Water erosion, a notorious major threat to food security and ecosystem sustainability, is
strongly conditioned by spatial and temporal scale effects. This paper systematically reviews …

This paper presents the first comprehensive analysis of sediment and dissolved load across
an entire mountain range. We investigate patterns and rates of modern denudation of the …

Estimation of rainfall intensity–duration thresholds, used for the identification of debris
flow/landslide triggering rainfall events, has been traditionally based on raingauge …

Digital elevation models (DEMs) built from repeated topographic surveys permit producing
DEM of Difference (DoD) that enables assessment of elevation variations and estimation of …

Debris-flow monitoring in instrumented areas is an invaluable way to gather field data that
may improve the understanding of these hazardous phenomena. A new experimental site …

Quantification of the volumes of sediment removed by rock–slope failure and debris flows
and identification of their coupling and controls are pertinent to understanding mountain …

The combined analysis of past evolutionary trajectories of channel morphology and
temporal patterns of driving factors is fundamental to understanding present river conditions …

Drainage basins of the Northern Apennines, particularly in the clayey settings, bear among
the highest rates of landsliding worldwide. A history of major land cover changes has left a …

A dataset of 809 debris flows that occurred in 537 basins in mountainous areas of
northeastern Italy between the mid‐19th century and 2015 is collected and analyzed. A …

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 …