Notre suite pour un soir😉 . . #roomwithaview #visitmorocco #tissint #desertmarocain #marocmoto #akkanaitsidi (à Campement Akka Naït Sidi Sud Maroc) https://www.instagram.com/p/CV1IBbGsbkr/?utm_medium=tumblr
seen from Netherlands
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Notre suite pour un soir😉 . . #roomwithaview #visitmorocco #tissint #desertmarocain #marocmoto #akkanaitsidi (à Campement Akka Naït Sidi Sud Maroc) https://www.instagram.com/p/CV1IBbGsbkr/?utm_medium=tumblr

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my room last night at Akka Niat Sidi desert camp near #tissint #morocco (at Campement Akka Naït Sidi Sud Maroc) https://www.instagram.com/p/B3AqaZ2BPKn/?igshid=290jbaokyupy
#renebauerphotography #travel #morocco #antiatlas #tissint #kasbahtissint #honda #hondaafricatwin #hondaafricatwinadventuresports #motorbike #motorbiketrip #adventure #town #tea #teaceremony #morrocaintea #minttea #sweet #break #teabreak (hier: Tissint, Tata, Morocco) https://www.instagram.com/p/BnYaYIog4F0/?utm_source=ig_tumblr_share&igshid=1guumo7mce0rv
"Koolstof in Marsmeteoriet toch niet van biologische herkomst"
Vorige week bracht AstroBlogs het bericht dat een Marsmeteoriet, die in 2011 in Marokko neerplofte, mogelijk bewijs voor leven zou kunnen bevatten. Deze zogenaamde Tissint-meteoriet bevat namelijk sporen van een koolstofrijke vloeistof die ooit op Mars zou hebben gestroomd – koolstof dat een biologische herkomst zou kunnen hebben. Bovendien blijkt het gehalte tussen verschillende koolstofisotopen in de meteoriet niet overeen te komen met dat van de Marsatmosfeer – volgens de onderzoekers een aanwijzing dat het koolstof een biologische herkomst zou moeten hebben. Andere wetenschappers vinden dit bewijs te mager – Carl Sagan zei immers al “dat buitengewone claims buitengewoon bewijs nodig hebben”. En inderdaad is een ander team van onderzoekers, die ook het koolstof van de Tissint-meteoriet bestudeerd hebben, van mening dat het koolstof een vulkanische herkomst zou kunnen hebben. Immers, “koolstofrijke vloeistoffen kunnen gevonden worden in bepaalde vulkanische rotsen op aarde, en nooit heeft iemand beweerd dat dit koolstof een biologische herkomst heeft”, aldus een criticus. “Verder kan ook “besmetting” door organisch materiaal op aarde niet uitgesloten worden”. Nou, we wachten rustig op de tegenargumenten.
Astroblogs: http://www.astroblogs.nl/2014/12/08/koolstof-marsmeteoriet-toch-niet-van-biologische-herkomst/
Martian Meteorite Unlocking Secrets of the Red Planet A meteorite that landed in Morocco in July 2011 is helping unlock the secrets of the red planet. The Tissint meteorite was originally formed on Mars around 600 million years ago. This was a typical martian volcanic rock until it was launched off the red planet by an asteroid impact. University of Alberta researcher Chris Herd estimates this rock traveled through space from between 700,000 and 1 million years before the earth happened to get in the way. The research team was able to match trace gases from the meteorite to samples taken by the Viking lander in 1976. This finding leads to the question, if the gases from Mars can survive in a meteorite after an impact, traveling billions of kilometers, and a million years in space, what else might be able to survive. Panspermia is the theory that life, or the ingredients for life, can be spread by impact ejecta, like the Tissint meteorite, asteroids, or comets. Organic chemistry is known to be common in space; amino acids have even been found in meteorites on earth. But could a life form survive all this? It is still up for much debate but the idea is gaining more and more acceptance the more we learn. -AW Sources/Extra Reading http://science.time.com/2012/10/11/could-martian-bacteria-have-seeded-earth/ http://www.sciencedaily.com/releases/2012/10/121011141439.htm

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I held a piece of Mars today.
From the Tissint meteorite, which fell east of Tata, Morocco, on July 18th, 2011. This fragment was blasted from the surface of Mars some 700,000 years ago. Most martian meteorites have been collected in Antarctica some time after their initial fall to earth, but because the Tissint meteorite was collected soon after its collision with our planet, scientists are better able to study elements within its structure that reflect atmospheric, surface, and interior qualities of Mars. This meteorite is the first to indicate the presence of moisture on Mars, due to weathering caused by liquid found within this specimen.
tl;dr saw the first possible evidence of water on Mars and my brain exploded.
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Tissint, Morocco
Tissint, Morocco