Industry managed forests more likely to fuel megafires, study finds

The surprising reason timber plantations explode into megafires

Industrial forests, packed with evenly spaced trees, face nearly 50% higher odds of megafires than public lands. A lidar-powered study of California’s Sierra Nevada reveals how dense plantations feed fire severity, but also shows that proactive thinning could prevent forests from collapsing into shrubland ecosystems.

Industry managed forests more likely to fuel megafires, study finds

The odds of high-severity wildfire were nearly one-and-a-half times higher on industrial private land than on publicly owned forests, a new study found. Forests managed by timber companies were more likely to exhibit the conditions that megafires love—dense stands of regularly spaced trees with continuous vegetation connecting the understory to the canopy.

Industry managed forests more likely to fuel megafires

Salt Lake City UT (SPX) Aug 21, 2025 The odds of high-severity wildfire were nearly one-and-a-half times higher on industrial private land than on publicly owned forests, a new study found. Forests managed by timber companies were more likely to exhibit the conditions that megafires love-dense stands of regularly spaced trees with continuous vegetation connecting the understory to the canopy. The research, led by the Universi

Environmental News Network - Industry Managed Forests More Likely to Fuel Megafires

The odds of high-severity wildfire were nearly one-and-a-half times higher on industrial private land than on publicly owned forests, a new study found. Forests managed by timber companies were more likely to exhibit the conditions that megafires love—dense stands of regularly spaced trees with continuous vegetation connecting the understory to the canopy.

Industry managed forests more likely to fuel megafires - Scientific Inquirer

The odds of high-severity wildfire were nearly one-and-a-half times higher on industrial private land than on publicly owned forests, a new study found. Forests managed by timber companies were more likely to exhibit the conditions that megafires love—dense stands of regularly spaced trees with continuous vegetation connecting the understory to the canopy. The research, led by the University of Utah, University of California, Berkeley, and the U…