Space and Planetary Sciences (P)
Session Sub-categoryComplex & General (CG)
Session IDP-CG23
Title Planetary Seismology
Short Title Planetary Seismology
Main Convener Name Keisuke Onodera
Affiliation Institute for Planetary Materials, Okayama University
Co-Convener 1 Name Kiwamu Nishida
Affiliation Earthquake Research Institute, University of Tokyo
Co-Convener 2 Name Taichi Kawamura
Affiliation Universite Paris Cite Institut de physique du globe de Paris CNRS
Co-Convener 3 Name Angela G Marusiak
Affiliation University of Arizona
Co-Convener 4 Name Doyeon Kim
Affiliation Imperial College London
Co-Convener 5 Name Alice R Turner
Affiliation University of Cambridge
Session Language E
Scope Exploring planetary interiors is crucial for understanding planetary dynamics and evolution, and seismology has played a central role in the past half-century. Since the first lunar seismic observations during the Apollo missions (1969-1977), seismology has been extended to other planetary bodies, including Mars and even a comet. Today, we are entering a renewed golden age of planetary seismology, marked by InSight (Mars: 2018-2022), followed by Chandrayaan-3 (Moon: 2023), with upcoming missions such as Chang'e-7 (Moon: 2026), Lunar Environmental Monitoring Station (Moon: 2026), Farside Seismic Suite (Moon: 2027), and Dragonfly (Titan: 2030s). In this context, this session aims to share the latest scientific progress in planetary seismology with the Earth and planetary science community and promote future seismic investigations. We invite contributions spanning the wide scope of planetary seismology from seismic sources, wave propagations, surface to the upper mantle structures, laboratory-scale experiments, to even planetary analog studies under extreme terrestrial conditions with relevance to extraterrestrial applications. The presentations about the deep interiors/internal dynamics are encouraged to submit to “Planetary interiors revealed by observations, experiments, and simulations” session.
Session Format Orals and Posters session