This work focuses on the development of a combined statistical-mechanical approach to
predict changes in landslide displacement rates from observed changes in rainfall amounts …

This paper deals with the landslides that are reactivated by a groundwater level increase
owing to rainfall. These landslides are usually characterized by low displacement rate with …

A model‐based method is proposed for improving upon existing threshold relationships
which define the rainfall conditions for triggering shallow landslides but do not allow the …

The prediction of landslide movement acceleration is a complex problem, among others
identified for deep-seated landslides, and represents a crucial step for risk assessment …

Three of the most well-known historical landslide areas in Western Greece were examined,
concerning their temporal and kinematic evolution. Long-term ground displacements based …

Statistical models that exploit the correlation between landslide occurrence and geomorphic
properties are often used to map the spatial occurrence of shallow landslides triggered by …

Probabilistic thresholds for triggering shallow landslides by rainfall are developed using two
approaches: a logistic regression model and Iverson's physically based model. Both …

Landsliding in response to rainfall involves physical processes that operate on disparate
timescales. Relationships between these timescales guide development of a mathematical …

Inclinometer and piezometer measurements have been carried out since 2005 in a slow
active earthflow in a clay shale formation of the Italian Southern Apennines. Previous studies …

We propose an approach to study the hydro-mechanical behaviour and evolution of rainfall-
induced deep-seated landslides subjected to creep deformation by combining signal …