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Proyecto TSUJAL: Nuevos estudios geofísicos en la Placa Rivera y el Bloque de Jalisco (México)

Authors: Córdoba, Diego; Nuñez-Cornu, Francisco; Dañobeitia, Juan José; Bandy, William; Ortiz, Modesto; Nuñez, Diana; Bartolomé, Rafael; +1 Authors

Proyecto TSUJAL: Nuevos estudios geofísicos en la Placa Rivera y el Bloque de Jalisco (México)

Abstract

[ES] Desde la primavera de 2014 hasta la actualidad, se está llevando a cabo un extenso experimento geofísico mar-tierra en la costa oeste de México titulado “Caracterización del peligro sísmico y tsunamigénico asociado con la estructura cortical del contacto Placa de Rivera-Bloque de Jalisco (TSUJAL)”. Este proyecto es el resultado de una colaboración entre científicos españoles y mexicanos, cuyo principal objetivo es estudiar la estructura litosférica en la zona de colisión entre las Placas Rivera, Norte América y el Bloque de Jalisco, e identificar las estructuras submarinas que potencialmente podrían ser tsunamigénicas. Este proyecto se está realizando en dos fases: a) Experimento de Geofísica en mar y en tierra, donde se adquirieron unos 5200 km de datos de sísmica de reflexión multicanal (MCS), batimetría multihaz y campos potenciales (gravedad y magnetismo entre febrero y marzo de 2014. La fuente sísmica para los datos de sísmica de gran ángulo (WAS) fue proporcionada por el RRS James Cook y apoyado por el ARM Holzinger (SEMAR) y BIO El Puma (UNAM), siendo registrada por 16 OBS y 100 estaciones sísmicas en tierra. Así mismo, se realizaron 3 explosiones subterráneas de 1000 kg cada una, registradas por 100 estaciones sísmicas (1C, 3C) a lo largo de una línea de 200 km desde Guadalajara hasta la costa de Jalisco. b) Experimento de Sismicidad: La sismicidad en esta región se está registrando por 11 OBS a lo largo de la costa y por 25 estaciones sísmicas portátiles complementando la Red Sísmica y Acelerométrica de Jalisco (RESAJ) de Abril a Septiembre 2016

[EN] From the spring 2014 to nowadays, we achieved an extensive offshore-onshore geophysical experiment at West Coast of Mexico entitled “Crustal characterization of the Rivera Plate-Jalisco Block boundary and its implications for seismic and tsunami hazard assessment (TSUJAL)”. The project is the result of scientific collaboration between institutions in Mexico and Spain, whose main objective is to study the lithospheric structure at the collision zone between Rivera, North America Plates and the Jalisco Block, and identifying submarine structures, which can potentially be tsunamigenic sources. This project is being carried out in two phases: a) Geophysical onshore-offshore experiment where we acquired around 5200 km of Multichannel Seismic Reflection (MCS), multibeam bathymetry and potential fields (gravity and magnetism) during February and March, 2014. The seismic sources for wide angle seismic (WAS) data were provided by the UK vessel RRS James Cook supported by the ARM Holzinger (Mexican Navy) and RV El Puma (UNAM) and recorded by 16 OBS and 100 land stations. Onland, 3 borehole explosions of 1000 kg each were registered by 100 seismic stations (1C, 3C) in a 200 km length profile from Guadalajara to Jalisco coast. b) Seismicity Experiment: A 11 OBS network is currently installed on the Rivera Plate offshore Jalisco Coast and, onland, 25 stations are complementing the RESAJ network (Red Sísmica y Acelerométrica de Jalisco) to study the seismicity from April to September 2016

9ª Asamblea Hispano Portuguesa de Geodesia y Geofísica, del 28 al 30 de junio de 2016, Madrid

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selected citations
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This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
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