Search
Now showing items 11-17 of 17
Project design down stream - Jordan Watershed
Although Jordan is a water-poor country with a harsh climate, it has considerable biodiversity. 80% of Jordan is arid rangeland, or Badia, and faces substantial degradation due to overgrazing and low-beneficial barley ...
Scenarios and analysis
Three scenarios were examined for the normal year of 2006. The scenarios are based on raising
agricultural water productivities to various levels by more investment, improving water management,
agricultural practices and ...
Agricultural water productivity Hotspots of rainfed areas in 2006
The Hot spots of high and low water productivity was done by classifying the biophysical agricultural water productivity (kg/m3) layer into three classes: (i) High water productivity which includes values exceeding 1.0 ...
Agricultural water productivity for irrigated areas in 2002
Agricultural Water Productivity (WPM) (kg/m3) was determined for each pixel by dividing crop productivity (kg/ha) raster layer by seasonal crop water use in terms of actual evapotranspiration (m3/ha) raster layer.The WPM ...
Agricultural water productivity for rainfed areas in 2002
Agricultural Water Productivity (WPM) (kg/m3) was determined for each pixel by dividing crop productivity (kg/ha) raster layer by seasonal crop water use in terms of actual evapotranspiration (m3/ha) raster layer.The WPM ...
Agricultural water productivity Hotspots of irrigated areas in 2008
The Hot spots of high and low water productivity was done by classifying the biophysical agricultural water productivity (kg/m3) layer into three classes: (i) High water productivity which includes values exceeding 1.0 ...
Agricultural water productivity for irrigated areas in 2006
Agricultural Water Productivity (WPM) (kg/m3) was determined for each pixel by dividing crop productivity (kg/ha) raster layer by seasonal crop water use in terms of actual evapotranspiration (m3/ha) raster layer.The WPM ...