Beizhan flood detention area is a very important project for flood disaster reduction in the Lower Yellow River.
北展分滞洪区是黄河下游的重要防洪工程。
To fully utilize the flood detention action of natural tree vegetation it could reduce the destruction of the nature.
充分利用自然林木植被的滞洪作用，减少对自然的破坏。
A brief introduction is given to characteristics, principles, and method of route selection in flood detention and diversion area.
简要介绍铁路经过滞、分洪区这一特殊水文环境的选线特点、原则和方法。
The flood simulation in flood detention basin is the basis of non engineering measure such as risk analysis and resident hazard prevention.
蓄滞洪区洪水模拟是风险分析与居民防洪避险等非工程措施的重要依据。
The main buildings of resisting flood such as cofferdam and diversion tunnel without the capacity of flood control play a role in flood detention.
围堰和导流洞作为渡汛的主要设施，其没有调节洪水的能力，只能对洪水起到一定的滞洪作用。
Moreover, water and soil resource utilization forms, which coordinate with the requirements of flood detention, have also been studied in this paper.
建议采用自湖下游至湖上游的圩区滞洪启用次序，并对与滞洪需求相协调的圩区水土资源利用方式进行了初步研究。
The flood detention areas play an important role in flood-preventing project of river, because it can divert and store the excessive flood from the river.
河道两旁的分洪区能够为河流分蓄超额洪水发挥重要作用，分洪区扒口分洪后口门的展宽和刷深过程的模拟对于抗洪工作具有较为重要的现实意义。
The Mengwa flood Detention Area is located at the middle reaches of the Huaihe River, it is one of the most important flood-control facilities in this basin.
蒙洼作为淮河中游一个重要的蓄洪区，在淮河洪水调度中发挥着至关重要的作用。
The paper discusses calculation method of flood resources regulation on the basis of function for detention plain reservoir.
文章根据滞洪型平原水库的功能特征，探讨了洪水资源调控的计算方法。
This paper single out two places of Beijiang River drainage basin? Binjiang River small drainage basin and Pajiang River natural detention basin in Guangdong province to study flood risk zonation.
本文选择了广东省北江流域的两处区域——滨江小流域和潖江天然蓄滞洪区，进行洪灾风险区划的研究。
Analysis of flood release capacity of upstream detention areas and the probable maximum flood reveals that the risk of levee-breach in Harbin city still exists.
对哈尔滨上游蓄滞洪区的分洪能力以及可能发生的最大洪水进行了计算和分析，得出的结论认为哈尔滨市未来仍有发生溃堤的可能。
The silting from a river with heavy sediment lood seriously affects the discharge capacity and effective life of the head work of a detention basin for flood diversion.
多沙河流侧向分洪后，分洪工程的前后经常引起大量而迅速的冲淤变化，这种变化严重的影响进水能力与工程的运用寿命。
The silting from a river with heavy sediment lood seriously affects the discharge capacity and effective life of the head work of a detention basin for flood diversion.
多沙河流侧向分洪后，分洪工程的前后经常引起大量而迅速的冲淤变化，这种变化严重的影响进水能力与工程的运用寿命。
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