Indoor totally-artificial jellyfish breeding method

Abstract

The invention belongs to the field of aquatic animal breeding and particularly relates to an indoor totally-artificial jellyfish breeding method. The indoor totally-artificial jellyfish breeding method is characterized in that high-quality jellyfish hydroid polyp bodies stored under a low temperature are stimulated so that strobilation of the high-quality jellyfish hydroid polyp bodies can be formed and ephyrae can be generated; all environmental factors are controlled to make the ephyrae grow into adult jellyfishes inside a room. After the jellyfishes grow into the sexual maturity stage, gonads of the jellyfishes are made mature and oviposition and fertilization are carried out through an artificial inducing method, and finally zygotes grow into the ephyrae and indoor totally-artificial jellyfish breeding is completed. A large number of high-quality jellyfish hydroid polyp bodies can be once supplied according to the indoor totally-artificial jellyfish breeding method, the defects that hydroid polyp body supplement rate is low because podocyst breeding efficiency is low and the total number of the hydroid polyp bodies is continuously reduced because a large number of hydroid polyp bodies are separated from boards are overcome, and technical support is provided for storage of high-quality jellyfish seeds.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to view more

AI Technical Summary

Benefits of technology

This patented technology allows creating an environment where we grow seafood without being affected from natural factors like weather or other environmental influences that could affect its quality over longer periods. It achieves this through controlled induced conditionings which allow many small fishes to form clumps instead of growing them together into larger ones with their feet covered up. Additionally, it prevents damage when storing these cloned materials due to poor replication rates resulting in fewer chances of finding new food sources. Overall, this method provides technical benefits such as increased yield compared to traditional methods while maintaining consistently good taste and flavor on freshness levels.

Problems solved by technology

This patented technical solution described involves maintaining highly pure polyplets from sea cucumber plants during winter months when they can still survive without being severely damaged or dying naturally. Additionally, keeping these polyplet populations alive longer helps save valuable resource on their own right while also improving productivity at commercial scales through increased yield rates.