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Impact of Water Diversion of Ningxia - Inner MongoliaIrrigation Area on the MainstreamStreamflow of the Yellow River

机译:宁夏 - 内蒙古近蒙古镜区对黄河主流流流的影响

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The irrigation area taking water from river will certainly have influence on the runoff. Comparing the relations between the runoff of lower cross section and the major effect factor before and after water diversion, we can quantitatively analyze the influence on the runoff change. This article uses some methods, such as the reach cross section amount of runoff month relations, the diversion graduation amount of runoff relations, the multiple regression analysis method and the cross section amount of runoff interpolation, to analyze the water diversion of Ningxia — Inner Mongolia irrigation area from 1997 to 2006. We conclude that the influence caused by the water diversion from the Yellow River Ningxia — Inner Mongolia reach main current runoff. The results show that, in the recent ten years, as Ningxia — Inner Mongolia irrigation area diverts 0. 1 billion m~3 water, the amount of runoff of Toudaoguai cross section will reduce by 0.066 billion m~3, and as diverts net 0.1 billion m~3 water, correspondingly 0. 098 billion m~3 runoff will be reduced. The findings indicate that, the influence of Ningxia — Inner Mongolia irrigation area is mainly decided by the net amount of water diverted in the irrigation area. The decrement of Yellow River main current runoff caused by the irrigation area diversion is related to draws back directs of the irrigation area.
机译:以水从河灌区必将对径流的影响。之前和调水后低断面的径流和主要影响因素之间的关系进行比较,我们可以定量分析的径流变化的影响。本文使用了一些方法,如径流一个月关系的覆盖面横截面量,径流量关系的转移毕业量,多元回归分析法和径流插值的横截面量,分析宁夏的引水 - 内蒙古从1997年到2006年灌溉面积我们的结论是造成黄河宁夏引水的影响 - 内蒙古达到主流径流。结果表明,在最近十年中,作为宁夏 - 内蒙古灌溉面积转接0.1十亿M〜3水,头道拐的径流的横截面将由0.066十亿M〜3量减少,并且作为转接网0.1十亿米〜3的水,相应地0. 098十亿米〜3径流将减少。研究结果表明,宁夏的影响 - 内蒙古灌溉面积由灌区改水净量主要决定。以退灌溉面积的指导黄河主要来水电流引起的灌区引水减量有关。

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