Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6541394 | Forest Ecology and Management | 2018 | 16 Pages |
Abstract
Stand-scale fire histories in the Klamath, southern Cascades, and northern Sierra Nevada ecoregions resemble Rogue River Basin stand-scale fire histories. Across dry mixed conifer, yellow pine, and mixed evergreen forests, fire return intervals converged on 8â¯years. Moist mixed conifer and red fir forests exhibited 13-year fire return intervals. Across ecoregions, fire periodicity was weakly correlated with climatic water deficit, but well-modeled by elevation, precipitation, and temperature. These data highlight the need for decadal fire and burning outside of the contemporary fire season for forest restoration and climate adaptation in the dry forests of the Rogue Basin.
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Authors
Kerry L. Metlen, Carl N. Skinner, Derek R. Olson, Clint Nichols, Darren Borgias,