Physical oceanography is a multidisciplinary science that serves as a bridge between physics, geophysics, and marine sciences. As a branch of physics, it seeks to understand the fundamental principles governing oceanic motion and heat transfer. As part of geophysics, it integrates processes that span across the ocean, atmosphere, and Earth's interior. Finally, within the context of marine sciences, it provides crucial insights into biological, chemical, and geological phenomena, as many of these processes are shaped by the dynamic physical environment.
This interconnected nature makes physical oceanography a cornerstone of ocean research. Whether studying large-scale circulation patterns that regulate Earth's climate, turbulent mixing that sustains nutrient cycles, or interactions between ocean and atmosphere that drive weather systems, researchers in this field contribute to solving pressing global challenges.
In this section, you'll find a collection of resources and tools designed to support research in physical oceanography. From observational data and numerical models to key scientific literature and collaborative projects, we provide access to the essentials for advancing knowledge in this complex discipline.