Fire Resiliency

Northwest Forest Plan & Amendment

BAER specialists assess a small isolated patch of High Soil Burn Severity on the Beachie Fire.Healthy, thriving ecosystems are more resilient to disturbances such as extreme wildfires, invasive species, insect infestations, and effects of climate change. However, some forest ecosystems are currently out of balance, as fire, a necessary function for some ecosystem types, has been suppressed and excluded over the last century. Removing fire as a natural process out of wildlands has left forests and grasslands unhealthy and crowded with flammable vegetation. Climate change has exacerbated these conditions, resulting in longer fire seasons along with more severe droughts and insect infestations. Whole landscapes are now vulnerable to extreme wildfires, which can devastate watersheds, wildlife habitat, and neighboring communities. 

Forest Service managers and scientists are working with partners to restore healthy, resilient, fire-adapted ecosystems by reducing dense vegetation that feeds extreme wildfires. Thinning, prescribed fires, and managing naturally caused wildfires to achieve natural resource management objectives can help prevent extreme wildfires with minimal impacts to air quality while smoke from extreme wildfires may pose significant risks to public health and safety. 

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Fire Resiliency- Frequently Asked Questions  

 

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