aquatic ecology, evolution, and conservation

Welcome! Interested in pursuing graduate studies in aquatic ecology at Northern Arizona University? Or interested in getting your feet wet with some research experience as an undergraduate? Please have a look around at some of our research interests, and get in touch!

We know biodiversity matters for the way ecosystems function, but we are only just beginning to understand the interplay between ecological and evolutionary processes that shape this relationship, especially in complex food webs and under rapidly changing environmental conditions.

dscf0620For example, why do we see species with some combinations of traits (e.g., feeding traits, temperature tolerance, dispersal strategies) but not others? What does that mean for what combinations of species will make up a community and how it will function? How important are fine-scale differences among isolated populations of the same species, relative to between species? IMG_0468What kinds of habitats will protect both species and genetic diversity across changing landscapes? To answer these questions, ecologists and evolutionary biologists increasingly need to collaborate across disciplines, use new tools (e.g., genomic data and analysis, large scale modeling), and combine observations and experiments. We work on these types of questions in a range of aquatic systems, from the Pacific ocean, to large Swiss lakes, to Arizonan ponds.