Wildfires are known to be one of the main causes of soil erosion and land degradation, and
their impacts on ecosystems and society are expected to increase in the future due to …

Wildfires increased dramatically in frequency and extent in the European Mediterranean
region from the 1960s, aided by a general warming and drying trend, but driven primarily by …

Compared with disturbance maps produced at annual or multi-year time steps, monthly
mapping of forest harvesting can provide more temporal details needed for studying the …

Understanding fire is essential to improving forest management strategies. More specifically,
an accurate knowledge of the spatial distribution of fuels is critical when analyzing …

Forest fires-affected landscapes enhance sudden runoff discharges, high sediment loads
and extreme soil erosion rates. Different soil stabilisation treatments, such as mulching, can …

Fire is a primary disturbance in the world's forested ecosystems and its impacts are
projected to increase in many regions due to global climate change. Fire impacts have been …

Wildfires usually increase the hydrological and erosive response of forest areas, carrying
high environmental, human, cultural, and financial on-and off-site effects. Post-fire soil …

Post-fire salvage logging adds another set of environmental effects to recently burned areas,
and previous studies have reported varying impacts on vegetation, soil disturbance, and …

Forest fires can greatly increase runoff and surface erosion rates. Post‐fire soil erosion
control measures are intended to minimize this response and facilitate ecosystem recovery …

Fire, a prevalent land management tool in rotational shifting cultivation (RSC), has long
been debated for its immediate disruption of surface soil, vegetation, and microbial …