Nanchen site is one of the important sites that need to salvage excavation in Xixiayuan, Xiaolangdi reservoir project Yellow River.
南陈遗址是黄河小浪底西霞院反调节水库工程区内需要抢救发掘的重要遗址之一。
Dongpinghu reservoir was constructed in 1958 and is one of important project for dealing with floods in the lower Yellow River.
东平湖水库是处理黄河下游洪水的一项重要工程，建于1958年。
The reservoir regulation is one of the most important ways in the ice-flood control of Yellow River.
水库调度是黄河防凌调度中最为重要的河段防凌手段之一。
For research of operation mode of the reservoir, the aerial topographic map was surveyed once again by the Yellow River Design Institute in 1995.
为了满足水库运用方式研究的需要，黄委会设计院于1995年5月航测了水库1：1万地形图。
To reduce deposition in the Lower Yellow River is one of main development tasks in Xiaolangdi Reservoir.
减少黄河下游河道淤积是小浪底水库的主要开发任务之一。
The powerhouse of Xixiayuan Reservoir, the auxiliary project of Xiaolangdi Water Control project in the Yellow River, was constructed on weak foundation.
黄河小浪底水利枢纽的配套工程——西霞院反调节水库的发电厂房建在软基上。
In this region, Maqu wetland eulogized as "Impounding water reservoir of the Yellow River" is tending to become dry up.
该区曾被誉为“黄河蓄水池”的玛曲湿地趋于干涸，生态环境变得十分脆弱。
Jinghe River is a grade II tributary of the Yellow River and its downstream converges into the downstream of the Weihe River, which lies within the Sanmenxia Reservoir area.
在泾河上修建东庄水库，必须充分考虑水库的运用给渭河下游河道带来的冲淤影响。
Sediment regulation in Xiaolangdi Reservoir is making full use of the flood potential in the lower fiver channel for sediment discharge into the lower Yellow River.
小浪底水库的泥沙多年调节，充分利用下游河道的洪水输沙潜力输沙入海，是解决黄河下游泥沙问题和节省输沙用水的有效技术途径。
The Sanmenxia Reservoir, located in the middle reaches of the Yellow River, has passed three stages since it was built up in 1960.
三门峡水库建成后，先后采用了蓄水拦沙、滞洪排沙和蓄清排浑调水调沙三种运用方式，水库在运用过程中也相应的分为三个阶段。
There is an indication that the channel patterns in the Lower Yellow River will not be changed utterly when Xiaolangdi Reservoir discharges its clean water after It will have been built.
结果表明，小浪底水库建成后，在其清水下泄期间，下游河型将不会发生改变。
There is an indication that the channel patterns in the Lower Yellow River will not be changed utterly when Xiaolangdi Reservoir discharges its clean water after It will have been built.
结果表明，小浪底水库建成后，在其清水下泄期间，下游河型将不会发生改变。
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