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A dataset for the flood vulnerability assessment of the upper Cross River basin using morphometric analysis

机译:使用形态学分析的上交河流盆地洪水脆弱性评估的数据集

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The on-site collection of data is not only time consuming, but expensive and perhaps near impossible in restive communities within the upper Cross River basin (UCRB). Therefore, the importance of this data cannot be overemphasized. This article presents a Digital Elevation Model (DEM), land use and land cover (LULC) map, soil map, geology map and climatic datasets which enhance the understanding of the physical characteristics of the upper Cross River basin using morphometric analysis. The use of the LULC map, soil map and the DEM in conjunction with the climatic data enhance the creation of the Hydrologic Response Units (HRUs) and the water balance modelling. The simulation of the water balance at the HRU level enables the routing of the runoff to the reaches of the sub-basins and then to the channels. The geology map provides confirmatory information to the morphometric analysis. The compound factor computed from all the derived morphometric parameters enhance the determination of the overall flood potential of the congruent sub-basins.
机译:现场收集数据不仅耗时,但昂贵且可能在上交河流域内的躁动社区(UCRB)中不可能。因此,这种数据的重要性不能赘长。本文介绍了数字海拔模型(DEM),土地利用和陆地覆盖(LULC)地图,土壤图,地质图和气候数据集,这些地图和气候数据集通过不同的形式分析增强了对上交叉河流域的物理特性的理解。使用LULC地图,土壤图和DEM结合气候数据增强了水文响应单元(HRU)的产生和水平衡建模。 HRU级别的水平衡模拟使得径流路由到子盆地的到来,然后是通道。地质图提供了对形态学分析的确认信息。从所有导出的形态学参数计算的复合因子增强了一致子盆地的整体洪水潜力的确定。

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