Australia's biota is species rich, with high rates of endemism. This natural legacy has rapidly
diminished since European colonization. The impacts of invasive species, habitat loss …

Fire regimes are a major agent of evolution in terrestrial animals. Changing fire regimes and
the capacity for rapid evolution in wild animal populations suggests the potential for rapid …

While direct influences of the environment on population growth and resilience are well
studied, indirect routes linking environmental changes to population consequences are less …

Background Predators and fire shape ecosystems across the globe and these two forces
can interact to impact prey populations. This issue is particularly pertinent in Australia where …

Wildfires are increasing in size, frequency and severity due to climate change and fire
suppression, but the direct and indirect effects on wildlife remain largely unresolved. Fire …

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 …

Increasingly frequent megafires are dramatically altering landscapes and critical habitats
around the world. Across the western United States, megafires have become an almost …

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

Recent studies have argued that changes in fire regimes in the 21st century are posing a
major threat to global biodiversity. In this scenario, incorporating species' physiological …

Fire is an inherently evolutionary process, even though much more emphasis has been
given to ecological responses of plants and their associated communities to fire. Here, we …