Landslide susceptibility mapping is a common practice for landslide susceptibility
assessment across the world. Like many other mountainous areas of the world, Bangladesh …

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 …

The initial inception of the landslide susceptibility concept defined it as a static property of
the landscape, explaining the proneness of certain locations to generate slope failures …

Landslide susceptibility maps serve as the basis for hazard and risk assessment, as well as
risk-informed land use planning at various spatial scales. Researchers create these maps …

The Himalaya is frequently impacted by precipitation-triggered landslides. When assessing
the threat and potential consequences of landslides, it is important to understand the …

In statistical applications, choosing a suitable data distribution or likelihood that matches the
nature of the response variable is required. To spatially predict the planimetric area of a …

Earthquake-induced regional landslides frequently result in substantial economic losses
and casualties. Conducting landslide susceptibility assessments is essential for mitigating …

ParFlow is an open-source high performance parallel hydrological model designed for the
integrated modeling of the hydrological cycle from the hillslope to continental scales. Due to …

Accurately identifying and systematically mapping winter-time cover crops and their
phenological characteristics offer significant benefits to agricultural producers and …

Deriving rainfall thresholds is one of the most convenient and effective empirical methods for
formulating landslide warnings. The previous rainfall threshold models only considered the …