Iris japonica chemical fertilizer

Abstract

The present invention discloses an iris japonica chemical fertilizer including the following components by mass: 100-120 parts of decomposed pig manure, 60-80 parts of soybean curb residue, 0.3-0.5 part of peroxide of iron, 40-50 parts of oil residue, 40-60 parts of pine needle powder, 40-60 parts of alangium platanifolium leaf, 30-50 parts of shell powder, 8-12 parts of borax, 20-40 parts of coal gangue, 30-50 parts of peanut straw, 5-9 parts of chitin and 200-220 parts of water, the raw materials are natural and environmentally-friendly, soil compaction can be broken down, and the environment can be improved.

Description

Technical field [0001] The invention relates to a plant fertilizer, in particular to a butterfly flower fertilizer. Background technique [0002] At present, the fertilizers used in China are mainly nitrogen fertilizers, while phosphate fertilizers, potash fertilizers and compound fertilizers are less, leading to nutritional imbalances, resulting in soil nitrate accumulation. Long-term application will cause soil nutritional imbalances, aggravate soil P and K depletion, and lead to nitrate. Nitrogen accumulates, nitrate itself is non-toxic, but if it is not fully assimilated by crops, its content can increase rapidly. After ingested into the human body, it is reduced to nitrite by microorganisms, which reduces the oxygen carrying capacity of the blood and induces methemoglobinemia, which is serious At the same time, nitrate can be transformed into a strong carcinogen nitrosamine in the body, which can induce various cancers of the digestive system, which is harmful to the human b...

AI Technical Summary

Problems solved by technology

[0002] At present, the chemical fertilizers used in my country are mainly nitrogen fertilizers, while phosphate fertilizers, potassium fertilizers, and compound fertilizers are less, resulting in nutritional imbalances and accumulation of soil nitrate. Long-term application of such fertilizers will cause soil nutritional imbalances, aggravate the depletion of soil P and K, and lead to nitrate status. Nitrogen accumulation, nitrate itself is non-toxic, but if it is not fully assimilated by crops, its content will increase rapidly. After ingestion, it will be reduced to nitrite by microorganisms, which will reduce the oxygen-carrying capacity of the blood and induce methemoglobinemia. Severe At the same time, nitrate can also be converted into strong carcinogen nitrosamines in the body, which can induce various digestive system cancers, which is harmful to the human body to a certain extent, destroys the soil structure, and has chemical residues.