Background Bats are important components of forested ecosystems and are found in forests
worldwide. Consequently, they often interact with fire. Previous reviews of the effects of fire …

A clear understanding of how management influences vertebrate biodiversity is critical for
the conservation of rare ecosystems, such as the longleaf pine (Pinus palustris) ecosystem …

Fire is a major disturbance that affects ecological communities, and when fire events
increase in frequency or extent, they may jeopardise biodiversity. Although long-term studies …

Species intolerant to fire, defined as lacking adaptations needed to establish dominance in a
frequently burned landscape, are found within fire‐prone ecosystems globally. Such species …

Wildfires are increasing in incidence and severity across coniferous forests of the western
United States, leading to changes in forest structure and wildlife habitats. Knowledge of how …

Across the Southeastern US, including the Cumberland Plateau of Tennessee, prescribed
fire and overstory thinning are being used to restore areas of closed-canopy hardwood …

Wildlife response to natural disturbances such as fire is of conservation concern to
managers, policy makers, and scientists, yet information is scant beyond a few well-studied …

Many land‐management agencies are restoring savannas and woodlands using prescribed
fire and forest thinning, and information is needed on how wildlife species respond to these …

Given the likelihood of regional extirpation of several once-common bat species in eastern
North America from white-nose syndrome, it is critical that the impacts of forest management …

The Brazilian savanna (Cerrado) is a biodiversity hotspot with high deforestation rates that
lead to extensive habitat changes, especially around protected areas (PAs). In our study, we …