There is growing alarm over climate and ecological risks of deep-sea mining, even as companies like Impossible Metals ...

The project is investigating the biological carbon pump, a key ocean process that helps remove carbon dioxide from the ...

What happens when robots explore where humans never could? A team from the University of Sydney sent AUVs to Norfolk Island’s reefs. What did they discover?

The UK Navy has tested a high-tech underwater robot capable of neutralizing seabed threats at depths beyond diver reach.

Called Locational Encoding with Neuromorphic Systems (LENS), it is set to transform how autonomous robots operate.

Scientists have, for the first time, directly observed phonon wave dynamics within self-assembling nanomaterials unlocking ...

Archaeologists have discovered a 16th-century merchant shipwreck 1.5 miles underwater off the coast of France, the deepest in ...

A drone discovered by chance what archaeologists say are the remains of a 16th-century ship more than 1.5 miles underwater ...

Shape-changing robot replicates the adaptability and capacity to endure pressure of the deep-sea creature and presents an alternative that is more nature-friendly. The authors assert that “This ...

Research shows abyssal seafloor processes are crucial for trace metal cycling, influencing ocean chemistry and enhancing our ...

Half of all people on earth experience severe water scarcity at least one month out of the year, according to the UN.