2199 results about "Land preparation" patented technology

The invention discloses a residual film recovery device and a residual film recovery machine formed by the same. The residual film recovery device comprises a cylindrical hollow roller (4). The periphery of the outer wall of the roller (4) is provided with fingered picking teeth (6). Film withdrawing sliding blocks (3) are arranged on the picking teeth (6). The roller (4) is provided with a hollow shaft (8). A sliding sleeve (7) and chute plates (5) are arranged on the hollow shaft (8). Push-pull connecting rods (2) are arranged between the chute plates (5) and the film withdrawing sliding blocks (3). The residual film recovery device can be applied to various farmland operation machinery to form the residual film recovery machine or a combined land preparation operation machinery. Compared with the prior art, the residual film recovery device and the residual film recovery machine have simple structures and good operation effect; the problem of eliminating wound residual films and plant straws in the operating process is solved; the operation is ensured to be normally carried out; the residual film recovery device can be applied onto various residual film recovery machines and can also be integrated onto other combined land preparation operation machineries or similar operation machineries.

The present invention relates to a method for controlling heavy metal cadmium content in the rice, belonging to the field of paddy rice planting technology. It is characterized by that in the course of land preparation before rice field seedling transplantation the ferrochelate can be applied into the soil, and said ferrochelate and the soil are uniformly mixed; and in the spike formation stage and filling stage of rice the ferrochelate also can be respectively applied in the rice field. Said method can make cadmium content in the rice be less than 0.2mg / kg.

The invention discloses a method for controlling the accumulation of heavy metal cadmium in rice, and belongs to the technical field of rice planting. The method comprises the following steps of: (1) before the land preparation for seedling transplanting, applying a divalent manganese chelate in soil and uniformly mixing the divalent manganese chelate and the soil; (2) during a period from 15 to 20 days after seedling transplanting to 35 to 45 days after the seedling transplanting, spraying aqueous solution of a divalent manganese fertilizer once every other 7 to 10 days; (3) spreading the divalent manganese chelate in the early booting stage and the grouting stage of the rice respectively; (4) irrigating the paddy land within 3 to 5 days after the soil application of the divalent manganese chelate; (5) from the earing period of the rice to the ripening period of the rice, spraying the aqueous solution of the divalent manganese fertilizer once every other 7 to 10 days; and (6) after the soil application of the divalent manganese chelate, applying the divalent manganese chelate in the same way each year, but with an application rate which is reduced by half or three quarters. The method adopts soil application and leaf surface spraying application of the divalent manganese fertilizer and is more effective. The method is wider in application range, more economic and effective and is capable of improving the mineral nutrient element content of the rice and overcoming the adverse effects of the prior art.

The invention discloses a direct sowing culture method of rice. The direct sowing culture method comprises the steps: (1) selection of variety; (2) land preparation; (3) treatment of seed; (4) sowing; (5) management of emergence period; and (6) harvesting in time. The direct sowing culture method of the rice provided by the invention has the following advantages: (1) the working procedures are simple and convenient; human power is saved; and the effect is high; manpower can be saved by 45-70 persons per hour and square meter; the cost is saved by about 450 yuan per hour and square meter; and the labor productivity is raised by about 30%; (2) rice seedling raising and transplanting procedures can be reduced, thus mechanical sowing is convenient; (3) rice seedling bed is unnecessary, so that the planting area of grains and commercial crops can be expanded; and the cropping index can be improved; (4) root damage due to seedling pull-up and green turning process after transplanting can be avoided; the rice is tillered earlier, and the growth and development are faster; and (5) the cultivation characteristics of the direct sowing rice include developed root system, healthy and strong plant, strong disease resistance and large number of productive ear. The method is suitable for planting rice for villages.

The invention discloses a standardization planting method of tuber pinellia, which comprises the following steps of: step one, breeding material: (1) seed reservation and preservation of tuber pinellia tuber; step two, (1) choosing cultivating land; (2) land preparation; (3) soli sterilization; (4) lifting; (5) planting; step three, field management: (1) weeding; (2) additional fertilizer; (3) picking spathe (4) irrigation and drainage; (5) ridging; step four, harvesting; and disease control and pest control. The indicators of the tuber pinellia obtained by the method are in line with the contents requirements of the traditional Chinese medicinal material GAP; in normal given years, the yield of the drug ingredients of the tuber pinellia (dried goods) can reach 150 kg to 180 kg; the tuber pinellia can be normally planted in large area; the method has little planting investment and high benefits; the rapid development of the tuber pinellia industries in mountain areas not only can create considerable social and economic benefits, but also can bring excellent ecological environment benefits.

The invention relates to a high-yield culture technique of wheat, including land preparation, seeding, fertilizer application, watering and disease and insect control; the high-yield culture technique is characterized in that: the pattern of double sowing in one ridge with equal row distance and band seeding with broad width is adopted for sowing, and a wheat seeder with broad width is used for sowing. The high-yield culture technique has the advantages that: as the land occupying space of a single plant of wheat is enlarged, the leaves of wheat are not crowed, thus chemical weed killing effect can be greatly improved; the enlargement of the growing area of a single plant is beneficial to a robust individual and good lodging resistant effect; on the basis of fine-seeding, tillering is increased, the development of colony is reasonable, grains are not crowded, the growth state of competing for fertilizer, water and nutrition does not exist among individuals, the wheat has robust growth and strong adverse resistance, the high-yield culture technique is beneficial to large spike cultivars to form more spikes, and multi spike cultivars to form large spikes, thus facilitating larger spikes and more grains and obviously improving yield. The enlargement of the nutrition adsorption area of an individual plant is good for the development of the root system and the enhancement of vitality, and the late green functional period of wheat is prolonged, which can relatively delay the aging time of wheat and is beneficial to increasing wheat grain weight.

The invention discloses a standardization planting method of uncaria, which comprises the following steps of: step one. seed seedling breeding: (1) seed seeding breeding; (2) seed breeding or sticking breeding; step two. main field transplanting: (1) choosing cultivating land; (2) land preparation; (3) basic fertilizer; (4) transplanting; (5) complementary planting of seedling; step three. field management: (1) cultivating and weeding; (2) additional fertilizer; (3) beating inflorescence (4) trimming and shaping; step four. uncaria harvesting; and disease control and pest control. The indicators of the uncaria obtained by the method are in line with the contents requirements of the traditional Chinese medicinal material GAP, can be normally planted in large area; the method has little planting investment and high benefits.

The invention relates to the field of the planting of vegetables, in particular to a purple sweet potato planting method suitable for the Northeast. The purple sweet potato planting method specifically comprises the steps of seed selection, seedling cultivation, land preparation, mulching cultivation, fertilization and field management. According to the invention, measures are adjusted to local conditions, a plurality of agricultural planting technologies are adopted to research the purple sweet potato planting method suitable for the Northeast, and the average yield per mu (15 hectares) can reach over 2,500kg after tests. In terms of that the average purple sweet potato price in the market is RMB6 / kg, even RMB18 / kg out of season, peasants can realize income growth by adopting the planting method provided by the invention.

The invention discloses a selenium-enriched rice which is produced by processing selenium-enriched paddy rice, the selenium-enriched paddy rice is obtained by applying a nutritional agent for the selenium-enriched paddy rice in the soil of a paddy field for cultivation after land preparation and before irrigation, and the weight composition of the nutritional agent for the selenium-enriched paddy rice is as follows: nano-selenium plant nutritional agent: nitrogen-phosphorus-potassium compound fertilizer is equal to 0.1-1: 1, wherein the weight concentration of selenium in the nutritional agent for the selenium-enriched paddy rice is 2000-10000mg / kg. The selenium content of the selenium-enriched rice is 0.04-0.300mg / kg, the proportion of organic selenium is more than 80%, and the form is safer. The production method of the selenium-enriched rice is simpler, the using amount of the nutritional agent for the selenium-enriched paddy rice is small, and the environmental pollution is small.

The invention discloses a method for planting Chinese angelica. The method comprises the steps of seedbed finishing, seeding, land preparation of a large field, transplantation, field management, disease and pest prevention and harvesting and processing. A seeding matrix is paved on a seedbed field, and a soil conditioner is added into the soil of a transplantation field, so that the potential of hydrogen of the soil is improved, and the fertilizer quantity is increased. The Chinese angelica planted by using the method is high in mu yield, high in quality and small in disease and pest damage.

The invention discloses a controlling method for all-weather precision landing of an unmanned aerial vehicle. The method comprises: step one, an unmanned aerial vehicle executes landing preparation instruction; step two, a camera shoots a base station and transmits information to an unmanned aerial vehicle flight control system; step three, according to a white light intensity value A of a shot image, the flight control system compares the white light intensity value A with a set light intensity value K; to be specific, step (3.1), if the A is larger than the K, a day mode is selected, landing is identified in a segmented mode based on the flight height, and a landing point is determined precisely; and step (3.2), if the A is smaller than or equal to the K, a night mode is selected, the number sent out by a signal transmitting terminal in the image and an infrared signal flicker frequency are determined, and a landing point is determined; and step four, the flight attitude of the unmanned aerial vehicle is adjusted continuously until the unmanned aerial vehicle lands on a landing platform of the base station precisely. On the basis of determination of the white light intensity value of the shot image by the camera, division of the day mode and the night mode is carried out, so that the unmanned aerial vehicle can fly automatically around the clock. Moreover, the unmanned aerial vehicle can land automatically and precisely and the intelligent degree is high.

The invention discloses a savia miltiorrhiza planting method which comprises the steps of (1) breeding material culture, (2) planting, (3) field management and (4) harvest. In the step (1), savia miltiorrhiza seeds are grown to obtain seedlings or savia miltiorrhiza seminal roots are directly used as seed sources, wherein the following steps of a. seedbed preparation, b. sowing, c. seedbed management and d. transplanting are executed for growing the savia miltiorrhiza seeds to obtain the seedlings. The step (2) comprises land selection, land preparation and planting, wherein planting can be carried out either in a seedling planting mode or in a root division planting mode. The step (3) comprises intertillage weeding, after-manuring, topping and irrigation and drainage. The step (4) comprises seed collection and crude medicine collection, wherein seed collection comprises collection of seeds and seminal roots. By the adoption of the breeding material culture conditions, the grown seedlings are healthy, strong, rich in nutrient substance and good in growing state, and the yield of savia miltiorrhiza crude medicine and savia miltiorrhiza seminal roots can be increased substantially when the grown seedlings are used or savia miltiorrhiza planting.

The invention discloses a muddy saline soil forestation method. The method comprises the following steps: 1) digging drainage ditches (1) and building platform fields(15); 2) digging plant pits (3) for land preparation; 3) setting salt insulating layers (4) and basal discs (9) in the plant pits; 4) preparing sand loam soil; 5) filling the pits and transplanting the nursery stock; and 6) carrying out the fostering management. The method solves the problem of muddy saline soil forestation and greening. Through the measures of salt discharge and blockage, the method reduces the salt content in the range of the plant root system. The basal disc orientated rootage technology promotes the development of the root system, facilitates the nutrients and water absorption and unilateral salt discharge of the root system, and creates a soil environment benefiting the growth of the plant. The forestation method improves the survival rate and preservation rate of the nursery stock, and has lower cost than that of pure alien soil forestation. The method is suitable for the forestation and greening and vegetation restoration projects in the muddy saline alkali land, and can be applied to the artificial construction mixed with manual work and mechanical work.

The invention discloses a high-quality and high-yield planting method of oil peonies. The method comprises the following steps of (1) pregermination and seeding; (2) land preparation and basal dressing; (3) transplanting; (4), hoeing, top dressing and shaping trimming in the growth period of the oil peonies; (5) harvesting. The high-quality and high-yield planting method of the oil peonies has the advantages that through culturing high-quality seed seedlings at first, the quality and the quantity of the seed seedlings can be ensured, then, the high-quality and high-yield planting seedlings are used for transplanting, and in addition, the growth condition of the oil peonies are improved, so that the oil peonies realize the high yield, the seed setting rate is improved, the cost is low, the high-quality and high-yield planting method is suitable for large-scale popularized culture, and the planted oil peonies realize high quality, high seed setting rate and high oil yield.

The invention relates to a planting method of selenium-rich passiflora edulis. The variety of the planted passiflora edulis is Tainung No1. The planting method comprises steps as follows: land selection, land preparation, field planting, shelving, training and pruning, fertilizer and water management, field management and pest control. According to the planting method of the selenium-rich passiflora edulis, a selenium-rich fertilizer fermentation broth obtained through fermentation of inorganic selenium fertilizer is sprayed to leaf surfaces and fruits of the passiflora edulis, the average single fruit weight of the produced passiflora edulis is 63 g, the maximum single fruit weight is 125 g, the fruit juice is reddish yellow and has strong fragrance, the acidity is 2.14%, the highest selenium content can reach 12 mu g / kg, the sweetness reaches 23% Brix, the fruit juice rate is up to 34%, the color and luster are bright, the yield is high, pollution is prevented, and five crops are harvested every year.

The invention discloses a cultivation method of cotton by drip irrigation under a plastic film. The method includes yield composition, variety selection, cotton plant growth and development progress, quality indicators, pre-seeding land preparation, seed treatment, seeder preparation, seeding method selection and field management. Compared with a conventional basin irrigation technique, the cultivation method of cotton by drip irrigation under the plastic film has the advantages that water is saved by 3-5% per mu, and seed cotton yield per unit is increased by 30-50kg / mu; meanwhile, cotton quality is improved, planting varieties suitable for being harvested by a cotton picker are selected, and cotton picking cost is lowered through machine picking and is reduced by 400-450RMB per mu; by the application of the method, income of cotton growers is greatly increased by 3-5%, and quality of processed cotton can be further improved.

The invention relates to a cotton cultivation method, which plants cotton in soil or light soil, and comprises: (1) preparation before sowing, which comprises land preparation and full-layer fertilizer application, wherein land preparation is to make the land flat, fine and free from weeds by rebuilding head and sides of a land which unfreezes in early spring, performing chemical weeding on the land by using a herbicide, and harrowing in time, and the full-layer fertilizer application is to apply urea and diammonium phosphate before turning up the soil; (2) sowing, namely sowing when the temperature of the soil 5 centimeters under a film is constantly above 12 DEG C and planting a maize trapping and killing zones after the cotton seed are sown, wherein mechanical hole sowing is adopted, 3 to 4 seeds are sown in on hole, and the sowing depth is 1.5 to 2 centimeters; and (3) field management which comprises breaking hardened soil, intertillage, final singling, chemical control, dripping water, topdressing, removing tip, and preventing and controlling pests. When the method of the invention is used, the lint cotton yield per mu is over 200 kilograms.

The invention discloses a forage grass planting method for a rocky desert area. According to characteristics of the rocky desert area, through land rocky desertification grade classification, forage grass selection, land preparation, forage grass seed selection, seed processing, sowing time selection, sowing amount selection, sowing mode selection, post-sowing compression and a field management technology, scientific forage grass planting is achieved, high-yield forage grass planting is obtained, economic benefits are remarkable, the environment is greatly improved, the water and soil are preserved, the rock desertification environment is improved, the primary productivity of land can be maintained and effectively improved, the yields of forestry and animal husbandry are increased, and the income of farmers is increased; meanwhile, soil carbon sink can be effectively increased, and the environment quality is improved.

The invention discloses a sandy soil improvement method. The sandy soil improvement method is characterized by comprising the following steps: 1) uniformly scattering and applying bentonite on the surface of sandy soil through a special sowing machine before land preparation in autumn in the previous year or spring in the current year; 2) uniformly mixing the bentonite with the sandy soil in a plough layer through the ploughing action of an agricultural machine, wherein the best way is of combination with full stirring of a rotary tiller; and 3) watering before seed sowing in the current year, wherein the watering is required to realize thorough irrigation. The method has the advantages of no environmental pollution, low cost, fast onset of action and lifetime benefits after one-time application, so that the method is of the real, green and environment-friendly sandy soil improvement method.

The invention provides a flight dynamic information display method, system and equipment and a storage medium. The method comprises the steps that flight information is acquired; a flight display interface with a flight information area is provided, and a take-off information bar, a stopping information bar and an arrival information bar are displayed in the flight information area along the timeaxis in sequence; current flight information is acquired, and flight information which is displayed in the flight information area is updated; whether or not a current flight has a new event of landing preparation or course reversal is judged. According to the flight dynamic information display method, based on the time dimension, all flight states of take-off, arrival, stopping, landing preparation and course reversal in the process are arrayed in sequence, an airport gate, a check counter, a baggage turntable, an exit and predicted take-off / arrival time are integrated, and according to the flying progress, a user can conduct quickly position and focus on the flight dynamic information of an airport according to a used scene; stopping, landing preparation and course reversal data is supplemented, more sufficient data information is provided on a complex flight scene, and the method helps the user to successfully complete travel.

The invention discloses an artificial cultivation method of wild pinellia. The method includes the steps of land selection, land preparation, seed selection, seed soaking, timely seeding, field management, prevention and control of plant diseases and insect pests, harvesting, treating and the like. A self-prepared plant ash soaking solution is adopted for seed soaking, a good growing environment can be provided for pinellia tubers, plant diseases and insect pests can be reduced, and survival rate can be improved. A soil conditioner is applied during land preparation and base fertilizer applying, the soil conditioner can improve soil, break soil hardening, loosen soil, increase organic matters in the soil and promote soil microorganism activity, and can decompose animal and plant residues and trace metal elements in the soil to convert the same into nutrients of plants, serve as fertilizer, improve disease resistance of pinellia and promote quick growing of the pinellia. The artificial cultivation method is simple and easy to implement, simple and convenient in management, easy for growers to operate and implement, suitable for large-scale cultivation, high in yield and good in quality and completely meets market requirements.

The invention relates to a method for intercropping sorgho and sesbania on a saline and alkaline land, and the method comprises the following steps of: A, soil desalting and land preparation: desalting the plowed layer soil of the saline and alkaline land, leveling the land, fertilizing, and seeding; B, intercropping, wherein the intercropping row number ratio of the sorgho and the sesbania is 1:3, namely one row of the sorgho is intercropped with three rows of the sesbania, the row spacing of the sesbania and the sorgho is 25-30 cm, the row spacing of the sesbania is 33-35 cm, and the row spacing of the sorgho is 100-105 cm; C, field management: thinning or filling seedlings when the sorgho has 2-3 leaves and the sesbania has 3-4 leaves, and singling one strain in every hole; and D, harvesting: harvesting the sorgho 7-10 days before grains are mature, reaping stalks and seeds, and reaping the sesbania before the grains are mature and cracked. The method disclosed by the invention promotes the balanced yield increase of the sorgho and the sesbania by utilizing the advantage complementary action of a symbiotic system of the sorgho and the sesbania, reduces the fertilizer addition, effectively remits the nutrient pinch obstruction of the saline and alkaline land, alleviates the secondary salinization of soil and enhances the composite utilization ratio of the land.

The invention belongs to the technical field of economic forest planting, and particularly relates to a high-yield and high-quality planting technology for oil-tea forest. The high-yield and high-quality planting technology comprises the steps of land selection, land preparation, tree species selection, forestation, young growth management and protection and intensified nourishment. The forestation time and density are strictly controlled, and nursery stock is planted after being lifted; mixture forestation is carried out, planting flowering phases are matched, and the fertilization and fruit bearing rate is increased; forest land intervals are utilized for planting dwarf crops, interval interplanting is carried out, ploughing is used for replacing fostering, and fertilization is carried out in time. In the base fertilizer application process, organic fertilizer containing Chinese herbal medicine residues is adopted, the organic matter content is high, meanwhile, the effects of sterilization, insect killing and nursery stock plant disease and insect pest prevention can be effectively achieved through the remaining components of the Chinese herbal medicine, the pesticide and chemical fertilizer application amount is greatly decreased, the oil-tea quality is improved, and the high yield and the high quality are ensured.

The invention discloses a method for planting Chinese tamarisk forest in littoral heavy saline-alkali land through direct cuttage. The method comprises the following steps of: A, carrying out land preparation, building bench borders; B, irrigating with saline water in winter and freezing; C, mulching film; D, preparing cutting wood; E, carrying out cuttage and planting; F, fertilizing; and G, carrying out growth period management. In the invention, through taking a series of measures such as land preparation, freezing and irrigating with the saline water in winter, melting and showering with the saline water in spring, film mulching for reducing soil and retaining water and the like, Chinese tamarisk forest can be planted in the littoral saline-alkali land by a direct cuttage method, goodeffect is realized in the same year when afforestation is carried out in high saline-alkali land, vegetation coverage rate of the high saline-alkali land is improved, ecological environment is improved, and the method disclosed by the invention has a wide application prospect.

The invention relates to a fertilizer applying method for controlling the heavy metal cadmium accumulation of rice and belongs to the technical field of rice planting. The method comprises the following steps that 1) the land preparation is carried out before the seedling transplanting, and sulfides are applied into soil and are fully and uniformly mixed with the soil; or the land preparation is carried out before at least 15 days of the seedling transplanting, sulfates are applied into the soil and are fully mixed with the soil, and the rice field is kept to be in a waterflooding state; 2) during the first top application in the rice production, the sulfides are scattered and applied, and in addition, the soil is kept to be in the waterflooding state; 3) the sulfides or the sulfates are applied according to steps 1) and 2) during the rice planting in each time in the first year or the second year, the method and the step for applying the sulfides or the sulfates after the second year are the same as those of 1) and 2), but the application quantity is halved or is reduced by 3 / 4, or the sulfides or the sulfates are applied according to the steps 1) and 2) every two years after the second year. The fertilizer applying method has the advantages that sulfur fertilizers with wide resources are used, the consumption is low, the price is low, the use cost is low, and the cadmium content in the rice can be obviously reduced.

The invention relates to an open-air raw material wild simulating bamboo fungus cultivation technique which comprises the steps of cultivation material selection and treatment, land selection and land preparation, preparation of earthing, stockpiling seeding, spawn running management, fruiting management, insect control, harvesting and the like. According to the invention, Chinese herbal medicine liquor is adopted to disinfect the cultivation material, the earthing and the cultivation filed, and botanical pesticide is sprayed to prevent insect disease, thereby greatly reducing the pest and disease damage of the bamboo fungus, purifying the growth environment of the bamboo fungus, reducing the use of chemical pesticide, and protecting the ecological environment. The ecological environment cultivated by the cultivation technique disclosed by the invention is good in taste and safe and pollution-free. The cultivation technique is rich in material source, saves land, is low in cost, and can obtain high yield; yield of cultivation per mu can be about 90-120kg; and waste fungous materials for breeding bamboo fungus can be applied back to fruit gardens, vegetable gardens and the like, thereby achieving multiple purposes by one thing.

The invention discloses an early-spring high-yield potato cultivation technology. The early-spring high-yield potato cultivation technology comprises the following steps: variety selection, potato seed processing, grading-based germination acceleration, planting land selection, land preparation and fertilization, sowing and seedling raising, field management, control of pest and disease, harvesting and the like. According to the invention, by means of immersing seeds with a Chinese medicinal herbal solution and carrying out preventive spraying by using a Chinese medicinal herbal agent for preventing diseases and pests, disease and pest damages to potatoes can be reduced greatly, the growth environment of the potatoes is purified, the utilization of chemical pesticides is reduced, and an ecological environment is protected. The potatoes planted according to the invention are good in grade and are safe and pollution-free. The cultivation technology disclosed by the invention is simple, has the advantages of low cost, high yield, convenience for management and the like, and is suitable for large-scale cultivation.

The invention discloses a copper mine waste oxidized ore hillock ecological restoration method. The method comprises the first step of land preparation, the second step of first layer grating laying, the third step of ecological bag slope protection, the fourth step of lime layer spraying, the fifth step of physical isolation layer laying, the sixth step of ecological bar erecting, the seventh step of second layer grating laying, the eighth step of soil matrix improvement layer spraying, the ninth step of seed layer spray-sowing, the tenth step of straw curtain covering and fixing and the eleventh step of water intercepting and drainage facility arranging. By means of the ecological restoration method, acid can be effectively isolated and controlled, and the effect of heavy metal and other pollutants on the surroundings can be controlled from a source.

The invention discloses a method for planting organic tea trees on the Mountain Sheng, a famous scenic zone in Heng County in Guangxi province. The method includes the steps of planting environment selection, reclamation and land preparation, seed selection, tea tree planting, tea tree shearing, tea garden weeding, tea garden fertilization and watering and control of plant diseases and insect pests. Tea produced in the method is purely natural, none of chemical fertilizer, pesticide and plant growth regulators which are artificially synthesized are applied to the tea trees, the taste of the tea is mellow and fragrant, the liquor color is bright, requirements of various high-grade organic tea on the market are met, and the method has significance and profound influences on popularization of tea culture and development of the tea industry.

The invention discloses a paddy rice planting method comprising the steps of: 1, land preparation; 2, seed soaking and germination accelerating; 3, seedling raising; 4, transplanting; 5, irrigating; 6, fertilizer top dressing; 7, pest and disease controlling; and 8, harvesting. According to the paddy rice planting method, a standardized cultivation manner is adopted. The land is prepared, and fertilizer top dressing is carried out. Certain fertilizer ratios are strictly adopted. Therefore, problems of low survival rate, low yield, and high pest and disease rate of prior arts are overcome. Fertilizing is reasonable, such that the method is environment-friendly. The method is simple to operate, and assists in improving germination rate of paddy rice seeds and promoting healthy growth of paddy rice during the seedling period. The method is highly practical.