Evacuation and displacement

The impacts of climate change are escalating, compounded by urban expansion into fire-prone areas. Eight cutting-edge technologies have the potential to revolutionize wildfire risk reduction strategies.

This study proposes a Wildfire Evacuation Resource Index (WERI) quantifies census-tract accessibility to emergency shelters, hospitals, lodging, gas stations, and EV charging stations within a three-step floating catchment area framework.

Some have migrated from the Valparaíso region, but others have organised to remain in the face of advancing forest fires

Research shows that delaying evacuation during wildfires increases risk, with driving conditions and social behavior making late evacuation particularly dangerous.

Indigenous communities face disproportionate wildfire impacts due to limited resources, jurisdictional gaps, and evacuation challenges. The article urges long-term funding, better coordination, and stronger prevention and mitigation efforts.

This study adopts a mixed-methods approach by integrating content analysis of self-recorded real-life driving videos with surveys and discrete choice experiments.

Late evacuation during bushfires and floods is often the most dangerous moment, as rapidly changing road conditions make driving far riskier than many people expect.

Scientists at Johns Hopkins and the University of Florida simulate and predict human behavior during wildfire evacuation, allowing for improved planning and safety measures.