University of Georgia
Publication Types:

12.25.2021

Effects of intensive fertilization, complete competition control & site quality on aboveground net primary production (ANPP) dynamics of loblolly pine plantations

Zhao, D., C.R. Montes, B.P. Bullock, M. Wang, W.D. Greene and B. Borders. 2022. Effects of intensive fertilization, complete competition control and site quality on aboveground net primary production (ANPP) dynamics […]

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12.01.2021

An inverse growth curve representation of the Clutter-Jones Stand Survival Model

Wang, M., C.R. Montes, B.P. Bullock and D. Zhao. 2021. An inverse growth curve representation of the Clutter-Jones Stand Survival Model. PMRC Technical Report. 2021-4. 17 pp.

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10.01.2021

CAPPS Study Dominant Height Modeling with An Emphasis on Extrapolation Performance Examination

Wang, M., W.S. Peay and C.R. Montes. 2021. CAPPS Study Dominant Height Modeling with An Emphasis on Extrapolation Performance Examination. PMRC Technical Report. 2021-3. 23 pp.

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08.02.2021

Growth & yield model comparisons for mid-rotation loblolly pine (Pinus taeda L.) plantations in the southeastern US

Peay, W.S., B.P. Bullock and C.R. Montes. 2022. Growth and yield model comparisons for mid-rotation loblolly pine (Pinus taeda L.) plantations in the southeastern US. Forestry. 18 pp.

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07.01.2021

Models to predict whole-disk specific gravity & moisture content in planted longleaf pine from cutover & old field sites

Raut, S., J. Dahlen, B.P. Bullock, C.R. Montes and D. Dickens. 2021. Models to predict whole-disk specific gravity and moisture content in planted longleaf pine from cutover and old field sites.. Canadian […]

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07.01.2021

Spatial-temporal change in water table depth for the coterminous United States over three decades

Munro, H.L. and C.R. Montes. 2021. Spatial-temporal change in water table depth for the coterminous United States over three decades. PMRC Technical Report. 2021-1. 22 pp.

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Conducting research since 1975

The Plantation Management Research Cooperative began conducting research to develop modern plantation management tools in 1975. The availability of computing power to address large scheduling and management problems highlighted the need for growth and yield systems that were modeled on the plantation silviculture that was replacing the natural stands of the time. We are convinced that the development and improvement of systems to model the growth and yield of managed stands under various cultural treatments must be a continuous and permanent component of the cooperative research program.

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