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Optimizing cotton irrigation regime using climatic data from mini weather station via evapotranspiration in the Fergana Valley, Uzbekistan (in Russian)
Irrigated agriculture is the backbone of Central Asian economies and efficient
irrigation management is of crucial importance to the sustainable crop production. The ET-based irrigation scheduling method has potential to ...
Heat units-based potential yield assessment for cotton production in Uzbekistan
Cotton yields in Uzbekistan are significantly lower than those in similar agro-climatic regions, requiring the
estimation of crop potential and baseline yield to track progress of production enhancement efforts. The current ...
Russian version of reference ET calculator
Russian version of reference ET calculator, related to Improving WUE in Aral Sea Region and Fergana Valley Dataverse, Aral Sea Basin.
Elaboration of measured parameter for ET-based irrigation scheduling for Aral Sea Basin site, Khorezm, Uzbekistan
Elaboratio of measured parameters for ET-based irrigation scheduling for Aral Sea Basin site, Khorezm, Uzbekistan.
Blog on ET-based irrigation scheduling
Blog on ET-based irrigation scheduling methodology
Dataset of all measured parameter for ET-based irrigation scheduling for Aral Sea Basin site, Khorezm, Uzbekistan
Series of data on cotton growth in Uzbekistan.
Improving Water-use Efficiency through Innovative Technologies in Irrigation and Farming
The purpose of the Conclusion workshop was i) to showcase the findings to the stakeholders and to find potential development partners and donors to carry this work forward, ii) to familiarize NARES researchers with ET ...
Dataset of measured parameters for ET-based irrigation scheduling in Fergana Valley, Uzbekistan
Series of data on wheat and cotton in Uzbekistan.
Russian version of Bushland ET calculator
Sets of data and code on water usage for grass and crop production.
Evapotranspiration-based Irrigation Scheduling for Cotton Growing in Fergana Valley to Improve Water-use Efficiency
Adopting Evapotranspiration-based Irrigation Scheduling for Cotton Growing in Fergana Valley to Improve Water-use Efficiency