While the negative effects of infrequent, high-intensity fire on soil fungal abundance are well-
understood, it remains unclear how the short-term history of frequent, low-intensity fire in fire …

Pyrogenic savannas with a tree–grassland 'matrix'experience frequent fires (ie every 1–3 yr).
Aboveground responses to frequent fires have been well studied, but responses of fungal …

Wildfires and prescribed burns constitute widespread and potentially destructive
disturbances in forest ecosystems. Fire-related effects on aboveground ecosystem …

With wildfires reaching unprecedented levels of severity, size and frequency, their impact on
soil microbial communities is an important concern. Commencing just weeks following a …

Wildfire affects our planet's biogeochemistry both by burning biomass and by driving
changes in ecological communities and landcover. Some plants and ecosystem types are …

Prescribed fire is an important management tool to reduce fuel loads, to remove non-fire
adapted species and to sustain fire-adapted taxa in many forested ecosystems of the …

Fire alters microbial community composition, and is expected to increase in frequency due to
climate change. Testing whether microbes in different ecosystems will respond similarly to …

Wildfire is the dominant disturbance in boreal forests and fire activity is increasing in these
regions. Soil fungal communities are important for plant growth and nutrient cycling postfire …

Planned burns are an important management tool, primarily to reduce fuel loads in
landscapes threatened by wildfire. Preventing fundamental changes in the composition and …

Fires occur in most terrestrial ecosystems where they drive changes in the traits,
composition, and diversity of fungal communities. Fires range from rare, stand-replacing …