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All SCEC 2002 Science Projects

Proposals are divided by focus group on separate pages listed on the main page.

This page lists all science proposals together.

Files are sorted by primary focus group, then by number.

Number PI Institution Title Focus Group
02001 Abercrombie, Rachel Boston Univ Combining High Resolution Earthquake Source Parameters and High Precision Locations Earthquake Source Physics
02010 Archuleta, Ralph UCSB Radiated Seismic Energy from Models of Dynamic Faulting Earthquake Source Physics
02015a Beroza, Gregory Stanford Waveform Analysis of Seismic Network Data Earthquake Source Physics
02015b Vidale, John UCLA Waveform Analysis of Seismic Network Data Earthquake Source Physics
02025a Clayton, Robert Caltech Comprehensive Application of Waveform Cross-Correlation to Southern California Seismograms Earthquake source physics
02025b Shearer, Peter UCSD Comprehensive Application of Waveform Cross-Correlation to Southern California Seismograms Earthquake source physics
02028 Day, Steven SDSU Dynamics of Rupture on Inhomogeneous Faults Earthquake source physics
02034 Fialko, Yuri UCSD Investigation of the State of Stress and the Mechanical Properties of Seismogenic Fault Zones Using InSAR Observations and Modeling of Slip Induced by the 1999 Hector Mine Earthquake on Nearby Faults Earthquake Source Physics
02045 Heaton, Thomas Caltech Finite-Source Inversion of M 4.0 to M 5.5 Earthquakes Recorded by TriNet Earthquake Source Physics
02054a Jordan, Thomas USC Second-Moment Source Parameters from Broadband Seismic Data in the Los Angeles Region Earthquake Source Physics
02070 Liu, Pengcheng UCSB Resolution and Stability Analysis of Finite Fault Inversions Earthquake Source Physics
02091 Olsen, Kim UCSB Direct Measurement of the Slip-Weakening Distance from Near-Fault Strong Motion Data? Earthquake Source Physics
02100 Rice, James Harvard Dynamics of Fault Branching Earthquake Source Physics
02117 Shearer, Peter UCSD Improving Southern California Earthquake Locations and Focal Mechanisms Earthquake Source Physics
02132 Tullis, Terry Brown Univ Dc and Fracture Energy Due to Friction and Shear Melting During Dynamic Earthquake Rupture Earthquake Source Physics
02003 Agnew, Duncan UCSD Analysis and Interpretation of Strainmeter and GPS Data from Los Angeles Fault Systems
02012 Ben-Zion, Yehuda USC Quantitative Measures of Structural Fault Zone Complexity Fault Systems
02019 Burgmann, Roland UC Berkeley Constraining Non-Linear Lithospheric Viscous Flow Laws from Post-Landers and Post-Hector Mine SCEC GPS Measurements Fault Systems
02032 Ekstrom, Goran Harvard Small Earthquakes, Stress Triggering, and Criticality Fault Systems
02033 Evans, James Utah State Examination of Exhumed Faults of the San Bernardino and San Gabriel Mountains, Implications for Earthquake Rupture and Termination Processes Fault Systems
02041 Hager, Brad MIT Estimating Earthquake Slip in an Elastically Heterogeneous Earth: Application to the 1992 Landers and 1999 Hector Mine Earthquakes Fault Systems
02042 Hager, Brad MIT Inferring Fault Slip and Crustal Motion from Joint Inversion of Geologic and Geodetic Data Using Block Models Fault Systems
02059 Kellogg, Louise UC, Davis Finite Element Modeling of Crustal Deformation in Southern California Fault Systems
02069a Lindvall, Scott WLA Collaborative Paleoseismologic Studies: Constraints on Temporal Clustering of Earthquakes, Eastern California Shear Zone Fault Systems
02069b Rockwell, Tom SDSU Collaborative Paleoseismologic Studies: Constraints on Temporal Clustering of Earthquakes, Eastern California Shear Zone Fault Systems
02069c Rubin, Charlie CWU Collaborative Paleoseismologic Studies: Constraints on Temporal Clustering of Earthquakes, Eastern California Shear Zone Fault Systems
02089 O'Connell, Richard Harvard Effects of realistic Viscoelastic Rheologies on Post-Seismic Deformation Fault Systems
02094 Oskin, Michael UCSB What is the Relative Magnitude of Transient Loading of the Blackwater Fault? Fault Systems
02097 Owen, Susan USC Generating a GPS Time Series of Hector Mine Postseismic Deformation Fault Systems
02101 Rockwell, Thomas SDSU Prehistoric Earthquake Chronology of the SJF: Target of Opportunity to Provide a High Resolution Record - Now of Never Fault Systems
02102d Seitz, Gordon LLNL Coordinated High-Resolution Paleoseismic Characterization of the Southern San Andreas Fault: Building the Foundation of Multiple Seismic Cycle Earthquake Models Fault Systems
02102i Biasi, Glen UNR Coordinated High-Resolution Paleoseismic Characterization of the Southern San Andreas Fault: Building the Foundation of Multiple Seismic Cycle Earthquake Models Fault Systems
02102L Rockwell, Tom SDSU Coordinated High-Resolution Paleoseismic Characterization of the Southern San Andreas Fault: Building the Foundation of Multiple Seismic Cycle Earthquake Models Fault Systems
02102m Weldon, Ray Oregon Coordinated High-Resolution Paleoseismic Characterization of the Southern San Andreas Fault: Building the Foundation of Multiple Seismic Cycle Earthquake Models Fault Systems
02104a Rundle, John Colorado Emergent Modes on Earthquake Fault Systems: Illuminating the Relationship between Observable Data and the Underlying Dynamics of Fault Networks Using Numerical Simulations Fault Systems
02104b Klein, William Boston Univ Emergent Modes on Earthquake Fault Systems: Illuminating the Relationship between Observable Data and the Underlying Dynamics of Fault Networks Using Numerical Simulations Fault Systems
02105 Rundle, John Colorado Earthquake Forecasting: Evaluation of the Colorado PDPC Index Method Using Retrospective Statistical Hypothesis Testing Fault Systems
02107 Sammis, Charles USC Stress Shadows, Accelerating Seismicity and the Predictability of Earthquakes Fault Systems
02112 Segall, Paul Stanford Integrating Geologic and Geodetic Estimates of Slip-Rate Fault Systems
02114 Shaw, Bruce LDEO Sequences of Cascading Elastodynamic Ruptures on Geometrically Complex Faults Fault Systems
02118 Shen, Zheng-Kang UCLA Geodetic Deformation in Southern California Fault Systems
02119a Simons, Mark Caltech Development of Community Finite Element Models for Fault Systems and Tectonic Studies Fault Systems
02119b Hager, Brad MIT Development of Community Finite Element Models for Fault Systems and Tectonic Studies Fault Systems
02119c Simons, Mark Caltech Development of Community Finite Element Models for Fault Systems and Tectonic Studies Fault Systems
02131 Tullis, Terry Brown Univ Workshop to Plan Collaborative Activities Involving Fault and Rock Mechanics Fault Systems
02135 Ward, Steven UC Santa Cruz Methods for Evaluating and Testing Earthquake Potential in and Around California Fault Systems
02004 Anderson, John UNR Workshop on State-of-the-Art In Generation of Synthetic Strong Ground Motions Ground Motions
02006 Anooshehpoor, Rasool UNR Quantitative Testing of Specific Precarious Rocks Critical for Establishing Constraints on Ground Motion and Source Parameters for Large Earthquakes in Southern California Ground Motions
02014 Beroza, Gregory Stanford Towards Prediction of Strong Ground Motion Through Dynamic Rupture Modeling Ground Motions
02018 Brune, James UNR Survey for Precarious Rocks Useful as Constraints on Source Parameters and Ground Motion for Large Earthquakes in Southern California Ground Motions
02029a Day, Steven SDSU 3D Ground Motion Simulation in Basins Ground Motions
02029b Bielak, Jacobo CMU 3D Ground Motion Simulation in Basins Ground Motions
02029c Dreger, Doug UC Berkeley 3D Ground Motion Simulation in Basins Ground Motions
02029d Graves, Robert URS 3D Ground Motion Simulation in Basins Ground Motions
02029e Olsen, Kim UC Santa Barbara 3D Ground Motion Simulation in Basins Ground Motions
02092 Olsen, Kim UCSB How Can We Improve Ground Motion Estimates by Lessons Learned From Rupture Dynamics? Ground Motions
02121 Somerville, Paul URS Probabilistic Vector-valued Ground Motion Intensity Measures and Engineering Demand Measures for the PEER Van Nuys Holiday Inn PBEE Testbed Ground Motions
02140 Zeng, Yuehua UNR Developing the State-of-Art High Frequency Synthetic Wavefield Modeling and Calibration with Empirical Green's Function Observation Ground Motions
02021 Campbell, Kenneth ABS Consulting Improved Southern California Attenuation Relations Seismic hazard analysis
02043 Hardebeck, Jeanne UCSD Incorporating Stress Triggering Concepts into Earthqauke Probability Estimates Seismic Hazard Analysis
02137 Wiemer, Stefan ETH Short Term Earthquake Probabilities for Southern California Seismic Hazard Analysis
02051 Jackson, Dave UCLA Earthquake Potential for Southern California Seismic Hazard Analysis
02125 Su, Feng UNR High Frequency Strong and Weak Motion Site Response Seismic Hazard Analysis
02023 Clayton, Robert Caltech Testing the SCEC 3D Velocity Model by Waveform Modeling Structural Representation
02026 Cooke, Michele UMass, Amherst Mechanical Validation of Proposed Fault Configurations Within the Puente Hills Region Structural Representation
02030 Dolan, James USC Paleo-Earthquake Ages, Slip/Event, and Slip-Rate of the Puente Hills Blind Thrust Fault, Northern Los Angeles Basin, California Structural Representation
02031 Dolan, James USC Slip Rate and Kinematics of the Raymond Fault from Three-Dimensional Trench Excavations, East Pasadena, California Structural Representation
02039 Grant, Lisa UC, Irvine New San Andreas Fault Paleoseismic Data for RELM's Fault Activity Database (FAD) Structural Representation
02044 Hauksson, Egill Caltech Improving 3-D Velocity Models and Catalogs: Reliability of Hypocenters and 3-D Vp and Vp/Vs Models Structural Representation
02053a Jordan, Thomas USC Fully Three-Dimensional, Multi-Scale Waveform Tomography for the Los Angeles Basin Structural Representation
02053b Olsen, Kim UCSB Fully Three-Dimensional, Multi-Scale Waveform Tomography for the Los Angeles Basin Structural Representation
02061 King, R.W. MIT Toward a 3-D Crustal Motion Model Structural Representation
02063 Kohler, Monica UCLA Exploration of Scientific and Data Collection Goals of the SCEC California Borderland Initiative Structural Representation
02066 Legg, Mark SDSU Quaternary Deformation History of the Palos Verdes Fault in San Pedro Bay Structural Representation
02073 Magistrale, Harold SDSU A New San Bernardino Valley for the Community Velocity Model Structural Representation
02074 Magistrale, Harold SDSU Density Constraints for the Community Velocity Model Structural Representation
02076 Magistrale, Harold SDSU Topography on the Community Velocity Model Structural Representation
02079 Meigs, Andrew Oregon State Is Topography a Proxy for Slip Rate on Blind Thrust Faults? Structural Representation
02086 Nicholson, Craig UCSB Building the SCEC 3D Community Fault Model: Onshore Western Transverse Ranges and Ventura Basin Structural Representation
02090 Okaya, David USC Does the San Andreas Fault Offset the Moho in the Southern San Gabriel Mountains? (A Verification Test of LARSE Receiver Function Results) Structural Representation
02095 Oskin, Michael UCSB Toward a Structural Representation of the Plieto Thrust System and the Architecture of Transpressive Fault Systems Structural Representation
02103 Roy, Mousumi New Mexico Constraints on the SCEC Community Velocity Model (CVM) from Gravity Data Structural Representation
02115a Shaw, John Harvard Construction of a community-based, coarse resolution fault model (CFM-A) for Southern California Structural Representation
02115b Shaw, John Harvard Construction of a community-based, coarse resolution fault model (CFM-A) for Southern California Structural Representation
02116 Shaw, John Harvard Three-Dimensional Structure of the Northern Los Angeles Basin: A Prototype Unified Structural Representation (USR) Structural Representation
02122 Sorlien, Chris UCSB Building the SCEC 3D Community Fault Model: Santa Barbara Channel and Santa Monica Bay Structural Representation
02127a Tanimoto, Toshiro UCSB Large-scale 3D Crust and Upper Mantle Structure in Southern California from TriNet Broadband Data Set (Tanimoto) Structural Representation
02127b Kohler, Monica UCLA Large-scale 3D Crust and Upper Mantle Structure in Southern California from TriNet Broadband Data Set (Kohler) Structural Representation



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