Roxburghanoectochilus factory cultivation method and cultivation module

Abstract

The invention discloses a roxburghanoectochilus factory cultivation method and cultivation module. The roxburghanoectochilus factory cultivation method comprises following steps: 1) After being washed and sterilized, the roxburghanoectochilus bud is transplanted on a cultivation board; the cultivation board is arranged in a cultivation tank; a nutrient solution flowing in the cultivation tank is provided; the nutrient solution adopts a nutrient liquid membrane technique and the liquid membrane is 0.7 centimeter-1.3 centimeter; only new root of the roxburghanoectochilus bud is immersed in nutrient solution. 2) The roxburghanoectochilus terminal bud is transplanted to the cultivation board for 2 days of dark adaptation. 3)After the dark adaptation, the roxburghanoectochilus terminal bud is irradiated by shot photoperiod for 3 days. 4) Then regular light cycle exposure for the roxburghanoectochilus bud which has been irradiated by shot photoperiodis performed.

Description

technical field

[0001] The invention relates to a factory cultivation method of clematis and a cultivation module used in the method. Background technique

[0002] The traditional artificial cultivation of clematis is planted with soil or sand as the cultivation substrate. The harvest of fresh clematis per square meter is about 0.36kg, and the average plant weight of strong seedlings of clematis is about 1.3g. The traditional cultivation method not only has high cultivation costs, but also Moreover, yellowing of leaves of clematis often occurs, and the roots are easy to rot. The transplanting survival rate of strong seedlings of tissue culture is only 90%.

[0003] In the prior art, artificial planting of clematis tissue culture seedlings is mainly based on peat soil, river sand, etc. as the main planting substrate, and its disadvantages are not only long planting time, slow increase in biomass, but also prone to diseases and insect pests, low survival rate, making the Clem...

Examples

Embodiment Construction

[0023] A cultivation module of clematis, comprising: a plurality of cultivation units (preferably 6 in this embodiment), a connecting frame and a nutrient solution tank; the connecting frame connects the cultivation units to each other to form a stacked cultivation frame;

[0024] The cultivation unit includes a cultivation board, a cultivation tank, and an LED lamp; the cultivation board is covered with the opening of the cultivation tank; the cultivation board is provided with cultivation holes arranged in an array, and the density of the cultivation holes is 1080 / m 2 . The cultivation hole is connected to the cultivation tank;

[0025] The cultivation tank is connected to the nutrient solution tank through a liquid inlet and a liquid outlet respectively; the nutrient solution is provided with a pump, so that the nutrient solution flows into the cultivation tank through the liquid inlet, and then flows back into the nutrient solution tank through the liquid outlet , forming...

technical field

[0001] The invention relates to a factory cultivation method of clematis and a cultivation module used in the method. Background technique

[0002] The traditional artificial cultivation of clematis is planted with soil or sand as the cultivation substrate. The harvest of fresh clematis per square meter is about 0.36kg, and the average plant weight of strong seedlings of clematis is about 1.3g. The traditional cultivation method not only has high cultivation costs, but also Moreover, yellowing of leaves of clematis often occurs, and the roots are easy to rot. The transplanting survival rate of strong seedlings of tissue culture is only 90%.

[0003] In the prior art, artificial planting of clematis tissue culture seedlings is mainly based on peat soil, river sand, etc. as the main planting substrate, and its disadvantages are not only long planting time, slow increase in biomass, but also prone to diseases and insect pests, low survival rate, making the Clem...

Examples

Embodiment Construction

[0023] A cultivation module of clematis, comprising: a plurality of cultivation units (preferably 6 in this embodiment), a connecting frame and a nutrient solution tank; the connecting frame connects the cultivation units to each other to form a stacked cultivation frame;

[0024] The cultivation unit includes a cultivation board, a cultivation tank, and an LED lamp; the cultivation board is covered with the opening of the cultivation tank; the cultivation board is provided with cultivation holes arranged in an array, and the density of the cultivation holes is 1080 / m 2 . The cultivation hole is connected to the cultivation tank;

[0025] The cultivation tank is connected to the nutrient solution tank through a liquid inlet and a liquid outlet respectively; the nutrient solution is provided with a pump, so that the nutrient solution flows into the cultivation tank through the liquid inlet, and then flows back into the nutrient solution tank through the liquid outlet , forming...