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Taiyuan Basin is one of the regions with complex geological structure and frequent seismic activities in China. Because of groundwater exploitation and tectonic activity, land subsidence has occurred widely in this region. For disaster prevention and mitigation, obtaining ground deformation characteristics within the basin is an urgent requirement. The Interferometric Synthetic Aperture Radar (InSAR)...
Landslide susceptibility assessment is necessary for disaster management and safe planning in mountainous regions. In this paper, we have used rough set theory to select ten landslide-related factors (slope, aspect, elevation and so on) derived from maps of geology and remote sensing data, and produced landslide susceptibility map in Beichuan Country, Sichuan Province of China based on a model integrating...
The traditional active fault detection data is 2D and managed with GIS software. The depth information including in those data is hard to save and present in a 2D map. In this paper, basing on the data produced in the active fault detection project including DEM model and remote sensing image, drill, section, fault, strata, crustal structure, earthquake tomography, Moho depth, and earthquake data,...
The atmospheric aerosols are one of the uncertainties that significantly influence the study of energy balance at regional or global scale. However, few studies focus on the aerosols caused by earthquake induced damage of hazard-affected bodies. To study the influences of earthquakes on the loadings of atmospheric aerosols, the AErosol RObotic NETwork (AERONET) sites retrieved aerosol optical depth...
Since the 2011 Tohoku megathrust earthquake had been occurred, there were strong demands to monitor and mitigate the geological hazards such as an earthquake and volcano in South Korea. This study focused on the crustal deformation, which indicates the earth's dynamics on or below the surface, for the long periods or by the transient events using the GNSS data and the Bernese software v5.2. The Korea...
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