CN105123192A - Ventilating draining stable-yield and yield-increasing rhizoma Gastrodiae or polyporus plantation method - Google Patents
Ventilating draining stable-yield and yield-increasing rhizoma Gastrodiae or polyporus plantation method Download PDFInfo
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- CN105123192A CN105123192A CN201510473062.9A CN201510473062A CN105123192A CN 105123192 A CN105123192 A CN 105123192A CN 201510473062 A CN201510473062 A CN 201510473062A CN 105123192 A CN105123192 A CN 105123192A
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Abstract
The invention discloses a ventilating draining stable-yield and yield-increasing rhizoma Gastrodiae or polyporus plantation method characterized by comprising the following rhizoma Gastrodiae or polyporus artificial plantation steps: a, digging a trench (1) with the width of 1-1.5M and length determined by field length; b, implanting fungus growing material (2) with the width 0.2-0.3M narrower than the trench; c, placing rhizoma Gastrodiae seeds or polyporus seeds 3 on the fungus growing material (2); d, placing ventilating pipes (4) in the length direction of the trench (1) at an interval of 18-22CM, wherein the length of the ventilating pipe (4) is 10-15CM narrower than that of the trench (1); e, covering leaves or saw wood powders; f, covering soil (5) for 3-20CM, and two ends of the ventilating pipes (4) are exposed. The ventilating pipes are added for ventilating draining; if other conditions are suitable, the rhizoma Gastrodiae or polyporus can be planted under any soil conditions; high permeability and sufficient oxygen can be ensured in a growth process, thus realizing a stable-yield and yield-increasing purpose.
Description
Technical field
The present invention relates to traditional Chinese medicine field of planting, the rhizoma Gastrodiae of particularly a kind of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods.
Background technology
Following defect is had: 1, by natural temperature in existing rhizoma Gastrodiae or umbellate pore furgus artificial planting technique, as with greenhouse, then power consumption power consumption.2, humidity is also determined by natural cause, 3, gas permeability determines by soil constituent, and natural permeable situation is rained and incessanly will have a strong impact on the normal growth of plant with the plot of impeded drainage under being run into.Due to the particularity in rhizoma Gastrodiae or umbellate pore furgus process of growth and oxygen-consuming, rhizoma Gastrodiae or the higher air permeability of umbellate pore furgus necessary for growth is caused to become key technology.
Chinese patent 01133671.4 discloses " a kind of production method of gastrodia elata seed germinating strain for cultivation ", is to utilize woven bag to breathe freely; Chinese patent 201310680533.4 discloses " rhizoma Gastrodiae plantation cultivation method ", is to utilize cornmeal mush to add activated carbon powder to breathe freely.Also need to explore the plantation output that best approach improves rhizoma Gastrodiae, umbellate pore furgus etc.
Summary of the invention
The object of the present invention is to provide a kind of rhizoma Gastrodiae or umbellate pore furgus implantation methods of ventilative draining stable yields volume increase, as long as other conditions of the method are suitable, can under any soil condition people's work post planting tall gastrodia tuber or umbellate pore furgus, in its process of growth, ensure higher gas permeability and the supply of sufficient oxygen, output can improve about 25% relatively.
Object of the present invention and solution technical problem underlying thereof realize by the following technical solutions: a kind of rhizoma Gastrodiae of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, comprise following artificial planting rhizoma Gastrodiae or umbellate pore furgus step: A, first ditching width 1-1.5M, length is grown by ground and is determined;
B, put pad bacterium material, 0.2-0.3M narrower than ditching width;
C, on bacterium material, put Gastrodia or umbellate pore furgus kind 3;
D, at each placement permeability cell in ditching length direction spacing 18-22CM place, permeability cell length 10-15CM narrower than ditching width;
E, covering leaf or sawmilling face;
The thick 3-20CM of F, earthing, exposes permeability cell two.
Further, the rhizoma Gastrodiae of above-mentioned a kind of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, optimized parameter: ditching width 1.3M,
Bacterium material width 1M,
Permeability cell length 1.2M,
The thick 10CM of earthing.
Further, the rhizoma Gastrodiae of above-mentioned a kind of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, permeability cell is formed by processing many rows air-vent on nontoxic PE pipe, diameter 1-8CM.
The present invention compared with prior art has obvious advantage and beneficial effect.From above technical scheme, the inventive method owing to having added permeability cell, draining of breathing freely, as long as other conditions are suitable, can under any soil condition planting rhizoma gastrodiae or umbellate pore furgus, in its process of growth, ensure higher gas permeability and the supply of sufficient oxygen, reach the object of stable yields volume increase.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present invention.
Fig. 2 is the vertical view of Fig. 1.
Mark in figure: 1, ditching, 2, bacterium material, 3, Gastrodia or umbellate pore furgus kind, 4, permeability cell, 5, earthing.
Embodiment
Below in conjunction with accompanying drawing and preferred embodiment to the rhizoma Gastrodiae of a kind of ventilative draining stable yields volume increase of the present invention or umbellate pore furgus implantation methods, embodiment, feature and effect thereof, be described in detail as follows.
See Fig. 1-2, a kind of rhizoma Gastrodiae of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, comprise following artificial planting rhizoma Gastrodiae or umbellate pore furgus step: A, first ditching 1 width 1-1.5M, length is grown by ground and is determined;
B, put pad bacterium material 2,0.2-0.3M narrower than ditching width;
C, on bacterium material 2, put Gastrodia or umbellate pore furgus kind 3;
D, at each placement permeability cell 4 in ditching 1 length direction spacing 18-22CM place, permeability cell 4 length 10-15CM narrower than ditching 1 width;
E, covering leaf or sawmilling face;
F, the thick 3-20CM of earthing 5, expose permeability cell 4 two.
Further, the rhizoma Gastrodiae of above-mentioned a kind of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, optimized parameter: ditching 1 width 1.3M,
Bacterium material 2 width 1M,
Permeability cell 4 length 1.2M,
The thick 10CM of earthing 5.
Further, the rhizoma Gastrodiae of above-mentioned a kind of ventilative draining stable yields volume increase or umbellate pore furgus implantation methods, permeability cell 4 is formed by processing many rows air-vent on nontoxic PE pipe, diameter 1-8CM.
In identical plot, the Output of Gastrodia elata not adding permeability cell of experimental cultivation is 12 jin of every square meters simultaneously, and what added permeability cell is 15 jin of every square meters.
The inventive method is owing to having added permeability cell, the ventilative draining of energy, as long as other conditions are suitable, can under any soil condition planting rhizoma gastrodiae or umbellate pore furgus, higher gas permeability and the supply of sufficient oxygen is ensured in its process of growth, reach the object of stable yields volume increase, by testing yield can improve about 25% relatively.
The above, it is only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, anyly do not depart from technical solution of the present invention content, the any simple modification done above embodiment according to technical spirit of the present invention, conversion material, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (3)
1. the rhizoma Gastrodiae of ventilative draining stable yields volume increase or a umbellate pore furgus implantation methods, is characterized in that: comprise following artificial planting rhizoma Gastrodiae or umbellate pore furgus step: A, first ditching (1) width 1-1.5M, length is grown by ground and determined;
B, put and hold bacterium material (2), 0.2-0.3M narrower than ditching width;
C, in bacterium material (2) upper pendulum Gastrodia or umbellate pore furgus kind 3;
D, each placement permeability cell (4) in ditching (1) length direction spacing 18-22CM place, permeability cell (4) length 10-15CM narrower than ditching (1) width;
E, covering leaf or sawmilling face;
F, earthing (5) thick 3-20CM, expose permeability cell (4) two.
2. the rhizoma Gastrodiae of a kind of ventilative draining stable yields volume increase as claimed in claim 1 or umbellate pore furgus implantation methods, is characterized in that: optimized parameter is: ditching (1) width 1.3M,
Bacterium material (2) width 1M,
Permeability cell (4) length 1.2M,
Earthing (5) thick 10CM.
3. the rhizoma Gastrodiae of a kind of ventilative draining stable yields volume increase as claimed in claim 1 or umbellate pore furgus implantation methods, is characterized in that: permeability cell (4) forms by nontoxic PE pipe being arranged more air-vent processing, diameter 1-8CM.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107018772A (en) * | 2017-03-02 | 2017-08-08 | 安徽金培因科技有限公司 | A kind of pepper cultivation method based on sensing technology |
| CN116830966A (en) * | 2023-08-03 | 2023-10-03 | 陕西理工大学 | Three-dimensional cultivation method for gastrodia elata and Polyporus umbellatus |
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| CN107018772A (en) * | 2017-03-02 | 2017-08-08 | 安徽金培因科技有限公司 | A kind of pepper cultivation method based on sensing technology |
| CN116830966A (en) * | 2023-08-03 | 2023-10-03 | 陕西理工大学 | Three-dimensional cultivation method for gastrodia elata and Polyporus umbellatus |
| CN116830966B (en) * | 2023-08-03 | 2024-03-19 | 陕西理工大学 | Three-dimensional cultivation method for gastrodia elata and Polyporus umbellatus |
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| CN105123192B (en) | 2018-04-06 |
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