Marine Ecology
We have explored only a fraction of the ocean, with about 10% of marine species classified and 20% of the ocean mapped. Many discoveries remain to be made, and marine ecology is one technique to uncover new insights. The field of marine ecology, rooted in the theory of evolution, describes the mechanisms and processes that drive the diversity, abundance, and distribution of marine organisms. The goal is to document natural patterns and make predictions about how species will respond to environmental changes by investigating the relationship between the abiotic environment and biotic interactions. This course will take a deep dive into the unique challenges to life in the ocean. You will compare and contrast different marine ecosystems, such as coral reefs, kelp forests, and the deep sea. You will also practice a marine ecologist’s skillset as you design, carry out, and analyze your own research project, which will improve your scientific writing, data analysis, and communication skills. Importantly, you will connect your research and course topics to larger marine conservation issues and broader societal impacts.
One of the hallmarks of Williams-Mystic’s marine science curriculum is independent research, which involves field and laboratory investigations in a superb set of habitat choices: not far from the Williams-Mystic’s marine science laboratory are a wealth of aquatic habitats, which range from sweeping marshes to the open pounding surf of exposed Atlantic beaches. Students explore and launch research projects in marshes, tidepools, estuarine fouling and plankton communities, sandy beaches, mudflats, sandflats, subtidal bottoms, and open marine waters. Our small research boats and field equipment fleet also allow you to sample the Mystic River Estuary and Fisher’s Island Sound.