fault-zone guided wave, ground motion, landslide and earthquake forecast references chapter 1 fault-zone trapped waves generated by aftershocks and explosions to characterize the subsurface rupture zone of the 2014 mw6.0 south napa earthquake, california 1.1 introduction 1.2 the 1667em aftershock 1667em data 1667em and 1667em waveform 1667em analyses 1.2.1 seismograms recorded at the full-length array a 1.2.2 seismograms recorded within and out of the rupture zone 1.2.3 fztws observed within the central rupture zone 1.2.4 t-s coda durations of fztws increasing with focal depth 1.2.5 t-s coda durations of fztws increasing with epicentral distance 1.2.6 fztws observed at three cross-fault arrays 1.2.7 fztws observed at cross-fault arrays and along-fault stations 1.3 subsurface damage structure inferred from fztws 1.4 3-d finite-difference simulations of fztws generated by aftershocks 1.5 fztws generated by explosions 1.5.1 the explosion data and fztw waveform analysis 1.5.2 3-d finite-difference simulations of fztws generated by explosions 1.6 discussion and conclusion acknowledgements references chapter 2 the calico fault pliant zone at depth viewed by fault-zone trapped waves from teleseismic earthquakes 2.1 introduction ……
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