26results about "Flowers cultivation" patented technology

Development of producing certain methods of and nutrition management of Tartary buckwheat (Fagopyrum Tataricum) to promote immuno-rejuvenation by influencing key pathways involved in aging, inflammation and immune system function.

The application discloses a kind of anti-reverse tolerance of poor root flower planting slow-release fertilizer and its preparation method, the slow-release fertilizer includes 30-45 parts of seaweed residue, humic acid 15-25 parts, diatomite 10-20 parts, oyster powder 5-15 parts, plant protein glue 3-8 parts, polyglutamic acid 1-3 parts, bacillus mucilaginosus powder 0.5-2 parts, brown algal oligosaccharide 0.1-0.5 parts, potassium silicate 2-5 parts, ammonium molybdate 0.05-0.15 parts, silicon phytic acid ester 0.5-2 parts, by introducing silicon phytic acid ester, fertilizer particles can be adjusted according to soil humidity release rate of nutrients, lock up nutrients in drought, accelerate release in wet; Absorption and fixation harmful metal ions in soil, reduce stress, and slowly hydrolyze in slow-release process, continuously provide beneficial substances, synergistically improve the fertilizer utilization rate of root flower in poor soil, resistance tolerance and sustained growth capacity.

The application discloses a method for remediation of cadmium contaminated soil by enhanced cadmium accumulating plant-crop intercropping, which comprises the following steps: step one, electrode arrangement, when cadmium accumulating plant and crop are intercropped in a farmland with medium and low concentration cadmium pollution, the width of the crop planting zone and the cadmium accumulating plant planting zone is 60-100 cm and 30-50 cm respectively, stainless steel rods are evenly arranged in the middle of the crop planting zone, the electrode insertion depth is 20-30 cm, and the electrode spacing is 0.5-1.5 m; step two, electric field application, after the plants are planted for 15-45 days, a polarity switching-intermittent electric field is applied; the total electric field application time is 30 days, the power supply mode is: positive→power off→negative→power off→positive, the polarity switching and intermittent frequency are both 15 min / time, and the electric field intensity is 0.3-1 V / cm; the method provided by the application can significantly reduce the cadmium content of crops by more than 8% and significantly increase the cadmium absorption amount of cadmium accumulating plants by more than 11%.

The application is suitable for the phalaenopsis planting technical field, and particularly relates to a phalaenopsis whole-cycle planting intelligent planning method and system based on digital twinning, which comprises the following steps: selecting a to-be-monitored area requiring phalaenopsis planting management, collecting growth monitoring data by using a sensing device pre-deployed in the to-be-monitored area, constructing a digital twinning model, and mapping the growth monitoring data into the digital twinning model; finding out all the planting areas of phalaenopsis, creating a shooting task, and delivering the shooting task to a terminal of a management personnel corresponding to the planting area. The application can realize targeted improvement of the to-be-monitored area, quickly optimize the growth state, reduce the trial-and-error cost, form quantifiable management rules, provide data support for planting decisions, enable excellent experience to be reused and popularized, and thus continuously improve the yield and quality of the to-be-monitored area while ensuring the growth quality.

The present invention is an indoor flowerpot system with improved management and space efficiency, according to which a user can selectively apply this module using a plant such as a living vegetation or a simulated plant, including a plant module equipped with a plurality of plants and a plant humidifier equipped with a plurality of plant modules, and when a simulated plant is selected, the user can selectively apply this module. The indoor humidity can be controlled in a dry environment, so that attractiveness and humidity are controlled, if water is supplied to each module like watering plants, the water is purified when passing through the purification part, and the purified water can be stored as water required for humidification when necessary, so that additional water does not need to be stored, and the water supply cost is reduced. Therefore, convenience is improved, interestingness can be brought to children through water spraying, the water storage space can be enlarged according to selection of a user, and therefore the water spraying device can be used for a long time, and convenience of the user is improved. The waterproof effect has the effect of preventing external leakage of the landscaping area.

The application belongs to the technical field of biocontrol preparation, and particularly relates to a traditional Chinese medicine composition, a biocontrol preparation and application in the field of pearl plant leaf spot nematode disease prevention and treatment. The leaf spot nematode disease is a main disease and pest of pearl plant planting, and there is no effective prevention and treatment method at present. The application provides a traditional Chinese medicine composition, which comprises wolfberry, leigongteng, peppermint, phellodendron, boerhaavia diffusa and chamomile. Water extracts of the above-mentioned medicinal ingredients can effectively reduce the number of nematodes in soil and improve the disease resistance of pearl plants when used for pearl plant irrigation. The research results of the application are helpful for restraining the occurrence of pearl plant leaf spot nematode disease through biological prevention and control means, and provide theoretical guidance for the development of pearl plant green industry.

This utility model belongs to the field of slope restoration and discloses a planting platform for rock slopes, including a fence, columns, and corrugated plates. Columns are installed on a walkway, and adjacent columns share a corrugated plate. The planting area includes a water-retaining layer, a planting soil layer, and an erosion-resistant layer arranged from bottom to top. The water-retaining layer is installed on the walkway, and a water-guiding layer is installed on the side of the planting soil layer away from the corrugated plate. The upper and lower ends of the water-guiding layer abut against the water-retaining layer and the erosion-resistant layer, respectively. A drainage ditch is installed on the planting soil layer. The planting area is enclosed by columns and corrugated plates, with the columns providing support for the corrugated plates. The corrugated plates enclose the planting area, providing a shielding effect. Compared to methods such as pouring concrete, the construction of the columns is faster and has a shorter cycle. During subsequent slope cutting operations, the blasting vibrations can be buffered and reduced by the vibration of the corrugated plates, resulting in minimal impact on the overall fence formed by the columns and corrugated plates and preventing structural damage.

The invention provides a composite material for improving the yield and quality of chrysanthemums as well as a preparation method and application of the composite material, and belongs to the technical field of plant cultivation and quality regulation and control. The composite material comprises a polyether modified organic silicon solution, carboxymethyl cellulose, silicon dioxide and MgFe layered double hydroxides, the concentration of the carboxymethyl cellulose is 25-30 g / L, the concentration of the silicon dioxide is 1.0-1.2 g / L, the concentration of the MgFe layered double hydroxides is 1.0-1.2 g / L according to the volume of a mixed solution formed by the polyether modified organic silicon solution and water, and the concentration of the MgFe layered double hydroxides is 1.0-1.2 g / L according to the volume of the mixed solution. The addition amount of the MgFe layered double hydroxides is 1% of the total mass of the composite material system. The invention also provides a preparation method of the composite material, and the method is simple in process and can be completed by stirring at normal temperature. Furthermore, the composite material is applied to leaves of chrysanthemum plants in a foliage spraying manner, so that the growth process of the chrysanthemum is regulated and controlled. The composite material disclosed by the invention is environment-friendly in raw material, high in applicability and good in application prospect.

The present invention relates to methods for inhibiting the growth of microbes on live plants using compositions comprising a carboxylic acid of Formula (I) or salt thereof: wherein R is H, Ph, Ar, or a C1-C60 alkyl. The present invention also relates to live plant products contacted with compositions comprising a carboxylic acid of Formula (I) or salt thereof.

A method for root-cutting propagation and seedling cultivation and management of Aralia echinocaulis, which method comprises: selecting lateral horizontal roots of a 2- to 3-year-old robust mother plant to prepare cuttings; soaking the cuttings in a compound solution of indolebutyric acid, naphthaleneacetic acid and 6-benzylaminopurine; performing horizontal burying of cuttings using a sterilized composite matrix composed of peat soil, perlite and humus soil at a ratio of 3:2:1; precisely regulating the temperature and humidity, light and matrix water content in an intelligent temperature-controlled greenhouse; applying nutrient solutions with specific nitrogen-phosphorus-potassium ratios in stages, combined with ferrous sulfate and boric acid to prevent etiolation and promote rooting; gradually adjusting environmental parameters to enter a management stage after adventitious buds unfold leaves; and performing gradient seedling hardening after seedlings achieve the standard.

We provide equipment and facilities that allow people to enjoy fragrances whenever they want. [Solution] According to one aspect of the present invention, a fragrance emission device is provided, comprising one or more fragrance emission units installed in an indoor space, wherein the fragrance emission units release fragrance substances when stimulated, and the fragrance emission device forms a diffusion space in the indoor space where the fragrance substances diffuse.

The application discloses a Rosa chinensis disease prevention and growth promotion bacterium LX6 strain and application thereof, and belongs to the field of microorganism strains and application thereof. The Rosa chinensis disease prevention and growth promotion bacterium LX6 is preserved in the China General Microbiological Culture Collection Center on May 16, 2024, and has a preservation number of CGMCC No. 30657 and a classification name of Pseudomonas fluorescens. The bacterium strain has the ability to resist high-concentration salt ions and various heavy metal ions. The bacterium strain can inhibit the growth of a Rosa chinensis black spot pathogen, i.e., Discosia rosea, and can also antagonize the growth of plant pathogenic fungi, i.e., Colletotrichum gloeosporioides, Rhizoctonia solani, Fusarium oxysporum and Fusarium equiseti, so as to prevent and treat the Rosa chinensis black spot and powdery mildew, and promote the growth and flowering of the Rosa chinensis. The application provides a fine biocontrol strain for preventing and treating the diseases of the Rosa chinensis and promoting the growth of the Rosa chinensis, and has important significance for green prevention and control technology of the diseases of the Rosa chinensis and sustainable development of the Rosa chinensis industry.

The application provides a method for promoting the growth of an anthurium andraeanum root system. The method for promoting the growth of the anthurium andraeanum root system is characterized in that the anthurium andraeanum plant is subjected to root irrigation with an anthurium andraeanum root growth-promoting liquid to soak the roots of the anthurium andraeanum plant, and the anthurium andraeanum root growth-promoting liquid is an endophytic fungal culture solution of an orange-yellow calanthe. The method for promoting the growth of the anthurium andraeanum root system can effectively promote the growth of the anthurium andraeanum root system, and further promote the rapid growth of the anthurium andraeanum plant.

The present application belongs to the technical field of cultivating Paeoniaceae plants, and discloses a method for significantly fading the flower color of Paeoniaceae plants. The method uses a specific 25% mepiquat chloride spraying scheme with a dilution concentration range of 100-600 times to achieve an ideal fading effect, overcomes the problems of uneven, excessive or insufficient fading of the flower color in the prior art, and obtains a stable fading effect in a relatively short time without affecting the normal growth and development of the plants. The method is simple to operate and does not require complex technology and equipment, and ordinary flower growers can easily master and apply it, thereby reducing the technical threshold and cost of flower color control, improving flower production efficiency, and having very good operability and practicality. The method brings important economic and ornamental value to the Paeoniaceae plant flower industry and is conducive to being widely applied in the flower industry.

The utility model belongs to bonsai plant modeling mold technical field, concretely relates to a small diameter bonsai plant modeling mold, including four support poles, four support poles are jointly and slidably connected with shaping assembly, the number of shaping assembly is at least two, shaping assembly includes two symmetrical support plates, both ends of support plate are equipped with the sliding sleeve for being set on the support pole, the sliding sleeve is equipped with the antiskid rubber layer, the two support plates are slidably connected with the take bending rod, both ends of take bending rod are equipped with the limit shaft, the support plate is equipped with the sliding slot for the limit shaft sliding, the limit shaft passes through the sliding slot and extends to the outside of support plate, the end portion of limit shaft outward is screw threaded with the nut, is used to solve the problem that the main stem of bonsai plant is easy to be broken in the process of modeling, inconvenient operation.

This invention discloses a suitable cultivation substrate for the growth of *Cymbidium goeringii* and its application, belonging to the field of plant cultivation technology. The cultivation substrate is composed of a single type of cedar sawdust and is used for *Cymbidium goeringii* cultivation. Using the cedar sawdust cultivation substrate, after 6 months of transplanting, the number of *Cymbidium goeringii* seedlings reached 2.20±0.45 seedlings / plant, higher than that of sphagnum moss substrate (1.20±0.45 seedlings / plant), coconut fiber substrate (1.80±0.84 seedlings / plant), and other tested substrates. This indicates that cedar sawdust can effectively promote the germination of axillary buds in *Cymbidium goeringii*, which is beneficial for the rapid propagation of seedlings.

This invention provides a method for improving the quality of yellow persimmons based on carbon-microbe combined cultivation and associated cultivation, belonging to the field of agricultural planting technology. The method includes: applying a carbon-microbe combined compound fertilizer as base fertilizer to the soil before planting the yellow persimmons; selecting onion crops and marigolds as associated crops for co-cultivation with the yellow persimmons during planting; and employing a topping and rejuvenation method for pruning management during the cultivation period. The topping and rejuvenation method involves first using single-stem pruning, and when the main stem produces 3-4 fruit clusters, topping the main stem and reserving the first lateral branch below the inflorescence as a second main stem for continued growth. This method utilizes the carbon-microbe combined system in the compound fertilizer, synergistically combining the multiple effects of associated cultivation and pruning, increasing the microbial diversity of the planting soil, improving plant growth morphology, increasing crop productivity, suppressing pests and diseases, and significantly reducing pesticide use, thereby achieving the goal and effect of improving the yield and quality of yellow persimmons.

This utility model discloses an artificial wetland structure, relating to the field of domestic sewage treatment technology. It includes a compacted soil main layer, with an anti-seepage component installed on top of the compacted soil main layer. The anti-seepage component includes an anti-seepage layer on top of the compacted soil main layer, made of geotextile with a thickness ≥1.0mm, and protective materials on both sides. This utility model, by setting an anti-seepage layer made of geotextile on top of the compacted soil main layer and lining it with protective materials on both sides, forms a complete anti-seepage component, achieving a highly efficient anti-seepage effect on the water body inside the wetland. The geotextile with a thickness ≥1.0mm has good anti-seepage performance and can effectively block water leakage. The protective materials on both sides can reduce the damage to the geotextile caused by plant root penetration and ultraviolet radiation, extending the service life of the anti-seepage layer. Therefore, it can solve the problems of serious water leakage, easy damage to the anti-seepage layer, and high maintenance costs in existing wetland technologies.

The application discloses a method for promoting plant growth by magnetic field and nanoparticles, and comprises the following steps: S1, providing a magnetic field generating device, and arranging the device in a plant cultivation area so that the root system and / or stem and leaf area of the plant is in the effective action range of the magnetic field; and S2, spraying a suspension containing nanoparticles on the surface of the plant leaves; the nanoparticles are a polymer-doped donor-acceptor system, and comprise a donor molecule, an acceptor molecule, a polymer molecule and a surfactant; the donor molecule is m-MTDATA, the acceptor molecule is 3TPYMB, and the polymer molecule is F8BT. The application significantly improves the physiological promotion effect of the nanoparticles on the plant by the cooperation of the magnetic field and the nanoparticles. When the magnetic field and the nanoparticles act on the plant system simultaneously, the influence of the magnetic field on the physiological process of the plant and the regulation effect of the nanoparticles on the plant system through photoelectron generation are synergistically exerted, so that the promotion effect of the nanoparticles on the plant growth can be fully embodied.

The application belongs to the technical field of planting and fertilization, and particularly relates to a diversity planting method for improving phosphorus fertilizer utilization efficiency of sunflower in saline-alkali soil, which solves the technical problem of low phosphorus fertilizer utilization efficiency of the existing sunflower planting method. The method first uses desulfurized gypsum as a soil conditioner, plants sunflower by ridge planting, and plants wild soybean, sueda and alfalfa in diversity, realizes inter-ridge crop coverage to reduce evaporation and suppress salt, cooperates with a composite phosphorus-solubilizing microbial agent containing bacillus subtilis, bacillus megaterium and pseudomonas fluorescens, enhances soil phosphorus-solubilizing microbial activity, and through precise water and fertilizer integrated management during the growth period of the sunflower, according to the needs of different growth periods, urea, potassium sulfate, potassium dihydrogen phosphate and other fertilizers are driped to ensure sufficient and balanced nutrition supply. The diversity planting method significantly improves the phosphorus fertilizer utilization efficiency in saline-alkali soil, is suitable for practical application in saline-alkali soil, and has wide popularization value.

The application relates to a high-efficiency large-scale breeding method of Zingiber officinale Roscoe, and relates to the technical field of horticultural seedling breeding. The method comprises the following steps: (1) leaf stem selection; (2) stem section treatment: cutting the leaf stem into a plurality of stem sections with hidden buds and of nearly equal length; wherein the stem sections are not soaked in hormones or growth regulators, and are not subjected to disinfection and sterilization treatment; (3) stem section culture: adopting grass charcoal soil as a culture medium; temperature and humidity are controlled, and continuous natural ventilation is maintained; wherein the grass charcoal soil is subjected to 8-16 mesh screen treatment before use, and is soaked in clean water for 1.5-2.5 hours, so that the grass charcoal soil is fully water-absorbed, and then the water is squeezed out by hands to a water content of 33%-36%; and (4) transplanting and planting. In the stem section treatment, the hormone soaking and sterilization steps are completely avoided, the process is greatly simplified, the technical threshold is lowered, and the production cost is reduced. In addition, since no growth regulator is added, the chemical residue risk is also avoided.

The application belongs to the technical field of flower cultivation, and discloses a constant-temperature culture device for tulipa gesneriana and a culture method thereof. The constant-temperature culture device for tulipa gesneriana comprises a box body, double-layer box doors are mounted on the side of the box body, a plurality of supporting rods are mounted in the inner cavity of the box body, and a lattice plate is fixed to the side wall of each supporting rod. The cooperation of the structures such as the air diffuser plate, the ventilation pipe, the limiting rod and the air inlet joint improves the air exhaust uniformity and stability. When the temperature is controlled and adjusted, the air inlet hole groove on the air inlet joint is exposed, the air outside the air diffuser plate is introduced into the ventilation pipe, the air is uniformly exhausted from the air outlet on the ventilation pipe, and there are a plurality of equidistant air outlet points at the bottom of each layer of bulbs, so that the air exhaust uniformity and stability are effectively improved. When the temperature needs to be changed, the plurality of air outlets in the box body can synchronously blow out hot air or cold air, the response rate is greatly improved, and the flower bud differentiation rate is improved.

This invention relates to a method and application for creating ornamental rice germplasm using three rice genes, belonging to the field of plant gene breeding technology. The method involves knocking out three genes in rice plants using gene editing techniques to obtain ornamental rice germplasm. The three genes are Os03t0753100 (CDS sequence shown in SEQ ID NO.1), Os03t0215400 (CDS sequence shown in SEQ ID NO.2), and Os06t0162800 (CDS sequence shown in SEQ ID NO.3). The method includes designing target sites for Os03t0753100, Os03t0215400, and Os06t0162800, constructing corresponding gene knockout vectors, and introducing the obtained three vectors into rice plants for genetic transformation. The resulting triple mutant plants are the ornamental rice germplasm. This invention obtains a triple mutant plant with high ornamental value by simultaneously knocking out three genes, including Os03t0753100, Os03t0215400, and Os06t016280, in rice, providing a new direction and a solid theoretical foundation for the development of ornamental rice germplasm.

The present application relates to a kind of small flower type phalaenopsis multi-stalk multi-flower flowering method, it is related to phalaenopsis planting field, the method includes the following steps: (1) select the small flower type phalaenopsis variety'sweet heart princess' 'rare and auspicious' or'morning' with more than 6 healthy mature leaves and not germinated flower stem;(2) the temperature of vegetative growth period is night 25 / d 30 DEG C, and the light intensity is 15000-20000lx is bred for 6 months;And (3) flower induction period is sprayed growth regulator 4 times, and each time interval is 10 days, temperature control is night 18 / d 25 DEG C, and the light intensity is 25000lx is bred for 5 months, and flower stem germination is fixed with thin iron wire.

Methods of marking living leaf tissue and apparatuses for effecting such marking are disclosed, and may include orienting a plant such that the living leaf tissue is in a marking position, retaining the living leaf tissue in the marking position, and marking the living leaf tissue with a mark applicator, wherein marking the living leaf tissue introduces a permanent deformation in the living leaf tissue.

The present application relates to fruit tree cultivation and Chinese herbal medicine interplanting technical field, specifically to a kind of planting method of interplanting chuzhou chrysanthemum under plumcot and chuzhou chrysanthemum automatic harvesting device, including support frame, the support frame includes support chassis, the bottom end of multiple bottom end fixed rods is fixedly connected with telescopic rod, the bottom end of multiple telescopic rods is fixedly connected with supporting leg;The top of the support chassis is provided with flower separation structure;The inside bottom end side of the top fixed frame is provided with storage transmission structure;The inner wall of the top fixed frame is located the upper end of storage transmission structure and is provided with telescopic curtain structure.The beneficial effects of the present application are to improve the efficiency of forest passage by more than 30%, reduce the miss cutting rate and heavy cutting rate, and reduce the labor intensity of manual cleaning and loading in the later stage, solve the bottleneck problem of short chuzhou chrysanthemum harvesting period and high labor cost, realize the simultaneous improvement of drug and fertilizer reduction and efficiency and land yield value.