Laura L. Hallberg William B. Hamilton DeAnn M. Dutton Cailin L. Brugger 20230621 raster digital data https://doi.org/10.5066/P93JP0VQ This dataset was produced by the U.S. Geological Survey (USGS) in cooperation with the Wyoming Water Development Office for the purpose of calculating basin characteristics in preparation for the Wyoming StreamStats application. These datasets are raster representations of various environmental, geological, and land use attributes with the Wyoming StreamStats study area and will be served in the Wyoming StreamStats application to describe delineated watersheds. The StreamStats application provides access to spatial analytical tools that are useful for water-resources planning and management, and for engineering and design purposes. The map-based user interface can be used to delineate drainage areas, get basin characteristics and estimates of flow statistics. To aid in parameterization of mechanistic, statistical, and machine learning models of hydrologic systems in the Wyoming StreamStats study area, flow-conditioned parameter grids (FCPGs) have been generated describing upstream basin elevation, slope, level III and IV ecoregion codes, hydrologic regions, land cover classification, waterbodies, first of the month snow water equivalent (Jan-Jun), soil type, average soil permeability, evapotranspiration Spring and Summer, and modeled 30-year normal climatologies of average annual total precipitation, average monthly total precipitation, average annual daily mean temperature, and average monthly daily mean temperature values within the Wyoming StreamStats study area. Data were obtained to support the U.S. Geological Survey update of the regression equations for Wyoming and for the incorporation into the Wyoming StreamStats application to describe characteristics of delineated watersheds.This FCPG dataset provides seamless basin characteristics for the Wyoming StreamStats study area to allow the parameterization and application of mechanistic, statistical, and machine learning models at a 10-meter scale. 1972 2022 ground condition Complete None planned -112.6344 -101.9574 46.9086 39.7371 ISO 19115 Topic Category environment geoscientificInformation elevation USGS Thesaurus geospatial datasets digital elevation models runoff hydrology land use and land cover USGS Metadata Identifier USGS:634cc5ffd34e47431c14d05b Geographic Names Information System (GNIS) Wyoming None. Please see 'Distribution Info' for details. Although these data have been used by the U.S. Geological Survey, U.S. Department of the Interior, no warranty expressed or implied is made by the U.S. Geological Survey as to the accuracy of the data. The act of distribution shall not constitute any such warranty, and no responsibility is assumed by the U.S. Geological Survey in the use of this data, software, or related materials. Any use of trade, firm, or product names is for descriptive purposes only and does not imply endorsement by the U.S. Government. This dataset may be redistributed if it is not edited and is properly referenced. Although USGS intends to make this server available 24 hours a day, seven days a week, timely delivery of data and products from this server through the Internet is not guaranteed. Any hardcopy or electronic products utilizing these datasets will clearly indicate their source. If the user has modified the data in any way, they are obligated to describe the types of modifications they have performed. User specifically agrees not to misrepresent these data sets, nor to imply that the USGS approved the changes. Any data downloaded must be properly cited. Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov Wyoming Water Development Office contributed to project funding. These datasets were generated in CentOS, USGS Yeti Supercomputer, U.S. Geological Survey, https://doi.org/10.5066/F7D798MJ. Software used include FCPGtools, Python 3.6.10, openmpi 3.1.4, tauDEM 5.3.8, and gdal 2.4.1. These layers were generated in Windows 10 using a combination of ArcInfo, ArcMap 10.7.1, and ArcGIS Pro 3.0.3. Older versions of ArcGIS software were necessary for some of the processing steps. Theo B. Barnhart Roy Sando Seth A. Siefken Peter M. McCarthy Alan H. Rea 20200903 1.0.9 application/service https://github.com/usgs/water-fcpg-tools No formal attribute accuracy tests were conducted. No formal logical accuracy tests were conducted. Data set is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional details. No formal positional accuracy tests were conducted. No formal positional vertical accuracy tests were conducted. Numerical Terradynamic Simulation Group (NTSG) Lab, School of Forestry, University of Montana 20190610 Version 6 raster digital data DOI: 10.5067/MODIS/MOD16A2.006 https://lpdaac.usgs.gov/products/mod16a2v006/ Digital and/or Hardcopy 20000101 20141231 ground condition MOD16A2 Evapotranspiration data for spring (March-June) and summer (July-October) U.S. EPA Office of Research & Development (ORD) 20130416 vector digital data https://www.epa.gov/eco-research/level-iii-and-iv-ecoregions-continental-united-states Digital and/or Hardcopy 2010 2013 ground condition Ecoregions Ecoregions US_L3CODE and US_L4CODE U.S. Geological Survey 20180920 Beta file geodatabase https://www.usgs.gov/core-science-systems/ngp/national-hydrography/nhdplus-high-resolution Digital and/or Hardcopy 1988 2012 ground condition NHDPlus HR NHD waterbody features U.S. Geological Survey 20180920 Beta raster digital data https://www.usgs.gov/core-science-systems/ngp/national-hydrography/nhdplus-high-resolution Digital and/or Hardcopy 1972 2012 ground condition 3DEP_DEM 10-meter 3D Elevation Program Digital Elevation Model (3DEP_DEM) United States Department of Agriculture Natural Resources Conservation Service (NRCS) 20160321 vector digital data https://doi.org/10.15482/usda.adc/1242480 https://data.nal.usda.gov/dataset/united-states-general-soil-map-statsgo2 Digital and/or Hardcopy 2000 2011 publication date STATSGO2 Hydrologic Soil Group and Saturated Hydraulic Conductivity of Soil Jon Dewitz U.S. Geological Survey 20191126 version 2.0 raster digital data https://www.sciencebase.gov U.S. Geological Survey https://doi.org/10.5066/P96HHBIE https://www.mrlc.gov/data Digital and/or Hardcopy 2001 2019 ground condition NLCD16 Land cover classifications and impervious surface National Operational Hydrologic Remote Sensing Center 2004 Version 1 publication https://doi.org/10.7265/n5tb14tc https://nsidc.org/data/g02158/versions/1 Digital and/or Hardcopy 2004 2022 ground condition SNODAS Water equivalent of snow The PRISM Group at Oregon State University 2021 raster digital data https://www.prism.oregonstate.edu/normals/ Digital and/or Hardcopy 19910101 20201231 ground condition PRISM 30-year normal values for average annual and monthly daily mean temperature and for average annual and monthly total precipitation values Kirk A. Miller 2003 publication Unknown U.S. Geological Survey https://doi.org/10.3133/wri034107 Digital and/or Hardcopy 2003 publication date WRIR03-4107 Hydrologic regions GeoTIFF flow direction raster was reclassified to TauDEM flow directions. The TauDEM flow direction raster was used to adjust downstream region grid cells to account for the contribution of the upstream geospatial tiles. Next, Flow-Conditioned Parameter Grids (FCPG) were generated for each Basin Characteristic Parameter Grids using the FCPG Tools 1.0.9. MOD16A2 Ecoregions NHDPlus HR 3DEP_DEM STATSGO2 NLCD16 SNODAS PRISM 20221128 William B. Hamilton U.S. Geological Survey, MIDCONTINENT REGION Physical Scientist mailing address

3162 Bozeman

Helena MT 59601 US 406-594-6093 406-457-5990 whamilton@usgs.gov To create the et0306mod.tif and et0710mod.tif, loaded MODIS Data (MOD16A2 V105) for full period of record, 2000-01-01 to 2014-12-31 from the Numerical Terradynamic Simulation Group (NTSG), University of Montana (UMT) in conjunction with NASA Earth Observing System. Grouped by month, and then reduce within groups by mean; the result is an image collection with one image for each month. For spring seasonal means, filter the MODIS data to only include imagery from the given months, 3-6 (Mar-Jun). For summer seasonal means, filter the MODIS data to only include imagery from the given months, 7-10 (Jul-Oct). Reduce ET using mean and divide by 4 to convert to monthly average. They were then resampled and projected to align with the dem.tif. MOD16A2 20210804 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the eco_lev3.tif and eco_lev4.tif, the Level III and IV Ecoregions of the Continental United States feature layer was downloaded and clipped to the study area. For the Level III Ecoregions raster the dem.tif raster was used as the snap dataset to make sure all output parameter grids cells matched and the US_L3CODE attribute was assigned for each 10-meter cell. For the Level IV Ecoregion raster a new float attribute (Value) was created and using field calculator a numerical decimal alphabetical system (a-aq converted to .01-.42) for each US_L4CODE code was built. Then the polygons were converted to a floating-point raster using the dem.tif. Ecoregions 20211202 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the lakenhdh.tif, the National Hydrologic Dataset Plus High Resolution (NHDPlus HR) waterbody features were downloaded and clipped and projected to the study area. New attribute (VALUE) was added, and all waterbody polygons were calculated equal to 1 and the remaining study area polygon was calculated equal to 0. The polygons were converted to a raster using the new attribute. NHDPlus HR 20220615 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the bsldem10m.tif, percent slope was calculated for each cell of the dem.tif using the Spatial Analyst, Slope Tool. 3DEP_DEM 20220729 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the slop50_10m.tif and slop30_10m.tif, the bsldem10m.tif was reclassified to convert cells with VALUE greater than 50 or 30 to 1 and all VALUE less than or equal to 50 or 30 to 0. See previous processing steps, for information about blsdem10m.tif. 3DEP_DEM 20220731 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the aspect.tif, the dem.tif was run through the Spatial Analyst, Surface, Aspect Tool and use the PLANAR method. 3DEP_DEM 20220801 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the nfsl30_10m.tif, the aspect.tif was reclassified to a temporary raster to convert cells with aspect values equal to -1 through 22.5 and 337.5 through 360 to 2, and all other cells to 0. The Raster Calculator tool was used to add (temporary raster + slop30_10m.tif) together to create an output raster that then was reclassified for cells equal to 3 to 1 and cells equal to 1 to 0. See previous processing steps, for information about aspect.tif and slop30_10m.tif. 3DEP_DEM 20220801 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the ksat_r.tif, the NRCS STATSGO2 polygon dataset and Access database were downloaded. Component and C-horizon tables were exported from Access to Excel tables that were used to join the attributes with the polygon features, which were clipped to the study area. Using the k_sat_r attributes the polygons were converted to a floating-point raster using the dem.tif. STATSGO2 20220819 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the ten ecoregions (12, 17, 18, 19, 20, 21, 25, 43, 44, and 80) GeoTIFFs, the eco_lev3.tif was reclassified to convert cells with a US_L3CODE equal to the designated ecoregion to 1 and all other undesignated ecoregions to 0 for each of the ten GeoTIFFs. Ecoregions 20220824 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the el5000.tif, el6000.tif, and el7500.tif, the dem.tif was reclassified to convert all cells where VALUE is greater than 5000, or greater than 6000, or greater than 7500 cells to 1 and all cells where VALUE is less than or equal to the designated value to 0. 3DEP_DEM 20220824 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the eleven landcover (agri (71, 81, and 82), bare (31), crop (82), dev (21-24), forest (41-43), grass (71), shrub (52), snoic (12), stor (11, 90, and 95), water (11), and wetland (90 and 95)) GeoTIFFs, the NLCD16 dataset was downloaded, resampled, masked, and projected to align with the dem.tif. Then the land cover classifications were reclassified to convert cells where the VALUE attribute was equal to the designated classification to a value of 1 and all other cells with undesignated classifications to 0 for each of the eleven GeoTIFFs. NLCD16 20220825 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the lc16_imp.tif, the NLCD16 Impervious Surfaces raster was downloaded and was clipped to the study area. It was then projected to align with the dem.tif and retained the cell values ranging from 1 to 100 that describe the percentage of impervious surface area. NLCD16 20220825 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the statsgoa.tif, statsgob.tif, statsgoc.tif, and statsgod.tif, the NRCS STATSGO2 polygon dataset and Access database were downloaded. Component and C-horizon tables were exported from Access to Excel tables that were used to join the attributes with the polygon features, which were clipped to the study area. It was converted to a raster using the dem.tif and the hydgrp attribute for each cell. Then the raster was reclassified to convert the cells with VALUE equal to each designated hydrgrp to 1 and all other undesignated hydrgrps to 0 for each of the four GeoTIFFs. STATSGO2 20220825 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the snojan.tif, snofeb.tif, snomar.tif, snoapr.tif, snomay.tif, and snojun.tif, a grid for each year (2004-2022) of the first of the month data was downloaded from the Snow Data Assimilation System (SNODAS). Cell Statistics Tool was used to create the mean grid, which was clipped to the study area and then resampled and projected to align with the dem.tif for each of the six GeoTIFFs. SNODAS 20220909 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the twelve monthly precipitation GeoTIFFs, grids representing the modeled average monthly total precipitation for the 30-year normal period were downloaded from the Oregon State University PRISM Group. Each grid was clipped to the study area and then resampled and projected to align with the dem.tif. PRISM 20220911 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the precip.tif, a grid representing the modeled average annual total precipitation for the 30-year normal period was downloaded from the Oregon State University PRISM Group. The grid was clipped to the study area and then resampled and projected to align with the dem.tif. PRISM 20220914 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the temp.tif, a grid representing the modeled annual average daily mean temperature for the 30-year normal period was downloaded from the Oregon State University PRISM Group. The grid was clipped to the study area and then resampled and projected to align with the dem.tif. PRISM 20220914 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the twelve monthly temperature GeoTIFFs, grids representing the modeled average monthly daily mean temperature for the 30-year normal period were downloaded from the Oregon State University PRISM Group. Each grid was clipped to the study area and then resampled and projected to align with the dem.tif. PRISM 20220916 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov To create the hydro_reg.tif, the Hydrologic Regions feature layer was downloaded and extended in the following areas using the noted sources below: 1. On the western boundary between Rocky Mountain (region 1) and Overthrust Belt (region 5) the original Hydrologic Regions feature boundary was used and everything outside of the original feature layer was defined to be Overthrust Belt (region 5). This was done by reviewing two of the Level III Ecoregions (Upper Snake River Plain and Eastern Snake River Basalt Plains) boundaries and the 8-digit Hydrologic Unit Codes (HUC). 2. On the northern boundary there was only one Hydrologic Regions feature, Central Basins and Eastern Plains (region 2), which it was extended to the study area boundary after reviewing the Level III Ecoregions (Middle Rockies and Northern Great Plains). 3. On the eastern boundary there was only one Hydrologic Regions feature Eastern Basins (region 3), which it was extended to the study area boundary after reviewing the three Level III Ecoregions (Northwestern Great Plains, Nebraska Sand Hills, and High Plains) and the 8-digit HUC. 4. On the southern boundary only a small portion of the Hydrologic Regions feature Rocky Mountain (region 1) was extended to include the study area boundary. There was one small boundary change to the Rocky Mountain (region 1) feature near the boundary shown in figure 7 of WRIR03-4107 after reviewing the three Level III Ecoregions (Wasatch and Uinta Mountains, Wyoming Basin, and Colorado Plateaus) and the 8-digit HUC. The extended polygons were then converted to a raster using the dem.tif, the REGION attribute (regions 1 through 6), and masked to the study area boundary. WRIR03-4107 20221115 Laura L Hallberg U.S. Geological Survey, MIDCONTINENT REGION Physical and Data Scientist mailing and physical

521 Progress Circle, Suite 6

Cheyenne WY 82007 US 307-287-6187 lhallber@usgs.gov Raster Grid Cell 71051 78082 1 Albers Conical Equal Area 29.5 45.5 -96.0 23.0 0.0 0.0 row and column 10.0 10.0 meters North_American_Datum_1983 GRS 1980 6378137.0 298.257222101004 et0306mod_CPG.tif A raster illustrating upstream spring (March-June) mean monthly evapotranspiration (2001-2011), MODIS. Producer Defined VALUE/Value The upstream mean monthly evapotranspiration for March through June. Producer Defined 0.37777778506279 2.042475938797 inches et0710mod_CPG.tif A raster illustrating upstream summer (July-October) mean monthly evapotranspiration (2001-2011), MODIS. Producer Defined VALUE/Value The upstream mean monthly evapotranspiration for July through October. Producer Defined 0.196248665452 2.4342830181122 inches lakenhdh_CPG.tif A raster illustrating upstream waterbodies from the high resolution National Hydrologic Dataset (NHD). Producer Defined VALUE/Value A numeric value showing the presence/absence of waterbodies in the high resolution NHD. Producer Defined 1 Waterbodies present Producer defined 0 Waterbodies absent Producer defined bsldem10m_CPG.tif A raster illustrating upstream mean basin slope computed from a 10-meter DEM. Producer Defined VALUE/Value The upstream mean basin slope Producer Defined 0 2583.6708984375 percent slop50_10m_CPG.tif A raster illustrating upstream slopes greater than or equal to 50 percent computed from a 10-meter DEM. Producer Defined VALUE/Value A numeric value showing the presence/absence of slopes greater than or equal to 50 percent. Producer Defined 1 Slopes greater than or equal to 50 percent present. Producer defined 0 Slopes greater than or equal to 50 percent absent. Producer defined slop30_10m_CPG.tif A raster illustrating upstream slopes greater than or equal to 30 percent computed from a 10-meter DEM. Producer Defined VALUE/Value A numeric value showing the presence/absence of slopes greater than or equal to 30 percent. Producer Defined 1 Slopes greater than or equal to 30 percent present. Producer defined 0 Slopes greater than or equal to 30 percent absent. Producer defined aspect_CPG.tif A raster illustrating the down slope direction of the maximum rate of change in value from each cell to its neighbors. Producer Defined VALUE/Value The range of slope direction. Producer Defined -1 360 degrees nfsl30_10m_CPG.tif A raster illustrating north-facing slopes greater than 30 percent. Producer Defined VALUE/Value A numeric value showing the presence/absence of north-facing (aspect value -1 to 22.5 or 337.5 to 360) slope greater than 30. Producer Defined 1 North-facing slopes greater than 30 present. Producer defined 0 North-facing slopes greater than 30 absent. Producer defined ksat_r_CPG.tif A raster illustrating upstream average soil permeability. Producer Defined VALUE/Value The average soil permeability Producer Defined 0.21170000731945 141.14300537109 inches per hour eco_lev3_12_CPG.tif A raster illustrating upstream Level III Ecoregions code 12, Snake River Plain. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Snake River Plain. Producer Defined 1 The Snake River Plain present. Producer defined 0 The Snake River Plain absent. Producer defined eco_lev3_17_CPG.tif A raster illustrating upstream Level III Ecoregions code 17, Middle Rockies. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Middle Rockies. Producer Defined 1 The Middle Rockies present. Producer defined 0 The Middle Rockies absent. Producer defined eco_lev3_18_CPG.tif A raster illustrating upstream Level III Ecoregions code 18, Wyoming Basin. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Wyoming Basin. Producer Defined 1 The Wyoming Basin present. Producer defined 0 The Wyoming Basin absent. Producer defined eco_lev3_19_CPG.tif A raster illustrating upstream Level III Ecoregions code 19, Wasatch and Uinta Mountains Producer Defined VALUE/Value A numeric value showing the presence/absence of the Wasatch and Uinta Mountains. Producer Defined 1 The Wasatch and Uinta Mountains present. Producer defined 0 The Wasatch and Uinta Mountains absent. Producer defined eco_lev3_20_CPG.tif A raster illustrating upstream Level III Ecoregions code 20, Colorado Plateau. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Colorado Plateau. Producer Defined 1 The Colorado Plateau present. Producer defined 0 The Colorado Plateau absent. Producer defined eco_lev_21_CPG.tif A raster illustrating upstream Level III Ecoregions code 21, Southern Rockies. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Southern Rockies. Producer Defined 1 The Southern Rockies present. Producer defined 0 The Southern Rockies absent. Producer defined eco_lev3_25_CPG.tif A raster illustrating upstream Level III Ecoregions code 25, High Plains. Producer Defined VALUE/Value A numeric value showing the presence/absence of the High Plains.. Producer Defined 1 The High Plains present. Producer defined 0 The High Plains absent. Producer defined eco_lev3_43_CPG.tif A raster illustrating upstream Level III Ecoregions code 43, Northwestern Great Plains. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Northwestern Great Plains. Producer Defined 1 The Northwestern Great Plains present. Producer defined 0 The Northwestern Great Plains absent. Producer defined eco_lev3_44_CPG.tif A raster illustrating upstream Level III Ecoregions code 44, Nebraska Sand Hills. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Nebraska Sand Hills. Producer Defined 1 The Nebraska Sand Hills present. Producer defined 0 The Nebraska Sand Hills absent. Producer defined eco_lev3_80_CPG.tif A raster illustrating upstream Level III Ecoregions code 80, Northern Basin and Range. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Northern Basin and Range. Producer Defined 1 The Northern Basin and Range present. Producer defined 0 The Northern Basin and Range absent. Producer defined el5000_CPG.tif A raster illustrating upstream area above 5000 feet. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 5000 feet. Producer Defined 1 The elevation greater than 5000 feet present. Producer defined 0 The elevation greater than 5000 feet absent. Producer defined el6000_CPG.tif A raster illustrating upstream area above 6000 feet.. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 6000 feet. Producer Defined 1 The elevation greater than 6000 feet present. Producer defined 0 The elevation greater than 6000 feet absent. Producer defined el7500_CPG.tif A raster illustrating upstream area above 7500 feet. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 7500 feet. Producer Defined 1 The elevation greater than 7500 feet present. Producer defined 0 The elevation greater than 7500 feet absent. Producer defined lc16_agri_CPG.tif A raster illustrating upstream NLCD agriculture classes 71, 81, and 82. Producer Defined VALUE/Value A numeric value showing the presence/absence of agriculture. Producer Defined 1 Agriculture present Producer defined 0 Agriculture absent Producer defined lc16_bare_CPG.tif A raster illustrating upstream NLCD barren land class 31. Producer Defined VALUE/Value A numeric value showing the presence/absence of barren land. Producer Defined 1 Barren land present Producer defined 0 Barren land absent Producer defined lc16_crop_CPG.tif A raster illustrating upstream NLCD cultivated crops class 82. Producer Defined VALUE/Value A numeric value showing the presence/absence of cultivated crops. Producer Defined 1 Cultivated crops present Producer defined 0 Cultivated crops absent Producer defined lc16_dev_CPG.tif A raster illustrating upstream NLCD developed class 21-24. Producer Defined VALUE/Value A numeric value showing the presence/absence of developed. Producer Defined 1 Developed present Producer defined 0 Developed absent Producer defined lc16_forest_CPG.tif A raster illustrating upstream NLCD forest class 41-43. Producer Defined VALUE/Value A numeric value showing the presence/absence of forest. Producer Defined 1 Forest present Producer defined 0 Forest absent Producer defined lc16_grass_CPG.tif A raster illustrating upstream NLCD grassland/herbaceous class 71. Producer Defined VALUE/Value A numeric value showing the presence/absence of grassland/herbaceous. Producer Defined 1 Grassland/herbaceous present Producer defined 0 Grassland/herbaceous absent Producer defined lc16_imp_CPG.tif A raster illustrating upstream NLCD impervious surface. Producer Defined VALUE/Value A numeric value showing the presence/absence of impervious surface. Producer Defined 1 Impervious surface present Producer defined 0 Impervious surface absent Producer defined lc16_shrub_CPG.tif A raster illustrating upstream NLCD shrub/scrub class 52. Producer Defined VALUE/Value A numeric value showing the presence/absence of shrub/scrub. Producer Defined 1 Shrub/scrub present Producer defined 0 Shrub/scrub absent Producer defined lc16_snoic_CPG.tif A raster illustrating upstream NLCD perennial ice/snow class 12. Producer Defined VALUE/Value A numeric value showing the presence/absence of perennial ice/snow. Producer Defined 1 Perennial ice/snow present Producer defined 0 Perennial ice/snow absent Producer defined lc16_stor_CPG.tif A raster illustrating upstream NLCD storage classes 11, 90, and 95. Producer Defined VALUE/Value A numeric value showing the presence/absence of storage. Producer Defined 1 Storage present Producer defined 0 Storage absent Producer defined lc16_water_CPG.tif A raster illustrating upstream NLCD open water class 11. Producer Defined VALUE/Value A numeric value showing the presence/absence of open water. Producer Defined 1 Open water present Producer defined 0 Open water absent Producer defined lc16_wetland_CPG.tif A raster illustrating upstream NLCD wetlands class 90 and 95. Producer Defined VALUE/Value A numeric value showing the presence/absence of wetland. Producer Defined 1 Wetland present Producer defined 0 Wetland absent Producer defined statsgoa_CPG.tif A raster illustrating upstream Hydrologic soil type A. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type A. Producer Defined 1 Hydrologic soil type A present Producer defined 0 Hydrologic soil type A absent Producer defined statsgob_CPG.tif A raster illustrating upstream Hydrologic soil type B. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type B. Producer Defined 1 Hydrologic soil type B present Producer defined 0 Hydrologic soil type B absent Producer defined statsgoc_CPG.tif A raster illustrating upstream Hydrologic soil type C. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type C. Producer Defined 1 Hydrologic soil type C present Producer defined 0 Hydrologic soil type C absent Producer defined statsgod_CPG.tif A raster illustrating upstream Hydrologic soil type D. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type D. Producer Defined 1 Hydrologic soil type D present Producer defined 0 Hydrologic soil type D absent Producer defined snojan_CPG.tif A raster illustrating the upstream January 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The January 1st mean snow water equivalent. Producer Defined 0 20.35018539428711 inches snofeb_CPG.tif A raster illustrating the upstream February 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The February 1st mean snow water equivalent. Producer Defined 0 28.72772598266602 inches snomar_CPG.tif A raster illustrating the upstream March 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The March 1st mean snow water equivalent. Producer Defined 0 35.58433532714844 inches snoapr_CPG.tif A raster illustrating the upstream April 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The April 1st mean snow water equivalent. Producer Defined 0 43.3505973815918 inches snomay_CPG.tif A raster illustrating the upstream May 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The May 1st mean snow water equivalent. Producer Defined 0.0 49.54413604736328 inches snojun_CPG.tif A raster illustrating the upstream June 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The June 1st mean snow water equivalent. Producer Defined 0 48.72979736328125 inches janavpre_CPG.tif A raster illustrating the upstream average January total precipitation (1991-2020). Producer Defined VALUE/Value Average January total precipitation. Producer Defined 0.1562992185354233 10.45196914672852 inches febavpre_CPG.tif A raster illustrating the upstream average February total precipitation (1991-2020). Producer Defined VALUE/Value Average February total precipitation. Producer Defined 0.09566929191350937 9.285826683044434 inches maravpre_CPG.tif A raster illustrating the upstream average March total precipitation (1991-2020). Producer Defined VALUE/Value Average March total precipitation. Producer Defined 0.2141732275485992 8.778347015380859 inches apravpre_CPG.tif A raster illustrating the upstream average April total precipitation (1991-2020). Producer Defined VALUE/Value Average April total precipitation. Producer Defined 0.6003937125205994 8.187007904052734 inches mayavpre_CPG.tif A raster illustrating the upstream average May total precipitation (1991-2020). Producer Defined VALUE/Value Average May total precipitation. Producer Defined 1.003543257713318 7.761023998260498 inches junavpre_CPG.tif A raster illustrating the upstream average June total precipitation (1991-2020). Producer Defined VALUE/Value Average June total precipitation. Producer Defined 0.6007874011993408 7.078346252441406 inches julavpre_CPG.tif A raster illustrating the upstream average July total precipitation (1991-2020). Producer Defined VALUE/Value Average July total precipitation. Producer Defined 0.3673228323459625 4.121259689331055 inches augavpre_CPG.tif A raster illustrating the upstream average August total precipitation (1991-2020). Producer Defined VALUE/Value Average August total precipitation. Producer Defined 0.2437007874250412 3.646850347518921 inches sepavpre_CPG.tif A raster illustrating the upstream average September total precipitation (1991-2020). Producer Defined VALUE/Value Average September total precipitation. Producer Defined 0.6153543591499329 3.997637987136841 inches octavpre_CPG.tif A raster illustrating the upstream average October total precipitation (1991-2020). Producer Defined VALUE/Value Average October total precipitation. Producer Defined 0.5940945148468018 6.172834396362305 inches novavpre_CPG.tif A raster illustrating the upstream average total November precipitation (1991-2020). Producer Defined VALUE/Value Average November total precipitation. Producer Defined 0.1661417335271835 8.765748023986816 inches decavpre_CPG.tif A raster illustrating the upstream average December total precipitation (1991-2020). Producer Defined VALUE/Value Average December total precipitation. Producer Defined 0.1196850389242172 9.811811447143555 inches precip_CPG.tif A raster illustrating the upstream average annual total precipitation (1991-2020). Producer Defined VALUE/Value Average annual total precipitation. Producer Defined 6.5566926002502 75.892524719238 inches temp_CPG.tif A raster illustrating the upstream average annual daily mean temperature (1991-2020). Producer Defined VALUE/Value Average annual daily mean temperature. Producer Defined 21.776000976562 50.251998901367 Degrees Fahrenheit janavtmp_CPG.tif A raster illustrating the upstream average January daily mean temperature (1991-2020). Producer Defined VALUE/Value Average January daily mean temperature. Producer Defined 7.826000213623047 32.79199981689453 Degrees Fahrenheit febavtmp_CPG.tif A raster illustrating the upstream average February daily mean temperature (1991-2020). Producer Defined VALUE/Value Average February daily mean temperature. Producer Defined 6.2600002288818 32.647998809814 Degrees Fahrenheit maravtmp_CPG.tif A raster illustrating the upstream average March daily mean temperature (1991-2020). Producer Defined VALUE/Value Average March daily mean temperature. Producer Defined 10.724000930786 40.495998382568 Degrees Fahrenheit apravtmp_CPG.tif A raster illustrating the upstream average April daily mean temperature (1991-2020). Producer Defined VALUE/Value Average April daily mean temperature. Producer Defined 15.332000732422 48.88399887085 Degrees Fahrenheit mayavtmp_CPG.tif A raster illustrating the upstream average May daily mean temperature (1991-2020). Producer Defined VALUE/Value Average May daily mean temperature. Producer Defined 24.11600112915 58.208000183105 Degrees Fahrenheit junavtmp_CPG.tif A raster illustrating the upstream average June daily mean temperature (1991-2020). Producer Defined VALUE/Value Average June daily mean temperature. Producer Defined 33.512001037598 69.080001831055 Degrees Fahrenheit julavtmp_CPG.tif A raster illustrating the upstream average July daily mean temperature (1991-2020). Producer Defined VALUE/Value Average July daily mean temperature Producer Defined 42.493999481201 75.81199645996099 Degrees Fahrenheit augavtmp_CPG.tif A raster illustrating the upstream average August daily mean temperature (1991-2020). Producer Defined VALUE/Value Average August daily mean temperature. Producer Defined 41.701999664307 73.48999786377 Degrees Fahrenheit sepavtmp_CPG.tif A raster illustrating the upstream average September daily mean temperature (1991-2020). Producer Defined VALUE/Value Average September daily mean temperature. Producer Defined 33.908000946045 64.453994750977 Degrees Fahrenheit octavtmp_CPG.tif A raster illustrating the upstream average October daily mean temperature (1991-2020). Producer Defined VALUE/Value Average October daily mean temperature. Producer Defined 22.838001251221 50.395999908447 Degrees Fahrenheit novavtmp_CPG.tif A raster illustrating the upstream average November daily mean temperature (1991-2020). Producer Defined VALUE/Value Average November daily mean temperature. Producer Defined 13.658000946045 40.045997619629 Degrees Fahrenheit decavtmp_CPG.tif A raster illustrating the upstream average December daily mean temperature (1991-2020). Producer Defined VALUE/Value Average December daily mean temperature. Producer Defined 7.5380001068115 32.035999298096 Degrees Fahrenheit et0306mod.tif A raster illustrating spring (March-June) mean monthly evapotranspiration (2001-2011), MODIS. Producer Defined VALUE/Value The mean monthly evapotranspiration for March through June. Producer Defined 0.37777778506279 2.042475938797 inches et0710mod.tif A raster illustrating summer (July-October) mean monthly evapotranspiration (2001-2011), MODIS. Producer Defined VALUE/Value The mean monthly evapotranspiration for July through October. Producer Defined 0.196248665452 2.4342830181122 inches eco_lev3.tif A raster illustrating Level III Ecoregions. Producer Defined VALUE/Value The level III Ecoregions code. Producer Defined 12 Snake River Plain Producer defined 17 Middle Rockies Producer defined 18 Wyoming Basin Producer defined 19 Wasatch and Uinta Mountains Producer defined 20 Colorado Plateaus Producer defined 21 Southern Rockies Producer defined 25 High Plains Producer defined 43 Northwestern Great Plains Producer defined 44 Nebraska Sand Hills Producer defined 80 Northern Basin and Range Producer defined eco_lev4.tif A raster illustrating Level IV Ecoregions. Producer Defined VALUE/Value The numerical decimal alphabetical system (a-aq converted to .01-.42) used to represent Level IV Ecoregions code. Producer Defined 12.03999996/12.04 12d, Snake River Plain, Dissected Plateaus and Teton Basin Producer defined 12.05000019/12.05 12e, Snake River Plain, Upper Snake River Plain Producer defined 12.06999969/12.07 12g, Snake River Plain, Eastern Snake River Basalt Plains Producer defined 17.01000023/17.01 17a, Middle Rockies, Black Hills Foothills Producer defined 17.02000046/17.02 17b, Middle Rockies, Black Hills Plateau Producer defined 17.03000069/17.03 17c, Middle Rockies, Black Hills Core Highlands Producer defined 17.04000092/17.04 17d, Middle Rockies, Eastern Gravelly Mountains Producer defined 17.04999924/17.05 17e, Middle Rockies, Barren Mountains Producer defined 17.05999947/17.06 17f, Middle Rockies, Crazy Mountains Producer defined 17.06999969/17.07 17g, Middle Rockies, Mid-elevation Sedimentary Mountains Producer defined 17.07999992/17.08 17h, Middle Rockies, Alpine Zone Producer defined 17.09000015/17.09 17i, Middle Rockies, Absaroka-Gallatin Volcanic Mountains Producer defined 17.10000038/17.1 17j, Middle Rockies, Yellowstone Plateau Producer defined 17.11000061/17.11 17k, Middle Rockies, Granitic Subalpine Zone Producer defined 17.12000084/17.12 17l, Middle Rockies, Gneissic-Schistose Forested Mountains Producer defined 17.12999916/17.13 17m, Middle Rockies, Dry Mid-elevation Sedimentary Mountains Producer defined 17.13999939/17.14 17n, Middle Rockies, High Elevation Valleys Producer defined 17.14999962/17.15 17o, Middle Rockies, Partly Forested Mountains Producer defined 17.20999908/17.21 17u, Middle Rockies, Paradise Valley Producer defined 17.22999954/17.23 17w, Middle Rockies, Townsend Basin Producer defined 17.25 17y, Middle Rockies, Townsend-Horseshoe-London Sedimentary Hills Producer defined 17.26000023/17.26 17z, Middle Rockies, Tobacco Root Mountains Producer defined 17.27000046/17.27 17aa, Middle Rockies, Dry Intermontane Sagebrush Valleys Producer defined 17.28000069/17.28 17ab, Middle Rockies, Dry Gneissic-Schistose-Volcanic Hills Producer defined 17.40999985/17.41 17ao, Middle Rockies, Absaroka Volcanic Subalpine Zone Producer defined 17.42000008/17.42 17ap, Middle Rockies, Sedimentary Subalpine Zone Producer defined 18.01000023/18.01 18a, Wyoming Basin, Rolling Sagebrush Steppe Producer defined 18.02000046/18.02 18b, Wyoming Basin, Bighorn Basin Producer defined 18.03000069/18.03 18c, Wyoming Basin, Sub-Irrigated High Valleys Producer defined 18.04000092/18.04 18d, Wyoming Basin, Foothill Shrublands and Low Mountains Producer defined 18.04999924/18.05 18e, Wyoming Basin, Salt Desert Shrub Basins Producer defined 18.05999947/18.06 18f, Wyoming Basin, Laramie Basin Producer defined 18.06999969/18.07 18g, Wyoming Basin, Bighorn Salt Desert Shrub Basins Producer defined 19.01000023/19.01 19a, Wasatch and Uinta Mountains, Alpine Zone Producer defined 19.02000046/19.02 19b, Wasatch and Uinta Mountains, Uinta Subalpine Forests Producer defined 19.03000069/19.03 19c, Wasatch and Uinta Mountains, Mid-elevation Uinta Mountains Producer defined 19.04000092/19.04 19d, Wasatch and Uinta Mountains, Wasatch Montane Zone Producer defined 19.05999947/19.06 19f, Wasatch and Uinta Mountains, Semiarid Foothills Producer defined 19.06999969/19.07 19g, Wasatch and Uinta Mountains, Mountain Valleys Producer defined 20.02000046/20.02 20b, Colorado Plateaus, Shale Deserts and Sedimentary Basins Producer defined 20.03000069/20.03 20c, Colorado Plateaus, Semiarid Benchlands and Canyonlands Producer defined 21.01000023/21.01 21a, Southern Rockies, Alpine Zone Producer defined 21.02000046/21.02 21b, Southern Rockies, Crystalline Subalpine Forests Producer defined 21.03000069/21.03 21c, Southern Rockies, Crystalline Mid-Elevation Forests Producer defined 21.04000092/21.04 21d, Southern Rockies, Foothill Shrublands Producer defined 21.04999924/21.05 21e, Southern Rockies, Sedimentary Subalpine Forests Producer defined 21.05999947/21.06 21f, Southern Rockies, Sedimentary Mid-Elevation Forests Producer defined 21.06999969/21.07 21g, Southern Rockies, Volcanic Subalpine Forests Producer defined 21.09000015/21.09 21i, Southern Rockies, Sagebrush Parks Producer defined 25.01000023/25.01 25a, High Plains, Pine Ridge Escarpment Producer defined 25.02000046/25.02 25b, High Plains, Rolling Sand Plains Producer defined 25.03000069/25.03 25c, High Plains, Moderate Relief Plains Producer defined 25.04000092/25.04 25d, High Plains, Flat to Rolling Plains Producer defined 25.05999947/25.06 25f, High Plains, Pine Bluffs and Hills Producer defined 25.06999969/25.07 25g, High Plains, Sandy and Silty Tablelands Producer defined 25.07999992/25.08 25h, High Plains, Platte River Valley and Terraces Producer defined 25.12000084/25.12 25l, High Plains, Front Range Fans Producer defined 43.00999832/43.01 43a, Northwestern Great Plains, Missouri Plateau Producer defined 43.02000046/43.02 43b, Northwestern Great Plains, Little Missouri Badlands Producer defined 43.02999878/43.03 43c, Northwestern Great Plains, River Breaks Producer defined 43.04000092/43.04 43d, Northwestern Great Plains, Forested Buttes Producer defined 43.04999924/43.05 43e, Northwestern Great Plains, Sagebrush Steppe Producer defined 43.06999969/43.07 43g, Northwestern Great Plains, Semiarid Pierre Shale Plains Producer defined 43.08000183/43.08 43h, Northwestern Great Plains, White River Badlands Producer defined 43.09999847/43.1 43j, Northwestern Great Plains, Moreau Prairie Producer defined 43.11000061/43.11 43k, Northwestern Great Plains, Dense Clay Prairie Producer defined 43.13999939/43.14 43n, Northwestern Great Plains, Montana Central Grasslands Producer defined 43.15000153/43.15 43o, Northwestern Great Plains, Unglaciated Montana High Plains Producer defined 43.15999985/43.16 43p, Northwestern Great Plains, Pine Scoria Hills Producer defined 43.16999817/43.17 43q, Northwestern Great Plains, Mesic Dissected Plains Producer defined 43.18999863/43.19 43s, Northwestern Great Plains, Non-calcareous Foothill Grassland Producer defined 43.20000076/43.2 43t, Northwestern Great Plains, Shield-Smith Valleys Producer defined 43.22000122/43.22 43v, Northwestern Great Plains, Pryor-Bighorn Foothills Producer defined 43.22999954/43.23 43w, Northwestern Great Plains, Powder River Basin Producer defined 43.24000168/43.24 43x, Northwestern Great Plains, Casper Arch Producer defined 44.00999832/44.01 44a, Nebraska Sand Hills, Sand Hills Producer defined 44.02000046/44.02 44b, Nebraska Sand Hills, Alkaline Lakes Area Producer defined 44.04000092/44.04 44d, Nebraska Sand Hills, Lakes Area Producer defined 80.01999664/80.02 80b, Northern Basin and Range, Semiarid Hills and Low Mountains Producer defined 80.02999878/80.03 80c, Northern Basin and Range, High Elevation Forests and Shrublands Producer defined 80.08999634/80.09 80i, Northern Basin and Range, Sagebrush Steppe Valleys Producer defined lakenhdh.tif A raster illustrating waterbodies from the high resolution National Hydrologic Dataset (NHD). Producer Defined VALUE/Value A numeric value showing the presence/absence of waterbodies in the high resolution NHD. Producer Defined 1 Waterbodies present Producer defined 0 Waterbodies absent Producer defined bsldem10m.tif A raster illustrating mean basin slope computed from a 10-meter DEM. Producer Defined VALUE/Value The mean basin slope Producer Defined 0 2583.6708984375 percent slop50_10m.tif A raster illustrating slopes greater than or equal to 50 percent computed from a 10-meter DEM. Producer Defined VALUE/Value A numeric value showing the presence/absence of slopes greater than or equal to 50 percent. Producer Defined 1 Slopes greater than or equal to 50 percent present. Producer defined 0 Slopes greater than or equal to 50 percent absent. Producer defined slop30_10m.tif A raster illustrating slopes greater than or equal to 30 percent computed from a 10-meter DEM. Producer Defined VALUE/Value A numeric value showing the presence/absence of slopes greater than or equal to 30 percent. Producer Defined 1 Slopes greater than or equal to 30 percent present. Producer defined 0 Slopes greater than or equal to 30 percent absent. Producer defined aspect.tif A raster illustrating the down slope direction of the maximum rate of change in value from each cell to its neighbors. Producer Defined VALUE/Value The range of slope direction. Producer Defined -1 360 degrees nfsl30_10m.tif A raster illustrating north-facing slopes greater than 30 percent. Producer Defined VALUE/Value A numeric value showing the presence/absence of north-facing (aspect value -1 to 22.5 or 337.5 to 360) slope greater than 30. Producer Defined 1 North-facing slopes greater than 30 present. Producer defined 0 North-facing slopes greater than 30 absent. Producer defined ksat_r.tif A raster illustrating average soil permeability. Producer Defined VALUE/Value The average soil permeability Producer Defined 0.21170000731945 141.14300537109 inches per hour eco_lev3_12.tif A raster illustrating Level III Ecoregions code 12, Snake River Plain. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Snake River Plain. Producer Defined 1 The Snake River Plain present. Producer defined 0 The Snake River Plain absent. Producer defined eco_lev3_17.tif A raster illustrating Level III Ecoregions code 17, Middle Rockies. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Middle Rockies. Producer Defined 1 The Middle Rockies present. Producer defined 0 The Middle Rockies absent. Producer defined eco_lev3_18.tif A raster illustrating Level III Ecoregions code 18, Wyoming Basin. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Wyoming Basin. Producer Defined 1 The Wyoming Basin present. Producer defined 0 The Wyoming Basin absent. Producer defined eco_lev3_19.tif A raster illustrating Level III Ecoregions code 19, Wasatch and Uinta Mountains Producer Defined VALUE/Value A numeric value showing the presence/absence of the Wasatch and Uinta Mountains. Producer Defined 1 The Wasatch and Uinta Mountains present. Producer defined 0 The Wasatch and Uinta Mountains absent. Producer defined eco_lev3_20.tif A raster illustrating Level III Ecoregions code 20, Colorado Plateau. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Colorado Plateau. Producer Defined 1 The Colorado Plateau present. Producer defined 0 The Colorado Plateau absent. Producer defined eco_lev3_21.tif A raster illustrating Level III Ecoregions code 21, Southern Rockies. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Southern Rockies. Producer Defined 1 The Southern Rockies present. Producer defined 0 The Southern Rockies absent. Producer defined eco_lev3_25.tif A raster illustrating Level III Ecoregions code 25, High Plains. Producer Defined VALUE/Value A numeric value showing the presence/absence of the High Plains.. Producer Defined 1 The High Plains present. Producer defined 0 The High Plains absent. Producer defined eco_lev3_43.tif A raster illustrating Level III Ecoregions code 43, Northwestern Great Plains. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Northwestern Great Plains. Producer Defined 1 The Northwestern Great Plains present. Producer defined 0 The Northwestern Great Plains absent. Producer defined eco_lev3_44.tif A raster illustrating Level III Ecoregions code 44, Nebraska Sand Hills. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Nebraska Sand Hills. Producer Defined 1 The Nebraska Sand Hills present. Producer defined 0 The Nebraska Sand Hills absent. Producer defined eco_lev3_80.tif A raster illustrating Level III Ecoregions code 80, Northern Basin and Range. Producer Defined VALUE/Value A numeric value showing the presence/absence of the Northern Basin and Range. Producer Defined 1 The Northern Basin and Range present. Producer defined 0 The Northern Basin and Range absent. Producer defined el5000.tif A raster illustrating area above 5000 feet. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 5000 feet. Producer Defined 1 The elevation greater than 5000 feet present. Producer defined 0 The elevation greater than 5000 feet absent. Producer defined el6000.tif A raster illustrating area above 6000 feet.. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 6000 feet. Producer Defined 1 The elevation greater than 6000 feet present. Producer defined 0 The elevation greater than 6000 feet absent. Producer defined el7500.tif A raster illustrating area above 7500 feet. Producer Defined VALUE/Value A numeric value showing the presence/absence of elevation greater than 7500 feet. Producer Defined 1 The elevation greater than 7500 feet present. Producer defined 0 The elevation greater than 7500 feet absent. Producer defined lc16_agri.tif A raster illustrating NLCD agriculture classes 71, 81, and 82. Producer Defined VALUE/Value A numeric value showing the presence/absence of agriculture. Producer Defined 1 Agriculture present Producer defined 0 Agriculture absent Producer defined lc16_bare.tif A raster illustrating NLCD barren land class 31. Producer Defined VALUE/Value A numeric value showing the presence/absence of barren land. Producer Defined 1 Barren land present Producer defined 0 Barren land absent Producer defined lc16_crop.tif A raster illustrating NLCD cultivated crops class 82. Producer Defined VALUE/Value A numeric value showing the presence/absence of cultivated crops. Producer Defined 1 Cultivated crops present Producer defined 0 Cultivated crops absent Producer defined lc16_dev.tif A raster illustrating NLCD developed class 21-24. Producer Defined VALUE/Value A numeric value showing the presence/absence of developed. Producer Defined 1 Developed present Producer defined 0 Developed absent Producer defined lc16_forest.tif A raster illustrating NLCD forest class 41-43. Producer Defined VALUE/Value A numeric value showing the presence/absence of forest. Producer Defined 1 Forest present Producer defined 0 Forest absent Producer defined lc16_grass.tif A raster illustrating NLCD grassland/herbaceous class 71. Producer Defined VALUE/Value A numeric value showing the presence/absence of grassland/herbaceous. Producer Defined 1 Grassland/herbaceous present Producer defined 0 Grassland/herbaceous absent Producer defined lc16_imp.tif A raster illustrating NLCD impervious surface. Producer Defined VALUE/Value A numeric value showing the presence/absence of impervious surface. Producer Defined 1 Impervious surface present Producer defined 0 Impervious surface absent Producer defined lc16_shrub.tif A raster illustrating NLCD shrub/scrub class 52. Producer Defined VALUE/Value A numeric value showing the presence/absence of shrub/scrub. Producer Defined 1 Shrub/scrub present Producer defined 0 Shrub/scrub absent Producer defined lc16_snoic.tif A raster illustrating NLCD perennial ice/snow class 12. Producer Defined VALUE/Value A numeric value showing the presence/absence of perennial ice/snow. Producer Defined 1 Perennial ice/snow present Producer defined 0 Perennial ice/snow absent Producer defined lc16_stor.tif A raster illustrating NLCD storage classes 11, 90, and 95. Producer Defined VALUE/Value A numeric value showing the presence/absence of storage. Producer Defined 1 Storage present Producer defined 0 Storage absent Producer defined lc16_water.tif A raster illustrating NLCD open water class 11. Producer Defined VALUE/Value A numeric value showing the presence/absence of open water. Producer Defined 1 Open water present Producer defined 0 Open water absent Producer defined lc16_wetland.tif A raster illustrating NLCD wetlands class 90 and 95. Producer Defined VALUE/Value A numeric value showing the presence/absence of wetland. Producer Defined 1 Wetland present Producer defined 0 Wetland absent Producer defined statsgoa.tif A raster illustrating Hydrologic soil type A. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type A. Producer Defined 1 Hydrologic soil type A present Producer defined 0 Hydrologic soil type A absent Producer defined statsgob.tif A raster illustrating Hydrologic soil type B. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type B. Producer Defined 1 Hydrologic soil type B present Producer defined 0 Hydrologic soil type B absent Producer defined statsgoc.tif A raster illustrating Hydrologic soil type C. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type C. Producer Defined 1 Hydrologic soil type C present Producer defined 0 Hydrologic soil type C absent Producer defined statsgod.tif A raster illustrating Hydrologic soil type D. Producer Defined VALUE/Value A numeric value showing the presence/absence of Hydrologic soil type D. Producer Defined 1 Hydrologic soil type D present Producer defined 0 Hydrologic soil type D absent Producer defined snojan.tif A raster illustrating the January 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The January 1st mean snow water equivalent. Producer Defined 0 20.35018539428711 inches snofeb.tif A raster illustrating the February 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The February 1st mean snow water equivalent. Producer Defined 0 28.72772598266602 inches snomar.tif A raster illustrating the March 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The March 1st mean snow water equivalent. Producer Defined 0 35.58433532714844 inches snoapr.tif A raster illustrating the April 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The April 1st mean snow water equivalent. Producer Defined 0 43.3505973815918 inches snomay.tif A raster illustrating the May 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The May 1st mean snow water equivalent. Producer Defined 0.0 49.54413604736328 inches snojun.tif A raster illustrating the June 1st mean Snow Water Equivalent (SWE) (2004-2022). Producer Defined VALUE/Value The June 1st mean snow water equivalent. Producer Defined 0 48.72979736328125 inches janavpre.tif A raster illustrating the average January total precipitation (1991-2020). Producer Defined VALUE/Value Average January total precipitation. Producer Defined 0.1562992185354233 10.45196914672852 inches febavpre.tif A raster illustrating the average February total precipitation (1991-2020). Producer Defined VALUE/Value Average February total precipitation. Producer Defined 0.09566929191350937 9.285826683044434 inches maravpre.tif A raster illustrating the average March total precipitation (1991-2020). Producer Defined VALUE/Value Average March total precipitation. Producer Defined 0.2141732275485992 8.778347015380859 inches apravpre.tif A raster illustrating the average April total precipitation (1991-2020). Producer Defined VALUE/Value Average April total precipitation. Producer Defined 0.6003937125205994 8.187007904052734 inches mayavpre.tif A raster illustrating the average May total precipitation (1991-2020). Producer Defined VALUE/Value Average May total precipitation. Producer Defined 1.003543257713318 7.761023998260498 inches junavpre.tif A raster illustrating the average June total precipitation (1991-2020). Producer Defined VALUE/Value Average June total precipitation. Producer Defined 0.6007874011993408 7.078346252441406 inches julavpre.tif A raster illustrating the average July total precipitation (1991-2020). Producer Defined VALUE/Value Average July total precipitation. Producer Defined 0.3673228323459625 4.121259689331055 inches augavpre.tif A raster illustrating the average August total precipitation (1991-2020). Producer Defined VALUE/Value Average August total precipitation. Producer Defined 0.2437007874250412 3.646850347518921 inches sepavpre.tif A raster illustrating the average September total precipitation (1991-2020). Producer Defined VALUE/Value Average September total precipitation. Producer Defined 0.6153543591499329 3.997637987136841 inches octavpre.tif A raster illustrating the average October total precipitation (1991-2020). Producer Defined VALUE/Value Average October total precipitation. Producer Defined 0.5940945148468018 6.172834396362305 inches novavpre.tif A raster illustrating the average November total precipitation (1991-2020). Producer Defined VALUE/Value Average November total precipitation. Producer Defined 0.1661417335271835 8.765748023986816 inches decavpre.tif A raster illustrating the average December total precipitation (1991-2020). Producer Defined VALUE/Value Average December total precipitation. Producer Defined 0.1196850389242172 9.811811447143555 inches precip.tif A raster illustrating the average annual total precipitation (1991-2020). Producer Defined VALUE/Value The average annual total precipitation. Producer Defined 6.5566926002502 75.892524719238 inches temp.tif A raster illustrating the average annual daily mean temperature (1991-2020). Producer Defined VALUE/Value Average annual daily mean temperature. Producer Defined 21.7760009765625 50.25199890136719 Degrees Fahrenheit janavtmp.tif A raster illustrating the average January daily mean temperature (1991-2020). Producer Defined VALUE/Value Average January daily mean temperature. Producer Defined 7.826000213623047 32.79199981689453 Degrees Fahrenheit febavtmp.tif A raster illustrating the average February daily mean temperature (1991-2020). Producer Defined VALUE/Value Average February daily mean temperature. Producer Defined 6.2600002288818 32.647998809814 Degrees Fahrenheit maravtmp.tif A raster illustrating the average March daily mean temperature (1991-2020). Producer Defined VALUE/Value Average March daily mean temperature. Producer Defined 10.724000930786 40.495998382568 Degrees Fahrenheit apravtmp.tif A raster illustrating the average April daily mean temperature (1991-2020). Producer Defined VALUE/Value Average April daily mean temperature. Producer Defined 15.332000732422 48.88399887085 Degrees Fahrenheit mayavtmp.tif A raster illustrating the average May daily mean temperature (1991-2020). Producer Defined VALUE/Value Average May daily mean temperature. Producer Defined 24.11600112915 58.208000183105 Degrees Fahrenheit junavtmp.tif A raster illustrating the average June daily mean temperature (1991-2020). Producer Defined VALUE/Value Average June daily mean temperature. Producer Defined 33.512001037598 69.080001831055 Degrees Fahrenheit julavtmp.tif A raster illustrating the average July daily mean temperature (1991-2020). Producer Defined VALUE/Value Average July daily mean temperature Producer Defined 42.493999481201 75.81199645996099 Degrees Fahrenheit augavtmp.tif A raster illustrating the average August daily mean temperature (1991-2020). Producer Defined VALUE/Value Average August daily mean temperature. Producer Defined 41.701999664307 73.48999786377 Degrees Fahrenheit sepavtmp.tif A raster illustrating the average September daily mean temperature (1991-2020). Producer Defined VALUE/Value Average September daily mean temperature. Producer Defined 33.908000946045 64.453994750977 Degrees Fahrenheit octavtmp.tif A raster illustrating the average October daily mean temperature (1991-2020). Producer Defined VALUE/Value Average October daily mean temperature. Producer Defined 22.838001251221 50.395999908447 Degrees Fahrenheit novavtmp.tif A raster illustrating the average November daily mean temperature (1991-2020). Producer Defined VALUE/Value Average November daily mean temperature. Producer Defined 13.658000946045 40.045997619629 Degrees Fahrenheit decavtmp.tif A raster illustrating the average December daily mean temperature (1991-2020). Producer Defined VALUE/Value Average December daily mean temperature. Producer Defined 7.5380001068115 32.035999298096 Degrees Fahrenheit hydro_reg.tif A raster illustrating the Hydrologic Region (WRIR03-4107, Figure 7). Producer Defined VALUE/Value Wyoming peak-flow identifier (WYPK_IND) region number. Producer Defined 1 Rocky Mountains Producer defined 2 Central Basins and Eastern Plains Producer defined 3 Eastern Basins Producer defined 4 Eastern Mountains Producer defined 5 Overthrust Belt Producer defined 6 High Desert Producer defined GS ScienceBase U.S. Geological Survey mailing address

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Denver CO 80225 United States 1-888-275-8747 sciencebase@usgs.gov Unless otherwise stated, all data, metadata and related materials are considered to satisfy the quality standards relative to the purpose for which the data were collected. Although these data and associated metadata have been reviewed for accuracy and completeness and approved for release by the U.S. Geological Survey (USGS), no warranty expressed or implied is made regarding the display or utility of the data for other purposes, nor on all computer systems, nor shall the act of distribution constitute any such warranty. Digital Data https://doi.org/10.5066/P93JP0VQ None 20260326 Cailin Brugger U.S. Geological Survey, MIDCONTINENT REGION mailing address

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