Graduate Faculty Research Interests

Dr. Justin AndersonVirology 

Dr. Justin Anderson

Faculty Bio

My lab is broadly interested in viruses and how they behave. In particular, we are currently building a library of bacteriophages that infect the bacteria Microbacterium foliorum and Gordonia rubripertincta with the goal of understanding which virus genes contribute to virulence and host preference. I am also interested in understanding how environmental contaminants affect the ability of mosquitoes to transmit viral pathogens

 

Dr. Christopher Beachy

Amphibian Biology

Dr. Christopher Beachy
Faculty Bio

We work on two related areas: (1) life history biology and (2) metamorphosis. 80% of animal species have a life history that includes a metamorphosis. We use surveys and experiments with amphibians that allow us to understand the relationship between metamorphosis and life history evolution. We perform several kinds of studies but in particular we use (1) time-series collections of animals that allow us to elucidate life history parameters like growth rate, size/age at metamorphosis, and size/age at sexual maturation and (2) laboratory growth experiment with amphibian larvae wherein environmental variables that affect growth are manipulated and the outcome on timing and size at metamorphosis are observed.

 

Dr. Janice Bossart

Insect Evolutionary Ecology

Dr. Janice Bossart
Faculty Bio

Determinants and dynamics of community composition in habitat islands; Biodiversity conservation, especially traits related to species persistence versus extinction; Evolutionary ecology of insect life-history traits relating to host plant and habitat use; Integration of local genetic pattern at the scale of landscapes and species; Historical and contemporary determinants of spatial genetic structure (both molecular and quantitative variation).

 

Dr. Gary Childers

Environmental Microbiology

Dr. Gary Childers
Faculty Bio 

Bacterial source tracking, enhancement of methanogens in coalbeds, and anaerobic microbial nutrient transformations using classical and molecular analyses.

 

 

Dr. Brian Crother

Phylogenetic Systematics and Herpetology

Dr. Brian Crother
Faculty Bio

Evolution from a phylogenetic perspective; historical biogeography, historical ecology, patterns of gene evolution, patterns of species evolution, methodology and philosophy of phylogenetic analysis. In addition, engaged in survey work for the accumulation of long term data for amphibian and reptile populations in local wetlands.

 

Dr. Pradip Panta

Molecular Microbiology

Dr. Pradip Panta
Faculty Bio

Antimicrobial resistance is now considered as a third leading global cause of death after stroke and heart disease. My lab is broadly interested in understanding the molecular mechanism(s) of antimicrobial resistance. In particular, we are interested in understanding the role of environmental factors, such as pH and oxygen in developing bacterial resistance against cationic antimicrobial peptides, such as polymyxins.

 

Dr. Chris Murray

Comparative Morphology

Dr. Chris Murray
Faculty Bio

I am focused on the comparative morphology and physiological ecology of vertebrates in temperate, Neotropical and subtropical coastal wetlands. My questions address how the physiology of individuals alters relevant morphology, population or community ecology. Recent research addresses the interactions among aquaculture practices, crocodile sex ratio biases, and endocrine disrupting compounds in Costa Rica.  Research themes include physiological ecology that tends to incorporate population ecology, endocrinology, sex determination, stress physiology, and reproductive ecology. Further, I am interested in diagnostic and functional morphology, utilizing geometric morphometrics to identify diagnostic characters of undescribed and/or newly described species and assessing phenotypic plasticity in an ecological context. Lastly, I strive to contribute to biogeographic and evolutionary ontology and operation and novel metaphysical thinking regarding the existence and appropriate use of biological units.

 
Dr. John O'Reilly

Neurophysiology

Dr. John O'Reilly
Faculty Bio

Relationship between molecular structure and electrophysiological function in voltage-gated Na+ channels. Role of ion channels from excitable membranes in health & disease.

 

 

Dr. Kyle Piller

Ichthyology

Dr. Kyle Piller
Faculty Bio

Systematics, evolution, ecology, and conservation genetics of North American freshwater fishes. Recent work includes systematic and taxonomic studies of darters ( Etheostoma) and suckers ( Ictiobus and Carpiodes) and conservation genetics of lake trout.

 

 

Dr. Gary Shaffer

Wetlands Science and Statistical Ecology

Dr. Gary Schaffer
Faculty Bio

Isolating the mechanisms responsible for wetland health and habitat-state change through mesocosm and field studies. Landscape-scale restoration of swamps and marshes, bioremediation of small-scale oil spills, statistical modeling of ecosystem dynamics.

 

 

Dr. Penny Shockett

Molecular and Developmental Immunology

Dr. Penny Shockett
Faculty Bio

Lymphocyte development and differentiation, generation of antigen receptor diversity, DNA recombination and repair.

 

 

 

Dr. Roldan Valverde

Vertebrate Physiology

Dr. Roldan Valverde
Faculty Bio

My main research interests are the comparative endocrinology of stress response, with emphasis in freshwater and marine turtles, and the nesting ecology of sea turtles.
Currently, my lab is focused on three different projects:

Impact of salinity on the endocrine stress response of the freshwater turtle in the Lake Pontchartrain Basin, the development of a quantitative assay to detect endocrine disruption in the red-eared freshwater turtle, and the global estimate of mass nesting olive ridley sea turtles.

 

Dr. Mary White

Molecular Systematics and Evolution of Development

Dr. Mary White
Faculty Bio

Systematics of squamates using multiple nuclear genes. Evolution of mechanisms of germ cell determination in vertebrates.

 

 

Dr. April WrightStatistical Phylogenetics

Dr. April Wright
Faculty Bio

The Wright lab is interested in statistical phylogenetics, particularly the integration of molecular and morphological information to answer evolutionary questions. For more information, including opportunities for joining the lab,  please visit the Wright Lab website.