41results about How to "Easy to plant and manage" patented technology

The invention belongs to the technical field of agriculture and provides a nutrient solution for household aeroponic-culture potato production. The culture process is divided into three stages according to the growth features of potatoes, and the corresponding nutrient solution is added to each stage. The nutrient solution comprises mother solutions A, B, C and D, and the mother solutions are diluted by water during use. The invention further provides a method for household aeroponic-culture potato production. The method aiming at the features of household small-scale potato production includes: providing healthy seedlings, preparation before seedling planting, planting aeroponic-culture seedlings, potato growth management, disease and pest management, batch harvesting, and the like. The method is convenient to use, high in efficiency and low in cost, automatic management is achieved, disease control is performed through ultraviolet lamp sterilizing, and environment-friendly and nutrient household potato planting is achieved.

The invention provides a kiwi fruit planting method. The method comprises the steps of obtaining seeds, cleaning the seeds, soaking the seeds in warm water, placing the seeds at a shady and cool place to be fully dried, placing the dried seeds in disinfectant liquid for two to four hours, taking the seeds out to be cleaned and dried, placing the seeds in sandy soil for 30-40 days, turning over the sandy soil regularly to protect the seeds from mildew, selecting fertile soil, applying base fertilizer to the soil, removing weeds, digging a ditch which is 80-90 cm wide and 45-55 cm deep, sowing the well buried seeds in the soil, covering the soil with straw which has been soaked in fertilizer water, arranging a flattop shed frame above the ditch, and grafting seedlings the diameters of which are larger than 1 cm onto stock. The method has the advantages that germination rate and survival rate are increased through special treatment of the seeds, growing seasons are fully utilized to promote production of kiwi fruit, the taste of kiwi fruit is guaranteed, and planting management is convenient.

The invention relates to a method for purifying the polluted water body of an urban riverway, in particular to a method for circularly purifying the polluted water body of an urban riverway ashore. The polluted water body of the urban riverway is circulated ashore by a water pump, and the sewage of the riverway is purified by units in a plant-growing filtering tank arranged on the river bank, such as a plant root layer and a substrate-adsorbing filtering layer, and then follows back into the riverway. The invention realizes plant root layer-absorbing purification and substrate filtering layer-adsorbing purification for removing the pollutants of the water body, effectively combines plant remediation and physical remediation techniques together, and is integrated with the landscape of the greenbelt of the river bank, meanwhile, the invention solves the problem on how to supply water for the daily maintenance of the plant of the greenbelt, and can be combined with the cement bank protection work, and the technique is simple and effective.

A method for cultivating grape vine is characterized by that after the grape vine is field planted, the part of its vine or branch is buried in a ditch for developping new root system. Its advantages are higher plant density, easily updating underground root system, and high yield and quality of grape.

The invention relates to a method for tissue culture of a plant, in particular to a method for tissue culture of hoya kerrii, which belongs to the technical field of agricultural cultivation and includes the steps of sterilization, induced culture of calluses, enrichment culture, bud differentiation culture, seedling strengthening and bud propagation culture and rooting culture. By the aid of the tissue culture technology, when the hoya kerrii is propagated by means of plant tissue culture, the rapid propagation advantage is exerted, and a lot of seedlings can be obtained in a short period; and the plant tissue culture serves as a vegetative propagation method, seedlings are uniform, so that later uniform transplantation and planting management are facilitated, and the consistencies of various characters of grown commercial adult plants and potted plants are also guaranteed. Compared with former propagation methods, according to ingredients of the culture medium and the matched culture methods involved in the method for tissue culture of hoya kerrii, cost can be reduced, the propagation coefficient and the propagation speed can be increased, and the method is applicable to large-scale industrial production.

The invention relates to a planting stand and belongs to the field of home furnishing. The planting flower stand comprises at least one supporting device used for fixing, a drive device used for providing position switching power and a connection device used for connecting the drive device with the at least one supporting device, wherein one end of the connection device is rotationally connected on the drive device, the oppositely arranged other end is fixed with the at least one supporting device, accordingly, different plants in the same position can be alternated and switched under drive of the drive device, plants in a planting pot can be conveniently managed and picked, meanwhile, plants with different sunlight demands can be planted on the same flower stand simultaneously, and the defect that only light plants can be planted on balconies currently is well eliminated.

The present invention provides a method for group breeding encarsia formosa in-door. The method comprises the following steps: (1) breeding method for whitefly, the method comprises that: daily transferring whitefly on fresh common bean seedlings with four leaves in first climate chamber for inoculation, wherein each cage is planted with four seedlings, each seedling is inoculated with 50 whitefly adults in the cages, and the conditions in the climate chamber is: L: D / / 14: 10, T / / 26-28 DEG C, TH / / 50-60%; after 24 hours, expelling the whitefly adults which have oviposited with a hair blower; transplanting the common bean seedlings with eggs to another climate chamber to feed for 10 days, when nymphs develop to 2-3 instars, one part of the plants are used to inoculate breeding encarsia formosa, and the other part of the plants are used to breeding whitefly; wherein conditions of the second climate chamber is: L: D / / 14: 10, T / / 25-27 DEG C, TH / / 50-60%. According to the method, encarsia formosa can be continuously and rapidly bred in high yield, so that damage caused by whitefly can be effectively controlled.

The embodiment of the invention disclose an agricultural worksheet management method and system, a computer device, and a readable storage medium to supervise the planting process of workers and to contribute to improving the correctness and standard of the planting process. The method includes: determining the production process of crops in a plantation park; configuring the coordinate information of stations according to the position information of the crops corresponding to the production process; and formulating and outputting the worksheets to the workers according to the coordinate information of the production process and the stations, wherein the worksheet includes the production process, the coordinate information of the stations and the corresponding working time of the stations;obtaining the positioning information of the workers; and monitoring the work process of the workers according to the positioning information and the worksheets.

The invention relates to a balcony planting system, which belongs to the home automation field of internet of things. The balcony planting system comprises a planting management center for comprehensively managing plants, a router for providing network wireless connection service, a cloud server for providing a planting management plan making platform and providing real-time interactive information, a smart terminal connected with the cloud server through network, and a planting rack for driving the plants to alternatively acquire growing resources under the control of the planting management center, wherein the planting rack comprises at least one supporting device for fixing, a driving device for providing position switching power, and a connecting device for connecting the driving device and the supporting deivce, so that different plants fixed on the supporting device can be alternatively switched in the same position through the smart terminal, and multiple flowerpot plants can alternatively acquire the growing resources so as to adapt to the balcony planting environemnts with diversity and complexity.

The invention discloses a method for strengthening Grain amaranth to restore cadmium-polluted cultivated land. Grain amaranth is transplanted into the cadmium-polluted cultivated land soil, 10-40 kg / mu of a degradable chelating agent NTA is applied to the cadmium-polluted cultivated land soil 10-20 days before Grain amaranth is harvested to improve the effectiveness of cadmium in the cultivated land soil and promote absorption of the Grain amaranth to cadmium in the cultivated land soil, and Grain amaranth is harvested 95 days after Grain amaranth is planted. NTA (nitrilotriacetic acid) is used as the chelating agent, so activation of cadmium in the cultivated land soil can be promoted, the bioavailability of cadmium can be improved, and the enrichment capacity of Grain amaranth for cadmium in the cultivated land soil can be improved; and the NTA is easy to biodegrade, so secondary pollution to the environment is avoided, and the method is a green, economical, efficient and environment-friendly cadmium-polluted cultivated land remediation method.

The invention discloses a cress cultivation method, and relates to the technical field of agricultural planting. The method includes the first step of preparing seedling culture trays and a seedling culture medium, the second step of conducting seedling culture, the third step of preparing floating beds, the fourth step of planting, the fifth step of putting the floating beds into a pond, the sixth step of conducting aeration management, the seventh step of conducting topdressing and weeding, and the eighth step of harvesting cress in batches in early October to March the next year. According to the method, the yield is high, sanitation and hygiene are not limited by seasons, and harvesting is convenient, so that the method has great market prospects and economic value.

The invention discloses a cultivation method of scutellaria baicalensis, wherein the method comprises the following steps: 1) land selection and preparation: selecting an open and ventilated sunny exposed sloping field with loose and ventilated soil, moisture retention and water diversion, cultivating scutellaria baicalensis, then clearing withered branches, fallen leaves and weeds on land massescleanly, furrowing and ridging; 2) germination accelerating: accelerating germination of seeds of scutellaria baicalensis; 3) sowing: after germination accelerating is finished, sowing immediately, adopting directly sowing in the sowing way, covering the ridge with 3-5 cm of a sowing medium before sowing, sowing, and watering thoroughly with an aqueous solution of plant ash after sowing; then evenly covering with a soil covering matrix with the thickness of 1-2 cm; and 15-30 days later after sowing, starting to thin seedlings; and 4) intertillage weeding and harvesting: according to the growthcondition of weeds in cultivated land, timely carrying out intertillage weeding, combining with soil loosening, and properly adding soil all around the seedlings; and harvesting in spring and autumn.The cultivation method is simple and highly operable, the sprouts of scutellaria baicalensis are neat, the germination rate is high, the growth vigor is good, the disease is greatly reduced, the useof pesticides is reduced, and the product quality is high.

The invention relates to a tissue culture method for a plant, in particular to a tissue culture method for Cymbidium floribundum, and belongs to the technical field of agricultural plantation. The tissue culture method for the Cymbidium floribundum comprises the following six steps of: collecting an explant, disinfecting and sterilizing, sowing, proliferating, strengthening seedlings, and performing rooting culture. When the Cymbidium floribundum is propagated through plant tissue culture by a tissue culture technology, the advantage of rapid propagation can be exerted, and a large number of seedlings are obtained in a short time; compared with cottage, the tissue culture method provided by the invention is characterized in that flower colors of plants are seldomly mutated in later culture; and the plant tissue culture serving as a vegetative propagation mode can ensure that the seedlings are regular, facilitates late unified transplantation and plantation management, and can also ensure that various characters of grown product plants and bonsai are consistent. Compared with the conventional propagation mode, the invention has the advantages that a used culture medium is short in induction time, quick in seedling emergence and high in proliferation frequency; and particularly, the seedlings are regular, the method is easy to operate, and the Cymbidium floribundum can be produced on a large scale.

The invention discloses a three-dimensional posture-controllable garlic seeder for garlic seeds. The three-dimensional posture-controllable garlic seeder is composed of a power traction system, a soilregulating system, a seed taking system, a garlic clove sprout regulation system, a human intervention system, a seed dropping system and a soil covering system; the traction system is used for providing a traction force and power for other systems of the seeder; the soil regulating system is located at the foremost end of the lower part of a support frame and is used for ploughing and looseningsoil compacted by wheels of the traction system; the seed taking system is fixedly arranged above the rear of the traction system and is used for taking the garlic seeds; the garlic clove sprout regulation system is fixedly arranged inside the seed taking system, is located at the rear lower part of the seed taking system, finally extends out of a left lower corner and is used for regulating garlic clove sprouts of the garlic seeds to be in an upward vertical posture and then delivering the garlic seeds into the human intervention system; the human intervention system is located below the rearof the seed taking system and is fixedly arranged at the upper part of the support frame; the seed dropping system is fixedly arranged at the rear lower part of the support frame and is used for delivering the garlic seeds into the soil; and the soil covering system is located at the rearmost of the lower part of the support frame and is used for covering soil for the garlic seeds.

The invention discloses a full-automatic irrigation hole-moistening cultivating and planting system which comprises cultivating bodies and a relevant cultivating device. Each cultivating body is formed by enclosing a plurality of hollow bricks in sequence. Due to the facts that the raw materials of the hollow bricks are wide in source, easy to produce and low in cost and have properties of being firm, porous, high in water absorption, non-poisonous and free of pollution, a moist and ventilated root growth environment can be provided for plants, the hollow bricks are light in weight, the planting management is easy, and popularization and application of the hollow bricks are facilitated; the plants can be moved integrally, the integral movement of a garden can be completed just like building blocks, the roots of the plants are not damaged, and the growth of the plants is not affected; the relevant cultivating device is formed by connecting an automatic water feeding valve, a constant ratio diluter and a water container, and is capable of carrying out automatic irrigation, easy to install, low in cost, convenient to manage, capable of being widely used on occasions such as roof greening, household balconies, flower shelves, three-dimensional greening and modern agriculture, not only capable of being applied to modern water cultivation and soilless cultivation but also capable of being applied to common soil planting and suitable for large-range popularization.

The invention discloses a fixed-distance counting device for pepper planting. The device comprises a supporting wheel frame (1) and a handrail (6) connected with the supporting wheel frame (1), the supporting wheel frame (1) is connected with a main shaft (3) through a pair of bearing pedestals (2), the middle of the main shaft (3) is rotationally connected with a driving wheel (4), and punching cones (5) used for punching pepper planting holes are distributed in the circumferential direction of the driving wheel (4); the main shaft (3) is further provided with a driving lever (7) capable of rotating along with the main shaft (3), and the driving lever (7) is used for driving a punching counter (8) arranged on the supporting wheel frame (1) so as to count the punched pepper planting holes;and the main shaft (3) is further provided with a stroke measuring element (9) used for measuring the length of a pepper planting ridge. The device has the advantages of being simple in structure, high in efficiency, convenient to calculate and low in labor intensity.

The invention discloses a planting management method for white tea, and relates to the technical field of white tea planting. The planting management method comprises reclaiming a land and constructing trapezoidal table structures, applying a fertilizer and establishing ridges, transplanting tea seedlings, performing growing pruning, performing fertilization management and managing worm diseases,the growing pruning comprises pruning in early spring and pruning after tea picking, the fertilization management comprises fertilization in early spring, fertilization after spring tea, and fertilization before hibernation, the managing of the worm diseases comprises physical or biological control of diseases and insect pests of tea gardens. According to the method disclosed by the invention, byreasonable pruning comprising pruning in early spring and pruning after tea picking in the growth process of the white tea, the growth of the branches and leaves is kept vigorous, sprouts are kept healthy, by fertilization in early spring, fertilization after spring tea, and fertilization before hibernation, sufficient nutrients are provided for the growth of the white tea, and by the physical orbiological control of the diseases and insect pests of the tea gardens, the yield and the quality of the white tea are improved.

The invention relates to the technical field of traceability systems. The invention further discloses a dendrobium growth tracing system. The system comprises a planting base video monitoring module used for carrying out real-time camera shooting monitoring on the dendrobium growth and planting process. The planting base real-time climate monitoring module is used for monitoring the climate environment of the dendrobium growth planting base in real time; wherein the planting base management module is used for recording and managing basic information of the whole planting base in a unified mode, the planting management module is used for recording and monitoring various specific planting information in the dendrobe growing and planting process so that monitoring and system management can beconducted in time, and the purchasing management module is used for analyzing and purchasing raw materials. The dendrobium growth traceability system has the advantages of traceability of dendrobiumand more scientific management of a production base.

The invention discloses a method for culturing strawberry virus-free seedlings through a tissue culture technology. The method includes the steps of firstly, selecting and sterilizing an explant, wherein unopened buds of a strawberry plant are collected, after the buds are sterilized and processed with alcohol and corrosive sublimate, anther is taken out, and the explant is obtained; secondly, inducing cluster buds, wherein the explant obtained in the first step is inoculated in a culture medium M1 to be cultured in the dark for 8-10 days and then cultured in light for 80-90 days till the cluster buds are produced, and the bud height of the cluster buds is not smaller than 2 cm; thirdly, transferring the cluster buds for culture, wherein the cluster buds obtained in the second step are transferred into a culture medium M2 to be cultured for 15-25 days till the cluster buds grow to strawberry seedlings which are 3-5 cm high, and then the strawberry seedlings are transferred into a culture medium M3 to be subjected to rooting culture to obtain the strawberry virus-free seedlings. The applied culture media are simple in formula, the tissue culture process is simple, the virus-free rate reaches 100%, the reproduction coefficient is high, the transplanting survival rate is high, seedlings are neat, later unified transplanting and planting management is convenient, and industrial production can be achieved.

The invention discloses a method for aseptic seeding and tissue culture of anemone roxburghii, which comprises the following steps: a) pollination of Taiwan anemone roxburghii; b) seeding of the Taiwan anemone roxburghii: capsules are selected and rinsed with running water, absorbent cottons soaked in alcohol with concentration of 75% are used for wiping the capsules, the capsules are then soakedin bleaching water with concentration of 10% f and shaken or 15 minutes, aseptic water is used for washing the capsules for 3-4 times, the capsules are aired under the sun for drying the water thereon, an aseptic scalpel is used for cutting a small opening on each capsule, and seeds picked from the capsules are evenly spread in a culture medium; c) stem proliferation of the Taiwan anemone roxburghii: stocky Taiwan anemone roxburghii seedlings with reddish leaves are treated by removing the leaves, stems with only two stem nodes are laid and inoculated in the culture medium with light pressure;and d) rooting culture of the Taiwan anemone roxburghii: the seedlings shorter than 2 cm and taller than 3 cm are separately inoculated in the culture medium. The method utilizes the sexual multiplication of the seeds, thereby facilitating the gene exchange, enabling the offspring individuals to be rich in vitality and more adaptive to new environments, and providing strong support for preservation of germplasm resources and continuation of species.

The invention discloses a tissue culture and rapid propagation method of Hibiscus mutabilis Linn. The tissue culture and rapid propagation method comprises: (1) bud induction culture: cutting Hibiscusmutabilis Linn stem section with bud point as explant, sterilizing, inoculating into an induction culture medium, and culturing until axillary buds germinate and grow to achieve a certain length; (2)rooting culture: cutting the axillary buds obtained in the step (1), inoculating into a rooting culture medium, and culturing to form rooted seedling; (3) proliferation culture: cutting the single-bud stem section or stem apex of the rooted seedling obtained in the step (2), inoculating into a proliferation culture medium, and culturing to form a Hibiscus mutabilis Linn seedling; and (4) seedlingexercising and transplantation: transferring the Hibiscus mutabilis Linn seedling obtained in the step (3) to the outside, carrying out closed flask seedling exercising for 2-3 d, transplanting to aseedbed, and carrying out film covering and sunshade net covering culture for 8-12 d until the new root of the Hibiscus mutabilis Linn seedling grows, and removing the film covering and sunshade net covering culture. According to the present invention, with the tissue culture and rapid propagation method, the growth can be promoted, the survival rate of the cultured seedlings is high, the rootingrate is up to 100%, the culture time is short, and the rapid propagation of Hibiscus mutabilis Linn can be achieved.

The invention discloses a method for raising seedlings of winter wheat after-crop angelica sinensis and controlling early bolting rate. The method comprises the steps of land selection, seedling raising land pretreatment, seeding in the seedling raising period, field management in the seedling raising period, seedling lifting, seedling airing and storage. With adoption of the seedling raising of the winter wheat after-crop angelica sinensis, the seedling raising altitude is reduced, traditional wasteland is replaced with farmland, damage to vegetation is reduced, and the method is an eco-friendly seedling raising mode; the planting management is convenient, and the labor cost of land reclamation and high-altitude cultivation can be effectively reduced; and by means of the seedling raising of the winter wheat after-crop angelica sinensis, the use of fertilizer is reduced, the land utilization efficiency and multiple cropping index are improved, the production cost is saved, and farmer income increase and ecological environment protection are truly realized.

The invention discloses a pepper planting method, which at least comprises a seedling raising step, and the seedling raising step comprises the following steps: step 1) cleaning and sterilizing; step 2) germination acceleration; and step 3) rejection: putting the pepper seeds subjected to germination acceleration into a vibrating screen, starting the vibrating screen, generating low-frequency vibration on the pepper seeds by using the vibrating screen, crushing relatively weak buds in the pepper seeds by relatively strong buds in the low-frequency vibration process, and further performing vibration rejection on the pepper seeds subjected to germination acceleration. According to the method, the vibration rejecting link is set in a seedling raising step, weak buds are rejected through vibration, the growth state of the planted pepper is consistent, pepper planting management is facilitated, a heat storage and heat preservation layer is arranged in germination accelerating equipment, steam heat in a steam cavity can be absorbed by the heat storage and heat preservation layer, the pepper seeds in a storage bin can be continuously subjected to heat preservation and heating, so that the germination accelerating efficiency of the pepper seeds is improved, and meanwhile, the energy consumption of steam generation equipment is reduced.

The invention discloses a tissue culture and rapid propagation method of lemon. The tissue culture and rapid propagation method comprises: (1) culture starting: cutting lemon branch with bud stem segment as explant, sterilizing, and inoculating into a starting culture medium, and culturing for 4-5 weeks until axillary buds are sprouted on the explant and grow to achieve a certain length; (2) proliferation culture: cutting the axillary buds obtained in the step (1), inoculating into a proliferation culture medium, and culturing for 4-6 weeks until clustered buds are formed on the base portionsof the axillary buds and grow to achieve a certain length; and (3) rooting culture: cutting the clustered buds obtained in the step (2) into single buds, inoculating the single buds into a rooting culture medium, and culturing for 4-5 weeks until roots are generated and grow to achieve a certain length so as to obtain the lemon tissue culture seedlings. According to the present invention, the culture time of the seedling obtained through the method is short; compared to traditional grafting and cutting, the tissue culture and rapid propagation method of the present invention can significantlyincrease the proliferation coefficient of lemon, increase the survival rate, ensure the genetic stability, and conveniently perform the unified transplanting and planting management at the later period so as to achieve the rapid propagation of lemon.

The invention relates to a balcony planting system, which belongs to the home automation field of internet of things. The balcony planting system comprises a planting management center for comprehensively managing plants, a router for providing network wireless connection service, a cloud server for providing a planting management plan making platform and providing real-time interactive information, a smart terminal connected with the cloud server through network, and a planting rack for driving the plants to alternatively acquire growing resources under the control of the planting management center, wherein the planting rack comprises at least one supporting device for fixing, a driving device for providing position switching power, and a connecting device for connecting the driving device and the supporting deivce, so that different plants fixed on the supporting device can be alternatively switched in the same position through the smart terminal, and multiple flowerpot plants can alternatively acquire the growing resources so as to adapt to the balcony planting environemnts with diversity and complexity.

The invention discloses a tissue culture and rapid propagation method of Euphorbia pulcherrima. The tissue culture and rapid propagation method comprises: (1) explant selecting and sterilizing: cutting the young and tender leaves of Euphorbia pulcherrima, soaking with a detergent, cleaning, and carrying out sterilization treatment with alcohol and mercury bichloride to obtain explant; (2) callus induction culture: inoculating the explant obtained in the step (1) into an induction culture medium, and culturing for 4-7 weeks until the callus is generated; (3) differentiation culture: inoculatingthe callus obtained in the step (2) into a differentiation culture medium, and culturing for 3-5 weeks until the differentiation and growth of adventitious buds occurs; and (4) rooting culture: inoculating the adventitious buds obtained in the step (3) into a rooting culture medium, culturing for 3-4 weeks until roots are generated from the root portions of the adventitious buds, and obtaining the Euphorbia pulcherrima tissue culture seedling after the root grows to achieve a certain length. According to the present invention, the tissue culture and rapid propagation method has advantages ofshort seedling culture time, high survival rate and high rooting rate, wherein the obtained seedlings are neat so as to conveniently perform the unified transplanting and planting management in the later period.

The invention discloses a quality evaluation and prediction system and method for bacterial culture growth. The evaluation and prediction system includes a reference area selection module, a growth situation acquisition module, a planting management situation acquisition module and a quality prediction module. The reference The area selection module selects the reference area used for quality estimation from the shiitake mushroom planting area, the growth situation acquisition module is used to obtain the growth situation of the shiitake mushroom in the reference area, and the planting management situation acquisition module is used to obtain the shiitake mushroom growing in this section The planting management situation in the process, the quality estimation module estimates and evaluates the quality situation of the shiitake mushroom according to the growth situation of the shiitake mushroom and the planting data situation, and the reference area selection module includes a regional division module, a shiitake mushroom number statistics module and a number sorting. module, the area division module is used to divide the mushroom cultivation area into a small area on average.

The invention discloses a pomegranate cultivation method. The method comprises a special frame composed of a plurality of single frames and stay ropes, and includes the following steps: (1) setting the plurality of single frames in a row according to the north-south orientation, and planting pomegranates in the interval area between adjacent single frames; 2) After germination in the spring of the second year, select an upright, vigorous new shoot at the upper end of the central stem as the extension head of the central stem; A new shoot with good orientation is cultivated as the extension head of the main branch. The invention utilizes a special frame to isolate and fix the pomegranate branches planted on the trapezoidal ridge, guides the growth of the branches, and can reduce the cost of manual branch pulling, tip twisting, and pruning; after adopting the special frame, the pomegranate fruit setting rate Increased, reduced fruit cracking rate, lessened disease, increased high-quality commercial fruit, stable and high yield every year, greatly improved the economic benefits of fruit farmers.

The invention provides a pungent litse fruit planting method. The pungent litse fruit planting method comprises the following steps that (1) seedling raising is carried out, annual branches with the length of 20cm-30cm are taken, and the branches is soaked in a rooting agent for 3-5 minutes before cuttage; (2) grafting is carried out, namely annual robust branches with the length of 3cm-5cm are selected in March to April at the beginning of the year, and the branches are transplanted in the second year after grafting; (3) transplanting is carried out; (4) post- transplanting management is carried out, from transplanting to the young plant period of the second year, intertillage weeding is carried out for 2-3 times every year, soil loosening is carried out for at least 1-2 times every year,fertilization is carried out for 1-2 times every year, pest and disease damage is managed, the top of a trunk is trimmed, growth of side branches is promoted, and a dwarf forest is formed; and (5) interplanting is carried out. According to the scheme, the fruiting rate of pungent litse fruits is effectively increased, the yield of the pungent litse fruits is effectively increased, planting management of the pungent litse fruits is facilitated, the situation that the yield of the pungent litse fruits is affected by diseases, pests and weeds is avoided, the economic benefits of planters are increased, large-area planting is facilitated, colorful reasonable interplanting is achieved, and the economic benefits of the planters are increased.

The invention relates to a tissue culture method for a plant, in particular to a tissue culture method for Cymbidium floribundum, and belongs to the technical field of agricultural plantation. The tissue culture method for the Cymbidium floribundum comprises the following six steps of: collecting an explant, disinfecting and sterilizing, sowing, proliferating, strengthening seedlings, and performing rooting culture. When the Cymbidium floribundum is propagated through plant tissue culture by a tissue culture technology, the advantage of rapid propagation can be exerted, and a large number of seedlings are obtained in a short time; compared with cottage, the tissue culture method provided by the invention is characterized in that flower colors of plants are seldomly mutated in later culture; and the plant tissue culture serving as a vegetative propagation mode can ensure that the seedlings are regular, facilitates late unified transplantation and plantation management, and can also ensure that various characters of grown product plants and bonsai are consistent. Compared with the conventional propagation mode, the invention has the advantages that a used culture medium is short in induction time, quick in seedling emergence and high in proliferation frequency; and particularly, the seedlings are regular, the method is easy to operate, and the Cymbidium floribundum can be produced on a large scale.