Using remote sensing in the regulation of the Amudarya Andrea Castelletti Politecnico di Milano NRMP07

Aral Sea Amudarya Samarkand

The Amudarya is regulated through a reservoir which is mainly used to support irrigation Design the daily regulation policy of the system. Because of the high temperature, any water in excess with respect to the water demand contribute to water table raising and sal Water demand depends upon both temperature and the crop state. The latter can be measured using a satelite measuring canopy cover every 15 days. These measures are affected by a white error, with zero mean and known variance. Because of the high temperature, any water in excess with respect to the water demand contribute to water table raising and sal Water demand depends upon both temperature and the crop state. The latter can be measured using a satelite measuring canopy cover every 15 days. These measures are affected by a white error, with zero mean and known variance. Aral Sea