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Reducing water shortage crisis through rainwater reuse: lessons learned from ancient toward integrated technology

机译:通过雨水再利用降低缺水危机:从古代朝向综合技术中汲取的经验教训

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摘要

The quantity of freshwater available per person in the world has been proceeded to decrease due to a combination of factors, including population increase, water pollution, inadequate planning and management of transboundary water, and inefficient operation of water supply and distribution systems. There is a direct water source to cease increasing potential for water scarcity, crisis and associated conflicts around the world in the future called rainwater harvesting that is an ancient technique enjoying a revival in popularity due to the inherent quality of rainwater and interest in reducing consumption of treated water. Rainwater harvesting is included as an innovative site design strategy to minimise runoff based on LID practices. The present study on literature attempts to offer a comprehensive account of the above issues and also some important guidelines for advancing research in this direction. Assessments of past, present and future statuses of the world's water are reviewed.
机译:由于因素的组合,包括人口增加,水污染,越境水资源的规划和管理,以及供水和分配系统的低效运作,世界上每人提供的淡水的数量已经下降。有一个直接的水源可以在未来的未来停止越来越多的水资源稀缺,危机和相关冲突的潜力,称为雨水收获,这是一种古老的技术,由于雨水的固有质量和减少消费的兴趣,享有普及的古代技术处理后的水。雨水收获作为创新的网站设计策略,可根据盖子实践减少径流。目前关于文献试图提供上述问题的全面叙述以及在此方向上推进研究的一些重要指导方针。综述了过去,目前和未来状态的评估。

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