A large-scale experiment finds no evidence that a seismic survey impacts a demersal fish fauna

Author:

Meekan Mark G.ORCID,Speed Conrad W.ORCID,McCauley Robert D.ORCID,Fisher Rebecca,Birt Matthew J.ORCID,Currey-Randall Leanne M.ORCID,Semmens Jayson M.,Newman Stephen J.ORCID,Cure KatherineORCID,Stowar Marcus,Vaughan BrigitORCID,Parsons Miles J. G.

Abstract

Seismic surveys are used to locate oil and gas reserves below the seabed and can be a major source of noise in marine environments. Their effects on commercial fisheries are a subject of debate, with experimental studies often producing results that are difficult to interpret. We overcame these issues in a large-scale experiment that quantified the impacts of exposure to a commercial seismic source on an assemblage of tropical demersal fishes targeted by commercial fisheries on the North West Shelf of Western Australia. We show that there were no short-term (days) or long-term (months) effects of exposure on the composition, abundance, size structure, behavior, or movement of this fauna. These multiple lines of evidence suggest that seismic surveys have little impact on demersal fishes in this environment.

Publisher

Proceedings of the National Academy of Sciences

Subject

Multidisciplinary

Reference48 articles.

1. A critical review of the potential impacts of marine seismic surveys on fish & invertebrates;Carroll;Mar. Pollut. Bull.,2017

2. The effects of anthropogenic sources of sound on fishes

3. Effects of 2D seismic on the snow crab fishery;Morris;Fish. Res.,2018

4. R. D. McCauley , A. J. Duncan , A. N. Gavrilov , D. H. Cato , “Transmission of marine seismic survey, air gun array signals in Australian waters” in Proceedings of ACOUSTICS (The Australasian Acoustical Societies, Brisbane, Australia, 2016), pp. 305–314.

5. R. D. McCauley ., Marine Seismic Surveys: Analysis and Propagation of Air-Gun Signals; and Effects of Air-Gun Exposure on Humpback Whales and Sea Turtles, Fishes, and Squid (Curtin University of Technology, Perth, Australia, 2000).

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