30results about How to "Meet the needs of planting" patented technology

The invention discloses a cultivation method for juicy peaches and belongs to the technical field of plantation. The cultivation method specifically comprises the following steps: selecting a garden, namely selecting sandy soil of which the drainage property is good, the soil layer is deep, thick and loose and the PH value is 5.5-6.5; reforming the garden, namely performing deep plowing and soil turning on the land to form a ridge, wherein main drainage ditches are formed in two sides of the ridge respectively, and auxiliary drainage ditches perpendicular to the main drainage ditches are formed in two ends of the ridge respectively; planting seedlings, namely digging planting holes in the ridge, wherein the planting holes are formed in the middle of the ridge, the distance between every two planting holes is 4.0-4.5m, and 32 to 34 planting holes are dug per mu; performing after-planting management including fertilization, disease prevention, fruit thinning and the like. According to the cultivation method for the juicy peaches, standardized plantation of the juicy peaches is realized, the excellent quality of the juicy peaches is guaranteed, economic benefits are increased, and a plantation requirement is met.

The invention discloses a digging and fertilization integrated device for agricultural corn planting, belonging to the field of agricultural planting. The integrated device comprises a moving base, wherein a supporting frame is mounted on both sides of the upper end of the moving base; a top plate is mounted on the top end of the supporting frame; a first guiding frame is installed in the middle of the lower end of the top plate; a rotating shaft is installed in the middle of the first guiding frame; a crank is installed in the middle of the left end of the rotating shaft; a sliding sleeve isinstalled in the middle of the crank; a sliding rod is connected to the lower end of the sliding sleeve; a driving pulley is installed at the middle of the right end of the rotating shaft; the lower end of the driving pulley is connected to a driven pulley through a first belt; a stirring shaft is connected in the middle of the driven pulley; a worm is connected to the middle of the right end of the stirring shaft; a worm wheel is meshed at the upper end of the worm; a first pulley is installed at a coaxial position at the front end of the worm wheel; and a second pulley is connected to the lower end of the first pulley through a second belt. The digging and fertilization integrated device ensures the simultaneous fertilization and digging during the corn planting, and has good planting effect and high reliability. With only one power source in the whole device, the device cost is further reduced.

The invention discloses an efficient planting method of blueberries. The method concretely comprises the following six steps of planting land selection: selecting sand soil quality with good water discharging performance, loose soil and weak acidity; land preparation: improving the soil by sulphur powder, shaping garden ridges (the width of the ridges is 5.0m to 5.5m, drainage ditches are respectively arranged at the two sides of the ridges, the width of the drainage ditches is 50cm to 80cm, and the depth of the drainage ditches is 70cm to 80cm); soil regulation: regulating the soil by using special regulating agents; fixed planting interplanting: using a method of interplanting three kinds of plants including Chinese torreya trees, blueberries and astragalus smicus; field management, trimming and plant disease and insect pest prevention and treatment and the like. The efficient planting method of blueberries has the advantages that the batch and standardized planting of the blueberries is realized; the quality and the yield of the blueberries are ensured; the economic benefits are improved; the planting requirements are met.

The invention discloses a blueberry planting method. The blueberry planting method includes the following steps: garden selection, wherein the garden is a sandy soil land which is wide and is excellent in drainage performance; garden reconstruction, wherein the land is deeply turned over before the blueberry is planted, NO2 is used to improve the soil, the pH of the soil is 3.5-5.0, the width of ridges is 5.0-5.5 meters, two sides of the ridges are provided with drainage ditches; young seedling planting, planting holes are dug in the ridges of the garden, a basic fertilizer having the thickness of 6-8 cm is paved over the planting holes, a clay layer having the thickness of 1.5-2.0 cm is paved over the basic fertilizer, the blueberry seedlings in the clay layer are vertically put in the planting holes, and one-year-old blueberry seedlings and three-year-old blueberry seedlings are planted alternatively; and planting management including fertilizer application, pruning, irrigation, weeding and disease control. The blueberry planting method can achieve batch and standard planting of the blueberry, can ensure the quality and the yield of the blueberry, can increase the economic benefits, and can meets the demands of planters.

The invention relates to the field of vegetable transplanting mechanical equipment, in particular to a multifunctional sweet potato transplanter. The transplanter comprises a rack, a rotary tillage ridging device, a fertilizing device, a film mulching device, a seedling conveying device, a transplanting device and a watering pipe, the rotary tillage ridging device, the fertilizing device, the filmmulching device, the seedling conveying device, the transplanting device and the watering pipe are arranged on the rack, the front end of the rack is fixedly connected with a three-point suspension device, the rotary tillage ridging device and the film mulching device are arranged below the front portion of the rack in parallel, the fertilizing device comprises a main fertilizer box fixed to therack and a fertilizer conveying pipe below the main fertilizer box, the bottom end of the fertilizer conveying pipe is arranged between the rotary tillage ridging device and the film mulching device,and the seedling conveying device, the transplanting device and the watering pipe are sequentially arranged at the rear portion above the rack. Rotary tillage, fertilization, ridging, film mulching, transplanting and watering steps can be completed at a time through the machine, multiple kinds of work can be completed at a time, repeated rolling of the machine on land is reduced, the work efficiency is high, the requirement for large-area sweet potato planting can be met, the planting efficiency is effectively improved, and labor consumption in the sweet potato planting process is reduced.

The invention relates to a method for quickly propagating grassiness, belonging to the technical field of plant cell engineering. By taking young spikes of grassiness as materials, the grassiness cell engineering seedlings are quickly propagated by callus induction, clump bud induction and clump bud multiplication and root-strengthened culture; one young spike can generate 85 to 406 cell engineering seedlings by expanding propagation once; the average propagation coefficient of the cell engineering seedling is 198 plants / spike; the transplanting survival rate for cell engineering seedling greenhouse or field seedbed is 98%; and after the growth for more than 30 days, the young spikes can be taken as seedlings for field planting. The method can overcome the defect that the known method for regenerating the culture plants of grassiness cells can not induce the clump buds; furthermore, the method in the invention is a beneficial supplementation for the existing technologies of asexual propagation of grassiness seed stems and propagation-expanding of cell engineering of seed stems, has the advantages of having high propagation coefficient, conveniently obtaining materials, simple and convenient operation, and provides technical supports for the industrial application of the grassiness.

The invention discloses a radix salviae miltiorrhizae planting method good for healthy growth of radix salviae miltiorrhizae. The method comprises the following steps: radix salviae miltiorrhizae is placed in a vessel, and then a growth liquid is added to the vessel to submerge radix salviae miltiorrhizae seeds; the radix salviae miltiorrhizae seeds are placed in a humid environment again and covered with sand, and the growth liquid is also spread on surfaces of the seeds; biological fertilizer for radix salviae miltiorrhizae planting is buried in soil, so that the biological fertilizer for radix salviae miltiorrhizae planting can better survive; the treated radix salviae miltiorrhizae seeds are planted again, and rooting liquid is sprayed to roots of the radix salviae miltiorrhizae seedsagain; an appropriate quantity of a mixed solution of the biological fertilizer for radix salviae miltiorrhizae planting and water is placed above the radix salviae miltiorrhizae seeds every 5 days within one month after planting. According to the method, the survival rate of the radix salviae miltiorrhizae can be increased, use times of a pesticide can be reduced year by year, the control effectof diseases and insect pests of the radix salviae miltiorrhizae is improved remarkably, healthy growth of the radix salviae miltiorrhizae is ensured, and planting requirements of the radix salviae miltiorrhizae at present are met.

The invention relates to a planting method of blueberries. The planting method comprises the steps: 1) plantation construction; 2) plantation soil quality improvement; 3) transplantation; and 4) fieldmanagement. The soil is deeply improved in a way that an organic material is combined with sulfur powder, , so that an optimal planting environment is provided for the survival as well as later growth and fruiting of the blueberries. Meanwhile, a mode that a base fertilizer is applied and a small quantity of fertilizer is top-dressed continuously in a growth period is adopted, so that the fertilizer can be kept to be uniformly applied to the blueberries in a long period, the growth environment of the blueberries is improved, the quality and yield of the blueberries are effectively improved, and the blueberry planting demand is met. The method disclosed by the invention is simple, convenient and easy in operation, convenient to manage a blueberry garden and capable of ensuring that the transplanting survival rate of fruiting blueberry trees reaches 95% or above and the blueberries can fruit more than 15 days in advance, so that the planting advantage is obvious.

The invention provides a metasequoia seed cultivation method capable of improving the survival rate of metasequoia. The metasequoia seed cultivation method includes the following steps: putting metasequoia seeds in a container, adding suitable ionized water to the container, transferring the container to a place at the temperature of 35-40 DEG C, and adding a nutriment solution into the container;placing the processed metasequoia seeds in a cultivation container of the metasequoia seeds again, adding biogas slurry and warm water into the cultivation container, transferring the processed metasequoia seeds to a vessel with a rooting solution, and acquiring the rooted and germinated metasequoia seeds; transferring the metasequoia seeds to a constant-temperature greenhouse, planting the metasequoia seeds in soil, and placing a microbial fertilizer around the metasequoia seeds. The metasequoia seed cultivation method can perform multi-processing on the metasequoia seeds, can effectively increase the nutriments of the metasequoia seeds, can prevent later pests and diseases, can effectively shorten the seedling cultivation period, can ensure the quality of the metasequoia, and can effectively improve the survival rate of the metasequoia in later planting.

The invention relates to the technical field of agricultural fertilizers, and concretely relates to a preparation method of an environmentally-friendly bioorganic fertilizer, and the bioorganic fertilizer prepared therethrough. The preparation method of the environmentally-friendly bioorganic fertilizer comprises the following steps: pretreatment, mixed fermentation and production of the bioorganic fertilizer, wherein the pretreatment comprises: chopping and grinding of transported buckwheat straws, overturning drying, sterilizing and disinfecting, and cutting and crushing of transported wet garbage. A mode of primary fermentation, secondary fermentation and third beneficial microorganism addition is used to obtain the bioorganic fertilizer which is high in activity, long in storage time and rich in selenium element, so the problems of wet garbage and treatment are solved, a new treatment mode is provided for the recycled buckwheat straws, the production cost of the bioorganic fertilizer is reduced, and good social benefits and economic benefits are achieved; and the prepared product has the advantages of low cost and high fertility, can meet the requirements of agricultural plantation, and is worthy of wide promotion.

The invention discloses a hydroponic device for collecting rhizosphere secretions of cultivated plants, wherein the device comprises a placement frame, planting pots and a water storage pool; the placement frame is a multi-layer stepped shelf structure; the planting pots are used for holding a hydroponic nutrient solution and are placed on shelves of the placement frame, a water outlet hole is formed in the pot wall of each planting pot, and the water outlet holes are connected with water outlet pipes; a water outlet of the water outlet pipe of the planting pot of an upper-layer shelf is correspondingly arranged at a pot mouth of the planting pot of a next-layer shelf, and is arranged above the pot mouth of the planting pot on the next-layer shelf. The water storage pool comprises a waterinlet and a water outlet, the water inlet is connected with the water outlet pipe of the planting pot of a lowermost-layer shelf, the water outlet is connected with a water pipe through a water pump,a water outlet of the water pipe is correspondingly arranged at a pot mouth of the planting pot of the topmost-layer shelf and is located above the pot mouth. According to the hydroponic device, waterfor hydroponic planting can be automatically replaced by circular flow of a nutrient liquid between the planting pots and the water storage pool. Sufficient oxygen is provided for plant growth.

The invention relates to an automatic purling planting system which is characterized by comprising a fertilizer container (4), a plurality of planting areas (9) and a control box (1) in turn from top to bottom; the automatic purling planting system further comprises a support structure pipe (8) arranged in a penetrated form; the control box (1) is connected with a water draining pipe (3); and the water draining pipe (3) extends to the upper end of the fertilizer container (4) along the support structure pipe (8). Through the automatic purling planting system provided by the invention, under the control on water flow, water can automatically and slowly flow to the lowest point from the highest point, the irrigation is completed by wetting the peripheral medium along the water path, and the whole purling process is not guarded by workers and is automatically completed.

The invention relates to a device performing fertilizer and drug application through root watering. The device comprises a ceramic cavity and a plurality of electric heating wires arranged in the ceramic cavity, and the device is characterized in that the inside of the ceramic cavity is used for storing medicament; the electric heating wires penetrate through the inside of the ceramic cavity body,power lines are connected with the two ends of the ceramic cavity body, and the electric heating wires are heated to generate heat to increase the internal intensity of pressure of the ceramic cavityto accelerate the seeping process of the medicament out of the ceramic cavity body. The device has the advantages that labor intensity of operators is reduced, the using amount of the medicament is easy to control, the uniformity of the medicament is high, phytotoxicity is not easily generated, and the utilization rate of the medicament is high.

The invention discloses a preparation method of an environmentally-friendly microbial fertilizer and the environmentally-friendly microbial fertilizer prepared thereby. The preparation method of the environmentally-friendly microbial fertilizer comprises pretreatment of kitchen garbage, gibberellins-saccharomycetes primary fermentation and pseudomonas fluorescens-bacillus subtilis-Streptomyces jingyangensis secondary fermentation. The preparation method of the environmentally-friendly microbial fertilizer aims at the difficult treatment problem of the existing kitchen garbage, and the highly active environmentally-friendly microbial fertilizer can be prepared from the kitchen garbage as a fermentation raw material by use of a primary fermentation and secondary fermentation manner. The preparation method solves the difficult treatment problem of the kitchen garbage, reduces the production cost of the microbial fertilizer, and has good social and economic benefits, and a prepared producthas low cost and high fertility, can meet the needs of agricultural planting, and is worthy of widespread promotion.

The invention discloses a root irrigation and fertilizer and pesticide application device and method. The device comprises an electric sprayer, a drip irrigation hard pipe, a drip irrigation hose, a three-way valve I, a three-way valve II and a plug. The device is convenient to install and use, the pesticide application place, time and frequency of the device are flexible and easy to control, theuse cost of the fertilizer and pesticide application device and the labor intensity of operators are effectively reduced, the pesticide use amount is easy to control, the pesticide uniformity is high,phytotoxicity is not likely to happen, and the pesticide utilization rate is high; and the method is suitable for small-area fields where one or more crops are planted and irrigated in a drip irrigation manner, for different crops and different growth stages of the crops, the pesticide (fertilizer) application amount is different, according to the requirements of the different crops and the different growth periods of the crops for large and medium elements such as nitrogen, phosphorus, potassium and calcium and the occurrence rule of diseases and insect pests, fertilizer or pesticide is fully and evenly mixed, underground drip irrigation of the crops is completed, and the yield and quality of the crops are improved.

The invention provides a bactericidal composition, which comprises active synergistic components of dimethomorph and prochloraz or agriculturally acceptable salt compounds thereof, wherein the weight ratio of the dimethomorph to the prochloraz amines is 1:0.01-50, and preferably 1:0.05-30. The bactericidal composition also comprises a carrier, a surfactant or an auxiliary agent. When the dimethomorph and the prochloraz amines are applied together, the bactericidal composition has obvious synergized action, and enlarges the bactericidal spectrum and reduces the applied times at the same time, and the dimethomorph and the prochloraz do not have cross resistance.

The invention discloses a gastrodia elata planting covering material. The planting covering material is prepared from rice straw, wheat straw, corn straw, pine needles, palm threads, bamboo leaves, sycamore leaves and hibiscus leaves. The planting covering material has the advantages that the permeable ventilation performance is good, the capacity of water and fertilizer conservation is high, the fertility persistence is good, the material is rich in organic matter, the covering effect is good, the material cannot be broken up by rainwater easily, the requirements for gastrodia elata planting use are met, and the gastrodia elata planting growth effect is improved.

The invention discloses a cultivation method for juicy peaches and belongs to the technical field of plantation. The cultivation method specifically comprises the following steps: selecting a garden, namely selecting sandy soil of which the drainage property is good, the soil layer is deep, thick and loose and the PH value is 5.5-6.5; reforming the garden, namely performing deep plowing and soil turning on the land to form a ridge, wherein main drainage ditches are formed in two sides of the ridge respectively, and auxiliary drainage ditches perpendicular to the main drainage ditches are formed in two ends of the ridge respectively; planting seedlings, namely digging planting holes in the ridge, wherein the planting holes are formed in the middle of the ridge, the distance between every two planting holes is 4.0-4.5m, and 32 to 34 planting holes are dug per mu; performing after-planting management including fertilization, disease prevention, fruit thinning and the like. According to the cultivation method for the juicy peaches, standardized plantation of the juicy peaches is realized, the excellent quality of the juicy peaches is guaranteed, economic benefits are increased, and a plantation requirement is met.

The invention relates to the field of medicinal material planting, in particular to a medicinal material seed sowing machine. The medicinal material seed sowing machine comprises a fixed frame, a ground pressing assembly, a material scattering assembly, a discharging assembly and a moving assembly, wherein the ground pressing assembly comprises a ground pressing roller and a U-shaped frame; the material scattering assembly comprises a material scattering device and a material receiving pipe; the material scattering device is in a state of being high in front and low in back and is narrow in front and wide in back, and openings are formed in the upper portion and the rear portion of the material scattering device; the material receiving pipe is a hollow pipe, wherein one end of the materialreceiving pipe extends into the inner space of the material scattering device from the upper portion of the material scattering device, and the other end of the material receiving pipe receives seeds; the discharging assembly comprises a trough and a discharging pipe; one end of the discharging pipe communicates with the trough, and the other end of the discharging pipe extends into the materialreceiving pipe; the moving assembly comprises a mounting frame and a moving wheel; and the moving wheel is mounted on the fixed frame through the mounting frame and is located on the same straight line as the material scattering device. The medicinal material seed sowing machine is ingenious in design, compact in structure, stable in connection, capable of well meeting the requirement for medicinal material planting, relatively high in economic benefit and suitable for wide application and popularization.

The invention discloses a sleeving and film taking-up method of a greenhouse film, which comprises the following steps of: erecting a greenhouse skeleton, and scissoring off two film heads to respectively cover both ends of the greenhouse skeleton; longitudinally arranging film skirts with the same height at both sides of the greenhouse skeleton; laying a greenhouse film with an equal length on an arc greenhouse surface at the upper end of the greenhouse skeleton, and enabling two corresponding side edges of the greenhouse film to extend respectively towards both sides of the greenhouse skeleton to the upper ends of two film skirts; arranging two first film rollers at one end of the greenhouse skeleton, coaxially fixing reels of two first film rollers with fixed film rolling rods at both sides, and correspondingly arranging two second film rollers at the other end of the greenhouse skeleton; and when the greenhouse film is taken up, loosening film pressing wires at both sides of the greenhouse film, unfastening second clamp springs, rolling up the film to the middle part of the arc greenhouse surface of the greenhouse skeleton, and after winding the greenhouse film to enable the greenhouse film to be partially overlapped, fixing the greenhouse film by buckles. According to the method disclosed by the invention, a film is divided into the film heads and the greenhouse film and the film heads and the greenhouse film are respectively fixed, thereby not only ensuring normal use, but also facilitating taking up the film, maintaining the land and preventing the snow pressure in winter.

The invention discloses a Gastrodia elata glauca planting material, made from activated carbon, pine cones, coarse sawdust of birch, Sophora japonica leaves, starch, corncobs, soybean blue, rice hull,and sodium silicate. The Gastrodia elata glauca planting material has loose texture and rich nutrition, is suitable for growth of Armillaria mellea and satisfactory to the use in Gastrodia elata glauca planting and helps improve the growth of planted Gastrodia elata glauca.

The invention relates to the technical fields of Chinese medicinal herbs and soilless culture, and particularly relates to a method for cultivating an orchid plant by using dicranopteris. The method comprises the following steps: selecting a wild dicranopteris material; crushing the wild dicranopteris into fragments of which the particle size is about equal to a preset specification by using a crushing machine; stacking the crushed wild dicranopteris for a preset time to ensure that effective substances in the dicranopteris are fully fermented; adding a proper amount of gypsum powder to regulate the pH, and sterilizing to obtain a culture medium; transferring to a cell pan, planting an orchid plant seedling, and laying the prepared medium on the surface of the root system of the orchid plant for cultivation. The method for cultivating the orchid plant by using the dicranopteris, disclosed by the invention, can lower the operation cost by selecting the dicranopteris as the culture medium for soilless culture and improving a culture method, and is also beneficial for high-quality and healthy growth and cultivation of the orchid plant.

The invention relates to a planting type hydroxyapatite filter particle for defluorination water treatment based on a planting method and a preparation method of the planting type hydroxyapatite filter particle. The planting type hydroxyapatite filter particle is characterized in that the planting type hydroxyapatite filter particle structurally comprises a core planting layer 1, a transition planting layer 2 and an outer surface planting layer 3 in sequence from a core to an outer surface in a manner that the contents of hydroxyl are increased, wherein the two adjacent layers are chemically bonded; a main body of the core planting layer 1 is a hydroxyl transfer material body of the planting type hydroxyapatite filter particle; a main body of the transition planting layer 2 is a hydroxyl exchange material body of the planting type hydroxyapatite filter particle; and a main body of the outer surface planting layer 3 is a galalith planting material body of the planting type hydroxyapatite filter particle. The material body of the planting type hydroxyapatite filter particle provided by the invention is high in defluorination efficiency; and a method of a defluorination water treatment process is simple, convenient and reliable, so that the requirement of the defluorination water treatment process based on the planting method can be met.

The invention discloses a microbial organic fertilizer for soil restoration. The microbial organic fertilizer for soil restoration comprises the following specific materials in parts by weight: 10-15 parts of rice bran, 20-25 parts of cottonseed meal, 15-20 parts of rice straw powder, 20-25 parts of pond sludge, 10-15 parts of plant ash, 15-20 parts of lime powder, 5-10 parts of magnesium sulfate, 5-10 parts of potassium nitrate, 3-5 parts of ferric chloride, 3-5 parts of calcium phosphate, and a proper amount of water. By the material proportion, the microbial organic fertilizer for soil restoration has the advantages of good fertilizer efficiency, extensive material sources, low preparation cost, environmental friendliness and zero pollution, and can effectively meet requirements of planting of flowers, fruits and vegetables, planting of balconies of families and the like.

The invention relates to a rapid propagation method of elephant grass, which belongs to the technical field of plant cell engineering. Using the young panicle of Elephant Grass as material, the cell-engineered seedlings of Elephant Grass were rapidly propagated by induction of callus, induction of clustered seedlings, multiplication of clustered seedlings, and culture of strong roots; cell-engineered seedlings could be produced from one young panicle by one expansion 85-406 strains, the average propagation coefficient of cell engineering seedlings is 198 strains / ear, and the transplanting survival rate of cell engineering seedlings in greenhouses or field seedbeds reaches 98%. After more than 30 days of growth, they can be used as seedlings for field planting; this method can Improving the established "Elephant grass somatic cell culture plant regeneration method" can not induce clustered seedlings. It is a beneficial supplement to the existing Elephant grass seed stem asexual propagation and seed stem cell engineering propagation technology. It has high reproduction coefficient, convenient material extraction and The characteristics of easy operation provide technical support for the industrial application of elephant grass.

The invention relates to the technical field of LED lamps, in particular to a rapid butt joint optimized wiring plant lamp device. The lamp device comprises a plurality of lamp bodies and a pluralityof connecting parts, and the plurality of lamp bodies are arranged on the plurality of connecting parts. The two ends of each connecting part are respectively connected with a male end connector and afemale end connector, and the plurality of connecting parts are sequentially connected through the male end connectors and the female end connectors. The male end connectors are connected with the connecting parts through connecting wires, the connecting parts are provided with take-up grooves, and the connecting wires are wound in the take-up grooves. The lamp can be quickly combined, disassembled and maintained through the simple plug-in male and female connectors, so that the quick connection is quicker, the use of lamp wires is saved, and the labor cost and the production cost are reduced.

The invention provides a bactericidal composition, which comprises active synergistic components of dimethomorph and prochloraz or agriculturally acceptable salt compounds thereof, wherein the weight ratio of the dimethomorph to the prochloraz amines is 1:0.01-50, and preferably 1:0.05-30. The bactericidal composition also comprises a carrier, a surfactant or an auxiliary agent. When the dimethomorph and the prochloraz amines are applied together, the bactericidal composition has obvious synergized action, and enlarges the bactericidal spectrum and reduces the applied times at the same time, and the dimethomorph and the prochloraz do not have cross resistance.

The invention discloses a seedling raising method for Angelica dahurica by cutting, belonging to the technical field of cultivation of Chinese medicinal materials. The seedling raising method comprises the following six concrete steps: branch collecting and pruning, soaking treatment with phytohormone, sand bed preparation and cutting, water spraying, shading, and removal of a sunshade net. The seedling raising method provided by the invention effectively solves the disadvantages of genetic characteristic changes, reduced effective components, decreased potency, difficulty in seed collection,limited quantities, low survival rate, slow growth and incapability of meeting the need of large-area development of Angelica dahurica planting for Angelica dahurica seedling raising in the prior art.The seedling raising method provided by the invention has the following beneficial effects: materials are conveniently available; procedures are simple; meanwhile, no genetic variation is generated;after transplantation is completed, rapid growth, stable yield and high yield can be realized; and stems and branches of the Angelica dahurica are easy to collect and large in number, so the need of large-area development of Angelica dahurica planting can be met.