CN107810805A - A kind of implantation methods for improving peppermint oil content in peppermint - Google Patents
A kind of implantation methods for improving peppermint oil content in peppermint Download PDFInfo
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Abstract
The invention discloses a kind of implantation methods for improving peppermint oil content in peppermint, including following aspect：（1）Site preparation, plantation soil is turned over, rotary tillage refinement soil particle, fermentation river silt is laid on soil, re-lays loess and powder of straw, is dried respectively using Bravo solution and EM bacteria agent sprinkling；（2）Plantation, is planted peppermint seedling in May, and first to plantation hole bottom laying powder of straw, soil watering pours water to soil is soaked；（3）Fertilizing, watering, fermentation river silt and inorganic fertilizer are applied to plantation soil in July and September, 15 days before the plantation of peppermint seedling, growth phase and take first 1 month and use the different water drenching frequencys respectively；（4）Increase production management, selected the cloudy day that mint plants are carried out with bud picking at the beginning of 6 months, adding mineral growth agent in every circumferential shower water is sprayed, and the mint plants at the beginning of August open prebloom spray growth inhibitor, and 4 red blue light deinsectization lamps are set according to every mu of peppermint planted area.
Description
Technical field
The invention belongs to peppermint planting technology field, and in particular to a kind of plantation for improving peppermint oil content in peppermint.
Background technology
Peppermint, also known as lunar caustic grass, Labiatae herbaceous plant, complete stool green gas fragrance, leaf present pale purple to life, the small color of flower-shape
Color, it is born in by hill wetland river, rhizome is typically grown in 2100 meters of area above of height above sea level in underground cross growth more；Peppermint is
It can be used as medicine and can be eaten, generally as flavoring, spices, with wine and use of making tea, there is wind-dispelling heat-dissipating, orectic
Effect, peppermint be used as medicine row sexuality is emitted, headache, hot eyes, body heat, throat, gum swelling and pain etc. symptom there is the effect of preferable, its have
There is higher edible and medical value.Peppermint cultivated areas is distributed widely in Northern Hemisphere Temperate Region in China, and Chinese producing region is mainly distributed
In Anhui and Jiangsu, it is adaptable to environmental factors such as temperature, soil and moisture, can be planted extensively in various regions.But
It is that every mu of fresh leaf yield of planting technology peppermint is in 500kg or so at present, and every mu of average product of peppermint oil is relatively low, planting household
Deficiency in economic performance, the plantation enthusiasm of planting household is greatly hit, although it has preferable medical value and stable city
, but peppermint cultivated area and yield constantly decline in recent years；Fertility deficiency in planting soil, nutritional ingredient supply is poor, thin
Lotus leaf growth rate is slow, and blade is small and internal Volatile Oils in Peppermint Leaves content is low；The peppermint florescence carries out flourish, greatly
The amount consumption soil and nutritional ingredient of itself, can equally cause that volatile oil content is relatively low in peppermint, have influence on peppermint plantation
Economic benefit.
The content of the invention
The present invention is directed to the problem of existing：Every mu of fresh leaf yield of planting technology peppermint is every in 500kg or so, peppermint oil at present
Mu average product is relatively low, planting household deficiency in economic performance, the plantation enthusiasm of planting household has greatly been hit, although it has
Preferable medical value and stable market, but peppermint cultivated area and yield constantly decline in recent years；It is fertile in planting soil
Power deficiency, nutritional ingredient supply is poor, and dried peppermint leaf growth rate is slow, and blade is small and internal Volatile Oils in Peppermint Leaves content
It is low；The peppermint florescence carries out flourish, a large amount of to consume soil and the nutritional ingredient of itself, can equally cause ethereal oil in peppermint
Content is relatively low, has influence on the economic benefit of peppermint plantation.To solve the above problems, improved the invention provides one kind thin in peppermint
The implantation methods of lotus oil content.
The present invention is achieved by the following technical solutions：
A kind of implantation methods for improving peppermint oil content in peppermint, comprise the following steps：
（1）Site preparation：Plantation soil is turned over, rotary tillage refinement soil particle, fermentation river silt is laid into 3-4cm thickness on soil
Degree, wherein the abundant organic composition contained can be peppermint growth provide enrich nutrition supply, and river silt can to nutrition into
Divide and play solidification, reduce nutrient loss, re-lay 7-9cm thickness loess and 0.5-1cm thickness powder of straw, can play
Nutritional ingredient and moisture-keeping function are improved, gutter is excavated per 40-50cm width, is sprayed respectively using Bravo solution and EM bacteria agent
Dry 5-6 days；
（2）Plantation：Peppermint seedling is planted according to plant spacing 8-10cm × 17-20cm in May, first cheats bottom to plantation
1cm thickness powder of straw is laid in portion, righting peppermint seedling fill soil, soil watering pours water to soil is soaked；
（3）Fertilizing, watering：Fermentation river silt and inorganic fertilizer are applied to plantation soil in July, wherein fermentation river silt quality accounting 70%, nothing
Machine fertilizer quality accounting 30%, September part supplement fermented in fertilizer river silt and inorganic fertilizer quality accounting each 50%, grow animated period in peppermint
The supply of abundant nutrition composition is provided with harvesting early stage, can improve peppermint yield and the speed of growth, 15 days before the plantation of peppermint seedling, often
2-3 days spray 1 water, meet peppermint seedling take root growth in moisture the needs of, hestening rooting growth, plant intermediary time period
Sprayed 1 time per 8-10 days, sprayed 1 time per 4-5 days within 1 month before harvest, nutritional ingredient in plant pair soil can be promoted to absorb, reduced
Active ingredient evaporation loss in blade；
（4）Volume increase management：Selected the cloudy day to carry out bud picking to mint plants at the beginning of 6 months, suppress raw Seedling height, promote collateral generation,
Mint plants leaf growth quantity is improved, using scissors along the truncation of bud bottom, and it is molten using Bravo to mint plants wound
Liquid is sprayed, and adding mineral growth agent in every circumferential shower water is sprayed, wherein the various trace elements contained can improve plant
Photosynthesis it is horizontal and nutrient absorption ability, the mint plants at the beginning of August open prebloom spray growth inhibitor, peppermint can be given birth to high
Grow and bloom and play inhibitory action, reduce the consumption to nutritional ingredient in peppermint flourish, improving volatile oil in blade has
Effective component content, sprayed 1 time per 3-4 days, it is continuous to spray 4 times, according to every mu of peppermint planted area, 4 red blue light deinsectization lamps are set,
Play a part of promoting leaf growth and reduce pest and disease damage rate, irradiate 3-4h every night, irradiation time is promoted to when 1 month before harvest
6-8h。
Step（1）Described fermentation river silt, its compound method are：River silt 140-170 parts, soybean are weighed according to quality meter part
Stalk root 31-34 parts, sweet potato vine 24-27 parts, sweet potato powder 17-20 parts, bagasse 11-14 parts, wormcast 7-10 parts, mineral K magnesium
River silt, is first exposed to the sun 4-6 days by fertile 3-6 parts, is then mixed with other preparation compositions, pours into fermentation vat and be sealed by fermentation 13-15 days,
Fermentation river silt is made.
Step（1）Described Bravo solution, its extension rate are 700 times；Described EM bacteria agent, its mass concentration are
5%-6%。
Step（1）Described gutter, its upper width are 14-16cm, depth 6-8cm.
Step（3）Described inorganic fertilizer, wherein urea and NPK quality proportioning are 1:3；Described fermentation river silt
It is 400-500kg/ mus with inorganic fertilizer total fertilization amount.
Step（4）Described mineral growth agent, it is respectively configured to sub-prime gauge part and is：Calcium chloride 7-10 parts, zinc sulfate 1-3
Part, magnesium sulfate 1-2 parts, ferrous sulfate 0.5-1 parts, copper sulphate 0.5-0.8 parts, sodium molybdate 0.2-0.4 parts, sodium selenate 0.2-0.4
Part.
Step（4）Described growth inhibitor, it is respectively configured to sub-prime gauge part and is：Water 100-120 parts, aspirin 2-
4 parts, cycocel 1-2 parts, colchicin 0.3-0.6 parts, zeatin 0.2-0.5 parts.
The present invention has advantages below compared with prior art：Method of soil preparation, soil is laid using fermentation river silt, its
In the abundant organic composition that contains can be grown for peppermint the nutrition supply enriched be provided, and river silt can play to nutritional ingredient
Solidification, reduce nutrient loss；Powder of straw is laid in topsoil, can play and organic principle and moisture-keeping function are provided.
Fertilizing, watering, fermentation river silt and inorganic fertilizer are added to peppermint in July and September respectively, in peppermint growth animated period and gathered in early stage
Fertilizer supply is supplemented, peppermint yield and the speed of growth can be improved；1 water of 2-3 days sprays, can meet to take root after the plantation of peppermint seedling
Phase seedling promotes peppermint seedling to take root growth, the frequency of shower water is improved before harvesting, can promote plant pair soil to the demand of moisture content
Nutritional ingredient absorbs in earth, reduces active ingredient evaporation loss in blade.Volume increase management, when June, peppermint grew animated period again
Take bud picking to handle, peppermint life Seedling height can be suppressed, promote collateral generation, improve mint plants leaf growth quantity；Use ore deposit
Thing growth stimulator is sprayed, wherein the various trace elements contained, the photosynthesis level and nutritional ingredient that can improve peppermint are inhaled
Receipts ability, improve nutrient composition content in blade；And sprayed before peppermint blooms using growth inhibitor, can be to peppermint Sheng Gaosheng
Grow and bloom and play inhibitory action, reduce the consumption to nutritional ingredient in peppermint flourish, it is effective to improve volatile oil in blade
Component content；And use red blue light deinsectization light irradiation, you can promote peppermint leaf growth, peppermint pest and disease damage rate can be reduced again.
Embodiment
Embodiment 1：
A kind of implantation methods for improving peppermint oil content in peppermint, comprise the following steps：
（1）Site preparation：Plantation soil is turned over, rotary tillage refinement soil particle, fermentation river silt is laid into 3-4cm thickness on soil
Degree, wherein the abundant organic composition contained can be peppermint growth provide enrich nutrition supply, and river silt can to nutrition into
Divide and play solidification, reduce nutrient loss, re-lay 7-9cm thickness loess and 0.5-1cm thickness powder of straw, can play
Nutritional ingredient and moisture-keeping function are improved, gutter is excavated per 43cm width, is dried in the air respectively using Bravo solution and EM bacteria agent sprinkling
Shine 5 days；
（2）Plantation：Peppermint seedling is planted according to plant spacing 9cm × 18cm in May, first to the bottom laying of plantation hole
1cm thickness powder of straw, righting peppermint seedling fill soil, soil watering pours water to soil is soaked；
（3）Fertilizing, watering：Fermentation river silt and inorganic fertilizer are applied to plantation soil in July, wherein fermentation river silt quality accounting 70%, nothing
Machine fertilizer quality accounting 30%, September part supplement fermented in fertilizer river silt and inorganic fertilizer quality accounting each 50%, grow animated period in peppermint
The supply of abundant nutrition composition is provided with harvesting early stage, can improve peppermint yield and the speed of growth, 15 days before the plantation of peppermint seedling, often
2 days spray 1 water, meet peppermint seedling take root growth in moisture the needs of, hestening rooting growth, plantation intermediary time period it is every
Spray 1 time within 9 days, spray 1 time within every 4 days 1 month before harvest, nutritional ingredient in plant pair soil can be promoted to absorb, reduced in blade
Active ingredient evaporation loss；
（4）Volume increase management：Selected the cloudy day to carry out bud picking to mint plants at the beginning of 6 months, suppress raw Seedling height, promote collateral generation,
Mint plants leaf growth quantity is improved, using scissors along the truncation of bud bottom, and it is molten using Bravo to mint plants wound
Liquid is sprayed, and adding mineral growth agent in every circumferential shower water is sprayed, wherein the various trace elements contained can improve plant
Photosynthesis it is horizontal and nutrient absorption ability, the mint plants at the beginning of August open prebloom spray growth inhibitor, peppermint can be given birth to high
Grow and bloom and play inhibitory action, reduce the consumption to nutritional ingredient in peppermint flourish, improving volatile oil in blade has
Effective component content, spray 1 time within every 3 days, it is continuous to spray 4 times, 4 red blue light deinsectization lamps are set according to every mu of peppermint planted area, risen
To promoting leaf growth and reduce the effect of pest and disease damage rate, 3.5h is irradiated every night, irradiation time is promoted to when 1 month before harvest
6.5h。
Step（1）Described fermentation river silt, its compound method are：150 parts of river silt, soybean stalk are weighed according to quality meter part
32 parts of root, 25 parts of sweet potato vine, 18 parts of sweet potato powder, 12 parts of bagasse, 8 parts of wormcast, 4 parts of mineral potassic-magnesian fertilizer, river silt is first exposed to the sun 5
My god, then mixed with other preparation compositions, pour into fermentation vat and be sealed by fermentation 14 days, fermentation river silt is made.
Step（1）Described Bravo solution, its extension rate are 700 times；Described EM bacteria agent, its mass concentration are
5.2%。
Step（1）Described gutter, its upper width are 15cm, depth 7cm.
Step（3）Described inorganic fertilizer, wherein urea and NPK quality proportioning are 1:3；Described fermentation river silt
It is 410kg/ mus with inorganic fertilizer total fertilization amount.
Step（4）Described mineral growth agent, it is respectively configured to sub-prime gauge part and is：8 parts of calcium chloride, 1.2 parts of zinc sulfate,
1.1 parts of magnesium sulfate, 0.6 part of ferrous sulfate, 0.6 part of copper sulphate, 0.24 part of sodium molybdate, 0.23 part of sodium selenate.
Step（4）Described growth inhibitor, it is respectively configured to sub-prime gauge part and is：106 parts of water, 2.5 parts of aspirin,
1.4 parts of cycocel, 0.4 part of colchicin, 0.3 part of zeatin.
Embodiment 2：
（1）Site preparation：Plantation soil is turned over, rotary tillage refinement soil particle, fermentation river silt is laid into 3-4cm thickness on soil
Degree, wherein the abundant organic composition contained can be peppermint growth provide enrich nutrition supply, and river silt can to nutrition into
Divide and play solidification, reduce nutrient loss, re-lay 7-9cm thickness loess and 0.5-1cm thickness powder of straw, can play
Nutritional ingredient and moisture-keeping function are improved, gutter is excavated per 48cm width, is dried in the air respectively using Bravo solution and EM bacteria agent sprinkling
Shine 6 days；
（2）Plantation：Peppermint seedling is planted according to plant spacing 10cm × 19cm in May, first to plantation hole bottom paving
If 1cm thickness powder of straw, righting peppermint seedling fill soil, soil watering pours water to soil is soaked；
（3）Fertilizing, watering：Fermentation river silt and inorganic fertilizer are applied to plantation soil in July, wherein fermentation river silt quality accounting 70%, nothing
Machine fertilizer quality accounting 30%, September part supplement fermented in fertilizer river silt and inorganic fertilizer quality accounting each 50%, grow animated period in peppermint
The supply of abundant nutrition composition is provided with harvesting early stage, can improve peppermint yield and the speed of growth, 15 days before the plantation of peppermint seedling, often
3 days spray 1 water, meet peppermint seedling take root growth in moisture the needs of, hestening rooting growth, plantation intermediary time period it is every
Spray 1 time within 10 days, spray 1 time within every 5 days 1 month before harvest, nutritional ingredient in plant pair soil can be promoted to absorb, reduced in blade
Active ingredient evaporation loss；
（4）Volume increase management：Selected the cloudy day to carry out bud picking to mint plants at the beginning of 6 months, suppress raw Seedling height, promote collateral generation,
Mint plants leaf growth quantity is improved, using scissors along the truncation of bud bottom, and it is molten using Bravo to mint plants wound
Liquid is sprayed, and adding mineral growth agent in every circumferential shower water is sprayed, wherein the various trace elements contained can improve plant
Photosynthesis it is horizontal and nutrient absorption ability, the mint plants at the beginning of August open prebloom spray growth inhibitor, peppermint can be given birth to high
Grow and bloom and play inhibitory action, reduce the consumption to nutritional ingredient in peppermint flourish, improving volatile oil in blade has
Effective component content, spray 1 time within every 4 days, it is continuous to spray 4 times, 4 red blue light deinsectization lamps are set according to every mu of peppermint planted area, risen
To promoting leaf growth and reduce the effect of pest and disease damage rate, 4h is irradiated every night, irradiation time is promoted to when 1 month before harvest
7.5h。
Step（1）Described fermentation river silt, its compound method are：160 parts of river silt, soybean stalk are weighed according to quality meter part
33 parts of root, 26 parts of sweet potato vine, 19 parts of sweet potato powder, 13 parts of bagasse, 9 parts of wormcast, 5 parts of mineral potassic-magnesian fertilizer, river silt is first exposed to the sun 6
My god, then mixed with other preparation compositions, pour into fermentation vat and be sealed by fermentation 15 days, fermentation river silt is made.
Step（1）Described Bravo solution, its extension rate are 700 times；Described EM bacteria agent, its mass concentration are
5.8%。
Step（1）Described gutter, its upper width are 16cm, depth 8cm.
Step（3）Described inorganic fertilizer, wherein urea and NPK quality proportioning are 1:3；Described fermentation river silt
It is 460kg/ mus with inorganic fertilizer total fertilization amount.
Step（4）Described mineral growth agent, it is respectively configured to sub-prime gauge part and is：9 parts of calcium chloride, 2.3 parts of zinc sulfate,
1.8 parts of magnesium sulfate, 0.8 part of ferrous sulfate, 0.7 part of copper sulphate, 0.35 part of sodium molybdate, 0.37 part of sodium selenate.
Step（4）Described growth inhibitor, it is respectively configured to sub-prime gauge part and is：117 parts of water, 3.6 parts of aspirin,
1.8 parts of cycocel, 0.5 part of colchicin, 0.4 part of zeatin.
Contrast 1：
This contrast 1 does not carry out step compared with embodiment 1（1）Middle fermentation river silt uses, and other steps are same as Example 1.
Contrast 2：
This contrast 2 does not carry out step compared with embodiment 1（3）Middle fertilizing method, other steps are same as Example 1.
Contrast 3：
This contrast 3 does not carry out step compared with embodiment 2（4）Minerals growth stimulator uses, and other steps are same as Example 2.
Contrast 4：
This contrast 4 does not carry out step compared with embodiment 2（4）Middle growth inhibitor uses, and other steps are same as Example 2.
Contrast 5：
This contrast 5 does not carry out step compared with embodiment 2（4）In red blue light deinsectization lamp use, other steps and the phase of embodiment 2
Together.
Control group：
Control group uses traditional peppermint implantation methods, and fermentation river silt, fertilizing method, mineral growth agent, growth inhibitor is not used
With red blue light deinsectization lamp.
To embodiment 1, embodiment 2, contrast 1, contrast 2, contrast 3, contrast 4, contrast 5 and control group experimental program, statistics
Peppermint fresh leaf per mu yield yield, plantation survival rate, peppermint oil content.
Experimental data：
| Project | Peppermint fresh leaf per mu yield yield kg | Plant survival rate % | Peppermint oil content % |
| Embodiment 1 | 637 | 99.4 | 0.971 |
| Embodiment 2 | 629 | 99.1 | 0.965 |
| Contrast 1 | 597 | 95.3 | 0.974 |
| Contrast 2 | 586 | 98.7 | 0.968 |
| Contrast 3 | 565 | 93.8 | 0.909 |
| Contrast 4 | 632 | 99.4 | 0.865 |
| Contrast 5 | 601 | 96.4 | 0.917 |
| Control group | 453 | 87.5 | 0.762 |
Synthesis result：Peppermint implantation methods of the present invention, compared with control group, peppermint fresh leaf per mu yield output increased 184kg, plant into
Motility rate improves 11.9%, and peppermint oil content improves 0.209%.Using fermentation river silt method, can improve peppermint fresh leaf per mu yield yield is
40kg, plantation survival rate improve 4.1%, and it is 51kg that fertilizing method, which can improve peppermint fresh leaf per mu yield yield,；Using mineral growth agent and
Red blue light deinsectization lamp, it is 64kg, 28kg that can improve peppermint fresh leaf yield, and plantation survival rate improves 5.3%, 2.7%, peppermint oil content
Improve 0.056%, 0.048%；Using growth inhibition agent method, peppermint oil content can be improved as 0.1%.
Claims (7)
1. a kind of implantation methods for improving peppermint oil content in peppermint, it is characterised in that comprise the following steps：
（1）Site preparation：Plantation soil is turned over, rotary tillage refinement soil particle, fermentation river silt is laid into 3-4cm thickness on soil
Degree, re-lays 7-9cm thickness loess and 0.5-1cm thickness powder of straw, gutter is excavated per 40-50cm width, respectively using hundred
Bacterium clear solution and EM bacteria agent sprinkling dry 5-6 days；
（2）Plantation：Peppermint seedling is planted according to plant spacing 8-10cm × 17-20cm in May, first cheats bottom to plantation
1cm thickness powder of straw is laid in portion, righting peppermint seedling fill soil, soil watering pours water to soil is soaked；
（3）Fertilizing, watering：Fermentation river silt and inorganic fertilizer are applied to plantation soil in July, wherein fermentation river silt quality accounting 70%, nothing
Machine fertilizer quality accounting 30%, September part supplements fermented in fertilizer river silt and inorganic fertilizer quality accounting each 50%, 15 before the plantation of peppermint seedling
My god, 1 water of spray per 2-3 days, plantation intermediary time period sprayed 1 time per 8-10 days, was sprayed 1 time per 4-5 days within 1 month before harvest；
（4）Volume increase management：The cloudy day was selected to carry out bud picking to mint plants at the beginning of 6 months, using scissors along the truncation of bud bottom, and to thin
Lotus plant wound uses Bravo spray solution, and adding mineral growth agent in every circumferential shower water is sprayed, thin at the beginning of August
Growth inhibitor is sprayed before lotus plant blossom, was sprayed 1 time per 3-4 days, it is continuous to spray 4 times, set 4 according to every mu of peppermint planted area
Individual red blue light deinsectization lamp, irradiates 3-4h every night, and irradiation time is promoted to 6-8h when 1 month before harvest.
2. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（1）It is described
Fermentation river silt, its compound method is：River silt 140-170 parts, soybean stalk root 31-34 parts, sweet potato are weighed according to quality meter part
Rattan 24-27 parts, sweet potato powder 17-20 parts, bagasse 11-14 parts, wormcast 7-10 parts, mineral potassic-magnesian fertilizer 3-6 parts, it is first that river silt is sudden and violent
Shine 4-6 days, then mixed with other preparation compositions, pour into fermentation vat and be sealed by fermentation 13-15 days, fermentation river silt is made.
3. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（1）It is described
Bravo solution, its extension rate be 700 times；Described EM bacteria agent, its mass concentration are 5%-6%.
4. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（1）It is described
Gutter, its upper width is 14-16cm, depth 6-8cm.
5. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（3）It is described
Inorganic fertilizer, wherein urea and NPK quality proportioning be 1:3；Described fermentation river silt and inorganic fertilizer total fertilization amount is
400-500kg/ mus.
6. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（4）It is described
Mineral growth agent, it is respectively configured to sub-prime gauge part and is：Calcium chloride 7-10 parts, zinc sulfate 1-3 parts, magnesium sulfate 1-2 parts, sulfuric acid
Ferrous 0.5-1 parts, copper sulphate 0.5-0.8 parts, sodium molybdate 0.2-0.4 parts, sodium selenate 0.2-0.4 parts.
7. the implantation methods of peppermint oil content in peppermint are improved as claimed in claim 1, it is characterised in that step（4）It is described
Growth inhibitor, it is respectively configured to sub-prime gauge part and is：Water 100-120 parts, aspirin 2-4 parts, cycocel 1-2 parts, autumn
Tazettine 0.3-0.6 parts, zeatin 0.2-0.5 parts.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103523945A (en) * | 2012-07-04 | 2014-01-22 | 上海橡本永拓环保科技发展有限公司 | Clean production method of plant fiber product |
| CN104303755A (en) * | 2014-09-30 | 2015-01-28 | 张家港市杨舍镇善港农民专业合作社 | Planting method of mint |
| CN104396490A (en) * | 2014-10-31 | 2015-03-11 | 颍上县永祥旱粮研究所 | Sweet potato seedling-raising method |
| CN105284320A (en) * | 2014-07-29 | 2016-02-03 | 李志刚 | Plantation method of field mints |
| CN106069149A (en) * | 2016-07-14 | 2016-11-09 | 宇波 | A kind of mixed planting method touching perfume and Herba Menthae |
-
2017
- 2017-11-02 CN CN201711065601.0A patent/CN107810805A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103523945A (en) * | 2012-07-04 | 2014-01-22 | 上海橡本永拓环保科技发展有限公司 | Clean production method of plant fiber product |
| CN105284320A (en) * | 2014-07-29 | 2016-02-03 | 李志刚 | Plantation method of field mints |
| CN104303755A (en) * | 2014-09-30 | 2015-01-28 | 张家港市杨舍镇善港农民专业合作社 | Planting method of mint |
| CN104396490A (en) * | 2014-10-31 | 2015-03-11 | 颍上县永祥旱粮研究所 | Sweet potato seedling-raising method |
| CN106069149A (en) * | 2016-07-14 | 2016-11-09 | 宇波 | A kind of mixed planting method touching perfume and Herba Menthae |
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