Primary Convener:
Jelle Assink, Royal Netherlands Meteorological Institute

Convener:
Anna Perttu, Massey University
Junghyun Park, Southern Methodist University
Efrem Vitali, Lawrence Livermore National Laboratory

Early Career Convener:
Nora Wynn, Sandia National Laboratories

Chair:
Jelle Assink, Royal Netherlands Meteorological Institute
Anna Perttu, Massey University
Junghyun Park, Southern Methodist University
Efrem Vitali, Lawrence Livermore National Laboratory
Nora Wynn, Sandia National Laboratories

This session explores advances in research on seismoacoustic signals—acoustic and seismic waves generated by natural phenomena (e.g., earthquakes, volcanoes, severe weather) and anthropogenic sources (e.g., explosions, aircraft, industrial activity). These signals can travel long distances and couple across the Earth-atmosphere interface, offering unique insights into source processes and the propagation environment. We welcome contributions across the spectrum of seismoacoustic research, including: (1) Explosion monitoring and event discrimination, with relevance to national security and treaty verification, (2) Anthropogenic source modeling, (3) Volcano monitoring and signal characterization, (4) Development and deployment of instrumentation, (5) Numerical and theoretical modeling of seismoacoustic wave propagation and coupling, (6) Signal processing, data fusion, and interpretation methods, (7) Studies of acoustic-gravity waves and interactions with atmospheric structure, (8) AI/ML applications for large-scale data analysis or modeling. We encourage work that connects modeling with observation, integrates multiple data types, or advances capabilities in seismoacoustic monitoring at all scales.

Index Terms
3384 Acoustic-gravity waves
3285 Wave propagation
7219 Seismic monitoring and test-ban treaty verification
8419 Volcano monitoring

Cross-Listed:
NH - Natural Hazards
A - Atmospheric Sciences
V - Volcanology‚ Geochemistry and Petrology

Co-Organized Sessions:
Atmospheric Sciences

Neighborhoods:
2. Earth Interior
3. Earth Covering