Foundations of Large-Scale Atmospheric and Oceanic Circulation

Are you curious about the massive currents that shape our planet's oceans and atmosphere? This course provides a clear, text-based introduction to the dynamics of large-scale circulations. You will gain a solid understanding of the core physical principles that drive global weather patterns and ocean currents. This includes grasping concepts like mass and momentum conservation, hydrostatic and geostrophic balance, and the use of various vertical coordinate systems. What you'll learn: * Grasp fundamental conservation and balance principles for large-scale fluid flow. * Understand the generation and dissipation mechanisms of quasi-balanced eddies. * Explore equilibrated quasi-balanced systems in atmospheric and oceanic contexts. * Apply basic computational modeling concepts to analyze fluid dynamics. * Practice working with pressure and other vertical coordinates. * Recognize key examples of oceanic and atmospheric quasi-balanced flows. This course covers the essential theoretical underpinnings of large-scale fluid dynamics, building from basic conservation laws to complex balanced systems. It is designed for beginners with no prior specialized knowledge, serving as an ideal starting point for anyone interested in Earth sciences. Begin your journey into understanding Earth's dynamic fluid systems today.