Occurrence of rainfall‐induced landslides is increasing worldwide, owing to land use and
climate changes. Although the connection between hydrology and rainfall‐induced …

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 …

Empirical thresholds indicating the meteorological conditions leading to shallow landslide
triggering are one of the most important components of landslide early warning systems …

Landslides affect nearly every country in the world each year. To better understand this
global hazard, the Landslide Hazard Assessment for Situational Awareness (LHASA) model …

In hilly areas across the world, landslides have been an increasing menace, causing loss of
lives and properties. The damages instigated by landslides in the recent past call for …

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 …

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 …

Landslides are among the most perilous hazards that usually happen in hilly terrains. The
loss that ensues during a landslide, especially in highly-populated regions, calls for a …

Physically-based models are recognized as a good tool for slope stability analysis and have
been implemented for the definition of rainfall thresholds for landslides. In this study, a …

An effective flood early warning system is vital to take action to save lives and protect
properties in urban areas which are increasingly prone to flooding. Despite substantial …