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首页> 外文期刊>Irrigation and Drainage >SPONGE CITY: WATER BALANCE OF MEGA-CITY WATER USE AND WASTEWATER USE IN HYDERABAD, INDIA
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SPONGE CITY: WATER BALANCE OF MEGA-CITY WATER USE AND WASTEWATER USE IN HYDERABAD, INDIA

机译:海绵城市:印度海德拉巴的特大城市用水与废水利用的水平衡

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摘要

Cities are increasingly competing with agriculture for water resources as urbanization unfolds in water-scarce river basins in Asia. This study documents a partial water balance of Hyderabad city, located in the Krishna basin and currently the fastestgrowing city in India, and gives estimates of its impact on both traditional and wastewater irrigated area. Though previous projects have had significant local impacts on irrigated areas, additional water supply from a major reservoir on the Krishna river to Hyderabad is likely to be a relatively small component of total reservoir releases to irrigated agriculture (5.3-10.2% by 2030). Urban storm water runoff generates a volume of water of the same order of magnitude as the domestic wastewater volume,though the fate of this water vis-à-vis irrigated agriculture is not known. Wastewater irrigation compensates for more than half of the traditional irrigated area water lost, so the urban-agriculture conflict also generates significant opportunities that also need to be considered. However, the impact of wastewater use on crop yields, cropping changes, human health and the environment need to be fully addressed.
机译:随着城市化进程在亚洲缺水的流域中的发展,城市与农业争夺水资源的竞争越来越激烈。这项研究记录了位于克里希纳盆地(目前是印度增长最快的城市)的海得拉巴市的部分水平衡,并估算了其对传统灌溉区和废水灌溉区的影响。尽管先前的项目对灌溉地区产生了重大的当地影响,但从克里希纳河上的一个主要水库到海得拉巴的额外供水可能只占灌溉农业水库总释放量的很小一部分(到2030年为5.3-10.2%)。尽管雨水径流与灌溉农业的命运是未知的,但城市雨水径流产生的水量与生活污水量相同。废水灌溉弥补了传统灌溉地区一半以上的水损失,因此,城市农业冲突也产生了重要的机遇,也需要考虑。但是,必须充分解决废水使用对农作物产量,农作物变化,人类健康和环境的影响。

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