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Hann, D. Dominant-height-growth and site- index equations for Douglas-fir and ponderosa pine in southwest Oregon. Ritchie, M. Equations for predicting height to crown base for fourteen tree species in southwest Oregon. Mortality equations for individual trees in southwest Oregon. Equations for predicting height growth of six conifer species in southwest Oregon. Diameter growth equations for fourteen tree species in southwest Oregon. Equations for predicting the largest crown width of stand-grown trees in western Oregon.

Forest Research Lab. Research Contribution Extending southwest Oregon's Douglas-fir dominant height growth equation to older ages. Hanus, M. Hann, and D. Predicting height for undamaged and damaged trees in southwest Oregon. Predicting height to crown base for undamaged and damaged trees in southwest Oregon. Enhanced mortality equations for trees in the mixed conifer zone of southwest Oregon. Enhanced diameter-growth-rate equations for undamaged and damaged trees in southwest Oregon.

Enhanced height-growth-rate for undamaged and damaged trees in southwest Oregon. Revised volume and taper equations for six major conifer species in southwest Oregon. Department of Forest Engineering, Resources, and Management. Forest Biometrics Research Paper 2. Nonlinear equations for predicting diameter and squared diameter inside bark at breast height for Douglas-fir.

Height-diameter equations for sixteen tree species in the central western Willamette Valley of Oregon. Zumrawi, A. Height to crown base equations for six tree species in the central western Willamette Valley of Oregon.

Diameter growth equations for Douglas-fir and grand fir in the western Willamette Valley of Oregon. Research Contribution 4. Johnson, Greg. The research plots covered thinning and fertilization treatments so I was able to develop treatment response modifiers for thinning and fertilization. Working with me on the model building part of the project was Mark Hanus as he worked on his PhD. This revision required another extensive sampling effort in southwest Oregon.

Also at this time, I was involved with Doug Maguire to develop height growth rate and diameter growth rate modifiers for characterizing the impact of Swiss needle cast. Aaron Weiskittel Professor at the University of Maine worked with me on the development of the top height equation that was published in Andrew Bluhm and Dr.

Tzeng Lam assembled the basic data sets used in developing the model and Andrew Bluhm assisted in fitting the equations. Jump to Navigation. College of Forestry, Oregon State University.

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Equations for predicting height to crown base for fourteen tree species in southwest Oregon. Mortality equations for individual trees in southwest Oregon. Equations for predicting height growth of six conifer species in southwest Oregon. Diameter growth equations for fourteen tree species in southwest Oregon. Equations for predicting the largest crown width of stand-grown trees in western Oregon.

Forest Research Lab. Research Contribution Extending southwest Oregon's Douglas-fir dominant height growth equation to older ages. Hanus, M. Hann, and D. Predicting height for undamaged and damaged trees in southwest Oregon. Predicting height to crown base for undamaged and damaged trees in southwest Oregon. Enhanced mortality equations for trees in the mixed conifer zone of southwest Oregon.

Enhanced diameter-growth-rate equations for undamaged and damaged trees in southwest Oregon. Enhanced height-growth-rate for undamaged and damaged trees in southwest Oregon. Revised volume and taper equations for six major conifer species in southwest Oregon.

Department of Forest Engineering, Resources, and Management. Forest Biometrics Research Paper 2. Nonlinear equations for predicting diameter and squared diameter inside bark at breast height for Douglas-fir. Height-diameter equations for sixteen tree species in the central western Willamette Valley of Oregon. Zumrawi, A. Height to crown base equations for six tree species in the central western Willamette Valley of Oregon. Diameter growth equations for Douglas-fir and grand fir in the western Willamette Valley of Oregon.

Research Contribution 4. Johnson, Greg. Willamette Industries, Inc. Internal Research Report. Marshall, and D. Martin Ritchie did the early basal area increment equation and the early height increment equation as part of his MS thesis. The research plots covered thinning and fertilization treatments so I was able to develop treatment response modifiers for thinning and fertilization.

Working with me on the model building part of the project was Mark Hanus as he worked on his PhD. This revision required another extensive sampling effort in southwest Oregon. Also at this time, I was involved with Doug Maguire to develop height growth rate and diameter growth rate modifiers for characterizing the impact of Swiss needle cast. Aaron Weiskittel Professor at the University of Maine worked with me on the development of the top height equation that was published in Andrew Bluhm and Dr.

Tzeng Lam assembled the basic data sets used in developing the model and Andrew Bluhm assisted in fitting the equations. Jump to Navigation.

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I decided that the model should be run on a PC for maximum accessibility. This decision was re-enforced after visiting the University of California, Berkeley to see what Wensel and Biging were doing with their growth modeling work. They too were designing software to run their model on a PC. One area that I differed from them was in using the PC to estimate the parameters of the models.

Martin Ritchie did the early basal area increment equation and the early height increment equation as part of his MS thesis. The research plots covered thinning and fertilization treatments so I was able to develop treatment response modifiers for thinning and fertilization.

Working with me on the model building part of the project was Mark Hanus as he worked on his PhD. This revision required another extensive sampling effort in southwest Oregon. Also at this time, I was involved with Doug Maguire to develop height growth rate and diameter growth rate modifiers for characterizing the impact of Swiss needle cast.

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If underlying assumptions prove inaccurate or risks or uncertainties materialize, actual results may differ materially from those set forth in the forward-looking statements. The company undertakes no obligation to publicly update any forward-looking statement, whether as a result of new information, future events or otherwise. No Duty to Update The information contained in this website was current as of the date presented. The company assumes no duty to update the information to reflect subsequent developments.

Consequently, the company will not update the information contained in the website and investors should not rely upon the information as current or accurate after the presentation date. Skip to content.

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I decided that the model should be run on a PC for maximum accessibility. This decision was re-enforced after visiting the University of California, Berkeley to see what Wensel and Biging were doing with their growth modeling work. They too were designing software to run their model on a PC. One area that I differed from them was in using the PC to estimate the parameters of the models. Martin Ritchie did the early basal area increment equation and the early height increment equation as part of his MS thesis.

The research plots covered thinning and fertilization treatments so I was able to develop treatment response modifiers for thinning and fertilization. Working with me on the model building part of the project was Mark Hanus as he worked on his PhD. This revision required another extensive sampling effort in southwest Oregon.

Also at this time, I was involved with Doug Maguire to develop height growth rate and diameter growth rate modifiers for characterizing the impact of Swiss needle cast. Research Paper Larsen, D. Equations for predicting diameter and squared diameter inside bark at breast height for six major conifers of southwest Oregon. Research Note Walters, D.

Hann and M. Equations and tables predicting gross total stem volumes in cubic feet for six major conifers of southwest Oregon. Research Bulletin Predicting merchantable volume in cubic feet to a variable top and in Scribner board feet to a 6-inch top for six major conifers of southwest Oregon. Taper equations for six conifer species in southwest Oregon. Hann, D. Dominant-height-growth and site- index equations for Douglas-fir and ponderosa pine in southwest Oregon.

Ritchie, M. Equations for predicting height to crown base for fourteen tree species in southwest Oregon. Mortality equations for individual trees in southwest Oregon. Equations for predicting height growth of six conifer species in southwest Oregon. Diameter growth equations for fourteen tree species in southwest Oregon. Equations for predicting the largest crown width of stand-grown trees in western Oregon. Forest Research Lab. Research Contribution Extending southwest Oregon's Douglas-fir dominant height growth equation to older ages.

Hanus, M. Hann, and D. Predicting height for undamaged and damaged trees in southwest Oregon. Predicting height to crown base for undamaged and damaged trees in southwest Oregon. Enhanced mortality equations for trees in the mixed conifer zone of southwest Oregon. Enhanced diameter-growth-rate equations for undamaged and damaged trees in southwest Oregon. Enhanced height-growth-rate for undamaged and damaged trees in southwest Oregon.