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Demonstrates effective geological hazard identification in pumped storage power stations, suggesting new monitoring methods.
The temporal deformation monitoring of pumped storage power station slopes using SBAS-InSAR technology is an important approach for identifying and monitoring geological hazards in pumped storage power stations. In this study, SBAS-InSAR technology was employed to investigate the geological hazard risks in the entire region of the Yuanyu Pumped Storage Power Station in Shanxi. High-resolution SAOCOM radar remote sensing data and low-resolution Sentinel radar remote sensing data were used for temporal analysis of the power station. The identified hazardous points were validated based on previous survey results and on-site verification data. The results demonstrate that SBAS-InSAR technology can effectively identify the deformation areas on-site. A total of 13 geological hazard points were successfully identified in this study. The SAOCOM satellite data, with its higher resolution, exhibited stronger identification capabilities and identified more geological hazard points compared to Sentinel data. This research provides reference for the investigation of geological hazard risks in similar pumped storage power stations.
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Liu et al. (2023) studied this question.
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