WEP-L Model Parameter Calibration and Application in Haihe River Basin

机译：海河流域WEP-L模型参数的标定与应用

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Because of distributed hydrological model with lots of parameters, output variables, complicated model structure and highly nonlinear characteristics, therefore, parameter calibration becomes the important and difficult problem in the application and development of distributed hydrological model. The paper couples SCE-UA method with WEP-L model, and parameter automatically calibration in the above Daiying hydrologic station of Haihe River Basin, Nash efficiency coefficient increases significantly. Research result presents sample in the big basin of WEP-L model, and provides import hydrological basic support for water resources and water environment management in Haihe River Basin.

机译：由于分布式水文模型具有大量的参数，输出变量，复杂的模型结构和高度非线性的特点，因此参数标定成为分布式水文模型的应用和发展中的重要难题。本文将SCE-UA方法与WEP-L模型相结合，并在海河流域上述戴英水文站参数自动定标中，纳什效率系数显着提高。研究结果以WEP-L模型大盆地为例，为海河流域的水资源和水环境管理提供了进口水文基础支持。

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来源
《HaiHe River basin research and planning approach》|2009年|p.423-428|共6页
会议地点 Beijing(CN)
作者
LEI Xiaohui; TIAN Yu; JIANG Yunzhong;
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作者单位

China Institute of Water Resources and Hydropower Research, Beijing, P.R.China, 100044;

School of Civil Engineering, Tianjin University, Tianjin, P.R.China, 300072;

China Institute of Water Resources and Hydropower Research, Beijing, P.R.China, 100044;

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会议组织
原文格式 PDF
正文语种 eng
中图分类世界各国河流治理;
关键词
parameter calibration; Haihe River Basin; WEP-L model; distributed hydrological model;

机译：参数定标;海河流域; WEP-L模型;分布式水文模型;

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WEP-L Model Parameter Calibration and Application in Haihe River Basin

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