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Land subsidence phenomena in urbanized areas of Attica observed by applying advanced DinSAR techniques

机译:应用先进的DinSAR技术观测阿提卡城市化地区的土地沉降现象

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Synthetic Aperture Radar Interferometry (SAR) technology has been enabled to investigate the spatial distribution and temporal evolution of displacements occurring at the areas due to land subsidence related hazards. Land motion mapping data, produced by hybrid interferometric technique (Singular Value Decomposition algorithm) and PSI (Persistent Scatterer Interferometry) analysis, revealed vertical displacements affecting the Thriassio basm and the region of Moschato. The outcomes of these techniques provided important information about the spatial extent and time series of the surface deformation that should be evaluated considering the geological, hydrogeological, morphological and tectonic settings of the areas to assess land subsidence hazard mechanism.
机译:合成孔径雷达干涉(SAR)技术已被启用,可以研究与地面沉降有关的灾害在该地区发生的位移的空间分布和时间演变。通过混合干涉测量技术(奇异值分解算法)和PSI(持续散射干涉测量)分析产生的地面运动制图数据揭示了影响Thriassio基底和Moschato区域的垂直位移。这些技术的成果提供了有关表面变形的空间范围和时间序列的重要信息,应考虑该地区的地质,水文地质,形态和构造环境进行评估,以评估地面沉降的危害机理。

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