2019•AGU Fall Meeting AbstractsRequires access

Semiarid climate and upwelling hydrothermal groundwater as a driving force for silica-rich deposits in early Gale lakes on Mars

N.N. Noda, Yasuhito Sekine, Shuya Tan, Takazo Shibuya, Hidenori Genda, Robin Wordsworth

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Key concepts: Upwelling, Mars Exploration Program, Geology, Hydrothermal circulation, Groundwater, Oceanography, Earth science, Climate change

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Semiarid climate and upwelling hydrothermal groundwater as a driving force for silica-rich deposits in early Gale lakes on Mars — Research Paper | ScholarLens