Stand-level models were derived to predict crown height or the distance from ground to the first live branch of unthinned planted loblolly (Pinus taeda L.) and slash (Pinus elliottii Eng elm.) pine trees in East Texas. Average height of the tallest trees was the principal predictor in the models. In addition, the influence of number of planted trees per acre, nonplanted basal area and fusiform rust (Cronartium quercuum [Berk.] Miyabe ex Shirai f.sp. fusiforme ) was considered. The models quantify the plantation ages when the butt log and successive lower stem logs are clear of live branches. This information may assist with merchandising the planted pines
A stand level survival model for unthinned slash pine (Pinus elliotti!) plantations in east Texas wa...
A study was conducted in the Post Oak Belt of East Texas to determine which site factors affected he...
In September, 1994, the ETPP\u27RP1 published Report 31 (Observed growth rates of loblolly and slash...
A plantation management question ... Is it possible to estimate the distance from the ground to the ...
Updated equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and s...
Equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and slash pin...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
A new compatible whole-stand growth and yield model to predict total tree cubic-foot volume per acre...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
A new compatible whole-stand growth-and-yield model to predict total tree cubic-foot volume per acre...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
Growth differences between key commercial species and between silvicultural intensities (phases) wit...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
The original crown-rise model estimates the average height of a crown-base in an even-aged mono-spec...
An annual growth model that predicts individual tree survival and diameter growth was developed for ...
A stand level survival model for unthinned slash pine (Pinus elliotti!) plantations in east Texas wa...
A study was conducted in the Post Oak Belt of East Texas to determine which site factors affected he...
In September, 1994, the ETPP\u27RP1 published Report 31 (Observed growth rates of loblolly and slash...
A plantation management question ... Is it possible to estimate the distance from the ground to the ...
Updated equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and s...
Equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and slash pin...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
A new compatible whole-stand growth and yield model to predict total tree cubic-foot volume per acre...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
A new compatible whole-stand growth-and-yield model to predict total tree cubic-foot volume per acre...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
Growth differences between key commercial species and between silvicultural intensities (phases) wit...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
The original crown-rise model estimates the average height of a crown-base in an even-aged mono-spec...
An annual growth model that predicts individual tree survival and diameter growth was developed for ...
A stand level survival model for unthinned slash pine (Pinus elliotti!) plantations in east Texas wa...
A study was conducted in the Post Oak Belt of East Texas to determine which site factors affected he...
In September, 1994, the ETPP\u27RP1 published Report 31 (Observed growth rates of loblolly and slash...