Phenotypic plasticity - the ability for a single genotype to produce multiple different phenotypes - can impact the genetic response to selection, underlie trade-offs between physiological systems, and facilitate adaptation to novel environments. Its effects span every level of biological organization, from epigenetic changes at the genome to species- and population-wide patterns of variation.


My research is centered on understanding the mechanistic causes and developmental and evolutionary consequences of phenotypic plasticity, the role of the maternal environment, and the integration of the microbiome into research on adaptive plasticity. 

Current projects


Mechanisms of plasticity


Ecological impacts on the

gut-brain axis

in wild animals

The evolution of

adaptive plasticity


Join the Animal Microbiome Research Group

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In 2020, I co-organized the mammalian microbiome research group and its first annual meeting with Drs. Alice Baniel (Arizona State University) and Amy Sweeny (University of Edinburgh). The group is aimed at fostering collaborations, networking, methods troubleshooting, and topics discussions for early career researchers (e.g. grad students, post-docs) using the microbiome as a research tool across a variety of study systems. Recently, we have merged with the Avian Microbiome Group, rebranded as the Animal Microbiome Research Group, and have 150+ members on our Slack workspace, and are prepping for our 2nd virtual meeting upcoming this Fall 2021.

Check out our website here.

To read about the research group and past meeting, click here.

To join the Slack workspace and participate in the annual meetings, click here.