Climate change increases fire-favorable weather in forests, but fire trends are also affected
by multiple other controlling factors that are difficult to untangle. We use machine learning to …

Wildfires have significant impacts on global vegetation, wildlife, and humans. They destroy
plant communities and wildlife habitats and contribute to increased emissions of carbon …

New wildfire regimes under accelerated global change may have unprecedented effects on
ecosystem services (ES) provision but may also be mediated by the biological legacies left …

Wildfire risk increases following non-fire disturbance events, but this relationship is not
always linear or cumulative, and previous studies are not consistent in differentiating …

Explaining tropical tree cover distribution in areas of intermediate rainfall is challenging, with
fire's role in limiting tree cover particularly controversial. We use a novel Bayesian approach …

Abstract Changes in climate and land-use have significantly increased both the frequency
and intensity of wildland fires globally, exacerbating the potential for hazardous impacts on …

As a natural disaster with high suddenness and great destructiveness, fire has long posed a
major threat to human society and ecological environment. In recent years, with the rapid …

Synchronous extreme fire weather can significantly increase the probability of fire ignition
and spread, posing compounding threats to fire management efforts and potentially …

Multiple fire models, within an impact attribution framework, have been used to explore how
climate change is impacting fire worldwide. Results show that climate change is increasing …

Peat degradation due to human activities and global change exposes peatlands to
increasing fire risk. Given their key ecological role in carbon storage and water filtration …