Name and Cluster: My name is Marty Condon and I’ve joined the Evolutionary Processes Science cluster as a rotating Program Officer.
Education: B.S. University of Michigan, Ph.D. University of Texas
Home Institution: Cornell College
Tell us about your research: I am a naturalist. I ask who, where, how, and why questions—and focus on “why.” I work on plant-animal interactions involving sexually dimorphic Neotropical cucurbit vines with size-related sex determination. Flowers of the vine are pollinated by hummingbirds and Heliconius butterflies; seeds are dispersed by large bats and are killed by tephritid fruit flies (Blepharoneura). Blepharoneura species are extraordinarily specialized and diverse: most species feed on the calyx of only a single sex flower of only one species of plant. Many cucurbit species are hosts of the flies and some cucurbit species can host more than a dozen species of fly. The flies are parasitized by similarly specialized and diverse lethal parasitic wasps. Most wasps can kill only one species of fly, and most fly species are lethal to all but one species of specialist wasp. So how do the flies and wasps kill each other? Do poorly defended flies escape enemies by switching host plants? Our research currently tests the hypothesis that virulence affects diversification rates.
Why do you want to serve with NSF? NSF funding is critically important for evolutionary and ecological research and made my work possible. I want to serve with NSF because I will learn so much about the funding process. As a panelist on a variety of panels, I learned a lot about the review process and saw how a diversity of voices (including those of us from small liberal arts colleges) can encourage creative science. Now I want to find out what happens before and after panels meet. I look forward to being part of that process.
What are you looking forward to in your tenure here at NSF? The opportunity to read proposals representing the future of science is super exciting, as is the opportunity to work with colleagues in the Division of Environmental Biology and more broadly within NSF. I’m especially interested in encouraging collaboration across areas of science. I firmly believe that advances in biology depend upon the quality of the questions that scientists ask. Ideally, those questions are not constrained by boundaries that are perceived to define disciplines or subsets of disciplines.