Debris flows represent one of the most dangerous types of mass movements, because of
their high velocities, large impact forces and long runout distances. This review describes …

Surficial mass movements, such as debris avalanches, rock falls, lahars, pyroclastic flows,
and outburst floods, are a dominant hazard at many volcanoes worldwide. Understanding …

Automatic identification of debris flow signals in continuous seismic records remains a
challenge. To tackle this problem, we use machine learning, which can be applied to …

Understanding the impact forces exerted by debris flows is limited by a lack of direct field
measurements and validated numerical models. In this study, we use real‐time impact‐force …

Landslide modeling based on seismic signal characteristics is an effective method to study
landslide evolution. The scientific challenge lies in how to systematically characterize and …

Debris flows are among the most dangerous phenomena in mountain environment.
Recently the use of seismic and infrasonic recordings has proven to be a powerful tool for …

Wildfire alters vegetation cover and soil hydrologic properties, substantially increasing the
likelihood of debris flows in steep watersheds. Our understanding of initiation mechanisms …

One of the pillars of geomorphology is the study of geomorphic processes and their drivers,
dynamics, and impacts. Like all activity that transfers energy to Earth's surface, a wide range …

Debris flows represent a major hazard in mountainous areas, due to their rapid motion along
steep channels and to the transport of large sediment volumes, including large boulders. In …

Debris flows are concentrated slurries of water and sediment that shape the landscape and
pose a major hazard to human life and infrastructure. Seismic ground motion‐based …