CN109937785A - A kind of compound ecological tea garden implantation methods recycling discarded tea tree branch - Google Patents
A kind of compound ecological tea garden implantation methods recycling discarded tea tree branch Download PDFInfo
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- CN109937785A CN109937785A CN201910248004.4A CN201910248004A CN109937785A CN 109937785 A CN109937785 A CN 109937785A CN 201910248004 A CN201910248004 A CN 201910248004A CN 109937785 A CN109937785 A CN 109937785A
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Abstract
The present invention relates to a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch; have the advantages that Chinese mugwort is planted in gap between the tea plant in tea place; the soil on tea hill can not only be made full use of, is conducive to soil protection, and do not need applying pesticides; and tea yield is unaffected; tea leaf quality increases due to not having agriculture residual, mitigates plucker by bite by mosquitos, cultivates edible mushroom using discarded tea tree branch; it can turn waste into wealth, increase output.The cultivation of compost of the invention especially suitable for ganoderma lucidum, is affected to the quality of ganoderma lucidum, and ganoderma lucidum fruitbody polysaccharide content and lucidum spore powder triterpene content are all higher.And it is larger using the ganoderma lucidum fruitbody that compost of the invention is grown, specific gravity is heavier, and shape is good-looking, and presentation quality is good compared with the ganoderma lucidum only with common bag cultivating material.The yield of the cultivation of compost of the invention especially suitable for mushroom, mushroom is high, and nutritive value is high, and residual without agriculture.
Description
Technical field
The present invention relates to a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch.
Background technique
Tea tree is perennial woody plant, plant line-spacing it is larger (1.2~2.0m or so), between tea plant without using just at
Open ground not only wastes luminous energy, but also breeds weeds, increases farming working hour, is also unfavorable for preserving soil moisture.People one in recent years
Directly it is being dedicated to finding suitable plantation in the vegetation on tea hill, but some difficult kind, the economic benefit is not high, and some will affect tea
The growth of leaf influences the quality of tea tree and tealeaves.
Fuding be China white tea township, how by white tea industry stablize sustainable development be " white tea people " from now on want in the future
Research and the topic inquired into.About 300,000 mu of Fuding whole city tea place area according to statistics, every 5-6 trim the tea branch tea stalk one cradled
It is secondary, about 50,000 mu of tea branch tea stalk cradled are trimmed every time, 7.5 ten thousand tons, are trapped in if these trimmings are cradled the tea branch tea stalk to get off
Pollution of area source must be caused on mountain, if burning will also result in atmosphere pollution and fire hazard.
Summary of the invention
The present invention provides a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch, the tea of this method plantation
Garden and edible mushroom synergistic effect, mutually promote, not will cause the pollution in tea hill, but also the yield of edible mushroom, nutritive value not only
It is high.
The invention is realized by the following technical scheme:
A kind of compound ecological tea garden implantation methods recycling discarded tea tree branch, comprising the following steps:
The following steps are included:
(1) the discarded tea tree branch of trimming is collected exposure 10-15 days, when exposure at daily noon all sprays water, then these are set
Lopwood concentrated processing is ground into sawdust, carries out the following processing later to sawdust:
1. adding water to mix thoroughly sawdust, after so that it is sufficiently absorbed water and submerging the sawdust, covered with black plastic film
And it drains away the water after exposure 1-2 hours in the sun；
2. continuing to be covered simultaneously with black plastic film after adding water that sawdust is made sufficiently to absorb water again and submerging the sawdust
It drains away the water after exposure 1-2 hours in the sun；
It is repeated step 2. 3-4 times after 3.；
(2) it collects yam betel skin concentrated processing to crush, then by sawdust made of yam betel skin and step (1) according to 0.1-
0.3:1 mass ratio mixes pile fermentation, adds after auxiliary material mixes thoroughly, sows culturing edible fungus after packing high-temperature sterilization, wherein sawdust with
The mass ratio of auxiliary material is 30-35:65-75；
(3) after the harvesting of the edible fungus culturing fruiting described in step (2), by the waste material for cultivating edible mushroom crush then with
Organic fertilizer, tea stalk, bacillus are 1:0.2-0.3:1:0.7-0.8 mixing according to mass ratio, then stack 5-10 days Cheng Fuhe
Fertilizer later imposes on the compound fertilizer in the furrow face of tea tree root and tea tree in the ranks.
The tea leaf quality produced using the method for this programme is high, using discarded tea tree branch to cultivate edible mushroom, can become give up into
Treasured, increases output, and the fertilizer of edible mushroom is recycled, production capacity height with can be re-used to work as fertilizer.
The soil resource in gap between tea plant in order not to waste tea place, in the ranks excavates furrow face in tea tree, and in furrow face
Layer overlay plant ash, furrow face width are 60-90 centimetres, and the spacing of furrow face and tea tree is 30-40 centimetres；It is sprouted in the gemma of Chinese mugwort
The dynamic phase, the tender rhizome in the perennial rhizome of Chinese mugwort is chosen, 10-12 centimetres of segment is cut into, then dried 4-8 hours, Zhi Houding
It plants in furrow face and watering；Go out postemergence weed control top dressing to Chinese mugwort and water in time, until can gather in.
The Chinese mugwort of the compound ecological tea garden is planted in gap between the tea plant in tea place, can not only make full use of the soil on tea hill
Earth is conducive to soil protection, and does not need applying pesticides, and tea yield is unaffected, and tea leaf quality increases, and subtracts
Light plucker is by bite by mosquitos.
The Chinese mugwort of this programme and tealeaves are symbiosis, its high financial profit, can be beautified and environment purification；Adaptable,
Growth is fast, and energy is shade tolerant, improvement soil, does not wind tea tree.
The strain spacing of the preferred tea tree of the present invention is 0.3-0.4 meters, and line space is 1.2-1.7 meters.Tea place soil layer of the invention
Deep, soil is fertile, loose red soil.
Tea tree sawdust of the invention is soaked in water and then is covered with black plastic film and exposure 5-6 in the sun
It is secondary, it is highly suitable for the culture of ganoderma lucidum and mushroom.
Further, the auxiliary material is mainly the component of following mass parts: weed tree sawdust 35-37 mass parts, wheat bran 17-19
Mass parts, corncob 7-9 mass parts, land plaster 0.5-1.5 mass parts, sucrose 0.5-1.5 mass parts.Preferably, described is miscellaneous
Sawdust is mixed by powdered sawdust and sheet sawdust according to mass ratio for 20:16.
The prior art before relatively, the invention has the following advantages:
The Chinese mugwort of the compound ecological tea garden is planted in gap between the tea plant in tea place, can not only make full use of the soil on tea hill
Earth is conducive to soil protection, and does not need applying pesticides, and tea yield is unaffected, and tea leaf quality is not due to having agriculture
It is residual and increase, mitigate plucker by bite by mosquitos, cultivates edible mushroom using discarded tea tree branch, can turn waste into wealth, increase
Add output.
The cultivation of compost of the invention especially suitable for ganoderma lucidum, is affected to the quality of ganoderma lucidum, ganoderma lucidum fruitbody is more
Sugared content and lucidum spore powder triterpene content are all higher.And it is larger using the ganoderma lucidum fruitbody that compost of the invention is grown,
Specific gravity is heavier, and shape is good-looking, and presentation quality is good compared with the ganoderma lucidum only with common bag cultivating material.
The yield of the cultivation of compost of the invention especially suitable for mushroom, mushroom is high, and nutritive value is high, and does not have agriculture
It is residual.
Specific embodiment
The present invention is further described With reference to embodiment: but it is not only limited only to following embodiment,
All any improvement or replacement according to the principle of the invention, should all be within protection scope of the present invention.
Embodiment 1
The compound ecological tea garden implantation methods for recycling discarded tea tree branch of the present embodiment, comprising the following steps:
The following steps are included:
(1) furrow face, and the layer overlay plant ash in furrow face are in the ranks excavated in tea tree, furrow face width is 60-90 centimetres, furrow
The spacing of face and tea tree is 30-40 centimetres；In the gemma sprouting period of Chinese mugwort, the tender rhizome in the perennial rhizome of Chinese mugwort is chosen, is cut
At 10-12 centimetres of segment, then dries 4 hours, be colonized in furrow face and water later；Go out postemergence weed control top dressing simultaneously to Chinese mugwort
Watering in time, until can gather in；(the present embodiment can not also plant anything in the ranks, can also plant other plants,
But the present embodiment preferably plants Chinese mugwort)
(2) tea tree of trimming branch is collected exposure 10 days, when exposure at daily noon all sprays water, then by these branch branch collection
Middle processing is ground into sawdust, carries out the following processing later to sawdust:
1. adding water to mix thoroughly sawdust, after so that it is sufficiently absorbed water and submerging the sawdust, covered with black plastic film
And exposure drains away the water after 1 hour in the sun；
2. being covered with black plastic film and after adding water that sawdust is made sufficiently to absorb water again and submerging the sawdust in sun
Exposure drains away the water after 1 hour under light；
It is repeated step 2. 4 times after 3.；
(3) it collects yam betel skin concentrated processing to crush, then by sawdust made of yam betel skin and step (2) according to 0.1-
0.3:1 mixes pile fermentation, adds after auxiliary material mixes thoroughly, sows culturing edible fungus after packing high-temperature sterilization, wherein sawdust and auxiliary material
Mass ratio is 30:75；
(4) after the harvesting of the edible fungus culturing fruiting described in step (3), the waste material and organic fertilizer of edible mushroom will be cultivated
(human excrement fertilizer), tea stalk, bacillus are 1:0.2:1:0.7 mixing according to mass ratio, then stack 5 days at compound fertilizer, later
The compound fertilizer is imposed in the furrow face of tea tree root and tea tree in the ranks.
The tea hill selection of the present embodiment is located at the tea place of Fuding.
The edible mushroom that the present invention plants is ganoderma lucidum.
The tealeaves of the present embodiment plantation does not need applying pesticides, and the yield of tealeaves is big, and quality is high.
The edible mushroom of the present embodiment is in long 80 meters, wide 8 meters, high 2 meters of greenhouse, and embodiment is according to conventional ganoderma lucidum fruiting pipe
Reason.
The auxiliary material of the present embodiment is the growth common bag cultivating material of ganoderma lucidum.Using ganoderma lucidum of growth of the embodiment of the present invention
Entity is larger, and specific gravity is heavier, and shape is good-looking, and presentation quality is good compared with the ganoderma lucidum only with common bag cultivating material.
Embodiment 2
The compound ecological tea garden implantation methods for recycling discarded tea tree branch of the present embodiment, comprising the following steps:
(1) furrow face, and the layer overlay plant ash in furrow face are in the ranks excavated in tea tree, furrow face width is 60-90 centimetres, furrow
The spacing of face and tea tree is 30-40 centimetres；In the gemma sprouting period of Chinese mugwort, the tender rhizome in the perennial rhizome of Chinese mugwort is chosen, is cut
At 10-12 centimetres of segment, then dries 8 hours, be colonized in furrow face and water later；Go out postemergence weed control top dressing simultaneously to Chinese mugwort
Watering in time, until can gather in；
(2) tea tree of trimming branch is collected exposure 15 days, when exposure at daily noon all sprays water, then by these branch branch collection
Middle processing is ground into sawdust, carries out the following processing later to sawdust:
1. adding water to mix thoroughly sawdust, after so that it is sufficiently absorbed water and submerging the sawdust, covered with black plastic film
And exposure drains away the water after 2 hours in the sun；
2. being covered with black plastic film and after adding water that sawdust is made sufficiently to absorb water again and submerging the sawdust in sun
Exposure drains away the water after 2 hours under light；
It is repeated step 2. 3 times after 3.；
(3) it collects yam betel skin concentrated processing to crush, then by sawdust made of yam betel skin and step (2) according to 0.1-
0.3:1 mixes pile fermentation, adds after auxiliary material mixes thoroughly, sows culturing edible fungus after packing high-temperature sterilization, wherein sawdust and auxiliary material
Mass ratio is 30-35:65-75；
(4) after the harvesting of the edible fungus culturing fruiting described in step (3), the waste material and organic fertilizer of edible mushroom will be cultivated
(cake fertilizer), tea stalk, bacillus are 1:0.3:1:0.8 mixing according to mass ratio, then stack 10 days into compound fertilizer, later will
The compound fertilizer imposes in the furrow face of tea tree root and tea tree in the ranks.
The tea hill selection of the present embodiment is located at the tea place of Fuding.
The edible mushroom that the present invention plants is ganoderma lucidum.
The tealeaves of the present embodiment plantation does not need applying pesticides, and the yield of tealeaves is big, quality is high.
The edible mushroom of the present embodiment is in long 80 meters, wide 8 meters, high 2 meters of greenhouse, according to conventional ganoderma lucidum management of producing mushroom.
The auxiliary material of the present embodiment is the growth common bag cultivating material of ganoderma lucidum.Using ganoderma lucidum of growth of the embodiment of the present invention
Entity is larger, and specific gravity is heavier, and shape is good-looking, and presentation quality is good compared with the ganoderma lucidum only with common bag cultivating material.
Embodiment 3
The compound ecological tea garden implantation methods for recycling discarded tea tree branch of the present embodiment, comprising the following steps:
(1) furrow face, and the layer overlay plant ash in furrow face are in the ranks excavated in tea tree, furrow face width is 60-90 centimetres, furrow
The spacing of face and tea tree is 30-40 centimetres；In the gemma sprouting period of Chinese mugwort, the tender rhizome in the perennial rhizome of Chinese mugwort is chosen, is cut
At 10-12 centimetres of segment, then dries 6 hours, be colonized in furrow face and water later；Go out postemergence weed control top dressing simultaneously to Chinese mugwort
Watering in time, until can gather in；
(2) tea tree of trimming branch is collected exposure 12 days, when exposure at daily noon all sprays water, then by these branch branch collection
Middle processing is ground into sawdust, carries out the following processing later to sawdust:
1. adding water to mix thoroughly sawdust, after so that it is sufficiently absorbed water and submerging the sawdust, covered with black plastic film
And exposure drains away the water after 1.5 hours in the sun；
2. being covered with black plastic film and after adding water that sawdust is made sufficiently to absorb water again and submerging the sawdust in sun
Exposure drains away the water after 1.5 hours under light；
It is repeated step 2. 4 times after 3.；
(3) it collects yam betel skin concentrated processing to crush, then by sawdust made of yam betel skin and step (2) according to 0.1-
0.3:1 mixes pile fermentation, adds after auxiliary material mixes thoroughly, sows culturing edible fungus after packing high-temperature sterilization, wherein sawdust and auxiliary material
Mass ratio is 35:65；(being also possible to 30:60)
(4) after the harvesting of the edible fungus culturing fruiting described in step (3), the waste material and organic fertilizer of edible mushroom will be cultivated
(cake fertilizer), tea stalk, bacillus are 1:0.25:1:0.75 mixing according to mass ratio, then stack 8 days at compound fertilizer, later
The compound fertilizer is imposed in the furrow face of tea tree root and tea tree in the ranks.
The tea hill selection of the present embodiment is located at the tea place of Fuding.
The edible mushroom that the present invention plants is mushroom.
The tealeaves of the present embodiment plantation does not need applying pesticides, and the yield of tealeaves is big, and quality is high.
The edible mushroom of the present embodiment long 80 meters, wide 8 meters, in high 2 meters of greenhouse, according to conventional ganoderma lucidum management of producing mushroom.
Auxiliary material described in the present embodiment is the component for including following mass parts: 36 mass parts of weed tree sawdust, 18 mass parts of wheat bran,
8 mass parts of corncob, 1 mass parts of land plaster, 1 mass parts of pulverized limestone, 1 mass parts of sucrose mix.
Weed tree sawdust described in the present embodiment is mixed by powdered sawdust and sheet sawdust according to mass ratio for 20:16.
1 tannin content of table is through step (2) forward and backward control
Tannin content is measured using spectrophotometry, after step (2), tannin content is substantially reduced, and the content
Tannin it is helpful to the growth of ganoderma lucidum and mushroom.
The ganoderma lucidum yield of 2 embodiment 1 of table and embodiment 2, fruitbody polysaccharide content and lucidum spore powder triterpene content
| Project | Embodiment 1 | Embodiment 2 |
| Ganoderma lucidum Dried product (g/ yield) | 14.2 | 14.2 |
| Ganoderma lucidum fruitbody polysaccharide content/% | 1.31 | 1.32 |
| Lucidum spore powder triterpene content/% | 2.60 | 2.65 |
Testing result shows, ganoderma lucidum Dried product, fruitbody polysaccharide content and the lucidum spore powder of the method for the present invention preparation
Triterpene content is higher.
The full mushroom of 3 embodiment 3 of table mushroom produced, mushroom handle, mushroom lid amino acid testing result
Testing result shows that the various amino acid contents of the mushroom of the method for the present invention preparation are high, is worth higher.
The content of the dietary fiber of the mushroom of 4 embodiment 3 of table, tea polyphenols and Thick many candies
| Serial number | Detection project | Unit | Testing result | Detection limit | Detection method |
| 1 | Dietary fiber | g/100g | 45.1 | / | GB 5009.88-2014 |
| 2 | Tea polyphenols | % | 0.3 | / | GB/T 8313-2018 |
| 3 | Thick many candies | g/100g | 3.70 | 0.00005 | NY/T 1676-2008 |
Through detecting, the output and quality of mushroom of the present invention is all very high, dietary fiber content 45.1g/100g, polyphenol content
Every hectogram 0.3%, Thick many candies 3.70g/100g, various amino acid are above existing cultivation on sawdust.
Through detecting, water content 7.78g/100g in the mushroom that embodiment 3 produces, dust 4.52g/100g, protein content
23.8g/100g, total lipid content 2.66g/100g, carbohydrate content 61.2g/100g, gross energy 364kcal/100g.
Through detecting, the phosphorus content 520mg/100g for the mushroom that embodiment 3 produces, sodium content 9.29mg/100g, calcium content
120mg/100g, iron content 31.0mg/100g, cadmium content 0.74mg/100g, lead content 0.06mg/100g, arsenic content
0.43mg/100g, pesticide LC content are not detected, and pesticide G/C content is not detected, Aneurine content 0.249mg/100g, vitamin
11157 μ g/100g of B2 content 1.45mg/100g, vitamin B3 content.
Claims (6)
1. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch, which comprises the following steps:
(1) the discarded tea tree branch of trimming is collected exposure 10-15 days, when exposure at daily noon all sprays water, then by these branch branches
Concentrated processing is ground into sawdust, carries out the following processing later to sawdust:
1. add water to mix thoroughly sawdust, after so that it is sufficiently absorbed water and submerging the sawdust, covered with black plastic film and
It drains away the water after exposure 1-2 hours under sunlight；
2. continuing to be covered with black plastic film and in sun after adding water that sawdust is made sufficiently to absorb water again and submerging the sawdust
It drains away the water after exposure 1-2 hours under light；
It is repeated step 2. 3-4 times after 3.；
(2) yam betel skin concentrated processing is collected to crush, then by sawdust made of yam betel skin and step (1) according to 0.1-0.3:
1 mass ratio mixes pile fermentation, adds after auxiliary material mixes thoroughly, sows culturing edible fungus after packing high-temperature sterilization, wherein sawdust and auxiliary material
Mass ratio be 30-35:65-75；
(3) after the harvesting of the edible fungus culturing fruiting described in step (2), by the waste material for cultivating edible mushroom crush then with it is organic
Fertilizer, tea stalk, bacillus are that 1:0.2-0.3:1:0.7-0.8 is mixed according to mass ratio, then stack 5-10 days into compound fertilizer,
The compound fertilizer is imposed in the furrow face of tea tree root and tea tree in the ranks later.
2. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch according to claim 1, feature
It is: in the ranks excavates furrow face, and the layer overlay plant ash in furrow face in tea tree, furrow face width is 60-90 centimetres, furrow face and tea
The spacing of tree is 30-40 centimetres；In the gemma sprouting period of Chinese mugwort, the tender rhizome in the perennial rhizome of Chinese mugwort is chosen, 10-12 is cut into
Centimetre segment, then dry 4-8 hours, be colonized in furrow face and water later；Go out postemergence weed control top dressing and timely to Chinese mugwort
Watering, until can gather in.
3. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch according to claim 1, feature
Be: the strain spacing of tea tree is 0.3-0.4 meters, and line space is 1.2-1.7 meters.
4. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch according to claim 1, feature
Be: the edible mushroom is ganoderma lucidum or mushroom.
5. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch according to claim 1, feature
Be: the auxiliary material is mainly the component of following mass parts: weed tree sawdust 35-37 mass parts, wheat bran 17-19 mass parts, corn
Core 7-9 mass parts, land plaster 0.5-1.5 mass parts, sucrose 0.5-1.5 mass parts.
6. a kind of compound ecological tea garden implantation methods for recycling discarded tea tree branch according to claim 5, feature
Be: the weed tree sawdust is mixed by powdered sawdust and sheet sawdust according to mass ratio for 20:16.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101162313B1 (en) * | 2008-10-27 | 2012-07-04 | 김충현 | Farm work with natural herb medicines and red ginseng saponin |
| CN104211513A (en) * | 2014-09-03 | 2014-12-17 | 苏春培 | Planting method for planting edible mushrooms by using tea branches |
| CN106489654A (en) * | 2016-12-27 | 2017-03-15 | 华侨大学 | A kind of cultural method of oolong tea tea place intercrop vanilla |
| CN108781968A (en) * | 2018-05-30 | 2018-11-13 | 武汉环绿时代生态园林工程有限公司 | A kind of method of interplanting tea tree and black fungus |
| CN109349046A (en) * | 2018-11-28 | 2019-02-19 | 镇巴县宏源林农开发有限责任公司 | A kind of implantation methods of camellia oleifera lam interplanting rhizoma polygonati |
-
2019
- 2019-03-29 CN CN201910248004.4A patent/CN109937785A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101162313B1 (en) * | 2008-10-27 | 2012-07-04 | 김충현 | Farm work with natural herb medicines and red ginseng saponin |
| CN104211513A (en) * | 2014-09-03 | 2014-12-17 | 苏春培 | Planting method for planting edible mushrooms by using tea branches |
| CN106489654A (en) * | 2016-12-27 | 2017-03-15 | 华侨大学 | A kind of cultural method of oolong tea tea place intercrop vanilla |
| CN108781968A (en) * | 2018-05-30 | 2018-11-13 | 武汉环绿时代生态园林工程有限公司 | A kind of method of interplanting tea tree and black fungus |
| CN109349046A (en) * | 2018-11-28 | 2019-02-19 | 镇巴县宏源林农开发有限责任公司 | A kind of implantation methods of camellia oleifera lam interplanting rhizoma polygonati |
Non-Patent Citations (1)
| Title |
|---|
| 朱婵 等: "http://longshang.cjyun.org/p/12977.html", 《黄冈蕲春：助力精准扶贫 荒山种上油茶苗》 * |
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Application publication date: 20190628 |