This text investigates the fundamental principles and mathematical frameworks governing large-scale fluid motions within the Earth's atmosphere and oceans. Rick Salmon, a recognized authority in the field, synthesizes complex physical theories into a modular instructional format. The book utilizes a rigorous mathematical approach to explain how rotation and stratification influence fluid behavior, providing a structured foundation for advanced study in geophysical fluid dynamics.

Experts frequently identify this work as a standard reference for graduate-level students and researchers in atmospheric and oceanic sciences. Readers often note the high level of mathematical rigor required to fully engage with the presented fluid dynamics models.