by
Grotzinger, J. P.,
Sumner, D. Y.,
Kah, L. C.,
Stack, K.,
Gupta, S.,
Edgar, L.,
Rubin, D.,
Lewis, K.,
Schieber, J.,
Mangold, N.,
Milliken, R.,
Conrad, P. G.,
Desmarais, D.,
Farmer, J.,
Siebach, K.,
Calef, F.,
Hurowitz, J.,
Mclennan, S. M.,
Ming, D.,
Vaniman, D.,
Crisp, J.,
Vasavada, A.,
Edgett, K. S.,
Malin, M.,
Blake, D.,
Gellert, R.,
Mahaffy, P.,
Wiens, R. C.,
Maurice, S.,
Grant, J. A.,
Wilson, Shelby,
Anderson, R. C.,
Beegle, L.,
Arvidson, R.,
Hallet, B.,
Sletten, R. S.,
Rice, M.,
Bell, J.,
Griffes, J.,
Ehlmann, B.,
Anderson, R. B.,
Bristow, T. F.,
Dietrich, W. E.,
Dromart, G.,
Eigenbrode, J.,
Fraeman, A.,
Hardgrove, C.,
Herkenhoff, K.,
Jandura, L.,
Kocurek, G.,
Lee, S.,
Leshin, L. A.,
Leveille, R.,
Limonadi, D.,
Maki, J.,
Mccloskey, S.,
Meyer, M.,
Minitti, M.,
Newsom, H.,
Oehler, D.,
Okon, A.,
Palucis, M.,
Parker, T.,
Rowland, S.,
Schmidt, M.,
Squyres, S.,
Steele, A.,
Stolper, E.,
Summons, R.,
Treiman, A.,
Williams, R.,
Yingst, A.,
Fabre, C.
Published in
Science
(2014)
“... by neutral pH, low salinity, and variable redox
states of both iron and sulfur species. Carbon, hydrogen...
”
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