1704results about "Flowers cultivation" patented technology

The invention provides compositions and methods for the breeding, production, processing and use of specialty cannabis.

The invention relates to method for increasing the yield of a plant grown under conditions that cause periodic oxidative stress in said plant, comprising the step of growing a seedling, tissue culture or plantlet into a plant, and further comprising the step of manipulating said plant or the environment of said plant such that an increase in the rate of respiration and / or protein turnover in said plant due to said periodic oxidative stress is intentionally prevented during the early ontogeny of said plant.

The present invention relates to plants producing, as their major cannabinoid cannabichromenic acid (CBCA) or its neutral (decarboxylated) form cannabichromene (CBC), hereafter jointly referred to as CBC(A). It additionally relates to: • A botanical material obtainable from said plants; • A botanical raw material (BRM), • An extract including a botanical drug substance (BDS) and a purified BDS; • A formulation comprising the BRM, BDS, purified BDS or other extract; • The use of the BRM, BDS, purified BDS or other extract in the manufacture of a medicament; • A method of deriving plants yielding a high proportion of the cannabinoid CBC (A) at the expense of other cannabinoids; • A method of cultivating plants such that they yield a high proportion of the cannabinoid CBC(A) at the expense of other cannabinoids; and • A method of extracting CBC(A) from said plants.

The present invention provides a method and an apparatus for nurturing phalaenopsis orchid seedlings with stalk with a high performance of land use, and comprises a nurture room having an air conditioning equipment for a temperature control; a multi-layer planting bed rack installed in the nurture room for placing the phalaenopsis orchid seedlings; and an illumination rack fixed above each planting bed, and having an artificial light source installed thereon for illuminating the phalaenopsis orchid seedlings in the planting beds. With the aforementioned arrangement, the large quantity of phalaenopsis orchid seedlings placed on each planting bed are grown under the conditions controlled at a temperature at 17° C. ˜25° C. and a light intensity of 100˜11000 Lux, so as to achieve the effects of improving the production efficiency, lowering the cost and providing a stable shipping time.

The invention provides compositions and methods for the breeding, production, processing and use of specialty cannabis.

The invention discloses a method for greening and restoring a hard side slope. The method comprises the steps of cleaning a slope surface, arranging an anchor rod, laying a galvanized wire mesh sheet,improving red sandstone into planting soil, laying a geomembrane, executing sowing, establishing an automatic irrigation system and executing operation and maintenance, wherein the red sandstone soillayers with different sandstone contents are improved by adding an improver, meanwhile spray heads are installed on a pre-buried spray system by utilizing an automatic control system, and planted plants are irrigated by using the spray heads. A sprinkling irrigation system can be automatically controlled according to temperature and humidity. The invention provides a hard slope greening restoration technology for improving red sandstone into planting soil. Long-term growth conditions are provided for vegetations, the ecological restoration requirements of a rock slope and a hard slope are met, slope protection greening planting plants are combined with a traditional vegetation concrete ecological-restoration technology, vegetation restoration and anchoring fixation are simultaneously carried out, and the vegetation growth on slopes and slope fixation can be better achieved.

A device would be desirable if it reflected directional light, and if it could stimulate the phenomena of horticulture efficiently in a place where sunlight may not be readily available. Then it could be possible to harvest desirable crops in any season. Given that the climate is right and plants are properly fed with both micro and primary nutrients; this device would propagate the best growth in green photosynthetic plants by simulating a band of magnetic frequencies that enhance the photoperiodism states. This device will use wavelengths approaching the UV and IR spectrum but will stay within the bounds of beneficial frequencies. Desired growth being: biomass gain, yield, and the metabolic integrity of the plant. The device ought to aid in biomass gain by achieving desirable light cycles, color band ratios and aid in air circulation in the vicinity of the plants (in turn affecting respiration and transpiration).

This invention is directed to a method of growing a plant from the Cannabaceae family, the cultivar or composition produced therefrom, wherein the plant is exposed to artificial lighting of different intensities based on spacing, growth phase, and flowering yield.

The invention discloses a grass and flower plant landscaping method adaptive to environmental changes. The grass and flower plant landscaping method comprises the following steps: landscaping arrangement and designing: a step of determining of a landscaping range and a landscaping area; soil improvement; transplanting and planting; mixed planting through autumn sowing and spring sowing; and regular maintenance and resowing. According to the invention, a manner of combining transplanting with sowing is ingeniously adopted for establishment of landscaping plants, and plants with outdoor sowing difficulty and large sizes are transplanted, so the effects of highly-efficient establishment and effective control of the growing area of a plant variety with strong extension ability are achieved; amixed sowing manner is combined to construct a natural grass and flower landscape, so the landscaping performance is improved and enriched; growing grass and flower plants are more adaptable to a current environment; the survival ability of landscape plants is reinforced; the biological diversity of the landscaping area can be significantly improved; and abundant grass and flower plant varieties are utilized to attract more and various beneficial insects, so improvement of the health degree of an ecological system in the landscaping area is promoted, and a more beneficial human living environment is fedback and improved.

A material for assisting in at least one of germination, protection, hydration, and thriving of seeds and the plants originating therefrom treats a seed with a tackifier or binder, such as corn syrup or the like, which secures a layer of hydrating polymer particles thereto. Nutrients, protectants, and the like may be absorbed in the polymer before or after coating of a seed thereby. Weighting materials, extenders, flowing agents, and the like may assist in the functioning or handling of the coated seeds.

Provided are a plant cultivation system, device, and method for simultaneously producing wide variety of plants such as leaf vegetables, fruit vegetables, head-forming vegetables, and legumes year-round without causing continuous cropping injury by circulating a simple nutrient solution. In each of the plant cultivation system, device, and method, a temperature of reformed air, which is obtained by reforming air into a state suitable for setting a dissolved-oxygen concentration of the simple nutrient solution in a cultivation tank for holding a wide variety of plants to a predetermined concentration, is set to a predetermined temperature, and the reformed air is supplied, at a flow rate required for setting the dissolved-oxygen concentration of the simple nutrient solution to the predetermined concentration, from a vicinity of a bacterial colonization portion into the simple nutrient solution flowing at a predetermined speed through the cultivation tank.

Low-maintenance, multi-flora landscaping techniques provide robust year-round, or nearly year round, decorative environments.

The invention relates to the field of environment protection, and discloses a high and steep slope reinforcing and greening device and method. The high and steep slope reinforcing and greening devicecomprises reinforced three-dimensional polypropylene gauze pads, U-shaped nails, anchor rods, vegetation seeds, soil improvement fiber mixtures, erosion-resistant fiber mixtures, fiber filtering tubesand wedges. The high and steep slope reinforcing and greening device is simple in construction process and convenient to operate; after the reinforced three-dimensional polypropylene gauze pads are fixedly arranged on a slope surface of a high and steep slope by the anchor rods and the U-shaped nails, the fiber filter tubes are laid, and then a mixture of the vegetation seed and the soil improvedfiber mixture and a mixture of the vegetation seeds and the erosion-resistant fiber mixture are successively sprayed and sowed. A soil living condition for growth of plants can be improved effectively, nutrient elements required for growth and metabolism are provided for the plants, and the technical problems that by an existing high and steep slope reinforcing method, the slope is easily washedby rainstorm, secondary landslide is caused, the collapse water-retaining property is poor, and meanwhile, secondary pollution to the environment will be caused are solved.

A plant-cultivation method and system that aids automation of farms / lawns, home-farms, roof-farms, etc.The plants are held on the conveyor preferably the whole of their life. By the operation of conveyor, the plants visit the central plant processing space on a routine basis, throughout the life of the plants. As many processes as wanted are centralized including routine watering, nutrient feed, pruning, inspecting, harvesting, planting, etc. Multiple types of plants can be grown simultaneously.Enables fully automated electric-powered maintenance of lawn, lawn / garden. No more noisy gasoline lawn mowers, water hoses, sprinklers, etc.Helps make green cities by converting roofs of buildings in to lawns / farms. Homeowners can install the automated roof-farms, enjoy the harvest and sell to neighbors. Saves home energy costs. Saves on fossil fuel by reducing transport.Helps use non-fertile lands for farming.Less investment on resources, greenhouses. Helps men & machines to work at their maximum efficiency. Easy adaptation with hydroponic, aquaponic or aeroponics farming. Suitable for large and small-scale farms.

The invention relates to the technical field of plant cultivation by artificial light, particularly provides a light environment method for full-artificial light cultivation of plants in order to provide a full-artificial light source for plant growth. The light source herein includes light wave 620-760 nm in frequency; the light wave 620-760 nm in frequency accounts for 64-76% of the whole photonquantity of the light source. Compared with traditional light sources, such as existing fluorescent lamps and high-voltage sodium lamps, the light source proportion and the light source combination mode employed herein help greatly increase the yield of plants. Compared with traditional LED light proportion schemes, the light source proportion herein has the advantages that the selected light frequency is more accurate, influence from other plant growth parameters is little, better specificity is imparted to the promotion of plant growth process, and the precise light wave frequency, peak wavelength and photon ratio precise combination and proportioning allow the plant growth effect to be controlled more precisely, so that plant growth is promoted.

A ornamental planting landscape irrigation distribution and reservoir product and method ecosystem employing a substantially continuous panel on the soil surface on which ornamental landscape plantings is placed or produced, the panel having a primary, lateral water distribution structure which distributes water from a water charging inlet through the lateral area to the panel periphery, where it is restrained, the primary water distribution structure being such that when filled with water or completely submerged in water air is trapped by the gaps and spaces of the material for ornamental landscape plant usage.

The invention discloses a container seedling method for oil peony and a seedling medium. The seedling method comprises the following steps: nursery land selection, seedbed fabrication, container selection, medium preparation, nursery stock selection, transplanting and bagging and container putting, and management after transplanting, wherein the seedling medium is prepared from the following components: peat, perlite, vermiculite and a microbial organic fertilizer at the volume ratio of (5-7) to 1 to 1 to (1-3). The root is not damaged during transplanting by the method disclosed by the invention; the survival rate of nursery stock is high; the nursery stock can be planted out of season, and is not limited by the growing season; and the nursery stock does not need to be greatly trimmed when transplanted, so that the effect of immediately forming the landscape can be achieved; and the nursery stock is regular, healthy, developed in root, intact in rootball, convenient to transport, carry and unload and the like. The light seedling medium disclosed by the invention has an obvious acceleration effect on growth of ground-underground biomass of the oil peony.

The invention discloses a method for cultivating mechanized transplanted seedlings of rice by use of an organic medium production line in a gutter-connected plastic greenhouse. The method comprises the following steps of 1), arrangement of cultivating seedling materials, namely a medium, a seedling disk, a dome-shaped steel-structure plastic film gutter-connected glasshouse facility, and a finishing seedbed; 2), seed treatment, namely choosing seeds, soaking the seeds and accelerating germination; 3), medium treatment and disk loading, namely firstly loading a bottom-layer medium, then seeding, finally covering the seeds with the medium and watering; 4) seeding and bud promotion, namely seeding dry rice and bud rice in each disk, stacking the disks and promoting bud, moisturizing, warming, arranging the disks, and performing atomizing spray, wherein the disk stacking height is 20 layers; and 5) seedling stage management, namely attentively managing the temperature and moisture and controlling diseases. The method has the advantages of good technical effect, obvious social benefit and prominent economical and ecological benefits and the like, and the method has preferable popularization prospect.

An embodiment of the present disclosure provides a plant monitoring instrument, an information generation method and device, and a plant monitoring system, and relates to the electronic apparatus field. The plant monitoring instrument comprises a master chip, a wireless communication chip and at least one growth environment monitoring sensor. The at least one growth environment monitoring sensor comprises at least one of a light sensor, a temperature sensor, a humidity sensor, and a soil conductivity sensor. The master chip is configured to acquire growth environment data collected by the growth environment monitoring sensor and send the growth environment data to the mobile terminal through the wireless communication chip. The mobile terminal is used to generate plant culturing reference information based on the growth environment data. The plant monitoring instrument, the information generation method and device, and the plant monitoring system are advantageous in that, with no users' understanding or observation of plant living habit, with no users' judgment of whether the growth environment of a plant is suitable, and only by insertion of the plant monitoring instrument into plant growing soil, can the effect of acquiring culturing reference information of the corresponding plant be achieved.

The invention discloses a novel ecological breeding community with circulating flow water in a pond. The novel ecological breeding community with circulating flow water in the pond is characterized inthat the novel ecological breeding community comprises a breeding area for aquaculture, an ecological purification area for purifying aquaculture water, and a control area for monitoring water quality of the aquaculture water, wherein the ecological purification area comprises a primary utilization area, a fruit and vegetable purification area, a biological purification area and a deep water area, and the control area comprises an office area and a management room which is set near the breeding area; the breeding area and the ecological purification area are laid out in a way that water flowsin a circular runway; the primary utilization area, the deep water area and the biological purification area in the ecological purification area are sequentially arranged along the circular runway; the fruit and vegetable purification area is arranged in a straight line in the middle of the circular runway. Further provided is a method for a novel ecological breeding with circulating flow water in the pond. The novel ecological breeding community with circulating flow water in the pond and the method for the novel ecological breeding have the advantages of realizing water recycling, reducingfeed coefficient, allowing ecological breeding of various products such as fish, aquatic plants and vegetables, and ensuring greenness, environmental protection, energy saving and emission reduction,and high breeding efficiency.

A system and method of sustainable aquaponics that vertically integrates unique aquaponic system designs with alternative aquaculture fish feed sources, fingerling production methods, alternative aquaculture / farmed fish grow out models, and green energy sources that yield organic produce in the form of fruits and vegetables. A raceway system serves as the hub for grow-out throughout the warm and cold months. During the summer months, fish can be spawned and fed for steady growth, while during the winter months, the fish continue to grow at slower quite acceptable growth rates. Plants like legal (licensed) cannabis for medical use can be grown in plant areas near the raceways with very high yields. The system may also be used to reclaim gray water using the biology of the system to purify it for agricultural use.

The present invention relates to methods of improving germination rates of plants or crops, and of preventing or arresting water evaporation loss from targeted soil areas by use of soil additives, which allow for improved water utilization by crops, plants, grasses, vegetation, etc.

A device for promoting root function of a plant may include a first container configured to retain a root growing medium; a second container below the first container, wherein the second container is configured to store a liquid; an insulated enclosure surrounding the first container and the second container and including an opening above the first container that is sized so that the plant may grow through the opening; a pump configured to transport the liquid from the second container to the first container; a heater within the insulated enclosure; and a flow path from the first container to the second container that allows the liquid to flow from the first container to the second container after the liquid is transported to the first container.

The invention discloses a bacillus siamensis (bacillus siamensis), and the preservation number of the bacillus siamensis is CGMCC No.19505. The bacillus siamensis has a very high inhibition effect on root rot caused by fusarium solani, the bacterial liquid of the bacillus siamensis has a relatively good prevention and treatment effect on the root rot of oil peonies, the growth of oil peony plants can be promoted, so that the investment of chemical fertilizers and pesticides can be reduced, the environmental pollution can be alleviated, and the sustainable development of agriculture can be realized.

An epiphyte growing system includes a plant container, a pre-shaped substrate plug and an epiphyte plant. The plant container and the pre-shaped substrate plug together define one or more groove-shaped spaces between a circumferential wall of the plant container and an outer wall of the pre-shaped substrate plug. Those one or more spaces are void of substrate material, and spiral downward along the circumferential and outer wall for one or more air roots of the epiphyte plant to grow there along.

The invention relates to an earth spray-seeding greening base material and a slope ecological protection construction method. The earth spray-seeding greening base material comprises a base layer matrix, an intermediate layer matrix and a surface layer matrix, and is characterized in that the base layer matrix comprises the following raw materials in parts by weight: 380 parts of planting soil, 210 parts of organic fibers, 70 parts of organic matters, 20 parts of a fertilizer, 95 parts of an adhesive, 22 parts of a water-retaining agent and 30 parts of a soil conditioner; the intermediate layer matrix comprises the following raw materials in parts by weight: 450 parts of planting soil, 200 parts of organic fibers, 300 parts of organic matters, 20 parts of a fertilizer, 40 parts of an adhesive, 32 parts of a water-retaining agent, 13 parts of a soil conditioner, 2 parts of a rooting agent, 2 parts of fenaminosulf and plant seeds; the surface layer matrix does not contain plant seeds, and the rest is the same as the intermediate layer matrix. On the premise that the air permeability of the base material is not affected, the bonding effect and the bonding stability are improved, and the occurrence time of soil erosion such as loosening and falling of the base material due to poor bonding effect is prolonged.

The invention discloses a greenhouse planting method of dendrobium officinale. The method comprises the following steps: step 1, establishing a greenhouse, including 1) setting up a greenhouse; 2) installing mist spray devices; 3) and installing temperature control devices; step 2, preparing for planting; step 3, planting, including 1) planting according to standards of 3-7 cm row spacing and 3-7 cm line spacing, performing fill compaction; 2) after planting is completed, pouring water over the plant by the mist spray devices; step 4, performing field management, including 1) control of temperature: dendrobium officinale being capable of normally growing in temperature of 15-30 DEG C, when temperature exceeds 28 DEG C, cooling the greenhouse by the mist spray devices, in winter, plastic films are laid down to insulate heat, and temperature is higher than 6 DEG C; 2) control of humidity: dendrobium officinale growth air humidity being 55%-80%; 3) and control of luminous intensity: luminous intensity of the dendrobium officinale being 1200-1800 lumen. Through the temperature automatically controlled greenhouse, the dendrobium officinale which is high in survival rate, fast in growth, high in productivity, and high in nutrient contents can be obtained.

The invention belongs to the technical field of land improvement, and in particular relates to a method for improving seashore saline land by plant intercropping. The method comprises the steps of: S1, turning over and leveling the saline land by adopting a deep plow harrow before planting, and digging drainage ditches; S2, throwing a mixed material into soil, turning over and leveling the salineland again, separating the land by ridges having widths of 1-1.5m, and digging holes at fixed points according to the size on the planted land with determined row spacings, wherein the rows are parallel, the diameters of the holes are 10-25 cm, and the plants are spaced (0.2-0.5) m * (0.2-0.5) m; S3, putting the soil in the holes into a crusher, crushing the soil and then filling the soil back into the holes; S4, putting wormcast to the bottoms of the holes, and then putting seedlings or treated seeds; and S5, regularly watering. The method can effectively improve the water retention, drainageand fertilizer retention of the soil and improve the survival rate of plants; and the method adopting plant intercropping can effectively regulate the pH value of the soil.

The invention discloses a method for planting paeonia lactiflora in a saline-alkali area, and relates to the technical field of planting of the paeonia lactiflora. The method comprises the following steps: (1) amelioration of saline-alkali land; (2) planting of auxiliary plants; (3) digging of planting holes; (4) seedling raising of seeds of the paeonia lactiflora; (5), transplanting; and (6), daily management. The method provided by the invention improves a survival rate and growth speed of planting of the paeonia lactiflora in the saline-alkali land, improves ornamental value and beautifiesthe environment.