Recommendations on bioacoustical metrics relevant for regulating exposure to anthropogenic underwater sounda).
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| Auteurs principaux: | , , , , , |
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| Format: | Artículo científico |
| Langue: | en |
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The Journal of the Acoustical Society of America
2024
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| _version_ | 1868266292631306241 |
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| author | Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A |
| author_facet | Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A |
| collection | PubMed - marine biology |
| contents | Recommendations on bioacoustical metrics relevant for regulating exposure to anthropogenic underwater sounda). Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A Animals Noise Acoustics Sound Spectrography Aquatic Organisms Sound Environmental Exposure Time Factors Environmental Monitoring Water Metrics to be used in noise impact assessment must integrate the physical acoustic characteristics of the sound field with relevant biology of animals. Several metrics have been established to determine and regulate underwater noise exposure to aquatic fauna. However, recent advances in understanding cause-effect relationships indicate that additional metrics are needed to fully describe and quantify the impact of sound fields on aquatic fauna. Existing regulations have primarily focused on marine mammals and are based on the dichotomy of sound types as being either impulsive or non-impulsive. This classification of sound types, however, is overly simplistic and insufficient for adequate impact assessments of sound on animals. It is recommended that the definition of impulsiveness be refined by incorporating kurtosis as an additional parameter and applying an appropriate conversion factor. Auditory frequency weighting functions, which scale the importance of particular sound frequencies to account for an animal's sensitivity to those frequencies, should be applied. Minimum phase filters are recommended for calculating weighted sound pressure. Temporal observation windows should be reported as signal duration influences its detectability by animals. Acknowledging that auditory integration time differs across species and is frequency dependent, standardized temporal integration windows are proposed for various signal types. |
| format | Artículo científico |
| id | pubmed_39400268 |
| institution | PubMed |
| language | en |
| publishDate | 2024 |
| publisher | The Journal of the Acoustical Society of America |
| record_format | pubmed |
| spellingShingle | Recommendations on bioacoustical metrics relevant for regulating exposure to anthropogenic underwater sounda). Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A Animals Noise Acoustics Sound Spectrography Aquatic Organisms Sound Environmental Exposure Time Factors Environmental Monitoring Water Recommendations on bioacoustical metrics relevant for regulating exposure to anthropogenic underwater sounda). Lucke, Klaus MacGillivray, Alexander O Halvorsen, Michele B Ainslie, Michael A Zeddies, David G Sisneros, Joseph A Animals Noise Acoustics Sound Spectrography Aquatic Organisms Sound Environmental Exposure Time Factors Environmental Monitoring Water Metrics to be used in noise impact assessment must integrate the physical acoustic characteristics of the sound field with relevant biology of animals. Several metrics have been established to determine and regulate underwater noise exposure to aquatic fauna. However, recent advances in understanding cause-effect relationships indicate that additional metrics are needed to fully describe and quantify the impact of sound fields on aquatic fauna. Existing regulations have primarily focused on marine mammals and are based on the dichotomy of sound types as being either impulsive or non-impulsive. This classification of sound types, however, is overly simplistic and insufficient for adequate impact assessments of sound on animals. It is recommended that the definition of impulsiveness be refined by incorporating kurtosis as an additional parameter and applying an appropriate conversion factor. Auditory frequency weighting functions, which scale the importance of particular sound frequencies to account for an animal's sensitivity to those frequencies, should be applied. Minimum phase filters are recommended for calculating weighted sound pressure. Temporal observation windows should be reported as signal duration influences its detectability by animals. Acknowledging that auditory integration time differs across species and is frequency dependent, standardized temporal integration windows are proposed for various signal types. |
| title | Recommendations on bioacoustical metrics relevant for regulating exposure to anthropogenic underwater sounda). |
| topic | Animals Noise Acoustics Sound Spectrography Aquatic Organisms Sound Environmental Exposure Time Factors Environmental Monitoring Water |
| url | https://pubmed.ncbi.nlm.nih.gov/39400268/ |