“Using the submersible Alvin, scientists encountered (an) isopod swimming 3.7 miles deep, with oar-like legs as long as your ...

The article explores how deep-sea creatures adapt to extreme ocean pressures through unique evolutionary traits like flexible ...

Cell membranes from comb jellies reveal a new kind of adaptation to the deep sea: curvy lipids that conform to an ideal shape ...

Deep beneath the waves of the sea, hidden ecosystems have thrived ... (where lack of oxygen makes it difficult for many creatures to survive), and the Humboldt Current (which is an upwelling of water ...

An isopod living nearly 3.7 miles (6,100 meters) deep beneath the ocean's surface, has a very unique diet: it feeds on ...

Deep-sea creatures have cell membranes rich in unsaturated ... Unlike their shallow-water counterparts, many deep-sea fish ...

In these regions, sunlight filtering through the water from above begins to dwindle ... Regardless of their specific traits, deep-sea creatures have captured the imagination of many people ...

Using a deep-sea submersible vehicle ... Only the highly adapted and most unique creatures on Earth can survive there, and even then, much of their lives are a mystery. That’s why researchers ...

Beth Orcutt wants to learn more about life at the bottom of the ocean, to inform decision-making on deep sea mining.

What are some of the fascinating sea plants? They play an essential role in the marine ecosystem by providing food, shelter ...