Research

Broadly, my research integrates behavioral ecology, community ecology, restoration science, and conservation physiology to understand the ecological processes that shape coastal ecosystem resilience and to develop innovative, science-based solutions for marine conservation and habitat restoration.

Seagrass Ecology & Coastal Restoration

My research examines the ecological processes that influence the resilience and restoration of coastal habitats, with a primary focus on seagrass ecosystems. Through experimental field studies, meta-analyses, and restoration trials, I investigate how species interactions, herbivory, biodiversity, and environmental change affect restoration success. My work also extends to oyster reefs, salt marshes, and living shorelines, with the goal of developing science-based strategies that enhance the resilience of coastal ecosystems.

Sea Turtle Ecology & Conservation

I study the ecology and conservation of sea turtles to better understand the factors influencing their survival in a rapidly changing ocean. My research spans foraging ecology, habitat use, and human–wildlife interactions, including the development of non-lethal predator-mimic technologies to reduce grazing pressure, bycatch, and other human impacts. By combining field experiments with applied conservation, I aim to develop practical solutions that benefit both marine wildlife and coastal ecosystems.

Microplastics & Marine Pollution

My research investigates how microplastics accumulate and move through marine organisms to better understand their ecological and physiological consequences. I have studied microplastic contamination in loggerhead sea turtle eggs, juvenile green sea turtles digestive systems, and sea urchin gonads, examining how diet, digestive physiology, and life history influence exposure and accumulation. This work contributes to a growing understanding of contaminant pathways and their implications for marine conservation and ecosystem health.

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