This paper describes the implementation of a multi-approach algorithm for the spatial and
temporal prediction of soil slips over large areas, based on a simplified physically-based …

Landslide risk assessment is fundamental in identifying risk areas, where mitigation
measures must be introduced. Most of the existing methods are based on susceptibility …

This paper discusses the role of plants in the prevention of shallow landslides induced by
rain (soil slips); these phenomena, related to “hydrogeological instability,” are among the …

Rainfall-induced shallow landslides are expected to increase due to more intense
precipitation linked to climate change. This study aims to develop an effective pixel-based …

In the last years, the shallow landslide phenomenon has increasingly been investigated
through physically based models, which try to extend over large‐area simplified slope …

Sedimentary structures within rock avalanche deposits have gained increasing attention in
recent years, since they may provide useful information about the dynamics of such …

Shallow landslides are among the natural threats causing death and damage. They are
mostly triggered by rainfall in mountainous areas where precipitation used to be abundant …

Extreme and prolonged rainfall resulting from global warming determines a growing need
for reliable Landslide Early Warning Systems (LEWS) to manage the risk of rainfall-induced …

Fast-moving landslides (ie, debris/earth flows) are often caused by heavy rainfall occurring
in small areas, and are not predictable. On the other hand, innovative methods for …

The paper analyses how vegetation prevents the triggering of rainfall-induced shallow
landslides by using the G-XSLIP platform, which is based on G-SLIP model, ie, the SLIP …