Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration). METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC computes a complete radiation and energy balance for the earth's surface along with fluxes of sensible heat and ET. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho was developed using Landsat 5, 7 and 8 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). Usually about 8 images (one per month) are processed to develop a seasonal ET image. ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data for large areas from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the path and row of the Landsat images used and the range of dates for seasonal ET data (e.g. p40r30_20000301to1031season_et.img is Landsat path 40 row 30, seasonal ET for the growing season of 3/1/2000 to 10/31/2000). Monthly images show the month number (e.g. p40r30_200007_et.img is for July of 2000). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR). University of Idaho.
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).
Description: Evapotranspiration data developed using the METRIC (Mapping EvapoTranspiration at high Resolution with Internalized Calibration) model. METRIC is an image-processing model for computing ET data from satellite images. METRIC uses digital image data collected by Landsat or other remote sensing satellites measuring visible, near-infrared, and thermal infrared radiation. METRIC also incorporates USBR AgriMet weather data into the modeling process. Dr. Rick Allen, Dr. M. Tasumi, and Dr. R. Trezza, of the University of Idaho, developed METRIC by making refinements to the Surface Energy Balance Algorithm for Land (SEBAL).METRIC ET data in Idaho is primarily developed using Landsat 5, 7, 8 and 9 data. Most data are in the ERDAS Imagine file format. Filenames include the paths of the Landsat images used and the range of dates for seasonal ET data (e.g. p3940_20210401to20211031_et.img is Landsat paths 39 and 40, ET for the growing season 2021-04-01 to 2021-10-31). Monthly images show the month number (e.g. p3940_202104_et.img is for April of 2021). ET units are millimeters.This raster was generated using a new version of METRIC designed for improved speed and simplicity. In mountainous areas, evapotranspiration (ET) may be higher than in previous versions, as many of the complexities of convective and radiative transfer in these environments have been omitted. METRIC ET is generally less accurate on unirrigated surfaces and on snow and water surfaces.The Python evapy library git commit hash de5a165 was used to create these data. Thermal imagery was sharpened using the Python pyDMS library at git commit hash 18e62c2.
Service Item Id: 37ad0e71b49c45839dc515bf6944ad6a
Copyright Text: Idaho Department of Water Resources (IDWR).