Fire has always been a driving factor of life on Earth. Now that mankind has definitely joined
the other environmental forces in shaping the planet, lots of species are threatened by …

The temperature changes for the future climate are predicted to be the most pronounced in
boreal and arctic regions, affecting the stability of permafrost and fire dynamics of these …

Increasing wildfire severity, which is common throughout the western United States, can
have deleterious effects on plant regeneration and large impacts on carbon (C) and nitrogen …

The obtention of wall-to-wall fire severity estimates through reliable remote sensing-based
techniques that align with management needs is a critical factor in post-fire decision-making …

Mega‐fires of unprecedented size, intensity and socio‐economic impacts have surged
globally due to climate change, fire suppression and development. Soil microbiomes are …

The rise in wildfire frequency and severity across the globe has increased interest in
secondary succession. However, despite the role of soil microbial communities in controlling …

Microbes inhabiting the above-and belowground tissues of forest trees and soils play a
critical role in the response of forest ecosystems to global climate change. However …

After wildfires in Mediterranean ecosystems, ruderal mosses are pioneer species, stabilizing
the soil surface previous to the establishment of vascular vegetation. However, little is known …

Mediterranean grasslands are semi-natural, fire-prone, species-rich ecosystems that have
been maintained for centuries through a combination of fire, grazing, and mowing. Over the …

Lodgepole pine forests are under threat due to wildfires of increasing severity and frequency
coupled with tree mortality from insect outbreaks. Soil microbial communities, which drive …