Novel three-dimensional cultivation method of geese, fishes and mussels

Abstract

The invention discloses a novel three-dimensional cultivation method of geese, fishes and mussels, and belongs to the field of cultivation. The method comprises the following steps of building base facilities: selecting a pond with good water quality, a sufficient water source and transportation convenience; performing three-dimensional cultivation: raising 65 to 90 goslings in per mu of water surface, and enabling the fishes and the mussels to grow in a water body, wherein the stocking quantity of the fishes is about 50 kg per mu; before fingerlings are put into the pond, performing immersionbath on fingerling bodies for 6 to 8 minutes by a 3-percent saline solution; meanwhile, injecting hemorrhagic disease vaccines on the fishes; hanging and culturing 100 cages of pearl mussels per mu;and performing raising management: reasonably matching feed, performing regular and quantitative feeding without feeding mildew feed, and regularly fishing water lettuces, water hyacinths, water peanuts and wheats to feed the geese. The novel three-dimensional cultivation method has the advantages that by using a mode of adding goose raising in a fish and mussel mixed cultivation pond, through production configuration of three-dimensional cultivation, pond water areas and feed resources are fully utilized; the geese, the fishes and the mussels achieve symbiotic and mutually benefitting effects; the production value is high; and the cultivation method is scientific and reasonable.

Description

technical field [0001] The invention relates to the field of breeding, and more specifically relates to a novel three-dimensional breeding method for goose, fish and mussels. Background technique [0002] Three-dimensional farming is developed on the basis of traditional farming models. It can be regarded as an efficient combination of various traditional farming models. The environment is organically combined, and the different parts of the environment are fully utilized to maximize the benefits on the same area of ​​land. Its typical structure is the mulberry paddy field in the southern water town and so on. [0003] Both fish and mussels live in water. Using their symbiosis principle, they can be polycultured in ponds to obtain a double harvest of fish and pearls. It is an important model for the comprehensive management of fish and mussels polyculture, but the problem is that the source of organic fertilizer in the pond is difficult. Contents of the invention [0004]...

AI Technical Summary

Problems solved by technology

[0003] Both fish and mussels live in the water. Using their symbiotic principle to carry out polyculture in the pond can obtain a double harvest of fish pearls. It is an important model for the comprehensive management of fish and mussel polyculture aquaculture, but the problem is that the source of organic fertilizer in the pond is difficult