← Back to Sessions

Room: Kahtnu 2

Date: 5/3/2024

Session Time: 8:00 AM to 9:15 AM (local time)

Seismology has long been the primary means through which to study and monitor the movement of magma and other fluids in active volcanic systems. However, despite decades of seismic monitoring at volcanoes, answers to important questions about the ascent of magma, the circulation of fluids within volcanic systems, and how these phenomena are reflected in geophysical signals, remain elusive. In recent decades, improvements in instrumentation and processing techniques have led to the widespread use of additional geophysical tools capable of tracking fluid movement, including infrasound, high-rate GPS, InSAR and gravity. These tools, often used in concert with seismological techniques, have brought forth many new insights that were previously unknown. We seek submissions that showcase the breadth of interdisciplinary geophysical monitoring and study of active volcanoes using any of the methods described above or other interdisciplinary approaches. We encourage contributions that emphasize advances in numerical modeling or machine learning, feature new instrumentation or analytical methods, and/or provide novel insights into the physical processes controlling fluid movement or other volcanic signals. 

Conveners:
Josh Crozier, U.S. Geological Survey (jcrozier@usgs.gov)
Ricardo Garza-Giron, Colorado State University (rgarzagi@ucsc.edu)
Margaret Glasgow, U.S. Geological Survey (mglasgow@usgs.gov)
Alicia Hotovec-Ellis, U.S. Geological Survey (ahotovec-ellis@usgs.gov)
John J. J. Lyons, U.S. Geological Survey (jlyons@usgs.gov)
Diana Roman, Carnegie Science (droman@carnegiescience.edu)

Oral Presentations