WWF HydroATLAS Basins Level 12

WWF/HydroATLAS/v1/Basins/level12
Dataset Availability
2000-02-22T00:00:00Z–2000-02-22T00:00:00Z
Dataset Provider
Earth Engine Snippet
ee.FeatureCollection("WWF/HydroATLAS/v1/Basins/level12")

Description

BasinATLAS is a component of the HydroATLAS database, which is a component of HydroSHEDS.

BasinATLAS provides a standardized compendium of hydro-environmental attribute information for all watersheds of the world at high spatial resolution. This dataset includes data for 56 variables, partitioned into 281 attributes and organized in six categories: hydrology; physiography; climate; land cover & use; soils & geology; and anthropogenic influences (see Table 1 in the HydroATLAS documentation linked below).

Watersheds range from level 1 (coarse) to level 12 (detailed), using Pfastetter codes. The underlying watershed deleniation uses the NASA SRTM Digital Elevatin Map (DEM) below 60oN latitude and the USGS HYDRO1k DEM above 60oN.

Technical documentation:

https://www.hydrosheds.org/images/inpages/HydroATLAS_TechDoc_v10.pdf

Note that the quality of HydroATLAS data is significantly lower for regions above 60 degrees northern latitude as there is no underlying SRTM elevation data available and thus a coarser-resolution DEM was used (HYDRO1k provided by USGS).

HydroSHEDS was developed by the World Wildlife Fund (WWF) Conservation Science Program in partnership with the U.S. Geological Survey, the International Centre for Tropical Agriculture, The Nature Conservancy, and the Center for Environmental Systems Research of the University of Kassel, Germany.

Table Schema

Table Schema

Name Type Description
HYBAS_ID INT

First 1 digit represents the region: * 1 = Africa * 2 = Europe * 3 = Siberia * 4 = Asia * 5 = Australia * 6 = South America * 7 = North America * 8 = Arctic (North America) * 9 = Greenland.

Next 2 digits define the Pfafstetter level (01-12). The value '00' is used for the 'Level 0' layer that contains all original sub-basins and all Pfafstetter codes (at all levels); 'Level 0' only exists in the standard format of HydroBASINS (without lakes).

Next 6 digits represent a unique identifier within the HydroSHEDS network; values larger than 900,000 represent lakes and only occur in the customized format (with lakes)

Last 1 digit indicates the side of a sub-basin in relation to the river network (0 = noSide; 1 = Left; 2 = Right). Sides are only defined for the customized format (with lakes).
COAST INT

Indicator for lumped coastal basins: 0 = no; 1 = yes. Coastal basins represent conglomerates of small coastal watersheds that drain into the ocean between larger river basins.
DIST_MAIN DOUBLE

Distance from polygon outlet to the most downstream sink, in km.
DIST_SINK DOUBLE

Distance from polygon outlet to the next downstream sink, in km.
ENDO INT

Indicator for endorheic (inland) basins without surface flow connection to the ocean: 0 = not part of an endorheic basin; 1 = part of an endorheic basin; 2 = sink (i.e. most downstream polygon) of an endorheic basin.
MAIN_BAS INT

Hybas_id of the most downstream sink, i.e. the outlet of the main river basin.
NEXT_DOWN INT

Hybas_id of the next downstream polygon.
NEXT_SINK INT

Hybas_id of the next downstream sink.
PFAF_ID INT

The Pfafstetter code.
SORT INT

Indicator showing the record number (sequence) in which the original polygons are stored in the shapefile (i.e. counting upwards from 1 in the original shapefile). The original polygons are sorted from downstream to upstream. This field can be used to sort the polygons back to their original sequence or to perform topological searches.
SUB_AREA DOUBLE

Area of basin, in square kilometers.
UP_AREA DOUBLE

Total upstream area, in square kilometers.
aet_mm_s01 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
aet_mm_s02 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
aet_mm_s03 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
aet_mm_s04 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
aet_mm_s05 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
aet_mm_s06 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
aet_mm_s07 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
aet_mm_s08 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
aet_mm_s09 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
aet_mm_s10 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
aet_mm_s11 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
aet_mm_s12 INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
aet_mm_syr INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
aet_mm_uyr INT

Actual Evapotranspiration: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
ari_ix_sav INT

Global Aridity Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
ari_ix_uav INT

Global Aridity Index: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
cls_cl_smj INT

Climate Strata: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
cly_pc_sav INT

Clay Fraction in Soil: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
cly_pc_uav INT

Clay Fraction in Soil: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
clz_cl_smj INT

Climate Zones: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
cmi_ix_s01 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
cmi_ix_s02 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
cmi_ix_s03 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
cmi_ix_s04 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
cmi_ix_s05 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
cmi_ix_s06 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
cmi_ix_s07 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
cmi_ix_s08 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
cmi_ix_s09 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
cmi_ix_s10 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
cmi_ix_s11 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
cmi_ix_s12 INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
cmi_ix_syr INT

Climate Moisture Index: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
cmi_ix_uyr INT

Climate Moisture Index: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
crp_pc_sse INT

Cropland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
crp_pc_use INT

Cropland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
dis_m3_pmn DOUBLE

Natural Discharge: Category = Hydrology; Spatial Extent = {p} at sub-bsin pour point; Dimensions = {mn} annual minimum
dis_m3_pmx DOUBLE

Natural Discharge: Category = Hydrology; Spatial Extent = {p} at sub-bsin pour point; Dimensions = {mx} annual maximum
dis_m3_pyr DOUBLE

Natural Discharge: Category = Hydrology; Spatial Extent = {p} at sub-bsin pour point; Dimensions = {yr} annual average
dor_pc_pva INT

Degree of Regulation: Category = Hydrology; Spatial Extent = {p} at sub-bsin pour point; Dimensions = {va} value
ele_mt_sav INT

Elevation: Category = Physiography; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
ele_mt_smn INT

Elevation: Category = Physiography; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mn} minimum
ele_mt_smx INT

Elevation: Category = Physiography; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mx} maximum
ele_mt_uav INT

Elevation: Category = Physiography; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
ero_kh_sav INT

Soil Erosion: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
ero_kh_uav INT

Soil Erosion: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
fec_cl_smj INT

Freshwater Ecoregions: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
fmh_cl_smj INT

Freshwater Major Habitat Types: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
for_pc_sse INT

Forest Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
for_pc_use INT

Forest Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
gad_id_smj INT

Global Administrative Areas: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
gdp_ud_sav INT

Gross Domestic Product: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
gdp_ud_ssu INT

Gross Domestic Product: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {su} sum
gdp_ud_usu INT

Gross Domestic Product: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
gla_pc_sse INT

Glacier Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
gla_pc_use INT

Glacier Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
glc_cl_smj INT

Land Cover Classes: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
glc_pc_s01 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} % coverage: Tree Cover, broadleaved, evergreen
glc_pc_s02 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} % coverage: Tree Cover, broadleaved, deciduous, closed
glc_pc_s03 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} % coverage: Tree Cover, broadleaved, deciduous, open
glc_pc_s04 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} % coverage: Tree Cover, needle-leaved, evergreen
glc_pc_s05 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} % coverage: Tree Cover, needle-leaved, deciduous
glc_pc_s06 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} % coverage: Tree Cover, mixed leaf type
glc_pc_s07 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} % coverage: Tree Cover, regularly flooded, fresh water (& brackish)
glc_pc_s08 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} % coverage: Tree Cover, regularly flooded, saline water
glc_pc_s09 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} % coverage: Mosaic: Tree cover / Other natural vegetation
glc_pc_s10 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} % coverage: Tree Cover, burnt
glc_pc_s11 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} % coverage: Shrub Cover, closed-open, evergreen
glc_pc_s12 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} % coverage: Shrub Cover, closed-open, deciduous
glc_pc_s13 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {13} % coverage: Herbaceous Cover, closed-open
glc_pc_s14 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {14} % coverage: Sparse Herbaceous or sparse Shrub Cover
glc_pc_s15 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {15} % coverage: Regularly flooded Shrub and/or Herbaceous Cover
glc_pc_s16 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {16} % coverage: Cultivated and managed areas
glc_pc_s17 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {17} % coverage: Mosaic: Cropland / Tree Cover / Other natural vegetation
glc_pc_s18 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {18} % coverage: Mosaic: Cropland / Shrub or Grass Cover
glc_pc_s19 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {19} % coverage: Bare Areas
glc_pc_s20 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {20} % coverage: Water Bodies
glc_pc_s21 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {21} % coverage: Snow and Ice
glc_pc_s22 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {22} % coverage: Artificial surfaces and associated areas
glc_pc_u01 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {01} % coverage: Tree Cover, broadleaved, evergreen
glc_pc_u02 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {02} % coverage: Tree Cover, broadleaved, deciduous, closed
glc_pc_u03 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {03} % coverage: Tree Cover, broadleaved, deciduous, open
glc_pc_u04 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {04} % coverage: Tree Cover, needle-leaved, evergreen
glc_pc_u05 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {05} % coverage: Tree Cover, needle-leaved, deciduous
glc_pc_u06 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {06} % coverage: Tree Cover, mixed leaf type
glc_pc_u07 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {07} % coverage: Tree Cover, regularly flooded, fresh water (& brackish)
glc_pc_u08 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {08} % coverage: Tree Cover, regularly flooded, saline water
glc_pc_u09 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {09} % coverage: Mosaic: Tree cover / Other natural vegetation
glc_pc_u10 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {10} % coverage: Tree Cover, burnt
glc_pc_u11 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {11} % coverage: Shrub Cover, closed-open, evergreen
glc_pc_u12 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {12} % coverage: Shrub Cover, closed-open, deciduous
glc_pc_u13 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {13} % coverage: Herbaceous Cover, closed-open
glc_pc_u14 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {14} % coverage: Sparse Herbaceous or sparse Shrub Cover
glc_pc_u15 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {15} % coverage: Regularly flooded Shrub and/or Herbaceous Cover
glc_pc_u16 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {16} % coverage: Cultivated and managed areas
glc_pc_u17 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {17} % coverage: Mosaic: Cropland / Tree Cover / Other natural vegetation
glc_pc_u18 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {18} % coverage: Mosaic: Cropland / Shrub or Grass Cover
glc_pc_u19 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {19} % coverage: Bare Areas
glc_pc_u20 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {20} % coverage: Water Bodies
glc_pc_u21 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {21} % coverage: Snow and Ice
glc_pc_u22 INT

Land Cover Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {22} % coverage: Artificial surfaces and associated areas
gwt_cm_sav INT

Groundwater Table Depth: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
hdi_ix_sav INT

Human Development Index: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
hft_ix_s09 INT

Human Footprint: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} year 2009
hft_ix_s93 INT

Human Footprint: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {93} year 1993
hft_ix_u09 INT

Human Footprint: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {09} year 2009
hft_ix_u93 INT

Human Footprint: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {93} year 1993
inu_pc_slt INT

Inundation Extent: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {lt} long-term maximum
inu_pc_smn INT

Inundation Extent: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mn} annual minimum
inu_pc_smx INT

Inundation Extent: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mx} annual maximum
inu_pc_ult INT

Inundation Extent: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {lt} long-term maximum
inu_pc_umn INT

Inundation Extent: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {mn} annual minimum
inu_pc_umx INT

Inundation Extent: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {mx} annual maximum
ire_pc_sse INT

Irrigated Area Extent (Equipped): Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
ire_pc_use INT

Irrigated Area Extent (Equipped): Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
kar_pc_sse INT

Karst Area Extent: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
kar_pc_use INT

Karst Area Extent: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
lit_cl_smj INT

Lithological Classes: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
lka_pc_sse INT

Limnicity (Percent Lake Area): Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
lka_pc_use INT

Limnicity (Percent Lake Area): Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
lkv_mc_usu INT

Lake Volume: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
nli_ix_sav INT

Nighttime Lights: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
nli_ix_uav INT

Nighttime Lights: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
pac_pc_sse INT

Protected Area Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
pac_pc_use INT

Protected Area Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
pet_mm_s01 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
pet_mm_s02 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
pet_mm_s03 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
pet_mm_s04 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
pet_mm_s05 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
pet_mm_s06 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
pet_mm_s07 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
pet_mm_s08 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
pet_mm_s09 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
pet_mm_s10 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
pet_mm_s11 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
pet_mm_s12 INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
pet_mm_syr INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
pet_mm_uyr INT

Potential Evapotranspiration: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
pnv_cl_smj INT

Potential Natural Vegetation Classes: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
pnv_pc_s01 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} % coverage: Tropical Evergreen Forest/Woodland
pnv_pc_s02 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} % coverage: Tropical Deciduous Forest/Woodland
pnv_pc_s03 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} % coverage: Temperate Broadleaf Evergreen Forest/Woodland
pnv_pc_s04 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} % coverage: Temperate Needleleaf Evergreen Forest/Woodland
pnv_pc_s05 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} % coverage: Temperate Dciduous Forest/Woodland
pnv_pc_s06 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} % coverage: Boreal Evergreen Forest/Woodland
pnv_pc_s07 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} % coverage: Boreal Deciduous Forest/Woodland
pnv_pc_s08 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} % coverage: Mixed Forest
pnv_pc_s09 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} % coverage: Savanna
pnv_pc_s10 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} % coverage: Grassland/Steppe
pnv_pc_s11 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} % coverage: Dense Shrubland
pnv_pc_s12 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} % coverage: Open Shrubland
pnv_pc_s13 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {13} % coverage: Tundra
pnv_pc_s14 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {14} % coverage: Desert
pnv_pc_s15 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {15} % coverage: Polar Desert/Rock/Ice
pnv_pc_u01 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {01} % coverage: Tropical Evergreen Forest/Woodland
pnv_pc_u02 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {02} % coverage: Tropical Deciduous Forest/Woodland
pnv_pc_u03 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {03} % coverage: Temperate Broadleaf Evergreen Forest/Woodland
pnv_pc_u04 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {04} % coverage: Temperate Needleleaf Evergreen Forest/Woodland
pnv_pc_u05 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {05} % coverage: Temperate Dciduous Forest/Woodland
pnv_pc_u06 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {06} % coverage: Boreal Evergreen Forest/Woodland
pnv_pc_u07 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {07} % coverage: Boreal Deciduous Forest/Woodland
pnv_pc_u08 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {08} % coverage: Mixed Forest
pnv_pc_u09 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {09} % coverage: Savanna
pnv_pc_u10 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {10} % coverage: Grassland/Steppe
pnv_pc_u11 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {11} % coverage: Dense Shrubland
pnv_pc_u12 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {12} % coverage: Open Shrubland
pnv_pc_u13 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {13} % coverage: Tundra
pnv_pc_u14 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {14} % coverage: Desert
pnv_pc_u15 INT

Potential Natural Vegetation Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {15} % coverage: Polar Desert/Rock/Ice
pop_ct_ssu DOUBLE

Population Count: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {su} sum
pop_ct_usu DOUBLE

Population Count: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
ppd_pk_sav DOUBLE

Population Density: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
ppd_pk_uav DOUBLE

Population Density: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
pre_mm_s01 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
pre_mm_s02 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
pre_mm_s03 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
pre_mm_s04 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
pre_mm_s05 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
pre_mm_s06 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
pre_mm_s07 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
pre_mm_s08 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
pre_mm_s09 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
pre_mm_s10 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
pre_mm_s11 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
pre_mm_s12 INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
pre_mm_syr INT

Precipitation: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
pre_mm_uyr INT

Precipitation: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
prm_pc_sse INT

Permafrost Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
prm_pc_use INT

Permafrost Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
pst_pc_sse INT

Pasture Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {se} spatial extent (%)
pst_pc_use INT

Pasture Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
rdd_mk_sav INT

Road Density: Category = Anthropogenic; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
rdd_mk_uav INT

Road Density: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
rev_mc_usu INT

Reservoir Volume: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
ria_ha_ssu DOUBLE

River Area: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {su} sum
ria_ha_usu DOUBLE

River Area: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
riv_tc_ssu DOUBLE

River Volume: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {su} sum
riv_tc_usu DOUBLE

River Volume: Category = Hydrology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {su} sum
run_mm_syr INT

Land Surface Runoff: Category = Hydrology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
sgr_dk_sav INT

Stream Gradient: Category = Physiography; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
slp_dg_sav INT

Terrain Slope: Category = Physiography; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
slp_dg_uav INT

Terrain Slope: Category = Physiography; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
slt_pc_sav INT

Silt Fraction in Soil: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
slt_pc_uav INT

Silt Fraction in Soil: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
snd_pc_sav INT

Sand Fraction in Soil: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
snd_pc_uav INT

Sand Fraction in Soil: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
snw_pc_s01 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
snw_pc_s02 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
snw_pc_s03 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
snw_pc_s04 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
snw_pc_s05 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
snw_pc_s06 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
snw_pc_s07 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
snw_pc_s08 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
snw_pc_s09 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
snw_pc_s10 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
snw_pc_s11 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
snw_pc_s12 INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
snw_pc_smx INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mx} annual maximum
snw_pc_syr INT

Snow Cover Extent: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
snw_pc_uyr INT

Snow Cover Extent: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
soc_th_sav INT

Organic Carbon Content in Soil: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {av} average
soc_th_uav INT

Organic Carbon Content in Soil: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {av} average
swc_pc_s01 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
swc_pc_s02 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
swc_pc_s03 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
swc_pc_s04 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
swc_pc_s05 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
swc_pc_s06 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
swc_pc_s07 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
swc_pc_s08 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
swc_pc_s09 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
swc_pc_s10 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
swc_pc_s11 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
swc_pc_s12 INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
swc_pc_syr INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
swc_pc_uyr INT

Soil Water Content: Category = Soils & Geology; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
tbi_cl_smj INT

Terrestrial Biomes: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
tec_cl_smj INT

Terrestrial Ecoregions: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
tmp_dc_s01 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} January
tmp_dc_s02 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} February
tmp_dc_s03 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} March
tmp_dc_s04 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} April
tmp_dc_s05 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} May
tmp_dc_s06 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} June
tmp_dc_s07 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} July
tmp_dc_s08 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} August
tmp_dc_s09 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} September
tmp_dc_s10 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {10} October
tmp_dc_s11 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {11} November
tmp_dc_s12 INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {12} December
tmp_dc_smn INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mn} annual minimum
tmp_dc_smx INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mx} annual maximum
tmp_dc_syr INT

Air Temperature: Category = Climate; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {yr} annual average
tmp_dc_uyr INT

Air Temperature: Category = Climate; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {yr} annual average
urb_pc_sse INT

Urban Extent: Category = Anthropogenic; Spatial Extent = {s} in reach catchment; Dimensions = {se} spatial extent (%)
urb_pc_use INT

Urban Extent: Category = Anthropogenic; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {se} spatial extent (%)
wet_cl_smj INT

Wetland Classes: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {mj} spatial majority
wet_pc_s01 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {01} Wetland class #1: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s02 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {02} Wetland class #2: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s03 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {03} Wetland class #3: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s04 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {04} Wetland class #4: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s05 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {05} Wetland class #5: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s06 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {06} Wetland class #6: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s07 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {07} Wetland class #7: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s08 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {08} Wetland class #8: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_s09 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {09} Wetland class #9: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_sg1 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {g1} Wetland class grouping; see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_sg2 INT

Wetland Extent: Category = Landcover; Spatial Extent = {s} at sub-bsin pour point; Dimensions = {g2} Wetland class grouping; see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u01 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {01} Wetland class #1: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u02 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {02} Wetland class #2: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u03 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {03} Wetland class #3: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u04 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {04} Wetland class #4: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u05 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {05} Wetland class #5: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u06 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {06} Wetland class #6: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u07 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {07} Wetland class #7: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u08 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {08} Wetland class #8: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_u09 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {09} Wetland class #9: see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_ug1 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {g1} Wetland class grouping; see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database
wet_pc_ug2 INT

Wetland Extent: Category = Landcover; Spatial Extent = {u} in total watershed upstream of sub-basin pour point; Dimensions = {g2} Wetland class grouping; see https://www.worldwildlife.org/pages/global-lakes-and-wetlands-database

Terms of Use

Terms of Use

'The HydroATLAS database is licensed under a Creative Commons Attribution (CC-BY) 4.0 International License. Please also refer to the HydroATLAS Technical Documentation for more details on the license and requested citations.

By downloading and using the data the user agrees to the terms and conditions of this license.'

Citations

Citations:

  • 'Linke, S., Lehner, B., Ouellet Dallaire, C., Ariwi, J., Grill, G., Anand, M., Beames, P., Burchard-Levine, V., Maxwell, S., Moidu, H., Tan, F., Thieme, M. (2019). Global hydro-environmental sub-basin and river reach characteristics at high spatial resolution. Scientific Data 6: 283. DOI:10.1038/s41597-019-0300-6.'

  • doi:10.6084/m9.figshare.9890531

Explore with Earth Engine

Code Editor (JavaScript)

// Load the HydroATLAS dataset.
var basinATLAS = ee.FeatureCollection('WWF/HydroATLAS/v1/Basins/level12');

// Set visualization to show upstream drainage area.
var upstreamDrainageArea = ee.Image().byte().paint({
  featureCollection: basinATLAS,
  color: 'UP_AREA',
});

// Set map extent to show the Nile and surrounding basins.
Map.setCenter(-46.25, -23.57, 7);

// Create a viridis colormap.
var viridis = [
  '481567', '482677', '453781', '404788', '39568c', '33638d', '2d708e',
  '287d8e', '238a8d', '1f968b', '20a387', '29af7f', '3cbb75', '55c667',
  '73d055', '95d840', 'b8de29', 'dce319', 'fde725'];

var region = ee.Geometry.BBox(-80, -60, -20, 20);

Map.addLayer(upstreamDrainageArea.clip(region), {palette: viridis, max: 1e4},
             'Upstream Drainage Area [mm]', true, 0.8);
Open in Code Editor
BasinATLAS is a component of the HydroATLAS database, which is a component of HydroSHEDS. BasinATLAS provides a standardized compendium of hydro-environmental attribute information for all watersheds of the world at high spatial resolution. This dataset includes data for 56 variables, partitioned into 281 attributes and organized in six categories: hydrology; …
WWF/HydroATLAS/v1/Basins/level12, geophysical,hydroatlas,hydrography,hydrology,hydrosheds,srtm,table,water,watershed,wwf
2000-02-22T00:00:00Z/2000-02-22T00:00:00Z
Google Earth Engine