Associate Professor

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Research Interests

The unifying theme of my research is investigation of the evolutionary factors that shape patterns of genetic variation in natural plant populations and the manner in which species-wide diversity is partitioned and maintained at various spatial and temporal scales. More specifically, my lab studies: i) contemporary gene flow using direct approaches, ii) historical patterns of gene movement over shallow and deeper temporal scales, and iii) long-distance seed dispersal and the tail of the dispersal kernel empirically. We often explore the role of both pollen-mediated and seed-mediated gene dispersal to address these questions. This research is particularly pertinent in the context of nearly ubiquitous, anthropogenic habitat disturbance and accelerating climate change. I am especially interested in studying epiphytes which account for approximately 10% of all vascular plant species, and orchids because of their varied evolutionary strategies and somewhat unique biology.  Our lab employs a variety of population genetic tools to address these questions.

 

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