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

Landslides are frequent hillslope events that may present significant risks to humans and
infrastructure. Researchers have made ongoing efforts to assess the potential danger …

Rainfall thresholds are intensity-duration relations that are supposedly able to distinguish
precipitation events that may or may not trigger landslides. The most common method for …

With the development of remote sensing technology, satellite-based soil moisture estimates
become more and more available, and the potential of using satellite soil moisture products …

Soil wetness is an important property in determining the variable disposition of hillslopes to
shallow landslides. Recent studies have demonstrated the potential of in situ soil wetness …

Torrential flows (debris flows and debris floods) are mainly triggered by precipitation and soil
hydrological processes. Most early warning systems in torrential catchments are rainfall …

Satellite and hydrological model-based technologies provide estimates of rainfall and soil
moisture over larger spatial scales and now cover multiple decades, sufficient to explore …

With an increasing spatial/temporal resolution and accuracy of satellite rainfall products,
their potential in landslide forecasting has gradually been recognized. Despite this, few …

The interaction of geological processes and climate changes has resulted in growing
landslide activity that has impacted communities and ecosystems in northern Chilean …

The inclusion of soil wetness information in empirical landslide prediction models was
shown to improve the forecast goodness of regional landslide early warning systems …