A method for simultaneously planting vegetables and breeding chickens in a greenhouse

Abstract

The invention discloses a method for simultaneously planting vegetables and breeding chickens in a greenhouse. This method first builds a simple chicken coop on the net in the greenhouse; opens a window at the same height as the net bed on the north wall for the grazing chickens to enter and exit the greenhouse and the open space between the sheds; crop rotation and / or intercropping in the shed Vegetables: Vegetables are planted using chicken manure organic fertilizer produced by chicken manure as the main fertilizer, supplemented by chemical fertilizers; vegetable leftovers are fed to chickens; grazing in the open space between sheds and chickens raised on the net are combined in the house. Chai chicken breeding. In the method, vegetables absorb carbon dioxide and release oxygen, and wood chickens absorb oxygen and release carbon dioxide, which complement each other in terms of living environment; in addition, chickens can obtain sufficient green feed all year round to meet the needs of various vitamins and mineral elements. The method improves the production performance of the chicken, increases the yield of vegetables, and has the characteristics of one-time investment and many years of benefit.

Description

Technical field [0001] The invention relates to a three-dimensional agricultural development model and supporting technologies, in particular to a method for simultaneously planting vegetables and breeding chickens in a large shed. Background technique [0002] Three-dimensional agriculture is a highly efficient agricultural structure with multiple coordinated and interconnected agricultural organisms (plants, animals, microorganisms) populations, multi-level comprehensive utilization in space, time and function. Such as forest-grain or intercropping with vegetables, fish farming in rice fields, edible fungus planting in farmland, chicken farming under forests, duck farming in rice fields and fish farming in rice fields. This model can fully tap the potential of natural resources such as land, light energy, water, heat, etc., improve the utilization and utilization efficiency of artificial auxiliary energy, alleviate the conflict between grain and economic vegetables, fruit trees...

AI Technical Summary

Problems solved by technology

It not only makes up for the shortcomings of the traditional chicken breeding method and solves the problem of soil salt accumulation and salinization caused by growing vegetables in greenhouses, but also makes full use of cultivated land resources and improves the ecological environment

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