Page 2: Research news on ocean currents

Ocean currents are large-scale, persistent movements of seawater driven primarily by wind stress, density gradients (thermohaline circulation), Earth’s rotation, and basin geometry. They form interconnected surface and deep circulatory systems that redistribute heat, salt, nutrients, and dissolved gases across ocean basins. Major surface currents, organized into gyres, are largely wind-driven and Coriolis-deflected, while deep currents follow density-controlled pathways linked to water mass formation at high latitudes. Ocean currents modulate regional and global climate, influence marine biogeochemical cycles, and are central to coupled ocean–atmosphere dynamics represented in numerical circulation and climate models.

Ocean currents shape fish survival in South Georgia's fjords

Scientists have uncovered how changing ocean currents in South Georgia's fjords could affect the survival of young mackerel icefish. The species is a key component of the island's rich marine ecosystem and is an important ...

How ship's logs have shaped our understanding of the sea

What drives a wealthy Danish-Norwegian general to delve into ship's logs and become almost obsessed with understanding ocean currents in the 1800s? And why has this amateur researcher remained unknown until now?

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