地质学
火星探测计划
火星探测
天体生物学
乌托邦
火星登陆
撞击坑
古生物学
艺术史
物理
艺术
作者
Binlong Ye,Yuqi Qian,Long Xiao,J. R. Michalski,Yiliang Li,Bo Wu,Le Qiao
标识
DOI:10.1016/j.epsl.2021.117199
摘要
On May 15, 2021, Tianwen-1's rover Zhurong landed successfully at 109.926°E, 25.066°N, in southern Utopia Planitia on Mars. The Zhurong landing site contains a wide range of geomorphic exploration targets including troughs, raised ridges, pitted cones, mesas, sand dunes and crater ejecta. Aspects of all of these features suggest formation through interactions between volatiles, sediments, and magma. Pitted cones are invaluable windows into the subsurface and intriguing astrobiology targets for Martian life considering that they potentially formed from diapiric upwelling of fine-grained sediments (i.e. mud volcanism), a process that on Earth is often associated with methane release. The ground-penetrating radar onboard Zhurong will provide fundamentally new perspectives on the presence, distribution, and abundance of subsurface water-ice, a strategic natural resource for future crewed Mars exploration.
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