Development of artificial bait for octopus drift line

An, Young-Il; Arimoto, Takafumi

doi:10.3796/ksft.2007.43.4.291

Cited by 8 publications

(1 citation statement)

References 14 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Enteroctopus dofleini, fishery from the Republic of Korea. In that successful test, artificial lures resembling crustaceans were more effective than the traditional pork skin used as bait (An and Arimoto, 2007). Given the large costs involved in using crabs for bait and the impact on their natural populations, this study sought to determine the feasibility of substituting artificial lures in lieu of fresh crabs in the Campeche octopus fishery.…”

Section: Introductionmentioning

confidence: 99%

Capture Efficiency of Artificial Lures in Baited Lines for Mayan Octopus, Octopus maya, Fishery in Campeche, Mexico

Markaida¹,

Méndez‐Loeza²,

Rodriguez-Dominguez³

2019

MFR

View full text Add to dashboard Cite

Section: Introductionmentioning

confidence: 99%

Capture Efficiency of Artificial Lures in Baited Lines for Mayan Octopus, Octopus maya, Fishery in Campeche, Mexico

Markaida¹,

Méndez‐Loeza²,

Rodriguez-Dominguez³

2019

MFR

View full text Add to dashboard Cite

Fluorescent characteristics of baits and bait cages for swimming crab Portunus trituberculatus pots

Chang

Koo²,

Lee³

et al. 2008

Bulletin of the Korean society of Fisheries Technology

View full text Add to dashboard Cite

In order to develop the substitutive materials for natural baits of swimming crab pots, the fluorescent characteristics of the baits were analyzed, and the preference of fluorescent dyes were investigated by the mean entrapped catch number to the pots through the water tank experiments and fishing experiments. On the investigation of fluorescent characteristics by the 5 kinds of baits, mackerel, krill, manila clam, pig s fat and chicken s head which were used in substitutive baits for test in the UV long wave(365nm) area, it showed clear blue fluorescence in the skin of mackerel, shell of krill, manila clam and bill of chicken s head, and green fluorescence in the mackerel s muscle and internals, and yellow fluorescence in the pig s fat and chicken s head. On the investigation of fluorescent characteristics by the bait cages in the UV short wave(254nm) and long wave(365nm) area, it showed each green, red and blue fluorescence in the cylinderical or hexahedral red plastic bait cages which were painted each green, red and blue fluorescence dyes, but it showed yellowish green flourescence in the cylinderical or hexahedral red plastic bait cage which was painted yellow fluorescent dye. On the preference investigation of the fluorescent dyes of swimming crabs by the 5 kinds of the bait cages which were put the mackerel in the non-fluorescent red plastic cage(RFN), red, yellow, green and blue fluorescent plastic cages(RF, YF, GF, BF) each, nonfluorescent red plastic cage(RFN) was entrapped mean 2.0(6.7%), but blue fluorescent plastic cage(BF) was mean 5.0(16.7%) and it was more 2.5 times comparing to RFN, and red fluorescent cage(RF) was same level and green fluorescent cage(GF) was 50% of catch number comparing to RFN, and yellow fluorescent cage(YF) was entrapped nothing(F 46.324, P 0.05). On the investigation of the entrapped catch number *Corresponding author: hyjang@kunsan

show abstract

The development and the characteristics of environmentfriendly sinker for octopus drift-line

An¹,

Yoon²

2008

Bulletin of the Korean society of Fisheries Technology

Self Cite

View full text Add to dashboard Cite

For environment-friendly fishery, the lead sinkers of octopus drift line were developed with the environmentfriendly sinker, and their characteristics and performance were investigated. To make the environmentfriendly sinker, the hydrate ceramic material was developed, and to increase the weight and strength, the iron power was added to it. The fishing hook was machine-made, and standardized, by using 60cm iron wire. For the manufacture of the sinker, the first, the mold was made, and then, hydrate ceramic material and water were quantitatively mixed. The mixture was poured into the mold prepared with a fishing hook already inserted, and had hardened for several hour, before it was taken out of the mold as a complete sinker. The sinkers were made in the 8 types ranging in weight from 150 to 500g, and their specific gravities were diverse from 2.871 to 6.637, which was 0.19 to 0.44 times lower than that of lead. The movement of the environment-friendly sinker by flume tank was possible in the weaker current speed than the similar lead sinker. In the coastal fishing grounds of Gangwon province, the comparison of catching efficiency was made between the improved fishing gears composed of the environment-friendly sinkers and artificial baits, and the current used fishing gears of lead sinkers and pig-fat baits. The result showed the tendency in which the improved fishing gears caught the bigger octopuses than the current used fishing gears. In the quantity and number of the fish catch per unit fishing gear, the improved fishing gear showed a little more catch than the current used fishing gear, regardless of the fishing area. However, the number of the improved fishing gears lost during fishing operation was similar to that of the current used fishing gears.

show abstract

Development of artificial bait for octopus drift line

Cited by 8 publications

References 14 publications

Capture Efficiency of Artificial Lures in Baited Lines for Mayan Octopus, Octopus maya, Fishery in Campeche, Mexico

Capture Efficiency of Artificial Lures in Baited Lines for Mayan Octopus, Octopus maya, Fishery in Campeche, Mexico

Fluorescent characteristics of baits and bait cages for swimming crab Portunus trituberculatus pots

The development and the characteristics of environmentfriendly sinker for octopus drift-line

Contact Info

Product

Resources

About