The Marine Science concentration as part of the B.S. in Environmental Science will provide you with a broad understanding of marine ecosystems and how they are interrelated. This course of study is meant to prepare you for graduate school in any marine field, a career in environmental monitoring, and work as a research technician for marine-based consulting firms or regulatory agencies. Through internships, independent study, and coursework, the Marine Science concentration will provide numerous opportunities for you to apply classroom learning to the field. Here, you will be able to critically think about various marine ecosystems (from the poles to the tropics) and how they function.
The College of Coastal Georgia is uniquely situated less than 10 miles from two of Georgia’s barrier islands: Jekyll Island and St. Simons Island. The extensive salt marshes, tidal inlets, and estuaries allow for endless opportunities to ask questions about the influence of tidal flow on marsh biology, chemistry, and geology. Our working relationships with the Department of Natural Resources and University of Georgia Marine Extension have further provided opportunities for students to learn about fisheries and marine ecosystem management. What better way to learn about Marine Science than by doing Marine Science on the coast? Our courses aim to provide you with hands-on, field-based experiences that allow you to explore everything from ecosystem processes to coastal formation and community dynamics. The field is right outside our doors, so we aim to take advantage of it as much as we can!
As part of the Marine Science concentration, you will take courses in Marine Biology, Oceanography, and Aquatic Biology and Ecology to dive into a greater understanding of the marine system. You will conclude your program of study with a broad understanding of how marine ecosystems such as salt marshes, estuaries, the open ocean, coral reefs, kelp forests, and mangrove forests function individually and as an ocean system. You will further understand how all of these systems are interrelated on a biological, physical, chemical, and geological level.
At every stage of your study, in addition to your other Environmental Science courses, we aim to get you out into the field, whether observing how ocean-going vessels work or witnessing how sharks are researched. Your classes will allow you to work with your classmates to conduct course-based research that prepares you with the necessary skills to do field and basic laboratory research.
When you graduate, you will be prepared for graduate school in any marine field, a career in environmental monitoring, and have the qualifications necessary to work as a research technician for marine-based consulting firms or regulatory agencies.
Learn more about what you can do with a career in Marine Science.
Kimberly Takagi is a marine environmental scientist and educator. She is particularly interested in coastal ecosystem dynamics and the role of marine invertebrates (crabs, snails, oysters, mussels, etc.) in carbon and nutrient biogeochemical cycling. In her courses, she strives to facilitate learning by immersing students in field and laboratory research approaches. She strives to develop students’ abilities to critically think about environmental processes through student-collected data and course-based research projects.
Dr. Takagi is known as a professor who deeply cares for her students, but also challenges them.
“She is one of the most caring teachers I’ve ever had,” one student said. “She believes in me, takes extra time to help me understand my mistakes, and encourages me to keep going.”
Right now, on the other side of the world is an aquatic, robotic float adopted by the College of Coastal Georgia, that is taking measurements of its environment to contribute to the understanding of one of the planet’s most important ecosystems. The float, named “Mud Skipper,” is currently underneath the surface of the Southern Ocean off the tip of Australia.
