transformationEPSG>gNZGD_1949_To_WGS_1984_4ESRI=9;helmert_transformationEPSG>fRSRGD2000_To_WGS_1984_1ESRIQ9chelmert_transformationEPSG>eWGS_1984_Major_Auxiliary_Sphere_To_WGS_1984ESRIA9Chelmert_transformationEPSG>dPitcairn_2006_To_WGS_1984_1ESRI@9Ahelmert_transformationEPSG>cBermuda_2000_To_WGS_1984_1ESRI@9Ahelmert_transformationEPSG>bBermuda_1957_To_WGS_1984_2ESRID9Ihelmert_transformationEPSG>aBermuda_1957_To_Bermuda_2000_1ESRI:95helmert_transformationEPSG>_HTRS96_To_WGS_1984_1ESRI;97helmert_transformationEPSG>^HTRS96_To_ETRS_1989_1ESRI<99helmert_transformationEPSG>]S_JTSK_To_WGS_1984_NGAESRI<~99helmert_transformationEPSG>\ED_1950_To_WGS_1984_42ESRI8}91helmert_transformationEPSG>[Yacare_To_SIRGAS_1ESRIL|3_grid_transformationEPSG>ZRGNC_1991-93_To_IGN72_Grande_Terre_6_NTv2ESRI7{35grid_transformationEPSG>XWGS_1984_To_NTF_NTv2ESRI:z3;grid_transformationEPSG>WETRS_1989_To_NTF_3_NTv2ESRI7y35grid_transformationEPSG>VRGF_1993_To_NTF_NTv2ESRIEx9Khelmert_transformationEPSG>UQornoq_1927_To_Greenland_1996_1ESRI;w3=grid_transformationEPSG>SPD/83_To_WGS_1984_1_NTv2ESRI  y2h* h 6 L l =  w M  !S%geodetic_crsEPSGWGS84PROJ$R)geodetic_datumEPSGnzgd49PROJ#Q)geodetic_datumEPSGire65PROJ+P)'geodetic_datumEPSGhermannskogelPROJ&O)geodetic_datumEPSGOcarthagePROJ%N)geodetic_datumEPSGpotsdamPROJ#M)geodetic_datumEPSG{NAD27PROJ#L)geodetic_datumEPSG}NAD83PROJ$K)geodetic_datumEPSGGGRS87PROJ#J)geodetic_datumEPSGWGS84PROJ+I%#vertical_crsEPSGEGM84_GeoidESRI_OLD+H%#vertical_crsEPSGEGM96_GeoidESRI_OLD-G%'vertical_crsEPSGEGM2008_GeoidESRI_OLD9F'=projected_crsEPSG&LUREF_Luxembourg_TM_(3D)ESRI_OLD?E)Gvertical_datumEPSG>Deutches_Haupthoehennetz_1985ESRI_OLD?D)Gvertical_datumEPSG=Deutches_Haupthoehennetz_1992ESRI_OLD2C%1compound_crsEPSG$GDA94_+_AHD_heightESRI_OLD4B%5compound_crsEPSG$GDA2020_+_AHD_heightESRI_OLD5A%7compound_crsEPSG$GDA2020_+_AVWS_heightESRI_OLD.@%)vertical_crsEPSGIIncheon_heightESRI_OLD=?'Eprojected_crsEPSG$MAGNA-SIRGAS_Origen-NacionalESRI_OLD<>'Cprojected_crsEPSGNAD_1983_CSRS_Quebec_AlbersESRI_OLD=='Eprojected_crsEPSGNAD_1983_CSRS_Quebec_LambertESRI_OLD:<'?projected_crsEPSGSIRGAS-Chile_UTM_Zone_18SESRI_OLD:;'?projected_crsEPSGSIRGAS-Chile_UTM_Zone_19SESRI_OLDD:'Sprojected_crsEPSGDKorea_2000_Korea_East_Sea_Belt_2010ESRI_OLD@9'Kprojected_crsEPSGCKorea_2000_Korea_East_Belt_2010ESRI_OLDC8'Qprojected_crsEPSGBKorea_2000_Korea_Central_Belt_2010ESRI_OLD@7'Kprojected_crsEPSGAKorea_2000_Korea_West_Belt_2010ESRI_OLD?6'Iprojected_crsEPSG@Korea_2000_Korea_East_Sea_BeltESRI_OLD 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%'projected_crsESRI$'projected_crsESRI#'projected_crsESRI"'projected_crsESRI!'projected_crsESRI 'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRIprojected_crsESRIu CtX< x\@$ | ` D ( d H ,  h L 0  l P 4  u Z ? $ %vertical_crsESRIB%vertical_crsESRIA%vertical_crsESRI@%vertical_crsESRI?%vertical_crsESRI>%vertical_crsESRI%vertical_crsESRI%vertical_crsESRI%vertical_crsESRI%vertical_crsEPSGH.'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRIw'projected_crsESRIv'projected_crsESRIu'projected_crsESRIt'projected_crsESRIs'projected_crsESRIr'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI/'projected_crsESRI-'projected_crsESRI,'projected_crsESRI+'projected_crsESRI*'projected_crsESRI)'projected_crsESRI('projected_crsESRI''projected_crsESRI&'projected_crsESRI%'projected_crsESRI$'projected_crsESRI#'projected_crsESRI!'projected_crsESRI 'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI 'projected_crsESRI'projected_crsESRI'projected_crsESRI'projected_crsESRI~'projected_crsESRI}'projected_crsESRI|'projected_crsESRI{'projected_crsESRIz'projected_crsESRIy'projected_crsESRIx'projected_crsESRIw'projected_crsESRIv ;f /r;:FM!triggerconversion_insert_trigger_param7conversionCREATE TRIGGER conversion_insert_trigger_param7 INSTEAD OF INSERT ON conversion WHEN NEW.param7_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param7_auth_name AND p.code = NEW.param7_code AND p.name = NEW.param7_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param7_auth_name, NEW.param7_code, NEW.param7_name); END:EM!triggerconversion_insert_trigger_param6conversionCREATE TRIGGER conversion_insert_trigger_param6 INSTEAD OF INSERT ON conversion WHEN NEW.param6_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param6_auth_name AND p.code = NEW.param6_code AND p.name = NEW.param6_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param6_auth_name, NEW.param6_code, NEW.param6_name); END:DM!triggerconversion_insert_trigger_param5conversionCREATE TRIGGER conversion_insert_trigger_param5 INSTEAD OF INSERT ON conversion WHEN NEW.param5_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param5_auth_name AND p.code = NEW.param5_code AND p.name = NEW.param5_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param5_auth_name, NEW.param5_code, NEW.param5_name); END:CM!triggerconversion_insert_trigger_param4conversionCREATE TRIGGER conversion_insert_trigger_param4 INSTEAD OF INSERT ON conversion WHEN NEW.param4_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param4_auth_name AND p.code = NEW.param4_code AND p.name = NEW.param4_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param4_auth_name, NEW.param4_code, NEW.param4_name); END:BM!triggerconversion_insert_trigger_param3conversionCREATE TRIGGER conversion_insert_trigger_param3 INSTEAD OF INSERT ON conversion WHEN NEW.param3_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param3_auth_name AND p.code = NEW.param3_code AND p.name = NEW.param3_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param3_auth_name, NEW.param3_code, NEW.param3_name); END:AM!triggerconversion_insert_trigger_param2conversionCREATE TRIGGER conversion_insert_trigger_param2 INSTEAD OF INSERT ON conversion WHEN NEW.param2_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param2_auth_name AND p.code = NEW.param2_code AND p.name = NEW.param2_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param2_auth_name, NEW.param2_code, NEW.param2_name); END:@M!triggerconversion_insert_trigger_param1conversionCREATE TRIGGER conversion_insert_trigger_param1 INSTEAD OF INSERT ON conversion WHEN NEW.param1_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param1_auth_name AND p.code = NEW.param1_code AND p.name = NEW.param1_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param1_auth_name, NEW.param1_code, NEW.param1_name); END?M!Ktriggerconversion_insert_trigger_methodconversionCREATE TRIGGER conversion_insert_trigger_method INSTEAD OF INSERT ON conversion WHEN NOT EXISTS (SELECT 1 FROM conversion_method m WHERE m.auth_name = NEW.method_auth_name AND m.code = NEW.method_code AND m.name = NEW.method_name) BEGIN INSERT INTO conversion_method VALUES (NEW.method_auth_name, NEW.method_code, NEW.method_name); END " H997viewhelmert_transformationhelmert_transformationCREATE VIEW helmert_transformation AS SELECT h.auth_name, h.code, h.name, h.description, h.method_auth_name, h.method_code, m.name AS method_name, h.source_crs_auth_name, h.source_crs_code, h.target_crs_auth_name, h.target_crs_code, h.accuracy, h.tx, h.ty, h.tz, h.translation_uom_auth_name, h.translation_uom_code, h.rx, h.ry, h.rz, h.rotation_uom_auth_name, h.rotation_uom_code, h.scale_difference, h.scale_difference_uom_auth_name, h.scale_difference_uom_code, h.rate_tx, h.rate_ty, h.rate_tz, h.rate_translation_uom_auth_name, h.rate_translation_uom_code, h.rate_rx, h.rate_ry, h.rate_rz, h.rate_rotation_uom_auth_name, h.rate_rotation_uom_code, h.rate_scale_difference, h.rate_scale_difference_uom_auth_name, h.rate_scale_difference_uom_code, h.epoch, h.epoch_uom_auth_name, h.epoch_uom_code, h.px, h.py, h.pz, h.pivot_uom_auth_name, h.pivot_uom_code, h.operation_version, h.deprecated FROM helmert_transformation_table h LEFT JOIN coordinate_operation_method m ON h.method_auth_name = m.auth_name AND h.method_code = m.codeGy!triggerconversion_insert_trigger_insert_into_conversion_tableconversionCREATE TRIGGER conversion_insert_trigger_insert_into_conversion_table INSTEAD OF INSERT ON conversion BEGIN INSERT INTO conversion_table VALUES ( NEW.auth_name, NEW.code, NEW.name, NEW.description, NEW.method_auth_name, NEW.method_code, --NEW.method_name, NEW.param1_auth_name, NEW.param1_code, --NEW.param1_name, NEW.param1_value, NEW.param1_uom_auth_name, NEW.param1_uom_code, NEW.param2_auth_name, NEW.param2_code, --NEW.param2_name, NEW.param2_value, NEW.param2_uom_auth_name, NEW.param2_uom_code, NEW.param3_auth_name, NEW.param3_code, --NEW.param3_name, NEW.param3_value, NEW.param3_uom_auth_name, NEW.param3_uom_code, NEW.param4_auth_name, NEW.param4_code, --NEW.param4_name, NEW.param4_value, NEW.param4_uom_auth_name, NEW.param4_uom_code, NEW.param5_auth_name, NEW.param5_code, --NEW.param5_name, NEW.param5_value, NEW.param5_uom_auth_name, NEW.param5_uom_code, NEW.param6_auth_name, NEW.param6_code, --NEW.param6_name, NEW.param6_value, NEW.param6_uom_auth_name, NEW.param6_uom_code, NEW.param7_auth_name, NEW.param7_code, --NEW.param7_name, NEW.param7_value, NEW.param7_uom_auth_name, NEW.param7_uom_code, NEW.deprecated ); ENDM!triggerconversion_insert_trigger_param7conversionCREATE TRIGGER conversion_insert_trigger_param7 INSTEAD OF INSERT ON conversion WHEN NEW.param7_auth_name is NOT NULL AND NOT EXISTS (SELECT 1 FROM conversion_param p WHERE p.auth_name = NEW.param7_auth_name AND p.code = NEW.param7_code AND p.name = NEW.param7_name) BEGIN INSERT INTO conversion_param VALUES (NEW.param7_auth_name, NEW.p[Ie9#triggerhelmert_transformation_insert_trigger_methodhelmert_transformationCREATE TRIGGER helmert_transformation_insert_trigger_method INSTEAD OF INSERT ON helmert_transformation WHEN NOT EXISTS (SELECT 1 FROM coordinate_operation_method m WHERE m.auth_name = NEW.method_auth_name AND m.code = NEW.method_code AND m.name = NEW.method_name) BEGIN INSERT INTO coordinate_operation_method VALUES (NEW.method_auth_name, NEW.method_code, NEW.method_name); END "}L__Sviewcoordinate_operation_with_conversion_viewcoordinate_operation_with_conversion_viewCREATE VIEW coordinate_operation_with_conversion_view AS SELECT auth_name, code, name, description, table_name AS type, deprecated FROM coordinate_operation_view UNION ALL SELECT auth_name, code, name, description, CAST('conversion' AS TEXT) AS type, deprecated FROM conversion_tableBK??viewcoordinate_operation_viewcoordinate_operation_viewCREATE VIEW coordinate_operation_view AS SELECT CAST('grid_transformation' AS TEXT) AS table_name, auth_name, code, name, description, method_auth_name, method_code, method_name, source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code, accuracy, deprecated FROM grid_transformation UNION ALL SELECT CAST('helmert_transformation' AS TEXT) AS table_name, auth_name, code, name, description, method_auth_name, method_code, method_name, source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code, accuracy, deprecated FROM helmert_transformation UNION ALL SELECT CAST('other_transformation' AS TEXT) AS table_name, auth_name, code, name, description, method_auth_name, method_code, method_name, source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code, accuracy, deprecated FROM other_transformation UNION ALL SELECT CAST('concatenated_operation' AS TEXT) AS table_name, auth_name, code, name, description, CAST(NULL AS TEXT) as method_auth_name, CAST(NULL AS INTEGER_OR_TEXT) as method_code, CAST(NULL AS TEXT) as method_name, source_crs_auth_name, source_crs_code, target_crs_auth_name, target_crs_code, accuracy, deprecated FROM concatenated_operationJ9etriggerhelmert_transformation_insert_trigger_into_helmert_transformation_tablehelmert_transformationCREATE TRIGGER helmert_transformation_insert_trigger_into_helmert_transformation_table INSTEAD OF INSERT ON helmert_transformation BEGIN INSERT INTO helmert_transformation_table VALUES ( NEW.auth_name, NEW.code, NEW.name, NEW.description, NEW.method_auth_name, NEW.method_code, -- method_name NEW.source_crs_auth_name, NEW.source_crs_code, NEW.target_crs_auth_name, NEW.target_crs_code, NEW.accuracy, NEW.tx, NEW.ty, NEW.tz, NEW.translation_uom_auth_name, NEW.translation_uom_code, NEW.rx, NEW.ry, NEW.rz, NEW.rotation_uom_auth_name, NEW.rotation_uom_code, NEW.scale_difference, NEW.scale_difference_uom_auth_name, NEW.scale_difference_uom_code, NEW.rate_tx, NEW.rate_ty, NEW.rate_tz, NEW.rate_translation_uom_auth_name, NEW.rate_translation_uom_code, NEW.rate_rx, NEW.rate_ry, NEW.rate_rz, NEW.rate_rotation_uom_auth_name, NEW.rate_rotation_uom_code, NEW.rate_scale_difference, NEW.rate_scale_difference_uom_auth_name, NEW.rate_scale_difference_uom_code, NEW.epoch, NEW.epoch_uom_auth_name, NEW.epoch_uom_code, NEW.px, NEW.py, NEW.pz, NEW.pivot_uom_auth_name, NEW.pivot_uom_code, NEW.operation_version, NEW.deprecated ); END[e9#triggerhelmert_transformation_insert_trigger_methodhelmert_transformationCREATE TL__Sviewcoordinate_operation_with_conversion_viewcoordinate_operation_with_conversion_viewCREATE VIEW coordinate_operation_with_conversion_view AS SELECT auth_name, code, name, description, table_name AS type, deprecated FROM coordinate_operation_view UNION ALL SELECT auth_name, code, name, description, CAST('conversion' AS TEXT) AS type, deprecated FROM conversion_table } BO))Cviewauthority_listauthority_listCREATE VIEW authority_list AS SELECT DISTINCT auth_name FROM unit_of_measure UNION SELECT DISTINCT auth_name FROM celestial_body UNION SELECT DISTINCT auth_name FROM ellipsoid UNION SELECT DISTINCT auth_name FROM extent UNION SELECT DISTINCT auth_name FROM scope UNION SELECT DISTINCT auth_name FROM usage WHERE auth_name IS NOT NULL UNION SELECT DISTINCT auth_name FROM prime_meridian UNION SELECT DISTINCT auth_name FROM geodetic_datum UNION SELECT DISTINCT auth_name FROM vertical_datum UNION SELECT DISTINCT auth_name FROM engineering_datum UNION SELECT DISTINCT auth_name FROM axis UNION SELECT DISTINCT auth_name FROM crs_view UNION SELECT DISTINCT auth_name FROM coordinate_operation_viewN##Oviewobject_viewobject_viewCREATE VIEW object_view AS SELECT CAST('unit_of_measure' AS TEXT) AS table_name, auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM unit_of_measure UNION ALL SELECT CAST('celestial_body' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, CAST(0 AS BOOLEAN) AS deprecated FROM celestial_body UNION ALL SELECT CAST('ellipsoid' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM ellipsoid UNION ALL SELECT CAST('extent' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM extent UNION ALL SELECT CAST('prime_meridian' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM prime_meridian UNION ALL SELECT CAST('geodetic_datum' AS TEXT), auth_name, code, name, CAST(CASE WHEN ensemble_accuracy IS NOT NULL THEN 'ensemble' ELSE 'datum' END AS TEXT), deprecated FROM geodetic_datum UNION ALL SELECT CAST('vertical_datum' AS TEXT), auth_name, code, name, CAST(CASE WHEN ensemble_accuracy IS NOT NULL THEN 'ensemble' ELSE 'datum' END AS TEXT), deprecated FROM vertical_datum UNION ALL SELECT CAST('engineering_datum' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM engineering_datum UNION ALL SELECT CAST('axis' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, CAST(0 AS BOOLEAN) AS deprecated FROM axis UNION ALL SELECT table_name, auth_name, code, name, type, deprecated FROM crs_view UNION ALL SELECT CAST('conversion' AS TEXT), auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM conversion_table UNION ALL SELECT table_name, auth_name, code, name, CAST(NULL AS TEXT) as type, deprecated FROM coordinate_operation_view*M+viewcrs_viewcrs_viewCREATE VIEW crs_view AS SELECT CAST('geodetic_crs' AS TEXT) AS table_name, auth_name, code, name, type, description, deprecated FROM geodetic_crs UNION ALL SELECT CAST('projected_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('projected' AS TEXT), description, deprecated FROM projected_crs UNION ALL SELECT CAST('vertical_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('vertical' AS TEXT), description, deprecated FROM vertical_crs UNION ALL SELECT CAST('compound_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('compound' AS TEXT), description, deprecated FROM compound_crs UNION ALL SELECT CAST('engineering_crs' AS TEXT) AS table_name, auth_name, code, name, CAST('engineering' AS TEXT), description, deprecated FROM engineering_crs__Sviewcoordinate_gP=}triggerellipsoid_insert_triggerellipsoidCREATE TRIGGER ellipsoid_insert_trigger BEFORE INSERT ON ellipsoid FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on ellipsoid violates constraint: uom should be of type ''length''') WHERE (SELECT type FROM unit_of_measure WHERE auth_name = NEW.uom_auth_name AND code = NEW.uom_code) != 'length'; END Qi!i 4SG)triggergeodetic_datum_insert_triggergeodetic_datumCREATE TRIGGER geodetic_datum_insert_trigger BEFORE INSERT ON geodetic_datum FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on geodetic_datum violates constraint: ellipsoid must not be deprecated when geodetic_datum is not deprecated') WHERE EXISTS(SELECT 1 FROM ellipsoid WHERE ellipsoid.auth_name = NEW.ellipsoid_auth_name AND ellipsoid.code = NEW.ellipsoid_code AND ellipsoid.deprecated != 0) AND NEW.deprecated = 0 AND NEW.auth_name != 'ESRI'; SELECT RAISE(ABORT, 'insert on geodetic_datum violates constraint: prime_meridian must not be deprecated when geodetic_datum is not deprecated') WHERE EXISTS(SELECT 1 FROM prime_meridian WHERE prime_meridian.auth_name = NEW.prime_meridian_auth_name AND prime_meridian.code = NEW.prime_meridian_code AND prime_meridian.deprecated != 0) AND NEW.deprecated = 0; SELECT RAISE(ABORT, 'frame_reference_epoch and ensemble_accuracy are mutually exclusive') WHERE NEW.frame_reference_epoch IS NOT NULL AND NEW.ensemble_accuracy IS NOT NULL; END~RG)triggerprime_meridian_insert_triggerprime_meridianCREATE TRIGGER prime_meridian_insert_trigger BEFORE INSERT ON prime_meridian FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on prime_meridian violates constraint: uom should be of type ''angle''') WHERE (SELECT type FROM unit_of_measure WHERE auth_name = NEW.uom_auth_name AND code = NEW.uom_code) != 'angle'; END-Q5triggerusage_insert_triggerusageCREATE TRIGGER usage_insert_trigger BEFORE INSERT ON usage FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on usage violates constraint: new entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.object_table_name AND o.auth_name = NEW.object_auth_name AND o.code = NEW.object_code); SELECT RAISE(ABORT, 'insert on usage violates constraint: extent must not be deprecated when object is not deprecated') WHERE EXISTS ( SELECT 1 FROM extent JOIN object_view o WHERE NOT (o.table_name IN ('projected_crs', 'vertical_crs', 'vertical_datum', 'conversion') AND o.auth_name = 'ESRI') AND o.table_name = NEW.object_table_name AND o.auth_name = NEW.object_auth_name AND o.code = NEW.object_code AND extent.auth_name = NEW.extent_auth_name AND extent.code = NEW.extent_code AND extent.deprecated = 1 AND o.deprecated = 0); END=}triggerellipsoid_insert_triggerellipsoidCREATE TRIGGER ellipsoid_insert_trigger BEFORE INSERT ON ellipsoid FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on ellipsoid violates constraint: uom should be of type ''length''') WHERE (SELECT type FROM unit_of_measure WHERE auth_name = NEW.uom_auth_name AND code = NEW.uom_code) != 'length'; ENDBO))Cviewauthority_listauthority_listCREATE VIEW aut T3Utriggeraxis_insert_triggeraxisCREATE TRIGGER axis_insert_trigger BEFORE INSERT ON axis FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on axis violates constraint: coordinate_system_order should be <= coordinate_system.dimension') WHERE NEW.coordinate_system_order > (SELECT dimension FROM coordinate_system WHERE auth_name = NEW.coordinate_system_auth_name AND code = NEW.coordinate_system_code); SELECT RAISE(ABORT, 'insert on axis violates constraint: uom should be defined unless the coordinate system is ordinal') WHERE EXISTS(SELECT 1 FROM coordinate_system cs WHERE cs.type != 'ordinal' AND (NEW.uom_auth_name IS NULL OR NEW.uom_code IS NULL) AND cs.auth_name = NEW.coordinate_system_auth_name AND cs.code = NEW.coordinate_system_code); END 0UC%triggergeodetic_crs_insert_triggergeodetic_crsCREATE TRIGGER geodetic_crs_insert_trigger BEFORE INSERT ON geodetic_crs FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: (auth_name, code) must not already exist in crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code); SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: datum must not be deprecated when geodetic_crs is not deprecated') WHERE EXISTS(SELECT 1 FROM geodetic_datum datum WHERE datum.auth_name = NEW.datum_auth_name AND datum.code = NEW.datum_code AND datum.deprecated != 0) AND NEW.deprecated = 0 AND NEW.text_definition IS NOT NULL; SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 3 for type = ''geocentric''') WHERE NEW.type = 'geocentric' AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 3; SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.type must be ''Cartesian'' for type = ''geocentric''') WHERE NEW.type = 'geocentric' AND (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'Cartesian'; SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.type must be ''ellipsoidal'' for type = ''geographic 2D'' or ''geographic 3D''') WHERE NEW.type IN ('geographic 2D', 'geographic 3D') AND (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'ellipsoidal'; SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 2 for type = ''geographic 2D''') WHERE NEW.type = 'geographic 2D' AND NEW.deprecated != 1 AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 2; SELECT RAISE(ABORT, 'insert on geodetic_crs violates constraint: coordinate_system.dimension must be 3 for type = ''geographic 3D''') WHERE NEW.type = 'geographic 3D' AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 3; END aaFWI+#triggerengineering_crs_insert_triggerengineering_crsCREATE TRIGGER engineering_crs_insert_trigger BEFORE INSERT ON engineering_crs FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on engineering_crs violates constraint: (auth_name, code) must not already exist in crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code); SELECT RAISE(ABORT, 'insert on engineering_crs violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.name = NEW.name AND crs_view.deprecated = 0 AND NEW.deprecated = 0 ); SELECT RAISE(ABORT, 'insert on engineering_crs violates constraint: datum must not be deprecated when engineering_crs is not deprecated') WHERE EXISTS(SELECT 1 FROM engineering_crs datum WHERE datum.auth_name = NEW.datum_auth_name AND datum.code = NEW.datum_code AND datum.deprecated != 0) AND NEW.deprecated = 0; SELECT RAISE(ABORT, 'insert on engineering_crs violates constraint: coordinate_system.dimension must be 2 or 3') WHERE (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) NOT IN (2, 3); ENDSVC%Itriggervertical_crs_insert_triggervertical_crsCREATE TRIGGER vertical_crs_insert_trigger BEFORE INSERT ON vertical_crs FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: (auth_name, code) must not already exist in crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code); SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.name = NEW.name AND crs_view.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') AND NOT(NEW.auth_name = 'ESRI' and crs_view.table_name = 'geodetic_crs') -- some ESRI vertical CRS are an ellipsoidal height CRS derived from a geodetic CRS ); SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: datum must not be deprecated when vertical_crs is not deprecated') WHERE EXISTS(SELECT 1 FROM vertical_crs datum WHERE datum.auth_name = NEW.datum_auth_name AND datum.code = NEW.datum_code AND datum.deprecated != 0) AND NEW.deprecated = 0; SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: coordinate_system.type must be ''vertical''') WHERE (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'vertical'; SELECT RAISE(ABORT, 'insert on vertical_crs violates constraint: coordinate_system.dimension must be 1') WHERE (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 1; END NYK-/triggerconversion_table_insert_triggerconversion_tableCREATE TRIGGER conversion_table_insert_trigger BEFORE INSERT ON conversion_table BEGIN SELECT RAISE(ABORT, 'insert on conversion_table violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code); ENDXM/+triggerconversion_method_insert_triggerconversion_methodCREATE TRIGGER conversion_method_insert_trigger BEFORE INSERT ON conversion_method BEGIN SELECT RAISE(ABORT, 'insert on conversion violates constraint: method should be known') WHERE (NEW.auth_name || '_' || NEW.code || '_' || NEW.name) NOT IN ( 'EPSG_1024_Popular Visualisation Pseudo Mercator', 'EPSG_1026_Mercator (Spherical)', 'EPSG_1027_Lambert Azimuthal Equal Area (Spherical)', 'EPSG_1028_Equidistant Cylindrical', 'EPSG_1029_Equidistant Cylindrical (Spherical)', 'EPSG_1041_Krovak (North Orientated)', 'EPSG_1042_Krovak Modified', 'EPSG_1043_Krovak Modified (North Orientated)', 'EPSG_1051_Lambert Conic Conformal (2SP Michigan)', 'EPSG_1052_Colombia Urban', 'EPSG_1068_Height Depth Reversal', 'EPSG_1069_Change of Vertical Unit', 'EPSG_1104_Change of Vertical Unit', 'EPSG_1078_Equal Earth', 'EPSG_1102_Lambert Conic Conformal (1SP variant B)', 'EPSG_1111_Transverse Mercator 3D', 'EPSG_1119_Equidistant Conic', 'EPSG_1125_Azimuthal Equidistant', 'EPSG_1130_Local Orthographic', 'EPSG_9602_Geographic/geocentric conversions', 'EPSG_9659_Geographic3D to 2D conversion', 'EPSG_9801_Lambert Conic Conformal (1SP)', 'EPSG_9802_Lambert Conic Conformal (2SP)', 'EPSG_9803_Lambert Conic Conformal (2SP Belgium)', 'EPSG_9804_Mercator (variant A)', 'EPSG_9805_Mercator (variant B)', 'EPSG_9806_Cassini-Soldner', 'EPSG_9807_Transverse Mercator', 'EPSG_9808_Transverse Mercator (South Orientated)', 'EPSG_9809_Oblique Stereographic', 'EPSG_9810_Polar Stereographic (variant A)', 'EPSG_9811_New Zealand Map Grid', 'EPSG_9812_Hotine Oblique Mercator (variant A)', 'EPSG_9813_Laborde Oblique Mercator', 'EPSG_9815_Hotine Oblique Mercator (variant B)', 'EPSG_9816_Tunisia Mining Grid', 'EPSG_9817_Lambert Conic Near-Conformal', 'EPSG_9818_American Polyconic', 'EPSG_9819_Krovak', 'EPSG_9820_Lambert Azimuthal Equal Area', 'EPSG_9821_Lambert Azimuthal Equal Area (Spherical)', 'EPSG_9822_Albers Equal Area', 'EPSG_9823_Equidistant Cylindrical (Spherical)', 'EPSG_9824_Transverse Mercator Zoned Grid System', 'EPSG_9826_Lambert Conic Conformal (West Orientated)', 'EPSG_9828_Bonne (South Orientated)', 'EPSG_9829_Polar Stereographic (variant B)', 'EPSG_9830_Polar Stereographic (variant C)', 'EPSG_9831_Guam Projection', 'EPSG_9832_Modified Azimuthal Equidistant', 'EPSG_9833_Hyperbolic Cassini-Soldner', 'EPSG_9834_Lambert Cylindrical Equal Area (Spherical)', 'EPSG_9835_Lambert Cylindrical Equal Area', 'EPSG_9836_Geocentric/topocentric conversions', 'EPSG_9837_Geographic/topocentric conversions', 'EPSG_9838_Vertical Perspective', 'EPSG_9840_Orthographic', 'EPSG_9841_Mercator (1SP) (Spherical)', 'EPSG_9842_Equidistant Cylindrical', 'EPSG_9843_Axis Order Reversal (2D)', 'EPSG_9844_Axis Order Reversal (Geographic3D horizontal)', 'EPSG_9827_Bonne') AND NEW.auth_name != 'PROJ'; END w/w5ZE' triggerprojected_crs_insert_triggerprojected_crsCREATE TRIGGER projected_crs_insert_trigger BEFORE INSERT ON projected_crs FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: (auth_name, code) must not already exist in crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code); SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.name = NEW.name AND crs_view.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name NOT IN ('IGNF', 'ESRI')) ); SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: geodetic_crs must not be deprecated when projected_crs is not deprecated') WHERE EXISTS(SELECT 1 FROM geodetic_crs WHERE geodetic_crs.auth_name = NEW.geodetic_crs_auth_name AND geodetic_crs.code = NEW.geodetic_crs_code AND geodetic_crs.deprecated != 0 AND geodetic_crs.name NOT LIKE 'Unknown datum%' AND geodetic_crs.name NOT LIKE 'Unspecified datum%') AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI' AND NEW.geodetic_crs_auth_name != 'ESRI'); SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: conversion must exist when text_definition is NULL') WHERE NOT EXISTS(SELECT 1 FROM conversion WHERE conversion.auth_name = NEW.conversion_auth_name AND conversion.code = NEW.conversion_code) AND NEW.text_definition IS NULL; SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: conversion must not be deprecated when projected_crs is not deprecated') WHERE EXISTS(SELECT 1 FROM conversion WHERE conversion.auth_name = NEW.conversion_auth_name AND conversion.code = NEW.conversion_code AND conversion.deprecated != 0) AND NEW.deprecated = 0; --SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: geodetic_crs must NOT be defined when text_definition is NOT NULL') -- WHERE (NOT(NEW.geodetic_crs_auth_name IS NULL OR NEW.geodetic_crs_code IS NULL)) AND NEW.text_definition IS NOT NULL; SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: coordinate_system.type must be ''cartesian''') WHERE (SELECT type FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) != 'Cartesian'; SELECT RAISE(ABORT, 'insert on projected_crs violates constraint: coordinate_system.dimension must be 2 or 3') -- EPSG:4461 is topocentric WHERE NOT(NEW.coordinate_system_auth_name = 'EPSG' AND NEW.coordinate_system_code = '4461') AND (SELECT dimension FROM coordinate_system WHERE coordinate_system.auth_name = NEW.coordinate_system_auth_name AND coordinate_system.code = NEW.coordinate_system_code) NOT IN (2,3); ENDNYK-/triggerconversion_table_insert_triggerconversion_tableCREATE TRIGGER conversion_table_insert_trigger BEFORE INSERT ON conversion_table BEGIN SELECT RAISE(ABORT, 'insert on conversion_table violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code); END n]WEItriggerhelmert_transformation_insert_triggerhelmert_transformation_tableCREATE TRIGGER helmert_transformation_insert_trigger BEFORE INSERT ON helmert_transformation_table FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AN ƈ!\Q3Itriggercoordinate_metadata_insert_triggercoordinate_metadataCREATE TRIGGER coordinate_metadata_insert_trigger BEFORE INSERT ON coordinate_metadata FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: (crs_auth_name, crs_code) must already exist in crs_view') WHERE NOT EXISTS ( SELECT 1 FROM crs_view WHERE NEW.crs_auth_name IS NOT NULL AND crs_view.auth_name = NEW.crs_auth_name AND crs_view.code = NEW.crs_code UNION ALL SELECT 1 WHERE NEW.crs_auth_name IS NULL); SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: (crs_auth_name, crs_code) and crs_text_definition are mutually exclusive') WHERE NEW.crs_auth_name IS NOT NULL AND NEW.crs_text_definition IS NOT NULL; SELECT RAISE(ABORT, 'insert on coordinate_metadata violates constraint: one of (crs_auth_name, crs_code) or crs_text_definition must be set') WHERE NEW.crs_auth_name IS NULL AND NEW.crs_text_definition IS NULL; END![C%etriggercompound_crs_insert_triggercompound_crsCREATE TRIGGER compound_crs_insert_trigger BEFORE INSERT ON compound_crs FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: (auth_name, code) must not already exist in crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.auth_name AND crs_view.code = NEW.code); SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) crs_view') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.name = NEW.name AND crs_view.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') ); SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code); SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs must be equal to ''geographic 2D'', ''projected'' or ''engineering''') WHERE (SELECT type FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code) NOT IN ('geographic 2D', 'projected', 'engineering'); SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: vertical_crs must be equal to ''vertical''') WHERE (SELECT type FROM crs_view WHERE crs_view.auth_name = NEW.vertical_crs_auth_name AND crs_view.code = NEW.vertical_crs_code) NOT IN ('vertical'); SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: horiz_crs must not be deprecated when compound_crs is not deprecated') WHERE EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.horiz_crs_auth_name AND crs_view.code = NEW.horiz_crs_code AND crs_view.deprecated != 0) AND NEW.deprecated = 0; SELECT RAISE(ABORT, 'insert on compound_crs violates constraint: vertical_crs must not be deprecated when compound_crs is not deprecated') WHERE EXISTS (SELECT 1 FROM vertical_crs WHERE vertical_crs.auth_name = NEW.vertical_crs_auth_name AND vertical_crs.code = NEW.vertical_crs_code AND vertical_crs.deprecated != 0) AND NEW.deprecated = 0; END D covwv.code = NEW.code); SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.name = NEW.name AND covwv.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') ); SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: translation_uom.type must be ''length''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.translation_uom_auth_name AND unit_of_measure.code = NEW.translation_uom_code) != 'length'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rotation_uom.type must be ''angle''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rotation_uom_auth_name AND unit_of_measure.code = NEW.rotation_uom_code) != 'angle'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: scale_difference_uom.type must be ''scale''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.scale_difference_uom_auth_name AND unit_of_measure.code = NEW.scale_difference_uom_code) != 'scale'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_translation_uom.type must be ''length''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_translation_uom_auth_name AND unit_of_measure.code = NEW.rate_translation_uom_code) != 'length'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_rotation_uom.type must be ''angle''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_rotation_uom_auth_name AND unit_of_measure.code = NEW.rate_rotation_uom_code) != 'angle'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: rate_scale_difference_uom.type must be ''scale''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.rate_scale_difference_uom_auth_name AND unit_of_measure.code = NEW.rate_scale_difference_uom_code) != 'scale'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: epoch_uom.type must be ''time''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.epoch_uom_auth_name AND unit_of_measure.code = NEW.epoch_uom_code) != 'time'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: pivot_uom.type must be ''length''') WHERE (SELECT type FROM unit_of_measure WHERE unit_of_measure.auth_name = NEW.pivot_uom_auth_name AND unit_of_measure.code = NEW.pivot_uom_code) != 'length'; SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: source_crs must not be deprecated when helmert_transformation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI') AND NOT (NEW.auth_name = 'PROJ' AND NEW.code LIKE 'OLD_EPSG_%'); SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: target_crs must not be deprecated when helmert_transformation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI') AND NOT (NEW.auth_name = 'PROJ' AND NEW.code LIKE 'OLD_EPSG_%'); SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: target_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code); SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: target_crs must be geodetic or compound') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code AND crs_view.type IN ('geographic 2D', 'geographic 3D', 'geocentric', 'compound')); -- check that source and target of the same nature SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: source CRS and target CRS must have consistent geodetic_crs.type') WHERE EXISTS (SELECT 1 FROM crs_view crs1, crs_view crs2 WHERE crs1.auth_name = NEW.source_crs_auth_name AND crs1.code = NEW.source_crs_code AND crs2.auth_name = NEW.target_crs_auth_name AND crs2.code = NEW.target_crs_code AND NEW.deprecated = 0 AND ( NOT ((crs1.type = crs2.type AND crs1.type IN ('geographic 2D', 'geographic 3D', 'geocentric') AND NOT(NEW.method_auth_name = 'EPSG' AND NEW.method_code = 1149)) OR (crs1.type = 'geographic 3D' and crs2.type = 'compound' AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = 1149)))); -- check that the method used by a Helmert transformation is consistent with the dimensionality of the CRS SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: the domain of the method of helmert_transformation should be consistent with the dimensionality of the CRS') WHERE NEW.deprecated = 0 AND (NOT(NEW.method_auth_name = 'EPSG' AND NEW.method_code = 1149) AND EXISTS (SELECT 1 FROM geodetic_crs crs LEFT JOIN coordinate_operation_method m ON NEW.method_auth_name = m.auth_name AND NEW.method_code = m.code WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND ((m.name LIKE '%geog2D domain%' AND crs.type != 'geographic 2D') OR (m.name LIKE '%geog3D domain%' AND crs.type != 'geographic 3D') OR (m.name LIKE '%geocentric domain%' AND crs.type != 'geocentric'))) OR (NEW.method_auth_name = 'EPSG' AND NEW.method_code = 1149 AND EXISTS (SELECT 1 FROM compound_crs crs LEFT JOIN coordinate_operation_method m ON NEW.method_auth_name = m.auth_name AND NEW.method_code = m.code WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND m.name NOT LIKE '%geog3D domain%'))); -- check that a time-dependent Helmert transformation has its source or target CRS being dynamic SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: a time-dependent Helmert transformations should have at least one of its source or target CRS dynamic') WHERE NEW.deprecated = 0 AND EXISTS (SELECT 1 FROM coordinate_operation_method m WHERE NEW.method_auth_name = m.auth_name AND NEW.method_code = m.code AND m.name LIKE 'Time-dependent%') AND EXISTS ( SELECT 1 FROM geodetic_crs crs JOIN geodetic_datum gd ON gd.auth_name = crs.datum_auth_name AND gd.code = crs.datum_code WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND gd.frame_reference_epoch IS NULL) AND EXISTS ( SELECT 1 FROM geodetic_crs crs JOIN geodetic_datum gd ON gd.auth_name = crs.datum_auth_name AND gd.code = crs.datum_code WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND gd.frame_reference_epoch IS NULL); END th_name AND crs_view.code = NEW.target_crs_code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: interpolation_crs(auth_name, code) not found') WHERE NEW.interpolation_crs_code IS NOT NULL AND NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.interpolation_crs_auth_name AND crs_view.code = NEW.interpolation_crs_code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: interpolation_crs must be a GeodeticCRS on non-TIN shift based files') WHERE NEW.method_name NOT LIKE '%JSON%' AND NEW.interpolation_crs_code IS NOT NULL AND NOT EXISTS (SELECT 1 FROM geodetic_crs WHERE geodetic_crs.auth_name = NEW.interpolation_crs_auth_name AND geodetic_crs.code = NEW.interpolation_crs_code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: source_crs must not be deprecated when grid_transformation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI') AND NOT (NEW.auth_name = 'PROJ' AND NEW.code LIKE 'OLD_EPSG_%'); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: target_crs must not be deprecated when grid_transformation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI') AND NOT (NEW.auth_name = 'PROJ' AND NEW.code LIKE 'OLD_EPSG_%'); -- check that grids with NTv2 method are properly registered SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with NTv2 must have its source_crs in geodetic_crs table with type = ''geographic 2D''') WHERE NEW.method_name = 'NTv2' AND NOT EXISTS (SELECT 1 FROM geodetic_crs crs WHERE NEW.source_crs_auth_name = crs.auth_name AND NEW.source_crs_code = crs.code AND crs.type = 'geographic 2D'); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with NTv2 has have its target_crs in geodetic_crs table with type = ''geographic 2D''') WHERE NEW.method_name = 'NTv2' AND NOT EXISTS (SELECT 1 FROM geodetic_crs crs WHERE NEW.target_crs_auth_name = crs.auth_name AND NEW.target_crs_code = crs.code AND crs.type = 'geographic 2D'); -- check that grids with Geographic3D to GravityRelatedHeight method are properly registered SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with Geographic3D to GravityRelatedHeight must have its target_crs in vertical_crs table') WHERE NEW.deprecated = 0 AND NEW.method_name LIKE 'Geographic3D to GravityRelatedHeight%' AND NOT EXISTS (SELECT 1 FROM vertical_crs crs WHERE NEW.target_crs_auth_name = crs.auth_name AND NEW.target_crs_code = crs.code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with Geographic3D to GravityRelatedHeight or Geog3D to Geog2D+XXX must have its source_crs in geodetic_crs table with type = ''geographic 3D''') WHERE NEW.deprecated = 0 AND (NEW.method_name LIKE 'Geographic3D to %' OR NEW.method_name LIKE 'Geog3D to %') AND NOT EXISTS (SELECT 1 FROM geodetic_crs crs WHERE NEW.source_crs_auth_name = crs.auth_name AND NEW.source_crs_code = crs.code AND crs.type = 'geographic 3D'); -- check that transformations with Geog3D to Geog2D+GravityRelatedHeight/Depth family of methods are properly registered SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: a transformation Geog3D to Geog2D+GravityRelatedHeight/Depth must have a geog3D CRS as source') WHERE NEW.deprecated = 0 AND NEW.method_name LIKE 'Geog3D to Geog2D+%' AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.source_crs_auth_name AND gcrs.code = NEW.source_crs_code AND gcrs.type = 'geographic 3D'); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: a transformation Geog3D to Geog2D+GravityRelatedHeight/Depth must have a compound CRS with a geog2D CRS as target') WHERE NEW.deprecated = 0 AND NEW.method_name LIKE 'Geog3D to Geog2D+%' AND NOT EXISTS (SELECT 1 FROM compound_crs ccrs LEFT JOIN geodetic_crs gcrs ON gcrs.auth_name = horiz_crs_auth_name AND gcrs.code = horiz_crs_code WHERE ccrs.auth_name = NEW.target_crs_auth_name AND ccrs.code = NEW.target_crs_code AND gcrs.type = 'geographic 2D'); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: a transformation Geog3D to Geog2D+GravityRelatedHeight/Depth must use the same geodetic datum for the source and target CRS') WHERE NEW.deprecated = 0 AND NEW.method_name LIKE 'Geog3D to Geog2D+%' AND -- Exception for following CRS 'ETRS89-CZE [2007] to ETRS89-CZE [2007] + Baltic 1957 height (2)' (NOT (NEW.auth_name = 'EPSG' AND NEW.code = 10568)) AND NOT EXISTS (SELECT 1 FROM compound_crs ccrs LEFT JOIN geodetic_crs target_gcrs ON target_gcrs.auth_name = horiz_crs_auth_name AND target_gcrs.code = horiz_crs_code LEFT JOIN geodetic_crs source_gcrs ON source_gcrs.auth_name = NEW.source_crs_auth_name AND source_gcrs.code = NEW.source_crs_code WHERE ccrs.auth_name = NEW.target_crs_auth_name AND ccrs.code = NEW.target_crs_code AND source_gcrs.name = target_gcrs.name); -- check that grids with 'Vertical Offset by Grid Interpolation' methods are properly registered SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with Vertical Offset by Grid Interpolation must have its source_crs in vertical_crs table') WHERE NEW.method_name LIKE 'Vertical Offset by Grid Interpolation%' AND NOT EXISTS (SELECT 1 FROM vertical_crs crs WHERE NEW.source_crs_auth_name = crs.auth_name AND NEW.source_crs_code = crs.code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: grid_transformation with Vertical Offset by Grid Interpolation must have its target_crs in vertical_crs table') WHERE NEW.method_name LIKE 'Vertical Offset by Grid Interpolation%' AND NOT EXISTS (SELECT 1 FROM vertical_crs crs WHERE NEW.target_crs_auth_name = crs.auth_name AND NEW.target_crs_code = crs.code); -- check that grids with 'Geocentric translations using NEU velocity grid (gtg)' method are properly registered SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: source_crs(auth_name, code) must be Geocentric') WHERE NEW.method_name IN ('Geocentric translations using NEU velocity grid (gtg)') AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.source_crs_auth_name AND gcrs.code = NEW.source_crs_code AND type = 'geocentric'); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: target_crs(auth_name, code) must be Geocentric') WHERE NEW.method_name IN ('Geocentric translations using NEU velocity grid (gtg)') AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.target_crs_auth_name AND gcrs.code = NEW.target_crs_code AND type = 'geocentric'); END zz&`M/[triggergrid_alternatives_insert_triggergrid_alternativesCREATE TRIGGER grid_alternatives_insert_trigger BEFORE INSERT ON grid_alternatives FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on grid_alternatives violates constraint: original_grid_name must be referenced in grid_transformation.grid_name or in other_transformation.method_name') WHERE NEW.original_grid_name NOT LIKE 'NOT-YET-IN-GRID-TRANSFORMATION-%' AND NOT EXISTS ( SELECT 1 FROM grid_transformation WHERE grid_name = NEW.original_grid_name UNION ALL SELECT 1 FROM other_transformation WHERE (method_auth_name = 'PROJ' AND method_name LIKE '%' || NEW.original_grid_name || '%') OR grid_name = NEW.original_grid_name); END _E'3triggergrid_packages_insert_triggergrid_packagesCREATE TRIGGER grid_packages_insert_trigger BEFORE INSERT ON grid_packages FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on grid_packages violates constraint: open_license must be set when url is not NULL') WHERE NEW.open_license IS NULL AND NEW.url IS NOT NULL; SELECT RAISE(ABORT, 'insert on grid_packages violates constraint: direct_download must be set when url is not NULL') WHERE NEW.direct_download IS NULL AND NEW.url IS NOT NULL; ENDQ^Q3'triggergrid_transformation_insert_triggergrid_transformationCREATE TRIGGER grid_transformation_insert_trigger BEFORE INSERT ON grid_transformation FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.name = NEW.name AND covwv.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') AND NOT (NEW.description LIKE 'Reversible alternative to%' AND covwv.description NOT LIKE 'Reversible alternative to%') AND NEW.code NOT LIKE '%_WITH_NAD83CSRSV7_INTERPOLATION' ); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: source_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code); SELECT RAISE(ABORT, 'insert on grid_transformation violates constraint: target_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_au WEItriggerhelmert_transformation_insert_triggerhelmert_transformation_tableCREATE TRIGGER helmert_transformation_insert_trigger BEFORE INSERT ON helmert_transformation_table FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on helmert_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AN WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI'); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: target_crs must not be deprecated when other_transformation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI'); -- check that transformations operations between vertical CRS are from/into a vertical CRS SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: transformation operating on vertical CRS must have a source CRS being a vertical CRS') WHERE NEW.deprecated = 0 AND NEW.method_name IN ('Vertical Offset', 'Height Depth Reversal', 'Change of Vertical Unit') AND NOT EXISTS (SELECT 1 FROM vertical_crs crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: transformation operating on vertical CRS must have a target CRS being a vertical CRS') WHERE NEW.deprecated = 0 AND NEW.method_name IN ('Vertical Offset', 'Height Depth Reversal', 'Change of Vertical Unit') AND NOT EXISTS (SELECT 1 FROM vertical_crs crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code); -- check that 'Geographic2D with Height Offsets' transformations have a compound CRS with a geog2D as source SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: a transformation Geographic2D with Height Offsets must have a compound CRS with a geog2D as source') WHERE NEW.deprecated = 0 AND NEW.method_name = 'Geographic2D with Height Offsets' AND NOT EXISTS (SELECT 1 FROM compound_crs ccrs LEFT JOIN geodetic_crs gcrs ON gcrs.auth_name = horiz_crs_auth_name AND gcrs.code = horiz_crs_code WHERE ccrs.auth_name = NEW.source_crs_auth_name AND ccrs.code = NEW.source_crs_code AND gcrs.type = 'geographic 2D'); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: a transformation Geographic2D with Height Offsets must have a geographic 3D CRS as target') WHERE NEW.deprecated = 0 AND NEW.method_name = 'Geographic2D with Height Offsets' AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.target_crs_auth_name AND gcrs.code = NEW.target_crs_code AND gcrs.type = 'geographic 3D'); -- check that operations with 'Geocen translations by grid (gtg) & Geocen translations NEU velocities (gtg)' and 'Position Vector (geocen) & Geocen translations NEU velocities (gtg)' methods are properly registered SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: source_crs(auth_name, code) must be Geocentric') WHERE NEW.method_name IN ('Geocen translations by grid (gtg) & Geocen translations NEU velocities (gtg)', 'Position Vector (geocen) & Geocen translations NEU velocities (gtg)') AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.source_crs_auth_name AND gcrs.code = NEW.source_crs_code AND type = 'geocentric'); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: target_crs(auth_name, code) must be Geocentric') WHERE NEW.method_name IN ('Geocen translations by grid (gtg) & Geocen translations NEU velocities (gtg)', 'Position Vector (geocen) & Geocen translations NEU velocities (gtg)') AND NOT EXISTS (SELECT 1 FROM geodetic_crs gcrs WHERE gcrs.auth_name = NEW.target_crs_auth_name AND gcrs.code = NEW.target_crs_code AND type = 'geocentric'); END  PbW9triggerconcatenated_operation_insert_triggerconcatenated_operationCREATE TRIGGER concatenated_operation_insert_trigger BEFORE INSERT ON concatenated_operation FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code); SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.name = NEW.name AND covwv.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') ); SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: source_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code); SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: target_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code); SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: source_crs must not be deprecated when concatenated_operation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.source_crs_auth_name AND crs.code = NEW.source_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI'); SELECT RAISE(ABORT, 'insert on concatenated_operation violates constraint: target_crs must not be deprecated when concatenated_operation is not deprecated') WHERE EXISTS(SELECT 1 FROM crs_view crs WHERE crs.auth_name = NEW.target_crs_auth_name AND crs.code = NEW.target_crs_code AND crs.deprecated != 0) AND NEW.deprecated = 0 AND NOT (NEW.auth_name = 'ESRI'); ENDqaS5etriggerother_transformation_insert_triggerother_transformationCREATE TRIGGER other_transformation_insert_trigger BEFORE INSERT ON other_transformation FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: (auth_name, code) must not already exist in coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.auth_name AND covwv.code = NEW.code); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: name (of a non-deprecated entry) must not already exist in (a non-deprecated entry of) coordinate_operation_with_conversion_view') WHERE EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.name = NEW.name AND covwv.deprecated = 0 AND NEW.deprecated = 0 AND NEW.auth_name IN (SELECT auth_name FROM builtin_authorities WHERE auth_name != 'IGNF') ); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: source_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.source_crs_auth_name AND crs_view.code = NEW.source_crs_code); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: target_crs(auth_name, code) not found') WHERE NOT EXISTS (SELECT 1 FROM crs_view WHERE crs_view.auth_name = NEW.target_crs_auth_name AND crs_view.code = NEW.target_crs_code); SELECT RAISE(ABORT, 'insert on other_transformation violates constraint: source_crs must not be deprecated when other_transformation is not deprecated') AND concat_op.deprecated = 1) -- check if source_crs of step 1 is the source_crs of the concatenated_operation (by CRS code) AND NOT EXISTS ( SELECT 1 FROM coordinate_operation_view step_op LEFT JOIN concatenated_operation concat_op ON concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code WHERE concat_op.deprecated = 0 AND step_op.auth_name = NEW.step_auth_name AND step_op.code = NEW.step_code AND concat_op.source_crs_auth_name = step_op.source_crs_auth_name AND concat_op.source_crs_code = step_op.source_crs_code) -- same as above, but check by CRS name, and only for geodetic CRS. -- For example the concatenated operation EPSG:9683 ("ITRF2014 to GDA94 (2)") -- has EPSG:9000 "ITRF2014" (geographic 2D) as source CRS -- but its first step is EPSG:8049 ("ITRF2014 to GDA2020 (1)") which has -- EPSG:7789 "ITRF2014" (geocentric) as source CRS ! AND NOT EXISTS ( SELECT 1 FROM coordinate_operation_view step_op LEFT JOIN concatenated_operation concat_op ON concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code LEFT JOIN geodetic_crs concat_op_source_crs ON concat_op_source_crs.auth_name = concat_op.source_crs_auth_name AND concat_op_source_crs.code = concat_op.source_crs_code LEFT JOIN geodetic_crs step_op_source_crs ON step_op_source_crs.auth_name = step_op.source_crs_auth_name AND step_op_source_crs.code = step_op.source_crs_code WHERE concat_op.deprecated = 0 AND step_op.auth_name = NEW.step_auth_name AND step_op.code = NEW.step_code AND concat_op_source_crs.name = step_op_source_crs.name) -- case for EPSG:10146 "INAGeoid2020 v1 height to INAGeoid v2 height (1)" -- that has EPSG:9471 "INAGeoid2020 v1 height" as source CRS -- but its first step is EPSG:9629 "SRGI2013 to SRGI2013 + INAGeoid2020 v1 height (1)" -- that has EPSG:9529 "SRGI2013 + INAGeoid2020 v1 height" as target CRS AND NOT EXISTS ( SELECT 1 FROM coordinate_operation_view step_op LEFT JOIN concatenated_operation concat_op ON concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code LEFT JOIN vertical_crs concat_op_source_crs ON concat_op_source_crs.auth_name = concat_op.source_crs_auth_name AND concat_op_source_crs.code = concat_op.source_crs_code LEFT JOIN compound_crs step_op_target_crs ON step_op_target_crs.auth_name = step_op.target_crs_auth_name AND step_op_target_crs.code = step_op.target_crs_code WHERE concat_op.deprecated = 0 AND step_op.auth_name = NEW.step_auth_name AND step_op.code = NEW.step_code AND step_op_target_crs.name LIKE '% + '|| concat_op_source_crs.name) -- or if source_crs of step 1 is the target_crs of the concatenated_operation AND NOT EXISTS ( SELECT 1 FROM coordinate_operation_view step_op LEFT JOIN concatenated_operation concat_op ON concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code WHERE concat_op.deprecated = 0 AND step_op.auth_name = NEW.step_auth_name AND step_op.code = NEW.step_code AND concat_op.source_crs_auth_name = step_op.target_crs_auth_name AND concat_op.source_crs_code = step_op.target_crs_code) -- or if source_crs of step 1 is a conversion AND NOT EXISTS ( SELECT 1 FROM conversion_table step_op LEFT JOIN concatenated_operation concat_op ON concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code WHERE concat_op.deprecated = 0 AND step_op.auth_name = NEW.step_auth_name AND step_op.code = NEW.step_code) ; END  7JFgA#3triggerdeprecation_insert_triggerdeprecationCREATE TRIGGER deprecation_insert_trigger BEFORE INSERT ON deprecation FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on deprecation violates constraint: deprecated entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.deprecated_auth_name AND o.code = NEW.deprecated_code); SELECT RAISE(ABORT, 'insert on deprecation violates constraint: replacement entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.replacement_auth_name AND o.code = NEW.replacement_code); ENDcfC%itriggersupersession_insert_triggersupersessionCREATE TRIGGER supersession_insert_trigger BEFORE INSERT ON supersession FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on supersession violates constraint: superseded entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.superseded_table_name AND o.auth_name = NEW.superseded_auth_name AND o.code = NEW.superseded_code); SELECT RAISE(ABORT, 'insert on supersession violates constraint: replacement entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.replacement_table_name AND o.auth_name = NEW.replacement_auth_name AND o.code = NEW.replacement_code); ENDe?!9triggeralias_name_insert_triggeralias_nameCREATE TRIGGER alias_name_insert_trigger BEFORE INSERT ON alias_name FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on alias_name violates constraint: new entry refers to unexisting code') WHERE NOT EXISTS (SELECT 1 FROM object_view o WHERE o.table_name = NEW.table_name AND o.auth_name = NEW.auth_name AND o.code = NEW.code); ENDjdA#{triggergeoid_model_insert_triggergeoid_modelCREATE TRIGGER geoid_model_insert_trigger BEFORE INSERT ON geoid_model FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on geoid_model violates constraint: (operation_auth_name, operation_code) must already exist in coordinate_operation_with_conversion_view') WHERE NOT EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.operation_auth_name AND covwv.code = NEW.operation_code); END>caCctriggerconcatenated_operation_step_insert_triggerconcatenated_operation_stepCREATE TRIGGER concatenated_operation_step_insert_trigger BEFORE INSERT ON concatenated_operation_step FOR EACH ROW BEGIN SELECT RAISE(ABORT, 'insert on concatenated_operation_step violates constraint: (step_auth_name, step_code) must already exist in coordinate_operation_with_conversion_view') WHERE NOT EXISTS (SELECT 1 FROM coordinate_operation_with_conversion_view covwv WHERE covwv.auth_name = NEW.step_auth_name AND covwv.code = NEW.step_code); SELECT RAISE(ABORT, 'insert on concatenated_operation_step violates constraint: step should not be a concatenated_operation') WHERE EXISTS(SELECT 1 FROM concatenated_operation WHERE auth_name = NEW.step_auth_name AND code = NEW.step_code); -- NOTE: it would be good to be able to do the same for the last step, but -- we don't know at INSERT time which one is going to be the last one... SELECT RAISE(ABORT, 'insert on concatenated_operation_step violates constraint: step 1 must be a conversion or its source_crs or target_crs must be the source_crs of the concatenated_operation') WHERE NEW.step_number = 1 -- skip deprecated concatenated operations, or some blocklisted EPSG operations AND NOT EXISTS ( SELECT 1 FROM concatenated_operation concat_op WHERE concat_op.auth_name = NEW.operation_auth_name AND concat_op.code = NEW.operation_code t_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9807' AND (NEW.method_name != 'Transverse Mercator' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (variant A)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9804' AND (NEW.method_name != 'Mercator (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type F ROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Popular Visualisation Pseudo Mercator') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1024' AND (NEW.method_name != 'Popular Visualisation Pseudo Mercator' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violat es constraint: bad parameters for Lambert Azimuthal Equal Area (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1027' AND (NEW.method_name != 'Lambert Azimuthal Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1028' AND (NEW.method_name != 'Equidistant Cylindrical' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_au th_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1029' AND (NEW.method_name != 'Equidistant Cylindrical (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Cassini-Soldner') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9806' AND (NEW.method_name != 'Cassini-Soldner' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Bonne (South Orientated)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9828' AND (NEW.method_name != 'Bonne (South Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Albers Equal Area') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9822' AND (NEW.method_name != 'Albers Equal Area' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standa rd parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak (North Orientated)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1041' AND (NEW.method_name != 'Krovak (North Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak Modified') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1042' AND (NEW.method_name != 'Krovak Modified' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_a uth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak Modified (North Orientated)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1043' AND (NEW.method_name != 'Krovak Modified (North Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.par am5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (1SP)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9801' AND (NEW.method_name != 'Lambert Conic Conformal (1SP)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for American Polyconic') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9818' AND (NEW.method_name != 'American Polyconic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_ code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant A)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9810' AND (NEW.method_name != 'Polar Stereographic (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Krovak') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9819' AND (NEW.method_name != 'Krovak' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '1036' OR NEW.param3_name != 'Co-latitude of cone axis' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8818' OR NEW.param4_name != 'Latitude of pseudo standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8819' OR NEW.param5_name != 'Scale factor on pseudo standard parallel' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Oblique Stereographic') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9809' AND (NEW.method_name != 'Oblique Stereographic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (variant B)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9805' AND (NEW.method_name != 'Mercator (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant B)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9829' AND (NEW.method_name != 'Polar Stereographic (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8832' OR NEW.param1_name != 'Latitude of standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param 6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP Michigan)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1051' AND (NEW.method_name != 'Lambert Conic Conformal (2SP Michigan)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '1038' OR NEW.param7_name != 'Ellipsoid scaling factor' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'scale'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Colombia Urban') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1052' AND (NEW.method_name != 'Colombia Urban' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '1039' OR NEW.param5_name != 'Projection plane origin height' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hotine Oblique Mercator (variant A)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9812' AND (NEW.method_name != 'Hotine Oblique Mercator (variant A)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth at projection centre' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8814' OR NEW.param4_name != 'Angle from Rectified to Skew Grid' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8815' OR NEW.param5_name != 'Scale factor at projection centre' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8806' OR NEW.param6_name != 'False easting' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8807' OR NEW.param7_name != 'False northing' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Cylindrical Equal Area') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9835' AND (NEW.method_name != 'Lambert Cylindrical Equal Area' OR NEW.param1_aut h_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Azimuthal Equal Area') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9820' AND (NEW.method_name != 'Lambert Azimuthal Equal Area' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Height Depth Reversal') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1068' AND (NEW.method_name != 'Height Depth Reversal' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Change of Vertical Unit') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1104' AND (NEW.method_name != 'Change of Vertical Unit' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hotine Oblique Mercator (variant B)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9815' AND (NEW.method_name != 'Hotine Oblique Mercator (variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW .param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth at projection centre' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8814' OR NEW.param4_name != 'Angle from Rectified to Skew Grid' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8815' OR NEW.param5_name != 'Scale factor at projection centre' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'scale' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8816' OR NEW.param6_name != 'Easting at projection centre' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name != 'EPSG' OR NEW.param7_code != '8817' OR NEW.param7_name != 'Northing at projection centre' OR NEW.param7_value IS NULL OR NEW.param7_uom_auth_name IS NULL OR NEW.param7_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param7_uom_auth_name AND code = NEW.param7_uom_code) != 'length'); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Laborde Oblique Mercator') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9813' AND (NEW.method_name != 'Laborde Oblique Mercator' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth at projection centre' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8815' OR NEW.param4_name != 'Scale factor at projection centre' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'scale' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8806' OR NEW.param5_name != 'False easting' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8807' OR NEW.param6_name != 'False northing' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type F ROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equal Earth') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1078' AND (NEW.method_name != 'Equal Earth' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8802' OR NEW.param1_name != 'Longitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8806' OR NEW.param2_name != 'False easting' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'length' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8807' OR NEW.param3_name != 'False northing' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (1SP variant B)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1102' AND (NEW.method_name != 'Lambert Conic Conformal (1SP variant B)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8805' OR NEW.param2_name != 'Scale factor at natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'scale' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8821' OR NEW.param3_name != 'Latitude of false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8822' OR NEW.param4_name != 'Longitude of false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_ value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator 3D') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1111' AND (NEW.method_name != 'Transverse Mercator 3D' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Local Orthographic') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1130' AND (NEW.method_name != 'Local Orthographic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8811' OR NEW.param1_name != 'Latitude of projection centre' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8812' OR NEW.param2_name != 'Longitude of projection centre' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8813' OR NEW.param3_name != 'Azimuth at projection centre' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8815' OR NEW.param4_name != 'Scale factor at projection centre' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'scale' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8816' OR NEW.param5_name != 'Easting at projection centre' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8817' OR NEW.param6_name != 'Northing at projection centre' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Modified Azimuthal Equidistant') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9832' AND (NEW.method_name != 'Modified Azimuthal Equidistant' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Guam Projection') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9831' AND (NEW.method_name != 'Guam Projection' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SEL ECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Axis Order Reversal (2D)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9843' AND (NEW.method_name != 'Axis Order Reversal (2D)' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Axis Order Reversal (Geographic3D horizontal)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9844' AND (NEW.method_name != 'Axis Order Reversal (Geographic3D horizontal)' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW. param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic/geocentric conversions') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9602' AND (NEW.method_name != 'Geographic/geocentric conversions' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic3D to 2D conversion') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9659' AND (NEW.method_name != 'Geographic3D to 2D conversion' OR NEW.param1_auth_name IS NOT NULL OR NEW.param1_code IS NOT NULL OR NEW.param1_name IS NOT NULL OR NEW.param1_value IS NOT NULL OR NEW.param1_uom_auth_name IS NOT NULL OR NEW.param1_uom_code IS NOT NULL OR NEW.param2_auth_name IS NOT NULL OR NEW.param2_code IS NOT NULL OR NEW.param2_name IS NOT NULL OR NEW.param2_value IS NOT NULL OR NEW.param2_uom_auth_name IS NOT NULL OR NEW.param2_uom_code IS NOT NULL OR NEW.param3_auth_name IS NOT NULL OR NEW.param3_code IS NOT NULL OR NEW.param3_name IS NOT NULL OR NEW.param3_value IS NOT NULL OR NEW.param3_uom_auth_name IS NOT NULL OR NEW.param3_uom_code IS NOT NULL OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geographic/topocentric conversions') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9837' AND (NEW.method_name != 'Geographic/topocentric conversions' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8834' OR NEW.param1_name != 'Latitude of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8835' OR NEW.param2_name != 'Longitude of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8836' OR NEW.param3_name != 'Ellipsoidal height of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Geocentric/topocentric conversions') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9836' AND (NEW.method_name != 'Geocentric/topocentric conversions' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8837' OR NEW.param1_name != 'Geocentric X of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'length' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8838' OR NEW.param2_name != 'Geocentric Y of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'length' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8839' OR NEW.param3_name != 'Geocentric Z of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name IS NOT NULL OR NEW.param4_code IS NOT NULL OR NEW.param4_name IS NOT NULL OR NEW.param4_value IS NOT NULL OR NEW.param4_uom_auth_name IS NOT NULL OR NEW.param4_uom_code IS NOT NULL OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator Zoned Grid System') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9824' AND (NEW.method_name != 'Transverse Mercator Zoned Grid System' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8830' OR NEW.param2_name != 'Initial longitude' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8831' OR NEW.param3_name != 'Zone width' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8805' OR NEW.param4_name != 'Scale factor at natural origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'scale' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8806' OR NEW.param5_name != 'False easting' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8807' OR NEW.param6_name != 'False northing' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Transverse Mercator (South Orientated)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9808' AND (NEW.method_name != 'Transverse Mercator (South Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Azimuthal Equidistant') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '1125' AND (NEW.method_name != 'Azimuthal Equidistant' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (West Orientated)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9826' AND (NEW.method_name != 'Lambert Conic Conformal (West Orientated)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.p aram2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9842' AND (NEW.method_name != 'Equidistant Cylindrical' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Mercator (1SP) (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9841' AND (NEW.method_na me != 'Mercator (1SP) (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Vertical Perspective') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9838' AND (NEW.method_name != 'Vertical Perspective' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8834' OR NEW.param1_name != 'Latitude of topocentric origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8835' OR NEW.param2_name != 'Longitude of topocentric origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8836' OR NEW.param3_name != 'Ellipsoidal height of topocentric origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8840' OR NEW.param4_name != 'Viewpoint height' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT N ULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Azimuthal Equal Area (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9821' AND (NEW.method_name != 'Lambert Azimuthal Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8828' OR NEW.param1_name != 'Spherical latitude of origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8829' OR NEW.param2_name != 'Spherical longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Cylindrical Equal Area (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9834' AND (NEW.method_name != 'Lambert Cylindrical Equal Area (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8823' OR NEW.param1_name != 'Latitude of 1st standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5 _code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Hyperbolic Cassini-Soldner') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9833' AND (NEW.method_name != 'Hyperbolic Cassini-Soldner' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP Belgium)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9803' AND (NEW.method_name != 'Lambert Conic Conformal (2SP Belgium)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'angle' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4 _code != '8824' OR NEW.param4_name != 'Latitude of 2nd standard parallel' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'angle' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8826' OR NEW.param5_name != 'Easting at false origin' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name != 'EPSG' OR NEW.param6_code != '8827' OR NEW.param6_name != 'Northing at false origin' OR NEW.param6_value IS NULL OR NEW.param6_uom_auth_name IS NULL OR NEW.param6_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param6_uom_auth_name AND code = NEW.param6_uom_code) != 'length' OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for New Zealand Map Grid') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9811' AND (NEW.method_name != 'New Zealand Map Grid' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Tunisia Mining Grid') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9816' AND (NEW.method_name != 'Tunisia Mining Grid' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS N ULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8826' OR NEW.param3_name != 'Easting at false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8827' OR NEW.param4_name != 'Northing at false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Near-Conformal') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9817' AND (NEW.method_name != 'Lambert Conic Near-Conformal' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8805' OR NEW.param3_name != 'Scale factor at natural origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'scale' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8806' OR NEW.param4_name != 'False easting' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name != 'EPSG' OR NEW.param5_code != '8807' OR NEW.param5_name != 'False northing' OR NEW.param5_value IS NULL OR NEW.param5_uom_auth_name IS NULL OR NEW.param5_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param5_uom_auth_name AND code = NEW.param5_uom_code) != 'length' OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Equidistant Cylindrical (Spherical)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9823' AND (NEW.method_name != 'Equidistant Cylindrical (Spherical)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Polar Stereographic (variant C)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9830' AND (NEW.method_name != 'Polar Stereographic (variant C)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8832' OR NEW.param1_name != 'Latitude of standard parallel' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8833' OR NEW.param2_name != 'Longitude of origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8826' OR NEW.param3_name != 'Easting at false origin' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8827' OR NEW.param4_name != 'Northing at false origin' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); END  )is!Itriggerconversion_method_check_insert_trigger_orthographicconversionCREATE TRIGGER conversion_method_check_insert_trigger_orthographic INSTEAD OF INSERT ON conversion BEGIN SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Orthographic') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9840' AND (NEW.method_name != 'Orthographic' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8801' OR NEW.param1_name != 'Latitude of natural origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8802' OR NEW.param2_name != 'Longitude of natural origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8806' OR NEW.param3_name != 'False easting' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param3_uom_auth_name AND code = NEW.param3_uom_code) != 'length' OR NEW.param4_auth_name != 'EPSG' OR NEW.param4_code != '8807' OR NEW.param4_name != 'False northing' OR NEW.param4_value IS NULL OR NEW.param4_uom_auth_name IS NULL OR NEW.param4_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param4_uom_auth_name AND code = NEW.param4_uom_code) != 'length' OR NEW.param5_auth_name IS NOT NULL OR NEW.param5_code IS NOT NULL OR NEW.param5_name IS NOT NULL OR NEW.param5_value IS NOT NULL OR NEW.param5_uom_auth_name IS NOT NULL OR NEW.param5_uom_code IS NOT NULL OR NEW.param6_auth_name IS NOT NULL OR NEW.param6_code IS NOT NULL OR NEW.param6_name IS NOT NULL OR NEW.param6_value IS NOT NULL OR NEW.param6_uom_auth_name IS NOT NULL OR NEW.param6_uom_code IS NOT NULL OR NEW.param7_auth_name IS NOT NULL OR NEW.param7_code IS NOT NULL OR NEW.param7_name IS NOT NULL OR NEW.param7_value IS NOT NULL OR NEW.param7_uom_auth_name IS NOT NULL OR NEW.param7_uom_code IS NOT NULL); END4hY!wtriggerconversion_method_check_insert_triggerconversionCREATE TRIGGER conversion_method_check_insert_trigger INSTEAD OF INSERT ON conversion BEGIN SELECT RAISE(ABORT, 'insert on conversion violates constraint: bad parameters for Lambert Conic Conformal (2SP)') WHERE NEW.deprecated != 1 AND NEW.method_auth_name = 'EPSG' AND NEW.method_code = '9802' AND (NEW.method_name != 'Lambert Conic Conformal (2SP)' OR NEW.param1_auth_name != 'EPSG' OR NEW.param1_code != '8821' OR NEW.param1_name != 'Latitude of false origin' OR NEW.param1_value IS NULL OR NEW.param1_uom_auth_name IS NULL OR NEW.param1_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param1_uom_auth_name AND code = NEW.param1_uom_code) != 'angle' OR NEW.param2_auth_name != 'EPSG' OR NEW.param2_code != '8822' OR NEW.param2_name != 'Longitude of false origin' OR NEW.param2_value IS NULL OR NEW.param2_uom_auth_name IS NULL OR NEW.param2_uom_code IS NULL OR (SELECT type FROM unit_of_measure WHERE auth_name = NEW.param2_uom_auth_name AND code = NEW.param2_uom_code) != 'angle' OR NEW.param3_auth_name != 'EPSG' OR NEW.param3_code != '8823' OR NEW.param3_name != 'Latitude of 1st standard parallel' OR NEW.param3_value IS NULL OR NEW.param3_uom_auth_name IS NULL OR NEW.param3_uom_code IS NULL OR (SELECT type FROM uni