144results about How to "Adequate nutrition" patented technology

The invention discloses a hot pepper rich in organic selenium and a production method thereof. The total selenium content in the hot pepper rich in organic selenium is 10-300 micrograms per kilogram and the content of the organic selenium is equal to or more than 80% of the total selenium content. The method comprises the following steps: using a selenium-enriched seedling culture matrix of hot pepper to culture the seedlings of the hot pepper rich in organic selenium; transplanting the seedlings together with soil into a land; and finally harvesting the hot pepper rich in organic selenium, wherein a selenium-enriched seedling culture matrix of hot pepper contains nanometer selenium plant nutrient agent, garden soil, organic fertilizer, pond sludge and plant ash, and the mass ratio of the nanometer selenium plant nutrient agent to the garden soil to the organic fertilizer to the pond sludge to the plant ash is (0.001-0.1): (2-8):(1-4): (1-4): (0.5-1). The hot pepper is rich in selenium element and the whole content is uniform. By using the method, the proportion of organic selenium is increased, the problem of the prior art of the stability of selenium content in the hot peppers grown in different batches is solved, the uniform selenium content in the hot pepper is ensured, and the standard mass production can be realized.

A method for spraying to green a side slope of hard rock with joints being not developed comprises the steps of processing a slope surface, setting up a simple scaffold, using a compressed air drilling machine for drilling vegetative holes, filling nutrient soil in the vegetative holes, laying a metal net and binding vegetative strips, spraying and seeding matrix materials which can instantly make artificial soil with good water stability performance in the slope surface, and conducting necessary maintaining management in the seedling stage of plants. The method is a spray-seeding technology directing at the side slope of the hard rock with the joints being not developed, and common construction methods can not be implemented on the slope surface of the type. The method for spraying to green the side slope of the hard rock with the joints being not developed has the advantages of being simple, strong in operability, low in cost and suitable for various hard rock side slopes with the gradient less than 80 degrees. After spray-seeding, phytocoenosium is formed, wherein ligneous plants are mainly included, shrub and herbaceous plants are combined, the phytocoenosium is long lasting and stable, and is in harmony and consistency with the surrounding ecological environment, after closing of the plants, cultivating does not need any more, and the slope surface of the hard rock with the joints being not developed can be greened and beautified permanently.

The invention relates to a microbial composite fertilizer and a preparation method thereof. The microbial composite fertilizer comprises: by weight, 5 to 15 parts of urea, 5 to 15 parts of monoammonium phosphate, 5 to 15 parts of potassium sulfate, 10 to 30 parts of weathered coal, 2 to 10 parts of a calcium-magnesium-phosphate fertilizer, 30 to 80 parts of organic fertilizer powder and 3 to 5 parts of composite bacteria. Compared with simple chemical fertilizers, the microbial composite fertilizer is more scientific and reasonable in composition and structure, has a higher level than a level of a traditional fertilizer in performance, improves a nutrient absorption rate of a crop from 30% to 65%, improves soil compaction and increases fertility of soil.

The invention discloses a cherry grafting method, and belongs to the technical field of agricultural planting. The method comprises the steps of stock preprocessing, scion preprocessing, grafting, later grated seedling managing and the like. Before cherry grafting, the stock is fertilized so that the nutrient supplying of the stock can be ensured; the scion is placed in the plant hormone to be immersed so that the wound healing after grafting can be promoted; during grafting, the incision attached position of the scion and the stock is coated with organic fertilizer and the like, and then enough nutrient can be supplied to the grafted scion, the incision of the scion and the stock can be fast healed as soon as possible, and therefore the grafting survival rate is improved and reaches to more than 97 percent.

The invention relates to a saline-alkali soil fruit tree planting method. The saline-alkali soil fruit tree planting method includes steps of taking common annual branchless fruit saplings for on-ridge root-limiting secondary culturing on land with soil property approximate to that of an orchard to be built or with the salt and alkali content lower by 0-30% than that of the common land, and applying nutrient soil to control salt by mixing in a sapling growing zone; preparing fulvic acid and naphthylacetic acid soluble powder into slurry which is used for wrapping the saplings before planting; increasing nutrient using microbial nutrition fertilizer in a sapling stage and improving resistance; performing measures like salt leaching, pressing and accumulating to improve sapling salt-alkali resistance at any time by controlling water, greatly improving salt and alkali resistance of saplings by a series of salt and alkali training, lifting the saplings and planting in the orchard to be built, dipping the saplings in the fulvic acid and naphthylacetic slurry again and broadcasting super-fine calcium carbonate in sapling holes. Various measure effects are outstanding, the survival rate of the saplings is remarkably increased in the salt and alkali area, the orchard is even, and the high yield can be realized in the second to third year and the quality is high.

The invention relates to the technical field of agricultural planting, and discloses a grafting method for Prunus salicina. A peach tree is selected as a stock, fertilization treatment is carried out on the stock before grafting is carried out, the top tip of the stock is cut off, and the cut part is wrapped by plastic; a scion which is cut off is first soaked in plant hormones; after grafting is carried out, the position of attachment between the scion and a stock cut is coated with organic fertilizer, and then a thin-film strip is used for binding to carry out fixation with a bud is exposed; after grafting is carried out for 10 days to 15 days, the thin-film strip is released. According to the grafting method for Prunus salicina, through the treatment method that first, the stock is fertilized, then, the scion is soaked in the plant hormones, and the position of attachment between the scion and the stock cut is coated with organic fertilizer, it is ensured that the scion can have enough nutrition supply after grafting is carried out, and the survival rate of grafting is improved to be more than 97%.

The invention relates to the field of orah planting, and particularly discloses an industrialized planting method for the orah. The industrialized planting method for the orah comprises the followingsteps: S1, garden selection: selecting 15-100 mu of slightly acidic sandy loam or loam soil with a deep, thick, loosen and fertile soil layer, good drainage, rich organic matters and a pH value of 5.5-6.5 to build a garden; S2, seedling selection: selecting disease-free orah seedlings taking Ziyang orange as a stock; S3, soil deep tillage: ploughing the soil when the soil humidity is not large, taking an contour line or a vertical road in the direction, ploughing once for about 60 cm in depth, raking once to twice until the soil is smooth, and excavating a drainage ditch; S4, planting: planting disease-free orah seedlings, planting 56-110 plants per mu into the garden according to a row spacing of 3-4 meters and a plant spacing of 2-3 meters; S5, young tree management: fertilizing after first shoots turn green after planting, thinning flowers and fruits in spring in the second year after planting, expanding holes and modifying soil in winter in the second year after planting, fertilizing again, and regularly pruning young trees; and S6, fruiting tree management. According to the method, the industrialized planting management level is better, so that the planting yield and quality of the orah are higher.

The invention relates to an intelligent baby sleeping device, a toy provided with the intelligent baby sleeping device, a desk lamp provided with the intelligent baby sleeping device, and clients coupling with the desk lamp and toy. The intelligent baby sleeping device comprises a sound acquisition device which is in signal connection with a control device; the control device comprises a sound identification system which is used for identifying a crying mode, a crying more mode and a crying less mode; in the crying mode and crying more mode, the control device is used for controlling an audio frequency power amplification module to output sound signals used for playing sleeping music. The intelligent baby sleeping device can distinguish baby crying and divide the crying into a plurality of modes, so that parents can adopt corresponding measures.

The invention discloses a method for producing a biological feed additive by using cassava residue and waste alcohol sediment liquid. The method comprises the steps of mixing the waste alcohol sediment liquid and the cassava residue according to the weight ratio of (5-10): (3-4), adding nutrients, then, sterilizing, inoculating strains, then, fermenting, and drying a fermented cassava residue mixture, thereby finally obtaining the biological feed additive containing a large number of microbial thalli, wherein the inoculated strains are prepared from bacillus subtilis, bacillus licheniformis and aspergillus niger which are in the flora number ratio of (1-2): (1-3): (1-4), and the weight ratio of the strains to a moist cassava residue mixture is (5-10): 100. The method has the advantages that in the produced biological feed additive, the content of crude protein is not lower than 16%, the content of amino acids is not lower than 1.6%, and the biological feed additive per gram contains not smaller than 1.0*105 probiotic bacillus, so that sufficient nutrition can be guaranteed; the biological feed additive is subjected to high-degree acclimatization with the PH value of about 3.0 during fermentation, so that the passing of a test of gastric acid of breeding objects is facilitated, and the effect of promoting growth is exerted; meanwhile, the generation of ammonia gas (NH3), hydrogen sulfide (H2S) and skatole is inhibited, so that the air environment of farms is improved.

The American large blattaria cultivation method is characterized by that it adopts the following steps: warmhouse box cultivation, imagines and egg separation, artificial hatching, hatching and feeding temp. is 20-30 deg.C and humidity is 60-85 deg., astigmatism irradiation and using cooked food to feed. Under the condition of artificially controlling temp. and humidity, ensuring fresh air, enough nutrients and certain light irradiation its natural growth stage can be shortened to about 5 months from original 1.5-2 years, the egg yield can be raised by above 5 times, hatching rate is up to about 60%, survival rate of larvae is up to above 40% and its cultivation scale can be increased according to the ratio of 1:10.

The invention discloses an artificial hybridization breeding method for epinephelus fuscoguttatus and epinephelus polyphekadion. The method comprises the steps of (1) choice of parents, (2) cultivation of the parents, (3) check and judgment of the gonad development degree of parent fishes, (4) artificial fertilization, (5) incubation of zygotes and (6) packing and transporting of the zygotes. Through the method, intergeneric hybridization of epinephelus fuscoguttatus and epinephelus polyphekadion is realized, first filial generation fish fry with characteristics of two parents is obtained and used for subsequent artificial breeding, and the cultivated hybrid fishes are good in breeding property, delicious in flesh and high in cost performance, and a new variety is provided for all fry varieties of fishes.

The dynamic 3D input tissue reactor includes one culture case for inoculating cell onto biological rack with central channel; at least one canal stretched into the central channel of the biological rack, and one circular infusion device communicated with the canal. The culture case has one inlet port and one outlet port, and via the inlet port the canal is communicated with the circular infusion device. Via the closed circular infusion device, suspended cell liquid is fed directly to the central position of biological rack material inside the culture case, and after the cell attached to wall of the biological rack, micro cell culturing liquid is fed continuously with micro circulating pump to provide cell with enough nutrients for cell division and proliferation to form new tissue.

The invention relates to a preparation method for a laying chicken feed. The method comprises the following steps: carrying out ultra-fine crushing on medicated leaven, dried orange peel, cordate houttuynia, radix puerariae, hawthorn and medical stone powder, adding water for soaking, decocting, and filtering so as to obtain a filtrate, and carrying out 5 to 7 times of concentration on the filtrate to obtain a concentrated solution; uniformly mixing corn, bean pulp, lemon acid residues, rice bran, shell powder and fish powder, and carrying out ultra-fine crushing to obtain a mixture A; adding the concentrated solution into the mixture A to be uniformly mixed, insulating heat for 10 minutes at the temperature of 80 to 85 DEG C, adding alum powder, insulating heat for 1 to 2 hours at the temperature of 50 to 60 DEG C, and cooling to room temperature after the insulating heat is finished to obtain a mixture B; adding calcined oyster shell powder into the mixture B, insulating heat, and adding composite vitamins and composite minerals into the mixture B to prepare a particular feed, namely the laying chicken feed. The prepared feed has the advantages that the laying chicken can obtain the sufficient nutrition, and the growth performance, laying amount and immunity of the laying chicken can be improved.

The invention provides a planting spongy substrate containing biomass activated carbon and a preparation method thereof.The planting spongy substrate containing biomass activated carbon can be formed freely and serves as a cavernous body planting base material containing biomass activated carbon.Plants or seeds can grow and develop by being directly placed into the substrate, fixation in the spongy substrate is achieved through a root system, soil or other substrates are not needed any more, and the plants can be suitable for various building structures after being planted.Biomass activated carbon serves as the main component of a soilless culture base material, so that the spongy substrate has the effects of adsorbing particles and purifying air.The product is low in weight, high in strength and good in air permeability and water-absorbing and water-retaining property, has the additional effects of insect prevention, bacterium prevention and ultraviolet absorption, and is particularly suitable for constructing small green landscape in various curve surface shapes in a room.

The invention relates to a method for stereoscopically cultivating edible fungi with long crop straws. The method comprises the steps of long crop straw treatment, fungus bag film preparation, fungus bag preparation, fungus bag cultivation, fungus wall building, fungus wall management and mushroom picking. Long rice straws or long wheat straws and sawdust or corncobs are directly used as cultivation materials to be sterilized under normal pressure, the sterilized cultivation materials are baled and inoculated after cooling to run fungi, the stereoscopic fruiting cultivation method of building fungus walls is adopted after running the fungi, any mechanical equipment is not needed, and the plots in the countryside are fully utilized for cultivation. The method has the characteristics of small floor area, low cost, short cultivation cycle, high benefits and strong practicability.

The invention discloses a cherry slow-release dedicated fertilizer, and belongs to the chemical fertilizer field. The cherry slow-release dedicated fertilizer mainly includes the following raw materials in parts by mass: 20-25 parts of animal dung, 10-15 parts of maize straw ash, 10-15 parts of a traditional Chinese medicine mixed powder, 14-20 parts of potassium magnesium sulfate, 14-20 parts of calcium superphosphate, 10-15 parts of urea, 10-15 parts of zinc sulfate, 2-6 parts of an organic fertilizer leavening agent, and 2-6 parts of beta-cyclodextrin. The traditional Chinese medicine mixed powder includes 2 parts of rhizoma coptidis, 3 parts of plantain seed, 3 parts of gingko leaf and 4 parts of aloe. With use of the fertilizer provided by the invention, nutrient substance needs of cherry in different growth periods can be met, the yield and quality of the cherry are improved, in addition, the ecological balance of soil can be maintained, and the damage of chemical fertilizers to the soil is reduced.

The invention relates to a cherry grafting method. The cherry grafting method comprises the following steps: selecting spring as the grafting time, cutting the upper part prior to the grafting, smearing a healing agent, carrying out fertilizer application treatment and sterilization treatment on a rootstock, and then immediately covering a cut part with plastic; selecting a black pearl cherry tree which is strong in growth and free from diseases and injurious pests as a cion, and placing and soaking the cut cion in plant hormones; when in grafting, thinning an old bark of the rootstock, rapidly inserting the processed cion into a T-shaped incision of the rootstock, and coating the incision of the cion and the rootstock with organic fertilizer; completely sleeving the grafted cion by utilizing a kraft bag, extending the kraft bag to the lower part of a grafting interface, and arranging air holes in the top of the kraft bag; watering the grafted seedling at an appropriate quantity and at an appropriate time, and unfastening the kraft bag and a film strip after the seedling is grafted for 10 to 15 days; and spraying clean water after the kraft bag and the film strip are unfastened. By adopting the method, a shading, rainproof and cooling effect can be realized, and the grafting survival rate reaches 98 percent or more.

A preparation method of Chinese medicinal herb feed for weaned rabbits includes the following steps: medicated leaven, pericarpium citri reticulatae, bighead atractylodes rhizome, cordate houttuynia, scutellaria baicalensis, fructus crataegi and medical stone powder are soaked in water for 4 to 6 hours after superfine grinding, the soaked mixture is decocted, the decoction is filtered, and the obtained filtrate is concentrated by 5 to 6 times to obtain a concentrated liquor; alfalfa, corns, bean pulp, bran and carrots are uniformly mixed to be subjected to superfine grinding to obtain a mixture A; the concentrated liquor is added into the mixture A to be stirred evenly, the temperature preservation is performed at the temperature of 50-60 DEG C for 40 minutes, alum powder is added to be stirred evenly, temperature preservation is performed at the temperature of 45 DEG C for 1 to 2 hours, and the mixture is cooled to the room temperature after the temperature preservation to obtain a mixture B; calcined oyster shell powder is added into the mixture B, and vitamin complexes and compound minerals are then added into the mixture B after temperature preservation to be made into granulated feed, namely the Chinese medicinal herb feed for weaned rabbits. The feed prepared according to the invention can provide sufficient nutrients to weaned rabbits, so as to improve the growth performance and immunity of weaned rabbits, upgrade the absorption function of intestinal mucosa, and alleviate weaning stress syndrome.

The invention relates to an industrialized fry cultivation method of oval pompano. The method comprises the steps of incubation, transfer of the fries, cultivation of fish larva and juvenile, fodder domestication and the like; according to the method, the fry cultivating processes are all conducted indoors, incubating and raising processes are not influenced by weather, and the yield of raised fries is greatly improved; the method can be used for carrying out directed screening to fed bait, and the fry survival rate in the stage is greatly improved; the requirement of fries on EPA and DHA is ensured, and the fry quality is guaranteed; in the process of industrialized cultivation, the temperature, salinity, dissolved oxygen and other factors in a fry cultivating water body are relatively stable, the aberration rate of the fries is effectively reduced, and the survival rate of the fries is improved; a fry separating sifter is utilized to periodically screen the fries, the self-injury of the fries is reduced, the survival rate of the fries is improved, and meanwhile, the homogeneity of the fries is guaranteed; the method has the advantages that the occupied area for industrialized cultivation of the fries is small, the water demand is less, the sewage discharge is less, and the influence on natural environment is small.

The invention discloses a method for afforestation seeding under the condition of difficult land cultivating. The method comprises the following steps: firstly, selecting drought-enduring and infertile-resisting plant seeds, then mixing loess soil and an organic fertilizer to prepare nutrient soil, subsequently, disinfecting, soaking and drying the plant seeds in shade and then mixing the plant seeds with the nutrient soil, covering a layer of nutrient soil on the surface of the plant seed to prepare a seed nutrition cover, conducting land preparation and excavation on barren mountains and slopping fields with gangues and mineral waste residues at intervals, mixing the seed nutrition cover and a water retaining agent and the planting the mixture in a hole, and covering soil on the hole. In the invention, as the plant seed is drought-enduring and infertile-resisting, and the water retaining agent can absorb a large amount of water in rainy days, release water slowly in sunny days, and can sufficiently guarantee the water needed by sprouting of the plant seeds and the growth of seedlings, so that the plant seeds can obtain enough water and nutrition, the seed sprouting rate is improved, and the seedling survival rate is improved. According to the method for afforestation seeding, the operation is simple, the afforestation cost is low, the survival rate is high, and the average survival rate is more than 83.3%.

The invention discloses a preparation method of broiler feed. The method comprises the steps of performing superfine grinding on medicated leaven, tangerine peel, cordate houttuynia, scutellaria root, hawthorn fruit and medical stone powder, then adding water to soak the materials for 4-6 hours, boiling, then filtering, performing 5 to 6 times of concentration on obtained filtrate, so as to obtain a concentrated liquor, uniformly mixing corn, bean pulp, peanut shell, bone meal and fish meal, and then performing superfine grinding so as to obtain mixture A, adding the concentrated liquor into the mixture A, uniformly stirring the mixture A, performing heat preservation for 40 min at 80 to 85 DEG C, then adding alums powder, uniformly stirring, continuously performing heat preservation for 1 to 2 h at 50 to 60 DEG C, then cooling the mixture to the room temperature, so as to obtain mixture B, adding calcined oyster shell powder into the mixture B, uniformly stirring, performing heat preservation, and then adding compound vitamins and composite minerals, so as to obtain pellet feed, namely the broiler feed. The feed prepared through the method can ensure that broiler obtains sufficient nutrition, and can improve the growth performance and immunity of young broilers.

The invention discloses a scar and pockmark removing lotion rich in natural extracts and a preparation method of the lotion. The lotion is prepared from aloe oil, almond oil, marigold oil, sea buckthorn oil, horse oil, emu oil, glycerol, a 1% sodium hyaluronate solution, a radix salvia miltiorrhiza extracting solution, a white muscardine silkworm extracting solution, a peach seed extracting solution, a herba centellae extracting solution, D-panthenol, an ML emulsifying agent, an olive emulsifying agent, distilled water, silicone oil, sodium alginate, cationic guar gum, a compound antibacterial agent and essence. Compared with the prior art, the lotion is faint yellow, appropriate in thickness, light and hydrated, fine, smooth and uniform, good in spreadability, fragrant in smell and green and purely natural in effective ingredient, the contained sodium hyaluronate has the softening and scar forming preventing functions, and the effective ingredients can go deep into the dermis to decompose, remove and replace various aged, fibrotic, damaged and non-functional scar tissue and prepare a space for epithelial cells with the regeneration potential.

The invention belongs to the technology field of Tibetan medical health food, particularly a hard capsule prepared from saffron extract, Tibetan medlar extract, Tibetan solomonseal extract, Tibetan angelica extract, Chinese yam extract, multiflower knotweed root extract, seaweed extract, proanthocyanidin , vitamin B6, vitamin E, vitamin C, etc. The prepration process for the hard capsule includes mixing the materials, stirring; filling into capsules, sealing; checking; and packaging to obtain finished product. The capsule is effective in caring ovary, caring skin, postponing aging, etc.

The invention discloses a preparation method of a nutrition block specially used for yaks. According to the preparation method, the nutrition block comprises the following raw materials in parts by weight: 30-35 parts of green syrup, 10-20 parts of wheat bran, 10-20 parts of corn, 8-12 parts of cement, 10-15 parts of urea, 8-12 parts of table salt, 5-10 parts of soybean meal, 4-7 parts of cottonseed meal and 1-2 parts of mineral substance premix. The preparation method comprises the following operating steps of: a dry material smashing step (S1100), a green syrup processing step (S1200), a mixing and processing step (S1300) and a compression moulding step (S1400). The invention also discloses the nutrition block specially used for the yaks, prepared by adopting the preparation method. The nutrition block provides enough energy and crude protein for growth of the yaks, replenishes appropriate true protein and can improve body condition, growth rate and reproductive performance of the yaks and milk yield of the yaks.

The invention discloses a whey protein solid beverage containing N-acetylneuraminic acid. The beverage is prepared from sugar, concentrated whey protein powder, whole milk powder, N-acetylneuraminic acid, probiotics, prebiotics, ethylenediaminetetraacetic acid ferric sodium salt and casein phosphopeptides. According to the whey protein solid beverage, all raw materials are effectively combined, the immunity of all kinds of people including infants and young children can be effectively enhanced, the whey protein content is high, nutrition is rich, absorption is facilitated, and more sufficientnutrition and energy can be provided for drinkers.

The invention discloses an animal feed which is prepared from the following raw materials in percentage by weight: 30-40 percent of corn, 15-20 percent of straw stalks, 15-20 percent of peanut meal, 13-16 percent of corncob, 13-16 percent of plant residue and 0.1-0.3 percent of salt. The animal feed disclosed by the invention has multiple functions, can provide sufficient nutrition for animals, has the functions of resisting fungi and clearing away heat and toxic materials, can improve the immunity of animals, is free of antibiotic or hormone and is safe and environment-friendly, and the raw materials are low in price and low in cost. When the animal feed disclosed by the invention is used for feeding animals, the yield of the animals is increased.

The invention discloses an energy beverage suitable for patients before operation to drink and belongs to the field of processing a special medicine formula food. Each 100ml of the energy beverage comprises 10-15g of carbohydrate, 0.2-0.5g of dietary fibers, 70-80mg of sodium ions and 60-70mg of potassium ions. The energy beverage provides energy ingestion for patients before operation, the gastrointestinal tract loads can be reduced, energy requirements of the patients during operation can be met, and the insulin resistance and proteolysis metabolism of the patients after operation can be effectively alleviated. The energy beverage is particularly suitable for energy supplement of patients before surgical operation.

The invention discloses vigour raising paste containing Rosa roxburghii Tratt and belonging to the technical field of health care foods. The vigour raising paste is characterized by containing 16-26% of dry Rosa roxburghii Tratt, 14-23% of donkey-hide gelatin, 6-12% of filbert kernels, 4-10% of radix astragali, 3-9% of rehmannia glutinosa, 4-11% of brown sugar and 21-45% of Rosa roxburghii Tratt wine. The vigour raising paste containing Rosa roxburghii Tratt is scientific in composition and formula, rich in nutrition and good in mouthfeel and has the effects such as brightening and refirming the skin, moistening and repairing the face, eliminating spots and removing acnes, bodybuilding and the like; and the vigour raising paste containing Rosa roxburghii Tratt can be used for effectively improving the skin and promoting the metabolism of tissues of a human body and has a very good health maintenance effect if being taken for a long time. The obtained vigour raising paste is precise in raw material component, proper in frying, baking and steaming, good in color, smell and taste and suitable for all the female, the male, the old and the young; and the Rosa roxburghii Tratt wine is blended stably. The vigour raising paste containing Rosa roxburghii Tratt is simple and convenient in processing method, sufficient in raw materials, convenient to store, transport and package, natural and rich in nutrition.

Disclosed is a supplementing lighting method for improving cultivating quality of peonies for the Lunar New Year. The supplementing lighting method includes that different light rays are adopted in different growing stages of the peonies for supplementing lighting; for the germination stage, composite light with lighting intensity of 150-180Lux and formed by blue light and yellow light according to a proportion of 3-1:2-1 is adopted; for the squaring stage, composite light with lighting intensity of 160-210Lux and formed by red light and blue light according to a proportion of 3-1:2-1 is adopted; for the small wind bell stage, composite light with lighting intensity of 170-200Lux and formed by red light, blue light and yellow light according to a proportion of 3-1:2-1:2-1; for the big wind bell stage, composite light with lighting intensity of 170-200Lux and formed by red light, blue light and yellow light according to a proportion of 3-1:2-1:2-1; for the garden-peach color transparency stage, composite light with lighting intensity of 170-200Lux and formed by red light, blue light and yellow light according to a proportion of 3-1:2-1:2-1; for a week before the flowering stage, composite light of red light, blue light and yellow light according to a proportion of 3-1:2-1:2-1 is adopted; for a week after flowering, composite light of red light and blue light according to a proportion of 3-1:2-1 is adopted. By the supplementary lighting method, influences are generated on biological characteristics of peony plants, and nutritional growing and flowering quality of the peonies for the Lunar New Year is improved remarkably.