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Estimating the capital recovery costs of alternative patch retention treatments in eastern hardwoodsAuthor(s): Chris B. LeDoux; Andrew Whitman
Source: International Journal of Forest Engineering. 17(1):21-30.
Publication Series: Scientific Journal (JRNL)
Station: Northern Research Station
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DescriptionWe used a simulation model to estimate the economic opportunity costs and the density of large stems retained for patch retention in two temperate oak stands representative of the oak/hickory forest type in the eastern United States. Opportunity/retention costs ranged from $321.0 to $760.7/ha [$129.9 to $307.8/acre] depending on the species mix in the stand, the logging technology used, and rotation lengths. The resulting capital recovery costs ranged from $12.8 to $30.4/ha/year [$5.2 to $12.3/acre/year] depending on the degree of retention desired, the logging technology used, and the species composition of the tract. Opportunity/capital recovery costs are greatest in stands that have high-value species mix, are harvested with lowcost logging technologies, and/or managed on longer rotations. The approach described in this paper can be used to help forest landowners, managers, loggers, and other decision/policy makers understand the opportunity/ capital recovery costs and ecological benefits associated with patch retention.
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CitationLeDoux, Chris B.; Whitman, Andrew. 2006. Estimating the capital recovery costs of alternative patch retention treatments in eastern hardwoods. International Journal of Forest Engineering. 17(1):21-30.
Keywordscapital recovery costs, patch retention, eastern hardwoods, logging systems, simulation, opportunity cost, economics, present net worth
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