AGU Fall 2014
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Session of Interest
- Scalable and Adaptable Architecture for Earth Science Infrastructure
- Seismology Contributions: Earthquake Ground Motions and Engineering Seismology
- Leveraging Enabling Technologies and Architectures to enable Data Intensive Science
- Aftershock Hazard: Forecasting Highly Time- and Space-Dependent Seismicity and Shaking After Large Mainshocks
- Foreshocks and their Predictive Value: Insights from Recent Observations, Lab Experiments, Numerical Simulations, and Prospective Forecasting Experiments
- An Open Source Understanding Framework for Geosciences Technologies
- Collaborative Community Platforms for the Earth Sciences
- Enabling Science Through Reuse of Data and Free and Open Source Software
- Interdisciplinary study of pre-earthquake processes: Observation, validation, modeling, and forecasting
- International Collaborations for Monitoring of Multiple Electromagnetic Pre-Earthquake Signals
Abstract Topics
- Broadband Platform
- "The SCEC Broadband Platform: A Collaborative Open-Source Software Package for Strong Ground Motion Simulation and Validation", submitted to the Seismology Contributions: Earthquake Ground Motions and Engineering Seismology session.
- CyberShake Project
- UCVM
- CSEP
- "Recent Developments within the Collaboratory for the Study of Earthquake Predictability", submitted to the Aftershock Hazard: Forecasting Highly Time- and Space-Dependent Seismicity and Shaking After Large Mainshocks session
CME Posters
1. Fabio Silva - BBP - 12/17/2014: S31C. Seismology Contributions: Earthquake Ground Motions and Engineering Seismology
2. Scott Callaghan
3. David Gill
4. Maria Liukis
5. Feng Wang
CME Talks
1. Kevin Milner - Operational earthquake forecasting in California: A prototype system combining UCERF3 and CyberShake - 12/16, 11:50am: S22A: Aftershock Hazard: Forecasting Highly Time- and Space-Dependent Seismicity and Shaking after Large Mainshocks I Download PDF
