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首页> 外文期刊>Annals of Warsaw University of Life Sciences-SGGW. Land Reclamation >Using hydrodynamic modelling to assess the impact of the development on hydrogeological conditions in a polygenic river valley marginal zone
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Using hydrodynamic modelling to assess the impact of the development on hydrogeological conditions in a polygenic river valley marginal zone

机译:使用水动力模型评估开发对多基因河谷边缘地区水文地质条件的影响

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Using hydrodynamic modelling to assess the impact of the development on hydrogeological conditions in a polygenic river valley marginal zone. The study area is located in the southern part of the Warsaw city agglomeration, adjacent to the Chojnowski Landscape Park. The study area is situated in the boundary zone between: (1) the bottom of the river valley reach with peat cover and (2) the Pleistocene glaciofluvial plain on its lower level. The main aim of the study is the analysis of the investment impact on hydrogeological conditions. During the pre-construction site works on the bottom of the valley it was an earthwork constructed in order to extend the zone of the buildings in the valley area. The research method consists of field works (geological drillings, piezometers constructions and observations, geodetic measurements), as well as laboratory works (sieve analysis) and hydrodynamic modelling (Visual MODFLOW, version 2009.1). The hydrogeological model performed in the study seems to became a base for the concept of the restoration of groundwater conditions.
机译:使用水动力模型评估开发对多基因河谷边缘地区水文地质条件的影响。研究区域位于华沙城市群的南部,毗邻Chojnowski景观公园。研究区域位于以下两个区域之间的边界区域:(1)河谷底部有泥炭覆盖层;(2)较低层的更新世冰川河平原。该研究的主要目的是分析投资对水文地质条件的影响。在山谷底部的施工前现场施工中,这是为了扩大山谷区域建筑物区域而进行的土方工程。该研究方法包括现场工作(地质钻探,测压计的构造和观测,大地测量)以及实验室工作(筛分分析)和流体动力学建模(Visual MODFLOW,2009.1版)。研究中进行的水文地质模型似乎已成为恢复地下水条件的基础。

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