Deep-sea sediment cores are vital to our understanding of the past and present oceans. They record the geological history of the ocean basins, providing evidence for changing climates, emerging ...

Researchers have successfully revived algae that remained dormant underneath sediment at the bottom of the Baltic Sea for ...

In an unprecedented discovery, scientists have successfully revived algae buried beneath the Baltic Sea seabed for nearly ...

FEW geophysical problems have such important bearings as that of sampling undisturbed sediment cores of great length ... studies of the stratigraphy of deep-sea sediments, sampled in the manner ...

An exploratory expedition describes two deep ... the sediment under these conditions. These fish are unidentified. According to the authors, the warm and saline environment of the Red Sea ...

Using remotely operated submersibles and deep-sea probes, the scientists plunged into the deep-sea trenches of the Red Sea ... Additionally, the unique sediment layers found at the bottom of ...

Marine ecosystems in the deep ocean show little sign of recovery even decades after experimental mining, according to new ...

Marine life in the deep ocean can take decades to recover from the impact of deep-sea mining for rare metals, new research shows.

Due to the extreme conditions in the deep sea, its ecosystems and high biodiversity (made up mostly of small organisms living in the sediment) are particularly sensitive to disturbances.

A team of scientists led by a Brown University researcher has developed a new method for monitoring when deep sea methane deposits ... They are preserved in the sediment record and detected ...