Climate Networks, Synchrony, and Data-Driven Methods in Monsoon Dynamics

Learn about climate networks, synchrony, and data-driven methods in this lecture from the Moist Convective Dynamics of Monsoons program. Explore advanced concepts in geophysical fluid dynamics, focusing on how monsoon convection organizes across various time scales. Dive into the physics of convective organization, examining everything from basic convection principles to complex cloud-resolving models. Master the understanding of monsoon convection variability through comprehensive analysis of meteorological patterns, microphysics, and modern forecasting methods. Gain insights into the behavior of cloud clusters at different scales, from localized turbulent formations to massive organized systems like the Inter-Tropical Convergence Zone (ITCZ), cyclones, and the Madden-Julian oscillation (MJO). Examine the challenges and limitations of current forecasting approaches while exploring data-driven solutions for understanding monsoon variability.