Role of geobiology in the astrobiological exploration of the Solar System

Keyphrases

• Solar System 100%
• Geobiology 100%
• Mars 80%
• Liquid Water 60%
• Astrobiology 40%
• Chemical Energy 40%
• Energy Sources 40%
• Life Form 40%
• Outer Solar System 40%
• Technological Tools 20%
• Habitable Zone 20%
• Atmospheric Composition 20%
• Europe 20%
• System Support 20%
• Conductor-like Screening Model for Real Solvents (COSMO-RS) 20%
• Interdisciplinary Science 20%
• Search for Life 20%
• Conceptual Model 20%
• Fossil Record 20%
• Hydrocarbons 20%
• Origin of Life 20%
• Microbial Processes 20%
• Saturn 20%
• Deep Biosphere 20%
• Subsurface Biosphere 20%
• Genomic Studies 20%
• Enceladus 20%
• Nutrient Availability 20%
• Chemical System 20%
• Surface Life 20%
• Chemical Activity 20%
• Disequilibrium 20%
• Icy Satellites 20%
• Geomorphic Evidence 20%
• Surface Environment 20%
• Biosphere 20%
• Deep Subsurface 20%
• Molecular Study 20%
• Surface Composition 20%
• Geological Environment 20%
• Reduced Compounds 20%
• Geomicrobiology 20%
• Hydrothermal Environment 20%
• Microbial Life 20%
• Hydrosphere 20%
• Ganymede 20%
• Last Common Ancestor 20%
• Carbon-sulfur 20%
• Global Biogeochemical Cycles 20%
• Giant Impact 20%
• Callisto 20%
• Source Radiation 20%
• Early Archean 20%
• Exploration Strategy 20%
• Terrestrial Life 20%
• Liquid Methane 20%
• Hadean 20%
• Search for Extraterrestrial Life 20%
• Chemotrophic 20%
• Distribution Potential 20%
• Saline Brine 20%
• Interior Zone 20%
• Thermophilic Microbial Community 20%
• Alternative Solvents 20%
• Mars Satellites 20%
• Model Evidence 20%
• Environmental Extremes 20%
• Evolutionary Potential 20%
• Mesophilic 20%
• Oxidation Compounds 20%
• Inorganic Chemicals 20%

Physics

• Exobiology 100%
• Chemical Energy 100%
• Atmospherics 50%
• Habitable Zone 50%
• Extraterrestrial Life 50%
• Icy Satellite 50%
• Methane 50%
• Hydrosphere 50%
• Inorganic Compound 50%
• Mars Satellite 50%
• Radiation Source 50%

Earth and Planetary Sciences

• Radiation Source 14%