My research uses a variety of acoustic (both passive and active) and optical techniques to understand the effects of pelagic animal dynamics on interactions between animals in the ocean

In the ocean, most resources are heterogeneously distributed and highly dynamic. I am interested in how changes in resources over time and space affect trophic, competitive, and behavioral interactions of oceanic organisms. Because these interactions occur primarily below the surface waters, I am using a combination of remote techniques, including passive acoustics, active acoustics, and imaging optics complemented by net trawls to observe and quantify resource patterns. These data are used to generate and test energetic and behavioral models and to directly elucidate the importance of temporal and spatial structure in biotic relationships.

and Atmospheric Sciences