Large Scale Distributed Hydrological Model of Inter-basin Water Transfer and its Application

Wang Zhong-gen
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引用次数: 0

Abstract

Distributed water cycle simulation research under environment change is a important problem of earth system science.It is also the application foundation of regional water security and water resources risk management.This paper studied regional water cycle simulation,environment change and water security at Han River,Yellow River and Hai River which are linked with South-to-North Water Diversion Project..We focused on the research and prospects for the large-scale inter-basin water transfer distributed hydrological model(LDTVGM).There are two research purposes.Fisrt,to explore how to develop the large-scale inter-basin water transfer distributed hydrological model under changing environment.Second,to develop the theory and impact assessment methods about regional water cycle dynamics-nonlinear systems-multiple sources of uncertainty analysis.This study can provide a scientific basis for regional water resources security and risk management of countermeasures under climate change and high intensity of human activities and.
流域间调水大尺度分布式水文模型及其应用
环境变化下的分布式水循环模拟研究是地球系统科学的一个重要课题。也是区域水安全和水资源风险管理的应用基础。本文对南水北调工程相关的汉江、黄河和海河区域水循环模拟、环境变化和水安全进行了研究,重点研究了大尺度跨流域调水分布式水文模型(LDTVGM)的研究与展望。有两个研究目的。首先,探索如何建立变化环境下大尺度跨流域调水分布式水文模型。第二,发展区域水循环动力学-非线性系统-多不确定性源分析的理论和影响评价方法。该研究可为气候变化和高强度人类活动下的区域水资源安全与风险管理对策提供科学依据。
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来源期刊
自引率
0.00%
发文量
4294
期刊介绍: "South-to-North Water Transfers and Water Science and Technology" was founded in 2003, mainly publishing papers on water science, water engineering, water resources, water environment, water management, etc. The journal currently has the following columns: hydrology and water resources, ecology and environment, high-quality development of follow-up projects of South-to-North Water Transfers and construction of national water network, ecological protection and high-quality development of the Yellow River Basin, flood disasters and response, "dual carbon" and water conservancy technology, efficient utilization of agricultural water and soil resources, hydrogeology and engineering geology, etc. The journal is now a Chinese core journal; a source journal for Chinese scientific and technological papers (Chinese core journals); a source journal for the Chinese Science Citation Database (CSCD); and a Chinese core academic journal (A) of RCCSE.
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