Catastrophic megafires can increase extinction risks; identifying species priorities for
management and policy support is critical for preparing and responding to future fires …

Predicting the effects of fire on biota is important for biodiversity conservation in fire‐prone
landscapes. Time since fire is often used to predict the occurrence of fauna, yet for many …

Fire is an important disturbance in forest ecosystems globally. Many of the effects of fire on
forest processes are mediated through effects on vegetation structure. Understanding how …

Management guidelines for many fire‐prone ecosystems highlight the importance of
maintaining a variable mosaic of fire histories for biodiversity conservation. Managers are …

Fine-scale vegetation cover is a common variable used to explain animal occurrence, but
we know less about the effects of fine-scale vegetation heterogeneity. Theoretically, fine …

Wildfire is a natural process in Brazilian savannas, but human activities alter fire regimes
and threaten biodiversity. In this study, we used an ecoacoustics approach to assess fauna …

Question Do the effects of fire regimes on plant species richness and composition differ
among floristically similar vegetation types? Location Booderee National Park, south …

Wildfires impact animal populations directly, and indirectly through alteration of forest
habitats. Recovery of populations and habitat structure occurs over time since fire, but …

Increasingly, fire is used as a management tool to mitigate wildfire risk and conserve
biodiversity. Use of time since disturbance as a surrogate for faunal occurrence presents an …

The long-term effectiveness of restored areas for biodiversity is poorly known for the majority
of restored ecosystems worldwide. We quantified temporal changes in bird occurrence in …