Numerical multiscale modelling and monitoring of landslide hazard in Georgia
Assigned Session: FS 3.147: Monitoring, Assessment, and Multi-Scale Modeling of Landslides: Approaches for Hazard Analysis
Abstract ID: 3.8195 | Not reviewed | Requested as: Talk | TBA | TBA
Aida Mehrpajouh (1)
Jens, Engel (2)
(1) Hochschule für Technik und Wirtschaft Dresden – University of Applied Sciences, Hochschulstr.18 0402, 01069 Dresden, DE
(2) HTW dresden, Friedrich-List-Platz 1 01069 Dresden Germany
Abstract
For landslides over Georgia Upper Svaneti, this study incorporates multi-scale numerical modeling, hazard assessment, and monitoring. After using FSLAM to identify high-risk regions, we used pore water pressure and surface deformation sensors in the field. RAMMS simulations are used to study semi-empirical models in various scenarios. The results provide a robust basis for hazard planning in areas susceptible to landslides by emphasizing the importance of slope geometry and pore pressure. The findings underline the importance scenario-based modeling and continuous monitoring to risk assessment and mitigation methods. In mountainous regions susceptible to landslides and debris flows, this method can help early warning systems for long-term hazard management.
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