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My Research
In my work, I emphasize conservation of fishes through increased understanding of physiological ecology. I use the movement ecology paradigm (sensu Nathan et al. 2008) as a hierarchical framework for my research program which emphasizes 1) quantifying movement patterns, 2) exploring the influence of external factors on movement patterns, and 3) understanding the interaction of internal states and external factors. I combine empirical approaches, including field-based telemetry and laboratory experiments, with advanced statistical techniques, technologies, and software to answer complex questions about ecologically relevant movement and its drivers. Specifically, I study movement of fishes and how water flows, water temperatures, and human alterations of the aquatic environment impact movement. Importantly, I have worked to build a research trajectory that provides opportunities to integrate young researchers. The Rest of My Life I'm fascinated by the complexity and elegance of natural systems. I earned by Bachelor's degree in biology from Whitman College (Walla Walla, WA) and my PhD from University of California, Davis. In addition to being a scientist, I am a mother, a rafter, a swimmer, a friend, a mentor, and a connoisseur of good food and drink. | ||
