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Scientists say they've detected a gas in the clouds of Venus that, on Earth, is produced by microbial life.
The researchers have racked their brains trying to understand why this toxic gas, phosphine, is there in such quantities, but they can't think of any geologic or chemical explanation.
The mystery raises the astonishing possibility that Venus, the planet that comes closest to Earth as it whizzes around the sun, might have some kind of life flourishing more than 30 miles up in its yellow, hazy clouds.
All in all, it seems like an unlikely place for life. Nonetheless, the new report in the journal Nature Astronomy has astrobiologists and planetary scientists talking. Two different telescopes, at two different times, looked at Venus and saw the chemical signature that is unique to phosphine. If this gas is really there, Venus has either got some kind of geologic or chemical activity going on that no one understands, or alien life might be living right next door.
originally posted by: Akragon
a reply to: neoholographic
My question is how do they think life can survive on a planet with a temp of 880F...
the hottest planet in the solar system doesn't seem like a logical place to find life
Not saying it isn't possible... just hard to believe
As this bacteria thrives in its hostile environment, it is classified as a type of “extremophile”. It appears to use the sulfur and nitrate effusions to generate energy, and it’s likely that the destruction of all former life allowed it to quickly swoop in and colonize the shattered underwater volcano.
It’s long been known that there are extremophiles in every single hostile environment on the planet, from beneath the Antarctic Ice Sheet to within superheated, deep-sea hydrothermal vents.
However, this bacteria was found immediately colonizing a post-eruption surface, which is a relatively new phenomenon. Far from being wary of it, they’re even using the volcanic heat itself to help their metabolic processes operate. This mechanism, then, could even hint at how alien life on other volcanic planets and moons could exist.
Rather wonderfully, the emergence of T. veneris doesn’t just show how life finds a way to keep itself going even in the event of a devastating natural disaster. The emergence of bacteria tends to eventually support the colonization of the area by larger and more complex forms of life, and indeed, this is what the team observed at Tagoro.
How did such a major community of organisms escape our notice so long? That’s easy. It’s located on the bottom of the ocean, a place we still know far less about than the surface of Mars.
Hiding something?
originally posted by: neoholographic
originally posted by: Akragon
a reply to: neoholographic
My question is how do they think life can survive on a planet with a temp of 880F...
the hottest planet in the solar system doesn't seem like a logical place to find life
Not saying it isn't possible... just hard to believe
We find life surviving in extreme conditions. Here's an extremophile ironically called Venus Hair.
Extreme "Venus's Hair" Lifeform Found Thriving On Freshly Erupted Lava
As this bacteria thrives in its hostile environment, it is classified as a type of “extremophile”. It appears to use the sulfur and nitrate effusions to generate energy, and it’s likely that the destruction of all former life allowed it to quickly swoop in and colonize the shattered underwater volcano.
It’s long been known that there are extremophiles in every single hostile environment on the planet, from beneath the Antarctic Ice Sheet to within superheated, deep-sea hydrothermal vents.
However, this bacteria was found immediately colonizing a post-eruption surface, which is a relatively new phenomenon. Far from being wary of it, they’re even using the volcanic heat itself to help their metabolic processes operate. This mechanism, then, could even hint at how alien life on other volcanic planets and moons could exist.
Rather wonderfully, the emergence of T. veneris doesn’t just show how life finds a way to keep itself going even in the event of a devastating natural disaster. The emergence of bacteria tends to eventually support the colonization of the area by larger and more complex forms of life, and indeed, this is what the team observed at Tagoro.
www.iflscience.com...
Life finds a way so are ideas as to what is life or what pathways life can use to survive can be egocentric.
Who's to say this kind of bacteria didn't hitch a ride on one of our probes to Venus?
Well, Venus does have some massive surface pressures.
Two different telescopes, at two different times, looked at Venus and saw the chemical signature that is unique to phosphine.
How does a telescope identify chemical signatures and is it possible that more than one "thing" can have the same signature?