Forest fires are key ecosystem modifiers affecting the biological, chemical, and physical
attributes of forest soils. The extent of soil disturbance by fire is largely dependent on fire …

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 …

Large, severe wildfires can cause unpredictable changes in Mediterranean plant
communities that undermine ecosystem resilience. Understanding the geophysical drivers …

The large environmental and socioeconomic impacts of wildfires in Southern Europe require
the development of efficient generalizable tools for fire danger analysis and proactive …

Background Burn severity plays an important role in sha** vegetation recovery in
Mediterranean ecosystems. In the present study, we aimed to evaluate the influence of burn …

Severe wildfires cause important changes in vegetation and soil properties in Mediterranean
ecosystems. The aim of this work was to evaluate ecosystem multifunctionality through the …

The evaluation at detailed spatial scale of soil status after severe fires may provide useful
information on the recovery of burned forest ecosystems. Here, we aimed to assess the …

Understanding spatiotemporal geomorphological and pedological changes as a
consequence of wildfires can allow stakeholders, land planners, and policymakers to design …

Background Wildfires are one of the major environmental concerns in Mediterranean
ecosystems. Thus, many studies have addressed wildfire impacts on soil and vegetation in …

Tropical forests are prone to fires, and the severity of burns modulates a crucial function in
evaluating the influence of fires on soils. Yet, information about the consequences of …