In situ recording of Mars soundscape

Authors :: S, Maurice
B, Chide
N, Murdoch
R D, Lorenz
D, Mimoun
R C, Wiens
A, Stott
X, Jacob
T, Bertrand
F, Montmessin
N L, Lanza
C, Alvarez-Llamas
S M, Angel
M, Aung
J, Balaram
O, Beyssac
A, Cousin
G, Delory
O, Forni
T, Fouchet
O, Gasnault
H, Grip
M, Hecht
J, Hoffman
J, Laserna
J, Lasue
J, Maki
J, McClean
P-Y, Meslin
S, Le Mouélic
A, Munguira
C E, Newman
J A, Rodríguez Manfredi
J, Moros
A, Ollila
P, Pilleri
S, Schröder
M, de la Torre Juárez
T, Tzanetos
K M, Stack
K, Farley
K, Williford
P, Willis
Source :: Nature. 605(7911)
Publication Year :: 2021
Abstract: Before the Perseverance rover landing, the acoustic environment of Mars was unknown. Models predicted that: (1) atmospheric turbulence changes at centimetre scales or smaller at the point where molecular viscosity converts kinetic energy into heat

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