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Mechanical properties of salvaged dead yellow-cedar in southeast Alaska : Phase IAuthor(s): K. A. McDonald; P. E. Hennon; J. H. Stevens; D. W. Green
Source: (Research paper FPL ; RP-565):9 p. : ill. ; 28 cm.
Publication Series: Research Paper (RP)
Station: Forest Products Laboratory
PDF: View PDF (442 KB)
DescriptionAn intensive decline and mortality problem is affecting yellow-cedar trees in southeast Alaska. Yellow-cedar snags (dead trees) could be important to the economy in southeast Alaska, if some high-value uses for the snags could be established. Due to the high decay resistance of yellow-cedar, the rate of deterioration is so slow that snags may remain standing for a century or more after death. Obtaining information on wood properties from these snags is necessary to correctly assess the utilization potential of the yellow-cedar. Initial property analyses, Phase I, showed no evidence that even the oldest snags have lost strength. Black stain in the heartwood of live yellow-cedar may have an effect on strength, which will be analyzed through additional study.
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CitationMcDonald, K. A.; Hennon, P. E.; Stevens, J. H.; Green, D. W. Mechanical properties of salvaged dead yellow-cedar in southeast Alaska : Phase I. (Research paper FPL ; RP-565):9 p. : ill. ; 28 cm.
KeywordsChamaecyparis nootkatensis, Dead wood, Mechanical properties, Bending strength, Modulus of elasticity, Specific gravity, Modulus of rupture, Stiffness, Salvage timber
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