Acid rivers and lakes at Caviahue-Copahue Volcano as potential terrestrial analogues for aqueous paleo-environments on Mars

Keyphrases

• Mars 100%
• Paleo 100%
• Caviahue-copahue 100%
• Copahue Volcano 100%
• Terrestrial Analogs 100%
• Anhydrite 40%
• Jarosite 40%
• Schwertmannite 40%
• Photochemical Process 40%
• Soluble Sulfate 40%
• Volcanic Gases 40%
• Fe-oxidizing Bacteria 40%
• Crater Lake 20%
• Silica 20%
• Iron Oxide 20%
• Speciation 20%
• Acidification 20%
• Common Processes 20%
• Patchy 20%
• Gypsum 20%
• Sulfate Minerals 20%
• River Systems 20%
• Olivine 20%
• Hydrothermal System 20%
• Argentina 20%
• Silica Minerals 20%
• Photooxidation 20%
• Main Phase 20%
• Basaltic Rocks 20%
• Ferric Oxide 20%
• Early Mars 20%
• Fe-bearing Minerals 20%
• Hydrous Aluminium Oxide 20%
• Sheet Silicates 20%
• High Alkalinity 20%
• Surface Fluids 20%
• Mars Environment 20%
• Photoreduction 20%
• Ferricrete 20%
• Hydrothermal Reservoir 20%
• Aluminum Sulfate 20%
• Gas-water-rock Interaction 20%
• Dissolved Cations 20%
• Epsomite 20%
• Acidic River 20%
• Alunite 20%

Earth and Planetary Sciences

• Dilution 100%
• Paleoenvironment 100%
• Anhydrite 66%
• Thermal Spring 66%
• Jarosite 66%
• Schwertmannite 66%
• Volcanic Gas 66%
• Crater Lake 33%
• Phyllosilicate 33%
• Hydrothermal System 33%
• River System 33%
• River Bed 33%
• Argentina 33%
• Silica Mineral 33%
• Water-Rock Interaction 33%
• Ferricrete 33%
• Alunite 33%
• Photooxidation 33%
• Alkalinity 33%
• Photochemical Reaction 33%
• Aluminum Oxide 33%