The research team assessed various factors that contribute to wildfire spread, including wind speed, fuel load, topography, and building materials. They used computer models and real-world experiments to simulate wildfire scenarios and analyze the behavior of fire under different conditions.
Based on their findings, the researchers recommend a minimum separation distance of 30 feet (9 meters) between sheds and homes in wildfire zones. This distance provides a buffer zone that reduces the risk of direct flame impingement and radiant heat transfer from a wildfire to the shed or home.
The study also highlights the importance of maintaining a defensible space around sheds and homes. This includes removing flammable vegetation, clearing debris, and installing fire-resistant landscaping. By creating a clear zone around the structures, the risk of fire ignition and spread is significantly reduced.
Additionally, the researchers recommend using fire-resistant materials for shed construction, such as metal or non-combustible siding. Installing ember-resistant vents and screens can further protect the shed from flying embers, which are a major cause of structure ignition during wildfires.
By following these guidelines and recommendations, homeowners in wildfire-prone areas can significantly reduce the risk of shed fires and protect their homes and properties from the devastating effects of wildfires.
