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SM – Seismology
Programme Group Chair: Alice-Agnes Gabriel
- SM1 – General Seismology
- SM2 – Computational, Theoretical and Data-Intensive Seismology
- SM3 – Seismic Instrumentation and Infrastructure
- SM4 – Earthquake Sources, Deformation and Faulting (incl. seismotectonics, geodynamics, earthquake source physics)
- SM5 – Real-time and Time-dependent Seismology
- SM6 – Seismic Imaging (from near-surface to global scale, incl. methodological developments)
- SM7 – Crustal Fluids and Seismicity (incl. induced & triggered seismicity, volcano seismology
- SM8 – Seismic Hazard (earthquake forecasting, engineering seismology, seismic and multi-hazard assessment)
- SM9 – Co-organized Sessions
SM1 – General Seismology
SM2 – Computational, Theoretical and Data-Intensive Seismology
SM3 – Seismic Instrumentation and Infrastructure
SM4 – Earthquake Sources, Deformation and Faulting (incl. seismotectonics, geodynamics, earthquake source physics)
SM5 – Real-time and Time-dependent Seismology
Proposals are marked in red.
Session short summary:
The session explores recent advances in ambient noise seismology. Topics cover ambient seismic sources, interferometric imaging and monitoring, deformation assessment under various forces, urban seismic noise, AI-based signal processing, and interdisciplinary applications toward sustainable use.
Keywords: Ambient-noise seismology, Big data - analyses, Environmental seismology, Seismic imaging, Seismic monitoring
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SM6 – Seismic Imaging (from near-surface to global scale, incl. methodological developments)
SM7 – Crustal Fluids and Seismicity (incl. induced & triggered seismicity, volcano seismology
SM8 – Seismic Hazard (earthquake forecasting, engineering seismology, seismic and multi-hazard assessment)