Fire-induced geomorphic changes, such as enhanced erosion and debris-flow activity, are
expected to increase with climate change owing to increases in fire activity and rainfall …

Shortly before the beginning of the 2017–2018 winter rainy season, one of the largest fires
in California (USA) history (Thomas fire) substantially increased the susceptibility of steep …

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 …

Research into post-wildfire effects began in the United States more than 70years ago and
only later extended to other parts of the world. Post-wildfire responses are typically transient …

Wildfires burn extensive forest areas around the world each year. In many locations, fire-
prone forest catchments are utilised for the supply of potable water to small communities up …

Early warning of post-fire debris-flow occurrence during intense rainfall has traditionally
relied upon a library of regionally specific empirical rainfall intensity–duration thresholds …

Debris flows generated during rain storms on recently burned areas have destroyed lives
and property throughout the Western US Field evidence indicate that unlike landslide …

Debris flows often occur in burned steeplands of southern California, sometimes causing
property damage and loss of life. In an effort to better understand the hydrologic controls on …

Empirical models to estimate the probability of occurrence and volume of postwildfire debris
flows can be quickly implemented in a geographic information system (GIS) to generate …

The timing and magnitude of channel bed erosion by three debris flows was measured in
2008 at the Illgraben catchment, Switzerland, using a scour sensor which consisted of a …