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That’s what you will find out after reading this story:
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Underwater pigeon exceeding 31,000 feet below sea level was abolished to explore the deepest ocean region, the Hadal area.
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The research team has discovered whole miles of chemosynthesis communities living without sunlight.
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Researchers found 7564 types of prokaryotic microorganisms, most of which have never seen.
Life is awesome. It survived everything from the effects of the asteroid to the age of the ice to the continent’s drift and just continuing to crush. It even manages to exist and flourish in the deepest ocean in the world, without any sunlight.
Recently, underwater (not a robot, but the one with real people inside), this truth has focused on sharp attention when more than 31,000 feet dived into the deepest trench in the world. The mission, which, in its duration, in total, the 17 scientists immersed themselves in the subgroup of the subgroup, which could be the largest chemosynthetic community on Earth, and uncovered thousands of new types of microorganisms. The results of the study were published in the magazine Nature.
To truly understand what was there, the research team took a pilot underwater underwater Fendouzhe-In the world of people occupied by people (HOV) that can take and conduct research conducted in this study–Up to 31,200 feet of depths in places such as Kuril-Kamchatka trench and Western aleut trench. In general, they managed to identify 7,564 types of prokaryotic microorganism, of which more than 89 percent were never visible.
The Hadal area has some of the least researched and understood Earth environments. Communities of these extreme deep water forms are supported by non -sunlight, which cannot even begin penetration into the depth of the Hadal Zone, but in hydrogen sulfide and methane fluids along the faults that break their path through the deep sediments found in the trenches.
“Given the geological similarities with other Hadal trenches, such communities based on chemosynthesis may be more common than previously expected,” the authors wrote. “This conclusion is challenging the current models of life under extreme boundaries and carbon cycling in the deep ocean.”
But it is clear that even these extremes will win life. The diversity of trenches is believed to be equal to the rest of the known sea world.
The first people, descending to some of the deepest dots in various trenches, were afraid of experience. And scientific potential.
“Diving underwater was an extraordinary experience, such as traveling over time,” said Mengran two, author of the Chinese Academy of Sciences Academy The vocabulary; “Every descent took me to a new sphere of deep sea. Being a diving scientist, no one is comparable to the excitement through the observation window with my own eyes.”
“The presence of these chemosynthetic ecosystems,” he continued, “arguing for long-term assumptions about the potential of life at extreme depth.”
Xiao Xiang, a scientist of Mariana Trenchy’s Environmental and Ecology Research and Professor of Life Sciences and Biotechnology at Shanghai Jiao Tony University, said. China daily The fact that these deep -sea organisms can be a huge advantage of science. “Our study has shown that the Hadal Zone microbes have an extraordinary innovation and diversity, showing the enormous potential of Hadal microorganisms in relation to new genes, new structures and new functions.”
“Such resources,” Xiang continued, “it can be a new opportunity to solve the dilemma of global biological resources and also open up the prospects of innovative application in biotechnology, medicine and energy, among other things. ‘
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