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Integrated irrigation development planning by multi-objective optimization
A multi-objective linear-programming-based planning model for irrigation development, incorporating the integrated use of surface and groundwater resources, is presented. Applicability of the model is illustrated by a case study of the Bagmati River Basin, Nepal. Alternative plans for irrigation development are identified by analysing trade-offs between the specified objectives of maximizing total net economic benefits from agriculture (economic efficiency) and total irrigated cropped area (balanced regional development). Evaluation of the alternatives by compromise programming is carried out in order to indicate the optimal scale of development, cropping plans, system design capacities and water allocation policies.
Integrated irrigation development planning by multi-objective optimization
A multi-objective linear-programming-based planning model for irrigation development, incorporating the integrated use of surface and groundwater resources, is presented. Applicability of the model is illustrated by a case study of the Bagmati River Basin, Nepal. Alternative plans for irrigation development are identified by analysing trade-offs between the specified objectives of maximizing total net economic benefits from agriculture (economic efficiency) and total irrigated cropped area (balanced regional development). Evaluation of the alternatives by compromise programming is carried out in order to indicate the optimal scale of development, cropping plans, system design capacities and water allocation policies.
Integrated irrigation development planning by multi-objective optimization
Onta, Pushpa R. (author) / Gupta, Ashim Das (author) / Paudyal, Guna N. (author)
International Journal of Water Resources Development ; 7 ; 185-193
1991-09-01
9 pages
Article (Journal)
Electronic Resource
English
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