Soil remediation essence for pear tree branch rot

Abstract

A technical scheme adopted by the invention is as follows: a soil remediation essence for pear tree branch rot comprises carbon nanopowder, bamboo fiber dust, disodium edetate, zineb, a pyrethrum extract, Bacteroides fragilis, Clostridium bifermentans, aspergillus niger, a glucose solution, amino acid, a complex enzyme preparation, manganese sulfate, potassium sorbate and purified water. The soilremediation essence is characterized by being prepared from the raw materials: 5% of carbon nanopowder, 7% of bamboo fiber dust, 8% of disodium edetate, 5% of zineb, 7% of pyrethrum extract, 6% of Bacteroides fragilis, 5% of Clostridium bifermentans, 6% of aspergillus niger, 8% of glucose solution, 7% of amino acid, 6% of complex enzyme preparation, 5% of manganese sulfate, 5% of potassium sorbateand 20% of purified water. The soil remediation essence has the beneficial effects that soil can be effectively improved, harm to pear trees and other plants caused by residual pesticides can be reduced, and death of whole trees caused by pear tree root system withering caused by residual pathogens can be avoided.

Description

technical field [0001] The invention belongs to a pear tree soil restoration essence. Background technique [0002] After pear trees suffer from branch blight, they will start to use a large amount of drugs. The incomplete prevention and treatment will cause the pathogenic spores to mature after the temperature rises, and will be scattered to more nearby branches with the wind, causing more damage to pear trees. Due to the pollution of the soil due to the use of a large number of drugs, it has also had a great impact on the cultivation of pear trees; at the same time, the pathogenic spores will also fall into the soil during the process of drifting, and when attached to the root system, it will cause root pollution. Withered, which caused the pear tree to die due to inability to absorb nutrients. Contents of the invention [0003] In order to solve the above problems, the present invention provides pear branch blight soil restoration essence, adding nano-carbon powder and...

AI Technical Summary

Problems solved by technology

[0002] After pear trees suffer from branch blight, they will start to use a large amount of drugs. The incomplete prevention and treatment will cause the pathogenic spores to mature after the temperature rises, and will be scattered to more nearby branches with the wind, causing more damage to pear trees. Due to the pollution of the soil due to the use of a large number of drugs, it has also had a great impact on the cultivation of pear trees; at the same time, the pathogenic spores will also fall into the soil during the process of drifting, and when attached to the root system, it will cause root pollution. withered, which caused the pear tree to die due to inability to absorb nutrients

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