Plenary lectures

J01. Monitoring of the cryosphere J02. Recent large and destructive earthquakes J03. Deformation of the lithosphere: Integrating seismology and geodesy through modelling J04. Geohazard early warning systems J05. Crustal dynamics: Multidisciplinary approach to seismogenesis J06. The spectrum of fault-zone deformation processes (from slow slip to earthquake) J07. Tracking the sea floor in motion J08. Imaging and interpreting lithospheric structures using seismic and geodetic approaches J09. Geodesy and seismology general contributions

G01. Reference frames G02. Static gravity field G03. Time variable gravity field G04. Earth rotation and geodynamics G05. Multi-signal positioning: Theory and applications G06. Geodetic remote sensing G07. Global Geodetic Observing System (GGOS) and Earth monitoring services

S01. Open session S02. Anthropogenic seismicity S03. Imaging of heterogeneities in the Earth with seismic scattered waves and ambient noise S04. Historical and macroseismic studies of earthquakes S05. Preservation and usage of analog seismogram archives S06. Advancement in methodologies for CTBT monitoring S07. Strong ground motions and Earthquake hazard and risk S08. Paleoseismology and paleotsunami studies: Their potential and limitation S09. Open session: Earthquake generation process - physics, modeling and monitoring for forecast S10. Development, testing and application of earthquake forecasting models S11. Geo & space technologies to study pre-earthquake processes: Observation, modeling, forecasting S12. An interdisciplinary approach towards earthquake prediction studies S13. Earthquake source mechanics S14. Upper mantle and transition zone dynamics and structure S15. Mid-mantle structure S16. Large low shear velocity provinces and deep mantle structure S17. Outer core structure and dynamics S18. Inner core structure S19. Planetary seismology S20. Earth and planetary space and remote sensing seismology; i.e., seismology without seismometers S21. Lithospheric structure S22. Lithosphere structure and dynamics: Plate boundary deformation at lithospheric scale S23. Geoscience and society S24. Methods and instruments of experimental geothermics – application and recent evolution S25. Development and application of geothermal databases S26. Exploring connections between heat flow and tectonics S27. Geothermal energy: Ground source heat pump, hydrothermal system, and hot dry rocks