The influence of vegetation on mechanical and hydrological soil behavior represents a
significant factor to be considered in shallow landslides modelling. Among the multiple …

Abstract Slope Stability Models (SSMs) are valuable tools used as decision support in land
management to mitigate catastrophic effects caused by rainfall-induced shallow landslides …

Shallow, rainfall-triggered landslides are an important catchment process that affect the rate
and calibre of sediment within river networks and create a significant hazard, particularly …

In the last decades, soil bioengineering has gained considerable popularity worldwide,
especially in hillslope, riverbank, and earth embankment stabilisation works. The use of …

We developed a landslide susceptibility model using binary logistic regression for
silvopastoral landscapes, which for the first time includes spatial distribution models for …

We present a regionally distributed slope stability modelling for shallow landslides
considering the effect of plant roots. Our modelling is based on the physically-based …

The use of vegetation as a Nature-based Solution (NbS) for shallow landslide risk reduction
is receiving increased attention in the scientific community. Vegetation can contribute to …

Root reinforcement is a mechanism through which forests contribute to the prevention and
mitigation of shallow instabilities in soils, one of the main hazards in mountain areas. This …

This work presents the new model called CRHyME (Climatic Rainfall Hydrogeological
Modelling Experiment), a tool for geo-hydrological hazard evaluation. CRHyME is a …

In mountainous-forested landscape, quantifying the materials produced at hillslope scale
that effectively reach the channel network with a given probability is currently challenging …