Novel farm-chemical pesticide composition

Abstract

The invention discloses a novel farm-chemical pesticide composition. The effective components of the novel farm-chemical pesticide composition contain a compound containing pyridyl pyrazole amide mother ring structure and at least one pesticide b, wherein the pesticide b includes acequinocyl, fipronil carbonate, tebufenpyrad fluorine, acetoprole, afidopyropen, pyridalyl or amidoflumet. The compound a in the composition disclosed by the invention contains the pyridyl pyrazole amide mother ring structure, the structure has a good insecticidal effect and can be applied to the prevention and treatment of agricultural, forestall or sanitary pests, and the compound a can be compounded with existing pesticides and has good prevention and treatment effects for the pests with drug resistance; and the compound a has no cross resistance with existing conventional pesticides and has the advantages of low toxicity, environmental friendliness, safety in use, wide bacteriocidal spectrum, rapid pesticide effect and long lasting period.

Description

technical field [0001] The invention relates to the technical field of pesticides, in particular to a new pesticide insecticidal composition. Background technique [0002] Because agricultural pests will cause great losses to crops, pest control is an important means to improve crop quality and yield. Pests damage the growth of growing crops, resulting in a significant decline in yield and waste of cost, which is extremely unfavorable to agricultural production. Extensive use of current insecticides seriously damages crops and prompts the rapid increase of resistance, greatly reducing the control effect on pests and causing serious pollution to the environment; if you want to improve the control effect of pests, you cannot Increased use of pesticides and resistance to pesticides pose new challenges to pesticides. [0003] The application of current insecticidal compositions to crops or places can cause considerable damage to crops, and its insecticidal effect depends on the...

AI Technical Summary

Problems solved by technology

[0002] Because agricultural pests can cause great losses to crops, the control of pests is an important means to improve crop quality and yield. Pests damage the growth of growing crops, resulting in a significant decline in yield and waste of cost, which is extremely unfavorable to agricultural production.

Extensive use of current insecticides seriously damages crops and prompts the rapid increase in resistance, greatly reducing the control effect on pests and causing serious pollution to the environment; if you want to improve the control effect of pests, you cannot Increased pesticide use and resistance present new challenges for pesticides

[0003] The application of current insecticidal compositions to crops or places can cause considerable damage to crops, and its insecticidal effect depends on the concentration and application method of the insecticide, the nature of the crop soil and climatic conditions, such as exposure to light The cycle, temperature and precipitation will all affect the insecticidal effect

At present, the problem of pesticide damage to crops is usually solved by adding safeners to pesticides, but specific safeners are only suitable for specific crop plants and specific types of pesticides, so the scope of application is narrow, so Insecticide compositions that do not rely on safeners and have less damaging effects on crops are urgently needed to be developed

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