Antiviral improved-variety seedling planting method

Abstract

The invention provides an antiviral improved-variety seedling planting method. The antiviral improved-variety seedling planting method specifically comprises the following steps that a seedling is placed in a dark culture tank and cultured for a time, the stem tip of the seedling is obtained through cutting, and the stem tip is cultured into an antiviral seedling; the antiviral seedling is soakedinto a nutrition solution for 1-2 hours, and the roots of the antiviral seedling are sterilized; a planting pit with the diameter of 30-40 centimeters and the depth of 50-60 centimeters is dug, vinasse, farmyard manure and straw are put on the bottom of the planting pit from bottom to top in sequence, and warm water mixed with a rooting agent and a soil disinfectant is uniformly sprayed to the side wall of the planting pit, wherein the side wall of the planting pit needs to reach a wetting state; the antiviral seedling is placed into the planting pit, the planting pit is filled with soil untilthe planting pit is filled and leveled up, bamboo canes are inserted around the seedling, a thin film is supported on the bamboo canes, and watering is continuously conducted for 1 week. By means ofthe method, the seedling surviving rate can be effectively improved, it can be ensured that the seedling is not bent in the growth process, and the seedling planting cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of nursery stock cultivation, and in particular relates to a method for planting anti-virus improved seedlings. Background technique [0002] At present, the planting technology of seedlings has been widely used in gardening and greening, but in the process of planting, since the seedlings are in contact with the soil, there will be insects and bacteria in the soil, and when the seedlings are planted, they are easily eroded by bacteria and insects, affecting The survival rate of the seedlings, and in the traditional technology, the plastic film is directly covered when the seedlings are planted, which easily causes deformation during the growth of the seedlings and affects the appearance and appearance of the seedlings. And many seedlings will be affected by various viruses, so that the survival rate of seedlings is extremely low, resulting in higher seedling planting costs. Contents of the invention [0...

AI Technical Summary

Problems solved by technology

[0002] At present, the planting technology of seedlings has been widely used in gardening and greening, but in the process of planting, since the seedlings are in contact with the soil, there will be insects and bacteria in the soil, and when the seedlings are planted, they are easily eroded by bacteria and insects, affecting The survival rate of the seedlings, and in the traditional technology, the seedlings are directly covered with plastic film when they are planted, which will easily lead to deformation during the growth of the seedlings and affect the appearance and shape of the seedlings

And many seedlings will be affected by a variety of viruses, so that the survival rate of seedlings is extremely low, resulting in high cost of planting seedlings