Production method of special organic biological nutrient disease-resistant insecticidal vegetable and fruit tree fertilizer

Abstract

The invention provides a production method of a special organic biological nutrient disease-resistant insecticidal vegetable and fruit tree fertilizer and relates to the agricultural fertilizer technology. The raw materials comprises the following ingredients including 20 to 35 percent of plant ash, 15 to 30 percent of tobacco branches and leaves, 15 to 30 percent of chilli powder, 1 to 3 percent of azedarach root peel, 10 to 30 percent of abamectin drug dregs and 15 to 25 percent of pine needle powder. A production process comprises the following steps of raw material pretreatment, material stirring, sprayed enzyme microorganism aqueous solution fermentation and processing package. The production method has the beneficial effects that the recipe is reasonable, the method is scientific, the modern high and new technology of the enzyme microorganism technology is adopted, and the produced special vegetable and fruit tree fertilizer is rich in organic matters and organic nutritive substances and is complete in nutrition; and the organic biological method is adopted for disease resistance and insect killing, the function is strong, the effect is good, and the residue of high-toxic pesticide and fertilizer in vegetables and fruit is thoroughly avoided. The special vegetable and fruit tree fertilizer belongs to a really organic, efficient, environment-friendly and green biological bacterial fertilizer.

Description

Technical field: [0001] The invention relates to agricultural fertilizer technology, and mainly relates to special fertilizer for vegetables and fruit trees. Background technique: [0002] The vegetables currently available on the market are basically produced in large fields and greenhouses. Due to the serious occurrence of soil insect pests in the vegetable fields, vegetable farmers have to spread highly toxic pesticides when plowing and sorting the soil, and the vegetables cannot be turned during the growth process. Soil, spray highly toxic pesticides, or spray pesticides into the root soil to kill pests, so that a large amount of highly toxic pesticides remain in vegetables. In today's orchards, high-toxic pesticides are mixed with base fertilizers to kill underground pests and diseases, and highly toxic pesticides are sprayed to kill pests and diseases on trees during the growth and fruiting period of fruit trees, which also causes pesticide residue pollution in fruits....

AI Technical Summary

Problems solved by technology

[0002] The vegetables currently available on the market are basically produced in large fields and greenhouses. Due to the serious occurrence of soil insect pests in the vegetable fields, vegetable farmers have to spread highly toxic pesticides when plowing and sorting the soil, and the vegetables cannot be turned during the growth process. Soil, spray highly toxic pesticides, or spray pesticides into the root soil to kill pests, so that a large amount of highly toxic pesticides remain in vegetables

In today's orchards, high-toxic pesticides are mixed with base fertilizers to kill underground diseases and insect pests, and highly toxic pesticides are sprayed to kill tree diseases and insect pests during the growth and fruiting period of fruit trees, which also causes pesticide residue pollution in fruits.

In recent years, incidents of poisoning due to eating highly toxic and high-residue vegetables such as leeks have occurred from time to time, and serious food unsafe accidents have occurred, which has caused great harm to the physical and mental health of the general public