Method for indoors artificial and intensive culture of clamworm

Abstract

The prevent invention provides full artificial controlling culture environment a method for achieving high density intensive artificial culture of clamworm in indoors. This method is according to clamworm living characteristics to build culture pond, collocate sediment and rear with artificial diet, to make clamworm suit for culturing in indoors and without the limit of climatic environment, aquaculture production can be carried out throughout the year. To compare with existing clamworm culture mode, this method ensures high survival rate and high growth rate of clamworm seedlings. To adopt this method to culture clamworms, the survival rate reaches 70 percent to 90 percent, the weight of finished clamworm is 5 to 10 gram. The annual average yield of grub increases 2 to 3 gram, and supplying living clamworms for export the whole year.

Description

technical field [0001] The invention relates to a method for cultivating clam worms, in particular to an indoor artificial intensive cultivation method. Background technique [0002] The clam worm (Perineries aibuhitensis Grube) belongs to the annelida, polychaetes. It is the dominant polychaetes in coastal tidal flats in my country, and it is also a high-quality polychaetes with high economic value. Among them, the export FOB price of double-toothed clamworm and multi-toothed clamworm reached 18 US dollars / kg. The clam worms in Liaoning area have a high reputation in the export of clam worms because of their large size, low water content, and green color. In recent years, due to overharvesting, the natural resources of clamworms tend to be exhausted. The artificial breeding of clamworms can provide an effective way for the supplement, sustainable use and protection of polychaete clamworm resources in my country, thereby creating good economic benefits and ecological benef...

AI Technical Summary

Problems solved by technology

However, since estuaries and tidal flats are open natural environments, the growth of lugworms is limited by the natural climate and environment.

[0005] (2) The seedlings of clamworm come from natural reproduction, rely heavily on the marine environment, and the actual survival rate of clamworm larvae is low

[0006] (3) Nereis worm has many harmful organisms, and it is impossible to effectively control the harmful organisms in the natural environment

[0007] (4) The yield per unit area of ​​clam worms cultured in shrimp ponds and tidal flats is low, which is greatly affected by the climate

At the same time, there is currently no report on artificial indoor intensive cultivation of clam worms