World's Best Scientists 2026 revealed!

Overview

George L. Choy is affiliated with the United States Geological Survey in the United States. Their professional profile reflects association with a prominent federal scientific agency focused on natural resources and hazards.

The available information does not include specific details on research papers, co-authors, or publication venues related to George L. Choy. Similarly, data concerning book publications, main fields of study, subfields, or main topics of work is not present.

There are no recorded awards or honors linked to George L. Choy in the current data.

The absence of detailed publication and research topic data suggests that further inquiry into institutional or academic databases may be necessary to obtain a comprehensive view of their scientific contributions and areas of expertise.

Best Publications

  • Global patterns of radiated seismic energy and apparent stress

    George L. Choy;John L. Boatwright

  • Teleseismic estimates of the energy radiated by shallow earthquakes

    John Boatwright;George L. Choy

  • Acceleration source spectra anticipated for large earthquakes in northeastern North America

    John Boatwright;George L. Choy

  • Theoretical seismograms of core phases calculated by frequency‐dependent full wave theory, and their interpretation

    George L. Choy

  • Rupture process of an extended earthquake sequence: Teleseismic analysis of the Chilean Earthquake of March 3, 1985

    George L. Choy;James W. Dewey

  • Apparent stress, fault maturity and seismic hazard for normal-fault earthquakes at subduction zones

    George L. Choy;Stephen H. Kirby

  • Direct measurement of the mantle attenuation operator from broadband P and S Waveforms

    George L. Choy;Vernon F. Cormier

  • Regional estimates of radiated seismic energy

    John Boatwright;George L. Choy;Linda C. Seekins

  • Strike-slip earthquakes in the oceanic lithosphere: observations of exceptionally high apparent stress

    George L. Choy;A. McGarr

  • Influence of Lithostatic Stress on Earthquake Stress Drops in North America

    Oliver S. Boyd;Daniel E. McNamara;Stephen H. Hartzell;George Choy

  • The rupture characteristics of two deep earthquakes inferred from broadband GDSN data

    George L. Choy;John Boatwright

  • Seismic attenuation of the inner core: Viscoelastic or stratigraphic?

    Vernon F. Cormier;Li Xu;George L. Choy

  • Seismicity Associated with the Sumatra–Andaman Islands Earthquake of 26 December 2004

    James W. Dewey;George Choy;Bruce Presgrave;Stuart Sipkin

  • The structure of the inner core inferred from short- period and broadband GDSN data

    George L. Choy;Vernon F. Cormier

  • Rupture process of a multiple main shock sequence: Analysis of teleseismic, local, and field observations of the Tennant Creek, Australia, earthquakes of January 22, 1988

    George L. Choy;J. Roger Bowman

  • An overview of the global variability in radiated energy and apparent stress

    George Choy;Arthur F. McGarr;Stephen H. Kirby;John Boatwright

  • Seismic Subduction of the Nazca Ridge as Shown by the 1996–97 Peru Earthquakes

    William Spence;C. Mendoza;E. R. Engdahl;G. L. Choy

  • Modeling and Validation of a 3D Velocity Structure for the Santa Clara Valley, California, for Seismic-Wave Simulations

    Stephen Hartzell;Stephen Harmsen;Robert A. Williams;David Carver

  • A teleseismic analysis of the New Brunswick Earthquake of January 9, 1982

    George L. Choy;John Boatwright;James W. Dewey;Stuart A. Sipkin

  • A search for lateral heterogeneity in the inner core from differential travel times near PKP‐D and PKP‐C

    Vernon F. Cormier;George L. Choy

Frequent Co-Authors

John Boatwright
John Boatwright United States Geological Survey
Lynn R. Sykes
Lynn R. Sykes Lamont-Doherty Earth Observatory
Rainer Kind
Rainer Kind Freie Universität Berlin

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