Since the late 1960s it became clear that a more sustainable protection of people and
property from the negative impacts of natural hazards will require a more balanced use of …

Debris flows are among the natural hazards that can occur in mountainous areas and
endanger people's lives and cause large economic damage. Debris flow modelling is …

Landslides originating from remote steep slopes render people living downhill vulnerable,
unaware of the impending danger. Identifications of slow-moving mountain slopes are …

Hazard assessment for post‐wildfire debris flows, which are common in the steep terrain of
the western United States, has focused on the susceptibility of upstream basins to generate …

Southern California has a long history of damaging debris flows after wildfire. Despite
recurrent loss, forecasts of the frequency and magnitude of postfire debris flows are not …

Hazard assessment studies are fundamental to identifying disaster-prone areas, especially
in locations with high environmental and socioeconomic vulnerability. This study proposes a …

Debris flows can grow greatly in size and hazardous potential by eroding bed and bank
material, but effective hazard assessment and mitigation is currently hampered by limited …

We propose a framework that estimates the inundation depth (maximum water level) and
debris-flow-induced topographic deformation from remote sensing imagery by integrating …

The Quillcay catchment in the Cordillera Blanca, Peru, contains several glacial lakes,
including Lakes Palcacocha (with a volume of 17× 106 m3), Tullparaju (12× 106 m3), and …

A common technique for simulating non–Newtonian fluid dynamics, such as snow
avalanches, is to solve the Shallow Water Equations (SWE), together with a rheological …