20260701
13062400
1.0
FALSE
Oregon_Hyd_Area_Ag_Boundaries_20231020_RAW
230186.132218
2543359.211286
-313664.101706
1744048.639108
1
143.064
002
Projected
GCS_North_American_1983
Linear Unit: foot (0.304800)
NAD_1983_Oregon_Statewide_Lambert_Feet_Intl
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20250127
08333300
20250127
08333300
625000
5000
FGDC
dataset
Matt Bromley
Desert Research Institute
Associate Research Scientist, Environmental Science
2215 Raggio Parkway
Reno
NV
89512
matt.bromley@dri.edu
US
775-673-7683
Matt Bromley
Jordan Beamer
Oregon Water Resources Department
Hydrologist
725 Summer Street
Salem
OR
97301
jordan.p.beamer@water.oregon.gov
US
(971) 707-1964
Jordan Beamer
20250127
File Geodatabase Feature Class
143.064
Esri ArcGIS 12.9.10.32739
Oregon_Hyd_Area_Ag_Boundaries_20231020_RAW
Matt Bromley
Desert Research Institute
Associate Research Scientist, Environmental Science
2215 Raggio Parkway
Reno
NV
89512
matt.bromley@dri.edu
US
775-673-7683
Jordan Beamer
Oregon Water Resources Department
Hydrologist
725 Summer Street
Salem
OR
97301
jordan.p.beamer@water.oregon.gov
US
(971) 707-1964
Blake Minor
Desert Research Institute
Assistant Research Scientist
The mapped GIS polygon field boundaries are key data for the Oregon Water Resources Department (OWRD) Statewide ET project. These files associate the agricultural field boundaries with the OWRD water rights place of use source type designation, USDA Cropland Data Layer (CDL) values from Oregon and adjacent states, irrigation method, and IrrMapper irrigation status. This work was funded with a grant by the USGS Water-Use Data and Research (WUDR) program (grants G20AS00053 and G21AS00258).
<DIV STYLE="text-align:Left;"><DIV><DIV><P STYLE="margin:0 0 0 0;"><SPAN>The data was developed for the USGS Water-Use and Data Research program grant opportunities G20AS00053 and G21AS00258 to improve estimates of water use from irrigated lands in Oregon. These data contain attributes of irrigation status, irrigation source type, crop type, irrigation method, and assumed irrigation efficiency, and were used with evapotranspiration (ET) data from OpenET and effective precipitation developed using the USBR ET Demands model to develop estimates of applied water at the field-scale.</SPAN></P></DIV></DIV></DIV>
OWRD, DRI, USGS
Acres
Hydrologic Boundaries
IrrMapper
Landsat satellite
OpenET
Oregon
Source Type
water use
watershed scale
evapotranspiration
ground water
source type
irrigation method
cropland
agriculture fields
crop type
hydrologic units
Oregon
California
Idaho
Nevada
Washington
Matthew Bromley
Desert Research Institute
Assistant Research Scientist, Environmental Science
2215 Raggio Parkway
Reno
NV
89512
matthew.bromley@dri.edu
US
775-673-7683
Matthew Bromley
Matt Bromley
Desert Research Institute
Associate Research Scientist, Environmental Science
2215 Raggio Parkway
Reno
NV
89512
matt.bromley@dri.edu
US
775-673-7683
Matt Bromley
Jordan Beamer
Oregon Water Resources Department
Hydrologist
725 Summer Street
Salem
OR
97301
jordan.p.beamer@water.oregon.gov
US
(971) 707-1964
Jordan Beamer
1
-124.793210
-115.617473
46.533848
40.798797
Data is confined to the Oregon Hydrologic Area as defined by OWRD.
2019-01-01T00:00:00
2022-12-31T00:00:00
Blake Minor
Desert Research Institute
Assistant Research Scientist
Blake Minor
Matt Bromley
Desert Research Institute
Associate Research Scientist, Environmental Science
2215 Raggio Parkway
Reno
NV
89512
matt.bromley@dri.edu
US
775-673-7683
Matt Bromley
0
Oregon_Hyd_Area_Ag_Boundaries_20231020
Feature Class
0
OBJECTID
OBJECTID
OID
4
0
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
Shape
Shape
Geometry
0
0
0
Feature geometry.
Esri
Coordinates defining the features.
OPENET_ID
OPENET_ID
String
80
0
0
This arbitrary identifier is used within OpenET to maintain continuity of individual features and their attributes.
OpenET
SOURCECODE
SOURCECODE
String
80
0
0
CLU, DRI, IDWR, LANDIQ, OWRD, WSDA
Identifies source data of geometries. Field boundaries originally sourced from various datasets have routinely been modified by DRI team to improve accurate representation of maximum irrigated extent.
MGRS_TILE
MGRS_TILE
String
80
0
0
Grid Zone Designator (GZD) as assigned from the Military Grid Reference System (MGRS)
MGRS-Data
OWRD
OWRD
Integer
4
0
0
HUC8_name
HUC8_name
String
128
0
0
HUC8
HUC8
Integer
4
0
0
Acres
Acres
Double
8
0
0
Size of feature as calculated in acres
ITYPE
ITYPE
Integer
4
0
0
Irrigation system type.
• 0 - Developed/No longer irrigated • 1 - Sprinkler-Pivot-Linear • 2 - Sprinkler-Other (Wheel Line, Hand Line, Solid Set, Big Gun, Travelling Gun, Pods) • 3 - Flood-Uncontrolled (Wild Flood) • 4 - Flood-Controlled (Land Leveling, Borders, Basins, Furrows) • 5 - Micro (Micro Sprinklers, Drip Lines, Subsurface Drip)
DRI
IRR_EFF
IRR_EFF
Double
8
0
0
Irrigation efficiency used to calculate applied water. All assumed values are based ITYPE and defined as:
1 Sprinkler-Pivot-Linear 0.85
2 Sprinkler-Other (Wheel Line, Hand Line, Solid Set, Big Gun, Travelling Gun, Pods) 0.75
3 Flood-Uncontrolled (Wild Flood) 0.50
4 Flood-Controlled (Land Leveling, Borders, Basins, Furrows) 0.65
5 Micro (Micro Sprinklers, Drip Lines, Subsurface Drip) 0.90
DRI
irr_2016
irr_2016
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
irr_2017
irr_2017
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
irr_2018
irr_2018
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
irr_2019
irr_2019
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
irr_2020
irr_2020
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
irr_2021
irr_2021
Double
8
0
0
IrrMapper irrigation status. Pixels were designated as 0 = "Not irrigated" and 1 = "Irrigated". Field value represents the average value for that year, contained within agricultural field boundary.
IrrMapper (https://climate.umt.edu/progress/irrmapper/default.php)
CROP_2016
CROP_2016
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
CROP_2017
CROP_2017
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
CROP_2018
CROP_2018
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
CROP_2019
CROP_2019
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
CROP_2020
CROP_2020
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
CROP_2021
CROP_2021
Integer
4
0
0
Cropland Data Layer (CDL) crop type designation. For years without an official CDL product a representative year was used. The source of the crop type designation is described in the "CSRC_{year}" field
srctype
srctype
Integer
4
0
0
Statewide source type designation
Oregon Water Resources Department Place of Use shapefile
20220303
20220331
0
No data
Oregon Water Resources Department Place of Use shapefile
1
Groundwater Source Type
Oregon Water Resources Department Place of Use shapefile
2
Surface Water Source Type
Oregon Water Resources Department Place of Use shapefile
3
Surface Water and Groundwater combined Source Type
Oregon Water Resources Department Place of Use shapefile
CLAY_WTA_L
CLAY_WTA_L
Clay weighted average at 0-152cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
CLAY_WTA_H
CLAY_WTA_H
Clay weighted average at 0-10cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
Ksat_WTA_L
Ksat_WTA_L
Saturated hydraulic conductivity (Ksat) weighted average at 0-152cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
Ksat_WTA_H
Ksat_WTA_H
Saturated hydraulic conductivity (Ksat) weighted average at 0-10cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
SAND_WTA_L
SAND_WTA_L
Clay weighted average at 0-152cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
SAND_WTA_H
SAND_WTA_H
Sand weighted average at 0-10cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
AWC_WTA_L
AWC_WTA_L
Available Water Capacity weighted average at 0-10cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
AWC_WTA_H
AWC_WTA_H
Available Water Capacity weighted average at 0-152cm. Composite SSURGO/STATSGO CONUS values (STATSGO values were used to fill in areas of nodata in the original SSURGO data).
Double
8
0
0
Shape_Length
Shape_Length
Double
8
0
0
Length of feature in internal units.
Esri
Positive real numbers that are automatically generated.
Shape_Area
Shape_Area
Double
8
0
0
Area of feature in internal units squared.
Esri
Positive real numbers that are automatically generated.
Simple
FALSE
0
TRUE
FALSE
Blake Minor
Desert Research Institute
Assistant Research Scientist
Blake Minor
Blake.Minor@dri.edu
2215 Raggio Parkway
Reno
NV
89512
US
This data builds on data developed for the previous USGS-WUDR award, and as a consequence, supersedes the data delivered in Phase I.
32388A2A-A1E2-40A4-B657-9F9A31F18616