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Investigation of the probability of concurrent drought events between the water source and destination regions of China's water diversion project

机译:中国引水工程水源地与目的地之间同时发生干旱事件的概率研究

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In this study, we investigate the concurrent drought probability between the water source and destination regions of the central route of China's South to North Water Diversion Project. We find that both regions have been drying from 1960 to 2013. The estimated return period of concurrent drought events in both regions is 11years. However, since 1997, these regions have experienced 5years of simultaneous drought. The projection results of global climate models show that the probability of concurrent drought events is highly likely to increase during 2020 to 2050. The increasing concurrent drought events will challenge the success of the water diversion project, which is a strategic attempt to resolve the water crisis of North China Plain. The data suggest great urgency in preparing adaptive measures to ensure the long-term sustainable operation of the water diversion project.
机译:在这项研究中,我们调查了中国南水北调中线工程的水源与目的地区域之间的同时干旱概率。我们发现两个地区从1960年到2013年一直处于干旱状态。两个地区同时发生的干旱事件的估计回归期为11年。但是,自1997年以来,这些地区经历了5年的同时干旱。全球气候模型的预测结果表明,并发干旱事件的可能性在2020年至2050年期间很可能会增加。并发干旱事件的增加将挑战调水项目的成功,这是解决水危机的战略尝试。华北平原。数据表明,采取紧急措施以确保调水项目的长期可持续运行非常紧迫。

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