Aim Global change factors, such as warming, heatwaves, droughts and land‐use changes,
are intensifying fire regimes (defined here as increasing frequency or severity of fires) in …

Wildfires cause critical shifts in ecosystem functions, such as dramatic reductions in
vegetation productivity. However, how fast vegetation regains its pre-fire productivity levels …

Abstract Background and Aims Fire may favour plant flowering by opening the vegetation
and increasing abiotic resource availability. Increased floral display size can attract more …

Wildfires represent major ecological disturbances, burning 2–3% of Earth's terrestrial area
each year with sometimes drastic effects above-and belowground. Soil bacteria offer an …

The medium-and long-term studies about the effectiveness of post-fire management
techniques on soil and plant ecology are scarce, although the effects of wildfire and …

The accumulation of fuel and the homogenization of the landscape in Mediterranean forests
are leading to an increasingly hazardous behavior of wildfires, fostering larger, more …

Postfire management actions are used to mitigate damage caused by wildfires. Salvage
logging, often employed to restore ecosystem functions in burnt stands, plays an essential …

In recent years, the use of fire as a means by which to manage forest ecosystems has
become more frequent in Europe. Fire has a significant impact on the soil, and it is therefore …

The effects of hillslope stabilisation techniques on soil properties and vegetation cover of
Mediterranean forests affected by wildfires have been deeply explored in the short term …

Simple Summary In recent years, seasonal wildfires have become more frequent and
intense. The impact on soils can cause a critical loss for the ecosystems, and the early …