Shanghai Jiao Tong University along with multiple collaborating institutions including the University of Copenhagen and Lawrence Berkeley National Laboratory, have conducted an extensive investigation ...

Deep-sea fish adapt to some of the most extreme conditions on Earth. New research analyzing their evolution finds the same ...

Researchers descended more than 35,700 feet (10,900 meters) below sea level to collect biological samples that revealed ...

Deep-sea fish thrive in extreme pressure, darkness, and pollution, revealing new survival mechanisms and threats.

Lipidome and proteome insights into Mariana Trench snailfish adaptation to the Hadal Zone KeAi Communications Co., Ltd. Journal Water Biology and Security Funder National Natural Science ...

The deep sea, covering approximately 65% of Earth's surface, has long been considered a biological desert. In this extreme environment-particularly in ...

In this extreme environment—particularly in the hadal zone at depths greater than 6,000 ... thereby reshaping our understanding of deep-sea adaptation. Through this process, the researchers ...

In this extreme environment—particularly in the hadal zone at depths greater than 6,000 ... thereby reshaping our understanding of deep-sea adaptation. Through this process, the researchers ...

Researchers have uncovered over 7,500 new microbial species in the hadal zone, highlighting the extreme environmental adaptations of these organisms. The study suggests diverse microbial ...

Chinese scientists have identified 7,564 species of prokaryotic microorganisms — 89.4 percent of them previously unreported — during an expedition to the hadal zone, the deepest part of the ...