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As the resource management of blueˆn tuna Thunnus orientalis is becoming increasingly important, a new technology for set-net ˆsheries to separate young blueˆn tuna from other catches is needed. If behavioral diŠerences in a set net between blueˆn tuna and other species could be detected, it would help to develop such new technology. In this study, we used an ultrasonic telemetry system to study the behavior of young blueˆn tuna and yellowtail Seriola quinqueradiata in a set net. The results showed that blueˆn tuna swim back and forth between the second bag net and the ˆrst bag net, while yellowtail swim all the way into the ˆnal net. These behavioral diŠerences could be used in the development of a technology to separate young blueˆn tuna from other catches in set nets.

nihon suisan gakkaishi/nippon suisan gakkaishi

Monitoring the behavior of young bluefin tuna &lt;i&gt;Thunnus orientalis&lt;/i&gt; and yellowtail &lt;i&gt;Seriola quinqueradiata&lt;/i&gt; in set nets using ultrasonic biotelemetry