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A computational method to predict and study underwater noise due to pile driving

2015

Journal of the Acoustical Society of America

Schecklman, S., Laws, N., Zurk, L. M. and Siderius, M.

A hybrid modeling approach that uses the parabolic equation (PE) with an empirical source model is presented to study and predict the underwater noise due to...
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Keywords: Empirical source model, Hybrid modelling, Parabolic equation, Pile driving

Stage of Activity

Geophysical Exploration

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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
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Literature Review

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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

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Pre 1985 Post 1985

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