Cultivation method applicable to tea tree cutting wood cultivation boxes

Abstract

The invention discloses a cultivation method applicable to tea tree cutting wood cultivation boxes and belongs to the technical field of tea tree cultivation. The method is characterized by comprising the steps of cultivation box preparation, nutrient solution preparation, cutting wood preparation and a cultivation process. According to the step of the cultivation box preparation, the illumination cultivation boxes are arranged, illumination time of the illumination cultivation boxes is all 14-18 hours per day, the illumination intensity of the illumination cultivation boxes is 90%-100%, the humidity of the illumination cultivation boxes is 70%-85%, and the temperature of the illumination cultivation boxes is 5-20 DEG C in a constant mode. According to the step of the nutrient solution preparation, 1 / 2 MS culture medium is adopted for a nutrient solution, and the nutrient solution is used for tea tree cutting wood cultivation after being sterilized at high temperature and cooled. According to the step of the cutting wood preparation, tea tree cutting woods are inserted in narrow-mouth bottles for cultivation after being cut and processed. According to the step of the cultivation process, the nutrient solution is replaced every two to three days, and the influence, of the temperature, on tea bud sprouting can be observed after four to five days. The cultivation method applicable to the tea tree cutting wood cultivation boxes has the advantages of being convenient and fast to achieve, good in repeatability, high in reliability and the like, thereby being an ideal method for studying the influence, of environment, nutrients and the like, on tea quality.

Description

technical field [0001] The invention belongs to the technical field of tea tree cultivation, in particular to a method suitable for cultivating tea tree spikes in an incubator. Background technique [0002] Tea tree is a kind of perennial woody plant, which has the characteristics of large body and difficult indoor cultivation. Therefore, it is difficult to directly study the influence of environmental factors such as temperature and humidity on tea tree germination and bud and leaf quality. In the past, most of the relevant research used the quality change data of tea in many years and multiple places and the corresponding meteorological data to infer the influence of the environment on the quality of tea. However, this indirect method has the characteristics of many influencing factors and low reliability. Using an incubator to directly cultivate tea trees in pots and pots has problems such as limited incubator volume, less test treatments, large individual differences in...

AI Technical Summary

Problems solved by technology

Therefore, it is difficult to directly study the influence of environmental factors such as temperature and humidity on tea tree germination and bud and leaf quality.

In the past, most of the relevant research used the quality change data of tea in many years and places and the corresponding meteorological data to infer the influence of the environment on the quality of tea. However, this indirect method has the characteristics of many influencing factors and low reliability.

Using an incubator to directly cultivate tea trees in pots and pots has problems such as limited incubator volume, less test treatments, large individual differences in tea trees, and large differences in different branches of the same tea tree, so the repeatability and reliability are also poor.