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

Pine Integrated Network: Education, Mitigation, and Adaptation Project (PINEMAP) is a USDA National Institute of Food and Agriculture Coordinated Agricultural Project, Award # 2011-68002-30185. Photo courtesy of Tim Martin.
University of Florida M.S. student Maxwell Wightman drills a hole to insert thermal dissipation sensor probes into a tree at the Tier III throughfall exclusion x fertilization site in Taylor County, Florida. Photo courtesy of Geoff Lokuta
Throughfall exclusion structures at the Tier III site in McCurtain County, Oklahoma. Photo courtesy of Duncan Wilson.
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 in Taylor County, Florida. Photo courtesy of Jessica Ireland.
Throughfall exclusion structures under construction at PINEMAP Tier III site in Buckingham County, Virginia. Photo courtesy of Andy Laviner.
Graduate student mentor Elizabeth Wilson (left) and undergraduate fellow Madison Wigley (right) record pine needle fascicle lengths in a greenhouse experiment at Texas A&M University. Photo courtesy of Ayumi Hyodo.

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Poster files

2. The Devil's in bulk density: Considering USDA-NRCS data to estimate forest soil bulk density PDF document: Allan R. Bacon, Madison K. Akers, Josh Cucinella, Sabine Grunwald, Eric J. Jokela, Marshal A. Laviner, Daniel Markewitz, & Jason G. Vogel

3. The Effect of Throughfall Reduction and Fertilization on Water Use in Loblolly Pine Over Two Years at the Georgia Tier III Installation PDF document: Stan M. Bartkowiak, Lisa J. Samuelson, Mary Anne McGuire, and Robert O. Teskey

4. Estimating transpiration and growth efficiency in loblolly pine (Pinus taeda) plantations using the 3-PG model PDF document: Bruce B. Souza, Stan Bartkowiak, Lisa Samuelson, Eric Ward, Carlos Gonzalez-Benecke, Heather D. Aldridge, Robert O. Teskey

5. Soil Heterotrophic Respiration in Southern Pine Plantations: Seasonality, Microbial Communities, and Models PDF document: Robert Brown & Daniel Markewitz

6. Conversion of natural forests to managed forest plantations decreases tree resistance to prolonged droughts PDF document: Jean-Christophe Domec, Asko Noormets, John S. King, Ge Sun,Steve McNulty, Eric Ward, and Guofang Miao.

7. Comparing the carbon allocation patterns of different genotypes of loblolly pine (Pinus taeda L.) under intensive silvicultural practices PDF document: Yuan Fang, Jose Stape, Barry Goldfarb, Tom Fox, and Tim Albaugh

9. Effects of cultural intensity, planting density, physiographic region and canopy level on leaf d13C and nitrogen in mature loblolly pine stands PDF document: Miles W. Ingwers, Dehai Zhao, Michael Kane, Daniel Markewitz, Mary Anne McGuire, & Robert O. Teskey

13. Phenotyping and Exome Capture in a population of Pinus taeda L. PDF document: Mengmeng Lu, Konstantin Krutovsky, C. Dana Nelson, Tomasz Koralewski, Tom Byram, and Carol Loopstra

16. Effects of forest management on productivity and carbon sequestration: a review and hypothesis PDF document: A Noormets, D Epron, JC Domec, SG McNulty, T Fox, G Sun, JS King

17. Validation of the range-wide soil respiration models with continuous observations PDF document: Asko Noormets, Guofang Miao, Michael Gavazzi, Chris Maier, Andrew Christopher Oishi, John Seiler, Kurt Johnsen, Wen Lin, Sari Palmroth, Jean-Christophe Domec, Ge Sun, Steve McNulty, John King

19. Modeling the Effects of Throughfall Reduction on Soil Water Content in a Loblolly Pine Plantation of the Southeast U.S. PDF document: Ji (Jill) Qi, Daniel Markewitz, and David Radcliffe

20. DayCent Calibration at the PINEMAP Tier 3 Monitoring Network PDF document: C. Wade Ross, Sabine Grunwald, Stephen Del Grosso, Stefan Gerber, Leda Kobziar, Wendell Cropper

22. Fertilization intensifies drought stress: water use and stomatal conductance of Pinus taeda in a midrotation fertilization and throughfall reduction experiment PDF document: Eric J. Ward, Jean-Christophe Domec, Marshall A. Laviner, Thomas R. Fox, Ge Sun, Steve McNulty, John King & Asko Noormets

24. Does soil morphology govern spatial patterns of loblolly pine needle and shoot dieback and its response to culture and genetics? PDF document: Duncan Worrall, Allan R. Bacon, Eric J. Jokela, & Timothy A. Martin

25. Fertilization decreases soil CO2 efflux and total belowground carbon flux in a loblolly pine (Pinus taeda) plantation PDF document: Jinyan Yang, Cody M. Luedtke, Katherine M. Akers, Mary Anne McGuire, Lisa Samuelson, Charles Pell, Doug P. Aubrey, michael Kane, and Robert O. Teskey

27. Understanding the Needs and Perceptions of Extension Agents for Climate-related Professional Development PDF document: Margaret Clifford and Martha Monroe

28. Cultural Cognition and Climate Change Education: Why Consensus is Not Enough PDF document: Kristen Kunkle and Martha Monroe

29. Understanding, Measuring and Cultivating Hope about Climate Change among High School Students PDF document: Christine Jie Li and Martha Monroe

30. Linking Educators and Students to Forests in a Changing Climate PDF document: Martha C. Monroe, Kristen Kunkle, Christine Jie Li, Annie Oxarart, and Tracey Ritchie

31. Methods for Measuring Systems Thinking Skills of High School Students PDF document: Tracey Ritchie and Martha Monroe

32. Using Climate and Genetic Diversity Data to Prioritize Conservation Seed Banking PDF document: John Hastings, Mark Megalos, Robert Jetton, Kevin Potter, Frank Koch

34. Effects of trace gases within Loblolly Pine (Pinus taeda L.) plantations in the Piedmont region of Georgia PDF document: Carla Gann, Madison Akers, Daniel Markewitz, and Michael Kane

35. Modeling the Impacts of Droughts and Climate Change on U.S. Forests with the WaSSI Model PDF document: Ge Sun, Shanlei Sun, Peter Caldwell, Steve McNulty, Erika Cohen, and Yang Zhang

38. Outreach Efforts: Educating Foresters and Influencing Change on the Ground PDF document: Leslie Boby, Bill Hubbard, Eric Taylor, Joshua Idassi, Mark Megalos

39. Southern Foresters' Observations of Climate Change: What, Where, and Implications for Continuing Education PDF document: Rachel E. Greene & Mark Megalos

41. Producing canopy height and understory cover maps for pine forests over a large region using heterogenous lidar datasets PDF document: Ranjith Gopalakrsihnan, Valerie Thomas, John Coulston, and Randolph Wynne

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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