Special Sessions — Acoustical Oceanography Committee


 Upcoming Meeting: 

 Session 151,  June 2006 — Providence, RI

  • Exploitation of sound by marine mammals:
    Marine mammals are sophisticated users of sound, both self generated and the surrounding ambient. This session features research that shows examples of this behavior.

  • Ultra-low and low frequency marine seismo-acoustics:
    Focus is on acoustic sensing of natural seismic phenomena such as tsunamis, earthquakes and ocean storm events.


 Past Meetings: 

Session 150, Fall 2005 — Minneapolis, MN

  • Ocean ecosystem measurement:
    Use of acoustics to determine the abundance, distribution, and behavior of marine organisms in relation to their environment.

  • Inversion using ambient noise sources:
    Inversion techniques for estimation of ocean environments using natural and man-made noise as sound sources.

Session 149, Spring 2005 — Vancouver, BC

  • Riverine Acoustics
     
  • Acoustics and ocean observatories:
    Science results and development efforts related to sustained ocean observing, in all fields from physics to biology.

Session 148, Fall 2004 — San Diego, CA

  • Acoustic characterization of the benthic habitat.

  • Acoustic sensing of internal waves. (Joint with Underwater Acoustics)

Session 147, Spring 2004 — New York, NY

  • D. Van Holliday special session on acoustical measurements of marine organisms. (Joint with Animal Bioacoustics)

  • Ocean acoustics of earthquakes.

Session 146, Fall 2003  — Austin, TX

  • Aubrey L. Anderson memorial session on acoustics of gas-bearing sediments. (Joint with Underwater Acoustics)

  • Developments in multibeam sonar for water-column measurements.

Session 145, Spring 2003 — Nashville, TN

  • Bioacoustic resonance spectroscopy:
    Backscattering and absorptivity at resonance frequencies of the swim bladders of fish, lungs of marine mammals, and air chambers of plankton and other marine life. (Joint with Underwater Acoustics)

  • Geoacoustic inversions:
    General inversion techniques to characterize the bottom geoacoustic environment. (Joint with Underwater Acoustics and Signal Processing in Acoustics)




 
 

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