Three-dimensional circulation planting and culturing method of vineyard with multispan greenhouse

Abstract

The invention discloses a three-dimensional circulation planting and culturing method of a vineyard with a multispan greenhouse. In the method, the spatial and ground resources of the vineyard with the multispan greenhouse are efficiently utilized through combining planting with culturing; and more specifically, in a vitis vinifera rain-shielding greenhouse at the coastland of JiangSu province, high-quality forage grass is planted and geese eating grass are cultured, thus forming an 'upper fruit (vine)-middle geese-lower grass-manure land (excrements)' three-dimensional circulation system' which is characterized in that the forage grass is used for feeding the geese, the excrements of the geese can increase the organic fertilizers of soil and are supplied to the growth of the vine and thegrowth of the forage grass. According to the invention, the defects of root damage, soil layer damage and influences on economic benefits caused by culturing chickens in the vineyard can be overcome.The vineyard utilizing the method disclosed by the invention does not require any fertilizer and pesticide, the occurrence of worm grass damage can be reduced, the yield of the vine is increased, andthe goose production efficiency is increased.

Description

Technical field [0001] The invention relates to a cycle planting method, in particular to a three-dimensional cycle planting method for multi-span greenhouse vineyards. Background technique [0002] In recent years, with the vigorous advancement of my country's modern agriculture, facility agriculture such as greenhouse vineyards has risen rapidly. Making full use of the space and land in the greenhouse, improving the production efficiency of the vineyard, improving the space utilization rate and reducing the cost of cleaning and labor have become new problems faced by the greenhouse vineyard after large-scale construction. Many explorations have been carried out in the production of the existing greenhouse vineyards. After all, there are many practical problems in production. At present, the utilization of land and space under the greenhouse vineyards mainly has the following problems: 1. If the land in the greenhouse is not used, Weeds must be overgrown, causing pests and...

AI Technical Summary

Problems solved by technology

Many explorations have been carried out in the production of the existing greenhouse vineyards. After all, there are many practical problems in production. At present, the utilization of land and space under the greenhouse vineyards mainly has the following problems: 1. If the land in the greenhouse is not used, Weeds must be overgrown, causing pests and weeds, resulting in increased use of pesticides, labor and chemical fertilizers, which not only increases production costs, but also affects the increase in production and efficiency of the vineyard; 2. If the land in the greenhouse is planted with crops, these crops will be different from Grapes compete for fertilizer, which affects the yield and quality of grapes; 3. Raising chickens in greenhouse vineyards will not only damage grape roots and ground vegetation, cause surface soil compaction, and even fly to grapes to damage fruit ears, but also cannot guarantee ground vegetation and ground vegetation. Balanced Supply of Grass

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