Faculty Members and Research

frank_aylward

Frank Aylward
Assistant Professor of Biological Sciences

Microbial ecology, microbial diversity, genomics and metagenomics.  Research in the lab focuses on understanding the processes that shape the structure and function of microbial communities.

jeb_barrett

Jeb Barrett
Professor of Biological Sciences

The influences of soils, climate variability, hydrology, and biodiversity on biogeochemical cycling from the scale of microorganisms to regional landscapes

Lisa Belden

Lisa Belden
Professor of Biological Sciences

The role of community composition in disease dynamics, within two main systems: structure-function relationships in the amphibian microbiome and disease dynamics in freshwater trematode systems

Fred Benfield

Fred Benfield
Professor and Associate Department Head of Biological Sciences

Historical and contemporary effects of landscape disturbance on biodiversity and ecosystem processes in southern Appalachian streams; stream/riparian zone interactions.

brown

Bryan Brown
Associate Professor of Biological Sciences

Community ecology in aquatic systems: keystone mutalisms in streams; the metacommunity concept and stream ecosystems; the influence of habitat heterogeneity on community stability; isolated wetlands ecology and conservation; community assembly priority effects and disturbance; effects of perturbations on aquatic communities.

carey

Cayelan Carey
Assistant Professor of Biological Sciences

The interactions between eutrophication, biogeochemical cycling, and plankton communities in changing lake ecosystems; interest in how local communities value and interact with their water resources, which has implications for water quality.

Dana Hawley

Dana Hawley
Associate Professor of Biological Sciences

The ecological and evolutionary mechanisms that underlie host susceptibility, pathogen virulence, and transmission; social behavior and disease, evolution of pathogen virulence in a novel host, causes and consequences of phenotypic immune variation.

Hotchkiss

Erin Hotchkiss
Assistant Professor of Biological Sciences

Stream and River Ecology, Limnology, Ecosystem Ecology; linking biological and physical processes with carbon and nutrient sources, cycling, and fate; quantifying effects of environmental change on water quality and ecosystem function; identifying patterns and consequences of terrestrial-aquatic connectivity within river networks; monitoring changing resources in freshwater food webs

kate_langwig

Kate Langwig
Assistant Professor of Biological Sciences

The ecology and evolution of host-pathogen interactions; heterogeneity in susceptibility, vaccine effects, pathogen dose, and infectiousness, and their implications for transmission and disease impacts; disease as a driver of species extinctions; seasonality and pathogen transmission

Joel McGlothlin

Joel McGlothlin
Assistant Professor of Biological Sciences

The evolution of complex phenotypes, with a particular interest in the evolution of phenotypic integration; how natural selection shapes groups of traits to produce well-adapted organisms; using empirical and theoretical approaches and incorporate ideas and techniques from diverse fields, including evolutionary genetics, behavioral ecology, and physiology.

Meryl Mims

Meryl Mims
Assistant Professor of Biological Sciences

How species’ traits and the environment interact to influence community and population structure of aquatic organisms. Bridging fundamental work in freshwater population and community ecology with applied conservation and management needs using a range of approaches, from population genetics to community and landscape ecology.

Ignacio Moore

Ignacio Moore
Professor of Biological Sciences

Physiological and behavioral adaptations to unique environments; behavioral endocrinology, physiology, and ecology of tropical birds; interactions between stress and reproduction in reptiles and amphibians.

Martha_Muñoz

Martha Muñoz
Assistant Professor of Biological Sciences

The primary goal of my research is to link ecological processes with evolutionary patterns. Below are a few of my most common research topics:

  1. Connecting micro- and macroevolutionary patterns.
  2. Evolutionary physiology, with focus on responses to climate change.
  3. Understanding morphological diversity through evolutionary biomechanics.
Erik Nilsen

Erik Nilsen
Professor of Biological Sciences

Interaction between native and foreign invasive species; vascular adaptation of Rhododendron species to drought and freeze-thaw cycles; ecology of invasive species; cold tolerance of photosynthesis in biomass fuel plants; adaptive significance of leaf anatomical characters in Malaysian Rhododendron species (Vireya).

Brent Opell

Brent Opell
Professor of Biological Sciences

Spider systematics and evolution; adhesive mechanisms of spider prey capture threads from orb-webs; molecular and morphological systematics of spiders

John Phillips

John Phillips
Professor of Biological Sciences

Neuroethology and sensory ecology; magnetic field detection, specialized photoreception mechanisms in vertebrates, long-distance navigation, coevolution of color signals and chromatic processing

Kendra Sewall

Kendra Sewall
Assistant Professor of Biological Sciences

Animal behavior and neurobiology; how neural and behavioral processes - and the environmental and developmental factors that impact those processes - contributed to animals' survival and reproductive success

Josef_Uyeda

Josef Uyeda
Assistant Professor of Biological Sciences

The tree of life provides a roadmap for understanding evolution and the history of life. The Uyeda lab uses this map to understand how biological processes give rise to the large-scale patterns of diversity we see in nature. We focus on establishing a better connection between microevolutionary processes and the models we use to understand trait evolution at the macroevolutionary scale. We use a combination of methods development, theoretical work and empirical studies to synthesize biological data across scales to obtain a better understanding of what causes long-term evolutionary change. By synthesizing data from microevolutionary, paleontological and phylogenetic comparative studies into a cohesive framework, we can gain important insights into understanding when and why adaptation succeeds or fails over long evolutionary time-scales. This is especially important today as rapid global change is driving rapid evolutionary change. We must understand how these processes scale up over time if we wish biodiversity to persist for millenia to come.

Jeff Walters, Harold Bailey Professor, Biological Sciences.

Jeff Walters

Jeff Walters
Harold Bailey Professor of Biological Sciences

Evolution of cooperative breeding in birds; ecological basis of sensitivity to habitat fragmentation; evolution of social behavior and life history in birds and primates; dispersal behavior; conservation of endangered birds

Susan Whitehead

Susan Whitehead
Assistant Professor of Biological Sciences

Plant evolutionary responses to multi-species interactions; chemical ecology of seed dispersal and fruit defense; domestication and plant defense; agricultural applications of chemical ecology