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    Author(s): Erik Berg; Barry Clinton; Jim Vose; Wayne Swank
    Date: 2011
    Source: Journal of Forestry. 109(8): 310-311
    Publication Series: Scientific Journal (JRNL)
    Station: Southern Research Station
    PDF: Download Publication  (831.39 KB)


    Prescribed fire has proven effective in controlling vegetative competition of oak regeneration across many sites in the southeastern US most fire investigations have been performed in the Piedmont and Coastal Plain. Land managers lake definitive knowledge on how to use prescribed fire to improve long-term oak regeneration success in the southern Appalachians. Several short-term (less than 5 years) southern highland studies suggest that fire effects vary widely by site quality. I installed a shelterwood/underburn study in 1995 on a highly acidic cove in the southern Appalachians to test the hypothesis that prescribed fire would enable advanced oak regeneration to survive and grow to dominant status at canopy closure in the presence of aggressive tree and shrub competition. I theorized that fire would discriminate against competitors less well adapted to fire than the oaks. By 2005 the understory canopy had started to close; I found that prescribed fire did not improve the probability that oak seedlings would survive or attain dominance in the understory canopy. However, seedling basal diameter growth was positively related to fire-caused reductions in forest litter mass; many oak seedlings re-sprouted after fire and quickly gained stem girth. This increased basal diameter result mirrors that of many investigators. Increasing basal diameters and root systems caused by repeated disturbance can invigorate oak seedlings and enable them to quickly grow in height within they receive increases in photysnthetically active radiation caused by forest gaps.

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    Berg, Erik; Clinton, Barry; Vose, Jim; Swank, Wayne. 2011. Ten-year responses of oak regeneration to prescribed fire. In: Proceedings of the 2011 Society of American Foresters National Convention. December 2011. Journal of Forestry. 109(8): 310-311. 2 p.

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