The world's strongest ocean current should be getting faster – instead, it is at risk of failing
Antarctica's remote and mysterious current has a profound influence on the climate, food systems and Antarctic ecosystems. Can we stop it weakening by 2050?
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What Happens If the Thermohaline Circulation Collapses?
The concept of thermohaline circulation might sound like a complex term from a science textbook, but it plays a crucial role ...
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Why the Oceans Are Absorbing More Heat Than Predicted
The Earth’s oceans, vast and mysterious, cover more than 70% of our planet’s surface. They play a critical role in regulating ...
Shifts in subtropical North Atlantic Ocean expected over the next decade
A new study analyzed nearly four decades of deep ocean observations to reveal significant cooling and freshening of deep ...
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New study reveals shift in subtropical North Atlantic Ocean over the next decade
A new study analyzed nearly four decades of deep ocean observations to reveal significant cooling and freshening of deep ...
Regional trends may explain Hadley circulation intensity discrepancy
The Hadley circulation, a fundamental component of Earth's atmospheric system, plays a crucial role in global climate ...
Antarctic Ice Melt Weakens Strongest Ocean Current, Disrupting Global Circulation
Scientists warn that Antarctic ice melt could significantly weaken a key ocean current, impacting sea levels and ecosystems.
Stanford Scientists Solve the Mystery of Antarctica’s Cooling Waters
Stanford researchers discovered that increased meltwater and rainfall account for 60% of the decades-long gap between ...
New research on Atlantic Ocean currents misrepresented online
Global warming is having an impact on Atlantic Ocean currents that could lead to significant shifts in weather patterns in ...