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Cette carte conceptuelle, cree avec IHMC CmapTools, contient des informations liees a : Mars Reconnaissance Orbiter 2005, High Resolution Imager, CTX each produce Extremely Large Quantity of Digital Data, Science Goals include Identify/ Characterize Landing Sites, Near IR Spectral Mapping, CRISM each produce Extremely Large Quantity of Digital Data, Program Goals include Demonstration of New Optical Navigation Technology, Science Goals include Improved Understanding of Geologic Processes & History, Recovery of Mars Climate Orbiter Science: Seasonal cycles, Global Atmospheric Structure & Transport requires Thermal Infrared Sounder, MCS, Communication Link for Future Landers, Context for Very High Resolution Imaging, HiRISE, Near IR Spectral Mapping, CRISM has 500 Spectral Channels, Mars Reconnaissance Orbiter 2005 managed by Jet Propulsion Laboratory, Improved Understanding of Geologic Processes & History requires High Resolution Imager, CTX, Science Goals require High Rate Communications, Program Goals include Communication Link, Identify/ Characterize Landing Sites for Future Landers, Improved Understanding of Geologic Processes & History includes Evidence of Acqueous &/or Hydrothermal Activity, Near IR Spectral Mapping, CRISM has High Spatial Resolution, Recovery of Mars Climate Orbiter Science: Seasonal cycles, Global Atmospheric Structure & Transport requires Wide Angle Camera, MARCI, Improved Understanding of Geologic Processes & History requires Near IR Spectral Mapping, CRISM, Ground Penetrating Radar, SHARAD for Shallow Subsurface Mapping, Very High Resolution Imaging, HiRISE each produce Extremely Large Quantity of Digital Data