A decision tool for optimal irrigated crop planning and water resources sustainability
DOI: 10.1007/S10898-011-9803-1
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摘要: In the present study, conjunctive use policies of surface and ground water resources are developed for minimizing shortage in an irrigation district subject to constraints on groundwater withdrawals crop planning capacities. An integrated soil balance algorithm is coupled a non-linear optimization model order carry out allocation complex deficit agricultural systems based economic efficiency criterion. Various options along with current proposed cropping patterns have been explored by Koohdasht Irrigation District (KID), semi-arid region I.R. Iran. The analysis provides various scenarios, which can help managers decision-making optimum plans within area. results reveal that model, as decision tool optimal irrigated sustainability, may be used maximizing overall net benefits global productivity considering allowable annual recharge groundwater. Findings indicate importance management modeling, easily implemented would enhance from activities study
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