Fire is a natural ecological process that shapes many ecosystems, however, the distortion of the natural fire regimes can provoke significant additional impacts. Land use changes in the last decades driven by human activity, and changes in climate due to global warming have led to projections of increased ...
Fire is a natural ecological process that shapes many ecosystems, however, the distortion of the natural fire regimes can provoke significant additional impacts. Land use changes in the last decades driven by human activity, and changes in climate due to global warming have led to projections of increased fire recurrence and corresponding socioeconomic and environmental impacts. During the last decades, an impressive bulk of research has been produced addressing fire impacts on soils, but the most recent shifts indicate more severe wildfires, as well as novel occurrences in non-fire-prone areas, which are less adapted and more vulnerable to this perturbation, highlights the need of translating the current knowledge to other conditions.
FuegoRED is a research network created in 2007 aiming for a more direct knowledge transfer between scientists and society. The X FuegoRED 2022 International Congress will be held in Évora (Portugal), in October 2022. This Special Issue targets this specific FuegoRED event but is open to additional research contributions on the effect of fires on the soil system and post-fire management.
We look forward to receiving manuscript submissions on these areas. All manuscripts are published once fully reviewed, ensuring your work is accessible as soon as possible.
If you have any questions, please contact the Editorial Office: SJSS.office@frontierspartnerships.org
Keywords:
wildfires, megafires, prescribed fires, soil system, post-fire managements