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Full-Text Articles in Forest Sciences
Bat, Insect Prey, And Vegetation Response To Prescribed Fire And Overstory Thinning In Hardwood Forests Of Tennessee, Maxwell Rambeau Cox
Bat, Insect Prey, And Vegetation Response To Prescribed Fire And Overstory Thinning In Hardwood Forests Of Tennessee, Maxwell Rambeau Cox
Masters Theses
This master’s thesis investigates the effects of prescribed fire and overstory thinning on bats and their insect prey in hardwood forest stands of Tennessee. Chapter 1 is a review of literature that emphasizes the importance of this research and outlines the objectives and study area for this project. Chapter 2 examines the effect of prescribed fire and overstory thinning on the abundance and biomass of nocturnal flying insects important in the diet of bats. Overall, I found prescribed fire and overstory thinning had little effect on nocturnal flying insect abundance and biomass, despite changes in vegetation community composition and structure. …
Map Supplements For The Metallic Woodboring Beetles (Coleoptera: Buprestidae) Of Tennessee, William E. Klingeman Iii, Jason A. Hansen, Joshua P. Basham, Jason B. Oliver, Nadeer N. Youssef, Whitney Swink, Christine A. Nalepa, Donna C. Fare, J. Kevin Moulton
Map Supplements For The Metallic Woodboring Beetles (Coleoptera: Buprestidae) Of Tennessee, William E. Klingeman Iii, Jason A. Hansen, Joshua P. Basham, Jason B. Oliver, Nadeer N. Youssef, Whitney Swink, Christine A. Nalepa, Donna C. Fare, J. Kevin Moulton
Plant Sciences Publications and Other Works
Following compilation of distribution records and seasonal flight activity information for 106 metallic wood-boring beetle (Coleoptera: Buprestidae) species for Tennessee, maps were updated to provide county-level collection notations for 10,543 published records and specimen collections made from 1934 to 2013. County collection tallies across the ecoregions in Tennessee are also presented. Maps for individual species highlight gaps in key geographic areas where specimens have not been collected and can be valuable for future biosurveillance, monitoring and management efforts for these economically and ecologically important insects.