New Study Simulates Wildfire Evacuations to Improve Safety

A PhD candidate at the University of Northern B.C. (UNBC) is developing a driving simulator to study how individuals react during simulated wildfire evacuations. The research focuses on Highway 97 north of Prince George, comparing normal driving conditions with an emergency evacuation scenario.

Participants' reactions, including speed, braking, and lane positioning, will be meticulously recorded. This data is crucial, as current evacuation models often rely on generalized assumptions rather than specific local driver behavior. By collecting insights from local drivers, the study aims to produce more accurate evacuation forecasts and inform the development of safer, more effective strategies for emergency planners.

The collected information will be used to refine a computerized traffic model for the Prince George area. This calibrated model is expected to provide valuable projections on evacuation travel times, potential traffic congestion, road closures, and alternative traffic management approaches before an actual evacuation is necessary. The findings will shed light on how local drivers alter their behavior in response to reduced visibility, heightened urgency, emergency advisories, and wildfire-related dangers.

This initiative aligns with provincial guidelines for emergency evacuations, which emphasize the need for communities to consider various transportation methods, infrastructure capacity, and potential bottlenecks. The study acknowledges the complexities faced by communities during past evacuations, where stress and unfamiliar traffic situations can exacerbate challenges for residents, particularly newcomers.

The UNBC research is actively seeking adult drivers of diverse ages and experience levels to participate in the simulator study. The goal is to enhance emergency preparedness by providing planners with better tools to anticipate and manage traffic flow during critical wildfire evacuation events.