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1D-velocity structure and seismotectonics of the Ecuadorian margin inferred from the 2016 Mw7.8 Pedernales aftershock sequence
ArticleAbstract: On April 16th 2016 a Mw 7.8 earthquake ruptured the central coastal segment of the Ecuadorian subducPalabras claves:2016 Pedernales earthquake, aftershock sequence, ECUADOR, Regional moment tensor, subduction zone, Velocity modelAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Charvis P., Edwards B., Garth T., Hoskins M.C., Jean Mathieu Nocquet, León-Ríos S., Lynner C., Mario C. Ruiz, Meltzer A., Regnier M.M., Rietbrock A., Rolandone F., Soto-Cordero L., Yvonne FontFuentes:scopus3D Local Earthquake Tomography of the Ecuadorian Margin in the Source Area of the 2016 Mw 7.8 Pedernales Earthquake
ArticleAbstract: Based on manually analyzed waveforms recorded by the permanent Ecuadorian network and our large aftePalabras claves:aftershocks, ECUADOR, megathrust earthquake, Seismic tomography, subduction zone, velocity structureAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Bie L., Charvis P., Galve A., Hoskins M.C., Laigle M., León-Ríos S., Mario C. Ruiz, Meltzer A., Oregioni D., Rietbrock A., Silvana Hidalgo, Woollam J., Yvonne FontFuentes:scopusTriggered crustal earthquake swarm across subduction segment boundary after the 2016 Pedernales, Ecuador megathrust earthquake
ArticleAbstract: Megathrust ruptures and the ensuing postseismic deformation cause stress changes that may induce seiPalabras claves:aftershocks, earthquake swarm, megathrust rupture, postseismic deformation, triggered seismicity, upper plate deformationAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Charvis P., Hoskins M.C., Jean Mathieu Nocquet, León-Ríos S., Lynner C., Mario C. Ruiz, Meltzer A., Regnier M.M., Rietbrock A., Rolandone F., Sandro Vaca, Soto-Cordero L., Stachnik J.C., Stephen Hernández, Yvonne FontFuentes:scopusUpper-plate structure in Ecuador coincident with the subduction of the Carnegie Ridge and the southern extent of large mega-thrust earthquakes
ArticleAbstract: The Ecuadorian convergent margin has experienced many large mega-thrust earthquakes in the past centPalabras claves:Crustal Imaging, crustal structure, Seismic noiseAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Charvis P., Hoskins M.C., Koch C.D., Lynner C., Mario C. Ruiz, Meltzer A., Porritt R.W., Regnier M.M., Rietbrock A., Soto-Cordero L., Stachnik J.C., Yvonne FontFuentes:scopusRepeating Earthquakes at the Edge of the Afterslip of the 2016 Ecuadorian M<inf>W</inf> 7.8 Pedernales Earthquake
ArticleAbstract: Repeating earthquakes repeatedly rupture the same seismic asperity and are strongly linked to aseismPalabras claves:afterslip, Cross Correlation, match filtering, Pedernales, repeating earthquakes, SubductionAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Chalumeau C., Charvis P., De Barros L., Galve A., Hoskins M.C., Jean Mathieu Nocquet, León-Ríos S., Lynner C., Mario C. Ruiz, Meltzer A., Mónica Segovia, Regnier M.M., Rietbrock A., Rolandone F., Sandro Vaca, Soto-Cordero L., Stephen Hernández, Yvonne FontFuentes:scopusRidge subduction and afterslip control aftershock distribution of the 2016 Mw 7.8 Ecuador earthquake
ArticleAbstract: We characterise the aftershock sequence following the 2016 Mw = 7.8 Pedernales earthquake. More thanPalabras claves:aftershock, afterslip, Carnegie ridge, ECUADOR, seafloor relief, SubductionAutores:Agurto-Detzel H., Alexandra P. Alvarado, Ambrois D., Beck S.L., Charvis P., Courboulex F., De Barros L., Deschamps A., Hoskins M.C., Jean Mathieu Nocquet, León-Ríos S., Lynner C., María José Hernández, Mario C. Ruiz, Meltzer A., Mercerat E.D., Michaud F.A., Paulatto M., Regnier M.M., Rietbrock A., Rolandone F., Soto-Cordero L., Stephen Hernández, Yvonne FontFuentes:scopusStructural Control on Megathrust Rupture and Slip Behavior: Insights From the 2016 Mw 7.8 Pedernales Ecuador Earthquake
ArticleAbstract: The heterogeneous seafloor topography of the Nazca Plate as it enters the Ecuador subduction zone prPalabras claves:aftershock sequence, megathrust rupture, subduction zone earthquakesAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Bergman E., Charvis P., Hayes G.P., Hoskins M.C., Jean Mathieu Nocquet, León-Ríos S., Lynner C., Mario C. Ruiz, Meltzer A., Regnier M.M., Rietbrock A., Rolandone F., Soto-Cordero L., Stachnik J.C., Stephen Hernández, Yvonne FontFuentes:scopusStructure of the Ecuadorian forearc from the joint inversion of receiver functions and ambient noise surface waves
ArticleAbstract: The Ecuadorian forearc is a complex region of accreted terranes with a history of large megathrust ePalabras claves:Crustal Imaging, crustal structure, Joint inversion, Seismicity and tectonics, SOUTH AMERICAAutores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Charvis P., Delph J., Hoskins M.C., Koch C.D., Lynner C., Mario C. Ruiz, Meltzer A., Regnier M.M., Rietbrock A., Soto-Cordero L., Stachnik J.C., Yvonne FontFuentes:scopusThe 2016 M<inf>w</inf> 7.8 pedernales, Ecuador, earthquake: Rapid response deployment
ReviewAbstract: The April 2016 Pedernales earthquake ruptured a 100 km by 40 km segment of the subduction zone alongPalabras claves:Autores:Agurto-Detzel H., Alexandra P. Alvarado, Beck S.L., Charvis P., Hoskins M.C., León-Ríos S., Lynner C., Mario C. Ruiz, Meltzer A., Mercerat E.D., Porritt R.W., Portner D.E., Regnier M.M., Rietbrock A., Soto-Cordero L., Stachnik J.C., Stephen Hernández, Yepes H., Yvonne FontFuentes:scopus