Page 3: Research news on fires

Fires, as a research topic, encompass the study of uncontrolled combustion processes in natural or built environments, including their ignition mechanisms, propagation dynamics, energy release, and interaction with surrounding materials and atmospheres. Scientific investigation addresses thermal radiation, convection, and conduction, flame chemistry, plume behavior, and the production and transport of particulates and gaseous emissions. Research spans wildland and forest fires, structural and industrial fires, and their impacts on ecosystems, air quality, climate, and human health. It also includes fire detection, modeling, and suppression strategies, as well as risk assessment and mitigation within environmental, engineering, and public safety frameworks.

Why only a few wildfires become extreme

Hot and dry conditions have become synonymous with the risk of extreme wildfires. But a new paper argues that such conditions are not, by themselves, sufficient for blazes, and most warm years do not result in the burning ...

Six roads to safety: A critical threshold for wildfire survival

If your community was threatened by a wildfire, would you be able to quickly evacuate? A new study from UC Santa Barbara reveals that the number of roads out of a community may be one of the strongest predictors of wildfire ...

Megafire kills Joshua trees, but not fungi

When the Dome Fire tore through the Mojave Desert in 2020, it reduced 1 million Eastern Joshua trees to blackened skeletons. Scientists expected the underground ecosystem to be equally devastated. Instead, they found it thriving.

NASA develops sensor to improve firefighter safety

With peak wildfire season approaching, scientists with NASA's FireSense project have created low-cost thermal sensors to install on fire bulldozers that will alert firefighters when heat from a nearby fire reaches a dangerous ...

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