Search Results - "Dossot, Georges"

Refine Results
  1. 1

    Effects of Pile Driving on the Residency and Movement of Tagged Reef Fish by Iafrate, Joseph D, Watwood, Stephanie L, Reyier, Eric A, Scheidt, Douglas M, Dossot, Georges A, Crocker, Steven E

    Published in PloS one (23-11-2016)
    “…The potential effects of pile driving on fish populations and commercial fisheries have received significant attention given the prevalence of pile driving…”
    Get full text
    Journal Article
  2. 2

    Underwater acoustic energy fluctuations during strong internal wave activity using a three-dimensional parabolic equation model by Dossot, Georges A., Smith, Kevin B., Badiey, Mohsen, Miller, James H., Potty, Gopu R.

    “…The three-dimensional Monterey–Miami parabolic equation model is used to simulate a nonlinear internal wave (NIW) crossing the sound field in a shallow water…”
    Get full text
    Journal Article
  3. 3

    Potential impacts from simulated vessel noise and sonar on commercially important invertebrates by Hudson, David M, Krumholz, Jason S, Pochtar, Darby L, Dickenson, Natasha C, Dossot, Georges, Phillips, Gillian, Baker, Edward P, Moll, Tara E

    Published in PeerJ (San Francisco, CA) (26-01-2022)
    “…Human usage of coastal water bodies continues to increase and many invertebrates face a broad suite of anthropogenic stressors ( ., warming, pollution,…”
    Get full text
    Journal Article
  4. 4

    Improved characterization of ambient sound levels in a coastal environment via use of an unmanned wave glider by Iafrate, Joseph, Dossot, Georges, Watwood, Stephanie

    “…In this project, we use an unmanned Liquid Robotics SV3 wave glider as a tool for basic research studying ambient acoustics in shallower, coastal waters off…”
    Get full text
    Journal Article
  5. 5

    Improved characterization of ambient sound levels in a coastal environment via use of an unmanned Wave Glider by Lafrate, Joseph, Dossot, Georges, Watwood, Stephanie, Reyier, Eric, Ahr, Bonnie

    “…In this project, we use an unmanned Liquid Robotics SV3 wave glider as a tool for basic research studying ambient acoustics in shallower, coastal waters off…”
    Get full text
    Journal Article
  6. 6

    Single element synthetic aperture using an ocean glider by Dossot, Georges A., Miller, James H., Moore, Kristy A., Crocker, Steven E., Holmes, Jason D., Glenn, Scott

    “…The feasibility of using a single transducer element on an ocean glider to create a synthetic aperture is discussed. Acoustic data were collected on two Webb…”
    Get full text
    Journal Article
  7. 7

    Measurements of 3-D propagation effects at a shelfbreak front by Moore, Kristy A., Miller, James H., Potty, Gopu R., Dossot, Georges A., Glenn, Scott M., Lynch, James F.

    “…Acoustic data collected on two Webb Slocum gliders deployed by Rutgers University during the Shallow Water Experiment (SW06) on the continental shelf off New…”
    Get full text
    Journal Article
  8. 8

    Propagation of impulsive broadband signals in a coastal ocean setting during the 1996 Shelfbreak Primer experiment by Crocker, Steven E., Miller, James H., Potty, Gopu R., Dossot, Georges A., Lynch, James F.

    “…The 1996 Shelfbreak PRIMER experiment provided an opportunity to study the impulse response of a coastal ocean waveguide using broadband acoustic signals from…”
    Get full text
    Journal Article
  9. 9

    Evidence of Atlantic midshipman ( Porichthys plectrodon) vocalizations from an unmanned surface vehicle in the U.S. South Atlantic by Iafrate, Joseph, Reyier, Eric, Ahr, Bonnie, Carroll, Alexandra, Rice, Aaron N., Dossot, Georges, Watwood, Stephanie L., Murie, Debra

    “…An unmanned surface vehicle (USV; Wave Glider) was deployed to study the coastal soundscape in shallow (less than 30 m) coastal waters off the coast of Cape…”
    Get full text
    Journal Article
  10. 10

    Near field scattering measurements using acoustic vector sensors by Dossot, Georges, Barker, Jessica A., Perez, Daniel, Barton, Robert

    “…The objective of this research is to measure and characterize acoustic energy flow surrounding underwater objects in the near field condition. To accomplish…”
    Get full text
    Journal Article
  11. 11

    Evidence of Atlantic midshipman (Porichthys plectrodon) vocalizations from an unmanned surface vehicle in the U.S. South Atlantica by Iafrate, Joseph, Reyier, Eric, Ahr, Bonnie, Carroll, Alexandra, Rice, Aaron N., Dossot, Georges, Watwood, Stephanie L., Murie, Debra

    “…An unmanned surface vehicle (USV; Wave Glider) was deployed to study the coastal soundscape in shallow (less than 30 m) coastal waters off the coast of Cape…”
    Get full text
    Journal Article
  12. 12

    Examination of behavioral response of wild river herring to sonar signals using acoustic telemetry by Iafrate, Joseph, Watwood, Stephanie L., Kutcher, Jessica, Dossot, Georges

    “…The potential effect of high-intensity noise and disturbance to fish populations is of growing concern. Adult river herring were exposed to mid-frequency (1–10…”
    Get full text
    Journal Article
  13. 13

    Simulated anthropogenic noise exposure to marine invertebrates using a standing wave tube by Dossot, Georges, Krumholz, Jason, Hudson, David, Pochtar, Darby

    “…The experimental design of a standing wave tube suitable for monitoring the impact of anthropogenic noise upon marine invertebrates is presented. Human usage…”
    Get full text
    Journal Article
  14. 14

    Modeling the acoustic vector field to simulate glider-based acoustic processing methods by Dossot, Georges, Smith, Kevin B., Sullivan, Edmund J.

    “…The feasibility of underwater gliders as passive acoustic receiving platforms is explored through simulated data. Over the last decade gliders have proven…”
    Get full text
    Journal Article
  15. 15

    Underwater techniques to characterize the near scattered acoustic vector field by Barton, Robert J., Moss, Geoffrey R., Amaral, Brian K., Dossot, Georges, Smith, Kevin B.

    “…In this study, we investigate the properties of the scattered acoustic vector fields generated by simple geometric objects, including the infinite rigid plate,…”
    Get full text
    Journal Article
  16. 16

    Broadband normal mode energy metrics in the presence of internal waves by Dossot, Georges, Crocker, Steven, Miller, James H., Potty, Gopu R., Badiey, Mohsen

    “…During the Shallow Water 2006 experiment a J-15 acoustic source deployed from the Research Vessel Sharp transmitted broadband (100–500 Hz) chirp signals 15 km…”
    Get full text
    Journal Article
  17. 17

    Variations in the active and reactive intensity components of the sound field due to nonlinear internal waves by Barton, Robert J., Dossot, Georges A., Smith, Kevin B.

    “…Shallow water acoustic energy propagation influenced by nonlinear internal waves is investigated by examining complex acoustic intensity vector fields. The…”
    Get full text
    Journal Article
  18. 18

    Long range propagation modeling of offshore wind turbine noise using finite element and parabolic equation models by Kim, Huikwan, Potty, Gopu R., Miller, James H., Smith, Kevin B., Dossot, Georges

    “…Noise generated by offshore wind turbines and support structures radiates and propagates through the air, water and sediment. Predicting noise levels around…”
    Get full text
    Journal Article
  19. 19

    Underwater gliders as acoustic receiving platforms by Dossot, Georges A., Miller, James H., Potty, Gopu R., Moore, Kristy A., Glenn, Scott, Lynch, James F.

    “…Acoustic data were collected on a single hydrophone towed by a Webb Slocum glider deployed by Rutgers University, during the shallow water experiment (SW06),…”
    Get full text
    Journal Article
  20. 20

    Three dimensional parabolic equation modeling of acoustic intensity fluctuations due to internal wave phenomena by Dossot, Georges A., Miller, James H., Potty, Gopu R., Smith, Kevin B., Badiey, Mohsen, Lynch, James F.

    “…During the Shallow Water 2006 (SW06) experiment, a J-15 acoustic source deployed from the Research Vessel Sharp transmitted broadband (50–450 Hz) chirp signals…”
    Get full text
    Journal Article