80results about How to "Well developed root system" patented technology

The invention discloses a modified attapulgite-containing mulberry fertilizer and a preparation method thereof. The modified attapulgite-containing mulberry fertilizer comprises raw materials in parts by weight: 34-37 of urea, 25-28 of livestock manure, 15-18 of weathered coal, 1-2 of ferrous sulfate, 0.4-0.6 of ammonium molybdate, 0.5-0.8 of potassium chloride, 1.4-1.6 of magnesium sulfate, 1-3 of humic acid, 1.5-2.5 of trace element fertilizer, 4-5 of modified attapulgite, 6-8 of titanium dioxide, 0.8-1.2 of sodium dodecyl sulfate, 0.7-1.0 of sodium carboxymethyl cellulose, 2-3 of polyoxylethylene ether type acrylic ester, 1-3 of citric acid, 4-6 of colza oil, 1-3 of propylene glycol, and 9-11 of diatomaceous earth. The fertilizer takes urea, livestock manure and weathered coal as main raw materials, so that the mulberry is flourishing in roots, vigorous to grow, easy to plant, easy to manage, and long in service life; the water and soil loss can be reduced, and the ecological environment construction quality can be improved; and the modified attapulgite and titanium dioxide are added in the raw materials as stuffing, so that the adsorption structure is added, the blocking can be prevented, and the dispersity is increased.

The invention relates to the field of tobacco floating seedling and aims to provide a method for improving the germination rate of tobacco floating seedling seeds and strengthening seedlings. According to the method, a thallus of plant root endophytic fungus piriformospora indica, which is cultured by using a liquid medium, and a culture filtrate are uniformly mixed with a tobacco seedling substrate, and the germination rate of the tobacco floating seedling seeds is improved and the growth and stress tolerance of tobacco seedlings are promoted by using the thallus of piriformospora indica and the substances released by the thallus in the culture filtrate. The method provided by the invention is simple, convenient and feasible, and according to the method, the piriformospora indica is cultured by using a conventional method, standard rules are used for performing substrate mixing, tray filling, sowing, floating seedling, seedling exercising and transplantation, and the manner of inoculating the piriformospora indica is matched with the rules for floating seedling. By using the method provided by the invention, the germination rate of the tobacco seeds can be improved; root systems of tobacco seedlings are assisted to tolerate low-oxygen stress, so that the root systems of the tobacco seedlings are developed and the root dry weight is increased; the roots are assisted to absorb nutrients, so that the growth of the tobacco seedlings is promoted, the stems of the tobacco seedlings are thickened, the diameter of the stems is increased, and the plant height is increased; and the survival rate of the tobacco seedlings after transplantation is improved.

The invention relates to a golden camellia bud seedling stock grafting propagation method. The golden camellia bud seedling stock grafting propagation method includes the steps of stock seedlings cultivation, nursery lands selection and soil preparation, sun shelter building, grafting, field planting, seedling management, nursery stock transplanting, nursery stock out-planting and the like. Bud seedling stocks are grafted indoors, and the golden camellia bud seedling stock grafting propagation method is simple and easy to operate, high in grafting speed, low in cost and high in benefit and is an important technique for cultivating a large number of golden camellia grafting seedlings.

A method for protecting the slopes of highway includes immersing the seeds of shrub tree in water for accelerating germination, proportionally mixing it with grass seeds, pretreating the slope, attaching 3D vegetational net to it, filling soil, spraying said seed mixture onto the surface of slope, and covering by non-woven cloth.

The invention belongs to the technical field of grain crop planting and particularly relates to a winter wheat planting method. In the method, a fertilizer applying process is that plant ash, chicken manure, mushroom bran and activated sludge powder are strewed in a field before soil preparation and a compound microorganism agent is sprayed in the field after the soil preparation and before ridging. During a seeding process, urea, dipotassium phosphate, monopotassium phosphate, ammonium sulfate and rapeseed meal are applied in the field. Compared with a conventional method in which only are chemical fertilizers and organic fertilizers are employed, the method winter wheat planting method in which the compound microorganism fertilizer and the organic fertilizer are combined is higher in yield of wheat, is high in quality, such as gluten content, of the wheat is high and the content of protein is higher than that of the conventional method. In addition, because that the compound microorganism fertilizer is employed, so that soil is improved in physical characteristics, is activated and is solved in a problem of unbalanced nutrition, thereby being beneficial to increase of soil fertrility and enabling the wheat to be increased in production and improved in quality.

The invention discloses a method for increasing the seedling survival rate of Lonicera sempervirens seeds. The method mainly comprises the steps of collecting seeds, pre-processing the seeds and transplanting the seeds. According to the invention, technologies for breaking seed dormancy, such as low-temperature stratification, growth regulator, and rational utilization of illumination, are comprehensively utilized, so that the seedling root system of the Lonicera sempervirens seeds obtained by utilizing the method disclosed by the invention is extensive; and furthermore, the method has the advantages of being good in growth, rapid in speed and high in survival rate.

The invention discloses a method for breaking through seed dormancy of magnolia biloba seeds, which mainly comprises the steps of seed sorting, soaking treatment of seeds, cold plasma treatment and variable-temperature stratification. By comprehensively utilizing the technologies for breaking through the seed dormancy such as soaking, controlling by a growth regulator, plasma treatment and variable-temperature stratification and the like, the sprouting time of the magnolia biloba seeds can be greatly shortened, seedlings of the magnolia biloba seeds which are obtained through the method respectively have developed root systems and grow fine, the growth speed is fast, and the survival rate is high.

The invention discloses a method for remediating acid/heavy metal cadmium composite polluted soil by using Pennisetum hydridum. The method comprises the following steps: plowing polluted soil, and planting Pennisetum hydridum in low ridges from March, wherein irrigation and fertilizer application are performed or not performed in the complete growing season; and three months after planting, starting reaping the aerial part of Pennisetum hydridum once a month, incinerating the reaped substance by a conventional method, and extracting the heavy metal and fertilizer, thereby achieving the goal of remediating acid/heavy metal cadmium composite polluted soil. Pennisetum hydridum is a perennial herb; and by continuously planting the Pennisetum hydridum on the heavy metal cadmium polluted soil and continuously reaping the aerial part, the heavy metal cadmium in the soil is continuously extracted and transferred, and the pH value of the soil is changed until the soil achieves the environmental safety standard. The Pennisetum hydridum, which has the advantages of high biomass of the aerial part and developed root system, can absorb and fix abundant heavy metals, can retain water and protect soil, enhances the green level of the polluted area, and has favorable economic benefit, social benefit and ecological effect.

The invention discloses a method for remediating acid/heavy metal lead composite polluted soil by using Pennisetum hydridum. The method comprises the following steps: plowing polluted soil, and planting Pennisetum hydridum in low ridges from March, wherein irrigation and fertilizer application are performed or not performed in the complete growing season; and three months after planting, starting reaping the aerial part of Pennisetum hydridum once a month, incinerating the reaped substance by a conventional method, and extracting the heavy metal and fertilizer, thereby achieving the goal of remediating acid/heavy metal lead composite polluted soil. Pennisetum hydridum is a perennial herb; and by continuously planting the Pennisetum hydridum on the heavy metal lead polluted soil and continuously reaping the aerial part, the heavy metal lead in the soil is continuously extracted and transferred, and the pH value of the soil is changed until the soil achieves the environmental safety standard. The Pennisetum hydridum, which has the advantages of high biomass of the aerial part and developed root system, can absorb and fix abundant heavy metals, can retain water and protect soil, enhances the green level of the polluted area, and has favorable economic benefit, social benefit and ecological effect.

The invention discloses a Davallia mariesii breeding method, which comprises the following steps: an induction proliferation medium and a rooting medium are provided, the inducting and proliferation cultivating are concurrently carried out, after exercising seedling, and the seedling can be directly transplanted to a seedlings bag for culturing. The invention provides a technical scheme of a key link in a seedling breeding technology process of the Davallia mariesii, the proliferation rate is fast, the reproduction rates can reach 5-7 times during one period with 25-30 days; the rooting culture lasts about 20 days, each plant can breed 5-8 roots, the seedling is robust, the root develops, a tissue culture process is simplified, the cost and production time are greatly reduced, and the Davallia mariesii breeding method is suitable for standardization and industrial-scale production.

The invention discloses a special microbial fertilizer for nursery stocks, relates to an agricultural fertilizer and an organic fertilizer production technology, and belongs to the technical field of agro-biological engineering. The special microbial fertilizer is disclosed against problems existing in the prior art, accords with practical demands of the agricultural production, and can reach the purposes comprising nursery stock per-unit area yield improvement, nursery stock quality improvement, and nursery stock planting economic benefit increase. The special microbial fertilizer is characterized in that a preparation method of the special microbial fertilizer comprises the following steps: respectively culturing nodule bacteria, Azotobacter chroococcum, Bacillus megatherium and Bacillus mucilaginosus to obtain fermentation seeds; disinfecting a production culture medium in a fermenting tank at 121DEG C for 20min, inoculating the above bacterial strain seeds to the culture medium when the temperature of the culture medium drops to about 33DEG C, and fermenting at 31-35DEG C under an aerobic condition for 24-30h to obtain the composite microbial fertilizer. The number of effective live bacteria in the microbial fertilizer is not lower than 5*10<9>/mL, and the number of each kind of the above bacteria is not lower than 3*10<8>/mL.

The invention relates to a method for pruning an oblique eggplant form. The method comprises the following steps: cultivating one main stem and making the main stem inclined 100 to 135 DEG C northward; cultivating 8 to 10 fruit branches on the main stem sequentially and removing a top; and pinching a terminal shoot and leaves two leaves of each fruit branch after the fruit branch bears one fruit and cutting the fruit branch when the fruit is picked to allow latent buds on a base part of the main stem to sprout and grow into fruit branches. The steps ensure full photosynthesis of eggplant plants, big fruit and high yield, avoid increasingly high blooming and fruit bearing positions and increasingly high plants, facilitate management such as pruning, flower and fruit protection, picking and insect disease prevention, improve light penetration between rows and plants due to the oblique eggplant form, reduce insect diseases and make full use of space to increase planting density.

The invention relates to a nutrient solution for substrate culture of cucumbers. The nutrient solution is composed of 12 kinds of organic raw material such as tetrahydrate calcium nitrate, potassium nitrate, potassium dihydrogen phosphate, magnesium sulfate heptahydrate, ammonium sulfate, potassium sulfate, chelated iron, manganese sulfate monohydrate, zinc sulfate heptahydrate, borax, copper sulfate pentahydrate, sodium molybdate. The nutrient solution for substrate culture of cucumbers has following beneficial effects: the nutrient solution is high in operability when being utilized for soilless substrate culture of cucumbers and helps increase the yield of quality cucumbers.

The invention relates to a breeding method for clone improved dragon well tea 43 in Jiaodong areas. The breeding method is characterized by comprising technological processes of nursery garden selection and settling, spike shearing, cutting, scaffold erecting and shading, nursery management, seeding lifting and the like. The breeding method solves the problems that dragon well green tea 43 seedlings cannot be adapted to boreal climate, the survival rate is low, the management difficult is high, and the like after being introduced form south to Jiaodong areas; and the breeding method is applicable to breeding and cultivation of the dragon well green tea 43 in Jiaodong areas.

The invention discloses a spent mushroom substrate tobacco seedling nursery substrate and a preparation method thereof. The spent mushroom substrate tobacco seedling nursery substrate comprises the following components in parts by weight: 60-80 parts of mature spent mushroom substrate, 20-40 parts of bonded silica sand and a tobacco floating seedling nursery nutrient solution. According to the preparation method disclosed by the invention, after the mature spent mushroom substrate and the bonded silica sand are mixed, the mixture is jointly used with the special tobacco floating seedling nursery nutrient solution as the tobacco seedling nursery substrate, through the way, a substitute for a grass carbon type tobacco seedling nursery substrate can be provided, tobacco seedlings obtained by nursery are robust and tidy, a root system is advanced, and the effects are better than the existing grass carbon type substrate. The spent substrate is composted and fermented mature bacterial residue, the bonded silica sand is natural weathered bonded silica sand, and the two raw materials have the advantages of extensive sources, convenience in taking the materials, low cost, and simple assembly. Therefore, by popularizing and using the spent mushroom substrate tobacco seedling nursery substrate disclosed by the invention, the seedling nursery cost can be reduced, and the exploitation of grass carbon resource is further avoided for being conductive to environmental protection.

The invention discloses an artificial luminous environment cultivation method of tobacco. The method comprises the steps of (1) uniformly mixing peat soil and vermiculite to form a matrix, installing the matrix into a sowing disc, determining humidity of the matrix according to the variety of tobacco seeds, then sowing the tobacco seeds, uncovering a film timely after germination, and obtaining seedlings; (2) seedling growing: transplanting the seedlings to a seedling growing device, and cultivating the seedlings for 15-20 days at the temperature of 23-28 DEG C and under the air humidity of 60-70%; and (3) cultivation: transplanting the plants obtained in the step (2) to a cultivation region, and cultivating the plants at the temperature of 23-28 DEG C and under the air humidity of 60-70% until harvesting the tobacco. The artificially cultivated tobacco is prevented from being influenced by adverse climatic conditions, and annual continuous production is achieved. Leaf surfaces of the planted tobacco plants are light green, roots are developed, stems are flexible, strong and not easy to break, and yield is obviously increased compared with a traditional fluorescent lamp method.

The invention relates to a treatment method of treating cadmium contaminated water, and relates to a treatment method of contaminated water. The treatment method comprises the following steps of: planting one or two of a cadmium hyperaccumulator plant, namely nightshade, and leaf beta vulgarisvar.cicla into water to be treated; activating and absorbing cadmium contained in the contaminated water; continuously extracting the cadmium contained in the contaminated water by continuously and regularly collecting and replacing the plants till the cadmium content of the water achieves a safety standard; and culturing nightshade and leaf beta vulgarisvar.cicla plants: yielding the nightshade and leaf beta vulgarisvar.cicla plants through seed germination and greenhouse culture. One or two of the nightshade and the leaf beta vulgarisvar.cicla is or are planted in the water to be treated, and a planting method comprises the following steps of: planting the plants into a floating bed, wherein roots directly contact with the contaminated water through small holes drilled on the floating bed; and continuously and regularly collecting and replacing the plants, and collecting and replacing the plants for one time every 15-20 days till the cadmium content of a water body achieves the safety standard. According to the invention, the two plants have the advantages of hyperaccumulation capacity on the cadmium, root system upgrowth, vigorous growth, easiness for propagation and higher biomass, so that the cadmium contaminated water body is efficiently restored.

The invention relates to the technology of cuttage seedling cultivating, in particular to an olive cuttage seedling cultivating, and discloses an olive cuttage seedling cultivating cuttage bed. The olive seedling cultivating cuttage bed is composed of a U-shaped water tank type tank cuttage bed, a mesh-shaped seedling cultivating container support and a plastic film support. A cuttage seedling cultivating method includes the steps of cutting slip preparation, cuttage, post-cuttage management, bagging, transplantation and the like. According to the seedling cultivating cuttage cuttage bed and the cuttage seedling cultivating method, the cuttage rooting percentage can reach 100% at most on the fiftieth day, the average rooting percentage can reach 99.1%, the number of adventitious roots can be obviously increased after rotting agents are used for processing roots from the aspect of rooting quality, and the average number of adventitious roots of each cutting slip can reach 11.2. No manual management is needed after cuttage, no heating device is needed, only a small amount of tap water needs to be injected, the rooting time is short, bagging can be conducted 45 days to 50 days later, the root system is good in development, the number of lateral roots is large, the texture is hard, and the transplantation survival rate is high.

The invention discloses an artificial seedling culture method for asparagus lettuce seeds. The artificial seedling culture method comprises the following steps of: preparing the asparagus lettuce seeds; soaking the asparagus lettuce seeds for pretreatment; treating the asparagus lettuce seeds with medicaments; disinfecting the asparagus lettuce seeds; accelerating germination of the asparagus lettuce seeds; sowing the asparagus lettuce seeds. Compared with the current asparagus lettuce seedling culture technology, the artificial seedling culture method disclosed by the invention has the advantages that the seed germination rate is 94 to 96 percent, and the seedling transplanting survival rate is 89.5 to 94 percent; cultured seedlings grow strongly, with robust roots and high disease resistance; in the culture stage, the morbidity of downy mildew and black spot is obviously reduced, and after being transplanted, the seedlings are high in adaptability; furthermore, the cold resistance of asparagus lettuce can be further enhanced; asparagus lettuce stems are more robust, taste good, and are high in harvesting yield and good in economic benefit.

The invention discloses a method for improving a flue-cured tobacco variety Yunyan97. The method comprises the following steps of: on the basis of selecting dendranthema indicum as understock and a seedling of the flue-cured tobacco variety Yunyan97 as scion, grafting at the last ten-day period of March by adopting a side grafting method, i.e. cutting the lower end of the scion into a slowly inclined wedge-shaped plane by using a cutter, cutting the understock to reach the one fourth part of the diameter of the understock downward at a bevel angle by using the cutter, and inserting the scion into the cut of the understock; and after grafting is successful, transplanting plants into a large field. According to the method, distant hybridization is carried out on the dendranthema indicum andthe flue-cured tobacco variety Yunyan97 for the first time, and by virtue of grafting, not only can the pest and disease resistance of new plants be improved, but also the new plants have the characteristics of the flue-cured tobacco variety Yunyan97 and also have the advantages that the quality of tobacco is improved, the nicotine of tobacco is also obviously reduced and the pungency is reduced.

The invention discloses an artificial breeding method for tomato seeds. The method comprises the steps of tomato seed preparation, tomato seed soaking for pretreatment, tomato seed pharmaceutical treatment, tomato seed disinfection, tomato seed germination accelerating and tomato seed sowing. Compared with the prior art of tomato seedling raising, the seed germination percentage in the artificial breeding method is 96-98%, the seedling transplanting survival rate is 90-93.5%, cultured seedlings are strong in growth vigor, developed in root system and high in disease resistance, the incidence rate of gray mold, bacterial wilt and leaf mold is obviously lowered during culturing, the adaptability is high after transplanting, the flower rate and fruit setting rate of tomatoes are significantly improved, fruit development is good, and fruit flesh quality is good.

The present invention discloses environment friendly tobacco seedling raising medium and its preparation process. The environment friendly tobacco seedling raising medium consists of charred chaff in 50-90 vol% and loess in 10-50 vol%; and its preparation process includes the steps of air drying loess, crushing, sieving, and mixing with charred chaff. The tobacco seedling raising medium has good ventilation, high water maintaining performance, high fertilizer maintaining performance and good heat transferring performance, and can meet the requirement for tobacco seedling to grow.

The invention relates to a method for cultivating multi-petal strong-flavor jasmine. The method for cultivating the multi-petal strong-flavor jasmine comprises the steps that pairwise mixed grafting is carried out on single-petal jasmine, double-petal jasmine and multi-petal jasmine, planting and management are carried out, mutual grafting is carried out on intermediate products obtained after pairwise mixed grafting, the intermediate products are planted and are cultivated for one year or more according to the planting method of ordinary jasmine, and selection and cultivation are carried out through observation of the situation of growth of plants and the situation of flowering so that final products are obtained. The method for cultivating the multi-petal strong-flavor jasmine integrates the advantage of the flavor of the single-petal jasmine, the high yield advantage of double-petal jasmine and the flower type advantage of the multi-petal jasmine, and a jasmine variety which is rich is fragrance, beautiful in flower, easy to cultivate and high in yield is cultivated and selected through the manual method.

The invention provides a method for preparing a mulberry fertilizer. The method comprises the following steps: mixing the following components in parts by weight: 80-100 parts of pig manure, 12-15 parts of humic acid, 3-5 parts of ground cotton straws, 3-5 parts of ground mulberry branches, 1-2 parts of cottonseed cake, 0.1-0.2 part of cane sugar and 1-2 parts of distillers' grains, stacking into a compost heap of 1.2-1.5m high, fermenting in a natural environment, turning over once per two days, and totally fermenting for 50-60 days, thereby obtaining the product. According to the mulberry fertilizer prepared by the method disclosed by the invention, the mulberry can be developed in root system and vigorous in growth, the absorption efficiency of root hair on nutrient elements can be improved, and the nutrient structure meets the requirement of the mulberry. Moreover, the dry matter accumulation of the mulberry can be improved, and the mulberry yield is improved, so that the yield of the mulberry is increased by 13-18%.

The invention discloses a planting method for mulberry trees. The method comprises the following steps: preparing soil; carrying out transplanting; carrying out watering; carrying out illumination; applying fertilizers; and carrying out disease control. The planted mulberry trees are developed in root system, converse water, are relatively large in tree shape, more in branches, remarkable in nodes, luxuriant in site, more in fruits and large in fruits and sweet in pulp. The raw materials turn waste into wealth and are low in prices, so that air pollution is reduced and haze is reduced. A modified crop straw adsorbent prepared by the method is stable in property, has broad-spectrum adsorptivity on organic matters such as heavy metal ions, dyes and the like, and has relatively good economical and social benefits.

The invention discloses a method for improving the variety of NC297 flue-cured tobacco. The method comprises the steps of: selecting French wild grape as a tree stock and a seedling of NC297 flue-cured tobacco as a scion; performing grafting by adopting the tongue grafting method in the first ten-day period of April, wherein clefts of the tree stock and the scion are ligules and are about 1cm in length, the ligules are matched, the ligule of the scion is intersected with that of the tree stock and the ligulesa lean against each other; and after grafting and survival, transplanting the plant to field. According to the invention, the French wild grape and the NC297 flue-cured tobacco are subjected to distant hybridization initiatively. Through grafting, the resistance to disease and pest ofthe novel plant is improved. In addition to characteristics of the variety of NC297 flue-cured tobacco, the novel plant has unique sweet flavor of the French wild grape and the amount and quality of sweet smell of tobacco are improved.

The invention discloses a method for restoring cadmium contaminated soil by using cypress seedlings, belonging to the technical field of phytoremediation of environmental pollution. The method comprises the following steps of: selecting soil with cadmium pollution which is less than or equal to 100mg kg<-1>; planting annual or biennial cypress seedlings in the open air; watering and supplying fertilizers in due time in order to retain soil moisture content from 60 percent to 80 percent; selling or transplanting the cypress seedlings which are transplanted from the nursery in autumn of the current year or in spring of the following year; and continuously multi-cropping and managing in the original field until the cadmium pollution of the soil of the field is reduced to a safety standard which is lower than 1mg kg<-1>. The method is characterized in that the cypress seedlings have strong cadmium toxicity resistance and high restoration efficiency, the transplanted seedlings have no secondary pollution for a soil body, medium and mild cadmium contaminated soil can be restored and used in time, and the like. The method can be widely applied to medium and mild cadmium contaminated soil areas.

The invention relates to the seedling growing field, and specifically relates to a Masson pine root cutting cuttage container seedling manufacturing method comprising the following steps: cuttage seedling bed preparation, seedling growing bed arrangement, sowing, root cutting, seedling cuttage, and nursery stock management; the method uses the root cutting mode to remove main root advantages, so single main root is converted into fibrous roots, thus greatly improving root quantity, and improving root moisture and nutrients absorbing ability; the nutrients and moisture absorbed by the root after transplantation can feed the nursery stock growth, thus greatly improving nursery stock survival rate and afforestation efficiency.

The invention belongs to the technical field of soil improvement, in particular to a stress-resistant organic soil conditioner with a biological stimulation effect. The organic soil conditioner includes following components: 10 to 60 parts of silicon-calcium powder, 30 to 50 parts of biomass fertilizer, 10 to 20 parts of humic acid, 15 to 25 parts of chitosan, 10 to 20 parts of bentonite, 5 to 10parts of alginic acid solution, 6 to 16 parts of amino acid solution, 6 to 12 parts of animal viscera fermentation liquor, 4 to 6 parts of water locking agent, 0.2 to 0.7 part of magnesium sulfate, 0.02 to 0.06 part of biological flora and 0.3 to 0.7 part of brassin. The invention further relates to a preparation method of the stress-resistant organic soil conditioner with the biological stimulation effect. The preparation method includes: mixing the raw materials and then performing high-tower granulation to obtain the soil conditioner. The soil conditioner disclosed by the invention containsa large amount of active effective silicon nutrition, combines various marine organism source growth promoting factors such as alginic acid and the like, nourishes root systems, promotes root systemgrowth, improves root system vitality, and enhances stress resistance such as drought resistance, disease and pest resistance and continuous cropping resistance of crops.

The invention discloses a breeding method for Taiwania flousiana non-woven fabric light-matrix sowing seedlings. The breeding method comprises the following specific steps: mixing coconut shell powder, peat, a water-retaining agent and humic acid to prepare a non-woven fabric light-matrix nutrition cup; soaking with a 0.1-0.5% of potassium permanganate solution for 30-60 minutes before sowing, washing with clean water, soaking seeds by using hot water with the temperature of 40-50 DEG C, changing water to continue soaking for 24-48 hours after naturally cooling, after the seeds are washed with clean water, placing the seeds in a germination accelerating machine for germination accelerating at the temperature of 25-30 DEG C; after white buds of the seeds come out, dibbling into the light-matrix nutrition cup, and covering with a thin film; spraying chlorothalonil for one time and covering with a sunshade net after Taiwania flousiana seedlings grow, fertilizing for one time every other 10-20 days after lateral roots of the seedlings penetrate the bottom of the cup, classifying the seedlings on a seedling tray when the height of the seedling is 5-10 cm, starting to carry out seedling hardening at the end of 2011, and outplanting after the seedling hardening. The Taiwania flousiana seedlings cultured on the light-matrix nutrition cup have developed root systems and are thick and strong, the transportation cost and forestation cost can be reduced as the matrixes are light, and light matrixes of plants which do not survive can be recycled; the germination accelerating rate is high, the germination consistency is better, and the seed germination rate of Taiwania flousiana seeds is effectively increased.