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Correlation between Land Cover and Ground Vulnerability in Alexandria City (Egypt) Using Time Series SAR interferometry and Optical Earth Observation data

机译:使用时间序列SAR干涉测量和光学地球观测数据的亚历山大城(埃及)陆地覆盖与地面漏洞的相关性

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The main scope of this study is to investigate the potential correlation between land cover and ground vulnerability over Alexandria city, Egypt. Two different datasets for generating ground deformation and land cover maps were used. Hence, two different approaches were followed, a PSI approach for surface displacement mapping and a supervised classification algorithm for land cover/use mapping. The interferometric results show a gradual qualitative and quantitative differentiation of ground deformation from East to West of Alexandria government. We selected three regions of interest, in order to compare the obtained interferometric results with the different land cover types. The ground deformation may be resulted due to different geomorphic and geologic factors encompassing the proximity to the active deltaic plain of the Nile River, the expansion of the urban network within arid regions of recent deposits, the urban density increase, and finally the combination of the above mentioned parameters.
机译:这项研究的主要范围是研究土地覆盖和亚历山大以上城市,埃及地脆弱性之间的潜在关系。被用于产生地面变形和土地覆盖图的两个不同的数据集。因此,两种不同的方法随访,对于表面位移映射一个PSI的方法和用于土地覆盖/使用映射监督分类算法。干涉结果表明,地面变形的从东到亚历山大政府的西部逐渐定性和定量的差异。我们选择了三个感兴趣的区域,以获得的干涉结果与不同的土地覆盖类型进行比较。地面变形可以导致由于包围接近尼罗河,最近存款,城市密度增加的干旱地区内的城市网络的扩展的有源三角洲平原,和的最后的组合不同的地貌和地质因素上面提到的参数。

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