Abstract Since the late 80s of the past century observations from space have been intensely used to study the possibility of detecting earthquake precursors. Compared to ground observations, one obvious advantage is their global coverage. Based on previous experiments, the possible mechanisms of lithosphere-atmosphere-ionosphere coupling are discussed. Some new relations that confirm recently proposed amplification mechanisms in the atmosphere are suggested and corresponding parameters to study in future space experiments are proposed. It is concluded that given the current state of space technology, a low-cost multi-satellite mission could be realized both from scientific and technological points of view. Finally, a possible payload composition for cubesats is recommended.
Highlights Ionospheric precursors of earthquakes availability supported. Possible mechanisms of lithosphere-atmosphere-ionosphere coupling discussed. New confirmation of proposed amplification mechanism in the atmosphere suggested. List of parameters to study in future space experiments analyzed. Scientific payload for cubesats to confirm the coupling mechanism proposed.
Possibility to detect earthquake precursors using cubesats
Acta Astronautica ; 128 ; 203-209
2016-07-22
7 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Possibility to detect earthquake precursors using cubesats
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