Marine scientists apply scientific skills in the natural and physical sciences to protect ocean and coastal environments and solve modern, global problems. Our oceans account for more than 96 percent of the world's water, and few of the world's coastlines are beyond the influence of human pressures. The coastal environmental processes emphasis concentrates on environments and systems in the coastal zone, and the strong physical-biological connection that exists here, the marine environmental chemistry emphasis spotlights major themes in marine chemistry, geochemistry, the carbon cycle and contaminant fate and transport. Coursework in mathematics, chemistry, physics, biology and earth sciences lays the foundation for core curriculum in marine science. The coastal environmental processes emphasis provides mastery through coursework highlighting the critical terrestrial-marine interface and fundamental physical processes in the coastal zone. The marine environmental chemistry emphasis includes advanced coursework in topics such as chemistry, environmental toxicology, civil and environmental engineering, hydrology or wildlife, fish and conservation biology. The major concludes with a capstone research course.
In this major, students will be exposed to the foundation disciplines within marine science (biology, chemistry, geology, physics) as well as modern issues facing marine and coastal environments, e.g., climate change, pollution, carbon cycling, and conservation. The major requires field experience, independent research or internship, and concludes with a capstone course featuring current research in marine science. These integrative experiences will require students to synthesize the interdisciplinary topics that they have encountered through this degree program.