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34 results about "Carex buchananii" patented technology
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Carex buchananii, commonly known as leatherleaf sedge, is a perennial evergreen sedge that is native to New Zealand. Narrow, fine, upright, grass-like, copper-bronze to cinnamon-brown leaves (less than 1/2” wide) rise to 18-24” tall, arching slightly at the tips.
Special fertilizer and foliage fertilizer for dendrobium nobile and planting method of dendrobium nobile
The invention discloses a special fertilizer and foliage fertilizer for dendrobium nobile and a planting method of dendrobium nobile. The planting method of dendrobium nobile comprises the following steps of during cultivation, after a seeding is fixed, diluting composted cow manure with water according to a mass fraction of 1: 2 to obtain cow manure slurry, brushing the cow manure slurry at the periphery of roots with brush, and slightly adhering live moss on the plant roots and cow dung paste, wherein the bases of the plants should be exposed to the outside. According to the planting method of dendrobium nobile, the processes of line clamp, composted cow manure slurry and live moss root-covering method are adopted, so that the method is a better cultivating method by which the moisture effect can be maintained, and the nutrients required by the seedling can be temporarily supplied; and the method has the advantages that when moss is adhered to the cow manure slurry, the moss can rapidly survive and a certain malic acid and citric acid can be generated to promote the absorption of nutrients by the seedling.
Owner:CHISHUI TRUSKY TRADITIONAL CHINESE MEDICINE IND DEV
Cultivation method for planting dendrobium candidum seedlings in forest
ActiveCN104186287AEasy to operateLow costCultivating equipmentsSoilless cultivationDendrobium candidumBryophyte
The invention discloses a cultivation method for planting dendrobium candidum seedlings in a forest. The cultivation method comprises the steps that (1) selecting trees and conducting pretreatment, (2) selecting the dendrobium candidum seedlings and preparing bryophyte, (3) binding dendrobium candidum seedlings to the sections of the trees, (4) cultivating the dendrobium candidum seedlings and (5) transplanting the dendrobium candidum seedlings. By the adoption of the cultivation method for planting the dendrobium candidum seedlings in the forest, the survival rate of the dendrobium candidum seedlings planted in the forest can reach over 90%, in this way, the cost of planting the dendrobium candidum seedlings in the forest is reduced, the time for the dendrobium candidum seedlings to be adapted to the environment in the field is shortened, and the technical support is provided for the purposes that dendrobium candidum medicine can be free of pollution and green, rapid growth is promoted, the yield is increased, and sustainable development is achieved.
Owner:GUANGXI BOTANICAL GARDEN OF MEDICINAL PLANTS
In-vitro culture method for tender stem segments of dendrobium nobile
InactiveCN102657097AReproduce fastHigh reproductive rateHorticulture methodsPlant tissue cultureAxillary budNutrient solution
The invention provides an in-vitro culture method for tender stem segments of dendrobium nobile. The in-vitro culture method is characterized by comprising the following specific steps of: step 1, selecting newly-sprouted tender branches, peeling off leaves and sheaths, cleaning, disinfecting, washing by sterile water, and absorbing water by sterile filter paper; step 2, cutting the tender branches obtained in the step 1 into stem segments, and inducing axillary buds to germinate and grow; step 3, cutting off the buds obtained in the step 2, and inducing clustered buds to grow; step 4, cutting the clustered buds into single buds, inoculating the single buds on a third culture medium, and then performing rooting culture to obtain rooted test-tube seedlings; and step 5, transplanting the rooted test-tube seedlings in a moss matrix, placing in a plastic plug and then culturing into 'moss plug seedlings', watering enough after transplanting, starting to spraying clean water on leaf surfaces the next day, dressing nutrient solution after half month, transplanting in a flowerpot after more than three months of culture, and then culturing as potted flowers or plastic shed big seedlings. The seedlings of dendrobium nobile obtained by the culture method provided by the invention are fast in propagation speed and high in propagation rate.
Owner:上海市闵行区农业科学研究所
Compound preparation for treating mouth mucosa lichen planus
ActiveCN102614450AImprove immunityRapid repair of deformed mucous membranesDigestive systemPlant ingredientsWater ChestnutsVitamin C
The invention discloses a compound preparation for treating mouth mucosa lichen planus. The compound preparation is prepared from the following raw materials in part by weight: 16 to 28 parts of common lophatherum herb, 16 to 28 parts of largetrifoliolious bugbane rhizome, 16 to 28 parts of toad coat, 16 to 28 parts of golden thread, 16 to 28 parts of multiflora rose root, 16 to 28 parts of caudate sweetleaf, 12 to 25 parts of villous amomum fruit, 12 to 25 parts of trogopterus dung, 12 to 25 parts of costustoot, 12 to 25 parts of Christina loosestrife herb, 12 to 25 parts of hedgehog fungus, 12 to 25 parts of blister beetle, 6 to 18 parts of notoginseng root, 6 to 18 parts of lotus stamen, 6 to 18 parts of eggplant root, 6 to 18 parts of edible bayberry bark, 6 to 18 parts of calculus bovis factitius, 6 to 18 parts of vitamin C, 1 to 12 parts of axillary choerospondias fruit, 1 to 12 parts of saffron, 1 to 12 parts of ginseng flower, 1 to 12 parts of gleditsia seed, 1 to 12 parts of loquat leaf and 1 to 12 parts of water chestnut. According to the compound preparation, the raw materials are compatible with each other to condition viscera, so the compound preparation has the effects of removing necrotic tissue, promoting tissue regeneration and repairing deformed mucosae quickly.
Owner:HAIMEN THE YELLOW SEA ENTREPRENEURSHIP PARK SERVICE CO LTD
Ex-vitro rooting method for tissue culture blueberry seedlings
InactiveCN103875515APromote rootingStrong growthCultivating equipmentsSoilless cultivationBottleSeedling
The invention relates to a blueberry culture method, in particular to an ex-vitro rooting method for tissue culture blueberry seedlings. The ex-vitro rooting method includes that tissue culture blueberry seedlings which grow strongly are selected and are exercised domesticated; mainly scattered light is emitted in seedling exercising chambers; the seedlings are fetched out from bottles, each seedling is pruned to obtain 2-4 sections, the sections are dipped in rooting liquid before cutting is carried out, moss is sterilized and treated, and is soaked in water one day before being used, and the soaked moss is washed by clear water, is wrung and minced and then is spread on seedling growing discs to obtain cutting media; water is sprayed on the seedlings every now and then in cutting procedures; the seedlings are sufficiently watered after cutting is completed, the environment humidity is controlled and ranges from 80% to 90%, the seedlings are watered every three other days, leaf fertilizers are sprayed on the seedlings once every two other weeks, bactericides are sprayed on the seedlings once every month, and robust blueberry moss seedlings can be acquired after four months, are transplanted into nutrition pots and are planted in the nutrition pots. The ex-vitro rooting method has the advantage that technical problems of large quantities of culture programs, low survival rate, high seedling cost and the like of an existing ex-vitro rooting method for tissue culture blueberry seedlings mainly can be solved.
Owner:HANGZHOU YOUGUO BIO TECH
Cultivation method of moss and desert algae composite crust
ActiveCN106472281ASpeed up the succession processIncrease diversityUnicellular algaeGrowth substratesProtonemaCarex buchananii
The invention discloses a cultivation method of a moss and desert algae composite crust. The cultivation method comprises the first step of collecting in summer a superior kind of moss in a natural habitat of an area to be restored; the second step of returning activities of the moss; the third step of using distilled water to wash moss crust the activities of which are returned and obtaining moss gametophyte; the fourth step of putting the gametophyte into a solid culture medium to be subjected to cultivation after the gametophyte is subjected to sterilization and obtaining moss protonema; the fifth step of picking the moss protonema and conducting static liquid cultivation to obtain differentiated gametophyte, and putting the gametophyte into a fluid culture medium to conduct aerobic cultivation; the sixth step of conducting aerobic cultivation on the desert algae through the fluid culture medium till a logarithmic growth phase, and obtaining algae thick liquid after removing supernatant; the seventh step of mixing the moss gametophyte with the desert algae thick liquid and afterwards inoculating the moss gametophyte and the desert algae thick liquid to the surface of desertification soil, and cultivating the moss and desert algae composite crust. The cultivation method of the moss and desert algae composite crust is easy to carry out and convenient to operate, evolvement process of biological soil crust in a desert area is accelerated, and fast treatment of desertification soil in arid and semi-arid lands is realized.
Owner:INST OF AQUATIC LIFE ACAD SINICA
Method for soilless planting of mosses on net shed sand bed in solar greenhouse
ActiveCN110249991ANot easy to eradicateReduce in quantityFertilising methodsAgriculture gas emission reductionGreen environmentRhizoid
The invention relates to a method for soilless planting of mosses on a net shed sand bed in a solar greenhouse, and belongs to the technical field of moss planting. According to the technical scheme, a disease and insect pest control system is arranged in the solar greenhouse; a suspended sandy planting bed and a built-in sun-shading net tent are built in the solar greenhouse, wild mosses attached to the surface of a shady moist stony rock mass are collected, and moss seedlings are cultivated on a seedbed of a three-layer composite structure; the moss seedlings are taken out and smashed into moss pulp, and the moss pulp is applied on gauze flat laid on the surface of the suspended sandy planting bed to cultivate a lawn-shaped moss gametophyte colony. The innovative moss soilless planting technology has the advantages that industrialized production of the mosses is achieved by utilizing the solar greenhouse with a regulable environment in the North, a produced lawn-shaped moss gametophyte rhizoid intertwining layer is thick, tight and not easy to loosen, the leaves are bright green, the market selling price is high, and an ecological green environment-friendly moss decoration material is utilized sustainably and widely.
Owner:TANGSHAN VOCATIONAL & TECHN COLLEGE
Seed sowing and seedling breeding method of azaleas
InactiveCN105432314AGood effectEasy to operatePlant cultivationCultivating equipmentsGreenhouseRoom temperature
The invention provides a seed sowing and seedling breeding method of azaleas. An azalea cutting propagation method mainly comprises: (1) preparing a seed sowing seedling bed: padding a turfy soil and garden soil mixture (at the ratio of (8:1) to (10:1)) with the thickness of 10cm to 15cm on a seed sowing container or a seedling bed; (2) sowing seeds: uniformly sowing the azalea seeds on the prepared seed sowing seedling bed; (4) covering dry moss: covering the dry moss with the thickness of about 0.5cm to 1cm on the seedling bed sowed with the azalea seeds; (5) watering: after covering the dry moss, watering thoroughly and putting the seedling bed into a greenhouse to be cultured at a room temperature. The method provided by the invention is simple to operate and feasible; seedlings can be intensively cultured and hormone treatment is not needed; the seedling emergence time is short and the seedling emergence rate is high; the azaleas can be conveniently transplanted at a later period so that the seed sowing and seedling breeding method is suitable for large-scale industrialized seedling breeding of the azaleas.
Owner:HUNAN AGRICULTURAL UNIV
Dendrobium officinale growing method
InactiveCN107396725AReduce the risk of contaminationImprove the utilization rate of forest areaPlant cultivationCultivating equipmentsBroadleaf forestCarex buchananii
The invention relates to the technical field of plant growing, and provides a Dendrobium officinale growing method. The Dendrobium officinale growing method comprises the following steps: A, selection of a culture host: in a high mountain broadleaf forest, selecting an evergreen tree woodland with thick trunks, abundant moisture, lush tree crowns, loose barks and longitudinal fissures; B, preparation of seedlings: in March to April, selecting the seedlings of one-year-old to two-year-old Dendrobium officinale, cutting out overlong fibrous roots and old stems which are 3 or more years old, and cutting the plants into smaller ones; C, culture pretreatment: performing treatment with a cutter at recesses of the trunks or branches or every other 30-50 centimeters to obtain culture regions, cultivating mosses, and spraying a symbiotic bacterium solution; D, culture: after the proliferation of the mosses, implanting the base parts of the Dendrobium officinale seedlings in the fissures, and performing fixing; E, nursing: after growing, performing root irrigation, performing spraying, and applying a slow-release granular fertilizer and a foliar fertilizer; and F, collection: 1 year after growing, performing collection and pruning. The Dendrobium officinale growing method provided by the invention can solve the problem that the Dendrobium officinale is low in survival rate and poor in quality.
Owner:杭州千岛湖峰川生物科技有限公司
Wild-simulated cultivation matrix and device special for dendrobium tissue culture seedlings and application of wild-simulated cultivation matrix
InactiveCN106688850ASolve the phenomenon of dead seedlingsExcellent forest living environmentAlkali orthophosphate fertiliserAmmonium orthophosphate fertilisersBrickCarex buchananii
The invention provides a wild-simulated cultivation matrix special for dendrobium tissue culture seedlings. The cultivation matrix comprises degreased pine barks, brick and tile rubbles, dry mosses and nutritional additives. The forest wild-simulated cultivation matrix has the advantages that the problem of seedling death during dendrobium tissue culture seedling transplanting is solved, a good forest living environment is built for dendrobium, moisture conservation can be achieved effectively, and the growth requirements of 'through, leakage and penetration'of dendrobium roots are satisfied.
Owner:重庆旭斛生物科技有限公司
Method for soilless culture of flowers
InactiveCN106258905AEasy to operateReduce manufacturing costClimate change adaptationGrowth substratesMicroorganismFrost
The invention relates to a method for soilless culture of flowers, and belongs to the technical field of soilless culture. According to the method, dead leaves and grape skin are mixed, and decomposed under the action of soil microorganisms, humus is obtained, pores of a cooked lotus root are stuffed with the humus to be rotted together, and mixed nutrient slurry is obtained; then vermiculite is taken and washed with water to allow water to immerse inside pores, and then is instantly frozen by liquid nitrogen, the water is frozen and the size is larger, so that frost wedging is utilized for widening the inside pores; the vermiculite with the widened pores and the nutrient slurry are blended and aerated, the pores of the vermiculite nutrients are immersed in nutrients, finally moss naturally grows in a humid environment, and a culture medium is obtained and utilized for culture of flowers. The invention provides the method for soilless culture of flowers, the method can improve the flower survival rate, contained nutrients are rich, the preparation cost is low, and the surface moss, as a biological membrane, is green and attractive, so that an ornamental value and a wide application prospect are provided at the same time.
Owner:TRUSYN CHEM TECH
Bamboo fungus planting method
InactiveCN104521556AIncrease productionPlanting method is simpleCultivating equipmentsMushroom cultivationMicroorganismMaterials preparation
A bamboo fungus planting method is characterized by comprising the steps of selecting paddy fields wasted for over two years; implanting a bamboo fungus fungous material, and setting up a sunshade, wherein the bamboo fungus fungous material comprises, by weight, 20-30% of biogas residue, 10-20% of moss soil, 20-25% of cow dung, 10-20% of pond sludge, 10-20% of rice hull and 1-5% of limestone; a bamboo fungus fungous material preparation method comprises the steps of mixing the components of the bamboo fungus fungous material; adding microorganisms to perform fermentation for 72 h; drying the bamboo fungus fungous material to 70-percent dryness and performing sterilization; finally adding the bamboo fungus, placing the bamboo fungus in a plastic bag and implanting the bamboo fungus into the paddy field, wherein the plastic bag is cylindrical and is provided with a plurality of round holes. The bamboo fungus planting method can improve the bamboo fungus yield, the quality of the bamboo fungus is almost the same as the wild bamboo fungus, and the planting method is simple and practical and saves land.
Owner:佛山市高明区更合镇鹏鹄食用菌专业合作社
Special fertilizer for peach trees
InactiveCN104609925AHelps growQuality improvementAmmonium salt fertilisersFertilizer mixturesBryophyteCarex buchananii
The invention discloses a special fertilizer for peach trees. The special fertilizer includes an organic fertilizer and an inorganic fertilizer, wherein the organic fertilizer consists of bryophyte, animal waste and a cake fertilizer, and the inorganic fertilizer consists of ammonium hydrogen carbonate, urine and plant ash; in the special fertilizer for peach trees, the weight percentages of various components are as follows: 9.6-15.2 parts of bryophyte, 19.6-24.3 parts of animal waste, 23.4-29.2 parts of cake fertilizer, 2.9-4.6 parts of ammonium hydrogen carbonate, 28-34.7 parts of urine and 2.3-4.9 parts of plant ash; by proportioning the various components according to different percentages by weight, the performances of an obtained product can be different, so as to provide different using effects; the special fertilizer disclosed by the invention is prepared by mixing and regulating various raw materials, and the fertilizer is capable of offering nutrient substances to peach trees in growth cycle, conducive to the growth of the peach trees and capable of improving the quality and the taste of peaches.
Owner:费先艳
Drought resisting protein PpLEA3-25 (Pogonatherum paniceum Late Embryogenesis Abundant 3-25) derived from bryophyte as well as coding gene and application thereof
InactiveCN103709241AImprove drought tolerancePlant peptidesFermentationAgricultural scienceBryophyte
The invention discloses a drought resisting protein PpLEA3-25 (Pogonatherum paniceum Late Embryogenesis Abundant 3-25) derived from bryophyte as well as a coding gene and application thereof. The protein provided by the invention is derived from Physcomitrella patens, is named as a PpLEA3-25 protein, and is (a) or (b), (a) a protein consisting of an amino acid sequence shown in a sequence 1 in a sequence table; (b) is a protein relevant to drought resisting capacity of a plant, which is derived from a sequence 1 by virtue of substitution and / or deficiency and / or addition of one or more amino acid residues on an amino acid sequence of the sequence 1. According to the drought resisting protein PpLEA3-25, as well as the coding gene and the application thereof, the drought resistance of the plant can be improved. The drought resisting protein PpLEA3-25 has an important theoretical and practical signficiance for cultivating new varieties of drought resisting plants, especially, cultivating new varieties of drought resisting rice.
Owner:THE INST OF BIOTECHNOLOGY OF THE CHINESE ACAD OF AGRI SCI +1
Dendrobium officinale huoshanense bionic cultivation technology
InactiveCN107771659AWon't breakHigh nutritional valueCultivating equipmentsSoilless cultivationDiseaseInsect pest
The invention discloses a dendrobium officinale huoshanense bionic cultivation technology. The technology sequentially comprises the following steps of 1, selecting domesticated seedlings of which theseedling clump height is 10-15 cm and the root systems are developed or selecting one-year-old or two-year-old plants robust in growth, verdant in color and luster, more in germination, developed inroot system and free of diseases and insect pests as seedling blocks; 2, using clear water to wash away culture mediums on roots of the seedling blocks of dendrobium and drying and disinfecting the seedling blocks; 3, selecting evergreen broadleaf trees in a tree farm as a carrier, coating the portions where field planting is conducted with a layer of the mixture of dilute cow dung, mud slurry andmoss according to the principle that every 10 cm-20 cm is one layer, covering the roots of the seedling blocks of the dendrobium with dry aquatic plants, attaching the covered dendrobium at the portions where field planting is conducted and then bundling trunks of the broadleaf trees with straw ropes for dendrobium seedlings; 4, hanging suspending baskets on the branches of the broadleaf trees, placing pine bark of which the diameter is 1-4 cm in the suspending baskets, paving the surfaces with the moss and planting the seedling blocks of the dendrobium in the suspending baskets. The dendrobium officinale huoshanense bionic cultivation technology has the advantages of being small in investment, high in economic benefit, very similar to growth conditions of wild dendrobium and high in growth quality.
Owner:杜名胜
Soil for cultivating durian
The invention belongs to the soil improvement field, and particularly relates to soil for cultivating durian. The soil for cultivating the durian comprises components as follows: bentonite, dead moss, ordinary mineral soil, crop straw, animal waste, urea, calcium persulfate and sulfur powder. The crop straw and the animal waste are organic environment-friendly raw materials, can provide a large amount of nutrition for the durian and can be fully degraded under the action of the dead moss at the same time, no chemical elements are left in the durian, the sulfur powder is added into the mixture, and the mixture is covered with water, so that mixed culture soil is sterilized through a sterilization effect of the sulfur powder, a single disinfection process is omitted, and the cost is further reduced.
Owner:栾晓健
Blueberry tissue culture seedling transplantation substrate and preparation method thereof
ActiveCN105613232ASimple componentsLow costGrowth substratesCulture mediaWood shavingsSimple component
The invention discloses a blueberry tissue culture seedling transplantation substrate. The substrate comprises components in parts by volume as follows: 15-20 parts of moss, 1-5 parts of turf, 15-20 parts of vermiculite, 1-5 parts of fern rhizomes, 10-15 parts of wood shavings and 5-10 parts of seaweed fertilizer. The invention further discloses a preparation method of the blueberry tissue culture seedling transplantation substrate. The method comprises steps as follows: the moss is soaked with a bactericide for disinfection; the fern rhizomes are cut into sections, the moss, the turf, the vermiculite, the wood shavings and the seaweed fertilizer are added in proportion, and the components are mixed. The substrate has simple components, is reasonable in matching, environment-friendly, low in cost, economical, practical and simple to prepare, cannot scatter easily and has good economic benefit, the transplantation survival rate of tissue culture seedlings is greatly increased, and the rooting survival rate is 90% or above.
Owner:青岛沃林蓝莓果业有限公司
Fresh and sweet type humectant for cigarettes
The invention discloses a fresh and sweet type humectant for cigarettes. The fresh and sweet type humectant is prepared from a solvent, natural plant extract and a humidity-keeping accelerant, whereinthe solvent is one or a mixture of propylene glycol and ethanol; the natural plant extract is mixed extract of apples, green plums and shaddock peels; the humidity-keeping accelerant is a moss extracting solution. According to the fresh and sweet type humectant disclosed by the invention, the humectant is prepared by reasonably compounding the apples, the green plums and the shaddock peels for the first time; the prepared humectant has a fresh and sweet spice aroma and abundant layers; the aroma of the cigarettes can be increased, the dry sensation of smoke is reduced and the comfort of the cigarettes is improved; meanwhile, the fresh and sweet type humectant has good humidity-keeping performance and has a good market prospect and application value.
Owner:CHINA TOBACCO JIANGXI IND CO LTD
Dendrobium candidum bionic wild cultivation method
InactiveCN107637495AAbundant resourcesUnique methodGrowth substratesCulture mediaCarex buchananiiCulture fungus
The invention discloses a dendrobium candidum bionic wild cultivation method which particularly includes the steps: preparing a dendrobium candidum cultivation medium by simulation according to special nutrient and growing environment requirements of wild dendrobium candidum for growing conditions; planting dendrobium candidum seedlings onto the substrate according to specification requirements after preparing the medium comprising sawdust, wood processing leftover waste materials, cow dung, briquette and EM strains; shoveling a whole fresh moss and planting the moss on the surface of the medium according to the fact that the wild dendrobium candidum is suitable for growing in an environment with a high humidity and attached moss. The growing requirements of the dendrobium candidum are met, the medium can be effectively moisturized by the moss, and water spray quantity in production is reduced. Manual bionic wild large-scale high-yield cultivation of the dendrobium candidum can be realized, wild resources can be effectively protected, and market requirements are met.
Owner:黄秀英
A kind of cultivation method of original ecological planting Dendrobium officinale saplings
ActiveCN104186287BEasy to operateLow costCultivating equipmentsSoilless cultivationDendrobium candidumBryophyte
The invention discloses a cultivation method for original ecological planting of dendrobium officinale saplings. The method comprises the following steps: 1. selection of trees and preliminary treatment; 2. selection of dendrobium seedlings and preparation of bryophytes; 3. binding of dendrobium seedlings to tree sections; 4. cultivation of dendrobium seedlings; 5. transplanting . Advantages of the present invention: the method provided by the present invention enables the survival rate of Dendrobium candidum saplings planted in the forest to reach more than 90%, thereby reducing the cost of the original ecological planting of Dendrobium candidum and shortening the time for Dendrobium candidum seedlings to adapt to the environment in the field , to provide technical support for Dendrobium officinale to achieve pollution-free and green products, promote rapid growth, increase output and sustainable development.
Owner:GUANGXI BOTANICAL GARDEN OF MEDICINAL PLANTS
Traditional Chinese medicinal composition for treating oral lichen planus and application
InactiveCN103272145BHigh cure rateMedication safetyDigestive systemPlant ingredientsPlantago asiaticaOral lichen planus
Owner:卢恕来
Culture box for Dendrobium nobile hung on red bayberry trees in natural environment and culture method thereof utilizing the same
InactiveCN107494242ASufficient nutritionSuitable lightAgriculture gas emission reductionCultivating equipmentsAgricultural scienceEconomic benefits
The invention discloses a culture box for Dendrobium nobile hung on red bayberry trees in a natural environment and a culture method thereof utilizing the same. The top surface of the culture box is opened and the other five surfaces are equipped with baffles. The culture box is fixed on the red bayberry trees by connection and clamping of springs. Relative positions among all baffles can be automatically adjusted as the red bayberry trees grow without leading to damage of the culture box. diffuse reflection layers are coated on inner walls of a front clamp board or a back clamp board of the culture box such that a little amount of sunlight can enter the interior of the culture box. Therefore, the need of Dendrobium nobile for sunlight is just met. Additionally, moss and the red bayberry trees are selected as a culture medium of the Dendrobium nobile, which can increase the yield of Dendrobium nobile and enrich the nutritional components thereof. As a result, economic benefit is improved.
Owner:上海玉慈生物科技有限公司
Soil for planting orchids
InactiveCN106982672APrevent decayAvoid damageGrowth substratesCulture mediaCarex buchananiiPlant soil
The invention relates to soil for planting orchids. The soil is prepared from, in parts by weight, 30-50 parts of field soil, 150-200 parts of sphagnum squarrosum, 20-30 parts of polytrichum commune, 20-30 parts of river sand, 5-8 parts of zeolite, 5-8 parts of perlite, 30-50 parts of compound fertilizer, 0.1-0.2 part of radix ophiopogonis, 0.2-0.3 part of wolfberries, 0.1-0.15 part of ligusticum wallichii, 1-2 parts of mulberry leaves and 0.2-0.3 part of chrysanthemum. With excellent ventilation and water-retaining properties of moss, the soil greatly reduces orchid planting difficulty. Even with a common regular fixed-amount watering method, the survival rate of orchids can be more than 99.5%. The watering method would cause massive death to orchids when common orchid planting soil is used.
Owner:堵美娟
Universal type compost for grain crops
InactiveCN109769625AImprove versatilityGood moisturizing effectGrowth substratesCulture mediaPotassiumBottle gourd
The invention relates to universal type compost for grain crops. The universal type compost for the grain crops is mainly prepared from, by mass, 50-60 parts of garden soil, 20-30 parts of leaf mold,2-4 parts of boiler ash, 3-5 parts of coarse sand, 2-4 parts of perlite, 0.5-1.2 parts of potassium sulphate, 0.5-0.6 part of Chinese yam polysaccharide, 0.5-0.6 part of boric acid, 5-6 parts of diedbryophytes, 5-8 parts of coconut powder, 0.2-0.3 part of silkworm chrysalis meal, 0.3-0.4 part of bottle gourd powder and 20-40 parts of barnyard manure soil. The compost is suitable for most grain crops and has the advantages of being high in universality, high in fertility and high in moisture retention.
Owner:丹阳市珥陵镇小潘园茭白专业合作社
Dendrobium nobile imitating wild epiphyte cultivation method
InactiveCN103081792BLarge spacing between plantsEvenly distributedCultivating equipmentsSoilless cultivationEcological environmentCarex buchananii
Owner:广东作田人新动能生物科技有限公司
Special fertilizer for selenium-enriched kiwifruits and application of special fertilizer
InactiveCN109422583AImprove disease resistancePromote growthAlkali orthophosphate fertiliserAmmonium orthophosphate fertilisersPhosphateActinidia
The invention provides a special fertilizer for selenium-enriched kiwifruits and application of the special fertilizer. The special fertilizer takes urea, manganese sulfate, boric acid, humic acid, potassium dihydrogen phosphate, potassium sodium tartrate, selenium micro-fertilizer, chitosan, moss, indole acetic acid and copper sulfate as raw materials. When applied to kiwifruits, the special fertilizer improves the disease resistance of kiwi leaves, enables the growth of kiwi leaves to be better, and can increase the absorption and accumulation of selenium in kiwi leaves, increase the selenium content of kiwi leaves and increase the health value of kiwi leaves.
Owner:紫云苗族布依族自治县华鹏农业科技开发有限公司
Fast propagation method of winter host moss of Chinese gall aphid
ActiveCN102265745BIncrease growth rateHigh reproductive coefficientClimate change adaptationHorticulturePlanting seedPlastic mulch
The invention relates to a fast propagation method of winter host moss of Chinese gall aphid, comprising the following steps of: selecting a dank forest land as a moss nursery of the winter host moss of the Chinese gall aphid; selecting loose and fertile black soil containing much humus, and blending with 20 percent of screened fired soil ash to prepare nutrient soil; flattening the moss nursery,and dividing into plots; flatly paving non-woven fabrics on the plots; paving the nutrient soil on the non-woven fabrics; completely watering the nutrient soil, and then planting seed mosses; after the seed mosses are planted, covering mulching films on the plots for moisture preservation; constructing a sun-shading net on the moss nursery; uncovering the mulching films after a half month, weeding and removing impurities; and inoculating aphids migrating in autumn after two months. According to the fast propagation method disclosed by the invention, the growth speed and the propagation coefficient of the winter host moss can be greatly increased, and the fast propagation effect of Chinese gall mosses is very outstandingly enhanced.
Owner:JIURUI BIOLOGY & CHEM CO LTD
Method and formulation for eliminating moss with oregano oil
A method and formulation for eliminating moss with oregano oil extracts. Oregano oil extract is applied to moss or a locus where moss exists to substantially kill the moss. An aqueous solution of oregano oil can be sprayed onto the moss or the locus and hydrocolloids can be added to the solution to improve the efficacy of the oregano oil.
Owner:DEVRIES JARED
A kind of method for floating seedlings of Drunkenia beautiful
ActiveCN105532407BImprove germination rateShorten seedling timeGrowth substratesCulture mediaNutrient solutionPlant disease
The invention discloses a floating seedling cultivating method for pierisformosa. Pierisformosa seedling cultivating is completed through the steps of building a floating seedling cultivating pond, processing seeds, preparing a seedling cultivating matrix, selecting and disinfecting a floating disc, loading the disc, sowing the seeds, setting a floating water body, applying a floating seedling cultivating nutrient solution, preventing and treating moss, hardening seedlings, carrying out transplanting and the like. According to the floating seedling cultivating method, varieties of the floating seedling cultivating matrix and the size of particles of the matrix are set, and the specific operation steps for the pH value and the temperature of the floating water body, the ratio of the matrix, the water content of the matrix and seed sowing and moss retraining are strictly regulated, so that the emergence rate of pierisformosa is greatly increased, the emergence rate can reach 90% or above, the percentage of seedling emergency is quite high, and the germination rate can be improved by 35% or above and the emergency rate can be improved by 45% or above compared with a conventional seedling cultivating method; the uniformity of cultivated seedlings is high, root systems of the seedlings are developed and robust and grow robustly, few plant diseases exist, and no weed grows.
Owner:YUNNAN ACAD OF FORESTRY
A method for grafting chicken-billed litchi with multiple rootstocks
Owner:嘉善县魏塘资产管理有限公司
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