The ubiquity of these microbes is not entirely surprising, but it is another example of why bacterial research is often neglected. "The first life probably emerged in deep-sea vents using hydrogen ...

Life thrives far beneath the surface, in places once thought too harsh for survival. In the shadows of Earth’s crust, tiny ...

Researchers in the Netherlands have found that a microbe from deep beneath the ocean can breathe ... But don't let their modest appearance fool you: These microbes are unlike almost anything ...

Not only are they deep beneath the sea, but they’re hard to take to the surface. Their habitat is quite cold and under high pressure, and by taking microbes to the surface, Orphan risks ...

Deep-sea mining's impact on microbes Date: January 14, 2020 Source: Bigelow Laboratory for Ocean Sciences Summary: The essential roles that microbes play in deep-sea ecosystems are at risk from ...

The manipulator arm on the remotely operated, deep-sea vehicle Jason uses an Isobaric Gas-Tight (IGT) sampler to collect samples of fluids and microbes spewing from hydrothermal vents surrounded ...

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Cold-water corals, many of which live in the dark and nutrient-poor deep sea, are thought to rely on bacteria to convert nutrients or obtain energy from chemical compounds. Baums, an evolutionary ...

Half a century after the world's first deep sea mining tests picked nodules from the seafloor off the US east coast, the damage has barely begun to heal.

Haddock believes such a device could be “empowering” for those who study deep-sea creatures that are extremely sensitive to changes in pressure and temperature, such as microbes living on ...