Add to ORKGTwo diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) and slash pine (Pinus elliotti Engelm.) plantations located on non-old-fields in East Texas. A separate system was developed for each species based on the initial measurement of the East Texas Pine Plantation Research Project permanent plots
Equations to estimate individual total tree height of loblolly pine ( Pinus taeda L. ) and slash pin...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
Forestland in east Texas occupies about 12.1 million acres with 2.9 million acres (24%) classified a...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
A diameter distribution yield prediction system is presented for loblolly pine ( pinus taeda L.) pla...
A diameter distribution yield prediction system is presented for slash Pine ( Pinus elliottii Engelm...
An updated diameter distribution yield prediction system is Presented for slash pine ( Pinus elliott...
A parameter recovery procedure for the Weibull distribution function based on four percentile equati...
Observations from East Texas Pine Plantation Research Project permanent plots in loblolly (Pinus tae...
A parameter recovery procedure for the Weibull distribution function based on four percentile equati...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
Permanent plots have been established in 178 loblolly and 78 slash pine plantations throughout East ...
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...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
Forestland in east Texas occupies about 12.1 million acres with 2.9 million acres (24%) classified a...
Two diameter distribution yield prediction systems are presented for loblolly pine (Pinus taeda L.) ...
A diameter distribution yield prediction system is presented for loblolly pine ( pinus taeda L.) pla...
A diameter distribution yield prediction system is presented for slash Pine ( Pinus elliottii Engelm...
An updated diameter distribution yield prediction system is Presented for slash pine ( Pinus elliott...
A parameter recovery procedure for the Weibull distribution function based on four percentile equati...
Observations from East Texas Pine Plantation Research Project permanent plots in loblolly (Pinus tae...
A parameter recovery procedure for the Weibull distribution function based on four percentile equati...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
The amount of forestland in east Texas has been estimated at 11.8 million acres, with approximately ...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
Permanent plots have been established in 178 loblolly and 78 slash pine plantations throughout East ...
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...
Four methodologies to project future trees per acre by diameter class were compared to develop a new...
Forestland in east Texas occupies about 12.1 million acres with 2.9 million acres (24%) classified a...