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1by Schröder, C., Bland, Phil, Golombek, M., Ashley, J., Warner, N., Grant, J.“... and Opportunity, as well as the Mars Science Laboratory or Curiosity rover, have accumulated evidence for wet...”
Published in Nature Communications (2016)
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2by Schröder, Christian, Bland, Phil A., Golombek, Matthew P., Ashley, James W., Warner, Nicholas H., Grant, John A.“... as the Mars Science Laboratory or Curiosity rover, have accumulated evidence for wet and habitable conditions...”
Published in Nature Communications (2016)
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3by Kling, Alexandre M., Haberle, Robert M., McKay, Christopher P., Bristow, Thomas F., Rivera-Hernandez, Frances“...Sedimentary deposits characterized by the Mars Science Laboratory Curiosity rover provide evidence...”
Published in Icarus (2019)
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4by Kling, Alexandre M., Haberle, Robert M., McKay, Christopher P., Bristow, Thomas F., Rivera-Hernandez, Frances“...Sedimentary deposits characterized by the Mars Science Laboratory Curiosity rover provide evidence...”
Published 2019
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5by Liu, Lu“... and sublimation components of the model are then coupled, along with environmental data from the Curiosity Rover...”
Published 2015
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6“... and Mineralogy (CheMin) instrument onboard the Mars Curiosity rover has detected abundant amounts (approx. 25-30...”
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7by Schröder, Christian, Bland, Phil, Golombek, Matthew, Ashley, James, Warner, Nicholas, Grant, John“... as the Mars Science Laboratory or Curiosity rover, have accumulated evidence for wet and habitable conditions...”
Published in Nature Communications (2016)
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8“...The Chemistry and Mineralogy (CheMin) instrument onboard the Mars Curiosity rover has detected...”
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