Annual NEHRP Research Summaries

The U.S. Geological Survey Earthquake Hazard Reduction Program (NEHRP) is committed to a comprehensive, interdisciplinary effort to identify and characterize the earthquake threat thoughout the United States, and to reduce the loss of life and property as a result of earthquakes. The University of Washington Dept. of Earth and Space Sciences has participated in the following NEHRP-funded research projects since 1995. Information for earlier years is available on request.

• 2006 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismic Network Operations (PDF)
  • Cooperative Operation of Pacific Northwest Seismic Network southern Oregon analog and broadband stations (PDF)
• 2005 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations (PDF)
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations (PDF)
• 2004 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations (PDF)
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations (PDF)
  • Studies of historic earthquakes in Washington and Oregon (PDF)
• 2003 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations
  • Studies of historic earthquakes in Washington and Oregon
• 2002 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations
• 2001 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations
• 2000 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Cooperative Operation of Pacific Northwest Seismograph Network southern Oregon analog and broadband stations
• 1999 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • SHIPS Collaborative investigations: 3-D seismic tomography and reflection analysis (G0017)
  • SHIPS Collaborative investigations: 3-D seismic tomography and reflection analysis (G0036)
  • High-resolution seismic structure of the Puget Lowland region
  • Database Catalog of Cascadia Earthquakes
  • Analysis of Crustal Deformation in Western Washington using GPS
• 1998 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • High-resolution seismic structure of the Puget Lowland region
  • Database Catalog of Cascadia Earthquakes
  • SHIPS Collaborative investigations: 3-D seismic tomography and reflection analysis
  • Electromagnetic imaging of fluids in the San Andreas Fault
  • A Pacific Northwest Geodetic Array (PANGA)
• 1997 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Rapid Strong-motion data in the Puget Sound urban area
  • Database Catalog of Cascadia Earthquakes
  • Seismic Velocity Structure of the Puget Sound Region from 3-D Non-linear Tomography
  • GPS Investigations of Holocene Fault Zones in the Puget Sound Basin Washington
• 1996 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations Short Summary, Longer Summary
  • Strong motion instrumentation in western Washington Short Summary, Longer Summary
  • Seismic Velocity Structure of the Greater Mount Rainier Area Short Summary, Longer Summary
  • GPS Measurements of Crustal Deformation in the Pacific Northwest Final Report
• 1995 SUMMARIES OF TECHNICAL REPORTS:
  • Pacific Northwest Seismograph Network Operations
  • Seismic Velocity Structure of the Greater Mount Rainier Area
  • Broad-band array analysis of the Puget Sound Region
  • Earthquake Hazard Research in the Pacific Northwest using Washington Regional Seismograph Network Data
  • GPS Measurements of Crustal Deformation in the Pacific Northwest
  • Tensor Electromagnetic Profiling of the San Andreas fault