My GeoServer WFSThis is the WFS service of the SAVEMEDCOASTS project.https://webgis.savemedcoasts.eu/geoserver/wfsNONENONEgeonode:canneto_bathymetry_5mBathymetric contour lines with equidistance 5 m relative to the coastal zone prospicient to Canneto, Lipari Island (Italy).Canneto, LipariEPSG:4326geonode:cinque_terre_bathymetric_contoursBathymetric contours with equidistance 5 m of Cinque Terre derived from the Digital Bathymetric Model.Cinque TerreEPSG:4326geonode:lipari_bathymetry_3mBathymetric contour lines of Lipari Island with equidistance 3 m derived from the Digital Bathymetric Model.LipariEPSG:4326geonode:lipari_marina_bathymetry_5mBathymetric contour lines with equidistance 5 m relative to the coastal zone prospicient to Marina Lunga, Marina Corta e Baia Portinenti, Lipari Island (Italy).Lipari, Baia Portinenti, Marina Corta, Marina LungaEPSG:4326geonode:med_batim_latlong_100mBathymetric contour lines of the Mediterranean region with equidistance 100 m computed from EMODnet data.Mediterranean RegionEPSG:4326geonode:ct_monterosso_bathymetry_50cmBathymetric contours with equidistance 50 cm relative to the coastal zone prospicient to Monterosso (Cinque Terre, Italy) derived from the Digital Bathymetric Model.Monterosso, Cinque TerreEPSG:4326geonode:lefk_limnoth_batim_latlong_5mBathymetric contour lines with equidistance of 5 m of the zone prospicient to North Lefkas.North Lefkas, Lefkas, Lefkas CityEPSG:4326geonode:vassiliki_lek_batim_latlong_5mBathymetric contour lines with equidistance of 5 m of the zone prospicient to South Lefkas.South Lefkas, Lefkas, VassilikiEPSG:4326geonode:ct_vernazza_bathymetry_50cmBathymetric contours with equidistance 50 cm relative to the coastal zone prospicient to Vernazza (Cinque Terre, Italy) derived from the Digital Bathymetric Model.Vernazza, Cinque TerreEPSG:4326geonode:med_coast_plains_geos_whMain coastal plains of the Mediterranean region, as identified from radar data and geospatial analysis. The coastal plains are placed at elevation <2 m above sea level and potentially prone to be flooded due to sea level rise by 2100, storm surges and tsunamis.Mediterranean RegionEPSG:4326geonode:med_coast_plains_maps2Maps of the main coastal plains of the Mediterranean region.Mediterranean RegionEPSG:4326geonode:med_coast_plains_placemarksPlacemarks of the main coastal plains of the Mediterranean region.Mediterranean RegionEPSG:4326geonode:med_coastlinecrop_latlongNo abstract providedMediterranean RegionEPSG:4326geonode:lefk_limnoth_coastline_latlongNo abstract providedLefkada, Lefkas City, North LefkasEPSG:4326geonode:vassiliki_lek_coastline_latlongNo abstract providedVassiliki, LefkadaEPSG:4326geonode:acquacalda_contour_1mContour lines of Acquacalda (Lipari, Italy) with equidistance 1 m, derived from the DTM.Acquacalda, LipariEPSG:4326geonode:baia_portinenti_contour_1mContour lines of Baia Portinenti (Lipari, Italy) with equidistance 1 m, derived from a DTM.Baia Portinenti, LipariEPSG:4326geonode:canneto_contour_1mContour lines of Canneto (Lipari, Italy) with equidistance 1 m, derived from the DTM.Canneto, LipariEPSG:4326geonode:curveliv10mContour lines with equidistance 10 m derived from the DEM of Cinque Terre (cell size 0.5m) acquired by LIDAR survey. The data is vitiated by the lack of classification.Cinque TerreEPSG:4326geonode:lipari_contour_lines_1mContour lines of Lipari Island with equidistance 1 m.LipariEPSG:4326geonode:med_contour_250mContour lines of the Mediterranean region with equidistance 250 m computed from EU-DEM and SRTM data.Mediterranean RegionEPSG:4326geonode:monterosso_contour_1mContour lines of Monterosso (Cinque Terre, Italy) with equidistance 1 m, derived from the DTM.Monterosso, Cinque TerreEPSG:4326geonode:vernazza_contour_1mContour lines of Vernazza (Cinque Terre, Italy) with equidistance 1 m, derived from the DTM.Vernazza, Cinque TerreEPSG:32632geonode:acquacalda_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Acquacalda, LipariEPSG:32633geonode:acquacalda_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Acquacalda, LipariEPSG:32633geonode:acquacalda_rt001_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Acquacalda, LipariEPSG:32633geonode:acquacalda_rt001_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Acquacalda, LipariEPSG:32633geonode:acquacalda_rt100_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Acquacalda, LipariEPSG:32633geonode:acquacalda_rt100_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Acquacalda, LipariEPSG:32633geonode:baia_portinenti_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Lipari, Baia PortinentiEPSG:32633geonode:baia_portinenti_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Lipari, Baia PortinentiEPSG:32633geonode:baia_portinenti_rt001_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Lipari, Baia PortinentiEPSG:32633geonode:baia_portinenti_rt001_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Lipari, Baia PortinentiEPSG:32633geonode:baia_portinenti_rt100_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Lipari, Baia PortinentiEPSG:32633geonode:baia_portinenti_rt100_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Lipari, Baia PortinentiEPSG:32633geonode:canneto_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Lipari, CannetoEPSG:32633geonode:canneto_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Lipari, CannetoEPSG:32633geonode:canneto_rt001_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Lipari, CannetoEPSG:32633geonode:canneto_rt001_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Lipari, CannetoEPSG:32633geonode:canneto_rt100_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Lipari, CannetoEPSG:32633geonode:canneto_rt100_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Lipari, CannetoEPSG:32633geonode:chalastra_coastlineChalastra plain (Greece): coastline retrieved from the UAV survey data acquired in May-June 2020. Source: AUTHChalastraEPSG:4326geonode:chalastra_indicators_aoiChalastra plain (Greece): area of interest considered in the evaluation of flood risk indicatorsChalastraEPSG:4326geonode:chalastra_protected_areasChalastra plain (Greece): protected areas considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)ChalastraEPSG:4326geonode:chalastra_rice_fieldsChalastra plain (Greece): rice fields retrieved from the CLC 2018 considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)ChalastraEPSG:4326geonode:chalastra_road_networkChalastra plain (Greece): road network considered in the evaluation of the related flood risk indicator. Source: OpenStreetMapChalastraEPSG:4326geonode:chalastra_transectsChalastra plain (Greece): transects adopted for the assessment of the storm surge wave propagation using a 1-D model in XBeach. [WP4 D4.1]ChalastraEPSG:4326geonode:chalastra_vup_contour_linesChalastra plain (Greece): contour lines of the mean rate of vertical land motion (mm/yr) estimated by integrated InSAR and GNSS analysis. Equidistance: 0.5 mm/yr. Elaborated by: INGV, CTTC and CGIAM. Disclaimer: http://webgis.savemedcoasts.eu/disclaimerChalastraEPSG:4326geonode:ebro_delta_coastlineThe Ebro delta (Spain): coastline retrieved from the Topographic map 1:5.000 (Base topogràfica 1:5.000). Source: Institut Cartogràfic i Geològic de Catalunya (ICGC)Ebro, deltaEPSG:3043geonode:ebro_delta_indicators_aoiThe Ebro delta (Spain): area of interest considered in the evaluation of flood risk indicatorsEbro deltaEPSG:4326geonode:ebro_delta_natura2000The Ebro delta (Spain): Natura 2000 sites (Sites of Community Importance & Special Areas of Conservation). Source: European Environment Agency (EEA)Ebro deltaEPSG:4326geonode:ebro_delta_protected_areasThe Ebro delta (Spain): protected areas considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Ebro deltaEPSG:4326geonode:ebro_delta_rice_fieldsThe Ebro delta (Spain): rice fields retrieved from the CLC 2018 considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Ebro deltaEPSG:4326geonode:ebro_delta_road_networkThe Ebro delta (spain): road network considered in the evaluation of the related flood risk indicator. Source: OpenStreetMapEbro deltaEPSG:4326geonode:ebro_delta_transectsThe Ebro delta (Spain): transects adopted for the assessment of the storm surge wave propagation using a 1-D model in XBeach. [WP4 D4.1]Ebro deltaEPSG:4326geonode:ebro_delta_vup_contour_linesThe Ebro delta (Spain): contour lines of the mean rate of vertical land motion (mm/yr) estimated by integrated InSAR and GNSS analysis. Equidistance: 0.5 mm/yr. Elaborated by: INGV, CTTC and CGIAM Disclaimer: http://webgis.savemedcoasts.eu/disclaimerEbro deltaEPSG:4326geonode:marina_corta_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Lipari, Marina CortaEPSG:32633geonode:marina_corta_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Lipari, Marina CortaEPSG:32633geonode:marina_corta_rt001_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Lipari, Marina CortaEPSG:32633geonode:marina_corta_rt001_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Lipari, Marina CortaEPSG:32633geonode:marina_corta_rt100_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Lipari, Marina CortaEPSG:32633geonode:marina_corta_rt100_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Lipari, Marina CortaEPSG:32633geonode:marina_lunga_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Lipari, Marina LungaEPSG:32633geonode:marina_lunga_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Lipari, Marina LungaEPSG:32633geonode:marina_lunga_rt001_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Lipari, Marina LungaEPSG:32633geonode:marina_lunga_rt001_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Lipari, Marina LungaEPSG:32633geonode:marina_lunga_rt100_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Lipari, Marina LungaEPSG:32633geonode:marina_lunga_rt100_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Lipari, Marina LungaEPSG:32633geonode:metaponto_accomodationsMetaponto plain (Italy): accomodation areas considered in the evaluation of the related flood risk indicator. Source: RSDI BasilicataMetapontoEPSG:4326geonode:metaponto_buildingsMetaponto plain (Italy): buildings in the area of interest considered in the evaluation of the related flood risk indicator. Source: RSDI BasilicataMetapontoEPSG:4326geonode:metaponto_coastlineMetaponto plain (Italy): coastline retrieved from the GeoTopographic DataBase (DBGT) of Regione Basilicata. Source: RSDI BasilicataMetapontoEPSG:4326geonode:metaponto_drainage_networkMetaponto plain (Italy): drainage network considered in the evaluation of the related flood risk indicator. Source: Consorzio di Bonifica della BasilicataMetapontoEPSG:4326geonode:metaponto_indicators_aoiMetaponto plain (Italy): area of interest considered in the evaluation of flood risk indicatorsMetapontoEPSG:4326geonode:metaponto_irrigated_areasMetaponto plain (Italy): irrigated areas considered in the evaluation of the related flood risk indicator. Source: Consorzio di Bonifica della BasilicataMetapontoEPSG:4326geonode:metaponto_natura2000Metaponto plain (Italy): Natura 2000 sites (Sites of Community Importance & Special Areas of Conservation). Source: European Environment Agency (EEA)MetapontoEPSG:3035geonode:metaponto_protected_areasMetaponto plain (Italy): protected areas considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)MetapontoEPSG:4326geonode:metaponto_road_networkMetaponto plain (Italy): road network considered in the evaluation of the related flood risk indicator. Source: RSDI BasilicataMetapontoEPSG:4326geonode:metaponto_transectsMetaponto plain (Italy): transects adopted for the assessment of the storm surge wave propagation using a 1-D model in XBeach. [WP4 D4.1]MetapontoEPSG:4326geonode:metaponto_vup_contour_linesMetaponto plain (Italy): contour lines of the mean rate of vertical land motion (mm/yr) estimated by integrated InSAR and GNSS analysis. Equidistance: 0.5 mm/yr. Elaborated by: INGV, CTTC and CGIAM Disclaimer: http://webgis.savemedcoasts.eu/disclaimerMetapontoEPSG:4326geonode:monterosso_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Cinque Terre, MonterossoEPSG:32632geonode:monterosso_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Cinque Terre, MonterossoEPSG:32632geonode:monterosso_rt001_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Cinque Terre, MonterossoEPSG:32632geonode:monterosso_rt001_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Cinque Terre, MonterossoEPSG:32632geonode:monterosso_rt100_rcp26_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Cinque Terre, MonterossoEPSG:32632geonode:monterosso_rt100_rcp85_msel_2Potential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5.Cinque Terre, MonterossoEPSG:32632geonode:rhone_delta_coastlineThe Rhone delta (France): coastline extracted from HISTOLITT coastline (TCH_FRA_V2). Source: data.shom.frRhone deltaEPSG:4326geonode:rhone_delta_indicators_aoiThe Rhone delta (France): area of interest considered in the evaluation of flood risk indicatorsRhone deltaEPSG:4326geonode:rhone_delta_protected_areasThe Rhone delta (France): protected areas considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Rhone deltaEPSG:4326geonode:rhone_delta_rice_fieldsThe Rhone delta (France): rice fields retrieved from the CLC 2018 considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Rhone deltaEPSG:4326geonode:rhone_delta_road_networkThe Rhone delta (France): road network extracted from "Reseau_Routier (ROUTE500)" considered in the evaluation of the related flood risk indicator. Source: IGN (France)Rhone deltaEPSG:4326geonode:rhone_delta_transectsThe Rhone delta (France): transects adopted for the assessment of the storm surge wave propagation using a 1-D model in XBeach. [WP4 D4.1]Rhone deltaEPSG:4326geonode:rhone_delta_vup_contour_linesThe Rhone delta (France): contour lines of the mean rate of vertical land motion (mm/yr) estimated by integrated InSAR and GNSS analysis. Equidistance: 0.5 mm/yr. Elaborated by: INGV, CTCC and CGIAM. Disclaimer: http://webgis.savemedcoasts.eu/disclaimerRhone deltaEPSG:4326geonode:venice_buildingsVenice Lido and Cavallino Treporti (Italy): buildings in the area of interest considered in the evaluation of the related flood risk indicator. Source: Città di Venezia and Geoportale Veneto.Venice Lido, Cavallino TreportiEPSG:4326geonode:venice_complex_cultivationVenice Lido and Cavallino Treporti (Italy): complex cultivation retrieved from the CLC 2018 considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Venice Lido, Cavallino TreportiEPSG:4326geonode:venice_indicators_aoiVenice Lido and Cavallino Treporti (Italy): area of interest considered in the evaluation of flood risk indicators.Venice Lido, Cavallino TreportiEPSG:4326geonode:venice_protected_areasVenice Lido and Cavallino Treporti (Italy): protected areas considered in the evaluation of the related flood risk indicator. Source: European Environment Agency (EEA)Venice Lido, Cavallino TreportiEPSG:4326geonode:venice_road_networkVenice Lido and Cavallino Treporti (Italy): road network considered in the evaluation of the related flood risk indicator. Source: OpenStreetMapVenice Lido, Cavallino TreportiEPSG:4326geonode:venice_transectsVenice Lido and Cavallino Treporti (Italy): transects adopted for the assessment of the storm surge wave propagation using a 1-D model in XBeach. [WP4 D4.1]Venice Lido, Cavallino TreportiEPSG:4326geonode:venice_vup_contour_linesThe Venice Lagoon (Italy): contour lines of the mean rate of vertical land motion (mm/yr) estimated by integrated InSAR and GNSS analysis. Equidistance: 0.5 mm/yr. Elaborated by: INGV, CTTC and CGIAM. Disclaimer: http://webgis.savemedcoasts.eu/disclaimerVenice LagoonEPSG:4326geonode:vernazza_rcp26_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 2.6), land subsidence and high tide.Cinque Terre, VernazzaEPSG:32632geonode:vernazza_rcp85_slr_ls_tidePotential coastal flooding areas at 2100 due to the concomitant effects of sea level rise (RCP 8.5), land subsidence and high tide.Cinque Terre, VernazzaEPSG:32632geonode:vernazza_rt001_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 2.6Cinque Terre, VernazzaEPSG:32632geonode:vernazza_rt001_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 1 yr. and RCP 8.5Cinque Terre, VernazzaEPSG:32632geonode:vernazza_rt100_rcp26_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 2.6Cinque Terre, VernazzaEPSG:32632geonode:vernazza_rt100_rcp85_mselPotential coastal flooding areas at 2100 due to maximum super-elevation level (MSEL) in reference to RT = 100 yr. and RCP 8.5Cinque Terre, VernazzaEPSG:32632absabs_2abs_3abs_4acosAddCoveragesAffineAggregateareaarea2AreaGridasinatanatan2BandMergeBandSelectBarnesSurfaceBatchDownloadbetweenboundaryboundaryDimensionBoundsbufferBufferFeatureCollectionbufferWithSegmentsCategorizeceilcentroidclassifyClipCollectGeometriesCollection_AverageCollection_BoundsCollection_CountCollection_MaxCollection_MedianCollection_MinCollection_NearestCollection_SumCollection_UniqueConcatenatecontainsContourconvertconvexHullcosCountCropCoveragecrossesdateFormatdateParsedensifydifferencedimensiondisjointdisjoint3Ddistancedistance3Ddouble2boolendAngleendPointenvenvelopeEqualIntervalequalsExactequalsExactToleranceequalToexpexteriorRingFeaturefloorgeometryTypegeomFromWKTgeomLengthGeorectifyCoverageGetFullCoveragegetGeometryNgetXgetYgetzgreaterEqualThangreaterThanGridHeatmapidIEEEremainderif_then_elseImportin10in2in3in4in5in6in7in8in9InclusionFeatureCollectionint2bboolint2ddoubleinteriorPointinteriorRingNInterpolateintersectionIntersectionFeatureCollectionintersectsintersects3DisClosedisCoverageisEmptyisInstanceOfisLikeisNullisometricisRingisSimpleisValidisWithinDistanceisWithinDistance3DJenkslengthlessEqualThanlessThanlistlogLRSGeocodeLRSMeasureLRSSegmentmaxmax_2max_3max_4minmin_2min_3min_4mincircleminimumdiameterminrectanglemoduloMultiplyCoveragesNearestnotnotEqualTonumberFormatnumberFormat2numGeometriesnumInteriorRingnumPointsoctagonalenvelopeoffsetoverlapsPagedUniqueparameterparseBooleanparseDoubleparseIntparseLongpiPointBufferspointNPointStackerPolygonExtractionpolygonizepowpropertyPropertyExistsQuantileQueryrandomRangeLookupRasterAsPointCollectionRasterZonalStatisticsRecodeRectangularCliprelaterelatePatternreprojectReprojectGeometryrescaleToPixelsrintroundround_2roundDoubleScaleCoveragesdo_nnsetCRSsimplifysinSnapsplitPolygonsqrtStandardDeviationstartAnglestartPointStoreCoveragestrCapitalizestrConcatstrEndsWithstrEqualsIgnoreCasestrIndexOfstringTemplatestrLastIndexOfstrLengthstrMatchesstrPositionstrReplacestrStartsWithstrSubstringstrSubstringStartstrToLowerCasestrToUpperCasestrTrimstrTrim2StyleCoveragesymDifferencetantoDegreestoRadianstouchestoWKTTransformunionUnionFeatureCollectionUniqueUniqueIntervalVectorToRasterVectorZonalStatisticsverticeswithin