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A modeling study on residence time in the Youngsan River estuary, Korea

机译:韩国永山河口停留时间的模型研究

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The study area (Youngsan River estuary, YRE) has been changed into a semi-enclosed bay system since the YRE dam was constructed in 1981. In this paper, the water residence time was calculated in the YRE by coupling the Lagrangian transport and the hydrodynamic models. We accounted for the effects of the freshwater discharge from the YRE dam for the flood, normal and dry season using by the MOHID model. The freshwater discharge from the YRE dam is determined by estuarine circulation. Depending on the characteristics of the freshwater discharge from the YRE dam, the average residence time during the dry season is longer than that of the flood season. The most vulnerable area of water pollution in the YRE can be located in northern-eastern area of the YRE. It is necessary to put more efforts into improving the water quality by conducting continuous monitoring and sound management particularly in this area.
机译:自1981年YRE大坝建成以来,研究区域(Youngsan河口,YRE)已更改为半封闭式海湾系统。在本文中,通过拉格朗日输运和水动力耦合计算了YRE中的水滞留时间。楷模。我们使用MOHID模型计算了YRE大坝淡水排放对洪水,正常和干旱季节的影响。 YRE大坝的淡水排放量是通过河口环流确定的。根据YRE大坝淡水排放的特点,旱季的平均停留时间比汛期的平均停留时间长。 YRE中最易受水污染的地区可能位于YRE的东北地区。特别是在这一领域,有必要通过持续监测和健全管理,加大努力以改善水质。

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