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Characteristics of thunder and electromagnetic pulses from volcanic lightning at Bogoslof volcano, Alaska
ArticleAbstract: We combine global detections of volcanic lightning with acoustic and hydroacoustic data to investigaPalabras claves:explosive volcanism, infrasound, volcanic lightning, Volcano MonitoringAutores:Anderson J.F., Dziak R.P., Fee D., Haney M.M., Iezzi A.M., John J. Lyons, Johnson J.B., Kramer R.L., Lapierre J.L., Stock M., Van Eaton A.Fuentes:scopusCo-eruptive tremor from Bogoslof volcano: seismic wavefield composition at regional distances
ArticleAbstract: We analyze seismic tremor recorded during eruptive activity over the course of the 2016–2017 eruptioPalabras claves:explosive volcanism, Volcanic tremor, Volcano MonitoringAutores:Fee D., Haney M.M., John J. Lyons, Matoza R.S., McKee K.F., Mikesell T.D., Searcy C., Tepp G., Wech A.G.Fuentes:scopusConstraints on eruption processes and event masses for the 2016–2017 eruption of Bogoslof volcano, Alaska, through evaluation of IASI satellite SO<inf>2</inf> masses and complementary datasets
ArticleAbstract: Bogoslof volcano, Alaska, experienced at least 70 explosive eruptions between 12 December 2016 and 3Palabras claves:Bogoslof volcano, Explosive eruptions, IASI satellite, sulfur dioxide, Volcanic emissionsAutores:Clarisse L., Fee D., Graham N., Haney M.M., John J. Lyons, Loewen M., Lopez T., Schneider D.J., Schwaiger H.F., Searcy C., Van Eaton A., Wallace K.L., Wech A.G.Fuentes:scopusDistinguishing high surf from volcanic long-period earthquakes
ArticleAbstract: Repeating long-period (LP) earthquakes are observed at active volcanoes worldwide and are typicallyPalabras claves:infrasound, Long-period seismicity, Surf, VolcanoesAutores:Fee D., Haney M.M., John J. Lyons, Paskievitch J.Fuentes:scopusDid ice-charging generate volcanic lightning during the 2016–2017 eruption of Bogoslof volcano, Alaska?
ArticleAbstract: The 2016–2017 shallow submarine eruption of Bogoslof volcano in Alaska injected plumes of ash and sePalabras claves:Magma-water interaction, Phreatomagmatic, Surtseyan, Volcanic ash, volcanic lightningAutores:Fee D., Haney M.M., Holzworth R.H., John J. Lyons, Mastin L.G., Said R., Schneider D.J., Smith C.M., Van Eaton A.Fuentes:scopusEvolving infrasound detections from Bogoslof volcano, Alaska: insights from atmospheric propagation modeling
ArticleAbstract: Bogoslof volcano, a back-arc volcano in Alaska’s Aleutian arc, began an eruptive sequence in mid-DecPalabras claves:AVO-G2S, Bogoslof volcano, Hydrovolcanism, Infrasound propagation modelingAutores:Fee D., Haney M.M., Iezzi A.M., John J. Lyons, Schwaiger H.F.Fuentes:scopusUncertainty in Detection of Volcanic Activity Using Infrasound Arrays: Examples From Mt. Etna, Italy
ArticleAbstract: The injection of gas and pyroclastic material from volcanic vents into the atmosphere is a prolificPalabras claves:ash explosions, infrasound arrays, lava flow, Mt. Etna, volcanic degassing, Volcano infrasoundAutores:De Angelis S., Diaz-Moreno A., Fee D., Haney M.M., John J. Lyons, Wech A.G., Zuccarello L.Fuentes:scopusSeismic envelope-based detection and location of ground-coupled airwaves from volcanoes in Alaska
ArticleAbstract: Volcanic explosions and other infrasonic sources frequently produce acoustic waves that are recordedPalabras claves:Autores:Fee D., Haney M.M., John J. Lyons, Matoza R.S., Szuberla C., Waythomas C.F.Fuentes:scopusShort-Term Forecasting and Detection of Explosions During the 2016–2017 Eruption of Bogoslof Volcano, Alaska
ArticleAbstract: We describe a multidisciplinary approach to forecast, rapidly detect, and characterize explosive evePalabras claves:Alaska, Bogoslof, eruption forecasting, Hazard communication, Volcanic infrasound, volcanic lightning, Volcano Monitoring, volcano seismologyAutores:Coombs M.L., Fee D., Freymueller J.T., Haney M.M., John J. Lyons, Schaefer J.R., Schneider D.J., Schwaiger H.F., Tepp G., Wallace K.L., Wech A.G.Fuentes:scopusVolcanic seismicity beneath Chuginadak Island, Alaska (Cleveland and Tana volcanoes): Implications for magma dynamics and eruption forecasting
ArticleAbstract: Cleveland and Tana are remote volcanoes located in the central Aleutian volcanic arc on the easternPalabras claves:Aleutian volcanic arc, Caldera, eruption forecasting, Islands of Four Mountains, Mount Cleveland volcano, Open-vent volcanoAutores:Haney M.M., Izbekov P., John J. Lyons, Kaufman A.M., Nicolaysen K.P., Plank T., Power J.A., Rasmussen D.J., Roman D.C., Werner C.Fuentes:scopus