University of Georgia
Publication Types:

04.01.2025

An Empirical Examination of Richards Equation for Use in Stand Survival Modeling

Wang, M.; Bullock, B.; Zhao, D.; Kinane, S. 2025. An Empirical Examination of Richards Equation for Use in Stand Survival Modeling. PMRC Technical Report 2025 – 3. 22 pp.

Read More

04.01.2025

PMRC Technical Report 2024-1

Wang , M., Bullock , B. P., Zhao. D., Queiroz, T. B. and Kinane. S. 2024. PMRC Technical Report 2024-1. 2024 PMRC Annual Advisory Meeting 1-1. 36 pp.

Read More

04.01.2025

PMRC thinning and mid-rotation treatment study: analysis of results through six years since thinning on upper coastal plain / piedmont loblolly pine first-thin plots.

Wang, M.; Bullock, B.; Zhao, D.; Queiroz, T. Kinane, S.; Yang, S. PMRC thinning and mid-rotation treatment study: analysis of results through six years since thinning on upper coastal plain […]

Read More

06.19.2024

Soil-based assessment of site productivity for southern pine plantations in the coastal plain of the southeastern US: (II) slash pine

Dickens, E. D., Zhao, D., Clabo, D. C., Markewitz, D., Bullock, B. P. and Dee Cabaniss Pederson, D. C. 2024. Soil-based assessment of site productivity for southern pine plantations in the […]

Read More

06.14.2024

Whole-Tree Green Density Equations for Loblolly & Slash Pine Trees

Zhao, D., Bullock, B. P., Wang, M. and Dickens, E. D. 2024. Whole-Tree Green Density Equations for Loblolly and Slash Pine Trees. Forest Science 70. 271-282 pp.

Read More

06.08.2024

Soil-based assessment of site productivity for southern pine plantations in the coastal plain of the southeastern US: (I) loblolly pine

Zhao, D., Dickens, E. D, Clabo, D., Markewitz, D., Bullock, B. P. and Pederson, D. C. 2024. Soil-based assessment of site productivity for southern pine plantations in the coastal plain of […]

Read More

← Older Posts

Newer Posts →

Upcoming Events

Jun 23
FORESTCORE CONFERENCE

All Day

See All Events

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.

Learn More