Specific gravity and fiber length values are reported for both stemwood and branchwood of eight southern hardwoods. Branchwood fibers are significantly shorter than stemwood fibers of each species. Branchwood specific gravity is higher than stemwood specific gravity for some species and lower for other species. The only statistically significant difference was in red oak which had higher specific gravity wood in branches than in stems.No statistically significant differences in either fiber length or specific gravity were found between branches from the top and bottom of the crown, nor between sampling points within branches
American sycamore (Platanus occidentalis L.) progeny from forty-eight half-sib families representing...
Mature longleaf pine (Pinus palustris Mill.) trees were harvested to compare wood property data for ...
Wood specific gravity is a key element in tropical forest ecology. It integrates many aspects of tre...
The authors investigated the differences in wood properties between stems and branches. AKAMATSU (...
Wood properties of natural stands of willow and sycamore growing along the southern reaches of the M...
• Key messageIntensive measurements of basic specific gravity and relative water content of lumens s...
In order to analyze the variation in wood properties within and between trees of an underutilized tr...
Both radial and vertical variations of specific gravity within trees for sweetgum were analyzed. Upl...
Variations in the growth site of trees have influence on the internal structure of the trunk. Consid...
Six 40-year-old red alders (Alnus rubra Bong.) were harvested from a mixed stand of A. rubra and big...
Tensile and compression strength properties of six coniferous woods were studied at the tissue level...
The specific gravity (SG) of wood is a measure of the amount of structural material a tree species a...
Soil parent material was found to affect the specific gravity of northern red oak wood (Quercus rubr...
Ten-year-old black walnut trees from a half-sib progeny test were sampled for a study of heartwood a...
Variation in specific gravity, fiber length, fiber dimensions, and volumetric composition were inves...
American sycamore (Platanus occidentalis L.) progeny from forty-eight half-sib families representing...
Mature longleaf pine (Pinus palustris Mill.) trees were harvested to compare wood property data for ...
Wood specific gravity is a key element in tropical forest ecology. It integrates many aspects of tre...
The authors investigated the differences in wood properties between stems and branches. AKAMATSU (...
Wood properties of natural stands of willow and sycamore growing along the southern reaches of the M...
• Key messageIntensive measurements of basic specific gravity and relative water content of lumens s...
In order to analyze the variation in wood properties within and between trees of an underutilized tr...
Both radial and vertical variations of specific gravity within trees for sweetgum were analyzed. Upl...
Variations in the growth site of trees have influence on the internal structure of the trunk. Consid...
Six 40-year-old red alders (Alnus rubra Bong.) were harvested from a mixed stand of A. rubra and big...
Tensile and compression strength properties of six coniferous woods were studied at the tissue level...
The specific gravity (SG) of wood is a measure of the amount of structural material a tree species a...
Soil parent material was found to affect the specific gravity of northern red oak wood (Quercus rubr...
Ten-year-old black walnut trees from a half-sib progeny test were sampled for a study of heartwood a...
Variation in specific gravity, fiber length, fiber dimensions, and volumetric composition were inves...
American sycamore (Platanus occidentalis L.) progeny from forty-eight half-sib families representing...
Mature longleaf pine (Pinus palustris Mill.) trees were harvested to compare wood property data for ...
Wood specific gravity is a key element in tropical forest ecology. It integrates many aspects of tre...