首页> 外文期刊>Journal of water and climate change >A new method to estimate the total drainage area of soil-water conservation projects on the upstream of Wangkuai watershed in Daqinghe River basin, China
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A new method to estimate the total drainage area of soil-water conservation projects on the upstream of Wangkuai watershed in Daqinghe River basin, China

机译:大庆河流域王快流域上游水土保持工程总排水面积估算的新方法。

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摘要

A new approach was presented to calculate the total drainage area (TDA) of many small hydraulic engineering projects on the upstream Wangkuai reservoir watershed considering flood scaling. By establishing the correlation of flood peak between Wangkuai and Fuping hydrological station, the event-based flood scaling in Wangkuai reservoir watershed was analyzed and the scaling exponent theta was 0.5688. Relations between flood peak and maximum 3 h rainfall amount were fitted for the undisturbed and disturbed periods to analyze the effect of small reservoirs on the flood peak. The average change ratio of flood peak was 15.05% and the TDA of small hydraulic structures was 939.88 km(2).
机译:提出了一种新方法来计算考虑洪水规模的上游望开水库集水区上许多小型水利工程项目的总排水面积(TDA)。通过建立旺ku水库富平水文站洪水峰的相关性,分析了旺ku水库流域基于事件的洪水标度,标度指数θ为0.5688。拟合了未扰动和扰动期的洪峰与最大3 h降雨量之间的关系,以分析小型水库对洪峰的影响。洪峰的平均变化率为15.05%,小型水工结构的TDA为939.88 km(2)。

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