The Central Hardwood Region is one of the largest forested areas in the country, covering more than 220 million acres, located largely in the Midwest, southern Great Lakes, and western mid-Atlantic region. It comprises a variety of forest ecosystems, most notably upland oak-hickory and oak-pine forests, oak and pine savannas, old-growth hardwood and pine forests, and bottomland hardwood forests along the Ohio, Missouri, and Mississippi Rivers. These ecosystems are habitats for many neotropical migrant birds (songbirds) and the threatened Indiana bat.
Our Research Areas
- Silviculture - Innovative silvicultural methods to produce composition and structure needed for conserving biodiversity and providing habitat, products, and other ecological services to benefit society.
- Wildlife - Land managers, planners, and owners need information on how local and landscape factors affect the demographics and viability of selected wildlife species.
- Landscape - Land managers, planners, and owners need new knowledge and new modeling tools to assess the effects of alternative land management practices and natural disturbances on a range of human and ecological benefits.
Where We Are
The Central Hardwoods Research Work Unit is located on the campus of the University of Missouri in Columbia and at the Sinkin Experimental Forest on the Mark Twain National Forest. It brings together a multidisciplinary team of natural resource professionals to examine the problems of its region at all levels, from the individual organism and species to the landscape level. These problems fall into three general categories---silviculture, wildlife, and landscape.
- Short, Mary F.; Stambaugh, Michael C.; Dey, Daniel C. 2019. Prescribed fire effects on oak woodland advance regeneration at the prairie?forest border in Kansas, USA. Canadian Journal of Forest Research
- Wang, Wen J.; Thompson, Frank R.; He, Hong S.; Fraser, Jacob S.; Dijak, William D.; Jones?Farrand, Todd 2019. Climate change and tree harvest interact to affect future tree species distribution changes. Journal of Ecology
- Willson, Kevin G.; Cox, Lauren E.; Hart, Justin L.; Dey, Daniel C. 2019. Three-dimensional light structure of an upland Quercus stand post-tornado disturbance. Journal of Forestry Research
- Dee, Justin R.; Stambaugh, Michael C.; Smith, Kevin T.; Dey, Daniel C. 2019. Fire Scars Negatively Affect Hydraulic Conductivity in White Oak (Quercus alba). Forests
- Matseur, Elizabeth A.; Millspaugh, Joshua J.; Thompson, Frank R.; Dickerson, Brian E.; Rumble, Mark A. 2019. The importance of disturbance and forest structure to bird abundance in the Black Hills. The Condor: Ornithological Applications. 121: 1-18.
Last Modified: 03/06/2012