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  • Writer's pictureTim Spears

Embracing Fire: How Low-Intensity Burns Shape a Safer Future for Wildfire Management

In recent collaborations between Stanford University and Jasper Ridge Biological Preserve, the vital role of low-intensity fires in managing wildfire risks and promoting ecosystem health has been highlighted. By reintroducing "good fire" through prescribed burning, Stanford's efforts have mitigated the severity of potential high-intensity wildfires, covering an impressive 85 acres in fuel reduction practices. These actions underscore the balance between fire prevention and the natural ecological benefits of fire.

A study revealed that low intensity controlled burns, when carefully planned and executed, not only reduce the risk of catastrophic fires but also restore fire's natural role in the ecosystem, promoting biodiversity and forest resilience. The data from Stanford University's research emphasizes the necessity of such practices in wildfire management strategies, offering a proactive approach to reducing community risk and enhancing safety.

However, the hazards of neglecting fuel reduction cannot be overstated. Areas left unburned accumulate dense undergrowth, becoming fuel that exacerbate the severity of future wildfires. It's a stark reminder of the importance of regular, controlled fire interventions to maintain the balance and health of our forests.

Let's not wait for disaster to strike. By embracing the practice of prescribed burns, we can safeguard our communities, ecosystems, and future generations from the devastating impacts of uncontrolled wildfires.


ABC7 News Bay Area. (2024, March 5). Here's how Stanford researchers are studying wildfires to mitigate risk as fire season approaches [Video]. YouTube.

Jasper Ridge Biological Preserve. (2024). Bringing good fire back to the land - Prescribed burning at Jasper Ridge. Stanford University.

Wu, X., Sverdrup, E., Mastrandrea, M. D., Wara, M. W., & Wager, S. (2023). Low-intensity fires mitigate the risk of high-intensity wildfires in California’s forests. Science Advances, 9(45), eadi4123.

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