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Fish behaviour and acoustic sampling






Rapports et Proces-Verbaux des Reunions Conseil International pour l'Exploration de la Mer, 189: 147-158

Fish behaviour and acoustic sampling



Accession: 038251406



Related references

Misund O.A.; Aglen A., 1992: Swimming behaviour of fish schools in the north sea during acoustic surveying and pelagic trawl sampling. Swimming behaviour of schooling herring (Clupea harengus) and sprat (Sprattus sprattus), when approached by a survey vessel, was observed by aid of a true motion sonar. Observations were made both during surveying and during pelagic trawling. Hori...

Mcquinn, I.H.; Winger, P.D., 2002: An acoustic study of 3-D fish behaviour Geo-referencing single fish from a moving platform. Canadian Technical Report of Fisheries & Aquatic Sciences (2403): 23

Misund, O.A.ve; Aglen, A.; Johanessen, S.O.vind; Skagen, D.; Totland, B., 1993: Assessing the reliability of fish density estimates by monitoring the swimming behaviour of fish schools during acoustic surveys. ICES Marine Science Symposia 196(0): 202-206

Mathisen, OA., 1980: Guidelines for sampling fish in inland waters. 9. Acoustic stock assessment. EIFAC (European Inland Fisheries Advisory Commission) Technical Paper, 115-141 No. 33

Mckinstry, C.A.; Simmons, M.A.n; Simmons, C Steve; Johnson, R.L., 2005: Statistical assessment of fish behavior from split-beam hydro-acoustic sampling. Statistical methods are presented for using echo-traces from split-beam hydro-acoustic sampling to quantitatively assess fish behavior in response to a stimulus. The data presented are from a 2002 study designed to assess the response of free-rang...

Holliday D.V.; Smith P.E., 1978: Seasonal changes in fish size distributions as detected by acoustic resonance survey and by conventional sampling. Journal of the Acoustical Society of America 64(SUPPL 1): S95

Unger P.A.; Brandt S.B., 1989: Seasonal and diel changes in sampling conditions for acoustic surveys of fish abundance in small lakes. Acoustic techniques have difficulty detecting fish that are near the surface or near the bottom. This limitation may be particularly critical in small, shallow lakes where the pelagic zone is relatively small. The feasibility of acoustic sampling...

Sorokin, MA.; Penkin, SI.; Lebedeva, AN., 1986: The influence of low-frequency acoustic signals on the behaviour of some pelagic fish.. Rybnoe Khozyaistvo, 12: 33-35

Begout, ML.; Lagardere, JP., 1993: Acoustic telemetry a new technology to control fish behaviour in culture conditions. EAS (European Aquaculture Society) Special Publication. July; 18: 167-175

Sorokin, MA.; Kuznetsov, YuA.; Kruchinin, ON.; Penkin, SI., 1983: Influence of strong low frequency acoustic signals on the behaviour of certain commercial fish.