This book describes the different tools that have been developed during the last decades to explain how scientists study volcanoes. It takes into consideration volcanology as being a complex field at the interface between geology, geochemistry and geophysics and provides information about these aspects to embrace the diversity of a volcanic system. The book also provides an outlook to which direction this research is leading. It offers a hands-on experience directly useful if the reader wants to start applying the principles exposed.
1. Time-Variable Volcano Gravimetry.- 2. Monitoring volcanoes deformation based on Synthetic Aperture Radar (SAR) data.- 3. Detection and Location of Volcano-Tectonic Earthquakes.- 4. Monitoring LP & VLP seismicity.- 5. Network-based analysis of seismo-volcanic tremors.- 6. Coda wave interferometry for volcano monitoring.- 7. On the use of Infrasound in volcano monitoring and early warning.- 8. Geochemical monitoring of volcanic fluids in the 21st century.- 9. Remote monitoring of volcanic gases.- 10. Monitoring lava flows.- 11. Thermal monitoring of volcanoes from space.- 12. From eruptive histories to volcano monitoring: probabilistic eruption forecasting and volcanic hazard assessment at varying temporal and spatial scales.- 13. Prospects for forecasting volcanic eruptions after long repose.- 14. Machine learning for volcano monitoring.- 15. Monitoring Lightning and Electrification in Volcanic Plumes.- 16. Muography of Volcanoes.- 17. Fiber optic sensing for volcano monitoring and imaging volcanic processes.
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