PHYSIOLOGY — ECOLOGY — EVOLUTION
Organisms and their integrated traits are the fundamental unit that selection acts upon to produce adaptations and the biodiversity around us. I use this philosophy of organismal biology to understand (1) the capacity of organisms to acclimate by adjusting their physiology, (2) the mechanistic underpinnings of the niche, and (3) the interactions between the genome and phenome that determine fitness.
I combine physiological experiments on animals with simulation-based models to explore the ecological and evolutionary consequences of variation in physiology across landscapes and through time. At the molecular level, I use functional genomic techniques to understand relationship between genes and organismal responses to environmental change. Together, these approaches provide an integrative understanding of biological systems, from genes to geography. Read more by clicking on a discipline!
I combine physiological experiments on animals with simulation-based models to explore the ecological and evolutionary consequences of variation in physiology across landscapes and through time. At the molecular level, I use functional genomic techniques to understand relationship between genes and organismal responses to environmental change. Together, these approaches provide an integrative understanding of biological systems, from genes to geography. Read more by clicking on a discipline!
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