300

A study of the physical properties of seawater, global heat balance, hydrodynamics, ocean currents, waves, tides, and underwater sound and optics. Lecture only.

Introduction to marine organisms, factors controlling their distribution and abundance, and the adaptations to and interactions with their environment. This course will emphasize the importance of trophic interactions in biogeochemical cycling, carbon flow, productivity and climate control. At least one weekend field excursion will be required.

Introduction to marine organisms, factors controlling their distribution and abundance, and the adaptations to and interactions with their environment. This course will emphasize the importance of trophic interactions in biogeochemical cycling, carbon flow, productivity and climate control. At least one weekend field excursion will be required.

Studies the ecology, physiology and communities of marine primary producers with emphases on Tampa Bay and the Gulf of Mexico. Topics explored are phytoplankton, benthic macroalgae, mangroves, seagrass and saltmarsh communities.

Studies the ecology, physiology and communities of marine primary producers with emphases on Tampa Bay and the Gulf of Mexico. Topics explored are phytoplankton, benthic macroalgae, mangroves, seagrass and saltmarsh communities.

This course examines coral reef ecosystems, including their biology, ecology, geologic setting, the chemical and physical characteristics, and the impact of global climate change on this ecosystem type. Immediately after the end of the spring semester, students will participate in a 14-day Study Abroad experience at the Roatan Institute of Marine Sciences on the island of Roatan in Honduras.