50results about How to "Enough nutrients" patented technology

The invention discloses chemical fertilizer for sugarcane. The chemical fertilizer comprises components in parts by mass as follows: 10-12 parts of nitrogen fertilizer, 30-50 parts of soybean curb residues, 8-10 parts of oil residues, 20-40 parts of kelp residues, 14-16 parts of potash fertilizer, 50-70 parts of rice husks, 30-40 parts of potassium sulphate, 80-90 parts of composted chicken dung, 4-6 parts of a leavening agent, 20-30 parts of peat soil, 20-40 parts of distillers' grains and 80-90 parts of water. The formula is simple, three kinds of inorganic fertilizer including nitrogen, phosphorus and potassium are mixed and combined with organic fertilizer for preparation of the special fertilizer for the sugarcane, and the sugarcane yield and the sugar yield can be increased after application of the chemical fertilizer.

The invention discloses a method for planting selenium-enriched jasmine flowers. The method comprises the following steps: 1) preparing cuttage seedlings, namely cutting jasmine flower twigs longer than one year as cuttage seedlings, by taking cut ends as inclined surfaces, inserting the cut ends of the cuttage seedlings into a nutrient solution, performing water culture, and after roots grow out, transplanting into a planting field; and 2) performing planting field treatment, namely applying a heavy metal chelation liquid into the planting field, covering the planting field with a preservative membrane, introducing earthworms, continuously covering the planting field with a preservative membrane, turning over soil to remove earthworms, applying a farmyard fertilizer, uniformly mixing with planting field soil, adjusting the humidity of the planting field to 45-50%, and transplanting the jasmine flower cuttage seedlings treated in the step 1) into the planting field. By adopting the method, the selenium-enriched jasmine flower cuttage seedlings are firstly cultured, the planting soil is secondly treated with the heavy metal chelation liquid, then heavy metals of the jasmine flower planting field do not exceed standards, furthermore as the farmyard fertilizer is adopted as a base fertilizer, rapid growth of the jasmine flowers can be promoted, the selenium content and the yield of the jasmine flowers can be remarkably increased, and the quality of the jasmine flowers can be improved.

The invention discloses a long-acting organic mixed fertilizer. The long-acting organic mixed fertilizer comprises the following ingredients in percentages by weight: 31-40% of pig manure, 13-19% of straw powder, 9-17% of earthworm manure, 11-21% of a cake fertilizer, 9-14% of kieselguhr, 4-6% of a seaweed extract and 1-4% of a nitrogen-phosphorus-potassium fertilizer. The various ingredients are proportioned in different percentages by weight, so that the obtained products are different in performances, thus obtaining different use effects; the proportions of the various raw materials are adjusted according to the differences of the needed nutrients in soil, thus ensuring that crops obtain enough nutrients during growth processes and ensuring the healthy growth of the crops.

The invention discloses a coix seed planting method which comprises the following steps: a, immersing seeds; b, breeding the seeds; c, culturing a planting land; d, sowing the seeds; and e, carrying out daily management. By mixing the seeds with nutrient soil in a mass ratio before sowing, the seeds can obtain enough nourishment during germination, so that the germination rate of the coix seeds isimproved. The coix seeds in the growing process are relatively low in morbidity. By reasonably arranging the nutrient soil and a liquid dung fertilizer, growth and nutrient absorption by the coix seed root systems are promoted, and the method is worth being popularized widely.

The invention relates to an automatic inter-seedling supplementary sowing and fertilizing machine, and belongs to the technical field of agricultural machinery. Comprising an operation platform car, a seed metering device, a visual identification system and a control system are arranged on the operation platform car, the seed metering device comprises a seed fertilizer box, a seed metering groove wheel is rotationally connected into an arc pipe at the lower end of the seed fertilizer box, a seed metering groove is formed in the outer side face of the seed metering groove wheel, and a guide pipe is arranged at an outlet in the lower end of the arc pipe; the guide pipe is located above an inlet of the seed conveying pipe, an inter-seedling seed conveying device is arranged below the supporting frame and comprises a connecting rod mechanism and a swing motor, the seed conveying pipe is rotationally connected with the connecting rod mechanism, the swing motor controls the connecting rod mechanism to swing through a prime shaft, the prime shaft is connected with a seed metering groove wheel through a transmission mechanism, and the prime shaft is connected with the seed metering groove wheel. The rim shaft is fixedly connected with the connecting rod mechanism; a soil penetrating device and an opening and closing mechanism are arranged at an outlet in the lower end of the seed conveying pipe; the problem that automatic seeding cannot be carried out at different depths under soil after crop seedlings emerge at present is solved.

The invention discloses a method for improving a mini-pumpkin fruiting rate and a commodity rate. The method mainly comprises a first step of adopting zenggualing (triacontanol + ethephon) for processing when a plant has 2-4 true leaves and promoting female flower development; a second step of adjusting plant branching, forming dual vines, and forming a balanced nutrient distribution basis; a third step of smearing 2,4-D (2,4-dichlorphenoxyacetic acid) on the ovary at a flowering period, and guaranteeing percentage of setting fruit; a fourth step of performing foliar fertilizer and temperature and humidity regulation, and improving yield and commodity rate; a fifth step of performing accurate time harvesting in 28 d after flowering, and guaranteeing quality. Growth regulating substances are applied at key nodes for mini-pumpkin growth, cultivation measures after improvement are matched, a standard cultivation technology is formed, and the yield and commodity rate of mini-pumpkins can be remarkably improved.

The invention discloses a method for inoculating cistanche deserticola by planting sacsaoul in migratory dune. According to the method, terrain of a migratory dune area is reformed and a square soil-base grid sand-protecting barrier is built; sacsaoul plants are planted, line by line, in units of the sand-protecting barrier at intervals in a staggered arrangement manner; cistanche deserticola is inoculated to the same side of root systems of the sacsaoul plants, a drip fertilization area is formed at the other side of the root systems of the sacsaoul plants; thus, enough nourishment and moisture is guaranteed, artificial interference to the growth area is avoided, and quality and appearance of cistanche deserticola are guaranteed while yield thereof is increased. Besides, since the sand-protecting barrier is built, terrain is reformed and application of water and fertilizer is regulated, the migratory dune is fixed and healthy growth of sacsaoul is improved. As proved by tests in soil-base grid combined sand-protecting barrier area of Gansu minqin qingtu lake, cistanche deserticola obtained has good quality and appearance and its yield is increased by 20% or above 20% as compared with that of the prior art.

The invention discloses a cultivation method for cherry tomatoes, and belongs to the field of plant cultivation. According to the method provided by the invention, a mixed substrate is firstly prepared, the cherry tomatoes are planted in the substrate, irradiation is performed by using red and blue mixed light to promote growth of the cherry tomatoes and increase sweetness of the cherry tomatoes,and a traditional Chinese medicine is sprayed regularly to effectively kill pests. According to the method, the green organic cherry tomatoes can be obtained.

The invention discloses a camellia oleifera planting method. The camellia oleifera planting method includes steps: (1) soil management; (2) seedling selection and cuttage; (3) transplanting and planting; (4) field management. The method is applicable to camellia oleifera planting, camellia oleifera trees planted according to the method are high in survival rate and capable of fruiting in the nextyear, and camellia oleifera yield is greatly increased.

The invention discloses an organic millet planting method which can keep higher yield and authentic taste and does not adopt fertilizer or pesticides. The method comprises the following steps: S1, land selection; S2, land preparation; S3, seed selection and use; S4, sowing; S5, thinning; S6, fertilization; S7, weeding; S8, harvesting. According to the method, fertilization is improved according to nutrient requirements of millet growth in different stages on the basis of an ancient planting method, fertilization on demand is realized, on one hand, fertilizer waste caused by aimless fertilization can be avoided, on the other hand, millet can obtain sufficient nutrients in each stage. Compared with the ancient planting technology, the yield can be increased by at least 3-5 times, the planted millet can rival with or even exceed the millet planted with the ancient method in taste and nutrition.

The invention belongs to the field of a fertilizer and particularly relates to an okra composite fertilizer. The okra composite fertilizer comprises the following components in parts by weight: 55 parts of cow dung, 22 parts of wormcast, 8 parts of potassium chloride, 9 parts of ammonium bicarbonate, 7 parts of monopotassium phosphate and 15 parts of fresh soybeannodulation. The okra composite fertilizer combines the requirements for growth of okra, provides a composite fertilizer formula in a targeted manner, uses an organic fertilizer as the main material, reduces the negative effects of excessive use of the fertilizer on saline and alkaline performance of soil and provides sufficient nourishment for growth of okra when reducing fertilization; planted okra is a green vegetable.

The invention discloses a chemical fertilizer for corn. The chemical fertilizer for corn is prepared from, by mass, 16-20 parts of urea, 14-18 parts of slaked lime, 10-14 parts of phosphate fertilizer, 10-12 parts of river silt, 50-60 parts of dried pig manure, 5-9 parts of zinc sulfate, 18-22 parts of glycerol, 20-22 parts of coal gangue, 20-22 parts of algae powder, 30-40 parts of protein ooze, 20-30 parts of silkworm excrement and 70-80 parts of water. The chemical fertilizer for corn is simple in formula and can enhance soil activity, accelerate soil decomposition and improve the yield and quality of agricultural products after being applied.

The invention relates to piglet feed. The piglet feed comprises, by weight, 610-625 parts of corn, 45-55 parts of DDGS (distillers dried grains with soluble), 49-53 parts of wheat bran, 55-64 parts of wheat middling, 95-105 parts of bean pulp, 55-60 parts of hulled bean pulp, 5-15 parts of mountain flour, 4-10 parts of calcium hydrophosphate, 8-12 parts of soybean oil, 20-30 parts of soybean materials and 13-20 parts of kernel materials. The kernel materials comprise, by weight, 2-5 parts of radix isatidis, 4-6 parts of the root of red-rooted salvia, 3-4 parts of clostridium butyricum (109pieces/g) and 4-5 parts of sanguinarine.

The invention discloses a seedling culturing cup for a strawberry seedling. The seedling culturing cup for the strawberry seedling is a plastic cup, wherein a cup body of the seedling culturing cup for the strawberry seedling is formed by coaxially connecting an upper cone with a lower cone; however, the taper of the upper cone is larger than that of the lower cone; the lower end of the upper cone is connected with the upper end of the lower cone; further, the vertical height of the cup body is 5mm to 15mm; the lower end of the lower cone is connected with the outer edge of a cup bottom; the cup bottom is provided with at least one eccentric via hole. By using the seedling culturing cup for the strawberry seedling, sufficient nutrient and space can be provided for the growth of the strawberry seedling; a main root of the strawberry seedling is enabled to grow thickly and strongly; in addition, fibrous roots of the strawberry seedling are enabled to be many and dense; the main root and the fibrous roots cannot be damaged when the strawberry seedling is taken out from the soil; further, the cup body of the seedling culturing cup for the strawberry seedling is of a two-section type structure, and is convenient and labor-saving when being rotated; in this way, the survival rate of the strawberry seedling after transplanting can be guaranteed; thus, the defect of an existing seedling culturing disc can be overcome quite well; further, the seedling culturing cup for the strawberry seedling is simple in structure, easy to implement and low in cost.

The invention discloses a culture method for promoting early-maturing of grapes in a cold tent. The culture method for promoting early-maturing of the grapes in the cold tent comprises the following steps: (1) selecting a garden site: suitably selecting fertile loose sandy loam soil and light loam soil with deep soil layers and pH values of 5.5-7; (2) designing the cold tent: designing the cold tent according to the tent body span of 6-10 m and the height of 2.5-3.5 m, adopting drip-proof films with high transmittance to guarantee high transmittance of the cold tent, elevating the temperaturein the tent in early spring, replacing the tent films every 2-4 years, and conducting multi-layer tent film treatment; (3) setting a planting frame form: adopting an espalier frame, single-trunk double-arm shaping and hedge-shaped canopies; and (4) setting the planting density: adopting a broad-row dense culture mode with planting spacing of 0.8 meter*2.0 meter and a south-north row direction. According to the culture method for promoting early-maturing of the grapes in the cold tent, a structure of 3-4 layers of films is adopted for a tent body, thus the heat-retaining property is improved, safe overwintering is guaranteed, water bags are placed on two sides of the cold tent, by means of drop irrigation with water in the water bags, the ground temperature can be elevated, a utilization rate of moisture is increased, enough nutrients are provided for germination of the grapes, the maturing time and the time to market are advanced, and by placing candles or pans with fully-burnt charcoal in the cold tent, a cold spell in later spring can be effectively resisted.

The invention discloses a loquat planting anti-freezing method and a monitoring and early warning system based on the Internet of Things. The monitoring and early warning system includes a field collector, a plurality of controllers arranged in the planting area, an integrated controller and a monitoring server, the field collector is connected with the controllers, and the plurality of controllers are respectively connected with the integrated controller, the integrated controller is connected with the monitoring server. The field collector comprises a micro control unit module, a sensor unitmodule, a transmission unit module, a display unit module and a power supply unit module, the sensor unit module, the transmission unit module and the display unit module are respectively connected with the micro control unit module, the monitoring server is provided with a comparison program module, a first judgment program module, a second judgment program module, a calling program module, a transmission device and a storage module. The system can effectively prevent the loquat planting from freezing damage, improve the planting efficiency, reduce the influence of the natural weather on theflowering and fruit setting period, and effectively guarantee the planting and harvesting.

The invention discloses an environment-friendly soil amendment which is prepared from the following components including ferrous sulfate, polyacrylamide, potassium humate, polyglutamic acid, spirulina, a silicate microbial agent, a carrier and feces and is prepared by the following steps of performing fermentation on the silicate microbial agent, the carrier and a nitrogen-free medium firstly to form a high-activity and high-density flora; mixing the flora and the feces for secondary fermentation; and uniformly mixing the other nutrients and a secondary leavening. The environment-friendly soilamendment has the advantages that through combination of the three of the polyacrylamide, the ferrous sulfate and the potassium humate, loss of P in soil can be reduced, microbial biomass carbon is increased at the same time, so that plants can acquire enough nutrients; and meanwhile, the microbial agent can be combined with heavy metals in the soil to form a complex, so that absorption of the plants to the heavy metals is reduced, the growth condition of the plants is improved, pollution of the heavy metals to crops is lowered, and the yield of the crops is increased.

The invention discloses a strawberry seedling culture device which is characterized in that the strawberry seedling culture device is a plastic member and is composed of a sleeve part (1) and a panel part (2), wherein the sleeve part (1) is a conical structure with big top and small bottom; the vertical height (H) of the sleeve part is 10-25mm; the upper end of the sleeve part (1) is open; the lower end of the sleeve part (1) is fixed with the outer edge of the panel part (2); and an eccentric via hole (2a) is formed in the panel part (2). The strawberry seedling culture device disclosed by the invention can provide enough nutrients and space for the growth of strawberry seedling, then the main root of the strawberry seedling grows strong and multiple dense fibrous roots are obtained, and the main root and fibrous roots are not damaged when the strawberry seedling is taken out of the soil, thus the survival rate of the transplanted strawberry seedling can be guaranteed, and the defects of existing seedling culture tray are overcome perfectly; and the strawberry seedling culture device disclosed by the invention is simple in structure, easy to implement and low in cost.

The invention provides a five-line type cultivation method for improving the yield of passion fruits. The five-line type cultivation method for improving the yield of the passion fruits comprises the steps of adding two steel wire ropes on the two sides of a three-line type cultivation frame to form a five-line type, horizontally pulling branches and tendrils on the new steel wire ropes, wherein the number of broken flowers is less than five in formed flowers and the tails of fruiting tendrils still form flowers at the position of 30-40 cm from the ground on the branches and tendrils, then enabling the branches and tendrils to naturally droop, and meanwhile, matching pruning and fertilizer and water management. The whole growth process of flower bud differentiation, flowering and fruiting is guaranteed, different fertilizers are applied in a targeted mode in different growth stages, sufficient nutrition and medium trace elements are supplemented, it is guaranteed that each fruiting vine can effectively bear 6-8 fruits, and the purposes of stable yield and high yield are achieved.

The invention discloses a fruit bamboo planting and cultivating method which is characterized by comprising the following steps of S101, selecting a planting field; S102, arranging a site; S103, selecting parent bamboos; S104, planting the parent bamboos; S105, conducting irrigation after planting; S106, loosening soil and applying fertilizer; and S107, conducting spring bamboo shoot cultivation,specifically, after fertilization for the fourth time, uniformly covering planting holes with a layer of rice chaff, then continuously repeating the steps S105 and S106 until new bamboo shoots grow out, cleaning the covered rice chaff when the new bamboo shoots grow to 1.5-1.8 m, and continuing the steps S105 and S106 at the same time so as to grow into fruit bamboos. By means of the fruit bambooplanting and cultivating method, through the scientific and reasonable cultivation method, the new fruit bamboos are cultivated through the processes of planting site selection, site arrangement, parent bamboo selection, parent bamboo planting, irrigation after planting, soil loosening and fertilization and spring bamboo shoot cultivation in sequence, it is guaranteed that the new bamboo shoots have enough nutrients through fertilization and irrigation of the parent bamboos in planting holes in sequence, the survival rate of the new bamboo shoots is increased, and the yield of the fruit bamboos is increased.