Artificial whole-plant agilawood formation method

A whole-body fragrant and artificial technology, applied in horticultural methods, botanical equipment and methods, gardening tools/equipment, etc., can solve problems such as poor uniformity, incomplete bacterial liquid penetration, etc. Success rate, the effect of increasing the penetration area

Inactive Publication Date: 2020-08-14
广州鸿圣香科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] In order to solve the problem of incomplete penetration and poor uniformity of bacterial liquid in the existing artificial fragrance-setting needle infusion device, the present invention provides a method for artificial whole body fragrance, which utilizes the principl

Method used

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  • Artificial whole-plant agilawood formation method
  • Artificial whole-plant agilawood formation method
  • Artificial whole-plant agilawood formation method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0038]Select an 8-year-old whitewood fragrant tree with a diameter of 10 cm, and artificially intervene in the trunk of the white wood from 10 centimeters to 2 meters above the ground to make incense, and make a group of inoculation holes at a height of 35 centimeters in the direction of the trunk, and inoculate The hole diameter is 4 millimeters, and each group of inoculation holes is 4, and the total number of inoculation holes of each whitewood tree is 20, and the inoculation holes are inserted at an oblique upward angle, and form an angle of 40 degrees with the horizontal line.

[0039] Infection bacterium selects Agaricus chrysogenum for use, and the culture composition of bacterium liquid is by weight percentage: white wood shavings 12%, glucose 1%, water 70%, malic acid 17%, the infection bacterium liquid that prepares is injected into artificial knot incense injection In the inoculation bottle in the liquid device, the infection bacteria liquid in each bottle of inocula...

Embodiment 2

[0042] Select a 10-year-old whitewood fragrant tree with a diameter of 12cm, and carry out artificial intervention on the trunk of the whitewood tree that is 10 centimeters to 2 meters above the ground to make incense, and punch a group of inoculation holes at a height of 38 centimeters in the direction of the trunk, and inoculate The hole diameter is 5 millimeters, and each group of inoculation holes is 5, and the total number of inoculation holes of each whitewood tree is 20, and the inoculation holes are inserted at an oblique upward angle, and form an angle of 45 degrees with the horizontal line.

[0043] Infection bacterium selects Fuchsia chrysogenum for use, and the culture composition of bacterium liquid is by weight percentage: white wood shavings 15%, glucose 2%, water 65%, malic acid 18%, the infection bacterium liquid that will prepare is injected into artificial knot incense injection In the inoculation bottle in the liquid device, the infection bacteria liquid in ...

Embodiment 3

[0046] Select a 13-year-old whitewood incense tree with a diameter of 15cm, and carry out artificial intervention on the trunk of the whitewood tree that is 10 centimeters above the ground to below 2 meters to make incense, and make a group of inoculation holes at a height of 40 centimeters apart in the direction of the trunk, and inoculate The diameter of the hole is 6 mm, and there are 6 inoculation holes in each group. The total number of inoculation holes for each white wood tree is 24. The inoculation holes are inserted at an angle of 45 degrees to the horizontal line.

[0047] Infection bacterium selects Agaricus chrysanthemum for use, and the culture composition of bacterium liquid is by weight percentage: white wood shavings 20%, glucose 1%, water 60%, malic acid 19%, the infection bacterium liquid that will prepare is injected artificial knot incense injection In the inoculation bottle in the liquid device, the infection bacteria liquid in each bottle 1 is 300ml, and t...

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Abstract

The invention discloses an artificial whole-plant agilawood formation method. The method comprises the following steps: selecting well-grown aquilaria sinensis with a tree diameter of 8 cm or above; subjecting the part, which is 10 cm or more above the ground and not higher than 2 m away the ground and is suitable for inoculation, of an aquilaria sinensis trunk to manual intervention for agilawoodformation; preparing a solution of infection bacterium which is any one selected from melanotus flavolivens and Keke stained bacteria, wherein culture components for the solution are aquilaria sinensis scraps, glucose or cane sugar, water, and malic acid or citric acid; injecting the prepared solution of the infection bacterium into an inoculation bottle in an artificial agilawood formation liquid injection device, pressurizing the inoculation bottle by using an air compressor, and inserting the artificial agilawood formation liquid injection device into an inoculation hole, and allowing thesolution of the infection bacterium to be injected into the aquilaria sinensis trunk under the action of external injection pressure; and applying an organic carbon element fertilizer to the aquilariasinensis injected with the solution of the infection bacterium. By utilizing a physical pressure principle, the solution of the infection bacterium is strong in seepage force and uniform in seepage,the success rate of inoculation can be improved, agilawood formation time is shortened, an agilawood formation area is increased, and whole-plant agilawood formation is realized.

Description

technical field [0001] The invention relates to the field of biotechnology, in particular to a method for artificially forming incense all over the body. Background technique [0002] Unlike sandalwood, agarwood is not a kind of wood, but a solid condensate that is "knotted" by a special kind of fragrant tree, which is a mixture of oily components and woody components. The wood itself of this kind of incense tree has no special fragrance, and the wood is relatively soft. According to current research, several trees of the genus Agarwood in the family Daphneaceae, such as Malay agarwood, Guanxiang tree, and Indian agarwood tree, can form agarwood. Generally speaking, the greater the density of agarwood, the more condensed resin and the better its quality, so the ancients often divided agarwood into different grades according to whether it can sink into water: those who sink into water are called "sinking water" Second, those that are half-floating and half-sinking are calle...

Claims

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Application Information

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IPC IPC(8): A01G7/06
CPCA01G7/06
Inventor 李锦彪陈锡寿
Owner 广州鸿圣香科技有限公司
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