233results about How to "Planting method is simple" patented technology

The invention discloses a planting method of strawberries. The method includes the steps of strong seedling cultivation, soil preparation, fertilizer application, planting, field management, harvesting and the like. The planting method can obviously improve the disease resistance of strawberries and lowers the occurrence rate of pest diseases to the maximum extent, thereby effectively lowering or avoiding use of chemical pesticides and improving the quality of strawberries. The produced strawberries are safe and free of pollution. Meanwhile, the planting method can obviously increase the yield of strawberries, increases both production and income for fruit farmers, and is simple, easy to operate, convenient to manage, low in cost, good in benefit and easy to produce and popularize in a large scale.

The invention discloses a novel greenhouse strawberry culturing and planting method and relates to the technical field of vegetable and fruit planting. The novel greenhouse strawberry culturing and planting method is characterized by including steps of soil treatment and land bedding before seedling planting, treatment on planting date, requirement setting for specifications of a greenhouse, and field management. The novel greenhouse strawberry culturing and planting method is capable of improving productivity, reducing cost and protecting the environment.

The invention discloses a tomato planting method including the steps of deeply digging and ridging, applying enough base fertilizer and performing tomato field management. The tomato planting method is simple, low in cost and easy to popularize, planted tomatoes are natural, green, healthy and high in nutrient content, and pollution to the environment is reduced.

The invention relates to a pollution-free grape planting method, comprising the steps of before field planting of a grape seedling, performing different treatments on soil and a grape seedling root; paving straws on the soil, then scattering quick lime, paulownia saw dust, castor leaf powder, vinasse and other sterilization components, deeply tilling the oil and laminating a film for hard light irradiation, so germs in the soil can be effectively killed, and a well environment is provided for grape growth; dipping the root with mud prepared from nitrogen, phosphorous and potassium compound fertilizer, calcium superphosphate, urea, attapulgite, polyacrylamide, bamboo vinegar and sea mud, and then coating a layer of plant ash, wherein the mud contains the slow-release fertilizers, and water retention, so fertilizing and watering times can be effectively reduced, and the grape planting cost is reduced; after field planting, applying straw powder and vermiculite to the root, thus improving the soil, preventing the loss of the mud coated to the root of the grape and improving the use rate of the fertilizers. The pollution-free grape planting method has the beneficial effect that a safe and environment-friendly prevention and control method is adopted for preventing and controlling diseases and insect pests.

The invention relates to the technical field of agricultural cultivation, in particular to a planting method for high-yielding pepper. The method comprises the following steps of (1) raising seedlings: taking a nursery seedling plate, sterilizing, and putting a base fertilizer into the nursery seedling plate; (2) field planting: selecting sandy soil with thick soil layer, loose texture and no pollution to furrow; (3) managing after field planting: appropriately watering and spraying a foliage fertilizer to promote the pepper to grow one week after fielding plating; (4) harvesting and managing after harvesting: applying the base fertilizer again in autumn, and meanwhile, preventing and curing the leaf spot disease through 50% of topsin methyl-thiram wettable powder 800 to 1200 multiples liquid or ferrous sulfate 600 to 800 multiples liquid mist spray. The planting method for the pepper is high in pepper increase production, the root development is good, the plant diseases and insect pests are less, the pepper can be harvested in summer, autumn and winter, the planting method is simple, the cost is low, the economic benefit is obvious, not only the quality but also the yield are improved, and higher economic benefit is produced.

The invention provides an artificial dental abutment, an artificial dental multi-part implanting system and an implanting method. A crown connection section and an implant connection section are respectively arranged at two ends of the artificial dent abutment, wherein the included angle of the axis of the crown connection section and the axis of the implant connection section is 10-30 degrees. The artificial dental abutment can adapt to various oral implanting conditions and angles. An artificially implanted tooth has a harmonious and beautiful repairing effect with surrounding tissues and remained dentition by adopting the abutment. The invention discloses an artificial dental multi-part implanting system comprising the artificial dental abutment, wherein the implant is a multi-part and nonsubmerged technology combined implant, is high in stability and strength, and can adapt to various oral implanting conditions and angles, can be used for effectively reducing the local stress, shortening the healing time and reducing the hurt of patients.

The invention discloses a lepidium meyenii planting method. The method includes the steps of a, selection and preparation of land, b, transplanting and fixed planting, c, management, d, harvesting and the like, wherein the management method in the step c comprises (1) reducing seedlings and filling the gaps with seedlings, (2) intertilling and weeding, (3) conducting fertilizer application and (4) irrigating and draining. According to the lepidium meyenii planting method, a cultivated field is plowed and insolated first, then field planting is carried out in longitudinal parallel and staggered modes, the modes of reducing seedlings and filling the gaps with seedlings, manually weeding, conducting fertilizer application and the like are matched to be conducted, the yield and quality of lepidium meyenii are guaranteed, and the lepidium meyenii planting method is simple and easy to popularize, high in yield due to the fact that the average yield per mu can reach up to 400kg, and capable of achieving proportional value.

The invention discloses a method for planting spinach and relates to the field of vegetable planting. The method comprises the following steps: (1) carrying out seed treatment; (2) carrying out air-curing; (3) carrying out seed soaking; (4) carrying out germination hastening; (5) carrying out planting; and (6) carrying out insect prevention and harvesting. According to the method for planting the spinach, disclosed by the invention, the germination rate of spinach seeds can be effectively increased, and seed seedlings can be uniform and regular and are high in survival rate; no chemical fertilizer and pesticide is added during planting, so that cultivated spinach is adequate in nutrient and high in practical value and is environment-friendly and healthy; and the planting method is simple, timesaving and laborsaving and is easy in operation, low in planting cost, high in yield and good in economic benefit.

The invention discloses a planting method for an early chrysanthemum. The planting method comprises the following steps of land preparation and soil preparation, seedling cultivation, timely transplanting, field management, harvesting and processing. The planting method for the early chrysanthemum is easy to learn and popularize, beneficial to high yield and suitable for large-scale production. Through using an organic fertilizer with a unique formula, soil permeability, water retention, fertility conservation, and soil and plant diseases and insect pests prevention can be improved, thereby fundamentally solving the problem of soil compaction. Through disinfection and pre-culture, cuttings obtain a good disease resistance and a high survival rate. After being transplanted, the early chrysanthemum is covered by a black film so that herbicides can be eliminated, and management is simplified. An insecticidal yellow sticky board combines with a Chinese herbal medicine spray insecticide, thereby meeting the requirements of environmental protection and energy conservation, greatly reducing the plant diseases and insect pests of the early chrysanthemum, and improving the quality of the early chrysanthemum. Spraying nutrient solution can provide comprehensive nutrition, and enable the early chrysanthemum to be not easy to die and obtain vigorous and fast growth, moreover, the nutrient solution also has zinc and selenium elements with a health care effect.

The invention provides an artificial dental implant, an artificial dental implanting system and an implanting method. A screwed thread is formed in the outer surface of an artificial dental implant, wherein a neck part and a head part are respectively arranged at two ends of the implant; a spiral tapping slot is formed in the outer surface of the head part, the spiral direction of the spiral tapping slot is the same as that of the screwed thread, and the spiral lead angle of the spiral tapping slot is different from that of the screwed thread. When the artificial dental implant is implanted, the cutting force and extrusion force of the implant to the bone tissues at the implanted position are reasonable, and the bone is effectively protected from injury; the artificial dental implant can accommodate bone chips generated in the tapping process, and the bone healing time can be shortened; the artificial dental implant is effectively prevented from rotating or loosing, and the service life of artificial tooth can be prolonged.

The invention provides a fertilizer suitable for planting dendrobium officinale in an epiphytic manner. The fertilizer comprises glutinous rice paste and fermented cow dung in a weight ratio of (5:1)-(1:5). The fertilizer has the beneficial effects that the raw materials of the fertilizer are simple and are easily available; the fertilizer organically and reasonably utilizes natural resources, is beneficial to environmental protection and is applied to planting of dendrobium officinale in an epiphytic manner; the survival rate of dendrobium officinale in epiphytic growth is more than 98%; and dendrobium officinale is water-permeable, the roots hardly rot and are hardly damaged by diseases and insect pests, thus the fertilizer is very beneficial to wild-simulated cultivation of dendrobium officinale. The invention also provides a preparation method of the fertilizer. The preparation method is simple in process and is favourable for industrial production. The invention also provides a wild-simulated method for planting dendrobium officinale in an epiphytic manner. The planting method is simple and is easy to popularize and apply.

The invention relates to the technical field of plant planting, particularly to a high yield cultivating method of pomegranates. The high yield cultivating method comprises the following steps of: (1) preparing a seedling raising matrix; (2) raising seedlings by cutting of short shoots, (3) transplanting the seedlings; (4) managing the transplanted seedlings; and (5) managing the seedlings at a fruiting period and seedlings after pomegranate fruits are picked up, wherein a culturing matrix is weighed in parts by weight: 30-50 parts of poultry dung, 20-40 parts of turf, 10-30 parts of distillers' grains, 12-24 parts of vermiculite, 8-16 parts of perlite, and 2-5 parts of micro elements. Carbendazol is used for disinfecting the seedling raising matrix, and then the seedlings are raised, wherein the consumption of the carbendazol is 90-120g / m<3>. Through the high yield cultivating method of pomegranates, disclosed by the invention, the survival rate is high, the growing trend of the plants is quick, neat and consistent, the cycle of fruit setting is short, the yield is high, and the economic returns are considerable.

The invention discloses a rape planting method. The method includes the step of seedling cultivation and transplanting. Seedling cultivation includes the specific steps of a, soil preparation, b, fertilizer application, c, soil turning, d, seed processing, e, sowing, f, treading and g, watering. Transplanting includes the specific steps of (1) transplanting time determination, (2) rape seedling selection, (3) soil preparation, (4) soil turning, (5) row pit turning, (6) fertilizer spreading, (7) seedling laying, (8) soil turning, (9) treading, (10) watering and (11) seedling complementing. The planting method is simple, planting steps are reduced, labor efficiency is improved, labor force is reduced, and the yield of rape is not affected.

The invention discloses a cultivation method of pitayas and belongs to the technical field of agricultural planting. The cultivation method includes screening varieties, raising seedlings by cutting, preparing soil and setting posts, planting, irrigating and fertilizing, controlling diseases and pests, performing field management and the like. The cultivation method has the advantages that the space of a pitaya planting base is optimized, pitaya cultivation racks in rows are utilized to increase pitaya planting density, an interval of 2.5-2.8m is reserved between every two planting ridges to serve as the passageway for manual and mechanical operation, manpower cost and management cost can be lowered, high pitaya yield and good pitaya quality are achieved, the produced pitayas are rich in selenium content and meet the requirements of selenium-rich fruits, and the method is suitable for being popularized and used in a large-scale manner.

The invention discloses a planting method of Yangxin potherb. The method comprises the following planting process: selecting good seedlings to breed, selecting a seedling growing field, reasonably cutting, transplanting and performing field planting, scientifically fertilizing and watering, periodically weeding, harvesting and processing. The planting method of the Yangxin potherb has the advantages that the planting method is simple, the success rate is high, the yield is obviously improved, the loss of fertilizers is reduced, the consumption of the fertilizers is reduced, and the fertilizer efficiency is improved.

The invention relates to a loquat tree organic cultivation method. The invention relates to the technical field of agriculture, forestry, husbandry, hunting, trapping and fishing, and especially relates to a loquat tree cultivation method. The invention provides a large-volume, high-yield and high-disease-resistance loquat tree organic cultivation method. The method comprises the following steps: (1) girdling, branch stretching and injured branch bending are carried out, such that flower bud differentiation is promoted and controlled; wherein a main trunk is girdled by 2-3 strips, and the wound is smeared with a 1:50 solution of 50% thiophanate wettable powder for preventing germ infection; (2) reasonable close planting is carried out, wherein a red soil, loess or loam land with deep soil, good drainage and rich humus is selected for planting; (3) a base fertilizer is heavily applied, wherein 0.5-0.75kg of lime, and 1-1.5kg of a calcium, magnesium and phosphorous fertilizer are filled in each pit; (4) flower bud differentiation is promoted and controlled through fertilizer and water management; through June to August, no nitrogen fertilizer is applied, and phosphorous and potassium fertilizes are approximately added; and (5) trimming and pruning are carried out, wherein after field planting of the loquat trees, topping is carried out on a main trunk at a place 50cm from the ground for determining the height of trunk.

The invention discloses a large-scale cultivation method of radix psammosilenes. The method mainly comprises the steps of land selection, land preparation, seeding, field management and harvesting. Direct seeding plantation is performed in a large land, the emergence rate can exceed 95 percent, the growth speed of a plant after emergence is high, and the plant grows well; the rootstalk of the harvested radix psammosilenes is large, the defects of forming of insect holes and rotting of the root are overcome, and the quality is good; meanwhile, the fertilizer maintenance, the water maintenance and the ventilation of soil can be improved by virtue of an organic fertilizer, the mass propagation of an effective microbial community is promoted, the growth of pathogenic bacteria of the soil is restrained, a root system of the plant grows strong, toxic and side effects are avoided, and the medical performance and the soil environment of the radix psammosilenes are safer; the plantation method is simple, high in operability and low in cost, lays a good foundation for the improvement of the artificial large-scale plantation of the radix psammosilenes, and facilitates large-scale popularization plantation.

The invention discloses a high-yield planting technique for grapes. Before the grape seedlings are planted in the present invention, the soil and grape roots are treated differently: the soil is first covered with straw, and then sprinkled with bactericidal ingredients such as quicklime, paulownia sawdust, castor leaf powder, and distiller’s grains, and then covered with strong light after deep plowing. Irradiation can effectively kill harmful bacteria in the soil and provide a good environment for the growth of grapes. At the same time, the straw has a certain heat preservation effect and prevents the roots of the grapes from frostbite in winter; The mud made of calcium, urea, attapulgite, polyacrylamide, bamboo vinegar, sea mud, etc., is then covered with a layer of plant ash. The mud contains slow-release fertilizers and water-retaining properties, which can effectively reduce the cost of topdressing and watering frequency, reduce the cost of grape planting; after planting, apply straw powder and vermiculite to the roots, which can improve the soil, prevent the loss of the mud coated on the roots of the grapes, and improve the utilization rate of fertilizers; the present invention uses safe and environmentally friendly biological control methods to prevent and control diseases and insect pests , Pests and diseases are greatly reduced, safe and pollution-free.

The invention discloses a high-yield and environment-friendly peanut planting method. The method includes the steps of firstly, selecting seeds, and drying the seeds in the sun; secondly, preparing traditional Chinese medicine insecticidal and sterilizing soaking liquid; thirdly, soaking the seeds; fourthly, preparing a seed coating agent special for peanuts; fifthly, using the seed coating agentto process the peanut seeds; sixthly, accelerating germination; seventhly, preparing a planting field; eighthly, transplanting seedlings; ninthly, performing field management in the seedling period; tenthly, performing leaf-surface management in the seedling period; eleventhly, harvesting. The planting method has the advantages that the method is green, environmentally friendly, safe and free of pollution, the seed coating agent is used to provide an excellent microenvironment for seed germination and seedling growth, the virus resistance, mildew resistance and drought resistance of the seedsare increased evidently, germination potential and seed activity are increased evidently, the degraded seed coating agent can improve soil and reduce pollution, and the method is high in practical value and promising in application prospect.

The invention provides an ecological and standardized planting method for paris polyphylla, and relates to the technical field of the planting industry. The method mainly includes the steps of land selection, cultivation, management, pest control, harvesting and the like. By means of the method, the standardized planting of paris polyphylla can be achieved, the growth cycle is short, and yield can be improved by 30% or above. Due to the fact that organic fertilizer is mainly adopted and the use of pesticides is limited, root stocks used as medicine meet all regulations under the paris polyphylla item in the 2010 version of the Chinese Pharmacopeia, and hazardous substances such as pesticide residues and heavy metal are all lower than the standard requirements. Cost is reduced, and the medicine quality is ensured. Due to the fact that the requirement of planting and processing of paris polyphylla for various types of chemical pollution is strict, good ecological environment benefits are achieved while socioeconomic benefits are created.

The invention provides a method for substituting for flaveria bidentis by utilizing grain amaranth; in the method, the grain amaranth is adopted to carry out biological substitution to the flaveria bidentis; the method can lead the germination rate of the flaveria bidentis to be reduced by 80.43 percent, the average plant height is reduced by 77.30 percent, the average single plant branches are reduced by 98.96 percent, the average single plant leaves are reduced by 99.14 percent, the average single plant biomass liveweight is reduced by 92.54 percent, the average soluble protein content is reduced by 52.99 percent, and the method has remarkable control function to the foreign invasion of the flaveria bidentis; the grain amaranth is a common plant, the seed is easy to obtain, the planting method is simple, and the operation is easy; the grain amaranth is pasture with good quality, while controlling the population quantity of the flaveria bidentis, the grain amaranth has a certain economical value.

The invention provides a planting method of shiitake mushrooms, which comprises the steps of substrate preparation, bagging, inoculation, sterilization, germination, mushroom urging, mushroom growth, picking and the like. The beneficial effects of the present invention are: the mushroom planting method of the present invention is simple and easy to learn, can significantly improve the output and quality of the mushroom, and is worthy of popularization and application.

The invention discloses a method of nursing and propagating ricefield predatory enemy insects. In rice transplanting stage, nectariferous plants, such as okra and wild chrysanthemum, are grown in peripheral ridges of a ricefield, and meanwhile the rice field is plowed; okra is planted i holes at intervals of 1.8-2.4 m; wild chrysanthemum is intercropped between every two holes of the okra; planting furrows of the wild chrysanthemum are 0.6-0.8 m in spacing; a combination farmland eco-system with co-existing rice and nectariferous plants is established. Water and fertilizer management for fields is carried out for rice production according to normal agricultural operations of the local site. Two years of actual field test applications prove that the quantity of enemy insects, such as spiders, ladybirds and predatory true bugs, in the ricefield eco-system is increased evidently, which is important to the ecological regulation for rice pests; the bio-control effect of enemies against pests can be exerted effectively; the usage of pesticides is reduced; sustainable development of agricultural health is promoted; the method has significant economic, social and ecological benefits.

The invention belongs to the technical field of soil-free planting in farms based on the Internet of Things and particularly relates to a soil-free farm planting system and method based on the Internet of Things. The planting system comprises a soil-free farm planting unit, a field monitoring unit, a field information processor, a local server, a remote server and a remote terminal. Information, collected by the field monitoring unit, of the soil-free farm planting unit is transmitted to the remote server through the field information processor and the local server in sequence, a client logs into the remote server through the remote terminal to carry out registration and check farm information, a farm administrator obtains registration information of the client through the local server and provides maintenance and management on a soil-free planting farm according to requests in the registration information of the client. According to the soil-free farm planting system and method based on the Internet of Things, the Internet-of-Things technology is applied to soil-free farm planting, scientific production management with higher efficiency, higher convenience and higher real-time performance is achieved, the standard production capability of the farm is improved, and supervision and management on planting and selling integration can be achieved.

The invention discloses an arbored planting method of weigela floridas, belonging to the field of cultivating plants. The method provided by the invention comprises the following steps of: (1) cutting off weigela florida twigs with the length of 12-17 cm to be cultured in a container from June to July; (2) transplanting twig seedlings in the container into a large field to grow for 2 years in spring of the next year; (3) levelly stumping transplanted seedlings in the large field, removing sprouts and strengthening branches; when the main branch grows to the height of 2 m, locating the branches; pruning side branches which are shorter than 1.8 m and keeping short branches with the length of 3-5 cm; and (4) transplanting for 2-3 times and gradually increasing a row distance of the plants, pinching and culturing trunks to obtain arbored weigela floridas. Through utilizing the method provided by the invention, the shrub type weigela floridas are cultured into the arbor type weigela floridas, so that the following problems are avoided: the trunks of the traditional weigela floridas are not obvious, more branches are existed, and the corollas are small; the thickness of the trunks and a corolla extent are increased, the trunks are tall and straight, flowers are greater, colors are versatile, and an observing value is extremely high. The method provided by the invention can be used for culturing in batch and is good for popularizing.

The invention discloses a cultivation planting method for artificial domestication of wild morchella esculenta. The cultivation planting method for artificial domestication of wild morchella esculentacomprises the steps of 1 harvesting wild morchella esculenta, 2 performing processing, 3 preparing soil, 4 sowing seeds, 5 performing daily management and 6 performing harvesting. The influence of geographic environment on planting is reduced, dependence on the climate environment is lowered, the yield of morchella esculenta is increased, the quality is obviously improved, 95% of morchella esculenta can reach the good quality, and the activity of the wild morchella esculenta is ensured from the picking source, so that mother strains of the morchella esculenta are more easily obtained, the success rate is high, the purpose of artificial domestication of the wild morchella esculenta can be achieved, anti-season output of the morchella esculenta is ensured, the planting method is simple, andthe survival rate of the morchella esculenta is increased.

The invention relates to the technical field of Chinese medicinal herb planting, in particular to a planting method of common andrographis herbs. The planting method is characterized in that the planting of the common andrographis herbs can be effectively controlled through selection and remaining of seedling raising seeds, processing of the seedling raising seeds, cultivation by setting seedlings and timely adjustment on the temperatures and the humidity according to planting areas during seedling culture. The planting method has the advantages as follows: the planting method is simple and feasible, is a crop planting method which can be mastered by farmers, and has a remarkable yield-increasing effect. According to eExperiments on planting effects prove that, the amplification of yield per mu is 23.4%, the planting benefit of a farmer accounts for an increase of 450 yuan per mu, and the method is another project selection for acquiring wealth by planting.

The invention discloses a trace element enriching Poria cocos plantation method; trace element enriching EM organic liquid is mixed with organic substance; water content is adjusted so as to prepare Poria cocos growth medium; Poria cocos bacterial strain is inoculated in the medium, and trace element enriching Poria cocos can be obtained through fermentation culture. Compared with the prior art, the method applies trace element enriching fertilizer on the Poria cocos, so the paratrophic Poria cocos can be enriched with trace elements like calcium, iron, selenium, boron, molybdenum and chromium, thus improving medicinal and health care value, and satisfying human trace element supplement demands. The plantation method is simple, and the planted Poria cocos can be enriched with trace elements like calcium, iron, selenium, boron, molybdenum and chromium, thus providing high business value and medicinal value.

The invention discloses a plantation method of a high-yield cucumber. The method comprises the following steps: after final signaling of cucumber seedlings, applying a cucumber special-purpose fertilizer, drawing strings to put up a shelter, performing intertillage weeding, when cucumber tendrils grow to somewhere close to the top of the shelter, carrying out tendril falling, and stopping watering three to five days before the tendrils fall, wherein raw materials of the cucumber special-purpose fertilizer comprise composite coating urea, mono-Ammonium phosphate, diammonium phosphate, potassium sulfate, potassium dihydrogen phosphate, calcium hydrogen phosphate, sodium silicate, EDTA Chelating zinc, ammonium ferrous sulfate, EDTA Chelating zinc, rotted chicken manure, molasses powder, peat, weathered coal, kaolin, Bacillus megaterium, Pseudomonas fluorescens and Paenibacillus polymyxa; and cleaning stems and the tendrils, picking cirrus, for cucumbers grown from side tendrils, when the cucumber tendrils grow to 5 to 15cm, pinching main tendrils, reserving two to five lateral branches, and plucking the cucumbers when the cucumbers are ripe. According to the method provided by the invention, the slow release effect is good, the soil structure can be improved, nutrients are abundant, the cucumber output is high, the plantation method is simple, and the cost is low.

The invention provides a planting method for increasing sweetness of Ficus carica and belongs to the field of fruit planting. The planting method includes following steps: selecting land, building a greenhouse, raising seedlings by cutting, managing a seedling bed, shaping and trimming, managing water and fertilizer and managing harvest. The planting method is mainly characterized in that conventional outdoor planting is transferred into a semi-closed greenhouse for planting, openings used for being communicated with outside environment are formed at two ends and a roof of the semi-closed greenhouse, a ventilation hole communicating environment in the greenhouse and atmospheric environment and used for adjusting temperature and humidity in the greenhouse is formed in a position, close to the south side, of the roof of the greenhouse, and a fluorescent lamp is mounted in the greenhouse. By arranging the openings, the ventilation hole and the fluorescent lamp, water, temperature and illumination time can be adjusted according to growing needs, fertilizing time is adjusted by controlling temperature and humidity, an emphasis is laid on frequent fertilizing with small quantity, and Ficus carica high in sweetness can be cultivated in artificial environment. Ficus carica cultivated by the planting method is strong and healthy in tree vigor, large in mature fruit and high in yield and quality.