MEPAG 2R-ISAG incorporated / Science Analysis Group / Rover International Science Analysis Group / Near 2 MAX-C / MEPAG Next Decade Science Analysis Group / Mars Exploration Program Analysis Group / ExoMars / C ExoMars MAX-C OVERALL Group / Mid-Range Rover Science Analysis Group / Mars Science Laboratory / Mary Ann Liebert Inc. / /
Currency
PEN / /
Facility
Mars Science Laboratory / Portland State University / Imperial College / Max Planck Institute / Southwest Research Institute / /
IndustryTerm
mixed-terrain site / sample transfer systems / science and hardware / gas chromatography / technology development / possible solutions / gas chromatograph mass / life marker chip / martian landing site / long-baseline stereo imaging / site search / physical and chemical biosignatures / trace gas variations / suggested new hardware / credible life search process / touchdown site / public relations / /
Organization
Portland State University / Program Office / MEPAG 2R-ISAG mission / Southwest Research Institute / ExoMars mission / Imperial College / Mars Program Office / Potential Cooperative Two-Rover Mission / Nuclear Regulatory Commission / Max Planck Institute for Solar System Research / Smithsonian Institution / National Aeronautics and Space Administration / 2R-iSAG committee / Goddard Space Flight Center / MAX-C mission / /
Person
Joel A. Hurowitz / Marguerite L. Syvertson / Anders Elfving / Jorge L. Vago / Mark A. Sephton / Sherry L. Cady / Frances Westall / John A. Grant / Michael H. Carr / MAX-C A FEW IDEAS / Daniel P. Glavin / Roger J. Phillips / Fred Goesmann / David W. Beaty / Gabriele Ori / / /
Two Rovers to the Same Site on Mars, 2018: Possibilities for Cooperative Science