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首页> 外文期刊>Computational Water, Energy, and Environmental Engineering >Flood Risk Pattern Recognition Using Chemometric Technique: A Case Study in Muda River Basin
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Flood Risk Pattern Recognition Using Chemometric Technique: A Case Study in Muda River Basin

机译:化学计量学的洪水风险模式识别-以木达河流域为例

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This study constructs downscaling statistical model in analyzing the hydrological modeling in the study area which faces the risk of flood occurrence as the impact of climate change. The combination of chemometric method and time series analysis in this study show that even during the monsoon season, rainfall and stream flow are not the major contribution towards the changing of water level in the study area. Based on Correlation Test, it shows that suspended solid and water level show high correlation with p-value
机译:这项研究构建了按比例缩小的统计模型,用于分析研究区域的水文模型,该模型面临着因气候变化而发生洪水的风险。本研究采用化学计量学方法和时间序列分析相结合,表明即使在季风季节,降雨和水流也不是研究区域水位变化的主要因素。根据相关检验,表明悬浮固体和水位与p值高度相关

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