Debris flows have been always a serious problem in the mountain areas. Research on the
assessment of debris flows susceptibility (DFS) is useful for preventing and mitigating debris …

There is a growing call, within the scientific community, for solid theoretic frameworks and
usable indices/models to assess sediment connectivity. Connectivity plays a significant role …

In recent decades, slope instability in high‐mountain regions has often been linked to
increase in temperature and the associated permafrost degradation and/or the increase in …

Detecting land use/land cover change (LULCC) and assessing the risk of slope failure and
debris flow has been a worldwide concern. This study is the first in Adama District, Ethiopia …

In landslide-prone regions, railway networks are vulnerable to rapid flow-like landslides,
which can cause extensive damage, even at significant distances from the landslide's point …

In mountainous-forested landscape, quantifying the materials produced at hillslope scale
that effectively reach the channel network with a given probability is currently challenging …

Debris flows are considered as a rapid movement of highly water-saturated colluvial and
proluvial deposits. Besides the intensive rainfall and snowmelt, there are several other …

Debris flows are among the most dangerous natural processes affecting the alpine
environment due to their magnitude (volume of transported material) and the long runout …

ABSTRACT Starting on 24th August 2016, Central Italy was struck by a six-month
earthquake sequence that caused 303 victims and extensive major damages to urban areas …

The complexity of land transport infrastructures, their length and the heterogeneity of
potential hazardous scenarios across large areas make flood hazard assessment a …