200

This course is intended as a broad introduction to marine science that will serve as a foundation for more advanced coursework in one or more of the disciplines introduced in this course. Topics covered in this course will include: 1) the physical geology of the earth with special emphasis on ocean basins; 2) the physical properties of water as they relate to tides, currents, waves and climate modulation; 3) the chemistry of seawater with regard to dissolved elements and gasses; and 4) a broad overview of life in the oceans. May only be used to satisfy major requirements in marine-science biology, biology, or environmental science majors. Lecture only.

This course will explore the origins and evolution of the earth (starting at the big bang/universe), the atmosphere, biology, and methodology employed to elucidate these evolutions.  Students will then apply this knowledge to modern physical and geological processes shaping the marine environment, influencing climate change, and creating the interface between the terrestrial and marine environments.  The evolution of the marine environment is an important concept as these primordial processes shaped much of what is currently studied in the oceans.  Having a clear grasp of the influence of geology, physics, and biochemistry gives insight into to modern environmental analogues.  The past is the rosetta stone to the future. 

This course will explore the origins and evolution of the earth (starting at the big bang/universe), the atmosphere, biology, and methodology employed to elucidate these evolutions.  Students will then apply this knowledge to modern physical and geological processes shaping the marine environment, influencing climate change, and creating the interface between the terrestrial and marine environments.  The evolution of the marine environment is an important concept as these primordial processes shaped much of what is currently studied in the oceans.  Having a clear grasp of the influence of geology, physics, and biochemistry gives insight into to modern environmental analogues.  The past is the rosetta stone to the future. 

Studies the interactions between marine organisms and their biotic and abiotic ocean environment, including an investigation of the distribution, abundance and diversity of organisms in the sea, the causes of these patterns and the roles of these species in marine ecosystems. The course and its companion laboratory address marine systems from an experimental perspective with an emphasis on experimental design, statistical data analysis, quantitative skills and techniques in scientific writing. Two weekend field trips are required.

Studies the interactions between marine organisms and their biotic and abiotic ocean environment, including an investigation of the distribution, abundance and diversity of organisms in the sea, the causes of these patterns, and the roles of these species in marine ecosystems. The course and its companion laboratory address marine systems from an experimental perspective with an emphasis on experimental design, statistical data analysis, quantitative skills, and techniques in scientific writing. Two weekend field trips are required.

A study of the taxonomy, ecology and behavior of marine invertebrates. Examines local fauna and habitats through field-oriented studies. Requires some Saturday field trips.

A study of the taxonomy, ecology and behavior of marine invertebrates. Examines local fauna and habitats through field-oriented studies. Requires some Saturday field trips.