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Application of the Vertical-mixed Runoff Model and real-time flood correction method in a semi-arid basin

机译:垂直混合径流模型和实时洪水修正方法在半干旱盆地中的应用

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The Vertical-mixed Runoff Model, which considers both the infiltration-excess and saturation-excess mechanism, is presented. The proposed model was tested using the hydrological and meteorological data from a semi-arid reservoir basin named Rizhao, with an area of 548 km . Moreover, an auto regression updating model was used for the real-time flood correction in every interval of the calculation. By considering many criteria, including runoff, flood peak, efficiency coefficient, and number of efficient floods, the results are in good agreement with the observations, and the real-time correction technology for flood hydrograph can further improve the forecast accuracy. Therefore, the Vertical-mixed Runoff Model combined with the real-time flood correction method is suitable for the semi-arid basin.
机译:提出了同时考虑入渗和饱和的机制的垂直混合径流模型。利用半干旱水库盆地日照的水文和气象数据对拟议的模型进行了测试,该盆地面积为548 km。此外,在计算的每个时间间隔中,将自动回归更新模型用于实时洪水校正。通过综合考虑径流,洪峰,效率系数和有效洪水次数等标准,结果与实测结果吻合较好,洪水​​水位图实时校正技术可以进一步提高预报精度。因此,垂直混合径流模型结合实时洪水修正方法适用于半干旱盆地。

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