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Analysis of Dynamic Change Characteristics of River Channel in Sanmenxia Sediment-Laden Reservoir Area

机译:三门峡沉积物储层地区河流通道动态变化特征分析

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The Yellow River is the most typical sediment-laden river in China and even in the world. The Sanmenxia reservoir area is a fragile ecosystem formed under special water and sand conditions. Under the changes of external hydrological conditions, physical and chemical indicators and other indicators, structure and functional changes of the system would likely happen. Based on the remote sensing images of the region in 1980, 1990, 2000 and 2010, this study uses remote sensing interpretation to analyze the dynamic change law of river channel form in the reservoir area, and analyzes four key regions. The study results show that the overall trend of the river channel in Tongsan section of the Yellow River has not basically changed in the past 40 years. However, the river channel has changed significantly in some areas, and the curvature of the river has basically declined. Therefore, it is urgent to study the law and mechanism of river channel morphology changes caused by the dual effects of human and natural factors.
机译:黄河是中国甚至世界上最典型的沉积河。 Sanmenxia水库区域是一种在特殊水和沙子条件下形成的脆弱的生态系统。在外部水文条件的变化下,物理和化学指标和其他指标,结构和功能的功能变化可能会发生。该研究基于该地区的遥感图像,1990年,2000年和2010年,本研究采用遥感解释来分析水库区域中河流渠道形式的动态变化规律,分析了四个关键区域。研究结果表明,过去40年来,黄河潼江潼河段河道河道的总体趋势。然而,在某些领域,河道发生了显着变化,河流的曲率基本下降。因此,迫切需要研究人类和自然因素的双重影响引起的河流通道形态变化的法律和机制。

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