A worker in yellow vest wanders the rubble left of a home after the Eaton fire.

What’s in the Burnt Remains of the LA Wildfires?

DRI scientists deployed to Los Angeles to collect ash, soil, and dust samples from burn zones in the hopes of illuminating the unique risks of wildland-urban fires. These urban fires presented a unique opportunity to understand how materials like plastics, metals, and even lithium batteries from electric cars can transform into environmental contaminants when they burn.

A city landscape shrouded in a red haze.

Floods, Droughts, Then Fires: Hydroclimate Whiplash is Speeding up Globally

DRI’s Christine Albano co-authored a new study that examines how a warming climate is creating an atmosphere more prone to extreme weather. This “hydroclimate whiplash” is evident in California’s recent weather, with winters filled with repeated atmospheric river storms driving the plant growth that the dry summers then parched, providing plentiful fuel for explosive wildfires.

Wildfire in a forest of pine trees with billowing smoke rising into the sky.

What We Know About Wildfire Risk and Prevention 

DRI scientists conduct a wide range of research on wildfire related topics to help policymakers, fire managers, and community members navigate challenges to public safety and health. In this Q&A, a selection of our scientists answer some of the most pressing questions about the environmental conditions that lead to the most devastating blazes and offer previews into some of their most relevant research.  

Darkened conference room with panelists on stage sitting in chairs. The audience is seated at round tables.

DRI’s AWE+ Summit Tackles Wildfire Resilience and Recovery

DRI, one of our nation’s leading applied environmental research institutes, together with the DRI Foundation, this week held its inaugural AWE+ Summit -Wildfire Recovery and Resilience: Working Across Silos to Drive Solutions. The summit is a call-to-action for communities to implement measures that support resilience and human adaptability to devastating wildfire events. Nationally recognized scientific leaders discussed challenges, progress, and hope through actions that will lead to solutions.

Researcher walking through Illilouette Basin with bare tree stumps left from wildfire

Tracking the Restorative Effects of Good Fire

A few miles south of Yosemite’s famed Glacier Point, ringed by striking granite domes, lies the Illilouette Basin. This small stretch of the Sierra Nevada Mountains has become a sort of fire laboratory, a place where natural wildfires have been allowed to burn since 1972. In contrast with the long-supported program of fire suppression that has dominated American forests since the late 19th century, resulting in dense and unhealthy forests, the Illilouette Basin’s story is about the benefits that natural fire can bring to the landscape.

AWE+ A DRI Global Initiative: Adaptable World Environment

DRI to Host AWE+ Wildfire Summit

The AWE+ initiative will promote an Adaptable World Environment of strong, resilient communities in a climate shifting world. AWE+ 2024 - Wildfire Recovery and Resilience: Working Across Silos to Drive Solutions - is a global call-to-action for communities to implement measures that support resilience and human adaptability to devastating wildfire events. The event will be held at Encore Las Vegas from August 21-23, 2024.

air quality monitoring station in front of a fence with a blue sky in the background.

DRI Researchers Partner with NDEP to Prepare Rural Nevada Communities for a Smokier Future

In 2021, DRI researchers partnered with the Nevada Division of Environmental Protection (NDEP) to address the gap in air quality monitoring. Led by Kristin VanderMolen, Ph.D., assistant research professor of atmospheric science, a new study details how the research team designed custom air quality sensors and information materials for rural Nevada counties.