Method for grafting Michelia figo on magnolia denudata

A technology of grafting time and rootstock, applied in the directions of botanical equipment and methods, horticulture, application, etc., can solve the problems such as being unable to spend the winter in the open field, being unable to tolerate severe cold, and being difficult to popularize on a large scale, so as to improve the success rate of grafting and the method is simple. Convenience and affinity

Active Publication Date: 2014-01-22
平南县科学技术情报研究所
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Michela is not resistant to severe cold, so its planting range is limited to the southern provinces, and it cannot ...

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] The method for grafting magnolia with Michelia chinensis comprises the following steps:

[0023] A. Selection of scion and rootstock: the scion is made of semi-lignified branches of Michelia japonica, with a thickness of 5mm; the rootstock is magnolia seedlings, and the thickness of the trunk is 10mm;

[0024] B, preparation for grafting: the grafting time was May 12, 2008, on a cloudy day, cut the semi-lignified branches of Michelia chinensis to the scion with a length of 10 cm, keep 2 leaves, and remove the remaining leaves;

[0025] C. Grafting: After soaking the scion in 10% sucrose aqueous solution for 8 hours, cut the lower end of the scion into a 3 cm long double-sided bang shape, align the two sides, and make the cut surface smooth; cut off the rootstock from the interface, and then cut it from the center of the section. When splitting is used, the depth is 4 cm; the scion is quickly inserted into the rootstock, so that the cambium on one side of the lower end o...

Embodiment 2

[0034] The method for grafting magnolia with Michelia chinensis comprises the following steps:

[0035] A. Scion and rootstock selection: the scion is made of semi-lignified branches of Michelia chinensis, with a thickness of 8mm; the rootstock is magnolia seedlings, with a trunk thickness of 12mm;

[0036] B. Grafting preparation: the grafting time was selected on May 20, 2009, on a cloudy day, cut the semi-lignified branches of Michelia chinensis to the scion with a length of 13 cm, keep 3 leaves, and remove the remaining leaves;

[0037] C. Grafting: After soaking the scion in 15% sucrose aqueous solution for 10 hours, cut the lower end of the scion into a 3 cm long double-sided bang shape, align the two sides, and make the cut surface smooth; cut off the rootstock from the interface, and then cut it from the center of the section. When splitting is used, the depth is 4 cm; the scion is quickly inserted into the rootstock, so that the cambium on one side of the lower end of...

Embodiment 3

[0046] The method for grafting magnolia with Michelia chinensis comprises the following steps:

[0047] A. Selection of scion and rootstock: the scion uses semi-lignified branches of Michelia chinensis, with a thickness of 10mm; the rootstock chooses magnolia seedlings, and the thickness of the trunk is 15mm;

[0048] B. Grafting preparation: the grafting time was June 5, 2010, on a cloudy day, cut the semi-lignified branches of Michelia chinensis to the 15cm long scion, keep 4 leaves, and remove the remaining leaves;

[0049] C. Grafting: After soaking the scion in saturated saline solution for 12 hours, cut the lower end of the scion into a 4 cm long double-sided bang shape, align the two sides, and smooth the beveled surface; cut off the rootstock from the interface, and use it from the center of the section. To split, the depth is 5 cm; quickly insert the scion into the rootstock, make the cambium at the lower end of the scion closely aligned with the cambium at the inner ...

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Abstract

The invention provides a method for grafting Michelia figo on magnolia denudate. The method includes the steps of scion and rootstock selection, grafting preparation, grafting and management after the grafting. Due to the facts that the magnolia denudata is provided with fleshy roots and root systems are strong, the survival rate of grafting seedlings is guaranteed. The Michelia figo and the magnolia denudata both belong to magnoliaceae, the scion and rootstock affinity is strong, the grafting success rate is improved greatly and the growth of the grafting seedlings after the grafting is also accelerated. The magnolia denudata has stronger cold-resistant capability and can safely live through the winter under the condition of minus 20 DEG C, so the grafted Michelia figo can be planted at cold northern regions and can have the capability of living through the winter in the open field. The method for grafting the Michelia figo on the magnolia denudate is simple, convenient and high in survival rate, greatly enhances the cold-resistant capability of the Michelia figo, achieves planting of the Michelia figo at the northern and northeast regions of China, and enables the Michelia figo to successfully live through the winter in the open field.

Description

technical field [0001] The invention relates to the field of plant grafting, and specifically designs a method for grafting Michelia magnolia. Background technique [0002] In our country, michelia michelia has been a familiar and favorite fragrant flower plant since ancient times. Its smell is strong and mellow but not greasy, and it is also an excellent natural spice. It can be used to refine fragrant sesame oil, and its flowers can also be picked for supply. As a spice used in tea making. There are nearly 50 species of plants in the genus Michelia, which are less cold-resistant, so most of them are distributed in tropical, subtropical and temperate geographical regions of Asia. There are more than 30 species of native plants in China, mainly produced in southern provinces Such as the mountain slopes in southern Jiangxi, Guangdong, Fujian, and Taiwan. Michelle likes a warm and humid climate, not suitable for exposure to the sun, and is not resistant to severe cold. The ...

Claims

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Application Information

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IPC IPC(8): A01G1/06
Inventor 周家学
Owner 平南县科学技术情报研究所
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