Mediterranean forests are highly subjected to fire occurrence. Altered fire regimes resulting
from changes in land use and climate may jeopardize their resilience to fire and induce …

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 …

Forest fires are the main threat to ecosystems and human life. The frequency, seasonality,
extent and severity of fires affect ecosystems and the physical and chemical properties of the …

Increased wildfire activity is the most significant natural disturbance affecting forest
ecosystems as it has a strong impact on their natural recovery. This study aimed to …

Forest fire is a recurring and serious environmental hazard, which is often due to the
interaction between anthropogenic activities and climate change, despite having always …

This work aimed at investigating on a multi-year framework (2015–2021) the contributions of
wildfire emissions to atmospheric CO 2 observed at the ICOS atmospheric class-2 station Mt …

Wildfires are uncontrolled fires fuelled by dry conditions, high winds, and flammable
materials that profoundly impact vegetation, leading to significant consequences including …

Ecosystem services (ES) in Mediterranean regions are critically affected by forest fires,
which pose significant threats to human reliance on these services. This study delves into …

Across plant communities worldwide, fire regimes reflect a combination of climatic factors
and plant characteristics. To shed new light on the complex relationships between plant …

Examining the regeneration response of species is one of the key ecological analyses vital
to understanding and predicting the spatial structure of plant populations and designing …