High-efficient, intensive and ecological finless ell breeding method

Abstract

The invention relates to the technical field of aquaculture, in particular to the field of finless ell breeding. The high-efficient, intensive and ecological finless ell breeding method comprises the following steps that sterilization is conducted on a pond and a net cage; the net cage is hung to cultivate aquatic plants, and crucian and chub are bred in the pond; artificially-cultivated finless ell seedlings are selected and put into the net cage to be bred; live fly maggots or earthworms are thrown into the pond during the breed cultivation process to be used as bait; the finless ell is bred in a two-year period, and grown finless ell is collected to appear on market. The high-efficient, intensive and ecological finless ell breeding method has the advantages of being capable of improving water quality, improving the quality and value of the finless ell, and prompting the bait breeding industry and the downstream derivative products at the same time.

Description

technical field [0001] The invention relates to the technical field of aquaculture, in particular to a method for efficiently, intensively and ecologically cultivating rice field eels. Background technique [0002] Swamp eel, also known as eel, has tender meat, delicious taste, less bone spurs, rich in protein, multi-vitamins and minerals; Swamp eel is also rich in DHA, EPA and other medicinal ingredients, which have the functions of nourishing qi, blood, anti-inflammatory and disinfection. , expelling wind and dehumidification and other effects, it is a delicious food and nourishing health food loved by consumers at home and abroad. At present, it is becoming more and more popular in domestic and foreign markets. The annual demand in the domestic market is nearly 3 million tons. Japan and South Korea need to import 200,000 tons a year. The demand in Hong Kong and Macao is also showing an increasing trend. At present, the main source of supply for the rice field eel market ...

AI Technical Summary

Problems solved by technology

However, there are also many shortcomings in traditional cage culture: the mesh is easy to block and needs to be cleaned frequently, and the workload is heavy; the residual feed and eel excreta will accumulate in the cage, and over time, it will produce an unpleasant smell. It is beneficial to the growth of rice field eels; feeding rice field eels leads to a decline in the meat quality of rice field eels, and at the same time causes certain pollution to the environment. Moreover, the artificial breeding of eels has not been completed yet, and all eel species are wild-caught. How to make full use of the current wild eel species resources, And discovering higher-value downstream derivative products has also become a major challenge for the eel farming industry