11 results about "Pottingeria" patented technology

The present invention provides a method for cultivating wintersweet small pot plants that can be planted out every year, by using facility cultivation, container planting, semi-underground planting, etc. to extend the annual growth time and accelerate the growth rate; by selecting high-quality rootstocks and improving the grafting and planting methods, etc. to improve the survival rate and quality of small pot plants; by promoting flower branches and compact crowns through topdressing and growth regulator spraying, etc.; by using the technology of planting out, high-quality small pot plants are produced; the whole set of cultivation methods also includes the technical links such as scion selection and treatment, grafting, soil, fertilizer and water management, shaping and pruning, and pest control. Through a series of technical management measures, the annual production technology of wintersweet small pot plants, which are grafted, planted, shaped, and planted out in the same year, is realized. Compared with the prior art, the cultivation method of the present invention has the advantages of simple process, short cultivation cycle, low cost, high yield, good benefit, etc., and has extremely high promotion and application value.

The invention discloses a parasitic wasp-friendly multifunctional trichoderma asperellum ZJ12 and application thereof, the preservation number of the strain is CCTCC (China Center For Type Culture Collection) NO: M2025805, and the strain has broad-spectrum and efficient antagonistic activity; various phytopathogens such as fusarium oxysporum, fusarium solani, fusarium pseudograminearum, verticillium dahliae, tea pestalotiopsis, phytophthora nicotianae, northern leaf spot helminthosporium bombycis and globulosporium melanocarpum are efficiently inhibited, and a good prevention and treatment effect is shown in a potting prevention effect experiment; the biocontrol microbial inoculum shows transboundary prevention and control potential to lepidoptera pests (plutella xylostella and cabbage caterpillars) and has good biological safety to natural enemy insect parasitic wasps (chrysalis pupae and lateral cotesia manilensis), and the problem that an existing biocontrol microbial inoculum is single in function is effectively solved.

The invention discloses a method for researching the influence of phosphorus tailing blending and water and fertilizer regulation on ecological restoration tree species growth and soil microenvironment, and relates to the technical field of mining area ecological restoration and solid waste resource utilization. Complete combination design is carried out through a pot experiment; then measuring tree species growth indexes, biomass, soil physicochemical properties and microbial community structures; finally, analyzing an interaction mechanism of the phosphate tailings, the water fertilizer and the microorganisms by using variance analysis and redundancy analysis; the system provided by the invention evaluates the feasibility of the phosphate tailings as an improved matrix, defines the optimal mixing ratio and water-fertilizer ratio adapted to different tree species, and reveals the mechanism of'phosphate tailings-water-fertilizer-microorganism 'synergistic drive vegetation recovery. And a scientific basis and a technical support are provided for high-value utilization and accurate regulation and control of the phosphate tailings in ecological restoration of a mining area.

A flowerpot body (1) is provided with at least one larger planting hole (2) communicated with a smaller water permeable hole (3), and the overlook projection area of an aerial root attachment platform (5) on the periphery of the planting hole (2) is obviously larger than that of the planting hole (2). The environment of the platform (5) is moist, the dendrobe (8) is rapidly induced to grow white aerial roots (4), and the aerial roots (4) are fixed on the steamed bun-shaped red platform (5), extend in a radial shape, extend all around, are like lightning and are sky-spectacular, strong vitality is shown, and the ornamental value of the potted dendrobe is greatly improved.

The invention belongs to the technical field of agricultural pest control and provides a method for controlling facility crop pests by using functional plants. The method comprises the following steps: transplanting cnidium monnieri seedlings into a crop field before field planting or seedling emergence of crops; hanging the cnidium monnieri in the potted flowering period above crops planted on the ground, and replacing the cnidium monnieri with a new potted cnidium monnieri in the flowering period after the cnidium monnieri enters a green fruit period; releasing egg cards of natural enemies, orius sativus, encarsia formosa and harmonia axyridis 3 days after the potted snake bed is placed; when the cnidium monnieri on the ground enters the jointing stage, cnidium monnieri seeds are sown in the original position. According to the method, the crop yield is not reduced, meanwhile, damage caused by outbreak of pest populations is avoided, meanwhile, use of chemical insecticides is reduced, and green production of crops is promoted. The functional plant cnidium monnieri is planted in the greenhouse and used for conserving natural enemy insects released in the greenhouse, conserving of the natural enemy insects and prevention and control of pests can be considered at the same time, population growth of the natural enemy insects is promoted, and the cost of manually releasing natural enemies is reduced.

The invention relates to the field of agricultural planting, and discloses an under-forest konjak potting method which comprises the following steps: planting treatment: screening forest land, and carrying out environment optimization and transformation to obtain a to-be-planted area required by konjak growth; after seed konjak is pretreated, the seed konjak is planted into a potting matrix, field planting and seedling recovering are carried out, potted konjak is obtained, the potted konjak is distributed to the to-be-planted area in a latticed mode, and a planting area is formed; protection control: planting trapping plants on the periphery of the potted konjak in the planting area to trap natural enemies of konjak pests, putting the natural enemies into the potted konjak, and preventing and controlling diseases and pests in the planting area in combination with targeted protection of the potted konjak; and collection and construction: collecting environmental factor data of the planting area. By combining an under-forest planting mode and a potting mode and matching with forest land screening optimization, latticed standardized layout, trapping-putting-targeted habitat organism prevention and control, multi-factor coupling prediction and dynamic regulation and control and planting residue closed-loop cyclic utilization, outbreak of diseases and pests is inhibited.

The utility model discloses a butterfly orchid combined potting flowerpot. The flowerpot comprises a placing shell; the flowerpot fixing plate is assembled on the placing shell and is used for fixing a flowerpot; the breathable flowerpot device is assembled in the flowerpot fixing plate and is used for planting orchid; according to the device, the auxiliary dehumidification device is mounted on one side of the placement shell, and the dehumidification plate is detachably mounted on the inner side through the mounting groove. Then, a ventilation and dehumidification device is arranged, the ventilation and dehumidification device comprises a water guide slope fixed in the containing shell, a fan is fixed to one side of the containing shell, a water outlet is formed in the other side of the containing shell, and meanwhile a water storage tank is fixed to the other side of the containing shell; therefore, when the fan works, air flow can be guided to discharge moisture through the water outlet, meanwhile, the water storage tank collects water which may overflow, and the water guide slope helps water flow to smoothly flow to the water outlet. The whole system works cooperatively and provides appropriate humidity and ventilation conditions for phalaenopsis amabilis.

A new and distinct Aechmea plant named ‘A4005’ particularly distinguished by a compact plant habit with a tightly formed rosette; inflorescence with shorter and denser spikes; a unique blue inflorescence coloration, including bluish bracts and violet-blue flowers; moderate vigor and a uniform growth habit; and an excellent presentation and stability in commercial potted plant production.

This utility model relates to the field of Phalaenopsis orchid cultivation technology and discloses a planting rack for potted Phalaenopsis orchids, including a placement plate. Two threaded rods are fixedly installed on both sides of the placement plate, and U-shaped plates are connected to both sides of the placement plate. The two sides of the U-shaped plates are slidably installed on the outside of the threaded rods. A pressure plate is threadedly connected to the outside of the threaded rods. A rotating plate is fixedly installed on one side of the pressure plate. Support plates are fixedly installed on both sides of the bottom of the placement plate. A limiting structure is provided on one side of the support plate. In use, the placement plate is installed in a suitable position by the support plate, and then the potted Phalaenopsis orchid is placed on top of the placement plate. Then, the two U-shaped plates on the outside of the placement plate are rotated to adjust their height. After adjustment, the rotating plate is rotated to make the pressure plate threadedly connected to the threaded rods, thereby limiting and fixing the U-shaped plates. The U-shaped plates clamp and limit the Phalaenopsis orchid branches in the pot, thereby providing initial support and preventing the Phalaenopsis orchid from tilting.

The invention discloses a deep space potted ornamental plant cultivation method and a spray sterilization device. How to plant healthy and colorful plants in deep land space is very necessary. The method comprises the following steps: selecting an underground phytotron to simulate a deep space environment; selecting a plurality of shade-tolerant plants, monitoring plant growth, and determining proper illumination intensity; disinfecting the substrate, sterilizing and killing insects; plants are planted in flowerpots, and a deep land space plant landscape is constructed according to proper illumination intensity; in the growth process, chitosan and salicylic acid, chitosan nanoparticles and erythritol and chitosan are adopted to conduct spraying treatment on hedera helix aphids, monstera deliciosa thrips and jasmine red spiders respectively; when the plants are subjected to plant diseases and insect pests, a yellow insect sticking plate is hung, the diseased plants are put into a spraying sterilization device, and flonicamid, imidacloprid and bifenazate are adopted to spray and kill hedera helix aphids, monstera deliciosa thrips and jasmine red spiders. According to the invention, a healthy and stable plant landscape in a deep land space and good air quality can be constructed.

The application provides a cultivation method for improving heat resistance of gnetum gnemon, and relates to the technical field of horticultural flower cultivation.The application comprises the following steps: layering planting of gynostemma pentaphyllum, gnetum gnemon and passionflower edulis, hanging bird's nest fern potting on a shed frame, and spraying of rare earth cerium and potassium silicate solution.The layering planting of gynostemma pentaphyllum, gnetum gnemon and passionflower edulis, and the hanging bird's nest fern potting on the shed frame can improve the soil porosity and water content of the planting area, reduce the ground surface temperature of the planting area in summer, and improve the unit area output value;on the basis of the layering planting, the spraying of the rare earth cerium and the potassium silicate solution can reduce the relative electrical conductivity and the malondialdehyde content of the gnetum gnemon leaves, improve the chlorophyll content, improve the Pn and Tr of the gnetum gnemon leaves, improve the average activities of the SOD, the POD and the CAT of the leaves, and improve the survival rate.