Method for transporting jellyfish scyphistoma

A transportation method and polyp technology are applied in the field of transportation of marine animal fry, which can solve the problem of high transportation cost, and achieve the effects of reducing stress response, slowing down differences in ecological conditions, and reducing sudden mortality.

Inactive Publication Date: 2010-05-05
SHANDONG HOMEY AQUATIC DEV
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  • Summary
  • Abstract
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AI Technical Summary

Problems solved by technology

[0004] In order to overcome the deficiency of the high cost of oxygenated water transportation of jellyf

Method used

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Embodiment Construction

[0011] The present invention will be further described below in conjunction with embodiment.

[0012] A kind of transportation method of jellyfish polyp,

[0013] Choose a foam box of commonly used specifications as the incubator, and after cleaning it, add about 250 grams of fresh seawater for later use.

[0014] Spray the attachment boards with jellyfish polyps lightly and evenly with fresh seawater, and then place them horizontally in the foam box one by one. The four corners of each attachment board are connected in series with fixed ropes. Hard plastic tubes with a length of 50 mm and a diameter of 10 mm are arranged between the four corners, and the hard plastic tubes are fixed by the above-mentioned fixed ropes respectively, so that the attachment plates are evenly spaced at equal distances to avoid jellyfish The attachment plates of the jellyfish are squeezed against each other, resulting in the death of the jellyfish polyp.

[0015] Place about 500 grams of ice cube...

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Abstract

The invention relates to a method for transporting jellyfish scyphistoma, which comprises the steps of using fresh sea water for evenly spraying a plurality of attaching plates attaching the jellyfish scyphistoma, then sequentially horizontally placing the attaching plates in a thermal insulation box, respectively arranging positioning parts between each two attaching plates for positioning the positions of the attaching plates and keeping certain intervals, adding a small amount of fresh sea water and an appropriate number of ice blocks in the thermal insulation box, sealing the thermal insulation box, transporting to the destination, then opening the thermal insulation box in the shade, taking out the ice blocks, spraying one part of the fresh sea water at the destination into the thermal insulation box, further placing the attaching plates attaching the jellyfish scyphistoma into a temporary culture pond when the temperature in the thermal insulation box is increased to have the temperature difference of less than 2 DEG C with the water temperature at the destination, carrying out the temporary culture in the dark for one day, and then carrying out the normal management. The method has the advantages of a small using amount of the fresh sea water during the transportation process, no need of filling oxygen, low transportation cost and high survival rate of fry transportation.

Description

technical field [0001] The invention relates to a transportation technology of marine animal seed, in particular to a transportation method of jellyfish polyps. Background technique [0002] Jellyfish is one of the eight "sea treasures". Its unique feature is that it has extremely low fat content, rich in protein and inorganic salts, and has high edible and medicinal value. It is a popular seafood delicacy. Due to overfishing, jellyfish resources have plummeted and prices have risen. In the 1990s, many technicians in our country carried out the research on jellyfish industrial seedling cultivation and achieved success, and then carried out the release and multiplication activities of jellyfish resources. The jellyfish pond aquaculture industry began to rise in the early 21st century, and has developed rapidly in recent years. [0003] The transportation and supply of jellyfish seedlings is an important link in the development of pond aquaculture. We know that jellyfish see...

Claims

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Application Information

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IPC IPC(8): A01K63/02
Inventor 谭福祎唐聚德张术森孙永军郭志君鞠文明
Owner SHANDONG HOMEY AQUATIC DEV
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