Publications
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Unique seismic and eruption precursors to the 1996 and ongoing magmatic eruptions of Popocatépetl: Coupled and fluidized bed events Unique seismic and eruption precursors to the 1996 and ongoing magmatic eruptions of Popocatépetl: Coupled and fluidized bed events
We describe three unique types of seismicity at Popocatépetl volcano that accompanied the initial vent-clearing eruptive activity in December 1994 through the eruption of the first two domes in 1996. We identify and describe two types of coupled events, 1) spasmodic burst coupled events, a burst of volcano tectonic (VT) events coupled with a large eruptive explosion (21 December 1994 and...
Authors
Wendy A. McCausland, Gema V. Caballero-Jimenez, Enrique Guevara-Ortiz, Nancy Trujillo-Castrillón, Carlos M. Valdés-González, Ángel Gómez-Vázquez, Hugo Delgado-Granados, Alejandra Arciniega-Ceballos, Randall A. White
Introduction to recommended capabilities and instrumentation for volcano monitoring in the United States Introduction to recommended capabilities and instrumentation for volcano monitoring in the United States
Authors
Ashton F. Flinders, Jacob B. Lowenstern, Michelle L. Coombs, Michael P. Poland
Seismic techniques and suggested instrumentation to monitor volcanoes Seismic techniques and suggested instrumentation to monitor volcanoes
Authors
Weston A. Thelen, John J. Lyons, Aaron G. Wech, Seth C. Moran, Matthew M. Haney, Ashton F. Flinders
Special topic—Rapid-response instrumentation Special topic—Rapid-response instrumentation
Introduction
Authors
Ashton F. Flinders
Special topic—Unoccupied aircraft systems Special topic—Unoccupied aircraft systems
Introduction
Authors
Angela K. Diefenbach
Special topic—Boreholes Special topic—Boreholes
Authors
Shaul Hurwitz, Jacob B. Lowenstern
Special topic—Eruption plumes and clouds Special topic—Eruption plumes and clouds
chapter G, this volume; Orr and others, 2024), (3) weather radar, (4) volcanic lightning detection, and (5) ground-based ash sensors and sampling. Explosive eruptions can be detected by a variety of geophysical monitoring, including infrasound (see chapter C, this volume; Lyons and others, 2024) and seismicity (see chapter B, this volume; Thelen and others, 2024). However, those methods...
Authors
David J. Schneider, Alexa R. Van Eaton
Monitoring marine eruptions Monitoring marine eruptions
Authors
Gabrielle Tepp
Monitoring lahars Monitoring lahars
Authors
Weston A. Thelen, John J. Lyons, Alexandra M. Iezzi, Seth C. Moran
Tracking surface changes caused by volcanic activity Tracking surface changes caused by volcanic activity
chapter L, this volume; Diefenbach, 2024).
Authors
Tim R. Orr, Hannah R. Dietterich, Michael P. Poland
Streams, springs, and volcanic lakes for volcano monitoring Streams, springs, and volcanic lakes for volcano monitoring
chapter K, this volume, on boreholes; Hurwitz and Lowenstern, 2024). Although inferred to be common, relatively few volcano-hydrology anomalies are well documented, and many are essentially anecdotal (Newhall and others, 2001), reflecting the fact that high-resolution time series remain rare. Extreme examples include the 2008 eruption of Nevado del Huila, Colombia, where relatively minor
Authors
Steven E. Ingebritsen, Shaul Hurwitz
Volcanic gas monitoring Volcanic gas monitoring
Authors
Jennifer L. Lewicki, Christoph Kern, Peter J. Kelly, Patricia A. Nadeau, Tamar Elias, Laura E. Clor