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《Water Saving Irrigation》 2008-05
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Simulation of Distributed Hydrological Cycle Model in Minjiang Upriver and Qingyijiang River Basin

ZHANG Ming-zhu1,2,YAN Deng-hua1,JIA Yang-wen1,SONG Xin-shan2,HU Dong-lai1,2,YU Xuan1,YANG Shu-yuan1(1.China Institution of Water Resources and Hydropower Research,Beijing 100044,China;2.School of Environment,Donghua University,Shanghai 200051,China)  
Through applying the distributed hydrological cycle simulation technology and GIS,the distributed hydrological cycle simulation model for Minjiang upriver and Qingyijiang river basin is developed in this paper in order to provide technical support for the research on the change law of basin hydrological cycle and comprehensive control of regional water resources.According to the WEP model,which has independent intellectual property and is widely used in China,the basic calculation unit is foursquare grid unit of 5km multiply 5km,the Masic method is applied to denote the differentiation of underlying surfaces and the hydrological cycle process in basic calculation unit.The simulation result shows that the model has better precision,the relative error of monthly runoff process simulation result of key station is less than 5%,and the Nash efficiency is above 0.72.Moreover,the model can export the change process of water and energy in each calculation unit.This will supply technical support for the decision of the macro-strategy for the regional water-land resources development and comprehensive environment control.
【Fund】: 国家科技支撑计划重大项目课题“西线工程对调水区生态环境影响评估及综合调控技术”(2006BAB04A08);; 科技部科研院所社会公益研究专项“南水北调西线工程水源区水资源评估技术研究”(2005DIB3J057)
【CateGory Index】: P333
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