Our Mission: To provide the scientific basis to manage southern bottomland hardwood and wetland forests and associated stream ecosystems for a sustained yield of forest products and other desired values.
Lockhart, Brian Roy; Gardiner, Emile S.; Leininger, Theodor D. 2015. Initial response of pondberry released from heavy shade.
Boerger, Ellen M.; Frey, Brent R.; Ezell, Andrew W.; Hawkins, Tracy. 2015. Effects of late rotation thinning on light availability and red oak regeneration within a minor stream bottom in Mississippi.
Hood, Wilson G.; Tyree, Michael C.; Dillaway, Dylan N. Dillaway; Leininger, Theodor D. 2015. Measuring and partitioning soil respiration in sharkey shrink-swell clays under plantation grown short-rotation woody crops.
Crosby, Michael K.; Fan, Zhaofei; Fan, Xingang; Spetich, Martin A.; Leininger, Theodor D. 2015. Multi-scale modeling of relationships between forest health and climatic factors.
Meadows, James S.; Johnson, Robert L.; Krinard, Roger M. 2015. Early release improves long-term growth and development of direct-seeded nuttall oak saplings.
The 1,044 ha Delta Experimental Forest in Washington County, MS is located near our Southern Hardwoods Laboratory and has provided the backdrop for many Forest Service research studies since its establishment in 1945.
Read more about the Delta Experimental Forest and our research projects in this CompassLive article.
The 1,416-ha Tallahatchie Experimental Forest, located in the Upper Coastal Plain on the Holly Springs National Forest, near Oxford, MS and our Forest Hydrology Laboratory, was created in 1950 to study relationships between mixed pine and hardwood forests, flooding, and soil erosion.
Read more about the Tallahatchie Experimental Forest and our research projects in this CompassLive article.
Dr. Diane DeSteven was awarded the 2014 Doug Wilcox Award for Outstanding Associate Editor of the Wetlands Journal, an international publication of the Society of Wetlands Scientists which features peer-reviewed articles on wetlands biology, ecology, hydrology, soils, biogeochemistry, and more.
As part of the 2014 U.S. Forest Service Rise to the Future Awards, Dr. Wendell Haag received the Jim Sedell Research Achievement Award for his comprehensive research on freshwater mussels which includes more than 40 peer reviewed papers and the book North American Freshwater Mussels: Ecology, Natural History, and Conservation.
Dr. A. Dan Wilson's 2009 review article Applications and Advances in Electronic-Nose Technologies, published with Italian cooperator and coauthor Dr. Manuela Baietto, was awarded "Best Paper Award 2013" by the international journal Sensors (Basel, Switzerland). This international review article summarizes research and applications of electronic aroma detection (EAD) technologies, primarily electronic-nose technologies, that have been developed and utilized within many industrial sectors (worldwide) over the past 30 years.
Mississippi has one of the most diverse crayfish faunas in the world and is home to at least 17 endemic species (meaning they occur nowhere else).
Download a free poster featuring over 30 color photos of Mississippi crayfishes.
Pondberry (Lindera melissifolia) is a rarely seen woody plant that grows in seasonally flooded wetlands and on the edges of sinks and ponds in six southern states. The U.S. Fish and Wildlife Service listed it as an endangered species in 1986. Much of the land where pondberry previously occurred has been converted to agricultural fields. Drainage and flooding of wetlands and timber cutting have also affected pondberry populations.
As part of a conservation program, it is essential to find all of the existing pondberry populations so that we may follow the growth or decline of the species. CBHR's Guide to Finding Pondberry (Lindera melissifolia) is designed to help both amateurs and professionals correctly identify pondberry throughout the year. If you find a new population of pondberry, please contact us. We will add your information to the database we developed to track pondberry populations in the South.
We've all heard of counting a tree's rings to determine its age, but did you know a similar procedure is used to determine the age of mussel shells?
Learn more about this process by viewing our captioned photo album "Aging Mussel Shells".
(Note: You must open the individual photos to see the explanations displayed below each photo. After you've opened one photo you can use the arrows just below the photo at the bottom right to navigate between photos.)
Our unit headquarters:
Southern Hardwoods Lab
432 Stoneville Road
Stoneville, MS 38776