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首页> 外文期刊>Physics and chemistry of the earth >Prediction of water temperature in stratified reservoir and effects on downstream irrigation area: A case study of Xiahushan reservoir
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Prediction of water temperature in stratified reservoir and effects on downstream irrigation area: A case study of Xiahushan reservoir

机译:分层水库水温预测及其对下游灌区的影响-以下虎山水库为例

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摘要

With increasing concern in environmental and ecological protection, more studies have focused on solving the problems caused by dam. Large reservoirs often release low-temperature water in spring and summer, which have adverse effects on downstream ecosystem. The 3-D Environmental Fluid Dynamics Code (EFDC) and 1-D longitudinal stream temperature model were used in this paper, to predict the water temperature in reservoir and canal and analyze the effects on irrigation area. The results indicate that the affected area is within a 55 km distance mainly in the period between April and June. Some management and engineering measures should be adopted to reduce the impact.
机译:随着对环境和生态保护的日益关注,更多的研究集中在解决由大坝引起的问题上。大型水库经常在春季和夏季释放低温水,这对下游生态系统产生不利影响。本文采用3-D环境流体动力学代码(EFDC)和1-D纵向流温度模型,预测了水库和渠道的水温,并分析了对灌溉面积的影响。结果表明,主要在4月至6月期间,受影响区域在55公里范围内。应该采取一些管理和工程措施以减少影响。

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