CN102612983A - Method for stereoscopically cultivating edible fungi with long crop straws - Google Patents
Method for stereoscopically cultivating edible fungi with long crop straws Download PDFInfo
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- CN102612983A CN102612983A CN2012100614165A CN201210061416A CN102612983A CN 102612983 A CN102612983 A CN 102612983A CN 2012100614165 A CN2012100614165 A CN 2012100614165A CN 201210061416 A CN201210061416 A CN 201210061416A CN 102612983 A CN102612983 A CN 102612983A
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Abstract
The invention relates to a method for stereoscopically cultivating edible fungi with long crop straws. The method comprises the steps of long crop straw treatment, fungus bag film preparation, fungus bag preparation, fungus bag cultivation, fungus wall building, fungus wall management and mushroom picking. Long rice straws or long wheat straws and sawdust or corncobs are directly used as cultivation materials to be sterilized under normal pressure, the sterilized cultivation materials are baled and inoculated after cooling to run fungi, the stereoscopic fruiting cultivation method of building fungus walls is adopted after running the fungi, any mechanical equipment is not needed, and the plots in the countryside are fully utilized for cultivation. The method has the characteristics of small floor area, low cost, short cultivation cycle, high benefits and strong practicability.
Description
Technical field
The present invention relates to a kind of cultivation technology of edible fungi, relate in particular to a kind of method of carrying out edible mushroom three-dimensional cultivation with the long stalk of crops.
Background technology
Cultivation technology of edible fungi is the technology of comparative maturity, but along with the development of society, the value of rural area agricultural crop straw becomes low, and increasing stalk is dropped or burns, and has seriously polluted environment.And the cultivation of edible mushroom need use agricultural crop straw as the cultivation base-material, has just in time solved this difficult problem, turns waste into wealth.The at present main method of utilizing the agricultural crop straw cultivation has two kinds, and the one, crushed stalk is packed cultivation, this method is time-consuming, and cost is high.Another kind method is to adopt land for growing field crops ridge-up bed soil covering culture, though this method is simple, floor space is big; Have a big risk, benefit is low, inconvenience management again; Be not suitable for the low input of current edible mushroom development, the needs of high production; Especially in recent years personnel's wage goes up, and the labour is in short supply, impacts very big to the edible mushroom development.
Summary of the invention
The object of the invention will solve above-mentioned deficiency exactly, the long straw of a kind of direct utilization, long wheat straw etc. is provided and the agricultural crop straw that need not pulverize carries out the method for edible mushroom three-dimensional cultivation, reaches edible fungus culturing and drops into low and purpose that output is high.
In order to achieve the above object, the present invention provides the method for the long stalk edible mushroom three-dimensional cultivation of a kind of crops, may further comprise the steps:
(1) the long stalk of crops is handled: select long straw or long wheat straw waste fresh, that nothing is gone rotten, elder generation soaked 3～4 days with 1%～1.2% lime water, carried out normal-pressure sterilization behind the draining;
(2) the system bacterium is wrapped film: after film is pricked micropore with sewing machine, be layered in the frame mold;
(3) bacterium packs work: will put into (2) film through cultivate material and bacterial classification that (1) is handled well, and put several layers cultivate material and bacterial classification by the order of one deck cultivate material one deck bacterial classification; Wherein the ground floor cultivate material is that 3.5～5.5 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 15～25% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; Second layer cultivate material is that 6.5～8.5 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 15～25% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; The 3rd layer of cultivate material is that 9～11 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 55～65% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; With in the folding covering of film, bind with rope after the compacting at last;
(4) the bacterium bag is cultivated: with the past bacterium chamber of sending out of the bacterium contracted affreightment of (3), press 3～6 layers of intersecting parallels rows, bacterium bag temperature remains on 22～26 ℃, and turning in 5～7 days once;
(5) build the bacterium wall: treat in (4) that bacterium bag mycelia grow and yellow water is arranged, when original hase occurs, rope and film that bacterium is wrapped is sloughed, bacterium wrapped parallel discharging, press the order discharging bacterium of one deck bacterium bag one deck nutrition soil and wrap, nutrition native thick be 1 centimetre, put 3～5 layers of bacterium and wrap; Bacterium bag appearance is floating with mud, and again with film covering bacterium wall, the bacterium wall will ventilation, oxygenation, heat radiation, is divided into 60 centimetres mutually between bacterium wall and bacterium wall;
(6) bacterium wall coil reason: the bacterium wall is built 7～10 days water sprays in back, and making air humidity is 80～90%, and increases illumination, ventilation; After treating that the mushroom flower bud forms, open the film of its covering by the order of fruiting, and will spray water every day 2～3 times, making air humidity is 98%;
(7) adopt mushroom: mid-term is adopted mushroom in the growth in mushroom, has adopted cleaning bacterium wall behind one batch of mushroom, and earth on the flat bacterium wall is extractd, mended to the mushroom of checkmating, mashed mushroom, mushroom handle; Sprayed water again after cutting off the water then 3～4 days, and cover film again; During the 3rd batch of fruiting, whenever at a distance from 10～12 centimetres of thorn duck eyes, water spray lets water infiltration bacterium increase the moisture content in the cultivate material within the walls, covers the bacterium wall with film again, manages same step (6) on bacterium wall fruiting face.
The priority scheme of such scheme is that normal-pressure sterilization is meant that being heated to 100 ℃ to stalk with steam kept 6～8 hours in the said step (1).
Said step (2) middle frame mould is that 120 centimetres of length processing of plank, wide 20 centimetres, high 20 centimetres rectangle do not have the bottom framework.
The priority scheme of such scheme is that auxiliary packing is through prewetting heap fermentation 3～4 days saw foam or corncob in the said step (3).
The priority scheme of such scheme is, nutrition soil is deep soil and 0.1% urea, 1% phosphate fertilizer, 1.5% lime, 0.1% Methylpartricin Sodium Laurylsulfate composition in the said step (5), and its pH value is 7.5-8, and humidity is 45%.
Available agricultural crop straw has straw, wheat straw, beanstalk, corncob, rape straw etc. among the present invention, and its raw material is extensive, cultivation suitable for four seasons.
The present invention directly will long straw or the stalk of long wheat straw carry out bale packing with saw foam or corncob as cultivate material and send out bacterium, adopt the stereo cultivation method of building the bacterium wall, can make full use of rural area vacant room, cavern, bomb shelter and cultivate; Also can be under the woods, before the room, put up the simple plastic greenhouse cultivation behind the house, without any need for plant equipment, it is little to have floor space; Cost is low; Drop into little, high efficiency, practical characteristics.And has an advantage of having simplified the cultivation program, having shortened the cultivation cycle, reduce production costs, increase economic efficiency.
The present invention has following beneficial effect:
1, grows stalks such as rice wheat straw, long wheat straw, beanstalk and need not pulverize or cut, save time, reduce cost;
2, the film of playing the bacterium bag is pricked micropore with sewing machine, can impel bacterium bag fast growing bacteria;
3, adopt multilayer to fill out at interval and cover auxiliary material and nutrition soil, make mycelial growth that enough nutrition arranged, mycelia is grown into and fully absorbs a large amount of trace elements and microorganism, nitrogen nutrition material etc. in the soil;
4, make full use of the advantage that rice wheat straw, beanstalk, corn-cob structure are loosened, breathe freely, moisture capacity is strong, build into the bacterium wall to the bacterium bag of sending out bacterium good, appearance obtains the heat and moisture preserving effect with nutrition mud is floating, thus biological transformation ratio and the output of raising edible mushroom.
Embodiment
Embodiment one:
The method of the long stalk edible mushroom three-dimensional cultivation of a kind of crops may further comprise the steps:
(1) the long stalk of crops is handled: select straw or wheat straw waste fresh, that nothing is gone rotten, elder generation soaked 3～4 days with 1% lime water, behind the draining, was heated to 100 ℃ to stalk with steam and kept carrying out in 6 hours normal-pressure sterilization;
(2) system bacterium bag film: after film pricked hole, four roads with sewing machine, be layered on 120 centimetres of length processing with plank, wide 20 centimetres, high 20 centimetres rectangle does not have in the bottom frame mold;
(3) bacterium packs work: will put into (2) film through cultivate material and bacterial classification that (1) is handled well, and put three layers of cultivate material and bacterial classification by the order of one deck cultivate material one deck bacterial classification; Wherein the ground floor cultivate material is 4.5 centimetres of (1) middle stalks of a bed thickness and 1.5 centimetres of fermentation saws of bed thickness foams, broadcasts 20% bacterial classification of bacterium bag bacterial classification amount after the compacting; Second layer cultivate material is 7.5 centimetres of (1) middle stalks of a bed thickness and 1.5 centimetres of fermentation saws of bed thickness foams, broadcasts 20% bacterial classification of bacterium bag bacterial classification amount after the compacting; The 3rd layer of cultivate material is 10 centimetres of (1) middle stalks of a bed thickness and 1.5 centimetres of fermentation saws of bed thickness foams, broadcasts 60% bacterial classification of bacterium bag bacterial classification amount after the compacting; With in the folding covering of film, bind with rope after the compacting at last;
(4) the bacterium bag is cultivated: with the past bacterium chamber of sending out of the bacterium contracted affreightment of (3), press 3～6 layers of intersecting parallels rows, bacterium bag temperature remains on 22 ℃, and turning in 5～7 days once;
(5) build the bacterium wall: treat in (4) bacterium bag mycelia grow yellow water is arranged, when original hase occurs; Rope and film that bacterium is wrapped are sloughed; Bacterium is wrapped parallel discharging, press the order discharging bacterium bag of one deck bacterium bag one deck nutrition soil, nutrition soil is that deep soil and 0.1% urea, 1% phosphate fertilizer, 1.5% lime, 0.1% Methylpartricin Sodium Laurylsulfate are formed; Its pH value is 7.5, and humidity is 45%; Nutrition soil is thick to be 1 centimetre, puts 4 layers of bacterium bag; Bacterium bag appearance is floating with mud, and again with film covering bacterium wall, the bacterium wall will ventilation, oxygenation, heat radiation, is divided into 60 centimetres mutually between bacterium wall and bacterium wall;
(6) bacterium wall coil reason: the bacterium wall is built 7～10 days water sprays in back, and making air humidity is 80%, and increases illumination, ventilation; After treating that the mushroom flower bud forms, open the film of its covering by the order of fruiting, and will spray water every day 2～3 times, making air humidity is 98%;
(7) adopt mushroom: mid-term is adopted mushroom in the growth in mushroom, has adopted cleaning bacterium wall behind one batch of mushroom, and earth on the flat bacterium wall is extractd, mended to the mushroom of checkmating, mashed mushroom, mushroom handle; Sprayed water again after cutting off the water then 3～4 days, and cover film again; Cut one with bamboo chip during the 3rd batch of fruiting, whenever at a distance from 10 centimetres of thorn duck eyes, water spray lets water infiltration bacterium increase the moisture content in the cultivate material within the walls, covers the bacterium wall with film again, manages same step (6) on bacterium wall fruiting face.
Embodiment two:
The method of the long stalk edible mushroom three-dimensional cultivation of a kind of crops may further comprise the steps:
(1) the long stalk of crops is handled: select straw or wheat straw waste fresh, that nothing is gone rotten, elder generation soaked 3～4 days with 1.2% lime water, behind the draining, was heated to 100 ℃ to stalk with steam and kept carrying out in 8 hours normal-pressure sterilization;
(2) system bacterium bag film: after film pricked hole, four roads with sewing machine, be layered on 120 centimetres of length processing with plank, wide 20 centimetres, high 20 centimetres rectangle does not have in the bottom frame mold;
(3) bacterium packs work: will put into (2) film through cultivate material and bacterial classification that (1) is handled well, and put three layers of cultivate material and bacterial classification by the order of one deck cultivate material one deck bacterial classification; Wherein the ground floor cultivate material is 5.5 centimetres of (1) middle stalks of a bed thickness and 1.8 centimetres of fermented maize cores of a bed thickness, broadcasts 25% bacterial classification of bacterium bag bacterial classification amount after the compacting; Second layer cultivate material is 7.5 centimetres of (1) middle stalks of a bed thickness and 1.8 centimetres of fermented maize cores of a bed thickness, broadcasts 25% bacterial classification of bacterium bag bacterial classification amount after the compacting; The 3rd layer of cultivate material is 11 centimetres of (1) middle stalks of a bed thickness and 1.8 centimetres of fermented maize cores of a bed thickness, broadcasts 50% bacterial classification of bacterium bag bacterial classification amount after the compacting; With in the folding covering of film, bind with rope after the compacting at last;
(4) the bacterium bag is cultivated: with the past bacterium chamber of sending out of the bacterium contracted affreightment of (3), press 3～6 layers of intersecting parallels rows, bacterium bag temperature remains on 26 ℃, and turning in 5～7 days once;
(5) build the bacterium wall: treat in (4) bacterium bag mycelia grow yellow water is arranged, when original hase occurs; Rope and film that bacterium is wrapped are sloughed; Bacterium is wrapped parallel discharging, press the order discharging bacterium bag of one deck bacterium bag one deck nutrition soil, nutrition soil is that deep soil and 0.1% urea, 1% phosphate fertilizer, 1.5% lime, 0.1% Methylpartricin Sodium Laurylsulfate are formed; Its pH value is 8, and humidity is 45%; Nutrition soil is thick to be 1 centimetre, puts 5 layers of bacterium bag; Bacterium bag appearance is floating with mud, and again with film covering bacterium wall, the bacterium wall will ventilation, oxygenation, heat radiation, is divided into 60 centimetres mutually between bacterium wall and bacterium wall;
(6) bacterium wall coil reason: the bacterium wall is built 7～10 days water sprays in back, and making air humidity is 90%, and increases illumination, ventilation; After treating that the mushroom flower bud forms, open the film of its covering by the order of fruiting, and will spray water every day 2～3 times, making air humidity is 98%;
(7) adopt mushroom: mid-term is adopted mushroom in the growth in mushroom, has adopted cleaning bacterium wall behind one batch of mushroom, and earth on the flat bacterium wall is extractd, mended to the mushroom of checkmating, mashed mushroom, mushroom handle; Sprayed water again after cutting off the water then 3～4 days, and cover film again; Cut one with bamboo chip during the 3rd batch of fruiting, whenever at a distance from 12 centimetres of thorn duck eyes, water spray lets water infiltration bacterium increase the moisture content in the cultivate material within the walls, covers the bacterium wall with film again, manages same step (6) on bacterium wall fruiting face.
Embodiment three:
Method by the long stalk edible mushroom three-dimensional cultivation of crops of the present invention; Use long straw flat mushroom to be carried out experiment in cultivation, observe the bacterium bag of four known flat mushroom bacterial strains choosing test, under natural thermophilic, cultivate and growth rate of record mycelia and the form of mycelia as cultivate material; Randomly draw 10 and get its mean value; Press ++ growing way is general, +++growing way is good, ++ ++ the fine growing way situation of representing mycelia of growing way; The fruit body that the single first damp mushroom of resurveying of straw mushroom does not straighten one's back, observation biological character when fruit body is ripe very likely comprises mushroom look, lid footpath, handle length etc., different bacterial strains is got 10 mushroom sheets respectively and is averaged; Calculate the amount that first three tide produces mushroom by conventional method again, calculate biological transformation ratio again.Concrete condition sees the following form one.
Table one: use long straw flat mushroom to be carried out experiment in cultivation as cultivate material
| Flat mushroom bacterial strain kind | The mycelia growing way | The mushroom color | Mushroom shape | Conversion ratio (%) |
| High by flat 900 | +++ | Greyish white | Grow thickly, handle is short, and fruiting is neat | 125 |
| PL1 | +++ | Greyish black | Grow thickly, fruiting is neat | 110 |
| Ash is flat | +++ | Ash | Storied, fruiting is compact | 106 |
| P15(CK) | +++ | Greyish black | Grow thickly, neat compact | 107 |
Can be known that by above-mentioned test use long straw as cultivate material flat mushroom to be cultivated, its mycelia growing way is all fine, fruiting is neat, compact, and biological transformation ratio is up to 125% all greater than 100%.
Embodiment four:
Get under equal conditions with the long straw of 1000 jin of weight and grass meal; According to cultivation method of the present invention and existing grass meal cultivation method flat mushroom is cultivated; Then its test data is observed and write down to the flat mushroom of two kinds of cultivate material cultivations; Calculate its production cycle, biological transformation ratio and cost etc., concrete data see the following form two.
Table two: cultivating white mushroom contrast detail list under long straw, the grass meal equal conditions
Can find out that from above-mentioned test structure under equal conditions, the present invention utilizes the cultivation method of long straw that flat mushroom is cultivated, the production cycle of its flat mushroom has shortened 15 days, and biological transformation ratio improves 17%; Send out bacterium and fruiting on year-on-year basis and all shifted to an earlier date 3 days or 5 days, improved output greatly, on average increased by 170 jin, economic benefit increases significantly, and that cost has reduced is half the many.
Above embodiment is not limited only to protection scope of the present invention, and all are based on basic thought of the present invention and all belonging in protection scope of the present invention of making amendment or change.
Claims (5)
1. the method for the long stalk edible mushroom three-dimensional cultivation of crops is characterized in that: may further comprise the steps:
(1) the long stalk of crops is handled: select long straw or long wheat straw waste fresh, that nothing is gone rotten, elder generation soaked 3～4 days with 1%～1.2% lime water, carried out normal-pressure sterilization behind the draining;
(2) the system bacterium is wrapped film: after film is pricked micropore with sewing machine, be layered in the frame mold;
(3) bacterium packs work: will put into (2) film through cultivate material and bacterial classification that (1) is handled well, and put several layers cultivate material and bacterial classification by the order of one deck cultivate material one deck bacterial classification; Wherein the ground floor cultivate material is that 3.5～5.5 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 15～25% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; Second layer cultivate material is that 6.5～8.5 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 15～25% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; The 3rd layer of cultivate material is that 9～11 centimetres of (1) middle stalks of a bed thickness and 1～2 centimetre of auxiliary packing of a bed thickness are formed, and broadcasts 55～65% bacterial classifications of bacterium bag bacterial classification total amount after the compacting; With in the folding covering of film, bind with rope after the compacting at last;
(4) the bacterium bag is cultivated: with the past bacterium chamber of sending out of the bacterium contracted affreightment of (3), press 3～6 layers of intersecting parallels rows, bacterium bag temperature remains on 22～26 ℃, and turning in 5～7 days once;
(5) build the bacterium wall: treat in (4) that bacterium bag mycelia grow and yellow water is arranged, when original hase occurs, rope and film that bacterium is wrapped is sloughed, bacterium wrapped parallel discharging, press the order discharging bacterium of one deck bacterium bag one deck nutrition soil and wrap, nutrition native thick be 1 centimetre, put 3～5 layers of bacterium and wrap; Bacterium bag appearance is floating with mud, and again with film covering bacterium wall, the bacterium wall will ventilation, oxygenation, heat radiation, is divided into 60 centimetres mutually between bacterium wall and bacterium wall;
(6) bacterium wall coil reason: the bacterium wall is built 7～10 days water sprays in back, and making air humidity is 80～90%, and increases illumination, ventilation; After treating that the mushroom flower bud forms, open the film of its covering by the order of fruiting, and spray water every day 2～3 times, making air humidity is 98%;
(7) adopt mushroom: mid-term is adopted mushroom in the growth in mushroom, has adopted cleaning bacterium wall behind one batch of mushroom, and earth on the flat bacterium wall is extractd, mended to the mushroom of checkmating, mashed mushroom, mushroom handle; Sprayed water again after cutting off the water then 3～4 days, and cover film again; During the 3rd batch of fruiting, whenever at a distance from 10～12 centimetres of thorn duck eyes, water spray lets water infiltration bacterium increase the moisture content in the cultivate material within the walls, covers the bacterium wall with film again, manages same step (6) on bacterium wall fruiting face.
2. the method for the long stalk edible mushroom three-dimensional cultivation of crops according to claim 1 is characterized in that: said step (1) normal-pressure sterilization is meant that being heated to 100 ℃ to stalk with steam kept 6～8 hours.
3. the method for the long stalk edible mushroom three-dimensional cultivation of crops according to claim 1 is characterized in that: said step (2) middle frame mould is that 120 centimetres of length processing of plank, wide 20 centimetres, high 20 centimetres rectangle do not have the bottom framework.
4. the method for the long stalk edible mushroom three-dimensional cultivation of crops according to claim 1 is characterized in that: auxiliary packing is through prewetting heap fermentation 3～4 days saw foam or corncob in the said step (3).
5. the method for the long stalk edible mushroom three-dimensional cultivation of crops according to claim 1; It is characterized in that: nutrition soil is that deep soil and 0.1% urea, 1% phosphate fertilizer, 1.5% lime, 0.1% Methylpartricin Sodium Laurylsulfate are formed in the said step (5); Its pH value is 7.5～8, and humidity is 45%.
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103430769A (en) * | 2013-08-10 | 2013-12-11 | 黄艳芳 | Method for cultivating mushroom by strip-shaped corn straws |
| CN104756752A (en) * | 2015-01-21 | 2015-07-08 | 常德市湘西北仿野生富硒食用菌农民专业合作社 | Method for planting selenium-rich edible mushrooms by using whole crop straws |
| CN105309196A (en) * | 2014-07-26 | 2016-02-10 | 雷色香 | Method for cultivating pleurotus geesteranus with sugarcane leaves being main raw materials |
| CN106900349A (en) * | 2017-02-09 | 2017-06-30 | 李振全 | A kind of method of stalk Volume barrels of rod biological respinse solid cultivation Stropharia rugoso-annulata |
| CN108849241A (en) * | 2018-07-12 | 2018-11-23 | 通化县金汇生态农业发展有限公司 | A method of utilizing agricultural crop straw culturing edible fungus |
| CN108934767A (en) * | 2018-09-07 | 2018-12-07 | 界首市万花巢生物科技有限公司 | A kind of cultural method improving edible mushroom quality |
| CN109452090A (en) * | 2018-11-22 | 2019-03-12 | 汤阴森奇生物技术有限公司 | A kind of method of polybag wall soil covering culture Fistulina hepatica (Schaeff.) Fr |
| CN110754295A (en) * | 2019-12-13 | 2020-02-07 | 上海市农业科学院 | Rice straw pretreatment method suitable for industrial cultivation of stropharia rugoso-annulata |
| CN110972812A (en) * | 2019-12-13 | 2020-04-10 | 上海市农业科学院 | Water-saving efficient pre-wetting method for stropharia rugoso-annulata rice straw cultivation material |
| CN114426915A (en) * | 2022-03-08 | 2022-05-03 | 南京农业大学 | 3D printer for mushroom bricks and using method thereof |
| CN114946530A (en) * | 2021-12-24 | 2022-08-30 | 中国林业科学研究院亚热带林业研究所 | Method for improving soil through cornstalk substrate transformation |
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Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103430769A (en) * | 2013-08-10 | 2013-12-11 | 黄艳芳 | Method for cultivating mushroom by strip-shaped corn straws |
| CN105309196A (en) * | 2014-07-26 | 2016-02-10 | 雷色香 | Method for cultivating pleurotus geesteranus with sugarcane leaves being main raw materials |
| CN104756752A (en) * | 2015-01-21 | 2015-07-08 | 常德市湘西北仿野生富硒食用菌农民专业合作社 | Method for planting selenium-rich edible mushrooms by using whole crop straws |
| CN106900349A (en) * | 2017-02-09 | 2017-06-30 | 李振全 | A kind of method of stalk Volume barrels of rod biological respinse solid cultivation Stropharia rugoso-annulata |
| CN106900349B (en) * | 2017-02-09 | 2019-08-13 | 陵川县森源中药材开发有限公司 | A kind of method of stalk roll barrel stick biological respinse solid cultivation Stropharia rugoso-annulata |
| CN108849241A (en) * | 2018-07-12 | 2018-11-23 | 通化县金汇生态农业发展有限公司 | A method of utilizing agricultural crop straw culturing edible fungus |
| CN108934767A (en) * | 2018-09-07 | 2018-12-07 | 界首市万花巢生物科技有限公司 | A kind of cultural method improving edible mushroom quality |
| CN109452090A (en) * | 2018-11-22 | 2019-03-12 | 汤阴森奇生物技术有限公司 | A kind of method of polybag wall soil covering culture Fistulina hepatica (Schaeff.) Fr |
| CN110754295A (en) * | 2019-12-13 | 2020-02-07 | 上海市农业科学院 | Rice straw pretreatment method suitable for industrial cultivation of stropharia rugoso-annulata |
| CN110972812A (en) * | 2019-12-13 | 2020-04-10 | 上海市农业科学院 | Water-saving efficient pre-wetting method for stropharia rugoso-annulata rice straw cultivation material |
| CN114946530A (en) * | 2021-12-24 | 2022-08-30 | 中国林业科学研究院亚热带林业研究所 | Method for improving soil through cornstalk substrate transformation |
| CN114426915A (en) * | 2022-03-08 | 2022-05-03 | 南京农业大学 | 3D printer for mushroom bricks and using method thereof |
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Application publication date: 20120801 |