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Flash flood forecasting by coupling radar-based precipitation and distributed hydrological model

机译:基于雷达降水与分布式水文模型耦合的山洪预报

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@@ 1. Introduction Flooding is one of the most serious natural disasters in China, and has caused huge losses year by year. The devas tating flood s was not only obser ved in large river basins, but also in the newly developed urban area, particularly in the south and southeast coastal area where the fastes t economic development has been observed in the past decades, and also frequently heavy rain caused by tropical storms. Flood forecasting has played key role in flood management, particularly for saving lives, so to advance the flood forecasti ng techniq ues and improve the flood forecasting accuracy has long been the goal of hydrol ogical communities. This paper presented some research results in coupling physi cally bas ed distributed hydrological model with radar estimated precipit ation, for flash floods both in river basins and coastal urban areas. The method is called by the author as new generation flood forecasting method.
机译:@@ 1.引言洪水是中国最严重的自然灾害之一,并每年造成巨大损失。不仅在大流域,而且在新兴的城市地区,尤其是在过去几十年中观察到禁食经济发展的南部和东南沿海地区,都出现了大规模的洪水。热带风暴引起的降雨。洪水预报在洪水管理中起着关键作用,特别是在挽救生命方面,因此,提高洪水预报技术和提高洪水预报精度一直是水文社区的目标。本文针对流域和沿海城市地区的山洪,提出了将物理基础分布式水文模型与雷达估计降水耦合起来的一些研究成果。该方法被作者称为新一代洪水预报方法。

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