In each of our quarterly newsletters, we feature a fire-science “hotspot” where we bring into focus the fire science and management at different sites across the region.
Our Hotspots selections are below, in chronological order, with most recent first. Click each link to see full descriptions and photos.
Some of the largest and most diverse remnant prairies in Texas’ Blackland Prairie region are in and near this Nature Conservancy preserve. Plant diversity and abundance has increased under current management, which consists of prescribed fire, grazing, and mowing.
Latitude/Longitude: 33.30, -96.24
Sandstone glades and surrounding woodlands on the Ozark-St. Francis National Forest in northern Arkansas are being restored with fire and other management practices. Plants and animals adapted to these open, dry, rocky sites include the collared lizard and Ozark calamint.
Latitude/Longitude: 36.04, -92.09
This site on the Daniel Boone National Forest in Kentucky assesses the effects of commercial thinning and prescribed fire, particularly as related to forest health in light of a potential major disturbance, such as gypsy moth infestation.
Latitude/Longitude: 37.07, -84.20
On igneous mountains in southwestern Oklahoma, where the Osage Plains and the Cross Timbers ecoregions intertwine, land managers are using prescribed fire to improve forage for native grazers and improve habitat for wildlife species of concern.
Latitude/Longitude: 34.77, -98.70
In this Illinois state forest, land managers are undertaking an innovative oak restoration experiment, studying the impacts of various combinations of forest thinning and prescribed burning.
Latitude/Longitude: 37.52, -89.34
A long-term woodland restoration experiment on this wildlife area in southeastern Kansas assesses six different management treatments using various combinations of thinning and prescribed burning.
Latitude/Longitude: 38.26, -94.66
Located on the Cumberland Plateau and managed by the Tennessee Wildlife Resources Agency, this demonstration area displays the effects of varying fire frequency and fire seasonality on the plant community.