Last year, the team made headlines when it published a paper describing how metal lumps at the bottom of the Pacific Ocean ...
The Atlantic Meridional Overturning Circulation, also known as the AMOC, is a system of deep ocean currents that function as Earth's central heating system. It sends warm water north and cold ...
The Atlantic Meridional Overturning Circulation, also known as the AMOC, is a system of deep ocean currents that acts as the Earth’s central heating system. It sends warm water north and cold ...
The shock discovery that metallic nodules could be producing oxygen in the deep sea made headlines last year – now the team ...
The Arctic Ocean (Figure 1), the smallest of the world's five major oceans, is about 4000km (2500 miles) long and 2400km (1500 miles) wide, about the size of the continental USA. It lies entirely ...
Experts have long known that the Atlantic Meridional Overturning Circulation ... denser and sinks toward the bottom of the ocean. This deep water then travels south along the seafloor, getting ...
A new Australian study has found the deep ocean circulation that forms around Antarctica could be headed for collapse over the next three decades, bringing with it significant implications for the ...
The footage gives scientists and ocean fans a rare glimpse ... “These interactions generate intricate circulation patterns that bring nutrient-rich deep water to the surface, driving high ...
The circulation system plays a "significant role ... could cool the North Atlantic and north-west Europe and transform some deep-ocean ecosystems. That could also affect temperature-sensitive ...
It suggested changes to the conveyor-belt-like Atlantic Meridional Overturning Circulation (Amoc) could cool the ocean and north-west Europe, and affect deep-sea ecosystems. A sensationalised ...
Roemmich, D. H. & Wunsch, C. Two transatlantic sections: Meridional circulation and heat flux in the subtropical North Atlantic Ocean. Deep-Sea Research I 32, 619-664 (1985). Seager, R.
Analysis of global climate patterns from past 1.5 million years reveal links between ocean circulation and climate changes.