Vintage photos show how deep sea diving and exploration ... more intense the pressure ... mostly men between 25 and 40 who had worked in high-stakes environments—to spend months at ...

The article explores how deep-sea creatures adapt to extreme ocean pressures through unique evolutionary traits like flexible cell membranes, gelatinous bodies, and high TMAO levels. These ...

The US Navy recently completed tank tests of a new deep-diving suit called the Deep Sea Expeditionary with No Decompression (DSEND) system that is light and flexible, yet maintains sea-level ...

J ust off South Korea’s southern coast lies Jeju Island, home to a community of women divers known as Haenyeo, or “women of the sea.” These women are trained at a young age in free diving into the ...

Sea buckthorn farming is a delicate and labor-intensive process, requiring expertise and precision to ensure a high-quality harvest. Farmers use both traditional hand-picking techniques and modern ...

Looking at the structural properties of the lipid mixtures directly from the organisms at high-pressure was a crucial part of the project that helped the researchers discern that ctenophore lipidomes ...

In this latest instalment of Future Chronicles, an imagined history of future inventions, we journey to 2035, when undersea living became a reality. Rowan Hooper tells us how it happened ...

The Yellow Sea, which lies between China and Korea, is entirely in this zone at about 499 feet deep. The Statue of Liberty, at 305 feet, would become fully submerged in this zone.

Deep-sea diving can be an incredible experience with countless coral beds and marine life to explore. However, as one diver recently discovered, these explorations aren’t without their risks. A ...

Because high pressure also slows a membrane’s flow, many biologists assumed that deep-sea membranes were built the same way. But it turns out these researchers weren’t getting the full picture.

Scientists at China's Beihang University developed a tiny morphable robot to explore the ocean's depths — and it's now taken a dive into the Mariana Trench. The team successfully demonstrated ...

The article explores how deep-sea creatures adapt to extreme ocean pressures through unique evolutionary traits like flexible cell membranes, gelatinous bodies, and high TMAO levels.