Technical brief:
This invention proposes a new culture technology for the inefficient and costly production of grapes. The main solutions include the selection of land free of industrial pollution, the application of organic fertilizers, the selection of dynamic varieties and the rational application of fertilizers and medicines to ensure a high yield of grapes and raise farmers ' incomes。
Keywords: high production of grapes, planting techniques, non-polluting land
Patent name: method of production of techniques for high-yield grape cultivation
Technical areas:
This invention involves techniques for high-yielding grape cultivation, which is particularly suited to the dynamic production of grapes。
Background technology:
Currently, the demand for by-products is increasing as people's standard of living improves。
The content of the invention
In order to increase the efficiency of the production of grapes and reduce production costs, the invention provided a new culture of grapes。
The technological method used to solve its technical problems was to select land without industrial "triple waste" as a planting ground, to apply base fattening, to choose a strong and dynamic grape variety, to plant it rationally and to ensure high production of grapes. The beneficial effect of this invention is to ensure that grape production is high and increase farmers ' incomes through the application of this invention to grape production. The method of implementation — the selection of suitable varieties of red grapes that can be used in the long and strong form. The spring is scheduled in due course around february and the autumn is late. On a specific course and distance, the gutter is dug between 60-70 cm wide, 50-60 cm deep, the surface is open when the gutter is opened, a 10 cm thick topsoil is filled before fertilizing, and then the base is filled, the acre is applied to pigry four-to-five cms, the surface is filled, the soil is mixed with fat. The length of the line is 0. 7 m*3 m, with 300 plants per acre. Then water was poured, and the earth sunk. Thirdly, field management is timely in removing sprouts of wood, in selecting strong incubation as the main chicken, in removing excess teeth and in placing poles and cords in time to keep the seedlings straight. Pour sprouts and combine fertilization before they begin to germinate. It will be appropriate to maintain 10-15 fire alerts per square metre of decks at 25-30 cm. During the first 7 to 10 days of fertilizing water, 10 to 15 days of fertilizing water, and once every 10 days before the fruit is produced and the grape colour is coloured, small water is poured and fertilized. The first seven days, the first seven days, left l-2 steps at the top of the result branch, the rest were wiped out, the last two to three leaves were removed, and the second development branch used slightly one leaf to retort. The fungicide is sprayed from 7 to 10 days after the flower falls, and the next day the bag is packed and completed within 20 days after the flower falls. The harvest is followed by winter management, i. E. Winter trimmed and buried to protect the cold。
Claims
This invention involves the cultivation of grapes, which is characterized by the selection of industrial “triple waste” land as a planting ground, the application of organic fertilizers, the selection of dynamic varieties, the application of re-fertilization techniques, the rational application of inorganic fertilizers and pesticides, and the assurance of a high yield of mature grapes。
Summary of text
This invention offers a new culture of grape cultivation. By choosing non-industrial “triple waste” land as a planting ground, applying organic fertilizers, choosing dynamic varieties, using re-fertilization techniques, rational application of inorganic fertilizers and pesticides, and ensuring a high yield of mature grapes. The beneficial effect of this invention is to ensure that grape production is high through the application of this invention in grape production and that farmers ' incomes are higher。
Document no. A01b79/00gk101755656sq20081023410
Date of application 24 november 2008 priority day 24 november 2008
Applicant: yang qing
