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About GeoServer
Data
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WCS request builder
Step by step WCS GetCoverage request builder.
WCS Version
1.0.0
1.1.1
Coverage name
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air_data:01-01-1980_00_30_00
air_data:01-01-1980_01_30_00
air_data:01-01-1980_02_30_00
air_data:01-01-1980_03_30_00
air_data:01-01-1980_04_30_00
air_data:01-01-1980_05_30_00
air_data:01-01-1980_06_30_00
air_data:01-01-1980_07_30_00
air_data:01-01-1980_08_30_00
air_data:01-01-1980_09_30_00
air_data:01-01-1980_10_30_00
air_data:01-01-1980_11_30_00
air_data:01-01-1980_12_30_00
air_data:01-01-1980_13_30_00
air_data:01-01-1980_14_30_00
air_data:01-01-1980_15_30_00
air_data:01-01-1980_16_30_00
air_data:01-01-1980_17_30_00
air_data:01-01-1980_18_30_00
air_data:01-01-1980_19_30_00
air_data:01-01-1980_20_30_00
air_data:01-01-1980_21_30_00
air_data:01-01-1980_22_30_00
air_data:01-01-1980_23_30_00
arctic_swi:1985
arctic_swi:1986
arctic_swi:1989
arctic_swi:1990
arctic_swi:1991
arctic_swi:1992
arctic_swi:1993
arctic_swi:1994
arctic_swi:1995
arctic_swi:1996
arctic_swi:1997
arctic_swi:1998
arctic_swi:1999
arctic_swi:2000
arctic_swi:2001
arctic_swi:2002
arctic_swi:2003
arctic_swi:2004
arctic_swi:2005
arctic_swi:2006
arctic_swi:2007
arctic_swi:2008
arctic_swi:2009
arctic_swi:2010
arctic_swi:2011
arctic_swi:2012
arctic_swi:2013
arctic_swi:2014
arctic_swi:2015
arctic_swi:2016
area:PVOUT
basemap:NE_Drape
basemap:world_200408
climate_models:ACCESS1-0_2070-2099_rcp45_absolute
climate_models:ACCESS1-0_2070-2099_rcp85_absolute
climate_models:CCSM4_2070-2099_rcp45_absolute
climate_models:CCSM4_2070-2099_rcp85_absolute
climate_models:CNRM-CM5_2070-2099_rcp45_absolute
climate_models:CNRM-CM5_2070-2099_rcp85_absolute
climate_models:CSIRO-MK3-6-0_2070-2099_rcp45_absolute
climate_models:CSIRO-MK3-6-0_2070-2099_rcp85_absolute
climate_models:CanESM2_2070-2099_rcp45_absolute
climate_models:CanESM2_2070-2099_rcp85_absolute
climate_models:GISS-E2-H_2070-2099_rcp45_absolute
climate_models:GISS-E2-H_2070-2099_rcp85_absolute
climate_models:GISS-E2-R_2070-2099_rcp45_absolute
climate_models:GISS-E2-R_2070-2099_rcp85_absolute
climate_models:HadGEM2-ES_2070-2099_rcp45_absolute
climate_models:HadGEM2-ES_2070-2099_rcp85_absolute
climate_models:IPSL-CM5A-LR_2070-2099_rcp45_absolute
climate_models:IPSL-CM5A-LR_2070-2099_rcp85_absolute
climate_models:MIROC-ESM_2070-2099_rcp45_absolute
climate_models:MIROC-ESM_2070-2099_rcp85_absolute
climate_models:MPI-ESM-LR_2070-2099_rcp45_absolute
climate_models:MPI-ESM-LR_2070-2099_rcp85_absolute
climate_models:MRI-CGCM3_2070-2099_rcp45_absolute
climate_models:MRI-CGCM3_2070-2099_rcp85_absolute
climate_models:NorESM1-M_2070-2099_rcp45_absolute
climate_models:NorESM1-M_2070-2099_rcp85_absolute
climate_models:bcc-csm1-1_2070-2099_rcp45_absolute
climate_models:bcc-csm1-1_2070-2099_rcp85_absolute
climate_models:inmcm4_2070-2099_rcp45_absolute
climate_models:inmcm4_2070-2099_rcp85_absolute
global_solar_atlas:Air_temperature_surface
global_solar_atlas:Diffuse_horizontal_irradiation
global_solar_atlas:Direct_normal_irradiation
global_solar_atlas:Global_horizontal_irradiation
global_solar_atlas:Global_irradiation_for_optimally_tilted_surface
global_solar_atlas:Optimum_tilt_to_maximize_yearly
global_solar_atlas:Photovoltaic_power_potential
global_solar_atlas:Terrain_elevation_above_sea_level
global_wind_atlas:Alaska_capacity_factor_iec_class_i
global_wind_atlas:Alaska_capacity_factor_iec_class_ii
global_wind_atlas:Alaska_capacity_factor_iec_class_iii
global_wind_atlas:Alaska_wind_power_density_100m
global_wind_atlas:Alaska_wind_power_density_200m
global_wind_atlas:Alaska_wind_power_density_50m
global_wind_atlas:Alaska_wind_speed
global_wind_atlas:Canada_capacity_factor_IEC_class_I
global_wind_atlas:Canada_capacity_factor_IEC_class_II
global_wind_atlas:Canada_capacity_factor_IEC_class_III
global_wind_atlas:Canada_wind_power_density_100m
global_wind_atlas:Canada_wind_power_density_200m
global_wind_atlas:Canada_wind_power_density_50m
global_wind_atlas:Canada_wind_speed
global_wind_atlas:Iceland_capacity_factor_IEC_class_I
global_wind_atlas:Iceland_capacity_factor_IEC_class_II
global_wind_atlas:Iceland_capacity_factor_IEC_class_III
global_wind_atlas:Iceland_wind_power_density_100m
global_wind_atlas:Iceland_wind_power_density_200m
global_wind_atlas:Iceland_wind_power_density_50m
global_wind_atlas:Iceland_wind_speed
global_wind_atlas:Russia_capacity_factor_IEC_class_I
global_wind_atlas:Russia_capacity_factor_IEC_class_II
global_wind_atlas:Russia_capacity_factor_IEC_class_III
global_wind_atlas:Russia_wind_power_density_100m
global_wind_atlas:Russia_wind_power_density_200m
global_wind_atlas:Russia_wind_power_density_50m
global_wind_atlas:Russia_wind_speed
global_wind_atlas:US_capacity_factor_iec_class_i
global_wind_atlas:US_capacity_factor_iec_class_ii
global_wind_atlas:US_capacity_factor_iec_class_iii
global_wind_atlas:US_wind_power_density_100m
global_wind_atlas:US_wind_power_density_200m
global_wind_atlas:US_wind_power_density_50m
global_wind_atlas:US_wind_speed
iceland:iceland_basemap
iceland:iceland_basemap_hq
iceland:iceland_bathymetry
iceland:iceland_hillshade_hq
iceland:iceland_hillshade_hq2
iceland:iceland_hillshade_lq
nasa:nasa_dnr_annual
nasa:nasa_dnr_apr
nasa:nasa_dnr_aug
nasa:nasa_dnr_dec
nasa:nasa_dnr_feb
nasa:nasa_dnr_jan
nasa:nasa_dnr_jul
nasa:nasa_dnr_jun
nasa:nasa_dnr_mar
nasa:nasa_dnr_may
nasa:nasa_dnr_nov
nasa:nasa_dnr_oct
nasa:nasa_dnr_sep
ncscd_v2:circumpolar_soil_organic_carbon_content_100cm
ncscd_v2:circumpolar_soil_organic_carbon_content_200cm
ncscd_v2:circumpolar_soil_organic_carbon_content_300cm
ncscd_v2:circumpolar_soil_organic_carbon_content_30cm
permafrost:gtnp_magt_dev_2004_2009_2015
seaice_extent:N_197901_extent_v3.0
seaice_extent:N_197907_extent_v3.0
seaice_extent:N_198001_extent_v3.0
seaice_extent:N_198007_extent_v3.0
seaice_extent:N_198101_extent_v3.0
seaice_extent:N_198107_extent_v3.0
seaice_extent:N_198201_extent_v3.0
seaice_extent:N_198207_extent_v3.0
seaice_extent:N_198301_extent_v3.0
seaice_extent:N_198307_extent_v3.0
seaice_extent:N_198401_extent_v3.0
seaice_extent:N_198407_extent_v3.0
seaice_extent:N_198501_extent_v3.0
seaice_extent:N_198507_extent_v3.0
seaice_extent:N_198601_extent_v3.0
seaice_extent:N_198607_extent_v3.0
seaice_extent:N_198701_extent_v3.0
seaice_extent:N_198707_extent_v3.0
seaice_extent:N_198807_extent_v3.0
seaice_extent:N_198901_extent_v3.0
seaice_extent:N_198907_extent_v3.0
seaice_extent:N_199001_extent_v3.0
seaice_extent:N_199007_extent_v3.0
seaice_extent:N_199101_extent_v3.0
seaice_extent:N_199107_extent_v3.0
seaice_extent:N_199201_extent_v3.0
seaice_extent:N_199207_extent_v3.0
seaice_extent:N_199301_extent_v3.0
seaice_extent:N_199307_extent_v3.0
seaice_extent:N_199401_extent_v3.0
seaice_extent:N_199407_extent_v3.0
seaice_extent:N_199501_extent_v3.0
seaice_extent:N_199507_extent_v3.0
seaice_extent:N_199601_extent_v3.0
seaice_extent:N_199607_extent_v3.0
seaice_extent:N_199701_extent_v3.0
seaice_extent:N_199707_extent_v3.0
seaice_extent:N_199801_extent_v3.0
seaice_extent:N_199807_extent_v3.0
seaice_extent:N_199901_extent_v3.0
seaice_extent:N_199907_extent_v3.0
seaice_extent:N_200001_extent_v3.0
seaice_extent:N_200007_extent_v3.0
seaice_extent:N_200101_extent_v3.0
seaice_extent:N_200107_extent_v3.0
seaice_extent:N_200201_extent_v3.0
seaice_extent:N_200207_extent_v3.0
seaice_extent:N_200301_extent_v3.0
seaice_extent:N_200307_extent_v3.0
seaice_extent:N_200401_extent_v3.0
seaice_extent:N_200407_extent_v3.0
seaice_extent:N_200501_extent_v3.0
seaice_extent:N_200507_extent_v3.0
seaice_extent:N_200601_extent_v3.0
seaice_extent:N_200607_extent_v3.0
seaice_extent:N_200701_extent_v3.0
seaice_extent:N_200707_extent_v3.0
seaice_extent:N_200801_extent_v3.0
seaice_extent:N_200807_extent_v3.0
seaice_extent:N_200901_extent_v3.0
seaice_extent:N_200907_extent_v3.0
seaice_extent:N_201001_extent_v3.0
seaice_extent:N_201007_extent_v3.0
seaice_extent:N_201101_extent_v3.0
seaice_extent:N_201107_extent_v3.0
seaice_extent:N_201201_extent_v3.0
seaice_extent:N_201207_extent_v3.0
seaice_extent:N_201301_extent_v3.0
seaice_extent:N_201307_extent_v3.0
seaice_extent:N_201401_extent_v3.0
seaice_extent:N_201407_extent_v3.0
seaice_extent:N_201501_extent_v3.0
seaice_extent:N_201507_extent_v3.0
seaice_extent:N_201601_extent_v3.0
seaice_extent:N_201607_extent_v3.0
seaice_extent:N_201701_extent_v3.0
seaice_extent:N_201707_extent_v3.0
seaice_extent:N_201801_extent_v3.0
seaice_extent:N_201807_extent_v3.0
seaice_extent:N_201901_extent_v3.0
seaice_extent:N_201907_extent_v3.0
seaice_extent:N_202001_extent_v3.0
seaice_extent:N_202007_extent_v3.0
seaice_extent:N_202101_extent_v3.0
seaice_extent:N_202107_extent_v3.0
seaice_extent:N_202201_extent_v3.0
seaice_extent:N_202207_extent_v3.0
seaice_extent:N_202301_extent_v3.0
seaice_extent:N_202307_extent_v3.0
seaiceage_v4:iceage_nh_12.5km_19840101_19841231_v4.1
seaiceage_v4:iceage_nh_12.5km_19840101_20181231_v4.1
seaiceage_v4:iceage_nh_12.5km_19850101_19851231_v4.1
seaiceage_v4:iceage_nh_12.5km_19860101_19861231_v4.1
seaiceage_v4:iceage_nh_12.5km_19870101_19871231_v4.1
seaiceage_v4:iceage_nh_12.5km_19880101_19881231_v4.1
seaiceage_v4:iceage_nh_12.5km_19890101_19891231_v4.1
seaiceage_v4:iceage_nh_12.5km_19900101_19901231_v4.1
seaiceage_v4:iceage_nh_12.5km_19910101_19911231_v4.1
seaiceage_v4:iceage_nh_12.5km_19920101_19921231_v4.1
seaiceage_v4:iceage_nh_12.5km_19930101_19931231_v4.1
seaiceage_v4:iceage_nh_12.5km_19940101_19941231_v4.1
seaiceage_v4:iceage_nh_12.5km_19950101_19951231_v4.1
seaiceage_v4:iceage_nh_12.5km_19960101_19961231_v4.1
seaiceage_v4:iceage_nh_12.5km_19970101_19971231_v4.1
seaiceage_v4:iceage_nh_12.5km_19980101_19981231_v4.1
seaiceage_v4:iceage_nh_12.5km_19990101_19991231_v4.1
seaiceage_v4:iceage_nh_12.5km_20000101_20001231_v4.1
seaiceage_v4:iceage_nh_12.5km_20010101_20011231_v4.1
seaiceage_v4:iceage_nh_12.5km_20020101_20021231_v4.1
seaiceage_v4:iceage_nh_12.5km_20030101_20031231_v4.1
seaiceage_v4:iceage_nh_12.5km_20040101_20041231_v4.1
seaiceage_v4:iceage_nh_12.5km_20050101_20051231_v4.1
seaiceage_v4:iceage_nh_12.5km_20060101_20061231_v4.1
seaiceage_v4:iceage_nh_12.5km_20070101_20071231_v4.1
seaiceage_v4:iceage_nh_12.5km_20080101_20081231_v4.1
seaiceage_v4:iceage_nh_12.5km_20090101_20091231_v4.1
seaiceage_v4:iceage_nh_12.5km_20100101_20101231_v4.1
seaiceage_v4:iceage_nh_12.5km_20110101_20111231_v4.1
seaiceage_v4:iceage_nh_12.5km_20120101_20121231_v4.1
seaiceage_v4:iceage_nh_12.5km_20130101_20131231_v4.1
seaiceage_v4:iceage_nh_12.5km_20140101_20141231_v4.1
seaiceage_v4:iceage_nh_12.5km_20150101_20151231_v4.1
seaiceage_v4:iceage_nh_12.5km_20160101_20161231_v4.1
seaiceage_v4:iceage_nh_12.5km_20170101_20171231_v4.1
seaiceage_v4:iceage_nh_12.5km_20180101_20181231_v4.1
vito_solar_data:AllSky_AnnualAverage
vito_solar_data:AllSky_MonthlyAverage_01
vito_solar_data:AllSky_MonthlyAverage_02
vito_solar_data:AllSky_MonthlyAverage_03
vito_solar_data:AllSky_MonthlyAverage_04
vito_solar_data:AllSky_MonthlyAverage_05
vito_solar_data:AllSky_MonthlyAverage_06
vito_solar_data:AllSky_MonthlyAverage_07
vito_solar_data:AllSky_MonthlyAverage_08
vito_solar_data:AllSky_MonthlyAverage_09
vito_solar_data:AllSky_MonthlyAverage_10
vito_solar_data:AllSky_MonthlyAverage_11
vito_solar_data:AllSky_MonthlyAverage_12
vito_solar_data:ClearSky_AnnualAverage
vito_solar_data:ClearSky_MonthlyAverage_01
vito_solar_data:ClearSky_MonthlyAverage_02
vito_solar_data:ClearSky_MonthlyAverage_03
vito_solar_data:ClearSky_MonthlyAverage_04
vito_solar_data:ClearSky_MonthlyAverage_05
vito_solar_data:ClearSky_MonthlyAverage_06
vito_solar_data:ClearSky_MonthlyAverage_07
vito_solar_data:ClearSky_MonthlyAverage_08
vito_solar_data:ClearSky_MonthlyAverage_09
vito_solar_data:ClearSky_MonthlyAverage_10
vito_solar_data:ClearSky_MonthlyAverage_12
WCS DescribeCoverage
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