Earth's rapidly warming climate is propelling us towards an increasingly fire‐prone future.
Currently, knowledge of the extent and characteristics of animal mortality rates during fire …

Fire can promote biodiversity, but changing patterns of fire threaten species worldwide.
While scientific literature often describes ''inappropriate fire regimes''as a significant threat to …

Chapter 2, building on prior assessments, provides a global assessment of the observed
impacts and projected risks of climate change to terrestrial and freshwater ecosystems …

Aim After environmental disasters, species with large population losses may need urgent
protection to prevent extinction and support recovery. Following the 2019–2020 Australian …

With large wildfires becoming more frequent,, we must rapidly learn how megafires impact
biodiversity to prioritize mitigation and improve policy. A key challenge is to discover how …

Extreme fire events have increased across south-eastern Australia owing to warmer and
drier conditions driven by anthropogenic climate change. Fuel reduction burning is widely …

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 …

Wildfire has been implicated as a potential driver of deforestation and continental
biodiversity loss during the end-Permian extinction event (EPE;∼ 252 Ma). However, it …

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

The interacting threats of invasive predators and fire are key conservation issues for many
species globally, yet few options are available to mitigate these threats. We tested how small …