Debris flows are among the most catastrophic natural phenomena, attracting the interest of
researchers, engineers and government agencies. The complexity of the physical process …

Erosion can significantly increase the destructive power of a landslide by amplifying its
volume, mobility and impact force. The threat posed by an erosive landslide is linked to its …

Climate change impacts on sediment production and transfer processes on hillslopes and
through channels are governed by possible changes in precipitation, runoff, and air …

Debris flows can grow greatly in size and hazardous potential by eroding bed and bank
materials. However, erosion mechanisms are poorly understood because debris flows are …

Abstract Unmanned Aerial Vehicle Structure from Motion (UAV-SfM) photogrammetry is
increasingly applied to topographic change detection, which requires multitemporal Digital …

The estimation of sediment deposited behind dams and reservoirs is of great significance for
quantifying soil erosion rate and sediment flux. However, existing methods of sediment …

The prediction of debris flows is relevant because this type of natural hazard can pose a
threat to humans and infrastructure. Debris-flow (and landslide) early warning systems often …

Erosion and deposition induced by overtop** flow strongly impacts the breaching
evolution of landslide dams. However, these two processes are not yet sufficiently captured …

We used lidar differencing and field observations to map volumes, and interpret the origins
of, sediment mobilized from mountain canyons by large post‐wildfire debris flows near …

Deep learning excels at managing spatial and temporal time series with variable patterns for
streamflow forecasting, but traditional machine learning algorithms may struggle with …