Skip to Main Content
Moisture content and specific gravity of the four major southern pines under the same age and site conditionsAuthor(s): Mark D. Gibson; Charles W. McMillin; Eugene Shoulders
Source: Wood and Fiber Science 18(3):428-435
Publication Series: Miscellaneous Publication
PDF: View PDF (1.2 MB)
DescriptionSlash, loblolly, longleaf, and shortleaf pines in northern Louisiana were examined for differences in moisture content (MC) and basic specific gravity (SG) of wood and bark in the complete tree, root, stem, and branches and differences in diameter at breast height (dbh), total height, and taproot length of trees in even-aged plantations under identical site conditions, planting densities, and management practices. The four species did not differ statistically in stemwood, branchwood, or complete-tree wood SG on any of the three sites examined (wet, intermediate, and dry). Shortleaf had a significantly higher rootwood SG on all sites. The wet site generally produced wood with a lower SG, and the dry site produced wood with a higher SG. Differences among species in MC appeared dependent upon the tree component and site condition, while intersite differences in MC were generally component and species dependent. No significant difference among the four species was detected for dbh, total height, or taproot length on the dry or intermediate site. Shortleaf on the wet site produced a significantly shorter stem and taproot than the other species. Tallest trees grew on the intermediate site.
- You may send email to firstname.lastname@example.org to request a hard copy of this publication.
- (Please specify exactly which publication you are requesting and your mailing address.)
CitationGibson, Mark D.; McMillin, Charles W.; Shoulders, Eugene 1986. Moisture content and specific gravity of the four major southern pines under the same age and site conditions. Wood and Fiber Science 18(3):428-435
KeywordsMoisture content, specific gravity, root, stem, branch, southern pine, loblolly pine, slash pine, longieaf pine, shortleaf pine, species comparison, site
- Site quality relationships for shortleaf pine
- Ecology of shortleaf pine
- Stand dynamics of unthinned and thinned shortleaf pine plantations
XML: View XML