Research

Meiotic recombination occurs when homologous chromosomes exchange genetic material during meiosis. Ultimately, recombination increases the efficiency of natural selection by reducing genetic hitchhiking and minimizing background interference. Conversely, recombination may decrease variation or impede adaptation by breaking up favored or adapted haplotypes. As a result, recombination impacts the way species respond to evolutionary forces.

As an evolutionary biologist, I am interested in the processes that generate and maintain genetic variation in populations, including meiotic recombination. My current research project involves characterizing the recombination rate landscape of an estuarine turtle native to the U.S., the diamond-backed terrapin (Malaclemys terrapin).

In the fall of 2025, I received the Dean’s Research Award for this work.