Peanut pesticide application method

A technology for peanuts and tebuconazole, applied in botany equipment and methods, fertilization devices, fertilizer mixtures, etc., can solve the problem of not paying attention to the rational application of trace element foliar fertilizers, failing to fully develop the production potential of peanuts, and affecting the yield and quality of peanuts and other problems, to achieve the effect of simple and easy field operation, clear and accurate medication period, and small investment

Inactive Publication Date: 2015-07-08
ZHENGZHOU BOXIANG SCI & TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, in peanut production, it is common to reapply nitrogen, phosphorus and potassium while ignoring the application of micro-fertilizers, which leads to the decline of trace elements in the soil and affects the improvement of peanut yield and quality.
[0003] At present, in the production management of peanuts, most people adopt the traditional sowing management mode, single seed dressing or rough management after seed dressing, ignoring the management of the later growth period in the field, which cannot fully develop the production potential of peanuts, and the yield is low
[0004] There are following main problems in the growth period of peanut at present: one, because the harm of leaf spot disease in the growth period of peanut is comm...

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] A method for spraying peanuts, comprising three spraying steps on the foliage, calculated per mu, carried out in the following steps:

[0035] (1), Spraying at the seedling stage-early flowering stage: 5 grams of 43% tebuconazole suspension concentrate, 1500 ppm of diethyl diethylhexanoate, 5 grams of 20% prochloraz wettable powder, 15 grams of 21% pure boron, 13% chelated state After mixing 5 grams of EDTA iron, 15 grams of 15% chelated EDTA zinc, and 15 ml of an aqueous amino acid solution, they are mixed with water and mixed evenly before spraying.

[0036] (2), anthesis stage: 10 grams of 43% tebuconazole suspension concentrate, diethyl diethylhexanoate 1500ppm, 5 grams of 20% prochloraz wettable powder, 15 grams of 21% pure boron, 5 grams of 13% chelated EDTA iron , 15 grams of 15% chelated EDTA zinc, and 15 ml of 100 g / L amino acid aqueous solution are mixed, mixed with water, and then sprayed.

[0037] (3), fruit swelling stage: 43% tebuconazole suspending agent...

Embodiment 2

[0039] A method for spraying peanuts, comprising three spraying steps on the foliage, calculated per mu, carried out in the following steps:

[0040](1), spraying at seedling stage-early flowering stage: the content of 43% tebuconazole suspending agent is 10g, diethyl hexanoate is 800ppm, 20% prochloraz wettable powder is 10 grams, 21% pure boron, 13% chelate Combined EDTA iron and 15% chelated EDTA zinc are each 10 grams, and the 100 g / L amino acid aqueous solution is 20 ml.

[0041] (2), anthesis stage: the optimum content of 43% tebuconazole suspending agent is 20g, diethyl hexanoate is 1000ppm, 20% prochloraz wettable powder is 10 grams, 21% pure boron, 13% chelated state EDTA iron and 15% chelated EDTA zinc are each 10 grams, and the 100 g / L amino acid aqueous solution is 20 ml.

[0042] (3), fruit swelling stage: the optimal content of 43% tebuconazole suspension concentrate is 20g, diethyl hexanoate is 1200ppm, 20% prochloraz wettable powder is 10 grams, and 46% instan...

Embodiment 3

[0044] A method for spraying peanuts, comprising three spraying steps on the foliage, calculated per mu, carried out in the following steps:

[0045] (1), Spraying at the seedling stage-early flowering stage: 15 grams of 43% tebuconazole suspension concentrate, 500 ppm of diethyl hexanoate, 15 grams of 20% prochloraz wettable powder, 5 grams of 21% pure boron, 13% chelated state After mixing 15 grams of EDTA iron, 5 grams of 15% chelated EDTA zinc, and 30 ml of amino acid aqueous solution, they are mixed with water and then sprayed.

[0046] (2), Anthesis stage: 30 grams of 43% tebuconazole suspension concentrate, 500 ppm diethyl diethylhexanoate, 15 grams of 20% prochloraz wettable powder, 5 grams of 21% pure boron, 15 grams of 13% chelated EDTA iron , 5 grams of 15% chelated zinc EDTA, and 30 ml of 100 g / L amino acid aqueous solution are mixed, mixed with water, and then sprayed.

[0047] (3), fruit swelling stage: 43% tebuconazole suspending agent 30 grams, diethyl hexanoa...

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Abstract

The invention discloses a peanut pesticide application method. Such efficient agents as tebuconazole, diethyl aminoethyl hexanoate, prochloraz, high boron, high potassium, high iron and amino acid aqueous solution are selected; the pesticide application period is selected: the efficient agents are selected and combined, and in the whole growth period of the peanut, the pesticide mixture is sprayed to the leaf surfaces in three steps at the seedling stage and the initial bloom stage, the flower needle stage and the fruit expansion period, respectively; the peanut pesticide application method is clear and accurate in pesticide application period; a standard management mode is formed; the leaf surface spraying investment is low; the field operation is simple, convenient and easy to operate; the pesticides take effect effectively; the peanut pesticide application method is easy to popularize and convenient for peasants to use.

Description

technical field [0001] The invention belongs to the technical field of cultivation of agricultural production, and in particular relates to a peanut pesticide application method. Background technique [0002] Peanut is the main oil crop in my country. Especially in recent years, the soybean planting area in my country has decreased sharply. Peanut production is particularly important in the national economy. Peanut production is directly related to the safety of oil crops in my country. However, in peanut production, it is common to reapply nitrogen, phosphorus and potassium while ignoring the application of micro-fertilizers, which leads to the decrease of trace elements in the soil and affects the improvement of peanut yield and quality. [0003] At present, in the production management of peanuts, most people adopt the traditional sowing management mode, single seed dressing or rough management after seed dressing, ignoring the management of the later growth period in the...

Claims

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Application Information

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IPC IPC(8): A01G1/00C05G3/00
Inventor 董如涛马潇潇
Owner ZHENGZHOU BOXIANG SCI & TECH CO LTD
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