Department of Ecology and Evolutionary Biology

Box G-W107, Providence, RI 02912
Phone: (401) 863-2100

This is a collegial group of faculty, postdoctoral researchers, graduate and undergraduate students, and researchers focused on ecological and evolutionary problems. Research in the department is focused on understanding biological systems at the individual, population and community levels of organization utilizing both plant and animal systems. Major areas pursued by the group include vertebrate functional morphology, the adaptive significance of animal behavior, sexual selection, plant population genetics, evolutionary genetics, marine community ecology, and theoretical and community ecology. Undergraduates are at the center of department activities. They get involved in the department as early as their freshman year by taking introductory courses, participating in the weekly seminar series and working in one of the department's research labs. EEB students also take classes in Applied Math, Computer Science, Environmental Science, Engineering and Geology, and routinely collaborate with researchers in these departments.


Courses - 2007-08

Integrated Medical Sciences
BIOL 0141 - Evolutionary Genetics
BIOL 0144 - Marine Biology
BIOL 0148 - Evolutionary Ecology
BIOL 0150 - Plant Ecology
BIOL 0190F - Darwinian Medicine
BIOL 0190E - Botanical Roots of Modern Medicine
BIOL 0190K - Tropical Marine Ecology
BIOL 0190N - Dinosaurs in Science & Culture
BIOL 0400 - Biological Design
BIOL 0410 - Invertebrate Zoology
BIOL 0420 - Principles of Ecology


BIOL 0450 - Animal Behavior
BIOL 0480 - Evolutionary Biology
BIOL 0490 - Environmental Science in a Changing World
BIOL 1410 - Evolutionary Genetics
BIOL 1420 - Experimental Design in Ecology
BIOL 1800 - Animal Locomotion
BIOL 1880 - Comparative Biology of the Vertebrates
BIOL 2430/2440 - Topics in Ecology & Evolutionary Biology

*For other courses that feature study of Human interactions with natural resources, see http://brown.edu/Research/ECI/courses/


Facilities and Opportunities

Campus research facilities used by EEB undergraduates include a professionally managed greenhouse, a well-equipped environmental science laboratory, a Global Information System (GIS) Laboratory, a DNA sequencing facility, a large flume for studying bird and fish swimming, and a large wind tunnel for studying bird flight. For field studies, our 350 acre Haffenreffer Reserve is located twenty minutes from campus and has a salt marsh, rocky beach, old field, and old growth forest habitats.

Brown has also entered an exciting research and educational partnership with the Marine Biological Laboratory at Woods Hole (MBL). MBL is one of the oldest and most accomplished biological research laboratories in the world. MBL has over 45 research faculty with specific strengths in ecosystem ecology, molecular systematics and animal behavior. Brown undergraduates will benefit from the Brown/MBL partnership through new course offerings and increased research opportunities, including projects at MBL laboratories at Woods Hole. The Ecosystem Center at MBL also also offers "Semester in Ecosystem Science" (SES) that is now part of Brown's curriculum.

EEB also has close ties to a number of field research stations that are often used by our undergraduates. The Narragansett Bay National Estuarine Research Reserve (NBNERR) is an 2,353 acre research area located on islands in the middle of Narragansett Bay that has supported undergraduate EEB researchers for the past decade. NBNERR has salt marsh, rocky shore, subtidal, and terrestrial habitats. The University of Maine's Darling Marine Center and Cornell University's Shoals Marine Lab, both located approximately three hours from campus, are active marine laboratories where Brown faculty have established research programs. We also encourage our students to spend at least a semester at one of many marine laboratories and field stations around the world that offer specialized hands on educational opportunities for undergraduates.

Faculty - Who We Are and What We Do

Mark Bertness, PhD, Professor, Department Chair. Problems in the population and community ecology of marine plants and animals.

Elizabeth Brainerd, Ph.D, Professor. Functional morphology, comparative physiology, and biomechanics.

Erika Edwards, PhD, Assistant Professor.

Stephen Gatesy, PhD, Associate Professor. Functional morphology, the evolution of the vertebrate locomotor system.

Steven Hamburg, PhD, Associate Professor. Human disturbance on the structure and function of terrestrial ecosystems.

Fred Jackson, Director, Plant Environmental Center.

Christine Janis, PhD, Professor. Vertebrate evolution (especially Cenozoic mammals), craniodental functional morphology, mammalian systematics (especially ungulates)

Heather Leslie, PhD, Assistant Professor, Environmental Studies.
Ecology, policy, and management of coastal marine ecosystems.

Douglass Morse, PhD, Professor Emeritus. Relationship between foraging theory, sexual selection, and lifetime fitness.

Stephen Porder, PhD, Assistant Professor. Interdisciplinary investigation of terrestrial ecosystems.

David Rand, PhD, Professor. Molecular ecology and evolution, co-evolution of nuclear and mitochondrial genomes, and speciation.

Thomas Roberts, PhD, Assistant Professor. Biomechanics and energetics of vertebrate movement.

Osvaldo Sala, PhD, Professor. Arid ecosystems of Patagonia; global change issues with a focus on ecosystem-level questions including primary production, ecosystem-water dymanics, and biodiversity and ecosystem functioning.

Dov Sax, PhD, Assistant Professor.
Species invasions, particularly of non-native plants and animals.

Johanna Schmitt, PhD, Professor. Plant population biology, ecological genetics, and reproductive ecology.

Sharon Swartz, PhD, Associate Professor. Biomechanics, functional morphology, and the evolution of vertebrate limbs.

Marc Tatar, PhD, Professor. Life history evolution with an emphasis on Senescence.

Jonathan Waage, PhD, Professor. Behavioral ecology, sexual selection, and insect reproductive behavior.

Daniel Weinrich, PhD, Assistant Professor. Genetic novelty fuels evolution by natural selection.

Jon Witman, PhD, Associate Professor. Population and community ecology, oceanography, and marine biology

Recent Student Projects

  • The effect of habitat architecture on the settlement of the blue mussel Mytilus edulis.
  • Costs of resistance associated with genetically engineered cold tolerance in Arabidopsis theliana.
  • Bat flight kinetics and ecological correlations.
  • Reproductive trade-offs associated with the innate immune response in Drosophila.
  • Learning and behavior in laboratory-raised and wild juvenile crab spiders.
  • Does sperm competition influence the evolution of seminal proteins in humans and our close relatives?
  • Variation in direction of density dependence across an environmental gradient on New England cobble beaches.
  • The scent of a predator: the effects of chemical threats on shell selection in hermit crabs, Pagurus samuelis and Pagurus hirsutiusculus.
  • Characterization of dPGC, a mammalian transcriptional co-activator homologue regulating metabolism in D. melanogaster.
  • Comparative biology of vertebrates.
  • Scaling of the subchondral bone across terrestrial mammalian species.
  • Does life history and taxonomic grouping influence the regional-local species diversity relationship in marine communities?
  • The cryptic invasion of phragmites australis in southern New England salt marshes.