Expertise

Research interests:

  • Evolution in Metapopulations
  • Genetic basis of speciation in Tribolium
  • Epistasis
  • Evolutionary genetics of maternal effects
  • Sexual selection and alternative male mating strategies
  • Coevolution of arthropod hosts and Wolbachia endosymbionts

The range of projects studied by my doctoral students is very diverse. It includes:

  • The genetic basis of female choice of mates in fruit flies;
  • The evolution of pollen flow distance in Plantago lanceolata, the common plantain;
  • Effects of dispersal on genetic population structure in the Fowler's toad;
  • Genetic covariation between inter- and intraspecific competitive ability; and
  • The evolution of annual, biannual, and perennial plant life histories.
  • The research of most of my doctoral students combines mathematical modeling with field and laboratory experiments.

Research areas:

  • Behavior
  • Evolution
  • Microbial Interactions and Pathogenesis

Keywords: evolution  


Research Interests:

  • behavior; evolution; microbial interactions and pathogenesis

Research Interests

  • behavior; evolution; microbial interactions and pathogenesis
Past Affiliations
Communities
Molecular Biology, Biological Science, Animal Science, Philosophy, History, Cognitive Science
Degrees
PhD, University of Chicago, Theoretical Biology, 1975
BA, Boston College, Biology, 1971
Keywords
population biology ecology environmental sciences environmental biology evolution
Honors

The Hubbell Award, 1996, Florida State University

American Naturalist Best Paper Award for 'On Indirect genetic effects in structured populations,' A. F. Agrawal, E. D. Brodie III, and M. J. Wade, 2001

Teaching Excellence Award (TERA) for L111, 1999

Alpha Omicron Pi Outstanding Professor Award, 1997

Quantrell Award for Excellence in Undergraduate Teaching, 1994

Career Development Award, NIH, 1979-1984