I'm an evolutionary biologist and teach courses reflecting both my interests and training.
Bio 111 - Introduction to Ecology and Evolution
Bio 113/114 - Introduction to Phage Biology/Phage Bioinformatics
Bio 204 - Biology of Flowering Plants
Bio 314 - Evolution
Bio/ES 316 - Conservation Biology
My research is in the field of evolutionary ecology, particularly the ecology and evolution of reproductive strategies in flowering plants. There are over 250,000 described species of flowering plants and much of this diversity involves variation in reproductive strategies. I'm particularly interested in:
1) Understanding what factors determine the allocation of resources to male function (pollen number and size, nectar and petals that attract pollinators and thus lead to the dispersal of pollen to other flowers) as opposed to female function (ovule number, seed number and size).
2) Understanding how breeding systems (inbreeding versus outcrossing) and plant-pollinator interactions affect gender allocation patterns.
I'm also interested in mentoring projects focusing on forest regeneration and controlling invasive plants species at our local nature preserve.
Recently, in collaboration with Prof Krukonis, we have started a project exploring the ecology and evolution of phages and their bacterial hosts.
Areas of interests
Ecology and evolution of sexual/mating systems in plants
Sex allocation theory
Phylogenetic and developmental constraints on reproductive strategies
History and philosophy of evolutionary biology
Biodiversity, conservation biology, and ecological literacy
Gender issues in science