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Originally posted by ArMaP
Originally posted by smurfy
Rocks including sedimentary can absorb moisture, or perhaps re-absorb periodically in the case of Mars in certain areas. This is the Phoenix lander's legs in the early morning,
I know, that's why I said that I haven't seen any signs of moisture in the rocks or in the ground, because I have seen it on the photos from Phoenix.
I think that the lack of signs of moisture in the ground but visible on Phoenix (and, according to some people, on Curiosity's wheels) may be a result of different temperatures, as the metal from which the rovers and landers are made reacts to temperature in a different way, being a much better temperature conductor.
Originally posted by heineken
Mars never had enough time and conditions for life as we know it to evolve.
I am not saying that microbiological life could not or is not present on the red planet..
only that looking for ancient relics or structures is only a waste of time...if people instead of wasting their time looking for such anomalies they invest the time in learning the history of Mars they would totally agree with me..
Mars had a ELE event in its early stages of development...making life impossible to evolve..research Mars canyon
Originally posted by smurfy
But they have found water frost on the ground, also at the Phoenix lander site.
This was an early morning frost, it had 'gone', (their words) by 6am. In the same area water cloud was also noticed, but at night the air dried out, and it is thought that the ground is absorbing the moisture.
Originally posted by ArMaP
True, that's why I usually make three versions of every 3D image I make: a "cross-eye" stereogram, an anaglyph and an animated GIF.
Originally posted by jeep3r
Apart from that, nobody says that potential relics or artifacts must have necessarily originated from life that was native to Mars.
4 . Though intelligent or semi-intelligent life conceivably exists elsewhere in our solar system, if intelligent extraterrestrial life is discovered in the next twenty years, it will very probably be by radio telescope from other solar systems. Evidences of its existence might also be found in artifacts left on the moon or other planets.
Originally posted by jeep3r
It does add some depth, but I think the large 3D anaglyph version with more context is better suited for analyzing the details.
Hope this helps ... !
Originally posted by ArMaP
Originally posted by smurfy
But they have found water frost on the ground, also at the Phoenix lander site.
This was an early morning frost, it had 'gone', (their words) by 6am. In the same area water cloud was also noticed, but at night the air dried out, and it is thought that the ground is absorbing the moisture.
Yes, but did that frost melt and turn into moist or did it sublimate?
Those photos of frost in the ground do not show what happened next or how the frost got there, while the frost on Phoenix's legs looks like frozen drops like the ones I just saw on my refrigerator.
Photos taken after it do not show any effects of the possible moisture.
Originally posted by jeep3r
Originally posted by ArMaP
True, that's why I usually make three versions of every 3D image I make: a "cross-eye" stereogram, an anaglyph and an animated GIF.
Feature 01
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Feature 02
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Feature 03
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Feature 04 (divided in two parts)
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The left eye image has a reduced resolution and needed to be blown up to match the cropped right eye pic. It does add some depth, but I think the large 3D anaglyph version with more context is better suited for analyzing the details.
Hope this helps ... !
edit on 20-3-2013 by jeep3r because: textedit on 20-3-2013 by jeep3r because: spelling
Originally posted by ArMaP
Originally posted by jeep3r
Apart from that, nobody says that potential relics or artifacts must have necessarily originated from life that was native to Mars.
That reminds me of the famous "Brookings report" (the real name is "Proposed Studies on the Implications of Peaceful Space Activities for Human Affairs"), because of one of the things it says:
4 . Though intelligent or semi-intelligent life conceivably exists elsewhere in our solar system, if intelligent extraterrestrial life is discovered in the next twenty years, it will very probably be by radio telescope from other solar systems. Evidences of its existence might also be found in artifacts left on the moon or other planets.
It looks like we are not alone in thinking that looking through all those rocks it's a way of trying to find something about the possibility of extraterrestrial life.
Originally posted by smurfy
Thanks Jeep for that, although it is not actually working for me as my left eye is the weaker in astigmatism and makes for some curious effects here for me, with the background looking as if over the foreground, otherwise I have 20/20 corrected vision.
Originally posted by Bigfoot73
Hi jeep3r, I hate to be pedantic but you say this is in the Sol107 Mastcam archive , well I've just been through it and couldn't find it. I'm not implying that it isn't there but do you have any record of exactly which one it is?
Originally posted by jeep3r
Originally posted by smurfy
Thanks Jeep for that, although it is not actually working for me as my left eye is the weaker in astigmatism and makes for some curious effects here for me, with the background looking as if over the foreground, otherwise I have 20/20 corrected vision.
Does the anaglyph version work for you? Just asking because I personally found it helpful and rather intriguing to see those features in 3D ...
Originally posted by Bigfoot73
I think too much is made of wind erosion (particularly as these days the atmosphere is 100 times thinner than Earth's and those are dust storms we see, not sandstorms) and muddy geological gloop doesn't account for much either.
Originally posted by Bigfoot73
I think too much is made of wind erosion (particularly as these days the atmosphere is 100 times thinner than Earth's and those are dust storms we see, not sandstorms) and muddy geological gloop doesn't account for much either.
The observation that the Mars Pathfinder landing site looks very similar to its appearance after it was deposited by catastrophic floods around 1.8–3.5 Ga allows quantitative constraints to be placed on the rate of change of the site since that time. The abundance of erosional features such as an exhumed former soil horizon, sculpted wind tails, ripplelike and other lag deposits, and ventifacts (fluted and grooved rocks) all suggest the site has undergone net deflation or loss of 3–7 cm of material (...)
Most ventifacts probably formed soon after the catastrophic flood, which likely introduced a large, fresh supply of sand-size particles distributed across the rocky plain.
Source:
Erosion rates on Mars and implications for climate change: Constraints from the Pathfinder landing Site (Abstract), M. P. Golombek N. T. Bridges, Journal of Geophysical Research (Volume 105, Issue E1, pages 1841–1853, 25 January 2000)