Preparation method of plant growth-promoting disease-preventing and insect-preventing pesticide fertilizer

Abstract

The invention relates to a preparation method of a plant growth-promoting disease-preventing insect-preventing pesticide fertilizer. The plant growth-promoting disease-preventing insect-preventing pesticide fertilizer is prepared from the following raw materials in percentage by mass: S1, 10% of a nutrition regulator; S2, 86% of a compound functional microbial agent; S3, 2% of a plant source insecticide and S4, 2% of a compound enzyme preparation. The preparation method comprises the following steps: uniformly mixing the raw materials, sequentially dissolving the nutrient regulator S1, the botanical insecticide S3 and the compound enzyme preparation S4 into the mixture S2, uniformly mixing, and filling. The method has important meanings for providing nitrogen for plants, especially grain crops, increasing the yield, reducing the chemical fertilizer dosage and production cost, establishing ecological balance and promoting agricultural sustainable development, and has multiple effects of efficiently preventing and treating various crop diseases and insect pests, improving the crop immunity, promoting the crop root development, increasing the yield and improving the quality, and being green and environment-friendly.

Description

technical field [0001] The invention relates to a method for preparing a plant growth-promoting, disease-, insect- and insect-resistant medicinal fertilizer. Background technique [0002] The essence of rice seedling sparse planting cultivation technology is: use fertile and loose dry field soil, and in the dry environment of the seedbed, cultivate the seedlings with strong and developed root system, short and thick stems and leaves, and low tillers, and transplant them to the environment with water in the field Medium, fast rooting and turning green, in the conditions of long distance between plants, sufficient light, and good ventilation, early tillering, multiple tillers rely on a reasonable number of effective tiller panicles to achieve high-quality and high-yield rice. Although the absorption of trace elements by rice is very small, its role is also very important. According to reports, trace elements such as zinc and boron can improve the oxygen supply of rice roots, ...

AI Technical Summary

Problems solved by technology

In terms of comprehensive prevention and control, the organic combination of biological enzyme methods, plant source control, gene regulation and microorganisms has not been achieved. Therefore, a product with comprehensive functions and obvious application effects is urgently needed in the agricultural materials market.