ユニオン(U)
セッション小記号ユニオン
セッションIDU-19
タイトル和文A deep dive into planetary habitability as related to subsurface architecture, energy, and water.
英文A deep dive into planetary habitability as related to subsurface architecture, energy, and water.
タイトル短縮名和文A deep dive into planetary habitability
英文A deep dive into planetary habitability
代表コンビーナ氏名和文Heather Valeah Graham
英文Heather Valeah Graham
所属和文
英文
共同コンビーナ 1氏名和文Vlada Stamenkovic
英文Vlada Stamenkovic
所属和文Jet Propulsion Laboratory
英文Jet Propulsion Laboratory
共同コンビーナ 2氏名和文鈴木 志野
英文Shino Suzuki
所属和文国立研究開発法人海洋研究開発機構
英文Japan Agency for Marine-Earth Science and Technology
共同コンビーナ 3氏名和文Atsuko Kobayashi
英文Atsuko Kobayashi
所属和文Earth-Life Science Institute
英文Earth-Life Science Institute
発表言語E
スコープ和文Investigations of the three-dimensional structure of the Earth and other planetary bodies are transforming our understanding of the distribution and age of water, fluxes of elements like carbon in and out of the subsurface, character and density of energy and the nature of habitability and its limits. We are poised to frame the important fundamental questions concerning the complexities of chemical, physical, and biological interactions in the Earth's subsurface, and by inference planetary bodies like Mars and Europa. This session considers questions related to the subsurface architecture of planets by exploring geophysical and geochemical results from experiments and observations in deep mines and boreholes as well as modeling efforts. This session addresses the nature and diversity of crustal subsurface environments and our understanding of how the subsurface changes with geographic location and depth. this could encompass studies on the variability and cycling of carbon, water, and subsurface volatiles including brines, ices, clathrates, salts, methane, and oxidants. Of particular interest are studies related to the physical and chemical controls on planetary subsurface architecture that determines the storage, transport, and interaction of fluids and gases in the interiors of Earth and other moons and planets. We also invite contributions on models of the novel subsurface energy systems required to sustain life as well as studies exploring the origin, evolution, and dispersal of subsurface life (microbial, viral, and multicellular) as compared with the surface biosphere. We welcome abstracts that consider the potential for extant life in subsurface conditions as well as the preservation of biosignatures
英文Investigations of the three-dimensional structure of the Earth and other planetary bodies are transforming our understanding of the distribution and age of water, fluxes of elements like carbon in and out of the subsurface, character and density of energy and the nature of habitability and its limits. We are poised to frame the important fundamental questions concerning the complexities of chemical, physical, and biological interactions in the Earth's subsurface, and by inference planetary bodies like Mars and Europa. This session considers questions related to the subsurface architecture of planets by exploring geophysical and geochemical results from experiments and observations in deep mines and boreholes as well as modeling efforts. This session addresses the nature and diversity of crustal subsurface environments and our understanding of how the subsurface changes with geographic location and depth. this could encompass studies on the variability and cycling of carbon, water, and subsurface volatiles including brines, ices, clathrates, salts, methane, and oxidants. Of particular interest are studies related to the physical and chemical controls on planetary subsurface architecture that determines the storage, transport, and interaction of fluids and gases in the interiors of Earth and other moons and planets. We also invite contributions on models of the novel subsurface energy systems required to sustain life as well as studies exploring the origin, evolution, and dispersal of subsurface life (microbial, viral, and multicellular) as compared with the surface biosphere. We welcome abstracts that consider the potential for extant life in subsurface conditions as well as the preservation of biosignatures
発表方法口頭および（または）ポスターセッション