It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Enceladus has over 90 geysers that spew plumes of salty water vapor, organic compounds and ice particles from the underground ocean into the air. These present a great opportunity for a visiting spacecraft, which would not have to land to search for life (which is much more difficult and expensive) but could simply fly through the geysers to capture samples. “The plume is coming right out of the ocean,” McKay explains, “So why would we want to land? We can get the freshest stuff, coming right from the source.” Yet even if life exists on Enceladus, it may or may not show up in plume samples. If the pelagic ocean on Earth (that is, the open water away from the shore or seafloor) is an analogue for Saturn’s icy ocean moon, then the outlook is depressing—the pelagic zone has an extremely low density of life even on our planet. “If we had this in Enceladus’s ocean, it would be very hard to even pick up an organism,” Porco says. Scientists would need to sample a ridiculously large amount of water in order to capture any organisms. Thankfully, a few months ago a microbiologist told Porco about decades-old scientific research that makes her optimistic about finding life in the plumes. At the Berkeley meeting, she described this research on a process called “bubble scrubbing” that occurs in Earth’s oceans—and it could make quite a difference in Enceladus’s geysers. It turns out that wherever bubbles rise through water, they scrub the water column so that organisms and organic materials become concentrated at the surface. And when the bubbles burst (like in ocean spray or in Enceladus’s jets), they eject those microbes in the spray. So if life exists on Enceladus, its plumes may contain a much greater concentration of organisms than the rest of its ocean—all thanks to bubbles. “Even if the ocean on Enceladus starts out being as microbially poor as the pelagic ocean on Earth, which is the worst case, we still have a chance of seeing lots of organisms in the plumes,” Porco says. Still, this scenario immediately presents another issue: A spacecraft must find a way to capture a sample without smashing the delicate organisms to bits as it makes a high-speed pass through the jets.
originally posted by: butcherguy
a reply to: lostbook
It may be habitable for Encelladians.
Too chilly for me to retire there though.
The warm spot runs about 260 degrees below zero on the Fahrenheit scale.
NASA
originally posted by: starwarsisreal
a reply to: lostbook
Sooner or later, the US will g the "shock and awe of democracy" into its inhabitants.
Or an alternative scenario would be the US mostly likely have a Secret Base there since it is said the military possess technology 40 years more advanced than what the general public owned.
originally posted by: lostbook
originally posted by: butcherguy
a reply to: lostbook
It may be habitable for Encelladians.
Too chilly for me to retire there though.
The warm spot runs about 260 degrees below zero on the Fahrenheit scale.
NASA
Might it be warmer underneath the ice where the oceans are/are predicted? I would think it were warmer if the tidal forces from Jupiter are enough to turn the ice into liquid, or maybe there's a molten core. Maybe we can build an underwater habitat there...?
There is speculation that some Moons in the solar system are actually planets.
originally posted by: IgnoranceIsntBlisss
Sooo....
Because there could be microbes in the ocean below, this mean the mooncicle should qualify as an "habitable world"?
originally posted by: butcherguy
a reply to: lostbook
It may be habitable for Encelladians.
Too chilly for me to retire there though.
The warm spot runs about 260 degrees below zero on the Fahrenheit scale.
NASA
originally posted by: HawkeyeNation
originally posted by: RedDragon
Tell more about things the oujia board told you.
lol, I was like...come on man don't leave me hanging here. Yes more information on this please!