Difference between revisions of "GeoWRSI"
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== Program Outputs == | == Program Outputs == | ||
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*WRSI Map | *WRSI Map | ||
*WRSI Anomaly Map | *WRSI Anomaly Map | ||
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*Maximum Surplus Water experienced in any one dekad | *Maximum Surplus Water experienced in any one dekad | ||
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== Related Tools == | == Related Tools == | ||
Revision as of 15:39, 5 December 2012
GeoWRSI stands for Geo-spatial Water Resource Satisfaction Index. It was developed primarily by Tamuka Magadzire, a CHG field scientist in Botswana.
What is GeoWRSI?
The GeoWRSI is a geo-spatial, stand-alone implementation of the Water Requirements Satisfaction Index (GeoWRSI), as it is implemented by the USGS for the FEWSNET Activity. The program runs a crop-specific water balance model for a selected region in the world, using raster data inputs. The program produces a range of outputs which can either be used qualitatively to help assess and monitor crop conditions during the crop growing season, or can be regressed with yields to produce yield estimation models and yield estimates. Other tools are available to post-process the GeoWRSI outputs so that they can be used in yield estimation models.
Program Outputs
- WRSI Map
- WRSI Anomaly Map
- Start of Season Map
- Total Actual Evapotranspiration at different stages of crop growth
- Total Water Deficit at different stages of crop growth
- Total Water Requirement at different stages of crop growth
- Total Surplus Water at different stages of crop growth
- Maximum Water Deficit experienced in any one dekad
- Maximum Surplus Water experienced in any one dekad
Related Tools
The GeoWRSI has incorporated the Water Balance Post Processor.
Download
You can download the GeoWRSI Installation File here.
Data
Rainfall and evapotranspiration data are updated regularly at the GeoWRSI data archives.
