Dr. Scott Burgess
Department of Biological Science
Florida State University
319 Stadium Dr, Tallahassee, FL, 32306
Phone (office): +1 (850) 645-9563
Email: sburgess “at” bio.fsu.edu
See the Research page for more information
My interest is in the field of marine evolutionary ecology, and my research combines molecular genetics with experimental ecology. Previously I have gained experience in both of these areas through the use of genetic markers to study the hybridization of native and invasive species (studied in black bass, Micropterus spp. and mussels, Mytilus spp.) during my undergraduate and through the use of manipulative ecological experiments to study predator-prey interactions between a marine gastropod (Littorina saxatilis) and their crab predators (Dyspanopeus sayi and Hemigrapsus sanguineus) during my Masters. For my dissertation, I am using a combination of genetic markers (microsatellites), manipulative laboratory experiments, and field studies to investigate the reproductive biology of the Florida crown conch (Melogena corona). In this species, females mate with multiple males (known as polyandry) and package larvae fathered from multiple males into the same egg capsule. I am examining the degree of polyandry in the field as well as examining its effects on sibling interactions and the potential parent-offspring conflict that may occur as the level of polyandry increases.
Jackson is studying the limits to evolutionary rescue in marine invertebrates with complex life cycles.
Marília is empirically estimating 2D dispersal kernels for bryozoans in the field and studying how phenotypic and environmental factors alter the distance and spread of settlement from a known source.
Lisa does everything from molecular work, data collection, field work and boat tending, maintenance of aquariums and phytoplankton cultures, and general lab management.
Zachary Zubek (Fall 2016 – Spring 2017)
Zack’s honors thesis looked at the patterns and consequences of inbreeding in Bugula neritina. He reared bryozoans in the lab to create deferentially inbred crosses, then compared larvae from parents in the different treatments to estimate self-fertilization, bi-parental inbreeding, and inbreeding and outbreeding depression.
Emily Beyer (2015 – 2016)
Pamela Betancourt (Spring 2015)