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There are currently three students and two postdocs supported by the OHH training grant. Their mentors can be found here.
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Daphne initially pursued her interest in marine biology as undergraduate, participating in the Boston University Marine Program at Woods Hole, MA and an internship at Scripps Institute of Oceanography in La Jolla, CA. Now a veterinarian and PhD student, Daphne has returned these roots, and is currently studying epidemiology in the marine environment and ecosystem health.
Current work
- Newly recognized and emerging coccidial disease of marine mammals
- Combining epidemiologic and ecological data to model marine ecosystem health and develop risk models for policy and management recommendations
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Sebastian Carrasco received his degree as Doctor Veterinary Medicine in 2002 from the Universidad Mayor, Chile. Following his DVM graduation, he worked in small animal practices and as a faculty research assistant at NPIC at Oregon State University. Then, Sebastian went on to earn a Master of Preventive Veterinary Medicine at the University of California, Davis. He is currently in the middle of his PhD in Comparative Pathology at UC Davis. He has always been interested in the fields of pathology and epidemiology of infectious diseases in wildlife. Sebastian is focusing his PhD research projcts on the identification of emerging zoonotic diseases in northern sea otters in Alaska.
Current work
- Investigating the role of Bartonella spp. as a cause of infective valvular endocarditis in northern sea otters
- Evaluating co-infection of Bartonella spp. with Streptococcus bovis/equinus complex in northern sea otters affected by valvular endocarditis
- Evaluating the role of Phocine Distemper Virus in mortality in northern sea otters
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Elizabeth Frame received undergraduate degrees in biology and biochemistry from the University of Washington and went on to earn a Ph.D. in Biological Oceanography from Scripps Institution of Oceanography. She has always been interested in phytoplankton physiology and harmful algal blooms. Her current postdoctoral work extends these interests to the impact of algal toxins on marine mammals.
Current work
- Refining methods for detection and measurement of algal toxins in marine mammals
- Establishing baseline data regarding algal toxin exposure in marine mammals along the west coast from California to Alaska – with emphasis on the emergence of domoic acid in Alaskan waters with respect to global climate change
- Using marine mammals as sentinel species for human health impacts due to harmful algal bloom toxin exposure
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Eric Montie received a B.S. in Zoology from the University of Rhode Island in 1993. After graduation, he continued post-baccalaureate studies in Biochemistry at Harvard University and performed an internship at the Environmental Protection Agency, studying how toxic metals affect two species of shrimp. During this time period, he volunteered in the Research and Veterinary Science Department at Mystic Marine Life Aquarium with Dr. David St. Aubin, where he became interested in the effects of environmental pollutants on marine mammals. In 1999, he received a M.S. in Environmental Toxicology from Clemson University under the supervision of Dr. Mike Hooper and Dr. Ed Pivorun; his thesis research focused on the effects of dieldrin on the biochemistry and control of cold adaptation in the deer mouse. He is currently a postdoctoral fellow at the University of South Florida.
Current work
- The intersection of marine biology, neurobiology, bioacoustics, toxicology, and conservation biology
- Particularly interested in how anthropogenic chemicals, harmful algal blooms, and noise pollution affect the sensory and neurobiology of marine wildlife.
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Jennifer Siembieda is a veterinarian and has been at the University of California in Davis since 2004 where she received her Masters in Preventative Veterinary Medicine. She will receive her PhD in September 2009 where she is studying epidemiology, biostatistics and public policy. Her dissertation project focuses on the risk of exposure to zoonotic diseases at the human-wildlife interface using wildlife hospitals as a model for exposure. Her research interests are zoonotic pathogens at the animal-human interface and international public policy.
Current work
- Refining methods for detection and measurement of zoonotic pathogens in marine birds and mammals that are most likely to interact with humans.
- Establishing baseline data regarding the zoonotic pathogens present in these animals.
- Using marine birds and marine mammals as sentinel species for pathogen pollution in the environment.
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