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originally posted by: funbox
a reply to: Char-Lee
interesting plumes in that article ? must have missed that one, the article goes on to say they hung around for ten days , quite a long time for material cast up by a meteorite to hang about for , given that wonderful suspending power of the atmosphere
funbox
originally posted by: tigertatzen
a reply to: MarsIsRed
Oh, no worries at all...I think we're all just very passionate and sometimes that translates to aggression via the typed word. I am no different, so my apologies as well if I came across as being growly!
originally posted by: LuckyYurg
a reply to: Mianeye
Cheers for that. looking at the gigapan, it's possible that a third drip, that has dried more than the two obvious ones might be there. You'll notice the two obvious drips start in cracks or holes in the rock, there is another such crack between them, and if you look down from that crack, another drip like mark, although lighter in color, maybe it's older and not as wet. But the third one still has the look of a drip, pooled at the base
originally posted by: funbox
a reply to: MarsIsRed
20 days.. and the wind never coerced these particulates? as below? (see discussion with Phage) if it wasn't being suspended somehow , how is it that it stayed for 20 days.. given these particulates where cast up by the leading theory of a meteor strikes , but then meteor strikes wouldn't exclude material that was bigger than talcum powder
funbox
originally posted by: funbox
a reply to: anonentity
maybe a life form has found a way to survive such extremity's , it oozes its way to the surface to feed on highly energetic surface rocks
funbox
originally posted by: anonentity
a reply to: funbox
Its a good bet that something live is there. Extremophiles on Earth can live in more extreme conditions than exist on Mars. But defining what constitutes " life" could be problematic. If it Universally requires DNA. I doubt whether it would be stable enough on the surface. Even on earth at twelve thousand feet , certain plants and flowers get a dose of radiation and mutate.
Mars's surface receives more radiation than the Earth's but still blocks a considerable amount. Radiation exposure on the surface is 30 µSv per hour during solar minimum; during solar maximum, dosage equivalent of this exposure is reduced by the factor two (2). - See more at: www.mars-one.com...
Since their discovery, hydrothermal vents have overthrown many theories scientists had regarding deep sea life. The temperature of the waters surrounding these vents exceed the boiling point, but the sheer pressure of those depths prevents any bubbles from appearing. Hydrogen sulphide constantly jets out of the vents, a highly toxic substance for most life forms. However, these hellish vents are often surrounded by colonies of various wildlife, most of which obviously thrive in a toxic, sunless world.
originally posted by: funbox
a reply to: Char-Lee
interesting photos there mate , what are the chance's that two rocks on mars have similar marking/patterning's, as your rock corals ? are they some kind of sea dwelling rock filterer ? do you know if those markings on the earthly creatures are some kind of courtship markings or tubes for breathing or ??
funbox
This rapid adaptation is occurring around the world. British researchers recently analyzed more than 2,000 animal and plant species in Britain and found that many had already made significant adaptations to a changing environment.
This has led the discoverers of H. floresiensis to conclude that the species, or its ancestors, could only have reached the isolated island by water transport, perhaps arriving in bamboo rafts around 100,000 years ago (or, if they are H. erectus, then about 1 million years ago).
The species is thought to have survived on Flores at least until 12,000 years before present, making it the longest lasting non-modern human
One of the most successful alliances in the natural world often goes unnoticed. It involves either an alga or a bacterium that harvests energy from the sun to make its own nutrients. It shares this bounty with a fungus, which reciprocates by providing it with shelter. Together, the associates form a dual organism known as a lichen.
This alliance is so successful that lichens have colonised every continent, including Antarctica.
A "devil worm" has been discovered miles under the Earth—the deepest-living animal ever found, a new study says.
the green sea slug can get all of its energy from the sun, like a plant.
originally posted by: funbox
a reply to: Char-Lee
the remnants of the lake that once was , they certainly have the same look about them, maybe there's a whole subset of them
do you know how mollusc's on earth deal with temperature inversions such as we see on mars , when temperatures become freezing , could these critters lapse into a state of suspended animation *cryogenics*, until the sun comes up ?
im sure old Walt is hoping it does , in whatever winter-wonder-dreamland he's in
funbox
Despite its looks and size, it’s the world’s ranking winner at cold survival—it can stay alive (though only for a few minutes) at -459 degrees F, which is about 1 degree above absolute zero. It does this by being one of the few creatures that can survive a drop in its metabolism to 0.01 percent of normal and decrease its water content to 1 percent.
But it can take more than cold. Hearty water bears can withstand the vacuum and high radiation of outer space for at least 10 days (humans can take no more than 10 gamma-rays of radiation; water bears can survive 6,200); the pressure of the deepest sea, some 6,000 times that of the Earth’s surface (14.7 pounds per square inch); and dehydration for nearly a full decade.
So what seems improbable here on Earth Is totally possible on Mars.