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Created Tintina (rock) article - re a notable rock studied by the Mars Curiosity Rover - Enjoy! :)
 
added close-up image of Tintina (rock) - per NASA, January 19, 2013.
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{{MarsGeo
{{MarsGeo
|name=[[List of rocks on Mars#2012 .E2.80.93 .22Curiosity.22 rover .28MSL.29|Tintina Rock]]
|name=[[List of rocks on Mars#2012 .E2.80.93 .22Curiosity.22 rover .28MSL.29|Tintina Rock]]
|image=[[File:PIA16796-MarsCuriosityRover-TintinaRock-Hydration-20130119.jpg|200px]]
|image= [[File:PIA16797-MarsCuriosityRover-TintinaRock-Closeup-20130119.jpg|200px]]
|caption= "Tintina" rock on [[Mars]] – broken area reveals strong signals of [[mineral hydration]] (noted in red) - as viewed by the [[Curiosity Rover]] (January 19, 2013).<ref name="BBC-20130319">{{cite web |last=Rincon |first=Paul |title=Curiosity breaks rock to reveal dazzling white interior |url=http://www.bbc.co.uk/news/science-environment-21340279 |date=March 19, 2013 |publisher=[[BBC]] |accessdate=March 19, 2013 }}</ref>
|caption= "Tintina" rock on [[Mars]] – broken area reveals strong signals of [[mineral hydration]] - as viewed by the [[Curiosity Rover]] (January 19, 2013).<ref name="BBC-20130319">{{cite web |last=Rincon |first=Paul |title=Curiosity breaks rock to reveal dazzling white interior |url=http://www.bbc.co.uk/news/science-environment-21340279 |date=March 19, 2013 |publisher=[[BBC]] |accessdate=March 19, 2013 }}</ref>
|type=[[Rock (geology)|Rock]]
|type=[[Rock (geology)|Rock]]
|latitude=4.59
|latitude=4.59
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}}
}}
'''Tintina''' is a rock on the surface of [[Aeolis Palus]], between [[Peace Vallis]] and [[Aeolis Mons|Aeolis Mons ("Mount Sharp")]], in [[Gale (crater)|Gale crater]] on the planet [[Mars]]. The "approximate" site coordinates are: {{coord|4.59|S|137.44|E|globe:Mars}}.
'''Tintina''' is a rock on the surface of [[Aeolis Palus]], between [[Peace Vallis]] and [[Aeolis Mons|Aeolis Mons ("Mount Sharp")]], in [[Gale (crater)|Gale crater]] on the planet [[Mars]]. The "approximate" site coordinates are: {{coord|4.59|S|137.44|E|globe:Mars}}.

The rock was encountered by the ''[[Curiosity rover]]'' on the way from [[Bradbury Landing]] to [[Glenelg, Mars|Glenelg Intrique]] in January 2013.<ref name="BBC-20130319" /> The rover ran over the rock and broke it. A white surface area was revealed. When the broken white area was analyzed with the rover's [[Curiosity rover#Mast Camera .28MastCam.29|MastCam]], strong signals of [[mineral hydration]], as indicated by a ratio of [[Infrared|near-infrared reflectance]] intensities, were found.
The rock was encountered by the ''[[Curiosity rover]]'' on the way from [[Bradbury Landing]] to [[Glenelg, Mars|Glenelg Intrique]] in January 2013.<ref name="BBC-20130319" /> The rover ran over the rock and broke it. A white surface area was revealed. When the broken white area was analyzed with the rover's [[Curiosity rover#Mast Camera .28MastCam.29|MastCam]], strong signals of [[mineral hydration]], as indicated by a ratio of [[Infrared|near-infrared reflectance]] intensities, were found.
[[File:PIA16796-MarsCuriosityRover-TintinaRock-Hydration-20130119.jpg|thumb|left|150px|"Tintina" rock on [[Mars]] – broken area reveals strong signals of [[mineral hydration]] (noted in red) - as viewed by the [[Curiosity Rover]](January 19, 2013).]]

==See also==
==See also==
*[[Aeolis quadrangle]]
*[[Aeolis quadrangle]]

Revision as of 22:59, 19 March 2013

Template:MarsGeo Tintina is a rock on the surface of Aeolis Palus, between Peace Vallis and Aeolis Mons ("Mount Sharp"), in Gale crater on the planet Mars. The "approximate" site coordinates are: 4°35′S 137°26′E / 4.59°S 137.44°E / -4.59; 137.44.

The rock was encountered by the Curiosity rover on the way from Bradbury Landing to Glenelg Intrique in January 2013.[1] The rover ran over the rock and broke it. A white surface area was revealed. When the broken white area was analyzed with the rover's MastCam, strong signals of mineral hydration, as indicated by a ratio of near-infrared reflectance intensities, were found.

"Tintina" rock on Mars – broken area reveals strong signals of mineral hydration (noted in red) - as viewed by the Curiosity Rover(January 19, 2013).

See also

References

  1. ^ Cite error: The named reference BBC-20130319 was invoked but never defined (see the help page).