Planting method for high-yield fruit corn

Abstract

The invention discloses a planting method for high-yield fruit corn. The method comprises the following steps of 1 seed treatment, wherein corn seeds are subjected to virus-free treatment, then soakedwith a sodium bicarbonate solution and then mixed with fermented bean flour to be stored; 2 germination acceleration, wherein the stored seeds are activated and soaked with a germination accelerationsolution to be treated; 3 soil preparation, wherein organic fertilizer is applied to land, a plant ash solution, an EM bacteria agent solution and functional charcoal dust are adopted for soil afterploughing is performed; 4 seedling growing, wherein loess, organic fertilizer and functional charcoal dust are mixed and put into a planting cup, the planting cup is sleeved with a plastic cup, germinating seeds are sown in the planting cup for seedling growing; 5 planting, wherein the plastic cup outside the planting cup is removed, the planting cup is placed into a planting pit and covered withsoil; 6 daily management, wherein when seedlings grow to 1-1.2 m and bloom, organic fertilizer is applied in a dressing mode, a plant ash solution and a limewater solution are sprayed periodically, and insecticide is applied according to the actual plant disease and insect pest condition.

Description

technical field [0001] The invention belongs to the technical field of planting fruit corn, and in particular relates to a planting method of high-yield fruit corn. Background technique [0002] Fruit corn belongs to super sweet corn, which is one of the main types of vegetables in developed countries such as Europe and the United States. It has the characteristics of thin skin, crisp texture, juicy and sweet taste, and can be eaten raw or cooked. The harvest period is long, and it is rich in vitamin A, vitamin B1, vitamin B2, vitamin C, minerals and free amino acids. The sugar content is as high as 20%, and it also contains linoleic acid, glutamic acid and other nutrients. The effects of high blood pressure, coronary heart disease, myocardial infarction and cancer resistance have been widely promoted in China and around the world. Fruit corn has short plants and strong tillering ability, but the seeds of fruit corn are shrunken and small, and the nutrient content required ...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the existing problems: fruit corn seeds are shrunken and small, and the nutrient content required for germ development is less, the germination rate of seeds after natural sowing is low, and the growth speed is slow, which has great influence on the yield and quality of fruit corn. greater impact; fruit corn is susceptible to pests and diseases such as cutworms, corn borers, beet armyworms, aphids, and rust during planting. The low ability of seedlings to resist pests and diseases will lead to an increase in the rate of disease and insect pests, which will have a greater impact on the yield and quality of fruit corn. However, the traditional method uses pesticides for prevention and control. There are many types of pesticides and large doses of pesticides. The spraying operation will increase the labor intensity, and will lead to an increase in pesticide residues in fruit corn, resulting in potential safety hazards for fruit corn consumption.