I am an ecosystem ecologist interested in how natural processes and human activities jointly influence our environment. Specifically, I study how these processes interact to generate nutrient patterns across space and time, because such patterns can help us understand ecosystems better and are often directly relevant to human well-being. I specialize in aquatic systems, including streams, lakes, wetlands, and floodplains, and in the consequences of environmental change for water quality in these systems. I am skilled in field and laboratory studies, project management, simulation modeling, statistical analysis, and synthesis of published and unpublished data to answer new questions.
Postdoctoral Fellow, April 2015 - present:
I'm currently modeling stream metabolism for sites across the continental United States as part of a USGS Powell Center collaboration.
Postdoctoral Associate, June 2013 - April 2015:
I developed an R package to estimate watershed solute fluxes and studied daily cycles in solute concentrations in rivers of the Northeast with Bill McDowell of the University of New Hampshire. (read more)
Postdoctoral Associate, May 2012 - May 2013:
I researched the kinetics of nutrient uptake in river ecosystems with Jim Heffernan of the Nicholas School of the Environment at Duke University. (read more)
PhD, Duke University, May 2012:
"Connectivity Drives Function: Carbon and Nitrogen Dynamics in a Floodplain-Aquifer Ecosystem" (read more)
Duke University Program in Ecology
Office: (608) 821-3927
Cell: (919) 475-0196
U. S. Geologcal Survey and University of Wisconsin-Madison
8505 Research Way