Efficient engineering pond farming method for paralichthys olivaceus

Abstract

The invention discloses an efficient engineering pond farming method for paralichthys olivaceus and belongs to the technical field of aquaculture. The efficient engineering pond farming method includes building of an engineering pond farming system, treatment of a farming pond, stocking of seedlings, precision feeding technology of baits, water environment management, micro-ecology control technology and harvest of commercial fish. Factory-like management and efficient ecological farming of the farming pond of the paralichthys olivaceus can be realized, farming production can be increased by more than 9 times, farming efficiency can be greatly improved, and application promotion potential is great.

Description

Technical field: [0001] The invention belongs to the technical field of aquaculture, and in particular relates to a high-efficiency breeding method for flounder in an engineered pond. technical background: [0002] Flounder is one of the three leading breeding species of flounder in my country. Its farming methods include land-based industrial farming, pond farming and cage farming. Among them, the pond farming method has the advantages of low breeding cost, ecological environmental protection, and commercial fish quality. and high market recognition. At present, most of the ponds used for flounder farming in my country are traditional prawn farming ponds, generally large single ponds with an area of ​​tens of mu, with simple construction, unreasonable structural design, lack of facilities and equipment, extensive breeding technology and low management level During the breeding process, water quality deterioration and disease occurrence often occur, making it impossible to ca...

AI Technical Summary

Problems solved by technology

At present, most of the ponds used for flounder farming in my country are traditional prawn farming ponds, generally large single ponds with an area of ​​tens of mu, with simple construction, unreasonable structural design, lack of facilities and equipment, extensive breeding technology and low management level During the breeding process, water quality deterioration and disease occurrence often occur, making it impossible to carry out high-density farming. The unit yield of flounder pond culture is only about 200 kg / mu, which is not conducive to the sustainable development of the pond culture industry.

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