2015 Recipient

John Anderson

One of John Anderson’s first publications in 1979 estimated the earthquake recurrence rate on a fault by incorporating how much a fault slips each year, a novel approach to examining seismicity that foreshadowed the impact of his research on seismic hazard assessment. Anderson, a professor of geophysics at the University … Continue Reading »

2014 Recipient

Anthony F. Shakal

Dr. Shakal has been associated with the California Geological Survey’s Strong Motion Instrumentation Program (SMIP) for the past 32 years, and has successfully grown and led the Program for the past 27 years. Under Dr. Shakal’s direct supervision and innovative management, the SMIP operates the largest and most advanced strong–motion … Continue Reading »

2013 Recipient

Mustafa Erdik

Mustafa Erdik’s career has been marked by inspiring leadership guiding ambitious Turkish and international programs; distinguished research discoveries highly cited by researchers; practical seismic hazards software that is prized among practitioners; and stellar success in bringing high-quality ground and building instrumentation networks to his nation. Erdik is recognized by engineers … Continue Reading »

2012 Recipient

Norman A. Abrahamson

Professor Bruce Bolt was recognized in his time by earthquake engineers and seismologists worldwide as the expert in engineering seismology. His PhD student, Dr. Norman Abrahamson, is now advancing the leading edge of the field and is arguably the world’s foremost authority on engineering seismology. Following his PhD in 1985, … Continue Reading »

2011 Recipient

Kojiro Irikura

Kojiro Irikura has made an enormous contribution to the analysis and sharing of strong-motion earthquake data throughout his career in Japan. During his career at the Disaster Prevention Research Institute of Kyoto University, Irikura, authored nearly 200 publications, supervised more than 30 students in advanced degrees and became a fixture … Continue Reading »

2010 Recipient

David Boore

Boore, a geophysicist with the United State Geological Survey, developed SMSIM, a well-known method for computing estimates of ground motion from simulated earthquakes that is used by engineers and designers. With more than 230 publications during his career, Boore’s work has advanced the understanding of strong-motion seismology. Focusing primarily on … Continue Reading »