Unit water resources allocation in Shaanxi's South-to-North water transfer Project

Abstract

Water resource has become a bottleneck in Guanzhong region of Shaanxi province. Therefore, combined with the practical program, the dissertation sets up a optimization model on the water resources allocation in the Shaanxi's South-to-North water transfer Project, and the resolving method for this optimal model is solved based on Genetic Algorithms (GA), at last the unit water resources optimization allocation system is establish. After contrast the water resources allocation result of the optimal model to the conventional one, showed that this system can increase 98.75 million cubic meters, which can provide an evidence for more reasonable allocation management.