High yield maize nutriment

Abstract

The invention relates to a high-yield corn nutrient used for planting corn, which is prepared by adopting the raw materials of urea, monopotassium phosphate, magnesium sulfate, zinc sulfate, ferrous sulphate, manganese sulfate and the like according to the growth rule and nutrient characteristics of the corn. The nutrient can be used as base fertilizer and also can be used as additional fertilizer; due to coordination balance of various medium and trace elements, the nutrient elements are complete, has reasonable matching, can prevent the excess elements from generating toxic hazard and symptoms of element deficiency, resists various damage by disease and insect, strengthens cold resistance and drought resistance of corn, can effectively enhance the growth of corn, and leads the corn to have high yield, early maturity, good quality and no variation. Simultaneously, the high-yield corn nutrient also has the advantages of having little usage, low cost, simple preparation, flexible using method, being capable of adapting the needs of various growth periods, effectively preventing the soil from hardening and poor recession and being helpful for good circle of soil and water environment.

Description

Technical field [0001] The invention belongs to the technical field of agricultural fertilizers, in particular to a corn nutrient used for corn planting and a preparation method thereof. Background technique [0002] In corn planting, the traditional chemical fertilizers used for corn usually use nitrogen, phosphorus, potassium, etc., commonly known as large chemical fertilizers. The simple use of large-scale chemical fertilizers and the imbalance of nutritional structure can play a certain role in promoting the growth of corn, but it also causes many disadvantages to the continuous planting of corn and the growth of corn. One is the lack of a variety of medium and trace elements. Causes crops to have weak resistance, cold resistance, drought resistance, and resistance to diseases and insect pests, and it is easy to cause various element deficiency diseases in corn and excessive poisoning of certain elements, which affects the growth of corn and reduces the yield and quality of c...

AI Technical Summary

Problems solved by technology

The simple use of large chemical fertilizers leads to an imbalance in the nutritional structure. Although it can promote the growth of corn to a certain extent, it also causes many disadvantages to the continuous planting of corn and the growth of corn. One is the lack of a variety of medium and trace elements. It causes crop resistance, cold resistance, drought resistance and resistance to diseases and insect pests to be weak, and it is easy to cause various deficiencies in corn and excessive poisoning of certain elements, which affects the growth of corn and reduces the yield and quality of corn; the second is the planted corn There are bald ears and grains, not only the yield is low, but also the quality is poor, the nutritional components are few, the bad components exceed the standard, the chemical components and evaluation index grade rate are low, and the planting benefits are poor; the third is that long-term use of large chemical fertilizers is easy to cause soil degradation. The formation of compaction, especially the excessive application of nitrogen fertilizer, is also likely to cause soil and groundwater pollution, so the country clearly does not advocate the application of more nitrogen fertilizer; Fourth, the use of large chemical fertilizers requires a large amount of planting investment and poor economic benefits

In the existing technology, although various trace elements are applied, most of them have solvent repellency, are not easily absorbed by crops, and the application effect is poor