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Manufacturing method of Taxus media water culture bonsai

A Mandia yew, the technology of the production method, applied in the field of horticulture, can solve problems such as difficult to master, low survival rate, difficult indoor maintenance, etc., and achieve the effect of convenient maintenance, simple operation, and promotion and sales

Active Publication Date: 2014-07-30
JIANGSU HONGDOUSHAN BIOLOGICAL TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide a kind of hydroponic cultivation of Taxus mandia in view of the problems of difficulty in indoor maintenance and low survival rate due to the difficulty in mastering soil, light and watering in the existing industrialized cultivation technology of Taxus Mandia. Bonsai production method, this method is simple to operate, easy to maintain, can greatly promote the promotion and sales of Mandia bonsai, and more importantly, improve the survival rate of its indoor maintenance

Method used

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  • Manufacturing method of Taxus media water culture bonsai
  • Manufacturing method of Taxus media water culture bonsai
  • Manufacturing method of Taxus media water culture bonsai

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0039] The present invention makes the hydroponic bonsai of Taxus Mandia through the following steps:

[0040] (1) Cultivation of seedlings: Select the seedlings of Taxus chinensis Mandia that are properly and plump in shape, strong and strong stems and leaves, no pests and diseases, no defects in the whole plant, straight trunks, and reasonable branch arrangements; wash off the soil on the roots, Cut off the rotten roots and plant them in the seedbed with perlite as the matrix. The seedbed is sterilized and disinfected before planting; sprinkler irrigation facilities are set up on the seedbed, and the temperature and humidity are automatically controlled in the greenhouse. Replenish water, at 3-day intervals, add foliar fertilizer to Taxus chinensis to promote early development of new roots;

[0041](2) Water propagation cultivation: After Taxus mandya grows white new roots with a length of about 3 cm, transplant it into a water propagation seedbed. 1.5 meters, the length de...

Embodiment 2

[0045] The present invention makes the hydroponic bonsai of Taxus Mandia through the following steps:

[0046] (1) Cultivation of seedlings: Select the seedlings of Taxus chinensis Mandia that are properly and plump in shape, strong and strong stems and leaves, no pests and diseases, no defects in the whole plant, straight trunks, and reasonable branch arrangements; wash off the soil on the roots, Cut off the rotten roots and plant them in the seedbed with perlite as the matrix. The seedbed is sterilized and disinfected before planting; sprinkler irrigation facilities are set up on the seedbed, and the temperature and humidity are automatically controlled in the greenhouse. Replenish water, at 1-day intervals, add foliar fertilizer to Taxus chinensis to promote early development of new roots;

[0047] (2) Water propagation cultivation: After Taxus mandya grows white new roots with a length of about 2 cm, transplant it into the water propagation seedbed. 1.2-1.5 meters, the le...

Embodiment 3

[0051] The present invention makes the hydroponic bonsai of Taxus Mandia through the following steps:

[0052] (1) Cultivation of seedlings: Select the seedlings of Taxus chinensis Mandia that are properly and plump in shape, strong and strong stems and leaves, no pests and diseases, no defects in the whole plant, straight trunks, and reasonable branch arrangements; wash off the soil on the roots, Cut off the rotten roots and plant them in the seedbed with perlite as the matrix. The seedbed is sterilized and disinfected before planting; sprinkler irrigation facilities are set up on the seedbed, and the temperature and humidity are automatically controlled in the greenhouse. Replenish water, at 5-day intervals, add foliar fertilizer to Taxus chinensis to promote early development of new roots;

[0053] (2) Water propagation cultivation: After Taxus mandya grows white new roots with a length of about 5 cm, transplant it into a water propagation seedbed. 1.5 meters, the length d...

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Abstract

The invention relates to a manufacturing method of a Taxus media water culture bonsai. The manufacturing method comprises the following steps: (1) selecting pest-free soil culture Taxus media seedlings with upright and plump plant shapes, washing soil on roots and cutting rotten roots, planting the seedlings in a seed bed, and supplementing leaf fertilizer for cultivation through leaf water supplementation; (2) after white new roots of the Taxus media which are 2-5 cm in length are grown out, transplanting in a water propagation seed bed, controlling the water temperature to be 21-25 DEG C, pumping water with a water pump for circulation so as to keep oxygen in water to be sufficient; (3) after the new roots of the Taxus media adapt to water environment, and taking out the Taxus media to put in a water culture flowerpot; (4) after the Taxus media is transplanted in water culture flowerpot, putting the water culture flowerpot in a greenhouse for curing for 20-40 days, wherein leaf spraying water supplementation is primary during the period, and the Taxus media is promoted to adapt to the new environment by spraying the leaf fertilizer and watering a nutrient solution. The manufacturing method is simple to operate and convenient to maintain, and the survival rate of indoor maintenance is improved.

Description

technical field [0001] The invention relates to the technical field of horticulture, in particular to a method for making a Taxus mandienne hydroponic bonsai. Background technique [0002] Taxus X media, native to the United States and Canada, is a natural hybrid. Its female parent is T. cuspidata and its male parent is T. baccata. It has been growing and developing in the United States and Canada for nearly 100 years. It is an evergreen shrub with alternate leaflets, spiral-shaped leaves, twisted at the base into two rows, strips, usually slightly curved, 1-2.5cm long and 2-2.5cm wide. The edge is slightly revolute, the apex is acuminate or slightly acute, and there are two broad gray-green or yellow-green stomatal bands on both sides of the lower side toward the midrib. Dioecious, male cones solitary in leaf axils, ovules of female cones solitary at the top of the lateral short axis on the upper part of the flower rachis, with disc-shaped arils at the base. Seeds flat-o...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G31/00C05G1/00
Inventor 顾磊
Owner JIANGSU HONGDOUSHAN BIOLOGICAL TECH
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