Cutting seedling transplanting method of chrysanthemum

Abstract

The invention belongs to the technical field of planting of chrysanthemum, and particularly relates to a cutting seedling transplanting method of chrysanthemum. The method comprises the following steps: preparing a transplanting field, preparing covering soil, preparing cutting seedlings, transplanting, and carrying out the post-transplanting management. Compared with the prior art, the cutting seedling transplanting method of the chrysanthemum has the following advantages: soil is turned and ridged in the transplanting field, nutrients and transplanting soil are successively laid, and finally the covering soil is laid on the transplanting soil after the seedlings are transplanted; and by analyzing growth demands of various parts of the cutting seedlings, root functions of the cutting seedlings can be rapidly restored after the cutting seedlings are transplanted, the evaporation is reduced, the nutrients are transferred to a desired position, and the transplanting survival rate is increased; moreover, the operating method is simple and rapid and can be used for transplanting the seedlings in a large scale, so that the death caused by the damage of roots can be reduced; and the cultivated chrysanthemum is relatively high in ornamental value, and relatively good in medicinal application property and nutritional value.

Description

technical field [0001] The invention belongs to the technical field of chrysanthemum planting, and in particular relates to a method for transplanting chrysanthemum cutting seedlings. Background technique [0002] As a short-day fabric, chrysanthemum can bloom in advance under short-day conditions, and has strong cold resistance. Its rhizomes can survive the winter in the ground. Seedlings need higher temperatures for growth and branching. The optimum growth temperature is 20°C. With the increase in demand, large-scale planting of chrysanthemums has gradually appeared. Among them, the output of division propagation and tissue culture is relatively cumbersome, and the reproduction coefficient is low, which cannot meet the market demand of chrysanthemums. The seedling transplanting process in the later stage is time-consuming and laborious. In addition, because the seedlings produced in the fork process are more developed, transplanting and managing according to traditional me...

AI Technical Summary

Problems solved by technology

[0002] As a short-day fabric, chrysanthemum can bloom in advance under short-day conditions, and has strong cold resistance. Its rhizomes can survive the winter in the ground. Seedlings need higher temperatures for growth and branching. The optimum growth temperature is 20°C. With the increase in demand, large-scale planting of chrysanthemums has gradually appeared. Among them, the output of division propagation and tissue culture is relatively cumbersome, and the reproduction coefficient is low, which cannot meet the market demand of chrysanthemums. The seedling transplanting process in the later stage is time-consuming and laborious. In addition, because the seedlings produced in the fork process are more developed, transplanting and managing according to traditional methods may damage the root system and affect its growth.