1997•Unpublished venueRequires access

Effects of seasonal prescribed fires on hardwood advance regeneration in shelterwood stands

Patrick H. Brose, David Van Lear

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Abstract

Shelterwood harvesting of mature oak (Quercus spp. L.) stands on productive sites often fails because fast-growing intolerant and already established tolerant species outcompete oak reproduction for dominance of the advance regeneration pool. We hypothesized that prescribe fire would improve the competitive position of oak in the advance regeneration pool of shelterwood stands because of different growth strategies among species.

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What this paper is about

Shelterwood harvesting of mature oak (Quercus spp. L.) stands on productive sites often fails because fast-growing intolerant and already established tolerant species outcompete oak reproduction for dominance of the advance regeneration pool. We hypothesized that prescribe fire would improve the competitive position of oak in the advance regeneration pool of shelterwood stands because of different growth strategies among species.

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Available abstract

Shelterwood harvesting of mature oak (Quercus spp. L.) stands on productive sites often fails because fast-growing intolerant and already established tolerant species outcompete oak reproduction for dominance of the advance regeneration pool. We hypothesized that prescribe fire would improve the competitive position of oak in the advance regeneration pool of shelterwood stands because of different growth strategies among species.

Key concepts: Dominance (genetics), Regeneration (biology), Hardwood, Prescribed burn, Environmental science, Forestry, Silviculture, Ecology

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