RETAS Stochastic Model to Study Aftershock Rate Decay of the Denali Fault M7.9 Earthquake, November 3, 2002

Details RETAS Stochastic Model to Study Aftershock Rate Decay of the Denali Fault M7.9 Earthquake, November 3, 2002 RETAS Stochastic Model to Study Aftershock Rate Decay of the Denali Fault M7.9 Earthquake, November 3, 2002

Apr 2007

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2007aipc..899..723g&link_type=abstract

SIXTH INTERNATIONAL CONFERENCE OF THE BALKAN PHYSICAL UNION. AIP Conference Proceedings, Volume 899, pp. 723-723 (2007).

Statistics

Computation

Seismicity, Theory And Modeling, Computational Seismology, Earthquakes

Scientific paper

A RETAS model is used to analyze aftershock rate decay after the Denaly Fault earthquake with a main shock magnitude MS=7.9. We verify different variants of the RETAS model ranging from the limit case Mth = Mmain (main shock) to the case when Mth=Mo (lower magnitude cut-off). We first test the model on simulated data following the MOF (modified Omori formula) model. The results for the Denali Fault sequence reveal the best fit model to be RETAS with a triggering threshold Mth =3.2.

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