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

Throughfall exclusion structures at Tier III site in Buckingham County, Virginia. Photo courtesy of Andy Laviner.
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.
The green shaded area in this map depicts the native range of loblolly pine; blue tags show collaborating institutions and yellow circles show locations of manipulative field experiments to examine the interaction of soil nutrient and water availability. Remote sensing image courtesy Google Earth; range map courtesy USDA Forest Service.
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 Jessica Ireland.
Throughfall exclusion structures under construction at PINEMAP Tier III site in Buckingham County, Virginia. Photo courtesy of Andy Laviner.
Throughfall exclusion structures at the Tier III site in McCurtain County, Oklahoma holding snow from a December 2012 storm. Photo courtesy of Casey Meek.
Tier III throughfall exclusion and fertilization site in Taylor County, Florida. Photo courtesy of Jessica Ireland.

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Posters

PINEMAP scientists and graduate students developed and displayed posters summarizing research methods and preliminary results at the 2013 PINEMAP Annual Meeting held in Athens, Georgia.

Silviculture & Ecophysiology

Adam Maggard, Cassandra Meek, Rodney Will, Duncan Wilson, Tom Hennessey, Jason Pike, Casey Ausmus, and Jason Vogel
Preliminary Leaf Gas Exchange and Soil CO₂ Efflux Results for Loblolly Pine (Pinus taeda L.) Plantations Experiencing Partial Rainfall Exclusion and Fertilization in Oklahoma
April Meeks, Jose Luiz Stape, and Tim Albaugh
Incorporating Mid-rotation Competing Vegetation into the 3-PG Model for Loblolly Pine Plantations in the Southeastern US
Chris A. Maier, Daniel McInnis, and Kurt Johnsen
Partitioning Root and Heterotrophic Respiration from Soil CO₂ Efflux in Clonal Loblolly Pine Plantations that Differ in Growth Efficiency and Carbon Allocation
Elizabeth Wilson, Jason West, and Jason Vogel
The Effects of Water Stress on Variability in Mesophyll Conductance of Loblolly Pine (Pinus taeda L.) Leaves
Eric J. Ward, Jean-Christophe Domec, Ge Sun, Steve McNulty, John King, and Asko Noormets
Sap Flux Measurements at Virginia Tier 3 Site
Ji (Jill) Qi and Daniel Markewitz
Effect of Drier Summers on Deep Soil Carbon
Jinyan Yang, Cody M. Luedtke, Madison K. Akers, and Robert O. Teskey
Throughfall Exclusion and Fertilization Effects on Soil CO₂ Efflux at a Loblolly Pine Plantation in Georgia
Joseph E. Clark and Lisa J. Samuelson
Early Impacts of Rainfall Manipulation and Fertilization on the Ecophysiology of Loblolly Pine at the Georgia PINEMAP Tier III Experiment
Maxwell Wightman, Timothy Martin, Eric Jokela, Carlos Gonzalez-Bencke, and Wendell Cropper
The Impact of Fertilization and Throughfall Exclusion on Loblolly Pine Growth and Water Use
Stanley M. Bartkowiak, IV and Lisa J. Samuelson
Effects of a 30% Reduction in Precipitation on Transpiration and Hydraulic Properties of 7-Year-Old Loblolly Pine
Wen Lin, Asko Noormets, Jean-Christophe Domec, John King, Ge Sun, and Steve McNulty
A Conifer-friendly High-throughput α-cellulose Extraction Method for ¹³C and ¹⁸O Isotope Ratio Analysis
Zach Clark, Michael Kane, Daniel Markewitz, Dehai Zhao, and Madison Akers
Effects of Site, Stand Density and Silvicultural Practices on Non-Planted Vegetation in Loblolly Pine (Pinus taeda) Plantations
Yang Zhang, Jason West, and Jason Vogel
Effect of Climate Change and Forest Management on Soil Carbon Sequestration in Southeastern US Loblolly Pine Forests

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

Genetics

Alfredo Farjat, Fikret Isik, Ross Whetten, and Steve McKeand
Modeling the Growth of Loblolly Pine in the Southeastern United States
Laura Townsend and Ross Whetten
Identifying Genetic Variation in Site Adaptability in Loblolly Pine
Mengmeng Lu, Carol Loopstra, and Konstantin Krutovsky
Genome Target Sequencing in Loblolly Pine (Pinus taeda L.) using Different Multiplexing Strategies
Tomasz E. Koralewski, Thomas D. Byram, and Earl M. Raley
A Climate Change Response Function for Loblolly Pine (Pinus taeda L.) from the Western Gulf Region of the United States
Jianxing Zhang, Salvador Gezan, and Gary F. Peter
Integrating Climate and Genetic Effects of Loblolly Pine by Universal Response Functions

Economics & Policy

Andres Susaeta, Douglas Carter, Sun J. Chang, and Damian Adams
The Generalized Reed Model and its Application to Determine the Impact of Hurricane Risk on Even-aged Plantation Management in Southern United States
Andres Susaeta, Sun J. Chang, Douglas Carter, and Pankaj Lal
A Generalized Economic Model for Carbon Sequestration: Implications for Sustainability of Forestlands in the U.S. South
Andres Susaeta, Douglas Carter, and Damian Adams
Impacts of Climate Change on Economics of Forestry and Mitigation Strategies in the United States South
Puskar N. Khanal, Donald L. Grebner, Ian A. Munn, Stephen C. Grado, Robert K. Grala, and James E. Henderson
Identifying Factors Affecting Non Industrial Private Forest Landowners’ Preference for Forest Carbon Sequestration in the Southern United States

Education

Annie Oxarart, Martha Monroe, Stephanie Hall, and Christine (Jie) Li
Climate Change and Southeastern Forests: A Project Learning Tree Secondary Module
Christine (Jie) Li and Martha C. Monroe
Effective Climate Change Education: Factors Affecting Students’ Learning and Teachers’ Self-Efficacy
Stephanie Hall and Martha Monroe
Addressing Climate Change Through Biology Concepts

Extension

Hilary Cole, Mark Megalos, William Hubbard, and Leslie Boby
2013 Climate Change Attitudes of Southeast Forestry Professionals
Martha C. Monroe, Alison W. Bowers, Damian C. Adams, and Richard R. Plate
Listening to Climate Perceptions: What the Comment Box Can Tell Us
Rachel Burnett and Mark Megalos
Climate Drivers of Wildfire Size in North Carolina: Thresholds and Cross-Scale Dynamics for 1970-2012
Shelby Krantz and Martha Monroe
Message Framing in Video: Effective Communication of Forest Management and Climate Change

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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 09, 2026