Wheat stress resistance culture device and method

Abstract

The invention discloses a wheat stress resistance culture device and method. The method includes the steps of preparing a device manufacturing material, machining device parts, splicing the culture device, wrapping wheat seeds, sowing the seeds, applying fertilizers and pesticides to seedlings, irrigating the seedlings and detecting wheat stress resistance. The land required for planting wheat canbe reduced, the space utilization rate is increased, virus invasion can be restrained, diseases are reduced, the wheat disease resistance is improved, the yield is increased, the wheat can be orderlyplanted, the spacing of the wheat is consistent, it is avoided that nutrient supply is not sufficient due to the too small spacing of the wheat seeds, the ventilating effect is good, the wheat growthis facilitated, the accumulated water in a planting plate can be discharged in time in cloudy and rainy days, it is avoided that the accumulated water causes root rotting and affects the nutrient absorption and transportation, the pesticides can be sprayed on the wheat evenly, the pesticide spraying effect is good, the pesticide utilization rate can be increased, and the planting cost is greatlyreduced.

Description

technical field [0001] The invention relates to the technical field of cultivation devices, in particular to a stress-resistant cultivation device and method for wheat. Background technique [0002] Wheat is one of the most important grain economic crops in northern my country. It has a large planting area in the north. Planting wheat has high economic value. After a year of hard work, farmers who grow wheat on a large scale rely on the output to obtain their own income. Economic benefits, traditional wheat cultivation devices and methods have many disadvantages. Firstly, in rainy weather, the accumulated water in the ground needs to be drained in time. Otherwise, too much accumulated water may cause rotten roots and affect nutrient absorption and transportation. Secondly, wheat seeds are planted Afterwards, it is easily affected by insect pests. There are a lot of pathogenic bacteria in the soil, and it is easy to damage the growth of crops under suitable conditions. The impa...

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Problems solved by technology

[0002] Wheat is one of the most important grain economic crops in northern my country. It has a large planting area in the north. Planting wheat has high economic value. After a year of hard work, farmers who grow wheat on a large scale rely on the output to obtain their own income. Economic benefits, traditional wheat cultivation devices and methods have many disadvantages. Firstly, in rainy weather, the accumulated water in the ground needs to be drained in time. Otherwise, too much accumulated water may cause rotten roots and affect nutrient absorption and transportation. Secondly, wheat seeds are planted Afterwards, it is easily affected by insect pests. There are a lot of pathogenic bacteria in the soil, and it is easy to damage the growth of crops under suitable conditions. The impact on yield cannot be underestimated. Wheat diseases mainly include: sheath blight, take-all, root rot, Powdery mildew, loose smut, and blight smut, etc. Some of these diseases damage the base of the stem, cause poor nutrition supply to the plant, and easily cause plant death. Moreover, the wheat planting time is long, and the amount of wheat planted in a certain space is limited. It is inconvenient to spray pesticides on wheat, and the effect is not good, resulting in the waste of pesticides

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