Type of trial: | Full scale |
Adjusted to full scale?: | UNSPECIFIED |
Source level calculation: | Simple geometric spreading type |
Date of measurements: | June 2009 |
Classification: | Open |
Location: | Bar Harbor, Maine, USA |
Facility: | UNSPECIFIED |
Frequency scaling procedures: | UNSPECIFIED |
Noise level scaling procedures: | UNSPECIFIED |
Number of hydrophones: | 3 |
Nominal hydrophone depths (m): | 5, 15, 25 |
Hydrophone setup: | Deployed from vessel (static) |
Beam or keel aspect?: | Beam |
Min. system frequency (Hz): | 1 |
Max. system frequency (Hz): | 2500 |
Calibration: | UNSPECIFIED |
Calibration regularity: | UNSPECIFIED |
Min. water depth (m): | 39 |
Max. water depth (m): | 46 |
Min. wind speed (m/s): | UNSPECIFIED |
Max. wind speed (m/s): | UNSPECIFIED |
Min. wave height (m): | UNSPECIFIED |
Max. wave height (m): | UNSPECIFIED |
Seabed type: | Rock |
Principal authors/investigators: | Creators | Email |
---|
Allen, J. K. | jessica.k.allen@umit.maine.edu | Peterson, M. L. | michael.peterson@maine.edu | Sharrard, G. V. | george.sharrard@umit.maine.edu | Wright, D. L. | dana.l.wright@umit.maine.edu | Todd, S. K. | stodd@coa.edu |
|
Corporate Creators: | University of Maine |
Title: | Radiated noise from commercial ships in the Gulf of Maine: Implications for whale/vessel collisions |
Date of publication: | 9 August 2012 |
Official URL: | http://dx.doi.org/10.1121/1.4739251 |