Identificación de aparentes manifestaciones sónicas y lumínicas del tipo : luces de terremoto o "Earthquake Lights" (EQLs) en algunas narrativas, como una fuente alternativa de posible evidencia sobre actividad tectónica histórica en Costa Rica /

QR Code

Identificación de aparentes manifestaciones sónicas y lumínicas del tipo : luces de terremoto o "Earthquake Lights" (EQLs) en algunas narrativas, como una fuente alternativa de posible evidencia sobre actividad tectónica histórica en Costa Rica /

Bibliographic Details
Main Author:	Sanabria Coto, Iván Josué (autor)
Other Authors:	Bonilla Hidalgo, Maureen (autora)
Format:	Article
Language:	Spanish
Subjects:	SISMOLOGÍA TERREMOTOS GEOLOGÍA TECTÓNICA GLOBAL COSTA RICA
Online Access:	https://www.revistas.una.ac.cr/index.php/geografica/article/view/18773/30161

Similar Items

Morphotectonic interpretation of the 23-02-2015 Albacete earthquake, Spain
by: Cotilla Rodríguez, Mario Octavio

Evaluation of the recent intraplate seismic a activity on Cochinos Bay, Cuba
by: Cotilla Rodríguez, Mario Octavio,

Terremotos.
Published: (2011)

Anatomía de un terremoto /
Published: (2008)

Transtensional tectonics of the Minto Flats Fault Zone and Nenana Basin, Central Alaska /
by: Tape, Carl,

On the Limitations of Spectral Source Parameter Estimation for Minor and Microearthquakes
by: Parolai, Stefano,

Effect of style of faulting on the orientation of maximum horizontal earthquake response spectra
by: Poulos, Alan,

Sismicidad histórica de América Central
by: Peraldo Huertas, Giovanni

Ground-motion prediction equation for the chilean subduction zone
by: Montalva, Gonzalo A.,

The 2022 seismic hazard model for Costa Rica
by: Hidalgo Leiva, Diego A.,

El terremoto del 29 de mayo de 1879 : una ruptura de magnitud Ms 7, en la zona limítrofe de Costa Rica y Panamá
by: Peraldo Huertas, Geovanni,

Sismicidad y fallamiento en la zona de Arenal-Miramar
by: Fernández Arce, Mario

Aftershocks of the 2012 Mw 7.6 Nicoya, Costa Rica, earthquake and mechanics of the plate interface
by: Chaves, Esteban J.,

Do Injection‐Induced Earthquakes Rupture Away from Injection Wells due to Fluid Pressure Change?
by: Lui, Semechah K. Y.,

Correlation between the subducting cocos plate and the geometry of the wadati-benioff zone under Nicaragua and Costa Rica /
by: Protti Quesada, Jorge Marino, 1960-
Published: (1991)

Reassessing the rupture process of the 2009 L'Aquila earthquake (Mw 6.3) on the paganica fault and investigating the possibility of coseismic motion on secondary faults
by: Balestra, Julien,

Faulting style controls for the space-time aftershock patterns
by: Tahir, Mohammad,

On the depth extent of coseismic rupture
by: Beeler, N. M.,

Assesing the applicability of ground-motion models for induced seismicity application in Central and Eastern North America
by: Farhadi, Ali,

Separating primary and secondary mechanisms for seismicity induced by hidraulic fracturing
by: Karimi, Kamran,

Estudio preliminar de la sismicidad de la Costa del Caribe de Costa Rica con énfasis en la fuente sísmica Parismina
by: Brenes Marín, Jorge A

Actividad sísmica de carácter superficial registrada, por la red sismográfica del OVSICORI-UNA en la hoja de San José 1:200.000 entre abril 1984-julio 1988
by: Güendel, Federico

Geometry of the subducting indian plate an local seismicity in the andaman region from the passive OBS experimental
by: Singla, Pabitra,

Morfotectónica de Jalisco y Oaxaca (1), México
by: Cotilla Rodríguez, Mario Octavio,

Distribución geográfica de los sismos contenidos en el catálogo de la Red Sismológica Nacional de Costa Rica
by: Godínez Rodríguez, Kevin,

Rupture directivity from strong-motion recordings of the 2013 Lushan aftershocks
by: Wen, Ruizhi,

Geometry of the rivera-Cocos subduction zone inferred from local seismicity
by: Gutiérrez, Quiriat J.

A reassessment of the magnitude of the 1755 Lisbon earthquake
by: Fonseca, Joao F. B. D.,

An energy dependent earthquake moment-frequency distribution
by: Spassiani, Ilaria,

Nonlinear rheology at shallow depths with reference to the 2016 Kumamoto earthquakes
by: Sleep, Norman H.,

Validation of the New Procedures for Evaluating Parameters of Crustal Earthquakes Caused by Long Faults for Ground‐Motion Prediction
by: Dan, Kazuo,

The Intensity of Ground Motions from Induced Earthquakes with Implications for Damage Potential
by: Atkinson, Gail M.,

The Guane active fault, Western Cuba
by: Cotilla Rodríguez, Mario Octavio

Generic source parameter determination and ground motion prediction for earthquake early warning
by: Lior, Itzhak,

Preliminary geometry, displacement, and kinematics of fault ruptures in the epicentral region of the 2016 Mw 7.8 Kaikōura, New Zealand, Earthquake
by: Nicol, A.,

A note on the estimation of the maximum possible earthquake magnitude based on extreme value theory for the groningen gas field
by: Zöller, Gert,

Method for determination of focal mechanisms of magnitude 2.5-4.0 earthquakes recorded by a sparse regional seismic network
by: Dahal, Nawa R.,

Ensembles of ETAS models provide optimal operational earthquake forecasting during swarms : insights from the 2015 San Ramon, California Swarm /
by: Llenos, Andrea L.,

Caracterización física de fallas geológicas del Valle Central y la Cordillera de Talamanca de Costa Rica, utilizando sismos repetidos /
by: Gutiérrez Hernández, Daniel,
Published: (2019)

Los procesos sísmicos en el Volcán Irazú (Costa Rica)
by: Fernández A. Mario