High-nitrogen multi-effect biological enzyme organic fertilizer for garden flower planting, and preparation method thereof

Abstract

The invention discloses a high-nitrogen multi-effect biological enzyme organic fertilizer for garden flower planting, wherein the raw materials comprise chicken manure, cow dung, duck manure, domestic sewage, earthworm powder, rice straw, corn straw, soybean straw, hullessbarley straw, , maifanite, oil shale, coal gangue, phosphorite powder, peat soil, potassium ore powder, weathered coal, humic acid, echinochloa crusgalli (l.) beauv, artemisia sacrorum ledeb, sophora flavescens ait, pine needles, radix isatidis, nikkomycin powder, oceanospirillum powder, and enzyme microorganism. The invention further provides a preparation method of the high-nitrogen multi-effect biological enzyme organic fertilizer. According to the present invention, the high-nitrogen multi-effect biological enzyme organic fertilizer provides rich organic matters, inorganic matters, minerals and trace elements for plant growth, and has advantages of effective plant growth promoting, soil environment optimizing, plant yield improving, and plant quality improving.

Description

technical field [0001] The invention relates to the field of fertilizers, in particular to a high-nitrogen multi-effect bio-enzyme organic fertilizer for planting garden flowers and a preparation method thereof. Background technique [0002] The survival of plants depends on the soil, and fertilizer is the food of plants. Plants need a lot of nutrients to promote their rapid growth during the growth process. Different soils have certain effects on the growth of crops, which requires effective soil improvement. Existing fertilizers for soil improvement can only see the impact of fertilizers on crops, but cannot effectively improve the soil. Most of the soil is compacted due to the application of chemical fertilizers, and the poor soil is not effectively improved due to unreasonable fertilization, resulting in no harvest or poor harvest; especially the saline-alkali land occupies a considerable land area in my country and the world. It is too heavy to be cultivated, and some ...

AI Technical Summary

Problems solved by technology

The existing soil-improving fertilizers can only see the impact of fertilizers on crops, and cannot effectively improve the soil

Most of the soil is compacted due to the application of chemical fertilizers, and the poor soil is not effectively improved due to unreasonable fertilization, resulting in no harvest or poor harvest; especially saline-alkali land occupies a considerable land area in our country and even countries in the world. It is too heavy to be cultivated, and some have invested a lot of money to improve, to discharge alkali and suppress salt, but with little effect