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Agricultural water productivity Hotspots of irrigated areas in 2002
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 Hotspots of irrigated 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 2008
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 ...
Actual Evapotranspiration of irrigated areas in 2008
Evapotranspiration was determined using the methodology proposed by USGS’s Simplified Surface Energy Balance.The Actual Evapotranspiratione (AET, mm) stimation was done using MODIS 1km (thermal infrared band resolution) ...
Actual Evapotranspiration of rainfed areas in 2006
Evapotranspiration was determined using the methodology proposed by USGS’s Simplified Surface Energy Balance.The Actual Evapotranspiration (AET, mm) estimation was done using MODIS 1km (thermal infrared band resolution) ...
Agricultural water productivity Hotspots of rainfed areas in 2002
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 Hotspots of rainfed 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 ...
Scaling Readiness Innovation Profile of "Supplementary Irrigation" Water Management System in Iran, Jordan, Syria and Turkey for Improving Water Availability and Efficiency In Rainfed Farming
Supplementary irrigation is a customizable complementary water
management system which enables the farmers to control the amount and
timing of irrigation in rainfed agricultural areas without large scale irrigation
infrastructure. ...
Crop yield of rainfed areas in 2002
Crop yield layer where derived from MODIS gross primary productivity (GPP) layer as a production efficiency model approach that estimates crop growth from intercepted photo synthetically active radiation and light use ...
Map of rainfed areas in 2017
IWMI’s global irrigated and rainfed area maps (GIAM and GMRCA, Biradar et al., 2009, Thenkabail et al., 2009) have ben merge with released irrigated area maps accessible online; http://waterdata.iwmi.org/applications/irri_area/to ...