The Recognition of Drought and its Driving Mechanism based on 'Natural-artificial' Dual Water Cycle

机译：基于“天然人工”双水循环的干旱及其驱动机制的认识

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Under climate change and human's activities, the drought occurs widely and frequently. This paper defines drought based on natural rhythm, as a dynamic phenomenon of the mismatching of water supply and water demand in water resources system, which is caused by the change of the water supply and water demand process during "natural-artificial" dual water cycle. Drought could occur at any link of the water cycle process, and may classify as natural rhythm drought, human interference drought, climate change drought and integrated drought. The drought characteristics are analyzed to provide support for drought risk management.

机译：在气候变化和人类的活动下，干旱发生了广泛且经常发生。本文界定了基于自然节奏的干旱，作为水资源系统供水量和水需求不匹配的动态现象，这是由于“自然 - 人工”双水循环期间供水和水需求过程的变化引起的。干旱可能发生在水循环过程的任何链接中，并可作为自然节奏干旱，人类干旱干旱，气候变化干旱和综合干旱进行分类。分析干旱特征为干旱风险管理提供支持。

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《International Conference on Modern Hydraulic Engineering》|2013年||共6页
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FENG Jing; WENG Baisha; ZHANG Cheng;
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正文语种
中图分类水资源调2查与水利规划;
关键词
Climate change; Drought mechanism; Drought classification; Drought characteristic; "natural-artificial" dual water cycle;

机译：气候变化;干旱机制;干旱分类;干旱特性;“自然 - 人工”双水循环;

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The Recognition of Drought and its Driving Mechanism based on 'Natural-artificial' Dual Water Cycle

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