Ecohydrology
We study how water moves through, and interacts with, ecosystems. Our research addresses this goal through two complementary questions: 1) how does terrestrial ecosystem structure and function affect water yield, and 2) how does water availability affect ecosystem structure and function? To answer these questions, we take an interdisciplinary approach and have interests in plant physiology, ecosystem ecology, soil science, and hydrogeology. We work across scales from direct measurement of plant abundance to watershed-level modeling. Internal collaborators include aquatic biologists and forest ecologists; and we partner with experts from academia, government agencies, and private organizations. Lastly, our outreach efforts focus on both small and large forest landowners, natural resource managers, and other stakeholders interested in the benefits of longleaf pine for ecosystem services.

A Landscape-Scale Approach to Wetland Mitigation
The lab is excited to partner with Frances O’Donnell and Matt Waters at Auburn University and the Aquatic Biology lab on a new USDA AFRI grant to study the role of
Longleaf Pine Restoration for Water Resources
Check out our recent outreach article on Longleaf Pine Restoration for Water Resources in Summer 2020 issue of The Longleaf Leader.
2020 ESA Annual Meeting
Tune-in to our presentations at the virtual Ecological Society Annual meeting: What has the greatest effect on sap-flow: a prescribed fire, a hurricane, or a solar
News

A Landscape-Scale Approach to Wetland Mitigation
The lab is excited to partner with Frances O’Donnell and Matt Waters at Auburn University and the Aquatic Biology lab on a new USDA AFRI grant to study the role of

Longleaf Pine Restoration for Water Resources
Check out our recent outreach article on Longleaf Pine Restoration for Water Resources in Summer 2020 issue of The Longleaf Leader.