Please mark your calendar for the EEOB/EEB Seminar.
Rory Telemeco, Auburn University
Leveraging physiology to understand the biotic impacts of global change
Refreshments served at 3:30pm in room 240 Bessey.
Abstract: I integrate across biological organization to explore the mechanisms that drive species’ responses to global change. Responses to changing environments are complex, encompassing most biological processes . Most directly, the phenotype of individuals drive population response, but phenotypes vary as a result of phenotypic plasticity and evolution. I iterate between experiment and mathematical modeling to directly address how phenotype, genotype and environment interact to shape species' responses to global change.
Major goals of my research are to 1 ) identify the organismal traits and environmental parameters that most limit species' persistence, 2 ) examine the ability of organisms to respond to environmental variation through adaptive evolution or phenotypic plasticity, and 3 ) develop models that examine the effects of environmental variation on populations while accounting for evolutionary processes and phenotypic plasticity. To do this, I integrate field and laboratory experiments with ecological modeling. I also integrate multiple "toolkits" including those associated with functional genomics, cellular physiology, behavioral ecology, thermal physiology, endocrinology, geometric morphometrics, and theoretical ecology. Currently my work focuses on three model systems: the Eastern fence lizard species complex (Sceloporus undulatus group), alligator lizards (genus Elgaria), and the painted turtle (Chrysemys picta)