Workshop 2 Presentations – Nov 6 to Nov 8, 2012

Agenda

SSC 101 Ferre - Welcome; Introduction
SSC 102 Abrahamson - Workshop 2 Goals
SSC 103 Lettis - SSHAC Training
SSC 104 Thompson - SSC Sensitivity Logic Tree
SSC 105 Gregor - Sensitivity Results
SSC 106 Nishenko - New Data Acquisition (NDA): AB1632-funded projects
SSC 107 Steinberg - NDA: LTSP-funded projects & NDA: Data availability
SSC 108 Johnson - SSC1: Marine geology and geomorphology of the Hosgri and Shoreline faults
SSC 109 Hardebeck - SSC 2: Seismicity of the Hosgri and Shoreline faults and Irish Hills
SSC 110 Watt - SSC 3: Gravity and magnetic constraints for the Hosgri and Shoreline faults
SSC 111 AbramsonWard - SSC 4: Hosgri and Shoreline fault geometric model
SSC 112 Hamilton - SSC 5: Irish Hills and San Luis Range fault model
SSC 113 McLaren - SSC 6: Seismicity of the Irish Hills and San Simeon earthquake epicentral area
SSC 114 Lettis - SSC 7: Geometric and kinematic alternatives for the Los Osos and San Luis Bay faults

SSC 201 Lettis - Introduction to Day 2
SSC 202 Graymer - SSC 8: Irish Hills geologic cross section
SSC 203 Langenheim - SSC 9: Late Cenozoic kinematic model from offset geophysical anomalies
SSC 204 Sorlien - SSC 10: Late Cenozoic kinematic model for the California margin
SSC 205 Hanson - SSC 11: Hosgri-San Simeon fault zone geologic slip rate
SSC 206 Dawson - SSC 12: UCERF3 Deformation model approaches
SSC 207 DeMets - SSC 13: Plate margin deformation and kinematics from GPS data
SSC 208 Murray - SSC 14: Regional deformation and kinematics from GPS data
SSC 209 Bird - SSC 15: NeoKinema approach for modeling deformation
SSC 210 AbramsonWard - SSC 16: Offshore evidence for uplift rate boundaries
SSC 211 Thompson - SSC 17: Shoreline fault slip rate constraints
SSC 212 Lettis - SSC 18: Los Osos and San Luis Bay fault slip rate constraints

SSC 300 Lettis - Introduction to Day 3
SSC 301a Abrahamson - Magnitude-Frequency Sensitivity
SSC 301b Gregor - Magnitude-Frequency Sensitivity
SSC 302 Hardebeck - SSC 19: Evidence against segmented rupture behavior
SSC 303 Schwartz - SSC 20: Segmentation: requirements for segmenting faults; evidence for segmented rupture behavior
SSC 304 dePolo - SSC 21: Characterizing faults and rupture length for hazard analysis
SSC 305a Biasi - SSC 22: Rupture length considerations
SSC 305b Wesnousky - SSC 22: Rupture length considerations
SSC 306a Abrahamson - SSC 23: Recurrence Rate Discussion
SSC 306b Rockwell - SSC 23: Recurrence Rate Discussion
SSC 306c Jackson - SSC 23: Recurrence Rate Discussion
SSC 307 Page - SSC 24: Magnitude PDF for fault ruptures
SSC 308 Abrahamson - SSC 25: Magnitude PDF for fault ruptures
SSC 309 Jackson - SSC 26: Stochastic model for fault ruptures
SSC 310 Shaw - SSC 27: Magnitude Scaling Relations
SSC 311 Hanks - SSC 28: Magnitude Scaling Relations