Anthropogenic climate change is rapidly altering high mountain environments, including
changing the frequency, dynamic behavior, location, and magnitude of alpine mass …

Wildfires are prevalent in grasslands and shrublands. The objective of this study is to
provide land managers with a general overview, by assessing the main impacts of wildfire …

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

Landscapes after wildfire commonly experience accelerated hillslope erosion, which often
contributes to the mobilization and volume of debris flows. However, quantitative studies of …

Debris flows pose a significant hazard to communities in mountainous areas, and there is a
continued need for methods to delineate hazard zones associated with debris-flow …

High severity wildfires impact hillslope processes, including infiltration, runoff, erosion, and
sediment delivery to streams. Wildfire effects on these processes can impair vegetation …

Debris flows pose a serious threat to communities in mountainous areas, particularly in the
years following wildfire. These events have been widely studied in regions where post …

Debris flow is a type of natural disaster characterized by sudden outbreaks, rapid movement,
short duration, and extreme destructive power, posing a serious threat to human lives and …

Wildfires affect and change the burned sites' condition, functionality, and ecosystem
services. Altered hydrologic processes, such as runoff, increased streamflows, and sediment …

Moody et al., 2013). Wildfire can also impart physical changes to soil structure (Badía and
Martí, 2003; Nyman et al., 2013), increasing its susceptibility to downslope movement. Fine …