| Name | Area of Emphasis | Institution | Baldwin, John D. | Population genetics and reproductive biology | FAU College of Science | Brooks, Randy | Marine behavioral ecology, symbiology, coral reefs | FAU College of Science | Fahimipour, Ashkaan | Understanding and modeling complex ecosystems using mathematics and data science | FAU College of Science | Garner, Austin M. | Animal functional morphology, biomechanics, behavior, and bio-inspired design | FAU College of Science | Grupstra, Carsten | Coral reef ecology and marine microbial ecology | FAU Biological Sciences | Kajiura, Stephen | Functional morphology and sensory biology of marine fish | FAU College of Science | Koch-Rose, Marguerite | Marine botany, nutrient cycling and climate change in tropical marine systems | FAU College of Science | McCoy, Michael | My research combines observational, experimental, and mathematical approaches to better understand the ecological and evolutionary processes that regulate populations, communities and ecosystems. | FAU Harbor Branch Oceanographic Institute | Milton, Sarah L. | Vertebrate anoxia tolerance, marine turtle physiology | FAU College of Science | Porter, Marianne E. | Biomechanics and functional morphology and physiology | FAU College of Science | Theisen, Tim C. | Movement patterns, population structure and physiology of marine fish | FAU College of Science | Wyneken, Jeanette | Integrative biology, comparative and functional morphology | FAU College of Science |
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| Ajemian, Matthew | Fisheries ecology and conservation | FAU Harbor Branch Oceanographic Institute |
| Beckler, Jordon | Developing and applying autonomous biogeochemical sensing technologies to constrain fundamental elemental cycling mechanisms and rates in redox environments. | FAU Harbor Branch Oceanographic Institute |
| Cherubin, Laurent | Ocean and ecosystem dynamics, and marine connectivity. Tools consist of numerical modeling and field observations using autonomous platforms such as glider and advanced aerial and underwater sensing techniques. | FAU Harbor Branch Oceanographic Institute |
| Fields, Gregg B. | Extracellular matrix biochemistry, synthetic protein design and construction | Department of Chemistry and Biochemistry |
| McFarland, Malcolm | Dynamic processes that determine the distribution, abundance and diversity of marine phytoplankton populations and communities | FAU Harbor Branch Oceanographic Institute |
| Moore, Timothy | Remote sensing | FAU Harbor Branch Oceanographic Institute |
| Nayak, Aditya | Explores a diverse range of subjects at the interface of experimental fluid dynamics and oceanography, including biophysical interactions, marine particle characterization, coastal processes, and small-scale turbulence | FAU Harbor Branch Oceanographic Institute |
| Page-Karjian, Annie | Investigating the epidemiology, pathogenesis, and disease ecology of infectious diseases and neoplasia of marine mammals and turtles. | FAU Harbor Branch Oceanographic Institute |
| Twardowski, Michael | Uses optical sensing techniques to study problems in imaging, ocean color remote sensing, harmful algal blooms, bioluminescence, oil detection, long-term and autonomous monitoring, sediment transport, and particle characterization | FAU Harbor Branch Oceanographic Institute |
| Voss, Joshua | Coral reef ecology, development of advanced molecular technologies with field-based ecological applications, molecular profiling of bacterial communities, marine conservation and management, integration within and among academic disciplines | FAU Harbor Branch Oceanographic Institute |
| Wills, Paul | Aquaculture of finfish for food and stock enhancement; development of new fish species for aquaculture | FAU Harbor Branch Oceanographic Institute |
