Movement is a trait of fundamental importance in ecosystems subject to frequent
disturbances, such as fire‐prone ecosystems. Despite this, the role of movement in …

Climate change and human activities have disrupted historical fire regimes, leading to
complex and far‐reaching impacts on global ecosystems. Despite extensive research in fire …

Variation in fire characteristics, termed pyrodiversity, plays an important role in structuring
post‐fire communities, but little is known about the importance of pyrodiversity for individual …

Pyrodiversity, defined as variation in fire history and characteristics, has been shown to
catalyse post‐fire biodiversity in a variety of systems. However, the demographic and …

Recently burned coniferous forests host wildlife communities that respond to variation in
burn severity, post-fire habitat structure, and patch configuration. Habitat selection theory …

State and local governments are increasingly interested in understanding the role forests
and harvested wood products play in regional carbon sinks and storage, their potential …

Ecological disturbances are becoming more extensive and intensive globally, a trend
exemplified by 'megafires' and industrial deforestation, which cause widespread losses of …

More frequent and extreme heat waves threaten climate-sensitive species. Structurally
complex, older forests can buffer these effects by creating cool microclimates, although the …

Spatial and temporal variation in fire characteristics—termed pyrodiversity—are increasingly
recognized as important factors that structure wildlife communities in fire‐prone ecosystems …

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