Add to ORKGMetric equations are presented to predict the volume of wood and/or biomass contained in individual loblolly (Pinus taeda, L.) and slash (Pinus elliottii, Englem.) pine trees growing in unmanaged pine plantations in east Texas. Taper equations are also presented for both species that describe tree form in metric units
Determination of stem standing volume is very useful for both sustainable management of timber resou...
Equations are presented to estimate the dry weight in pounds of the wood in the stem and branches of...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Updated equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and s...
The Max-Burkhart taper equation was used to develop compatible taper and volume equations for semi-i...
The Max-Burkhart taper equation was used to develop compatible taper and volume equations for semi-i...
Equations are presented to estimate the cubic foot content of the wood and bark in the stem end bran...
Equations are presented to estimate total or partial stem content in cubic feet and pounds (green or...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Data from 158 loblolly pine (Pinus taeda L.) trees located in industrial plantations in the Ouachita...
Equations are presented to estimate the cubic foot content of the wood and berk in tile stern and br...
A system of equations was used to produce compatible outside-bark stem taper and total tree volume e...
A new compatible whole-stand growth and yield model to predict total tree cubic-foot volume per acre...
Equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and slash pin...
Determination of stem standing volume is very useful for both sustainable management of timber resou...
Equations are presented to estimate the dry weight in pounds of the wood in the stem and branches of...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Updated equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and s...
The Max-Burkhart taper equation was used to develop compatible taper and volume equations for semi-i...
The Max-Burkhart taper equation was used to develop compatible taper and volume equations for semi-i...
Equations are presented to estimate the cubic foot content of the wood and bark in the stem end bran...
Equations are presented to estimate total or partial stem content in cubic feet and pounds (green or...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Data from 158 loblolly pine (Pinus taeda L.) trees located in industrial plantations in the Ouachita...
Equations are presented to estimate the cubic foot content of the wood and berk in tile stern and br...
A system of equations was used to produce compatible outside-bark stem taper and total tree volume e...
A new compatible whole-stand growth and yield model to predict total tree cubic-foot volume per acre...
Equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and slash pin...
Determination of stem standing volume is very useful for both sustainable management of timber resou...
Equations are presented to estimate the dry weight in pounds of the wood in the stem and branches of...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...