Debris flow and debris flood phenomena threat the life of thousands of citizens living in
mountain areas and endanger buildings and infrastructure worldwide. The assessment of …

This paper presents a methodology to analyse debris flows focusing at the surge scale
rather than the full scale of the debris-flow event, as well as its application to a French site …

Debris flows typically occur in mountain regions with high energy relief, complex geology
and extreme climate conditions, where they often affect humans as well as their cultural and …

Inversion of low‐frequency regional seismic records to solve for a time series of bulk forces
exerted on the earth by a landslide (a force‐time function) is increasingly being used to infer …

Tailings dam breaches (TDBs) and subsequent flows can pose significant risk to public
safety, the environment, and the economy. Numerical runout models are used to simulate …

Gravity-driven mass flows are typically large-scale complex multi-phase phenomena
involving multiple interacting phases. Various types of mass flows usually exhibit distinct …

With the intensification of global climate change, extreme rainfall events are occurring more
frequently. Continuous rainfall causes the debris flow gully to collect a large amount of …

Debris flows pose great threats to people's safety and cause catastrophic damage to
infrastructure. Accurate prediction of debris flow runout distance provides a scientific basis …

Tailings dams are a fundamental component of mining infrastructure as they retain mine
tailings, a complex material composed of finely ground rock, water and process effluent …

Glacier lake outburst floods (GLOFs) are considered among the most dangerous glacier
hazards worldwide. The variability in flow magnitudes and the ability to transform into …