Equations are described for estimating crown weights for northern red oak trees. These estimates are for foliage and branchwood weights. Branchwood (wood plus bark) amounts are subdivided by living and dead material into four size groups. Applicability of the equations for other species is examined
Allometric relationships for estimating the biomass of the crown of Lebanon oak (Quercus libani Oli...
Calculation of forest biomass requires the use of equations that relate the mass of a tree or its co...
Biomass estimation equations for individual holm oak (Quercus ilex spp. ilex) were developed using d...
Presents the green weights of the above-stump portions of trees, boles, and residue for eight tree s...
Potential uses of dry weight information for simulation, and sources of data, for simulation of fore...
An integral approach to estimating stem green and dry weight for yellow-poplar in West Virginia was ...
A model was formulated to estimate tree component weight by geometrically describing the tree with b...
New methods of scaling logs by weight are becoming more prevalent in the Ozark forests of Missouri. ...
Five tables were prepared to show the relative amount of bark on each of the tree components, the co...
Height-diameter equations are important in modeling forest structure and yield. Twenty-seven height-...
Biomass estimates are required for reporting carbon, assessing feedstock availability, and assessing...
Long range forecasts of the use of wood, independently prepared by the Forestry and Forest Products ...
This paper presents equations developed to predict the height to live crown base of six species in t...
Abstract: Relationships between tree traits and tree value for lumber production were investigated. ...
A system of equations was proposed to access the stem wood density variation. As a taper function wa...
Allometric relationships for estimating the biomass of the crown of Lebanon oak (Quercus libani Oli...
Calculation of forest biomass requires the use of equations that relate the mass of a tree or its co...
Biomass estimation equations for individual holm oak (Quercus ilex spp. ilex) were developed using d...
Presents the green weights of the above-stump portions of trees, boles, and residue for eight tree s...
Potential uses of dry weight information for simulation, and sources of data, for simulation of fore...
An integral approach to estimating stem green and dry weight for yellow-poplar in West Virginia was ...
A model was formulated to estimate tree component weight by geometrically describing the tree with b...
New methods of scaling logs by weight are becoming more prevalent in the Ozark forests of Missouri. ...
Five tables were prepared to show the relative amount of bark on each of the tree components, the co...
Height-diameter equations are important in modeling forest structure and yield. Twenty-seven height-...
Biomass estimates are required for reporting carbon, assessing feedstock availability, and assessing...
Long range forecasts of the use of wood, independently prepared by the Forestry and Forest Products ...
This paper presents equations developed to predict the height to live crown base of six species in t...
Abstract: Relationships between tree traits and tree value for lumber production were investigated. ...
A system of equations was proposed to access the stem wood density variation. As a taper function wa...
Allometric relationships for estimating the biomass of the crown of Lebanon oak (Quercus libani Oli...
Calculation of forest biomass requires the use of equations that relate the mass of a tree or its co...
Biomass estimation equations for individual holm oak (Quercus ilex spp. ilex) were developed using d...