One-dibble-multi-strain maize interplanting method

A planting method and corn technology, applied in botany equipment and methods, horticulture, application, etc., can solve the problems of farmers' reluctance to plant, low yield per unit area, low benefit, etc., and achieve convenient management in the later stage, increase of corn yield per unit area, and uniform planting Effect

Inactive Publication Date: 2010-11-24
李红梅
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AI Technical Summary

Problems solved by technology

[0004] The demand for soybeans has been increasing year by year in recent years. Soy products and oil extraction have increased the demand for soybeans

Method used

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[0018] The present invention is described in further detail below: the planting method of the present invention uses corn as the main cultivar and soybean as the subsidiary cultivar, adopts a combination of tall and short, and three-dimensional cultivation to increase the yield and increase the total yield.

[0019] The invention includes soil preparation, seed selection, timely sowing, fertilization, and field management, among which:

[0020] 1) Selection of corn varieties

[0021] ①Choose good varieties of corn with uniform grain size, more than 95% germination rate, and more than 96% purity, and adapt to corn growth to ensure the maturity of corn; ②Choose dense and stress-resistant corn varieties; ③Requirements The leaves are lifted up, and the leaves are relatively narrow; ④The degree of shrinkage is strong, and the rice quality is good; ⑤The variety has a higher yield; ⑥It requires short stems and lodging resistance;

[0022] According to the above requirements, seven varieties inc

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Abstract

The invention discloses a one-dibble-multi-strain maize interplanting method, belonging to the planting method of crop. The method comprises the following steps: performing land preparation, selecting seeds, seeding in good time, fertilizing and performing field management, wherein the interplanting of maize and soybean can be performed in a mode of two lines of maize and one line of soybean, one-dibble-multi-strain is adopted, the line width between maize and between maize and soybean is 60cm; close planting resistant good strains are adopted, high and low crops are combined to perform stereo-cultivation; space and light energy are fully utilized, the defects of sole cropping are corrected; compared with the traditional sole cropping, the yield per unit of maize is increased by about 50%, 520kg/mu of soybean can be obtained; the benefit of the method is remarkable; and the method adopts mechanized planting, thus time and labor can be saved, crops can be planted uniformly, thinning isnot needed and the final-period management is convenient.

Description

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Claims

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Application Information

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Owner 李红梅
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