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Incorporating Eco-environmental Water Requirements in Integrated Evaluation of Water Quality and Quantity-A Study for the Yellow River

机译:将生态环境需水量纳入水质水量综合评价中-黄河研究

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摘要

River water has dual functions; it can be withdrawn for agricultural, industrial, and domestic uses and provides eco-environmental water (EEW) for riverine systems. A concept of intensity of ecological function of river water (IEFRW) has been put forward, and an integrated water quantity and quality evaluation method in combination with eco-environmental water requirements has been developed for a river. Based on the monthly data of water quality and quantity as well as the withdrawals during 1997 to 1999, an integrated evaluation of water resources has been conducted for the Yellow River. The results indicated that actual IEFRW can directly reflect the health state of riverine ecosystems. The actual increments of water resources availabilities caused by providing EEW for the riverine systems were lower than the eco-environmental water requirements of the riverine ecosystem, leading to the intermittent interruption of river flow and other eco-environmental problems of the Yellow River.
机译:河水具有双重功能。可以将其回收以用于农业,工业和家庭用途,并为河流系统提供生态环境水(EEW)。提出了河流水生态功能强度的概念,并结合河流生态环境需水量,开发了一种综合的水量和水质评价方法。根据1997年至1999年水质和水量的每月数据以及取水量,对黄河水资源进行了综合评估。结果表明,实际的IEFRW可以直接反映河流生态系统的健康状况。为河流系统提供EEW导致的水资源可利用性的实际增加量低于河流生态系统的生态环境需水量,从而导致河水的间歇性中断和黄河的其他生态环境问题。

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