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Exposure of fish to high intensity sonar does not induce acute pathology

2010

Journal of Fish Biology

Kane, A. S., Song, J., Halvorsen, M. B., Miller, D. L., Salierno, J. D., Wysocki, L. E., Zeddies, D., Popper, A. N.

This study investigated immediate effects of intense sound exposure associated with low-frequency (170–320 Hz) or with mid-frequency (2·8–3·8 kHz) sonars on caged rainbow trout Oncorhynchus mykiss,...
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Keywords: Fish, High-intensity sonar, Pathology

Stage of Activity

Geophysical Exploration

Drilling

Construction

Production

Decommissioning

Export/Shipping

Other

Stage of Assessment

Stage 2: Sound emissions & propagation
Sound Measurements

Sound Modelling

Stage 3: Existing biological environment
Hearing Sensitivity

Stage 4: Potential impact assessment
Impact Study

Stage 5: Monitoring & Mitigation
Mitigation Measures

Other

Literature Review

Publication Type

Sound Source

Relevance to E&P Activities

Representative of real world source

Context relative to E&P activities

Parameters clearly measured and reported

Study Design

Relevance / context to E&P activity

Considers temporal / spatial variation

Receiver physiology/sensitivity

Receiver life stage/function

Control parameters clearly stated

Laboratory vs field

Modelling vs Real World

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Sound Source

Keywords

Access Constraints

Year of Issue

Pre 1985 Post 1985

Year from: