Mapping the future of southern pine management in a changing world.

High school students participating in the University of Florida's Science Quest summer camp measure trees and calculate the amount of carbon stored in trees as part of the Project Learning Tree/PINEMAP Secondary Module activity "Counting the Carbon." Photo courtesy of Martha Monroe.
Tier III throughfall exclusion and fertilization site under construction in Taliaferro County, Georgia. Photo courtesy of Leslie Boby.
PINEMAP team members pose for a photo during the 2013 annual meeting field tour at the Tier III throughfall exclusion x fertilization site in Taliaferro County, GA.
PINEMAP field researchers Geoffrey Lokuta and Joshua Cucinella use a LI-COR LI-8100A instrument to measure soil respiration at the PINEMAP Tier III site in Taylor County, FL. Photo courtesy of Jessica Ireland.
High school students participating in the University of Florida's Science Quest summer camp learn how carbon cycles through biological and physical systems as part of the Project Learning Tree/PINEMAP Secondary Module activity "Carbon on the Move." Photo courtesy of Jessica Ireland.
Tier III throughfall exclusion and fertilization site in Taylor County, Florida. Photo courtesy of Jessica Ireland.
Tier III throughfall exclusion x fertilization site in Taliaferro County, Georgia. Photo courtesy of Leslie Boby.

You are here: Home → Publications → 2013 Annual Meeting → Posters → Modeling

Modeling

C. Wade Ross, Sabine Grunwald, Stefan Gerber, Leda Kobziar, and Ted Schurr
Assessing the Effects of Drought and Fire Disturbance in Southern Pine
Charles O. Sabatia and Harold E. Burkhart
A Comparison of a Non-Parametric and a Parametric Approach for Predicting Loblolly Pine Site Index from Biophysical Variables
Risa Patarasuk, Sabine Grunwald, C. Wade Ross, Xiong Xiong, Baijing Cao, and Brandon Hoover
A Spatially-Explicit Landscape Modeling Approach to Assess the Growth of Loblolly Pine Forests
Ying Wang and Robert O. Teskey
Using 3-PG_lob Model to Predict Southeastern Region Pinus taeda (loblolly pine) Productivity

Yuan Fang, Jose Luiz Stape, Thomas Fox, Tim Albaugh, and Chris Maier
Simulating Loblolly Pine Soil Carbon Dynamics for Two Contrasting Piedmont Soils Under Different Climate Change Scenarios
Ranjith Gopalakrishnan, Randy Wynne, and Valerie Thomas
Efficacy of Using Heterogeneous LIDAR Datasets in Generating a Tree Height Map, Over a Large Region

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The Pine Integrated Network: Education, Mitigation, and Adaptation project (PINEMAP) is a Coordinated Agricultural Project funded by the USDA National Institute of Food and Agriculture, Award #2011-68002-30185.

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May 08, 2026