Titlebook: Electronic Tagging and Tracking in Marine Fisheries; Proceedings of the S John R. Sibert,Jennifer L. Nielsen Conference proceedings 2001 Sp

linguistics

Archival and Pop-up Satellite Tagging of Atlantic Bluefin Tuna,f the water column and spend more than half their time in the upper 40 m. Atlantic bluefin maintain a high internal body temperature despite encountering a wide range of ambient temperatures (2–30°C). Patterns of feeding behavior have emerged providing data on how often and when fish feed at sea. Ge

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The Relationship Between Food Intake and Visceral Warming in Southern Bluefin Tuna (,),their basal visceral temperature and ambient water temperature throughout a 6–7°C seasonal change in water temperature. For a given ration, the extent of warming of the viscera during digestion relative to the basal visceral temperature was significantly higher in winter than in summer, indicating e

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Using Ultrasonic Telemetry to Determine Home Range of a Coral-Reef Fish,buoy system. Mean number of position fixes was 3420 ± 1795 (SE) per fish ranging from 1032–7493. Data were analyzed using the Animal Movement Analysis Extension for Arcview®. Total cumulative home range increased less than 2% daily on tracking days 14–18 and less than 1% daily on tracking days 18–21

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Malfunction

Five Tags Applied to a Single Species in a Single Location: The Tiger Shark Experience,rovided to the shark tracking project by the manufacturer. This tag was attached with a saddle fitted around the anterior edge of the dorsal fin of a shark. Again, the active sonic tracking data were used to evaluate the veracity of the data acquired form the satellite tag. Data from these various s

Outmoded

Use of Telemetry in Fisheries Management: Juvenile Sandbar Sharks in Delaware Bay, by tidal currents, and sharks tracked on the New Jersey side of the bay had larger activity spaces, occupied deeper water, and ranged farther from shore than sharks tracked on the Delaware side. Management measures such as area/time closures would provide protection for a large number of sharks in

Tracheotomy

Orientation and Swimming Speed of Plaice Migrating by Selective Tidal Stream Transport,were within ± 60°, and the average down-tide swimming speed was approximately 0.6 fish lengths s.. Summary data for the remaining nine fish do not differ significantly from these values. We discuss our results in relation to the reconstruction of the geographical tracks of fish from pressure records