CN104145707B - The green branch of full exposure micro-mist method for culturing seedlings - Google Patents
The green branch of full exposure micro-mist method for culturing seedlings Download PDFInfo
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Abstract
The invention belongs to arable farming field, it is specifically related to a kind of green branch of full exposure micro-mist method for culturing seedlings, culture facility is simple, less investment, impact of blooming the maternal coming year are little, can the most disposably cultivate the plant grown under field conditions (factors), survival rate up to more than 90% comprises the following steps: (1) makes seedbed；(2) select branch, cut fringe；(3) punching, cuttage；(4) spraying controls: after cuttage, carries out second time sterilization and processes, starts high-pressure micro-mist control system, 5,000,000,000 droplets of nozzle generation per second, a diameter of 0.5 5 μm of each droplet simultaneously；Under the conditions of full exposure, blade face is made to remain water membrane；(5) managing after inserting: cuttage sterilization treatment on the same day, once every spray in 7 days, after taking root, spray in 10 15 days is once, later stage stop-spraying later；Meanwhile, giving foliage dressing once every 10 days, within general 78 days, callus occur, appearance in 14 days is taken root in a large number；(6) seedling exercising.
Description
Technical field
The invention belongs to arable farming field, be specifically related to a kind of green branch of full exposure micro-mist nursery
Method.
Background technology
The propagation method of Flos Rosae Rugosae has the methods such as sowing, grafting, press strip, plant division and cuttage, greatly
Ma Shige Flos Rosae Rugosae and Chinese tradition Flos Rosae Rugosae have again difference, not only without seed but also be difficult to cuttage,
Existing technology generally uses the mode of press strip or normal cutting propagation to obtain nursery stock.
Cutting propagation: cutting propagation is again green wood cutting.It is the green utilizing semi-lignified
Branch carries out cutting propagation as cutting, and because in twig, auxin content is high, children is tender for tissue, mitogenetic
Tissue is active, and top buds and leaves has the effect of synthetic auxin and root element, can promote to produce more
Injured tissue and taking root.
Cuttage raise seedling technique main points are as follows at present:
1, seedbed selects physical features smooth, the sandy loam that irrigation and drainage are good.Use mixing fine sand, sawdust
Or peat and Vermiculitum, improve ventilation and the water-retaining property of soil.Carry out with the Alumen preparata aqueous solution of 3%
Soil disinfection, every square metre sprays 3 kilograms～4 kilograms, seedbed ditch to be held successfully, bedside the most suitable 1
Rice～1.2 meters, high 0.3 meter.
2. adopt bar: typically gathered branch from 4 years～6 years Rhizoma Anemarrhenae tree., it is wooden that twig reaches half
Bar is adopted during change,
Fringe the most processed: twig cutting it is generally required to 2 to 4 joints, length 6 centimetres～15 centimetres,
Cutting lower end is cut into horse ear shape angular cut under blade or axillalry bud.
4. cutting time: general from late May at the beginning of mid-June.
5. cutting density is generally 3 centimetres～10 centimetres.With the most overlapping for degree between leaf.
6, manage after inserting: cloudy canopy will be set on seedbed and set cloudy canopy and water spray, Yi Houyao in time
Running check and water spray.The thing that shelters from heat or light progressively is thrown off with prolonging light after seedling rooting.
Cutting propagation mode has the disadvantage in that first, mainly will with sensation in booth
Cutting is directly inserted on seedbed, and spacing in the rows, spacing do not have regularity, and speed is slow, and seedling is taken up an area
Unreasonable distribution, nutritional imbalance, survival rate is extremely low, even less than 20%.Second,
When maintaining the moisture before cutting generation root system, mainly by pouring or sprinkling irrigation mode, the time controls
Unreasonable, easily occur that dry and wet is uneven, humidity bar required before making cutting generate root system
Part can not get balance, causes a large amount of cutting arid or because humidity is excessive rotten to the corn dead.3rd,
Sterilization and cutting urge root to process the proportioning of not science, mainly materials and plant growth regulator
Not science, after causing cuttage, root system development is slow, can take root after usual 18 days.
Owing to cutting began to rudiment at 5-7 days, need during rudiment to draw a large amount of nutrition of cutting,
So when cuttage rooting needs nutrition, owing to supporting not enough root system development abnormal, causing
A large amount of cutting rudiments from face, but be practically without root system, as time went on by
Gradually can be appreciated that large stretch of rudiment is dead.
Press strip: also known as layer, is that the branch of Flos Rosae Rugosae plant is imbedded in humid soil, or uses it
His water conservation material parcel branch, creates dark and moistening condition of taking root, after it is taken root with
Maternal plant cuts off so that it is become new plant.It is as cottage propagation, is to utilize plant device
The regeneration capacity of official is bred, and is used for the flowers that some cuttages are difficult to take root, or some
The Woody flower that root leaf is more.Its essential characteristics is an off the nutrition organs of parent, has again
Raw ability, can grow adventitious root, adventitious bud in vitro part, thus develop into solely
The plant of vertical life.The merit of some cultivated plant can be kept, be layering into motility rate high,
Time is long, but root system is undeveloped, is difficult to plant and lives.
Above seedling raising manners is all subject to seasonal restrictions, simultaneously big to female parent loss, has a strong impact on mother
This next year blooms, and survival rate is extremely low, best also can only achieve about 20%, the most even
10% does not all reach.Owing to seedling is to survive in the environment of indefinite, so seedlings root
Undeveloped, the seedling of production is the most healthy and the strongest, it is impossible to meet the market demand.
It is to use river sand or perlite place mat, thickness about 30cm that conventional seedbed system seedbed makes.
Substrate is thick, the most energy-conservation.
Summary of the invention
It is an object of the invention to provide a kind of green branch of full exposure micro-mist method for culturing seedlings, nursery sets
Executing simple, less investment, impact of blooming the maternal coming year are little, Explant Propagation unit material used
Few 3-8 times of material amount ratio conventional seedbed system consumption, inoculation speed is fast, can the most disposably cultivate
Going out the plant grown under field conditions (factors), survival rate is up to more than 90%.
The object of the present invention is achieved like this, the green branch of full exposure micro-mist method for culturing seedlings, including
Following steps:
(1) seedbed is made: determining seedbed size according to numerous Seedling quantity, seedbed surrounding is with brick
Becoming enclosure wall, surrounding sets gutter, substrate in seedbed select river sand, Vermiculitum and soil mixing and
Become；
(2) select branch, cut fringe: choosing the raw elite plant of field planting 2-3 is maternal plant, and clip is female
Robust growth in strain, the branch giving birth to semi-lignified then without pest and disease damage；
Clip cutting on the branch chosen, puts in bactericidal liquid at the sterilizing that carries out disinfection afterwards
Reason, is placed in plant growth regulator immersion the most again by cutting；
(3) punching, cuttage: watered in seedbed permeable before cuttage, guides location with cutting punching
Device punches on seedbed, is taken out by the cutting soaked after drying in plant growth regulator
Cuttage immediately；
(4) spraying controls: after cuttage, carries out second time sterilization and processes, simultaneously
Start high-pressure micro-mist control system, 5,000,000,000 droplets of nozzle generation per second, each droplet straight
Footpath is 0.5-5 μm；Under the conditions of full exposure, blade face is made to remain water membrane；
(5) manage after inserting: cuttage sterilization treatment on the same day, once every spray in 7 days, raw later
After root, spray in 10-15 days is once, later stage stop-spraying；
Meanwhile, gave foliage dressing once every 10 days, callus occurred in general 7-8 days,
Taking root in a large number of 85-90% occurred in 14 days.
(6) seedling exercising: after cuttage 45 days, stops water spray, starts seedling exercising.
The method provided by the present invention carries out plant cultivating, its survival rate can reach 90% with
On, and, the time of cultivating is little by seasonal effect, all may be used at the bottom of the Central Region 4-9 month
To implement, little to female parent loss, Explant Propagation unit materials amount ratio conventional seedbed system used
Few 3-8 times of consumption, without variation, low cost, short cycle, can go out bed in 60 days.
The micro-mist of the green branch of full exposure non-test tube high efficiency quick breeding technology, is that a brand-new plant cloning is new
System, fully out laboratory condition, substrate selection river sand, Vermiculitum and the soil in seedbed,
Compared with the substrate in existing seedbed, cost-effective 2/3.Use cutting punching to draw when cuttage
Leading localizer punching, speed is fast, is distributed for straight uniform between cutting nest, and spacing in the rows is advised completely
Rule arrangement, it is reasonable that seedling takes up an area distribution, and nutrition is balanced.And in irrigation technique and
Unlike prior art, it not the sprinkling irrigation used, but use high-pressure micro-mist control system
Spraying, nozzle is per second can produce 5,000,000,000 droplets, and the diameter of each droplet is only 0.5-5
μm, cloud and mist in You Rushan, moistening and lowering temperature excellent.It is atomized 1 kg of water and only consumes 6W
Power, is 1/10th of centrifugal booster pump, the most energy-conservation.
Further, in step (2), (4), (5), when carrying out sterilization treatment, use kills
Bacterium solution is the carbendazim solution that concentration is 800 times.
Further, in step (1), the mixing ratio of river sand, Vermiculitum and soil in described substrate
Example is 2:2:1；
The enclosure wall height in described seedbed is 25-30cm；The width in described seedbed is 1-1.2 rice；
The thickness of described substrate is 9-10cm；
Use the previous day in described seedbed, spray seedbed with the potassium permanganate solution of 2-3 ‰ and disappear
Poison.
Further, in step (2), the acquisition time of described branch is to enter during 5-7 in morning
OK；The branch of clip is soaked in water immediately, moisturizing of simultaneously spraying water on branch and leaf；
Described in clip during cutting, specifically include: cutting described in clip at indoor or cool place,
The a length of 9-11cm of the described cutting of clip；According to upper-lower position during cuttage, by described
The top of cutting is cut into plane, and inclined-plane at 45 ° is cut in bottom, and each cutting retains compound leaf 2
Branch, every compound leaf stays 2-4 sheet lobule.
Further, in step (2), described in put into the sterilization treatment that carries out disinfection in bactericidal liquid
In, every 40-50 strain is bundled into a bundle and puts into and wherein carry out soaking disinfection, and soak time is 3-4
Minute；
Described plant growth regulator is: concentration is the IBA1 (indolebutyric acid) of 50/L
Molten with the mixing that the IBA2 (Nafusaku) that concentration is 25mg/L mixes with the ratio of 1:1
Liquid；
In described plant growth regulator soak time, by cutting erect, germination position upwards,
Soak 25-30 minute.
Further, in step (3), the method for described punching specifically includes: that beats is each
The half-space that is staggeredly located of the cutting nest of individual Kong Weiyi cutting nest, the first row and the second row, the
Three row are Tong Bu with the first row, and fourth line is Tong Bu with the second row, the most by that analogy；
Specifically include during described cuttage: the degree of depth of each cutting nest is the described substrate degree of depth
Half, the degree of depth of cutting is 4cm；After being plugged one to two row, guide will be punched in turn
Utilizing the plane of reverse side, the branch after inserting is compacted downwards.
Further, described punching, once beat 8-12 cutting nest, between described cutting nest
Away from being 6.5cm；
The cutting density in described seedbed is every square metre 220～250 strains.
Further, in step (4),
Described spraying control specifically includes following several stages:
At the cuttage initial stage, spray once 8 minutes daytimes, every time spray 10 seconds；Sprayed in the evening 15 minutes
Once, spray 15 seconds every time；
After Callus formation, reduce spraying, keep on blade water film evaporation to when 1/3 again
Starting spraying, spray in 20 minutes once, is sprayed 15 seconds every time；
After branch until more than 70% all grows young root, divide at the complete rear 3-5 of blade face water film evaporation
Zhong Houzai sprays, and spray in 30 minutes once, is sprayed 20 seconds every time；
After a large amount of root growths of 85-90%, every day when the morning 10 to afternoon 3 time, often
Every spray in 30 minutes once, spray 15 seconds every time, stop spraying At All Other Times；At intensity of sunshine
Reducing spraying with temperature when reducing, overcast and rainy stopping is sprayed.
Further, in step (5), described the most concrete to foliage dressing every 10 days
Including:
The carbamide of initial stage spray 0.3%, mixes with carbamide and the potassium dihydrogen phosphate of 0.3% after taking root
Spray.
Further, described method for culturing seedlings is applicable to Damascus Flos Rosae Rugosae and all being difficult to is given birth to
The famous and precious seeds seedling of root.
Detailed description of the invention
Below by specific embodiment, the present invention is described in further detail.
The green branch of full exposure micro-mist method for culturing seedlings, comprises the following steps:
(1) seedbed is made: determining seedbed size according to numerous Seedling quantity, seedbed surrounding is with brick
Becoming enclosure wall, enclosure wall height is 25-30cm；The width in seedbed is 1-1.2 rice；Surrounding sets draining
Ditch, substrate in seedbed selects river sand, Vermiculitum and soil to mix, wherein river sand, Vermiculitum
It is 2:2:1 with the mixed proportion of soil；The thickness of substrate is 9-10cm；With in existing seedbed
The substrate used is compared, and this substrate can cost-effective 2/3.Use seedbed the previous day, need
Nursery bed disinfection is sprayed with the potassium permanganate solution of 2-3 ‰.
(2) select branch, cut fringe: choosing the raw elite plant of field planting 2-3 is maternal plant, and clip is female
Robust growth in strain, the branch giving birth to semi-lignified then without pest and disease damage；During the collection of branch
Between most preferably 5-7 in morning time carry out；The branch of clip is soaked in water immediately, simultaneously to branch and leaf
Upper water spray moisturizing；
Clip cutting on the branch chosen, every 40-50 strain is bundled into a bundle, preferably 50 strains
It is bundled into a bundle, puts into and the carbendazim solution of 800 times soaks the sterilizing that carries out disinfection for 3-4 minute
Processing, preferably soak 3 minutes, erect by cutting, germination position upwards, is placed on
Concentration is the IBA1 (indolebutyric acid) of 50/L and the IBA2 (naphthalene that concentration is 25mg/L
Sodium acetate) so that the plant growth regulator mixed solution of the ratio mixing of 1:1 to soak 25-30
Minute, preferably soaking 30 minutes, the plant growth regulator allocated by science ratio can
Scientific and reasonable urges root to process plant.
During clip cutting, specifically include: cutting, clip described in clip at indoor or cool place
The a length of 9-11cm of described cutting；According to upper-lower position during cuttage, by described cutting
Top be cut into plane, inclined-plane at 45 ° is cut in bottom, on each cutting retain 2, compound leaf,
Every compound leaf stays 2-4 sheet lobule.Than original Explant Propagation nursery unit materials consumption used
Few 3-8 times, impact of blooming next year female parent is little.
(3) punching, cuttage: watered in seedbed permeable before cuttage, guides location with cutting punching
Device punches on seedbed, Kong Weiyi cutting nest of each beaten, the first row and the second row
The half-space that is staggeredly located of cutting nest, the third line is Tong Bu with the first row, and fourth line is same with the second row
Step, the most by that analogy；Once beating 8-12 cutting nest, the spacing of cutting nest is 6.5cm；
The cutting density in seedbed is every square metre 220～250 strains.Cutting punching guides localizer punching
Method efficiency is high, it is possible to reasonable distribution seedling floor space, the nutrition balancing each seedling is taken the photograph
Taken amount.
The cutting soaked in plant growth regulator is taken out cuttage immediately after drying；Skewer
When inserting, the degree of depth of each cutting nest is the half of the substrate degree of depth, and the degree of depth of cutting is 4cm；
After being plugged one to two row, punching guide is utilized in turn the plane of reverse side, along insertion
After branch be compacted downwards.
(4) spraying controls: after cuttage, carries out second time sterilization and processes, simultaneously
Start high-pressure micro-mist control system, 5,000,000,000 droplets of nozzle generation per second, each droplet straight
Footpath is 0.5-5 μm；Under the conditions of full exposure, blade face is made to remain water membrane；High pressure is micro-
Mist control system is atomized 1 kg of water and only consumes 6W power, be centrifugal booster pump ten/
One.Control blade face moisture film, balance cutting humidity, it is possible to meet cutting rudiment and take root generation
Condition.
Described spraying control specifically includes following several stages:
At the cuttage initial stage, spray once 8 minutes daytimes, every time spray 10 seconds；Sprayed in the evening 15 minutes
Once, spray 15 seconds every time；
After Callus formation, reduce spraying, keep on blade water film evaporation to when 1/3 again
Starting spraying, spray in 20 minutes once, is sprayed 15 seconds every time；
After branch until more than 70% all grows young root, divide at the complete rear 3-5 of blade face water film evaporation
Zhong Houzai sprays, and spray in 30 minutes once, is sprayed 20 seconds every time；
After a large amount of root growths of 85-90%, every day when the morning 10 to afternoon 3 time, often
Every spray in 30 minutes once, spray 15 seconds every time, stop spraying At All Other Times；At intensity of sunshine
Reduce spraying when reducing with temperature, in order to avoid too much cause death of rotting because of water spray, overcast and rainy stop
Only spraying.
(5) manage after inserting: cuttage concentration on the same day is at the carbendazim solution sterilizing of 800 times
Reason, once every 7 days spray carbendazim solutions, after taking root, spray in 10-15 days is once later, after
Phase stop-spraying；Rotten blade is cleared up in time.
For ensureing preferably take root and grow, giving foliage dressing once every 10 days, the initial stage sprays
The carbamide of 0.3%, sprays, typically with carbamide and the potassium dihydrogen phosphate mixing of 0.3% after taking root
Callus occurred in 7-8 days, taking root in a large number of 85-90% occurred in 14 days.
(6) seedling exercising: after cuttage 45 days, stops water spray, starts seedling exercising.
The micro-mist of the green branch of full exposure non-test tube high efficiency quick breeding technology, is that a brand-new plant cloning is new
System, fully out laboratory condition, substrate selection river sand, Vermiculitum and the soil in seedbed,
Compared with the substrate in existing seedbed, cost-effective 2/3.
Use cutting punching to guide localizer punching when cuttage, speed is fast, between cutting nest
Being distributed for straight uniform, the complete rule of spacing in the rows is arranged, and seedling takes up an area distribution rationally, and nutrition obtains
To balance.The cutting punching used guides localizer perforating efficiency on seedbed high, once
Property can plug fringe nest 8-12, it is possible to be effectively improved cuttage speed.
And in irrigation technique and unlike prior art, do not use sprinkling irrigation, and use
High-pressure micro-mist control system is sprayed, and nozzle is per second can produce 5,000,000,000 droplets, each mist
The diameter of grain is only 0.5-5 μm, cloud and mist in You Rushan, moistening and lowering temperature excellent.Atomization 1
Kg of water only consumes 6W power, is 1/10th of centrifugal booster pump, the most energy-conservation.
This system simultaneously can be with the temperature of real-time automatic collecting environment, humidity data, it is possible to carry out
Artificial effective monitoring timely.
As a example by Damascus Flos Rosae Rugosae, the method provided by the present invention cultivates Damascus rose
Rare, its survival rate can reach 95%, and, cultivate the time little by seasonal effect, in China
Can be carried out at the bottom of the middle part 4-9 month, little to female parent loss, Explant Propagation list used
Few 3-8 times of position ratio of material dosage conventional seedbed system consumption, impact of blooming the coming year is little, inoculation speed
Degree is exceedingly fast, and is 3-5 times of tissue fluid cultivation.Nothing variation, low cost, the short cycle, 60 days
Bed can be gone out.Plant growth regulator and soak time science, seedling is healthy, well developed root system
Planting survival rate is high；Production can be cultivated on a large scale, can the most disposably cultivate at nature
Under the conditions of growth plant, it is possible to solve Damascus Flos Rosae Rugosae seedling supply and demand bottleneck；Economical
Benefit is considerable.Use this patent of invention technology can also cultivate other name being difficult to take root
Your plant seedlings, can produce more Multi benefit.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention,
For a person skilled in the art, the present invention can have various modifications and variations.All
Within the spirit and principles in the present invention, any modification, equivalent substitution and improvement etc. made,
Should be included within the scope of the present invention.
Claims (7)
1. the green branch of full exposure micro-mist method for culturing seedlings, it is characterised in that comprise the following steps:
(1) seedbed is made: determine seedbed size, the brick one-tenth of seedbed surrounding according to numerous Seedling quantity
Enclosure wall, surrounding sets gutter, and the substrate in seedbed selects river sand, Vermiculitum and soil to mix；
The enclosure wall height in described seedbed is 25-30cm；The width in described seedbed is 1-1.2 rice；Described base
The thickness of matter is 9-10cm；
(2) select branch, cut fringe: choosing the raw elite plant of field planting 2-3 is maternal plant, clip maternal plant
Upper robust growth, the branch giving birth to semi-lignified then without pest and disease damage；
Clip cutting on the branch chosen, puts in bactericidal liquid at the sterilizing that carries out disinfection afterwards
Reason, is placed in plant growth regulator immersion the most again by cutting；Described plant growth regulator
It is that the Nafusaku of 25mg/L is with 1:1 for indolebutyric acid that: concentration is 50/L with concentration
Ratio mixing mixed solution；When described plant growth regulator soaks, cutting is erected
Vertical, germination position upwards, is soaked 25-30 minute；
(3) punching, cuttage: watered in seedbed permeable before cuttage, guides localizer with cutting punching
Punch in seedbed, after the cutting soaked in plant growth regulator taking-up is dried immediately
Cuttage；The method of described punching specifically includes: Kong Weiyi cutting nest of each beaten, and first
The half-space that is staggeredly located of the cutting nest of row and the second row, the third line is Tong Bu with the first row, fourth line
Tong Bu with the second row, the most by that analogy；
Specifically include during described cuttage: the degree of depth of each cutting nest is the one of the described substrate degree of depth
Half, the degree of depth of cutting is 4cm；After being plugged one to two row, punching is guided localizer in turn
Utilizing the plane of reverse side, the branch after inserting is compacted downwards；
Described punching, once beats 8-12 cutting nest, and the spacing of described cutting nest is
6.5cm；
The cutting density in described seedbed is every square metre 220～250 strains；
(4) spraying controls: after cuttage, carries out second time sterilization and processes, opens simultaneously
Dynamic high-pressure microspray control system, 5,000,000,000 droplets of nozzle generation per second, each droplet a diameter of
0.5-5μm；Under the conditions of full exposure, blade face is made to remain water membrane；
(5) manage after inserting: cuttage sterilization treatment on the same day, take root later once every spray in 7 days
Within latter 10-15 days, spray once, later stage stop-spraying；
Meanwhile, gave foliage dressing once every 10 days, callus occurred in 7-8 days, within 14 days, go out
Existing 85-90%'s takes root；
(6) seedling exercising: after cuttage 45 days, stops water spray, starts seedling exercising.
The green branch of full exposure the most according to claim 1 micro-mist method for culturing seedlings, its feature exists
In,
In step (2), (4), (5), carry out the bactericidal liquid of use during sterilization treatment and be
Concentration is the carbendazim solution of 800 times.
The green branch of full exposure the most according to claim 2 micro-mist method for culturing seedlings, its feature exists
In,
In step (2), carry out when the acquisition time of described branch is 5-7 in morning；The branch of clip
Bar is soaked in water immediately, moisturizing of simultaneously spraying water on branch and leaf；
Described in clip during cutting, specifically include: cutting described in clip at indoor or cool place, cut
The a length of 9-11cm of the described cutting taken；According to upper-lower position during cuttage, by described cutting
Top be cut into plane, inclined-plane at 45 ° is cut in bottom, on each cutting retain 2, compound leaf, often
Branch compound leaf stays 2-4 sheet lobule.
The green branch of full exposure the most according to claim 2 micro-mist method for culturing seedlings, its feature exists
In,
In step (4),
Described spraying control specifically includes following several stages:
At the cuttage initial stage, spray once 8 minutes daytimes, every time spray 10 seconds；Spray one in 15 minutes evenings
Secondary, spray 15 seconds every time；
After Callus formation, reduce spraying, open again when keeping on blade water film evaporation to 1/3
Beginning to spray, spray in 20 minutes once, is sprayed 15 seconds every time；
After branch until more than 70% all grows young root, at blade face water film evaporation complete latter 3-5 minute
After spray again, spray in 30 minutes once, every time spray 20 seconds；
After a large amount of root growths of 85-90%, every day when the morning 10 to afternoon 3 time, every
Spray in 30 minutes once, is sprayed 15 seconds every time, is stopped spraying At All Other Times；In intensity of sunshine and temperature
Spraying, overcast and rainy stopping spraying being reduced when degree reduces.
The green branch of full exposure the most according to claim 2 micro-mist method for culturing seedlings, its feature exists
In,
In step (5), described every 10 days give foliage dressing once specifically include:
The carbamide of initial stage spray 0.3%, sprays with carbamide and the potassium dihydrogen phosphate mixing of 0.3% after taking root
Execute.
6. according to the green branch of the full exposure micro-mist method for culturing seedlings described in any one of claim 1-5, its
It is characterised by,
Described method for culturing seedlings is applicable to all famous and precious seeds seedling being difficult to and taking root.
The green branch of full exposure the most according to claim 6 micro-mist method for culturing seedlings, its feature exists
In, described method for culturing seedlings is applicable to Damascus Flos Rosae Rugosae.
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| CN108651028B (en) * | 2018-05-29 | 2020-11-10 | 房子云 | Photoautotrophic air rapid breeding method of rosa damascena |
| CN109328689A (en) * | 2018-11-23 | 2019-02-15 | 安徽泓森高科林业股份有限公司 | A kind of Chinese catalpa epicormic branch cutting method |
| CN109757233B (en) * | 2019-03-18 | 2021-06-29 | 中国林业科学研究院亚热带林业研究所 | Full-illumination spray cuttage rapid propagation method for sympodial bamboos |
| CN110115221A (en) * | 2019-06-19 | 2019-08-13 | 陆彤 | A kind of matrix and its preparation method for breeding Damask Rose seedling |
| CN112385422A (en) * | 2020-12-03 | 2021-02-23 | 四川云辰园林科技有限公司 | Method for out-of-season rapid cutting seedling |
| CN114080911A (en) * | 2021-11-26 | 2022-02-25 | 南阳市农业科学院 | Twig cutting seedling raising method by full-sunlight intermittent spraying method for oregano |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP5362454B2 (en) * | 2009-06-18 | 2013-12-11 | 有限会社花プラン | Rose seedling production method |
| CN202085469U (en) * | 2010-12-22 | 2011-12-28 | 万晓芹 | Puncher for cutting seedling raising of nursery stocks |
| CN102138424A (en) * | 2011-03-22 | 2011-08-03 | 周洪英 | Cutting propagation method of cut flower rose |
| CN103918535B (en) * | 2014-04-28 | 2016-01-20 | 银谷玫瑰科技有限公司 | The seedling-cultivating method of a kind of Damask Rose |
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| CN109168691A (en) * | 2018-10-29 | 2019-01-11 | 宜宾云辰乔木园林有限责任公司 | A method of promoting silver-colored China fir cuttage root-taking |
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