Higher incidence of high-severity fire in and near industrially managed forests
January 1, 2022 - Levine, Jacob, I; Collins, Brandon M.; Steel, Zachary L.; de Valpine, Perry; Stephens, Scott L.
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EmailJournal or Book Title: FRONTIERS IN ECOLOGY AND THE ENVIRONMENT
DOI:10.1002/fee.2499
Abstract: The increasing prevalence of high-severity wildfire in forests in the US state of California is connected to past forest management, but uncertainty remains regarding the differential effects of land ownership on these trends. To determine whether differing forest management regimes, inferred from land ownership, influence high-severity fire incidence, we assembled and analyzed a large dataset of 154 wildfires that burned a combined area of more than 971,000 ha in California. We found that where fires occurred, the odds of high-severity fire on private industrial lands were 1.8 times greater than on public lands and 1.9 times greater than on other lands (that is, remaining lands classified as neither private industrial nor public). Moreover, high-severity fire incidence was greater in areas adjacent to private industrial land, indicating this trend extends across ownership boundaries. Overall, these results indicate that prevailing forest management practices on private industrial timberland may increase high-severity fire occurrence, underscoring the need for cross-boundary cooperation to protect ecological and social systems.
Type of Publication: Article