Scientists lost their instruments within Antarctica’s most dangerously unstable glacier, though not before getting a glimpse ...
Green Matters on MSN
Scientists drill deeper than ever into the ocean, reveal what made Japan’s 2011 earthquake worse
A new study claims that an 80-100-foot-wide layer of clay exacerbated the 2011 earthquake.
A giant underwater canyon system in the Atlantic appears to have formed through tectonic forces rather than erosion.
The chiton was first discovered in 2024 in the Izu-Ogasawara Trench at a depth of 5,500 meters. Ferreiraella populi belongs ...
Its presence could make a minuscule fish downright jelly. Scientists were awestruck after discovering a schoolbus-sized ...
During a dive off Argentina, scientists documented a rare jellyfish discovered a little over a century ago and seldom seen since, as well as the fish that keep it company.
The "beast" Maps — called Leviathan, dragon, snake and more by some — is actually just a byproduct of the tectonic plates ...
Updated measurements from NASA’s Juno spacecraft could help researchers better understand the planet's mysterious interior, ...
The "beast" on Google Maps — called Leviathan, dragon, snake and more by some — is actually just a byproduct of the tectonic plates beneath our feet.
IFLScience on MSN
World’s deepest scientific ocean drilling reveals why the 2011 Japan earthquake was so powerful
The earthquake that killed tens of thousands of people and led to the Fukushima nuclear shutdown was amplified by a soft layer of slippery clay, according to a new study. The layer is only around ...
What is an ocean quahog? How long do they live for? Nick Baker explains the secrets behind the world’s oldest ever animal ...
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