Yield increasing and disease resisting wheat planting method

Abstract

The invention discloses a yield increasing and disease resisting wheat planting method. The yield increasing and disease resisting wheat planting method is characterized by comprising the first step of seed processing, the second step of land preparation, the third step of fertilizer applying, the fourth step of sowing and the fifth step of field management. Crop seeds are soaked through a seed dormancy activating agent, the disease resisting capability is improved, the biochemistry environment of soil is regulated through compound fertilizer, a deep soil structure of wheat roots can be effectively improved, the nutritional requirement and growth of wheat are guaranteed, the wheat root collars are promoted to develop downwards, the yield is high, and therefore the yield and quality of the wheat are improved.

Description

technical field [0001] The invention belongs to the technical field of agricultural product planting, and in particular relates to a method for planting wheat with increased yield and disease resistance. Background technique [0002] The "wheat" that people often say is wheat, and of course there are other wheats, such as barley and oats. Ancient Europeans mainly ate barley until it was replaced by wheat after the 16th century. Barley is mainly used in the world to make beer, a world-class beverage. 80% of the world's barley production is turned into beer and poured into people's stomachs. 1 catty of barley can make about 4 to 5 catties of beer. The unique bitterness of beer is also caused by adding hops. [0003] High-yield and high-quality wheat varieties require comprehensive and sufficient soil nutrients to meet the needs of high-yield cultivation. Therefore, it is advisable to choose plots with high soil fertility and good watering conditions, add organic fertilizer...

AI Technical Summary

Problems solved by technology

[0005] Improving the utilization rate of compound fertilizers, reducing fertilizer loss, increasing crop yields, improving crop quality, and enhancing crop resistance to pests and diseases have been problems that have been solved in agricultural production for many years. In actual production, they cannot be effectively combined. In the process of use flaws and deficiencies in

As a result, the cost of agricultural production is increased, the effect of increasing production is not ideal, and it is easy to have adverse effects on the soil and soil quality, etc.

At present, the traditional artificial planting and mechanical seedling cultivation are adopted for wheat planting. The yield rate is low, the yield per mu is quite high, and the resistance to diseases and insect pests is not very strong. It is of great significance to invent an efficient planting method to improve the yield and quality of wheat.