Please use this identifier to cite or link to this item:
Authors: Stamenković, V.* 
Beegle, L. W.* 
Zacny, K.* 
Arumugam, D. D.* 
Baglioni, P.* 
Barba, N.* 
Baross, J.* 
Bell, M. S.* 
Bhartia, R.* 
Blank, J. G.* 
Boston, P. J.* 
Breuer, D.* 
Brinckerhoff, W.* 
Burgin, M. S.* 
Cooper, I.* 
Cormarkovic, V.* 
Davila, A.* 
Davis, R. M.* 
Edwards, C.* 
Etiope, Giuseppe* 
Fischer, W. W.* 
Glavin, D. P.* 
Grimm, R. E.* 
Inagaki, F.* 
Kirschvink, J. L.* 
Kobayashi, A.* 
Komarek, T.* 
Malaska, M.* 
Michalski, J.* 
Ménez, B.* 
Mischna, M.* 
Moser, D.* 
Mustard, J.* 
Onstott, T.C.* 
Orphan, V. J.* 
Osburn, M. R.* 
Plaut, J.* 
Plesa, A.-C.* 
Putzig, N.* 
Rogers, K. L.* 
Rothschild, L.* 
Russell, M.* 
Sapers, H.* 
Sherwood Lollar, B.* 
Spohn, T.* 
Tarnas, J. D.* 
Tuite, M.* 
Viola, D.* 
Ward, L. M.* 
Wilcox, B.* 
Woolley, R.* 
Title: The next frontier for planetary and human exploration
Issue Date: 2019
Series/Report no.: /3 (2019)
DOI: 10.1038/s41550-018-0676-9
Abstract: Exploration of the Martian subsurface, to depths from a few metres to many kilometres, offers an unprecedented opportunity to answer one of the biggest questions contemplated by humankind: was or is there life beyond Earth? Simultaneously, Mars subsurface exploration lays the foundation for self-sufficient human settlements beyond our own planet and provides an emerging potential for synergistic collaborations with the rising commercial space sector and traditional mining companies. Our understanding of the Martian subsurface and the technologies for exploring it — with a dual focus on the search for signs of extinct and extant life, and resource characterization and acquisition — have matured enough for serious consideration as part of future robotic missions to Mars.
Appears in Collections:Papers Published / Papers in press

Files in This Item:
File Description SizeFormat 
Stamenkovich et al 2019 Nat Astr.pdf822.77 kBAdobe PDFView/Open
Show full item record

Page view(s)

Last Week
Last month
checked on May 27, 2019


checked on May 27, 2019

Google ScholarTM