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I am an ecological geneticist with a broad interest in plant adaptation. I study the genetic and epigenetic mechanisms by which plants cope with, and adapt to, a rapidly changing world. Human activities have a massive impact on the environment. The majority of the earth's land surface has been transformed in the last few centuries, and climate change and biological invasions pose important challenges to ecosystems. Understanding the response of ecosystems to these challenges has an ecological and an evolutionary component: which species fit together in the modified environments, and how well do the individual species adapt and change their traits to fit the modified environments?
My research focuses on the micro-evolutionary component. We use genetic and genomic tools to understand how plant populations respond to rapidly changing environments. One of my research interests is in ecological epigenetics: what role does epigenetic variation play in rapid responses and adaptation to changing environments? Other topics that I work on include urban evolution in plants, genetic and ecological aspects of plant invasions, the evolutionary ecology of asexually reproducing plants, and intraspecific variation in plant-microbiome interactions.
How species thrive in a wide range of environments is a major focus of evolutionary biology. For many species, limited genetic diversity or gene flow among habitats means that phenotypic plasticity must play an important role in their capacity to tolerate environmental heterogeneity and to colonize new habitats.
However, we have a limited understanding of the molecular components that govern plasticity in ecologically relevant phenotypes. We examined this hypothesis in a spider species Stegodyphus dumicola with extremely low species-wide genetic diversity that nevertheless occupies a broad range of thermal environments.
