Oceanographic and Atmospheric Processes

Oceanography investigates how water moves through the world's oceans—from the large-scale circulation patterns that carry heat between the tropics and the poles, to smaller turbulent features like mesoscale eddies and submesoscale fronts that stir and mix the water column in ways that affect marine ecosystems and climate. Understanding processes such as tidal forcing, mixed layer dynamics, and estuarine exchange requires combining direct observations with numerical models that can simulate the ocean at multiple scales simultaneously, a challenge addressed through data assimilation techniques that blend real measurements into model predictions. A central open question is how well current models capture the fine-scale physics—particularly submesoscale processes—that govern the exchange of heat, carbon, and nutrients between the surface ocean and the deep. As the climate shifts ocean temperatures and stratification, resolving these dynamics with greater precision has become essential for reliable projections of sea level, weather patterns, and the ocean's capacity to absorb excess heat and CO₂.

Works

244,279

Total citations

2,098,352

Keywords

Oceanic ModelingOcean CirculationTidal AnalysisMesoscale EddiesMixed Layer DepthGlobal Heat Transport