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The Physical Oceanography Division carries out research and educational initiatives to study ocean dynamics, including its movement, mixing, and interactions with the atmosphere and land. These processes operate across various scales—from microscopic turbulence to human-scale coastal waves, storm-level exchanges, and global phenomena like El Niño and climate patterns. Current research areas encompass: interactions between physical and biological ocean systems, small-to-medium scale structures, water mass formation, surface layer dynamics, satellite observations, air-sea interactions, historical ocean studies, ecosystem simulations, rising sea levels, equatorial currents, global circulation patterns, climate mechanisms, predictive modeling of currents and waves, and advancements in oceanographic instrumentation.
Ocean physics influences daily life through altered weather systems, coastal erosion, shifting carbon cycles, and rising sea levels. Beyond fundamental research, Division members actively investigate these practical applications.