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Home / Science / "Extraterrestrial" life discovers deep subterranean point to "underground Galapagos" | Science | news

"Extraterrestrial" life discovers deep subterranean point to "underground Galapagos" | Science | news



Canada's Kidd Mine is one of the deepest areas ever explored by humanity and is home to the planet's oldest water reservoir. Basic life forms thrive in the cave and others like it, though they are shut off from the world in a state of constant darkness. Now, a research team from the University of Toronto, led by renowned geochemist and hydrogeologist Dr. Barbara Sherwood-Lollar, discovered single-cell organisms.

These sturdy creatures survive despite adversity, by feeding on the chemicals created by interactions between the bacteria reservoir and the surrounding rocks.

We have identified a growth of aquatic life in waters 2.4 km below surface.

Dr. Barbara Sherwood-Lollar

Dr. reported that we have indeed identified a growth of aquatic life in waters 2.4 km below the surface under the Canadian Shield, at a place called Kid Creek in Timmins, Ontario.

"It is literally one of the deepest and longest observatories in the world. Scientists can study the nature of water and the nature of energy, and look for life in the deep underground.

"We settled there. There are a number of metabolically different metabolisms that the microorganisms use, but all use sulphate.

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  Sulfate Reducing Microorganisms

Underground Galapagos: Canada's Kidd Creek hosts some amazing sulfate reducing organisms (Image: Getty / Wikimedia)

  One Hydrogeologist receives samples from Kid Creek.

Underground Galapagos Islands: A Hydrogeologist Gets Samples of Kid Creek [Photo: Stable Isotope Laboratory University of Toronto] [19659013] "So these are all sulphate reducing organisms."

The groundbreaking discovery helps to understand how deep water organisms can survive as scientists peer into hidden sealed caves and other areas to find the deep biosphere of the earth – the "underground Galapagos". " 19659006] A report from the Deep Carbon Observatory Est of 2018 believed that the number of deep-underground cells is five hundred thousand trillion trillion.

They weigh 300 times more than any human on the planet together.

And with low energy requirements For the organisms, many of their metabolisms have slowed down dramatically, so that the microbes can potentially survive for thousands of years without changing and provide a "window into the depths".

READ MORE: These fishes change their GENDER at least 20 times a day

Dr. Sherwood-Lollar believes that the "subterranean Galapagos" analysis is not "inappropriate" for the kind of rocks we are looking at.

She said, "The water in which these organisms live. Cracks were found.

"These are crystalline rocks, not all granites, but this is a good example to the public."

The scientist believes that research has an impact on the search for life on Mars. [19659023] Charles Darwin "tit le =" Charles-Darwin "data-w =" 590 "data-h =" 793 "/>

Underground Galapagos: In the 19th century Charles Darwin arrived at the theory of evolution by natural selection (Photo: Getty)

Dr. Sherwood-Lollar said, "I had the great pleasure of presiding over a team of 17 scientists last year and NASA's astrobiology update for the National Academy

The main theme that emerged from the discoveries of the last 10 years was its focus on the underground.

"These discoveries affect both our discoveries and the understanding of microbial communities that exist

"This can indeed be driven by the power of the water-rock reaction deep in the dark, isolated parts of our planet.

 ] Ga lapagos

Galapagos: Its isolated ter The rain is home to a variety of plant and animal species, many of which are nowhere to be found. (Photo: Getty)

"Over the past 10 to 20 years, understanding has developed that there was water on Mars at one point in time. It was a warmer, wetter climate, and any water that survives , probably survives only underground.

these wet cracks in the underground.

"Examining such environments on our planet allows us to draw conclusions about how to seek life on other planets, both on Mars and beyond."

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