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Structure of Quercus gambelii communities in the Lincoln National Forest, New Mexico, USA

K. A. Ryniker, Janis K. Bush, O. W. Van Auken


Summary - what did the authors do and why?

The authors characterized the historic community stand dynamics of Quercus gambelii to understand the structure and patterns of regeneration and recruitment over time.

Publication findings:

The frequency of fire necessary to maintain populations of Q. gambelii is highly uncertain, however, the authors suggest that fire may play an important role in these communities by affecting the rate of succession. Because Q. gambelii is fairly shade-intolerant, long fire return intervals may reduce the regeneration capacity of this species within dense canopies.

Fire and Ecosystem Effects Linkages

The frequency of fire necessary to maintain populations of Q. gambelii is highly uncertain, however, the authors suggest that fire may play an important role in these communities by affecting the rate of succession. Because Q. gambelii is fairly shade-intolerant, long fire return intervals may reduce the regeneration capacity of this species within dense canopies