Difference in the light source power required for catching swordtip squid <i>Photololigo edulis</i> and Japanese common squid <i>Todarodes pacificus</i> estimated from the catch experiments by using LED panels

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  • MASUDA DAISAKU
    Nagasaki Prefectural Institute of Fisheries
  • KAI SHUYA
    Ken'ou Fisheries Extension Center, Nagasaki Development Bureau
  • MATSUSHITA YOSHIKI
    Graduate School of Fisheries Science and Environmental Studies, Nagasaki University

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Other Title
  • LED集魚灯試験から推定されたケンサキイカ<i>Photololigo edulis</i>とスルメイカ<i>Todarodes pacificus</i>の操業時に必要とされる消費電力の違い
  • LED集魚灯試験から推定されたケンサキイカPhotololigo edulisとスルメイカTodarodes pacificusの操業時に必要とされる消費電力の違い
  • LED シュウギョトウ シケン カラ スイテイ サレタ ケンサキイカ Photololigo edulis ト スルメイカ Todarodes pacificus ノ ソウギョウジ ニ ヒツヨウ ト サレル ショウヒ デンリョク ノ チガイ

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Abstract

<p> This study examined the possibility of the LED panels as a fishing lamp system in the coastal squid jigging fishery for swordtip squid and Japanese common squid. Fishing trials were carried out using coastal squid jigging boats (6.6-7.3 t) equipped with LED panels. The catch amounts of squid jigging boats with LED panels (experimental boats) were compared with the catch of a control boat equipped with conventional lamps, which simultaneously operated in the same water. The catch amounts of the experimental boats were less than that of the control boat. Besides, catch amounts were expressed as functions of light source, lunar phase, tide, presence of dolphin in the generalized linear modeling analysis. Catch performance of the light source for swordtip squid and Japanese common squid were different, and catching swordtip squid was presumed to require less light source power. Hence, Squid jigging fishery for swordtip squid was easier it was to introduce the LED panels.</p>

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