Upper-Division

Introduces physical aspects of the ocean including both descriptive representations of ocean properties and dynamical processes that govern ocean circulation. Topics include measurement methods, the equation of state, the equations of motion, geostrophy, atmospheric forcing, Ekman transport, gyre circulation, western boundary currents, the global circulation, and surface gravity waves.

An introduction to the marine environment stressing the interaction of physical, chemical, geological, and biological factors in the ocean. Provides the oceanographic background needed for studies in marine biology. Students taking the prerequisite math courses concurrently may enroll in the course with permission from instructor.

An introduction to Earth's environment, particularly its oceanic and climatic components. Emphasizes interactions between chemical, physical, biological, and geological processes, and fundamentals of past, present, and future global environmental change. Provides backgrounds for specialized courses in oceanic or climatic change.

Applies fundamental physical principles to the atmosphere, cryosphere, and land surface to interpret their observed properties. Interactions between the different components of the climate system, and their role in shaping Earth's climate, are also examined.

The study of marine bacteria and their role in the marine ecosystem. Emphasis on biochemistry and physiology in relation to metabolic activity and elemental cycles, trophic interactions, and flows of material and energy in marine food webs. Students cannot receive credit for this course and Ocean Sciences 218.

An integrated study of the chemical behavior of natural waters with an emphasis on both principles and applications. Topics include chemical equilibrium, kinetics, acids/bases, oxidation/reduction, complexation, solid dissolution and precipitation, and reactions on solid surfaces.

Explores the geochemistry of the water-solid interface in the environment. Topics include: the composition of natural particles in the environment; the use of chemical equilibria and kinetics to assess the reactivity at the particle-water interface; and applications to environmental and oceanographic problems.

Provides a chemical description of the sea. Emphasizes the chemical interactions of the ocean with the biosphere, atmosphere, and lithosphere. Topics include biochemical cycles and the use of chemical tracers to study oceanic and coastal processes. Students may not receive credit for this course and OCEA 220.

Introduction to organic geochemistry with emphasis on aquatic environments. Explores how non-living organic matter shapes biogeochemical cycles by carrying and sequestering reduced carbon and major nutrients and examines influence of chemical structure and environmental factors on transport and fate of organic molecules. Provides an introduction to organic biomarkers. Students cannot receive credit for this course and course 224.

Biological description of the sea, with emphasis on processes and patterns. Topics include microbial dynamics, phytoplankton and zooplankton production, and ecology of marine food webs. Emphasis placed on understanding how physical, chemical, and geological environment shapes biology and ecology of oceans, including such topics as harmful algal blooms, global estimates of productivity, and effects of humans on environment. Students cannot receive credit for this course and Ocean Sciences 230.

The systematics, physiology, ecology, behavior, and conservation of marine birds and mammals, with emphasis on the fauna and issues of the Monterey Bay area. Lectures are complemented by laboratory and field sessions. Lab topics include taxonomy and comparative morphology. Field exercises are designed to promote development of observation and identification skills. Field trips enable students to observe unique local species in their native habitats and learn current research techniques.

Students submit petition to sponsoring agency.