Green environment-friendly pesticide preparation

Abstract

The invention discloses a green environment-friendly pesticide preparation which is characterized by being composed of the following components in parts by weight: 1-3 parts of candida powder, 0.1-0.3 part of Bacillus thuringiensis powder, 1-3 parts of Oceanospirillales powder, 9-16 parts of neem seed, 8-13 parts of eucalyptus citriodora branch and leaf, 5-9 parts of Macleaya cordata, 7-10 parts of cabo, 9-10 parts of gynura segetum, 2-6 parts of azedarach, 10-20 parts of creeping oxalis, 8-10 parts of nux vomica, 8-10 parts of tea seed cake, 2-9 parts of grapeleaf anemone, 2-9 parts of yellow sandalwood, 10-20 parts of matrine, 12-32 parts of nicotine, 18-24 parts of cynanchum komarovii, 3-9 parts of cynanchum komarovii, 8-9 parts of triperygium wilfordii and 100 parts of water. The green environment-friendly pesticide preparation disclosed by the invention is a novel pesticide which has high efficiency, pertinence, environment friendliness, no secondary toxicity, no residue and no pollution, keeps ecological balance and is nuisance-free, is an important guarantee for realizing ecological agriculture, green ecological agriculture and green enterprises, and has wide prospects.

Description

technical field [0001] The invention relates to a green and environment-friendly insecticide preparation. Background technique [0002] At present, farmers in rural areas are still widely using organophosphorus pesticides, such as paraphos 1605, phorate, phorate (3911), omethoate, and toad phosphorus. The use of these highly toxic chemical pesticides is a serious threat Human health, pollution of the human living environment. In particular, highly toxic chemical pesticides lead to serious pollution of groundwater and drinking water, and deterioration of water quality, causing massive poisoning and death of fish and shellfish, and greatly reducing the total number of organisms. The highly toxic organophosphorus pesticide sprayed on the crops will enter the atmosphere in a gaseous state, destroying the ozone layer, and bringing a series of disasters to people and animals. In addition, the residues of highly toxic chemical pesticides have hindered the export of agricultural p...

AI Technical Summary

Problems solved by technology

A quarter of the highly toxic organophosphorus pesticides sprayed on crops will enter the atmosphere in a gaseous state, destroying the ozone layer and bringing a series of disasters to humans and animals.

In addition, the residues of highly toxic chemical pesticides have hindered the export of my country's agricultural products and affected the development of my country's agricultural economy