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Impact of Climate Change on a Runoff Formation in Seaside Catchment Area on the Example of the Babica River Catchment

机译:以巴比卡河集水区为例,气候变化对沿岸集水区径流形成的影响

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The paper presents the impact of taking into account climate change in the perspective of 2050 on the results of hydrological calculations of characteristic flows in the hydrographically diverse seaside catchment area on the example of the Babica river catchment. A mathematical model of the Babica river catchment was made in the HEC-HMS program. The SCS method was used. The outflow from the basin was analysed for waters with a specified probability of exceedance for the adopted synthetic hietogram for rainfall with a probability of exceeding p = 10 %, p = 1 % and p = 0.2 %. To determine the maximum amount of rainfall in the assumed calculation time, formula of Institute of Meteorology and Water Management for the analysed area was used. The calculations took into account the impact of climate change on the amount of precipitation in the perspective of 2050 - A1B scenario was used.
机译:本文以巴比卡河流域为例,介绍了从2050年的角度考虑气候变化对水文多样的沿海集水区特征流量的水文计算结果的影响。在HEC-HMS程序中,建立了巴比卡河流域的数学模型。使用了SCS方法。分析了流域流出的水,对于采用特定合成象形图的降雨有超过指定概率的水域,降雨概率超过p = 10 \%,p = 1 \%和p = 0.2 \%。为了确定假定的计算时间内的最大降雨量,使用了分析区域的气象和水管理学院的公式。从2050年的角度出发,计算中考虑了气候变化对降水量的影响-使用了A1B情景。

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