CN108702984B - Efficient pot changing method for potted taxus chinensis - Google Patents
Efficient pot changing method for potted taxus chinensis Download PDFInfo
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- CN108702984B CN108702984B CN201810374106.6A CN201810374106A CN108702984B CN 108702984 B CN108702984 B CN 108702984B CN 201810374106 A CN201810374106 A CN 201810374106A CN 108702984 B CN108702984 B CN 108702984B
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/08—Devices for filling-up flower-pots or pots for seedlings; Devices for setting plants or seeds in pots
- A01G9/086—Devices for repotting
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- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The invention relates to the technical field of Chinese yew planting, in particular to a high-efficiency pot changing method for potted Chinese yew. By selecting and transplanting the taxus chinensis cultivated in a pot after surviving two years as the female parent, when waiting that the taxus chinensis gets into the dormancy, the toughness pocket that the aperture is no more than 1cm is selected for use to wrap up completely and plant the original flowerpot outside that has the taxus chinensis in cloudy and rainy day, break up the flowerpot again and trade the basin, break up the flowerpot and tighten up the pocket simultaneously, the original soil shape of cultivated in a pot keeps unchanged basically after effective control flowerpot breaks up, can not harm the original soil ball of taxus chinensis root, can not harm the taxus chinensis rootstock more, satisfy the taxus chinensis of cultivated in a pot main points of trading, effectively improve taxus chinensis and trade basin efficiency, improve the survival rate of transplanting of taxus chinensis.
Description
Technical Field
The invention relates to the technical field of Chinese yew planting, in particular to a high-efficiency pot changing method for potted Chinese yew.
Background
In the potting process of the taxus chinensis, the soil for potting needs to be the best loam, and the soil has high-efficiency water-retaining, fertilizer-retaining and air-permeable capacities, and is beneficial to the growth of the taxus chinensis in south China. The clay is not air-permeable although it retains water and fertilizer, and is not favorable for the growth and development of the root system of the southern taxus chinensis. Although sandy soil is breathable, the sandy soil has poor fertilizer retention and water retention and is not beneficial to the growth of the taxus mairei. The turfy soil, perlite and the like can also be selected to be mixed with loam to prepare a mixed matrix. In general, when taxus chinensis is potted, potting soil suitable for growing the taxus chinensis needs to be provided for the taxus chinensis.
Most importantly, in the potting process of the taxus chinensis, after potted landscape is planted for two years, seedlings grow gradually, root systems are developed, the original flowerpot cannot meet the growth requirement, the pot needs to be replaced for cultivation, the dormancy period of the transplanted taxus chinensis is generally selected, potted landscape transplanting and pot replacement and field planting are carried out on rainy days, and the transplanting survival rate is high. During transplanting, the root system of the sapling must be kept complete and the water content of root hairs must be kept, the root system and soil are tightly combined during planting, the old pot is preferably mashed, the original soil ball is not damaged, the old pot is slowly moved into a new pot, and watering is carried out to fix the roots.
However, in the process of pot changing of the taxus chinensis potted plant, due to improper operation or non-standard transplanting technology, a plurality of planters easily damage the original soil balls of the roots of the taxus chinensis and even damage the roots and stems of the taxus chinensis, so that the transplanting death rate of the taxus chinensis is high, the serious economic loss of the taxus chinensis potted plant planters or the economic loss of small-scale taxus chinensis potted plant planters are caused, and the existing taxus chinensis seedling resources are wasted.
Disclosure of Invention
The researchers developed a quick and effective method for changing the basin of the accompanied Chinese yew according to the growth habit of the Chinese yew in the research of the Chinese yew potting technology for many years.
The invention is realized by the following technical scheme:
a potted taxus chinensis which survives for two years is selected as a female parent, when the taxus chinensis enters a dormant period, a mesh bag with the aperture less than or equal to 1cm is selected to completely wrap the outer surface of an original flowerpot planted with the taxus chinensis in rainy days, the mesh bag opening is 10-15 cm higher than the pot opening, the flowerpot is pressed downwards, the mesh bag is tightened upwards with force, and the mesh bag is not tightened;
tapping the outer wall of the flowerpot by using an iron hammer through a mesh bag until the flowerpot is completely cracked and separated from the potting soil;
continuously tightening the mesh bag in the process of breaking the flowerpot, controlling the broken potting soil to keep the original shape, and tightening the mesh bag again after the flowerpot is completely cracked;
3 or 4 cracks are cut on the mesh bag, the flowerpot fragments are removed from the cracks of the mesh bag while the mesh bag is tightened, the mesh bag is tightened again after the removal of the flowerpot fragments is finished, and the potting soil is controlled to keep the original shape;
transferring the taxus chinensis and the soil balls at the roots of the taxus chinensis into a new pot together with the mesh bag, righting the taxus chinensis, removing the mesh bag, adding cultivation soil, compacting, watering enough root fixing water, and performing growth management on the taxus chinensis potted by a conventional planting management method.
Preferably, the inner diameter of the mesh bag is completely the same as the maximum outer diameter of the original flowerpot, and a partition plate with the same outer diameter and shape as the bottom of the original flowerpot is arranged at the bottom of the bag;
the partition board is made of easily degradable substances or tree vines or bamboo, the thickness of the partition board is less than or equal to 0.5cm, and 4-6 pores with the aperture of 1cm are drilled on the partition board.
Preferably, the mesh bag is made of flexible nylon ropes, rubber bands or cloth strips, and the shape of the mesh bag can be changed randomly along with the shape of the flowerpot.
Preferably, the method for breaking the flowerpot comprises the following steps:
when the mesh bag is tightened, the original flowerpot is knocked anticlockwise from bottom to top by an iron hammer through the mesh bag, 1/2 with the knocking force being the original force is reduced when the flowerpot starts to burst, and the original flowerpot is controlled to be broken into blocks.
Preferably, the mesh bag crack cutting method comprises the following steps:
the mesh bag is scratched by a sharp blade at one time, the length of a crack is 12-15 cm, the distance between a crack at the lowest part of the crack and the bottom of the mesh bag is 10-12 cm, and the mesh bag is evenly divided into 3 or 4 parts by the crack.
Preferably, the method for removing the flower pot fragments comprises the following steps:
taking out flowerpot fragments with the length and the width of more than or equal to 1cm from the cracks of the mesh bag, and remaining the remaining flowerpot fragments; breaking the flower pot fragments until the length and width of the flower pot fragments are less than or equal to 0.5cm, and mixing the flower pot fragments with potting soil for planting taxus chinensis.
Preferably, the mesh bag removing method comprises the following steps:
after the taxus chinensis is transferred into a new basin together with the mesh bag, the taxus chinensis is straightened, the mesh bag is completely cut into 3 or 4 half parts from the crack of the mesh bag by a sharp blade, the lowest end of the crack is flush with the lower surface of the partition plate, one side of the partition plate at the bottom is lifted, the side which is not lifted is used as a supporting point, the lifting angle is 20-30 degrees, and the mesh bag is removed from the side which is not lifted of the partition plate; and after the flat partition plate is lifted, the other side of the partition plate is lifted, the angle is completely the same as the previous angle, and the mesh bag is completely removed.
Preferably, the flowerpot is a ceramic flowerpot or a flowerpot made of other fragile materials.
The invention has the beneficial effects that:
1. compared with the prior art, the invention adopts the mesh bag with sufficient toughness to cover the original flowerpot of the potted taxus chinensis and then breaks the flowerpot to change the pot, and tightens the mesh bag while breaking the flowerpot, thereby effectively controlling the shape of the original potting soil after breaking the flowerpot to basically keep unchanged, not damaging the original soil ball at the root of the taxus chinensis, not damaging the root and stem of the taxus chinensis, meeting the key point of potting the taxus chinensis to change the pot, effectively improving the pot changing efficiency of the taxus chinensis and improving the transplanting survival rate of the taxus chinensis;
2. the method also comprises the step of breaking the original Chinese yew flowerpot and mixing the broken Chinese yew flowerpot into the cultivation soil for transplanting the Chinese yew, so that the permeability of the Chinese yew potted soil is effectively improved, the water permeability and the air permeability of the soil are increased, the growth requirements of the Chinese yew are met, and the diversified utilization of resources is realized.
Detailed Description
The present invention will be described in further detail with reference to specific embodiments, but the technical solutions provided by the present invention include not only the contents shown in the examples.
Example 1
The embodiment provides a high-efficiency pot changing method for potted taxus chinensis, which comprises the following specific steps:
firstly, selecting potted taxus chinensis which is transplanted and survived for two years as a female parent, and selecting a mesh bag with the aperture of 1cm to completely wrap the appearance of an original flowerpot planted with the taxus chinensis in rainy days when the taxus chinensis enters a dormant period, wherein the mesh bag opening is 10cm higher than a pot opening, so that the mesh bag is favorably tightened, the flowerpot is pressed downwards, and the mesh bag is tightened upwards with force until the mesh bag is not tightened; selecting a proper flowerpot period to enable the taxus chinensis to complete the flowerpot work in rainy days in the dormancy period, and effectively improving the transplanting survival rate of the taxus chinensis after changing the pot by combining the growth habit of the taxus chinensis;
secondly, tapping the outer wall of the flowerpot by selecting an iron hammer through a mesh bag until the flowerpot is completely cracked and breaks away from potting soil;
thirdly, continuously tightening the mesh bag in the process of breaking the flowerpot, controlling the broken potting soil to keep the original shape, and tightening the mesh bag again after the flowerpot is completely broken;
fourthly, cutting 3 cracks on the mesh bag, removing flowerpot fragments from the cracks of the mesh bag while tightening the mesh bag, tightening the mesh bag again after the removal of the flowerpot fragments is finished, and controlling the potting soil to keep the original shape;
and fifthly, transferring the taxus chinensis and the soil balls at the roots of the taxus chinensis into a new pot together with the mesh bag, righting the taxus chinensis, removing the mesh bag, adding cultivation soil, compacting, watering enough root fixing water, and performing growth management on the taxus chinensis potted in the pot according to a conventional planting management method.
The flowerpot is broken into pieces and the pot is changed after the original flowerpot of taxus chinensis cultivated in a pot is sleeved with the mesh bag with sufficient toughness, the mesh bag is tightened while the flowerpot is broken into pieces, the original shape of potted soil is basically kept unchanged after the flowerpot is effectively controlled to be broken into pieces, the original soil balls of roots of taxus chinensis cannot be damaged, roots and stems of taxus chinensis cannot be damaged, the main points of pot changing of taxus chinensis cultivated in a pot are met, the pot changing efficiency of taxus chinensis is effectively improved, and the transplanting survival rate of taxus chinensis is improved.
In the embodiment, the inner diameter of the mesh bag is completely the same as the maximum outer diameter of the original flowerpot, and the bottom of the bag is provided with a partition plate which has the same shape and outer diameter as the original flowerpot bottom, so that great convenience is provided for the subsequent mesh bag removing process, and meanwhile, the basic shape of the bottom of the mesh bag is controlled to be unchanged, and the occurrence of the root soil ball deformation of the taxus chinensis caused by mesh bag shrinkage is avoided;
the baffle material is woven for the tree rattan and forms, and baffle thickness 0.5cm has drilled 6 apertures 1 cm's pore on the baffle, remains the baffle in the flowerpot after transplanting, and the bottom permeability of flowerpot after the increase is changed to slowly degrade along with the time lapse, become the partly of chinese yew soil cultivated in a pot.
In this embodiment, the mesh bag is made of a nylon rope with toughness, the shape of the mesh bag can be changed randomly along with the shape of the flowerpot when the mesh bag is tightened, the mesh bag is also reduced along with the reduction of the volume of the flowerpot after the original flowerpot is broken by knocking in the process of breaking the original flowerpot, the original cultivation soil is exactly and completely sleeved by the mesh bag after the mesh bag is tightened, the basic shape of the original cultivation soil is kept unchanged, soil balls at the root of taxus chinensis are not easily damaged, and the situation that the cultivation soil is suddenly loosened in the breaking process is avoided.
In this embodiment, the method for breaking the flowerpot is as follows:
when the mesh bag is tightened, the ceramic flowerpot is mostly manufactured in a clockwise rotation mode in the manufacturing process of the ceramic flowerpot, an iron hammer is adopted to knock the original flowerpot from bottom to top in a counterclockwise mode through the mesh bag, the flowerpot is knocked in the opposite direction, the cracking difficulty of the flowerpot is reduced, when the flowerpot begins to crack, the knocking force is reduced to 1/2 of the original force, and the original flowerpot is controlled to be cracked into blocks; firstly, knocking the bottom of the flowerpot is beneficial to the integral fragmentation of the flowerpot and reducing the loose degree of the cultivated soil of the potted plant.
In this embodiment, the mesh bag crack cutting method is as follows:
adopt sharp cutting edge once only to cut open the pocket, crack length 12cm, crack below breach apart from pocket bottom 10cm, the crack is average to be divided into 3 parts with the pocket, and the crack of suitable length conveniently takes out the flowerpot piece of broken grain in the bag, guarantees simultaneously that the pocket can not harm after cutting the crack, remains its original characteristic and effect.
In this embodiment, the method for removing the flower pot fragments comprises the following steps:
taking out flowerpot fragments with the length of more than 1cm or flowerpot fragments with the width of more than 1cm from the cracks of the mesh bags, and remaining the remaining flowerpot fragments as partial raw materials of the potting soil; the flowerpot fragments taken out are broken into pieces till the length and the width of the flowerpot fragments are 0.3cm, and the pieces are mixed in potting soil and used for planting the taxus chinensis, so that the permeability of the taxus chinensis potting soil is effectively improved, the water permeability and the air permeability of the soil are increased, the growth requirement of the taxus chinensis is met, and the diversified utilization of resources is realized.
In this embodiment, the method for removing the mesh bag is as follows:
after the taxus chinensis is transferred into a new basin together with the mesh bag, the taxus chinensis is straightened, the mesh bag is completely cut into 3 parts from the crack of the mesh bag by a sharp blade, and the lowest end of the crack is flush with the lower surface of the partition plate, so that the following mesh bag can be removed conveniently; lifting one side of the bottom partition plate, taking the side which is not lifted as a supporting point, lifting the side by an angle of 20 degrees, and removing the mesh bag towards the side which is not lifted; after the partition board is flatly placed and lifted, the other side of the partition board is lifted, the angle is 20 degrees, and at the moment, the mesh bag is completely removed.
In this embodiment, the flowerpot is a ceramic flowerpot which is easy to break.
Example 2
The implementation also provides a high-efficiency pot changing method for potted taxus chinensis, which comprises the following specific implementation steps:
firstly, selecting potted taxus chinensis which is transplanted and survived for two years as a female parent, and when the taxus chinensis enters a dormant period, completely wrapping the appearance of an original flowerpot planted with the taxus chinensis by using a mesh bag with the aperture of 0.5cm in rainy days, wherein the opening of the mesh bag is 15cm higher than the opening of a pot, so that the mesh bag is favorably tightened, the flowerpot is pressed downwards, and the mesh bag is tightened upwards with force until the mesh bag is not tightened; selecting a proper flowerpot period to enable the taxus chinensis to complete the flowerpot work in rainy days in the dormancy period, and effectively improving the transplanting survival rate of the taxus chinensis after changing the pot by combining the growth habit of the taxus chinensis;
secondly, tapping the outer wall of the flowerpot by selecting an iron hammer through a mesh bag until the flowerpot is completely cracked and breaks away from potting soil;
thirdly, continuously tightening the mesh bag in the process of breaking the flowerpot, controlling the broken potting soil to keep the original shape, and tightening the mesh bag again after the flowerpot is completely broken;
fourthly, cutting 4 cracks on the mesh bag, removing flowerpot fragments from the cracks of the mesh bag while tightening the mesh bag, tightening the mesh bag again after the removal of the flowerpot fragments is finished, and controlling the potting soil to keep the original shape;
and fifthly, transferring the taxus chinensis and the soil balls at the roots of the taxus chinensis into a new pot together with the mesh bag, righting the taxus chinensis, removing the mesh bag, adding cultivation soil, compacting, watering enough root fixing water, and performing growth management on the taxus chinensis potted in the pot according to a conventional planting management method.
The flowerpot is broken into pieces and the pot is changed after the original flowerpot of taxus chinensis cultivated in a pot is sleeved with the mesh bag with sufficient toughness, the mesh bag is tightened while the flowerpot is broken into pieces, the original shape of potted soil is basically kept unchanged after the flowerpot is effectively controlled to be broken into pieces, the original soil balls of roots of taxus chinensis cannot be damaged, roots and stems of taxus chinensis cannot be damaged, the main points of pot changing of taxus chinensis cultivated in a pot are met, the pot changing efficiency of taxus chinensis is effectively improved, and the transplanting survival rate of taxus chinensis is improved.
In the embodiment, the inner diameter of the mesh bag is completely the same as the maximum outer diameter of the original flowerpot, and the bottom of the bag is provided with a partition plate which has the same shape and outer diameter as the original flowerpot bottom, so that great convenience is provided for the subsequent mesh bag removing process, and meanwhile, the basic shape of the bottom of the mesh bag is controlled to be unchanged, and the occurrence of the root soil ball deformation of the taxus chinensis caused by mesh bag shrinkage is avoided;
the baffle material is woven for the bamboo strip and is formed, and baffle thickness 1cm bores 1 aperture 1 cm's pore on the baffle, remains the baffle in the flowerpot after transplanting, and the bottom permeability of flowerpot after the increase is changed to slowly degrade along with the time lapse, become the partly of chinese yew soil cultivated in a pot.
In this embodiment, the mesh bag is made of a nylon rope with toughness, the shape of the mesh bag can be changed randomly along with the shape of the flowerpot when the mesh bag is tightened, the mesh bag is also reduced along with the reduction of the volume of the flowerpot after the original flowerpot is broken by knocking in the process of breaking the original flowerpot, the original cultivation soil is exactly and completely sleeved by the mesh bag after the mesh bag is tightened, the basic shape of the original cultivation soil is kept unchanged, soil balls at the root of taxus chinensis are not easily damaged, and the situation that the cultivation soil is suddenly loosened in the breaking process is avoided.
In this embodiment, the method for breaking the flowerpot is as follows:
when the mesh bag is tightened, the flowerpot is manufactured by combining with the modern flowerpot manufacturing process which mostly adopts a clockwise rotation mode, an iron hammer is adopted to knock the original flowerpot from bottom to top anticlockwise through the mesh bag, the flowerpot is knocked up in the opposite direction, the cracking difficulty of the flowerpot is reduced, when the flowerpot begins to crack, the knocking force is reduced to 1/2 of the original force, and the original flowerpot is controlled to be cracked into blocks; firstly, knocking the bottom of the flowerpot is beneficial to the integral fragmentation of the flowerpot and reducing the loose degree of the cultivated soil of the potted plant.
In this embodiment, the mesh bag crack cutting method is as follows:
adopt sharp cutting edge once only to cut open the pocket, crack length 15cm, crack below breach apart from pocket bottom 12cm, the crack is divided into 4 parts with the pocket on average, and the crack of suitable length conveniently takes out the flowerpot piece of broken grain in the bag, guarantees simultaneously that the pocket can not harm after cutting the crack, remains its original characteristic and effect.
In this embodiment, the method for removing the flower pot fragments comprises the following steps:
taking out flowerpot fragments with the length of more than 1cm or flowerpot fragments with the width of more than 1cm from the cracks of the mesh bags, and remaining the remaining flowerpot fragments as partial raw materials of the potting soil; the flowerpot fragments taken out are broken into pieces till the length and the width of the flowerpot fragments are 0.2cm, and the pieces are mixed in potting soil and used for planting the taxus chinensis, so that the permeability of the taxus chinensis potting soil is effectively improved, the water permeability and the air permeability of the soil are increased, the growth requirement of the taxus chinensis is met, and the diversified utilization of resources is realized.
In this embodiment, the method for removing the mesh bag is as follows:
after the taxus chinensis is transferred into a new basin together with the mesh bag, the taxus chinensis is straightened, the mesh bag is completely cut into 4 parts from the crack of the mesh bag by a sharp blade, and the lowest end of the crack is flush with the lower surface of the partition plate, so that the following mesh bag can be removed conveniently; lifting one side of the bottom partition plate, taking the side which is not lifted as a supporting point, lifting the side by an angle of 30 degrees, and removing the mesh bag from the side which is not lifted of the partition plate; after the partition board is flatly placed and lifted, the other side of the partition board is lifted, the angle is 30 degrees, and at the moment, the mesh bag is completely removed.
In this embodiment, the flowerpot is a plain-baked clay pot which is easy to break.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and any modifications, equivalent variations and modifications made to the above embodiments according to the technical spirit of the present invention are within the scope of the present invention without departing from the technical spirit of the present invention.
Claims (1)
1. A pot-changing method of potted taxus chinensis is characterized in that potted taxus chinensis which is transplanted and survived for two years is selected as a female parent, when the taxus chinensis enters a dormant period, a mesh bag with the aperture less than or equal to 1cm is selected to completely wrap the outer surface of an original flowerpot planted with the taxus chinensis, the mesh bag opening is 10-15 cm higher than a pot opening, the flowerpot is pressed downwards, the mesh bag is tightened upwards with force, and the mesh bag is not tightened; the inner diameter of the mesh bag is completely the same as the maximum outer diameter of the original flowerpot, and a partition plate with the same outer diameter and shape as the bottom of the original flowerpot is arranged at the bottom of the bag; the mesh bag is made of a tough nylon rope or a rubber band or a cloth strip, and the shape of the mesh bag can be changed randomly along with the shape of the flowerpot;
the partition plate is made of easily degradable substances or tree vines or bamboo, the thickness of the partition plate is less than or equal to 0.5cm, and 4-6 pores with the aperture of 1cm are drilled on the partition plate;
when the mesh bag is tightened, an iron hammer is adopted to anticlockwise knock the original flowerpot from bottom to top through the mesh bag, when the flowerpot starts to burst, the knocking force is reduced to 1/2 of the original force, the original flowerpot is controlled to be broken into blocks until the flowerpot is completely cracked, and the original flowerpot is separated from potting soil; controlling the crushed potting soil to keep the original shape, and tightening the mesh bag again after the flowerpot is completely cracked;
cutting 3 or 4 cracks on the mesh bag, taking out flowerpot fragments with the length and the width being more than or equal to 1cm from the cracks of the mesh bag while tightening the mesh bag, and remaining the remaining flowerpot fragments; breaking the taken out flowerpot fragments until the length and the width of the flowerpot fragments are less than or equal to 0.5cm, and mixing the flowerpot fragments in potting soil for planting taxus chinensis;
after the fragments of the flowerpot are removed, the mesh bag is tightened again, and the potting soil is controlled to keep the original shape;
transferring the taxus chinensis and the soil balls at the roots of the taxus chinensis into a new pot together with a mesh bag, righting the taxus chinensis, completely cutting the mesh bag into 3 or 4 half parts from the crack of the mesh bag by using a sharp blade, enabling the lowest end of the crack to be flush with the lower surface of a partition plate, lifting the partition plate at the bottom, removing the mesh bag, adding cultivation soil, compacting, pouring enough root fixing water, and performing growth management on the taxus chinensis according to a conventional potted taxus chinensis planting management method;
wherein, the flowerpot is made for jardiniere or other fragile material flowerpot.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810374106.6A CN108702984B (en) | 2018-04-24 | 2018-04-24 | Efficient pot changing method for potted taxus chinensis |
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| CN201810374106.6A CN108702984B (en) | 2018-04-24 | 2018-04-24 | Efficient pot changing method for potted taxus chinensis |
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| CN108702984B true CN108702984B (en) | 2021-04-30 |
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| CN101911903A (en) * | 2010-07-13 | 2010-12-15 | 方立成 | Mesh bag compressing seedling culture substrate pot and preparation method thereof |
| CN202603250U (en) * | 2012-03-01 | 2012-12-19 | 林平 | Flower pot lining bag |
| CN203424076U (en) * | 2013-08-08 | 2014-02-12 | 吴江市特新绿化材料有限公司 | Tree transplanting soil ball bag |
| CN106879430A (en) * | 2017-03-01 | 2017-06-23 | 江苏农林职业技术学院 | A kind of method for wrapping up trees ' root ball transplanting using discarded sunshade net |
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