Oxygen Discovery is Ocean: something is pumping huge amounts of oxygen at the bottom of the Pacific Ocean, at depths where a lack of sunlight makes photosynthesis unattainable.
Marine Ocean Oxygen Discovery
The phenomenon was located in a province covered with ancient buildings the size of a plum called polymetallic nodules, which could recreate a role in the oxygen exhibition catalyzing the division of water molecules, the researchers question. The findings are printed in Geoscience of nature.
“There are different origins on Earth, apart from photosynthesis,” as declared by the Co -author of the research Andrew Sweetman, is a naturalist in the Scottish association of marine sciences in Oban, the United Kingdom, although the agency after this oxygen production remains a mystery. The conclusions could also be important to understand how life began, he says, as well as for the potential impact of deep water mining in the area.
The words given by them were “lovely,” says Donald Canfield, a biogeochemist from the University of Southern Denmark located in Odense. “But I find it frustrating because it presents many consultations and not many solutions.”
Sweetman and his collaborators witnessed something wrong during the field work in 2013. Researchers were examining the marine floor ecosystems in the Clarion-Clipperton area, a space between Hawaii and Mexico that is larger than India and a possible objective for the mining of nodules rich in metals. During such trips, the team eliminates a module that falls to the bottom of the sea to complete automated investigations.
Once there, the module operates cylindrical sections down to close small areas of the back of the sea, together with some seawater, and make “a sustained microcosm of the seabed,” writers write. Then, the landing calculates how the commitment of oxygen in captured seawater changes in times up to several days.
Oxygen currents
Without any photosynthetic organism that emit oxygen in the water. And with any other organism that destroys gas, oxygen commitments within the rooms should gradually fall. Sweetman has seen that it occurs in studies. He has worked in areas of the South, Arctic and Indian Oceans, and the Atlantic. Throughout the world, marine floor ecosystems owe their presence to oxygen brought. For currents of the sensation, and would quickly die if it is cut. (Most of that oxygen is created in the North Atlantic and is taken to serious oceans worldwide by a ‘global conveyor belt’).
But in the Clarion -Clipperton area, the devices showed that kidnapped water evolved more rich, not imperfect, oxygen. At first, Sweetman attributed the lessons to a detector malfunction. But the show continued to occur during the following trips in 2021 and 2022. And it was confirmed by measures with an alternative process. “Suddenly I discovered that for eight years I had lost this new potentially surprising procedure. 4,000 meters at the bottom of the ocean,” says Sweetman.
The amounts of oxygen administered are not short: the gas in the cameras reaches the highest concentrations than those observed in the outer waters rich in algae, says Sweetman. None of the other parts that Sweetman has surveyed included polymetallic nodules, indicating that these rocks have an essential role in the exhibition of this ‘dark oxygen’.
Hypothesis
As the first essay of this hypothesis, the group recreated the requirements located at the bottom of the sea. In a laboratory on your ship. They monitored samples collected from the bottom of the sea. It contained polymethallic nodules, and noticed that the marine ocean of oxygen discovery improved, at least for a while. “This process began oxygen, until a situation. Then they stop,” says Sweetman, probably because the energy that moves the division of water molecules is exhausted. This leaves the consultation where that energy comes from. If the nodules themselves functioned as batteries. Creating energy from a chemical response: they would have consumed a long time ago.
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