Dear Colleagues,

During the last few decades, the rapid improvement in digital techniques such as GIS and photogrammetry, as well as of remote surveying techniques, lends support to landslide inventorying and geodatabase construction as suitable tools for deriving and validating landslide scenarios from a multihazard perspective. Advanced numerical methods are contributing to quantifying slope stability as well as landslide mass interaction with different triggering actions while analytical solutions and rheological equations were significantly improved for stress–strain numerical modeling in 2D or 3D domains by continuum and discontinuum approaches. Numerical models, accounting for geometrical, mechanical, and hydrogeological features, are suitable for assessing the susceptibility to first-time slope failures or landslide reactivations as well as for providing landslide evolution over time from back- to forward-analysis, depending on possible natural or anthropogenic factors, such as meteoclimatic conditions and environmental exploitation due to human activities. These analyses provide a quantitative contribution for mapping landslide susceptibility, also at regional scale, in addition landslide multihazard scenarios and represent useful tools for risk management.

This Special Issue focuses on 1) illustrating the available methodological approaches for empirical, analytical, and numerical models to derive landslide scenarios in a multihazard perspective and 2) highlighting the limits and potential of numerical modeling in quantifying slope stability conditions or landslide evolution over time through case studies referred to local or regional contexts.

Dr. Luca Lenti
Dr. Salvatore Martino
Guest Editors

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• landslide hazard
• slope stability
• empirical, analytical, and numerical modeling
• multihazard scenarios