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首页> 外文期刊>Journal of Environmental Engineering >Retrospective comparison of Watershed Analysis Risk Management Framework and Hydrologic Simulation Program Fortran applications to Mica Creek Watershed
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Retrospective comparison of Watershed Analysis Risk Management Framework and Hydrologic Simulation Program Fortran applications to Mica Creek Watershed

机译:流域分析风险管理框架与水文模拟程序Fortran在云母溪流域中的应用回顾性比较

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摘要

As part of an. ongoing watershed model comparison program for forested watersheds, Watershed Analysis Risk Management Framework (WARMF V5.18) and Hydrologic. Simulation Program Fortran (HSPF V10) were independently applied to the Mica Creek Watershed in Idaho. A comprehensive model comparison was made in terms of watershed delineation, hydrologic formulations, model parameterization, meteorological data, hydrologic calibration, and hydrologic verification., Comparison was not made for water quality, which was not simulated in the HSPF application. It was concluded that. WARMF is a. mechanistic model structured to simulate the hydrologic processes, whereas HSPF is an empirical water budget model. The WARMF is suitable for application to forested watersheds. it successfully predicted stream flows. comparable to measured values. The HSPF results were also good, if one ignores an unrealistic amount of water loss to inactive groundwater and an empirical treatment of rain-on-snow events.
机译:作为的一部分。森林流域正在进行的流域模型比较计划,流域分析风险管理框架(WARMF V5.18)和水文。模拟程序Fortran(HSPF V10)独立应用于爱达荷州的Mica Creek流域。在流域划分,水文公式化,模型参数化,气象数据,水文定标和水文验证方面进行了全面的模型比较。没有对水质进行比较,这在HSPF应用中并未进行模拟。结论是。 WARMF是一个。机械模型可以模拟水文过程,而HSPF是经验性水预算模型。 WARMF适用于森林流域。它成功地预测了流量。与测量值相当。如果人们忽略了因不活动的地下水造成的不切实际的水损失以及对雨雪事件的经验性处理,那么HSPF的结果也很好。

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