Efficient emergent preventing and controlling method for athetis lepigone

A high-efficiency technology for the two-spot moth, which is applied in the field of high-efficiency emergency prevention and control of the two-spot moth, can solve the problems of increased food intake of the elderly larvae, difficulty in being found, dead seedlings, etc. Simple and easy to operate, improve the effect of drug efficacy

Inactive Publication Date: 2012-08-22
董志平
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The pest is highly concealed, and the young larvae are difficult to be found under the cover of wheat straw; in addition, the pest damages faster, and the older larvae eat more, start to overeat, and can gr...

Method used

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  • Efficient emergent preventing and controlling method for athetis lepigone
  • Efficient emergent preventing and controlling method for athetis lepigone
  • Efficient emergent preventing and controlling method for athetis lepigone

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0016] Test location: Zeng Village, Gaocheng County, Shijiazhuang.

[0017] Variety: The tested variety of summer maize is Zhengdan 958.

[0018] Test time: July 5, 2011.

[0019] The soil of the test plot was loamy with medium fertility.

[0020] Experimental treatment: There are 6 treatments in total as follows:

[0021] A. 40% phoxim emulsifiable concentrate 1000mL / mu for irrigation, trample on wheat straw;

[0022] B. 40% phoxim EC 1000 mL / mu for irrigation, do not step on the wheat straw;

[0023] C. Irrigate 30% indoxacarb 80mL / mu, step on the wheat straw;

[0024] D. 40% phoxim EC 500 mL + 30% indoxacarb 40 mL / mu for irrigation, step on the wheat straw;

[0025] E. Irrigate without pesticides, and step on wheat straw as a control;

[0026] F. Untreated control.

[0027] 100m for each community 2 , repeat 3 times.

[0028] The specific method is to mix the above-mentioned pesticides with water according to 1:1, put them in a large plastic bottle of cola, use an ...

Embodiment 2

[0037] Test location: Beimeng Village, Gaocheng County, Shijiazhuang.

[0038] Variety: The tested variety of summer maize is Zhengdan 958.

[0039] Test time: July 7, 2011.

[0040] The soil of the test plot was medium loam with medium to high fertility.

[0041] Experimental treatment: a total of 9 treatments as follows:

[0042] A. Use 1000mL of 40% phoxim emulsifiable concentrate for irrigation in mu;

[0043] B. Mu use 40% phoxim EC 270mL + 30% indoxacarb EC 60 mL for irrigation (weight ratio of active ingredients is about 6:1);

[0044] C. Mu use 40% phoxim EC 360 mL + 30% indoxacarb EC 48mL for irrigation (the weight ratio of active ingredients is about 10:1);

[0045] D. Mu use 40% phoxim EC 450mL + 30% indoxacarb EC 40mL for irrigation (weight ratio of active ingredients is about 15:1);

[0046] E. Mu use 40% phoxim EC 600mL + 30% indoxacarb EC 32mL for irrigation (weight ratio of active ingredients is about 25:1);

[0047] F. Mu use 40% phoxim EC 660mL + 30% in...

Embodiment 3

[0059] Test location: Beimeng Village, Gaocheng County, Shijiazhuang.

[0060] Variety: The tested variety of summer maize is Zhengdan 958.

[0061] Test time: July 8, 2011.

[0062] The soil of the test plot was medium loam with medium to high fertility.

[0063] Experimental treatment: a total of 7 treatments as follows:

[0064] A. Mu use 40% phoxim EC 450mL + 30% indoxacarb EC 40mL for irrigation (the weight ratio of active ingredients is about 15:1);

[0065] B. Mu use 40% phoxim EC 450mL + 30% indoxacarb EC 40mL + 80% fulvic acid 150g for irrigation (the weight ratio of active ingredients is about 15:1:10);

[0066] C. Mu use 40% phoxim EC 450mL + 30% indoxacarb EC 40mL + 80% fulvic acid 225g for irrigation (the weight ratio of active ingredients is about 15:1:15);

[0067] D. Mu use 40% phoxim EC 450mL + 30% indoxacarb EC 40mL + 80% fulvic acid 300g for irrigation (the weight ratio of active ingredients is about 15:1:20);

[0068] E. Mu use 40% phoxim EC 450mL + 30...

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Abstract

The invention relates to a preventing and controlling method for agricultural pests, and in particular relates to an efficient emergent preventing and controlling method for athetis lepigone. The athetis lepigone is prevented and controlled in a mode of combining chemical prevention and control of phoxim and indoxacarb and treatment of field wheat straws, or the athetis lepigone is prevented and controlled in a mode of combining chemical prevention and control of phoxim, fulvic acid and indoxacarb and treatment of field wheat straws; the method has the advantages of quick response and high efficiency in prevention and control, the prevention and control effect in 24 hours can reach over 90 percent, and the prevention efficiency is still over 90 percent after 7 days; the consumption of pesticides in the method is reduced, the cost is reduced, and the method is simple and easy to operate; and the manpower physical prevention and control measure is also combined in the method, so that the prevention and control effect is improved, and the prevention and control aims of high efficiency and quick response are fulfilled.

Description

technical field [0001] The invention relates to a method for preventing and controlling agricultural pests, in particular to an efficient and emergency method for preventing and controlling the spodopteryx moth. Background technique [0002] Two o'clock moth[ Athetis lepigone (M?schler, 1860)] is a new agricultural pest in my country's summer corn production areas. [0003] According to relevant records, in July 2005, it was first discovered in Shijiazhuang, Hebei Province in China that the two-spot moth damages summer corn seedlings, bores the base of the stem, causes the seedlings to wilt and die, or bites off the corn roots, leading to lodging, causing Serious lack of seedlings and monopoly, this is the first report in China. According to reports, in 2010, Noctuid moths commonly occurred in the central and southern summer corn areas of Hebei Province. In 2011, they broke out in Hebei, Henan, Shandong, Shanxi, Anhui, Jiangsu and other provinces, with an area of ​​more th...

Claims

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Application Information

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IPC IPC(8): A01G13/00A01N57/14A01N47/38A01N61/00A01P7/04
Inventor 李立涛马继芳许昊刘磊韩金魁姜京宇李建华甘耀进董志平
Owner 董志平
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