The Ichauway Forest Dynamics plot is a 40 acre research plot in a longleaf pine-oak woodland which consists of 18,000+ mapped trees over 1 cm in diameter. The new infastructure will support long-term research in longleaf pine and fire dynamics in the southeastern U.S.
February and March bring “bluebird days” where weather conditions are perfect for using prescribed fire to help conserve and protect longleaf pine ecosystems and the native species they house.
Produced in collaboration with Louisiana State University, “Field Guide to the Hydrogeology of Ichauway” uses easily observed land features as examples where geology and hydrology come together. As it turns out, the present situation in this region is founded on millions of years of history that shaped the landscape.
Meeting the pace and scale of longleaf pine restoration may require innovative solutions. Restoration of longleaf pine woodlands often starts with removal of native pines, prior to re-establishing longleaf pine. Here, we review functional similarities among native, off-site pines such as loblolly, slash, and shortleaf have enough functional similarity. We found that native-off site species may be a useful tool for providing many of the ecological benefits especially if their retention permits unterrupted management with fire and open structure.
Longleaf pine pollen shedding is highly predictable based on temperature. Thanks to the diligent work of USDA Forest Service Scientist, Dr. BIll Boyer, check in daily as we track the anticipated date of peak pollen shedding in Georgia, and read about how Boyer made this discovery.
The Landscape Ecology lab is teaming up with Dr. Timothy Shearman from Auburn University to recruit a motivated MS student to study how repeated prescribed fire influences mortality from hurricanes. Applications are due by March 1, 2024! Classwork will be completed at Auburn and fieldwork completed at the Jones Center at Ichauway. Please share this unique opportunity widely!
In a new grant funded by the Natural Resources Conservation service, the Landscape Ecology lab will collaborate with UGA pecan expert Dr. Lenny Wells to address concerns of pecan growers state-wide. Following widespread hurricane damage in the region, this project aims to understand the major drivers of hurricane damage, and make recommendations for hurricane preparedness.
Using long-term records of longleaf pine cone production, hurricane tracks, and weather data, a new study has uncovered that hurricanes can boost cone production for two years in the masting species, longleaf pine. The study was led by the Jones Center and the USDA Forest Service Southern Research Station and published in the journal New Phytologist.
Ecological approaches to forestry seek to emulate aspects of natural disturbances like hurricanes which are a common disturbance in longleaf pine forets. This study used airborne lidar to measure patterns of hurricane-created gaps to offer guidance for application of natural disturbance-based management in landscapes dominated by longleaf pine.
Smithsonian ForestGEO recently welcomed its 77th Forest Dynamics plot – Ichauway – in the southeastern United States. Here, they interview Principal Investigator Dr. Jeffery Cannon about the plot and how he got involved with ForestGEO.
The Plant Ecology lab, through funding from the Southeastern Grasslands Institute, has collected seeds from Conecuh National Forest in southern Alabama and Okefenokee National Wildlife Refuge in southeast Georgia. These collections are part of Seeds of Success, a nationwide native seed collection program. The long-term goal of the Seeds of Success program is to support […]