Dr. April DeLaurier

Ph.D., Biochemistry, University College London

Dr. DeLaurier is a developmental biologist who studies skeletal formation in zebrafish. Her research uses genetic manipulation and live cell imaging to understand the genes and cellular mechanisms that pattern the craniofacial skeleton. She teaches 121 Biological Science I and Developmental Biology.

Visit Dr. DeLaurier's research page


Dr. Allen Dennis

Ph.D., Geology, University of South Carolina

Dr. Dennis conducts research in tectonics generally, the Ediacaran and younger history of the Appalachians in particular, and that of the Piedmont of the Carolinas and Georgia specifically. All studies are rooted in field observations and detailed geologic mapping. Over the past 33 years he has worked on kinematic models for the formation of structures in shear zones, the geochemistry and petrology of mafic-ultramafic complexes, U-Pb dating of zircon and monazite (TIMS, ion probe and laser ablation methods), structural and petrologic analysis of the basement underlying the US DOE Savannah River Site, eclogite and high-pressure granulite facies metamorphism internal to Carolinia, K-metasomatism accompanying Mesozoic rifting, provenance of tillites deposited at the D-M boundary in the Pennsylvania Valley and Ridge, and detrital zircon provenance studies of the exposed Rheic margin in the North and South Carolina. He continues to welcome highly motivated students to participate in on-going projects. He teaches 101 Physical Geology, 102 Historical Geology, 331 Structural Geology, 425 Coastal Geology, and 431 Southern Appalachian Geology.


Dr. Andrew Dyer

Ph.D., Plant Ecology, University of California, Davis

Dr. Dyer's research interests are in population and community ecology, invasive species ecology, and habitat restoration. His current research focuses on population biology of invasive annual grasses and nutsedges with a focus on competitive ability, ecotypic variation, adaptive plasticity, and germination traits. He teaches 122 Biological Science II, 370 Ecology and Evolution, and 570 Principles of Ecology.

Visit Dr. Dyer's research page


Dr. Kelly Gibson

Ph.D., Marine Geology and Geophysics, University of Miami

Dr. Gibson's research interests are in reconstruction of abrupt changes in climate and the nutrient and hydrologic cycles from marine sediments and isotope geochemistry and the role of the tropics in the global climate system. She teaches 103 Environmental Earth Science and 201 Integrated Earth Science.


Dr. C. Nathan Hancock

Ph.D., Biochemistry, University of Missouri-Columbia

Dr. Hancock is a plant biologist interested in the genes that control agronomic traits. His research focuses on using a transposable element from rice to discover gene functions. He teaches 121 Biological Science I and 541 Biochemistry. 

Visit Dr. Hancock's research page


Dr. Michele Harmon

Ph.D., Environmental Health Sciences, University of South Carolina

Dr. Harmon's research interests include aquatic toxicology, environmental fate and transport of metals, and wetland biogeochemistry. She teaches 106 Environmental Life Science, 390 Environmental Science & Human Health, and 576 Topics in Environmental Science.

Visit Dr. Harmon's research page


Dr. William H. Jackson, Jr.

Ph.D., Immunology, Medical College of Georgia

Dr. Jackson's experience is in the use of viral vectors as delivery vehicles of therapeutic genes. He conducts research on the use of ribozymes and siRNAs to inhibit replication of the Human Immunodeficiency Virus - 1(HIV-1). He teaches 121 Biological Science I, 340 Virology, 350 Genetics, 502 Advanced Cell/Molecular Biology, and 550 Immunology. 

Visit Dr. Jackson's research page


Dr. Kristina Ramstad

Ph.D., Organismal Biology and Ecology, University of Montana-Missoula

Dr Ramstad's work draws on genomic sequencing and field based ecological studies to address fundamental questions in the evolution, ecology and demography of at-risk species. She is particularly interested in the impacts of genetic bottleneck effects and inbreeding on population persistence, the effects of mating system on genetic variation, and applied conservation management, and has worked with a broad array of taxa, including salmon, tuatara, and kiwi.

Visit Dr. Ramstad's research page


Dr. Virginia Shervette

Ph.D., Wildlife and Fisheries Science, Texas A&M University

Research in the Fish/Fisheries Conservation Lab examines ecosystem, community, and species responses to anthropogenic impacts in aquatic systems along the watershed gradient including freshwater, estuarine, and marine environments. We also investigate issues relating to human dimensions of fisheries management including benefits and risks associated with fish and other seafood consumption. Dr. Shervette teaches 122 Biological Science II, 242 Physiology, and 576 Topics in Environmental Science.

Visit the Conservation Lab facebook page


Dr. Garriet Smith

Ph.D., Microbiology, Clemson University). Dr. Smith conducts research on microbial ecology of coastal marine and freshwater ecosystems. He teaches 105 Genetics and Society, 325 Plant Physiology, 250/330 Microbiology, and 583 Pathology of Coastal Organisms.


Dr. Jessica Sullivan

Ph.D., Geological Science, University of South Carolina

Dr. Sullivan's research focuses on understanding the interactions between process and form in coastal wetland ecosystems. She teaches 103 Environmental Earth Science, 201 Integrated Earth Science, 401 Geomorphology.

Visit the Earth Surface Processes Facebook page


Dr. Michelle Vieyra

Ph.D., Biology, University of South Carolina

Most of Dr. Vieyra's research focuses on the effects of nutrition on physiology, stress and cognition. Her work includes studying the role of dietary sugar in obesity and behavioral changes in rats and the effects of different substances in the human diet on cognitive functioning and neuronal activation. She teaches A&P I (BIOL 243), A&P II (BIOL 244), Animal Nutrition (BIOL 365), Neurobiology (BIOL 367) and Animal Behavior (BIOL 366).

Visit Dr. Vieyra's research page


Dr. Derek Zelmer

Ph.D., Biology, Wake Forest University

Dr. Zelmer's research interests include among-scale interactions of population and community processes in aquatic systems, determinants of parasite community structure in aquatic vertebrates, and transmission dynamics of parasites in lotic ecosystems. He teaches 122 Biological Science II, 370 Ecology and Evolution, and 531 Parasitology.

Visit Dr. Zelmer's research page