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A peanut multifunctional chemical modulator and a method of using the same

A chemical regulation and multi-functional technology, applied in the application, fertilizer mixture, fertilization device, etc., can solve the problems of ineffective use, inability to fully develop the plant yield potential of chemical regulators, and the use of chemical regulators is too simple, etc. Achieve the effect of preventing and controlling foliage fungi and bacterial diseases, enhancing plant chemical defense ability, and increasing pod yield

Inactive Publication Date: 2013-11-13
HEZE ACAD OF AGRI SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, in practice, the use of these growth inhibitors with fungicides or trace elements or a mixture of fungicides and trace elements has no obvious effect
At the same time, the existing method of using chemical regulators is too simple and is only used before the peanut pod stage
Therefore, although it can inhibit the growth of peanuts and increase the yield, it still cannot fully exert the yield potential of the plant and the due effectiveness of the chemical regulator itself.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0030] Select an 8-mu peanut test field, and divide the 8-mu test field into 8 parts, each 1 mu, named respectively as No. 1 field, No. 2 field, No. 3 field, No. 4 field, No. 5 field, No. 6 field, Field No. 7 and Field No. 8 adopt different control methods, as follows:

[0031] In Field No. 1, at the flowering and needle stage of peanuts, the peanut multifunctional chemical regulator was diluted 500-800 times according to the standard of 80g / mu, and sprayed on the peanut leaves with a sprayer.

[0032] In field No. 2, in the early stage of peanut pod formation, the peanut multifunctional chemical regulator was diluted 500-800 times according to the standard of 80g / mu, and sprayed on the peanut leaf surface with a sprayer.

[0033] In No. 3 field, in the mature stage of peanuts, according to the standard of 80g / mu, the peanut multifunctional chemical regulator was diluted 500-800 times, and sprayed on the peanut leaves with a sprayer.

[0034] In Field No. 4, the peanut multi-...

Embodiment 2

[0045] Select a 4-mu peanut test field, and divide the 4-mu test field into 4 parts, each with 1 mu, and name them respectively as No. 1 field, No. 2 field, No. 3 field and No. 4 field, and then adopt different control methods. as follows:

[0046] In Field No. 1, at the flowering and needle stage of peanuts, the early stage of peanut pod formation and the full fruit maturity stage of peanuts, according to the standard of 80g / mu, the peanut multifunctional chemical regulator was diluted 500-800 times, and sprayed on peanuts with a sprayer on the leaves.

[0047]In field No. 2, at the flowering and needle stage of peanuts, the early pod setting stage of peanuts and the full fruit maturity stage of peanuts, according to the standard of 6g / mu, paclobutrazol was diluted 5000-6000 times, and sprayed on the peanut leaves with a sprayer.

[0048] In No. 3 field, dilute mepiquat amine by 5000-6000 times according to the standard of 6g / mu, and spray it on the peanut leaves with a spra...

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PUM

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Abstract

The present invention discloses a multifunctional chemical modulator for peanut plants and an application method thereof. The multifunctional chemical modulator is formed by mixing 5% of mepiquat chloride, 3% of potassium epoxypropionate, 3% of alpha- Hydroxy-2-pyridinemethanesulfonic acid, 5% of KHCO3, 20% kresoxim-methyl, 25% of carbendazim, 5% of methyl jasmonate, 10% of brassinolide, 0.04% of triacontanol, 10% of cyclodextrin, 4% of chitin and 9.96% of ammonium molybdate. The application method comprises diluting the multifunctional chemical modulator 500-800 times and spraying on peanut leaf surfaces at a standard of 80g / mu during the blooming and peg formation period, the early pod formation period, and the pod maturation period of peanut plants. According to the invention, beneficial effects of effectively improved the peanut yield per mu, an average leaf area index and daily increment of dry matter accumulation.

Description

technical field [0001] The invention relates to a peanut regulating agent, in particular to a peanut multifunctional regulating agent and its application method. Background technique [0002] At present, in the peanut planting and production process, the chemical regulators used are growth inhibitors and fungicides, trace elements, or a mixture of fungicides and trace elements. In practice, however, the use of these growth inhibitors with fungicides or trace elements or mixtures of fungicides and trace elements is ineffective. At the same time, the existing chemical regulators are too simple to use, and are only used before the peanut pod setting stage. Therefore, although it can inhibit the growth of peanuts and increase the yield, it still cannot fully develop the yield potential of the plant and the due efficacy of the chemical regulator itself. Contents of the invention [0003] The problem to be solved by the present invention is to provide a peanut multifunctional ...

Claims

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Application Information

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IPC IPC(8): C05G3/00
Inventor 曲杰高建强程亮谷传彦黄兴蛟王素芳
Owner HEZE ACAD OF AGRI SCI
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