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The frost is likely an accumulation of frozen water and carbon dioxide ice. But the small, dark streaks might have resulted from avalanches of sand or patches of coarse-grained ice clear enough for the dark material below the ice to become visible. The streaks, running thousands of feet long, follow the local topographical patterns of the Martian landscape and do not appear to have a chaotic pattern of distribution.
They are likely related to the dark spots scattered throughout the image, which could have resulted from ice evaporation leaving behind dust formerly contained in the ice.
Originally posted by mikesingh
Here are a couple of HiRISE images of icy Martian dunes that contain those mysterious dark streaks in the south polar region.
Originally posted by mikesingh
Here are a couple of HiRISE images of icy Martian dunes that contain those mysterious dark streaks in the south polar region.
Images Credit: NASA/JPL-Caltech/UofA/HiRISE
The frost is likely an accumulation of frozen water and carbon dioxide ice. But the small, dark streaks might have resulted from avalanches of sand or patches of coarse-grained ice clear enough for the dark material below the ice to become visible. The streaks, running thousands of feet long, follow the local topographical patterns of the Martian landscape and do not appear to have a chaotic pattern of distribution.
They are likely related to the dark spots scattered throughout the image, which could have resulted from ice evaporation leaving behind dust formerly contained in the ice.
Cheers!
frankslog.com...
Originally posted by Lebowski achiever
Wow.. Rorschach test.. to me it says.. OIL!
Originally posted by TXMACHINEGUNDLR
Believe me your mind can make some weird stuff out of those shadows.
Originally posted by o22a6ar
Could it be the black smoke?
May 9, 2008: NASA wants Stavanger to join the space program "Constellation" The program aims at sending humans to Mars.
The invitation came from NASA Director of Technolgy Transfer Office at Lyndon B. Johnson Space Center in Houston, Michelle Brekke, during the Stavanger Regionen Næringsutviklings (the Stavanger region business development's) visit at the center wednesday.
- Previously NASA developed and patented all the technology, and later let private companies use them commersially. Now we prefer groundbreaking partnerhips with business companies, because we know that we can not invent everything ourselves, Brekke told the delegation from Stavanger.
Then she praised the scientific community and energy industry in the city, and mentiond several excamples of developments in the region which are useful in the exploration of space.
- Much of what you have made for harsh environments and for "down the hole" technology can be used and implemented by us, she said.
Director Brekke's words were flattering, but the earlier Mission Control leader pointed out that this was a very direct inquiry. To underline how serious she was, she reminded about the paper the delegates were given when they arrived. Most of them assumed that is was a copy of her speach but it turned out to be a list of what kinds of contracts NASA can make and what kind of equipment and technology they need.
On the 6th Workshop of the European Astrobiology Network Association that took place in Lyon it was presented a topic marking the difference by not trying to “Follow the Water". "Search for oil reservoirs on Mars" was the result of a deep study on the history of Mars, focused on the search for oil on the Red Planet, having into account that oil might be a reserve of organic material for potential life forms.
The topic was presented by the Portuguese Astrobiology Working Group. PAWG is currently studing the 'Mars Exobiological Potential' as part of the MAGIC project (Mars Atmospherical Geophysical and ExobIological Characterisation), financed by the FCT (Fundação para a Ciência e Tecnologia) and with the Recognised Cooperating Laboratory status for the Mars Express mission. The group, coordinated by Prof. Maria Eugénia Webb, the Portuguese representative at the European Astrobiology Network Association.
...
It was on the behalf of the PAG that Susana Direito from the Faculdade de Ciências e Tecnologia, Universidade Nova de Lisboa, kindly answered some spacEurope questions.
- Your research derives from a premise inverse to the one adopted on Earth...it deals with searching oil to find life and no to dizimate it...
- Yes, effectively. It is my oppinion that we must invest more and more on alternatives to the use of oil as fuel.
The search for oil on Mars must be done, exclusively, on a astrobiological and scientific point of view.
- What might the consequences be, for a future exploration of Mars, if studies provide proofs of the existence of oil reservoirs?
- If such happens then the key word will be “caution”. As in other space missions “caution is fundamental, because there will always be a contamination problem.
Every mission being planned will need to be ver well thought.
- Any promising results so far? Are there specific locations as serious candidates?
- It is a very promising hypothesis because a deep study of the planet was undertaken.
The candidate locations are the areas where we can find dark streaks and dark features.
The choice of one of them as a target for a potential mission depends on the technical means available and the terrain caractheristiques.
- You have made reference to the use of MOC and MGS images in your study, could you be more specific and tell us which?
- One example is the following image...
- The dark features you made reference to are not comparable to dune fields such as El Dorado...how is the distinction made?
- The dark slope streaks to which I make reference are as the one in the image example, differencing itself from the surrounding terrain due to its darker tone and appearing like liquid flows.
Originally posted by ArMaP
That is interesting, specially (to me) that part about the Portuguese Astrobiology Working Group, I was not aware of its existence.
And the scientists are from an university some 5 kilometres from where I live!