The design, implementation, management, and verification of landslide early warning
systems (LEWSs) are gaining increasing attention in the literature and among government …

Multi-hazard susceptibility prediction is an important component of disasters risk
management plan. An effective multi-hazard risk mitigation strategy includes assessing …

Many shallow landslides and debris flows are precipitation initiated. Therefore, regional
landslide hazard assessment is often based on empirically derived precipitation intensity …

In many areas of the world, the prediction of rainfall-induced landslides is usually carried out
by means of empirical rainfall thresholds. Their definition is complicated by several issues …

The study of rainfall thresholds is vital in understanding the factors that trigger landslides,
being one of the criteria applied to landslide early warning systems that aim to mitigate their …

Landslides triggered by heavy rains are increasing in number and creating severe losses in
hilly regions across the world. Rainfall thresholds on regional and local-scales are being …

Satellite rainfall products have been available for many years (since'90) with an increasing
spatial/temporal resolution and accuracy. Their global scale coverage and near real-time …

Empirical rainfall thresholds are commonly used to forecast landslide occurrence in wide
areas. Thresholds are affected by several uncertainties related to the rainfall and the …

Rainfall threshold determination is a pressing issue in the landslide scientific community.
While major improvements have been made towards more reproducible techniques for the …

Physically-based models are widely recognized as valuable tools for analyzing slope
stability and determining rainfall thresholds for landslides. In this study, a MATLAB program …