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    Author(s): Mark E. Harmon; Adam Moreno; James B. Domingo
    Date: 2009
    Source: Ecosystems -- DOl: 10.1007/510021-009-9256-2
    Publication Series: Scientific Journal (JRNL)
    PDF: View PDF  (2.8 MB)

    Description

    The STANDCARB 2.0 model was used to examine the effects of partial harvest of trees within stands on forest-related carbon (C) stores in a typical Pacific Northwest Pseudotsuga/Tsuga forest. For harvest rotation intervals of 20 to 250 years the effect of completely dispersed (that is, a checkerboard) versus completely aggregated cutting patterns (that is, single blocks) was compared. The simulations indicated that forests with frequent, but partial removal of live trees can store as much C as those with complete tree harvest on less frequent intervals. Stores in forest products generally declined as the fraction of live trees harvested declined and as the interval between harvests increased. Although the proportion of total system stores in forest products increased as the frequency of harvests and proportion of trees removed increased, this did not offset the reduction in forest C stores these treatments caused. This study indicates that there are multiple methods to increase C stores in the forest sector including either increasing the time between harvests or reducing the fraction of trees harvested during each harvest.

    Publication Notes

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    • This article was written and prepared by U.S. Government employees on official time, and is therefore in the public domain.

    Citation

    Harmon, Mark E.; Moreno, Adam; Domingo, James B. 2009. Effects of partial harvest on the carbon stores in Douglas-fir/western hemlock forests: a simulation study. Ecosystems. 12: 777-791.

    Keywords

    carbon sequestration, carbon management and cycling, harvest methods, modeling

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