Forested environments are subject to large and high intensity unplanned fire events, owing
to, among other factors, the high quantity and complex structure of fuel in these …

Many forest types globally have been subject to an increase in the frequency of, and area
burnt by, high‐severity wildfire. Here we explore the role that previous disturbance has …

Abstract Aim The aims were:(1) to identify the environmental drivers of interannual variation
in wildfire extent and severity;(2) to examine temporal trends in climatic potential for large …

Fire regimes are changing across the globe in response to complex interactions between
climate, fuel, and fire across space and time. Despite these complex interactions, research …

There is an imperative for fire agencies to quantify the potential for prescribed burning to
mitigate risk to life, property and environmental values while facing changing climates. The …

Wildfires are increasing in size and severity and fire seasons are lengthening, largely driven
by climate and land-use change. Many plant species from fire-prone ecosystems are …

As climatic changes continue to drive increases in the frequency and severity of forest fires, it
is critical to understand all of the factors influencing the risk of forest fire. Using a spatial …

Extreme event attribution is a rapidly growing field of climate science with important
implications for public and government understanding of human-induced climate change …

Abstract Models that predict wildfire rate of spread (ROS) play an important role in decision-
making during firefighting operations, including fire crew placement and timing of community …

Recent logging and wildfire have been linked to increased fire severity in forests around the
world. The mechanisms driving this association are uncertain but increased vertical fuel …