Probabilistic modelling of the temporal evolution of the stability of rooted slopes
Probabilistic modelling of the temporal evolution of the stability of rooted slopes
ABSTRACT: The increasing focus on sustainability fosters the adoption of nature-based solutions (NBS) in geotechnical slope stabilization practices. Although NBS are recognized for their capability to improve slope stability over time, their geotechnical characterization and modelling involve considerable uncertainty. Probabilistic methods offer a well-established means for addressing uncertainties across spatial and temporal domains. This study illustrates synthetically the main features of a probabilistic approach to the estimation of the stability of rooted slopes. An example application is provided.
William Mauricio Garcia-Feria; Marco Uzielli
3rd International Workshop on Soil-Vegetation-Atmosphere Interaction (RootS2025)
2c. Numerical modelling of the behaviour of rooted soils and boundary value problems under static and dynamic loading conditions
https://doi.org/10.53243/RootS2025-20
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