Difference between revisions of "California CVM Meeting - 3 April 2012"

From SCECpedia
Jump to navigationJump to search
Line 3: Line 3:
 
[[File:UCERF-ruptures.png|256px|thumb|right|Fig 2:Map of faults in Unified California Earthquake Rupture 2.0 (2007). (Image Credit: Kevin Milner (USC))]]
 
[[File:UCERF-ruptures.png|256px|thumb|right|Fig 2:Map of faults in Unified California Earthquake Rupture 2.0 (2007). (Image Credit: Kevin Milner (USC))]]
  
== Draft Agenda ==
+
== California CVM Meeting Goals ==
 +
# Define desired features in a California CVM
 +
# Review capabilities and features of existing California CVMs
 +
# Develop methods for integrating inversion-based CVM improvements
 +
# Description of UCVM Capabilities
 +
# Plan UCVM-CyberShake elements and development
 +
# Plan SCEC4 UCVM
 +
 
 +
== Draft Meeting Agenda ==
 
#California CVM Requirements
 
#California CVM Requirements
 
##Distribution UCERF3.0 Ruptures
 
##Distribution UCERF3.0 Ruptures

Revision as of 17:59, 23 March 2012

Fig 1:Preliminary results (Sept 2011) showing differences in Vs as a results of scattering integral inversions using both observed seismic events and ambient noise processing. Starting CVM's are USGS Central California and CVM-S southern California models (Image Credit: Po Chen (Univ. of Wyoming))
Fig 2:Map of faults in Unified California Earthquake Rupture 2.0 (2007). (Image Credit: Kevin Milner (USC))

California CVM Meeting Goals

  1. Define desired features in a California CVM
  2. Review capabilities and features of existing California CVMs
  3. Develop methods for integrating inversion-based CVM improvements
  4. Description of UCVM Capabilities
  5. Plan UCVM-CyberShake elements and development
  6. Plan SCEC4 UCVM

Draft Meeting Agenda

  1. California CVM Requirements
    1. Distribution UCERF3.0 Ruptures
    2. Geotechnical
    3. Elevation
    4. Bathmetry
    5. Hydrology
  2. CVM-S
  3. CVM-H
  4. UCVM
  5. Re-integration of Inversions into CVMS
    1. Po South Cal Inversion
    2. Carl Cal Inversion
  6. Candidate CyberShake Models
    1. Merged and smoothed models
    2. California Inversion-based model
  7. Candidate 5 Year Development
    1. CVM-H development plans

Related Entries

  1. CVM-H
  2. CVM-S
  3. UCVM
  4. Community Velocity Model