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Climate variability and its impacts on water resources in the Upper Indus Basin under IPCC climate change scenarios

机译:IPCC气候变化情景下印度河上游流域的气候变化及其对水资源的影响

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摘要

The output of a regional climate model (RCM), providing regional climate for impact studies (PRECIS), is used as input data to the hydrological model to produce inflow projections at the Tarbela Reservoir on the Indus River. Maximum temperature, minimum temperature and precipitation are investigated for possible climate change in the region. The hydrological model was calibrated for the 1995-2004 period and validated for the 1990-1994 period with almost 90% efficiencies. The projections of inflow to the Tarbela Reservoir show that there is an overall increase of 59.42% and 34.27% to the Tarbela Reservoir during the period of 2040-2069 under the A2 and the B2 scenarios, respectively. There will be much more water available in the future, with the highest inflow and comparatively more water shortage noted in the 2020s under the A2 scenario. Finally, the impacts of changing climates on the operation of Tarbela Dam are investigated.
机译:提供影响研究区域气候(PRECIS)的区域气候模型(RCM)的输出用作水文模型的输入数据,以生成印度河上塔贝拉水库的入流预测。针对该地区可能的气候变化,研究了最高温度,最低温度和降水。在1995-2004年期间对水文模型进行了校准,并在1990-1994年期间以近90%的效率进行了验证。塔贝拉水库的入流量预测显示,在A2和B2情景下,塔贝拉水库在2040年至2069年期间的总体增长率分别为59.42%和34.27%。未来将有更多的可用水,在A2情景下,到2020年代,流入量最大,而水资源短缺则相对较多。最后,研究了气候变化对塔贝拉大坝运行的影响。

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