Bottom volcanic volcanic volcanic Bolcanic can be home to the intense form of life

Bottom volcanic volcanic volcanic Bolcanic can be home to the intense form of life

Animals found near Mabahiss Mons Volcano in the Red Sea, including amphipods and polychaete worms

Katrin Linse

Super-salt underwater rich in carbon dioxide can host extreme life unlike any of the world.

Salt-rich water and other minerals drowned under the oceans due to the exposure and, when a depression of the sea floor is reached from the surface of the surface. These mailed brines were found in many oceans, and their unique chemical make-up – under oxygen and rich in some minerals – makes them places where severe microorganism can improve and improve.

Now, Froukeje van der Zwan In the King Abdullah University of Science and Technology in Saudi Arabia and his companions new classes in the brine pool warm, fed with water volcanoes.

In a new expedition of two water volcanoes in the red sea, Hatiba Mons and Monster Mons Dwan with a volcanic and 5 kilometers away around the sea of salted sea. They also found adjacent areas with large hydrothermal vents releasing water full of mineral about 60 ° C (140 ° F).

Sampling with robotic vehicles shows that pools are warmer than surrounding water and have high levels of metal elements such as zincese and manganese.

They are also rich in gases found in hydrothermal vents. “They are taller than CO2 as well as methane … but as opposed to other hydrothermal plants, so it is told to the bragetsed for the pragetsed Geochel Setha in Pragetsed Netsedse Geochel Connerson in Pragethel for the heart For Praethel Souched in Pragetsed for the Heart of Prage

Researchers currently analyzes microbial samples taken from pools, to see how life forms can be adapted to extreme environments. In adjacent hydrothermal vents, they found thick matters with many germs greater than others known in the sea environments, as well as polycheete worms and amphipods.

Life in the Maasty Pool can give hints of how life can improve in severe foreign environments, such as salt, rich in the sea of Jupiter in Europe. There, the ocean was trapped under a thick ice bread, but if there was a hydrothermal activity below, it could have a similar scenario of pools Van Dwan and his team found.

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