宇宙惑星科学(P)
セッション小記号惑星科学(PS)
セッションIDP-PS08
タイトル和文Mars and Mars system: results from a broad spectrum of Mars studies and aspects for future missions
英文Mars and Mars system: results from a broad spectrum of Mars studies and aspects for future missions
タイトル短縮名和文Mars and Mars system
英文Mars and Mars system
代表コンビーナ氏名和文宮本 英昭
英文Hideaki Miyamoto
所属和文東京大学
英文University of Tokyo
共同コンビーナ 1氏名和文臼井 寛裕
英文Tomohiro Usui
所属和文東京工業大学地球生命研究所
英文Japan Aerospace Exploration Agency
共同コンビーナ 2氏名和文原田 裕己
英文Yuki Harada
所属和文京都大学理学研究科
英文Kyoto University
共同コンビーナ 3氏名和文Sushil K Atreya
英文Sushil K Atreya
所属和文University of Michigan Ann Arbor
英文University of Michigan Ann Arbor
発表言語E
スコープ和文A wealth of new data from the US, European, Russian, and the Asian exploration missions are contributing to improved understanding of geologic and climate evolution and the habitability of Mars. Eight spacecraft are currently operating at Mars, with six in orbit (Odyssey, MRO, MAVEN, Mars Express, Mangalyaan and TGO) and two on the surface (MSL-Curiosity and InSight), the largest number ever at any given time. In addition, Mars 2020, ExoMars and the Emirates Mars Mission are all scheduled to be launched in 2020. JAXA's MMX mission to explore Phobos, Deimos, and Mars is scheduled for a 2024 launch. This shows that the scientific community, international space agencies and the general public are committed to the exploration of the fascinating world of Mars. Synergistic investigations of ongoing or already completed missions together with modeling studies and earth-based observations are gradually revealing the nature of Earth's most closely resembling planet, which took a different evolutionary track than the other terrestrial planets. Seasonally, temporally and episodically variable phenomena seen on the surface and the atmosphere indicate that Mars is presently active. Thus, this session is planned to discuss recent results from a broad spectrum of Mars studies encompassing the interior, surface, atmosphere, plasma environment, and the Mars system including its two satellites. Abstracts on instrumentation and future mission plans are also encouraged for this session, as both the presenters and the audience would greatly benefit from ensuing discussions and feedbacks.
英文A wealth of new data from the US, European, Russian, and the Asian exploration missions are contributing to improved understanding of geologic and climate evolution and the habitability of Mars. Eight spacecraft are currently operating at Mars, with six in orbit (Odyssey, MRO, MAVEN, Mars Express, Mangalyaan and TGO) and two on the surface (MSL-Curiosity and InSight), the largest number ever at any given time. In addition, Mars 2020, ExoMars and the Emirates Mars Mission are all scheduled to be launched in 2020. JAXA's MMX mission to explore Phobos, Deimos, and Mars is scheduled for a 2024 launch. This shows that the scientific community, international space agencies and the general public are committed to the exploration of the fascinating world of Mars. Synergistic investigations of ongoing or already completed missions together with modeling studies and earth-based observations are gradually revealing the nature of Earth's most closely resembling planet, which took a different evolutionary track than the other terrestrial planets. Seasonally, temporally and episodically variable phenomena seen on the surface and the atmosphere indicate that Mars is presently active. Thus, this session is planned to discuss recent results from a broad spectrum of Mars studies encompassing the interior, surface, atmosphere, plasma environment, and the Mars system including its two satellites. Abstracts on instrumentation and future mission plans are also encouraged for this session, as both the presenters and the audience would greatly benefit from ensuing discussions and feedbacks.
発表方法口頭および（または）ポスターセッション