Ocean-Atmosphere Interaction and Intraseasonal Oscillations

Explore a comprehensive lecture on ocean-atmosphere interactions and intraseasonal oscillations as part of the Moist Convective Dynamics of Monsoons program. Delve into the complex dynamics of cloud clusters across various scales, from localized turbulent formations to massive organized systems like Monsoons, the Inter-Tropical Convergence Zone (ITCZ), Cyclones, and the Madden-Julian oscillation (MJO). Learn about the intricate relationships between clouds and circulation feedbacks, wave-linked vortices, and their impact on monsoon dynamics. Master key concepts in geophysical fluid dynamics of moist flows, including Shallow Water equations, Two-layer models, and moist dynamics on the equatorial beta plane. Examine the physics of convective organization, covering radiation, convective aggregation, and observational data. Gain insights into monsoon convection variability, exploring meteorological aspects, microphysics, cloud resolving models, and modern data-driven approaches to understanding and forecasting these complex atmospheric phenomena.