Ground motion data simulated for various rupture scenarios of magnitude 6.0 earthquake

Cite as:

Kwiatek, Grzegorz; Yehuda, Ben-Zion (2020): Ground motion data simulated for various rupture scenarios of magnitude 6.0 earthquake. GFZ Data Services. http://doi.org/10.5880/GFZ.4.2.2020.003

Status

I N R E V I E W : Kwiatek, Grzegorz; Yehuda, Ben-Zion (2020): Ground motion data simulated for various rupture scenarios of magnitude 6.0 earthquake. GFZ Data Services. http://doi.org/10.5880/GFZ.4.2.2020.003

Abstract

The dataset is supplementary material to "Detection limits and near-field ground motions of fast and slow earthquakes" by Kwiatek and Ben-Zion published in Journal of Geophysical Research - Solid Earth.

The dataset contains spatial variations of ground motions (peak ground velocities) expected from various rupture scenarios of magnitude M6 earthquake. The performed estimations of ground motions are based on synthetic velocity seismograms calculated with the Discrete Wavenumber Method assuming seismic velocities and attenuation properties of the crust in Southern California. The considered variants of rupture scenarios include slow- and fast ruptures (rupture velocity), crack- and pulse-type ruptures (rise time) and different rupture directivities (circulat-to-unilateral, circulat-to-bilateral). The dataset allows to reproduce Figures 7-8 and S3-S4 from the original manuscript.

Contact

Kwiatek Grzegorz (Researcher) ; Free University Berlin, GFZ German Research Centre for Geosciences, Germany; ➦

Keywords

geological process > seismic activity > earthquake, lithosphere > earth's crust > fault, monitoring > seismic monitoring, physical process > propagation process

GCMD Science Keywords

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    - Abstract: The dataset is supplementary material to "Detection limits and near-field ground motions of fast and slow earthquakes" by Kwiatek and Ben-Zion published in Journal of Geophysical Research - Solid Earth. The dataset contains spatial variations of ground motions (peak ground velocities) expected from various rupture scenarios of magnitude M6 earthquake. The performed estimations of ground motions are based on synthetic velocity seismograms calculated with the Discrete Wavenumber Method assuming seismic velocities and attenuation properties of the crust in Southern California. The considered variants of rupture scenarios include slow- and fast ruptures (rupture velocity), crack- and pulse-type ruptures (rise time) and different rupture directivities (circulat-to-unilateral, circulat-to-bilateral). The dataset allows to reproduce Figures 7-8 and S3-S4 from the original manuscript.
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