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Insecticide for controlling diamondback moth and screening method thereof

A screening method, technology of diamondback moth, applied in the direction of insecticides, biocides, botanical equipment and methods, etc., can solve problems such as drug resistance, achieve significant insecticidal effect, and easy to obtain the effect of production cost

Active Publication Date: 2019-06-04
孝昌县小河溪茶叶专业合作社
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the long-term and large-scale use of chemical pesticides has caused serious "3R" (drug resistance, re-rampant, pesticide residue) problems, which have negative effects on the ecological environment and human health. In order to delay the emergence of drug resistance, various pesticides should be used alternately. But there is also the problem of drug resistance

Method used

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  • Insecticide for controlling diamondback moth and screening method thereof
  • Insecticide for controlling diamondback moth and screening method thereof
  • Insecticide for controlling diamondback moth and screening method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0019] The impact of different single-substance botanical insecticides on diamondback moth

[0020] 1. Screening method for different single-substance botanical insecticides: S1. Select 1ml each of four plant-derived extracts from citronellyl acetate, nerol acetate, linalyl acetate and camphor to obtain four groups of Single-substance plant source extract, for use;

[0021] S2. Add 10ml of methanol to the four groups of single-substance plant-derived extracts prepared in S1, and mix uniformly to obtain the corresponding four groups of single-substance plant-derived insecticides;

[0022] S3. Set up an experimental group of diamondback moth corresponding to the four groups of single-substance plant-derived extracts prepared in S2, and add the corresponding diamondback moth to the four groups of single-substance plant-source insecticides of 5 ul / L respectively In the experimental group, wherein, the number of diamondback moths in each group of diamondback moth experimental gro...

Embodiment 2

[0028] The impact of different mixtures of botanical insecticides on diamondback moth

[0029] 1. Screening method for different mixtures of plant-derived insecticides: S1. Select 1ml of each of the four plant-derived extracts from citronellyl acetate, nerol acetate, linalyl acetate and camphor, and carry out according to different volume ratios. Combining two by two to make eighteen groups of plant source mixtures for later use;

[0030] S2. Add 10ml of acetone to the six groups of botanical mixtures prepared in S1, and stir evenly with a mixer at a speed of 50r / min to obtain the corresponding 18 mixture botanical insecticides;

[0031] S3. Set up a diamondback moth experimental group corresponding to the 18-mixture plant-derived insecticide prepared in S2, and add the corresponding diamondback moth experiment to 5 ul / L of the 18-mixture plant-derived insecticide. Among them, the number of diamondback moths in each group of diamondback moth experimental groups was 20, and 2...

Embodiment 3

[0038] The impact of different mixtures of botanical insecticides on diamondback moth

[0039] 1. Screening method for different mixtures of plant-derived insecticides: S1. Select 1ml of each of the four plant-derived extracts from citronellyl acetate, nerol acetate, linalyl acetate and camphor, and carry out according to different volume ratios. Three or three combinations to make twelve groups of plant source mixtures for subsequent use;

[0040] S2. Add 10ml of peanut oil to the twelve groups of botanical mixtures prepared in S1, and stir evenly with a mixer at a speed of 40r / min to obtain the corresponding twelve groups of botanical pesticides;

[0041] S3. Set up experimental groups of diamondback moth corresponding to the twelve groups of mixed botanical insecticides prepared in S2, respectively take 5 ul / L of twelve groups of mixed botanical insecticides and add corresponding side dishes In the moth experimental group, wherein, the number of diamondback moths in each ...

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Abstract

The invention discloses an insecticide for controlling diamondback moth and a screening method thereof. The insecticide for controlling diamondback moth comprises citronellyl acetate, neryl acetate and linalyl acetate. The insecticide of the invention has a remarkable insecticidal efficacy, is green and environmentally-friendly and will not pollute the environment; the raw materials are easily available; and the production cost is low.

Description

technical field [0001] The invention relates to the technical field of insecticides, in particular to an insecticide for controlling Plutella xylostella and a screening method thereof. Background technique [0002] The diamondback moth (Plutella xylostella Linnaeus) belongs to the family Lepidoptera. One of the worldwide migratory pests, mainly damages cruciferous plants. Cruciferous vegetables are easy to reproduce in large-scale planting areas, and the warm winter and dry climate with little rain are conducive to population development. The larvae mainly feed on the leaves, the first instar larvae only eat the mesophyll, and the larvae above the third instar eat the vegetable leaves into holes and notches, and in severe cases, the leaves become reticular. At the seedling stage, it often concentrates on the heart leaves, and the seedlings mainly damage the tender stems, young pods and grains. Plutella xylostella has a large overwintering base and low natural mortality, w...

Claims

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Application Information

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IPC IPC(8): A01N49/00G01N33/50A01P7/04
Inventor 张志林何珊蔡岳宏魏蜜史红安王立华
Owner 孝昌县小河溪茶叶专业合作社
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