95results about How to "Improve planting income" patented technology

The invention discloses a composite cultivating method of mangnolia officinalis. The cultivation yield of the method of interplanting different Chinese medicinal herbs in a mangnolia officinalis land increases by more than 20% compared with that of other methods of only cultivating other Chinese medicinal herbs, the land is saved, and a unique landscape is formed, so that the method is beneficial to prompting the development of a Chinese medicinal herb cultivation industry to large scale, modernization and ecological tourism. According to the technical scheme, the method comprises the following steps of selecting a mangnolia officinalis land, cleaning the land, fertilizing, loosening soil, weeding, selecting sprouting plants, flattening the land and transplanting the Chinese medicinal herbs. The method is simple, and plants are tidy and standard.

The invention discloses a building method for hybrid high-yield tea-oil trees and relates to the technical field of economic forest plantation. A hybrid row with interplanted hybrid plants is arranged at intervals of each two to five rows of tea-oil trees in the tea-oil tree forest; a hybrid plant is planted at intervals of each two to five tea-oil trees in the hybrid row; the rest is conducted as the same. A building process comprises steps of first, selecting a forest land, second, applying fertilizers to the land, third, tidying the forest land soil after fertilizer application, fourth, digging caves, fifth, transplanting and sixth, managing the forest, wherein the second step comprises primary fertilizer application, second fertilizer application and third time fertilizer application. The building method is characterized by improving pollination conditions and increasing tea-oil tree yield; and the method can be applied to novel tea-oil hybrid forest planted in barren hills suitable for forestation with gradient of 15 degrees.

The invention relates to an intelligent integrated fertilization system with capacity of biogas slurry application. The system comprises a water and fertilizer blending module, a water and fertilizerfiltering module, a water and fertilizer conveying module, a field monitoring and control module and an intelligent control module, wherein the water and fertilizer blending module is used for diluting biogas slurry and testing soil for formulated fertilization to meet the nutritional requirement of crop growth; the water and fertilizer filtering module is used for filtering the diluted water soluble fertilizer and the biogas slurry; the water and fertilizer conveying module is used for sufficiently mixing the matched biogas slurry and water soluble fertilizer and conveying the mixture througha pipeline; the field monitoring and control module is used for monitoring field weather information and crop growth information; the intelligent control module can realize automatic generation of anapplication operating account and can automatically control operation of all the modules through neural network and deep learning. The water and fertilizer blending module, the a water and fertilizerfiltering module, the water and fertilizer conveying module and the intelligent control module are highly integrated to an integrated box, labor can be effectively saved, labor intensity is reduced,and the system operates stably, is suitable for various irrigation pipeline systems, can scientifically and efficiently apply the biogas slurry, fertilizer and water and improves irrigation quality and efficiency.

The invention relates to the field of composite fertilizers and specifically relates to an active controlled-release composite fertilizer containing wine cellar mud. The fertilizer is prepared from the following materials in parts by weight: 10-15 parts of 1250-2000-mesh diatomite, 12-14 parts of feces of livestock and poultry, 8-10 parts of bryophyte, 6-8 parts of plant ashes, 2-3 parts of bamboo vinegar, 5-8 parts of waste coffee grounds, 3-5 parts of zinc carbonate, 10-12 parts of calcium hydrophosphate, 7-8 parts of saw dust, 10-12 parts of fish pond sludge, 2-4 parts of active carbon, 5-8 parts of tea stems, 8-10 parts of wine cellar mud, 2-4 parts of angled bittersweet stems, 4-6 parts of calcium superphosphate, 1-3 parts of lemon peel, 0.1-0.2 part of nano zinc sulfide, 6-8 parts of carboxymethyl chitosan, 1-3 parts of epoxy soybean oil, 4-5 parts of glycerol, 12-15 parts of polyvinyl alcohol, 1-2 parts of lauryl sodium sulfate and 4-5 parts of auxiliaries. The composite fertilizer disclosed by the invention is wide in formula source, contains various materials which are cheap, easily available, and rich in active biomass, can effectively improve soil environment, can promote crop growth, utilizes diatomite and a controlled-release film-coating agent to form dual coating for nutrients, is more lasting in fertilizer effect, and obviously improves crop yield and quality.

The invention discloses a method for constructing a Camellia oleifera forest. The method comprises the steps of woodland selection, breeding and transplanting, shape control pruning, fertilizing management, strengthening and attending, pest control and prevention, fruit harvesting, fruit processing and the like. According to the method for constructing the Camellia oleifera forest, hybrid afforestation is adopted, a line of plants is interplanted every other 2-3 lines of the Camellia oleifera forest, a planting hole of a short-stem plant is formed at the interval of two planting holes of Camellia oleifera in the line of interplanted plants, and the distance between the planting hole of the short-stem plant and the planting hole of the Camellia oleifera tree is 50 cm. The method for constructing the Camellia oleifera forest has the advantages of being stable and high in yield, short in afforestation cycle, high in fruit rate, stable in product quality and good in quality.

The invention discloses a cucumber cultivation method which is scientific and reasonable. With the method, cucumber resistances to pests and diseases are improved, and pest and disease occurrences are reduced. With the method provided by the invention, cucumber quality and product yield are improved, and planting benefit is increased. Through seed dressing by using a treatment agent, the occurrence of virus disease is substantially relieved, and good antibacterial and pest-preventing effects are provided. Also, root and plant growth can be promoted.

The invention discloses a chewing cane cultivation method with simple and labor saving fertilization. The chewing cane cultivation method includes the steps of variety selection, soil preparation, planting, simple and labor saving fertilization, water management, leaf cleaning, prevention and control of pest and disease damage and the like. According to the cultivation method with simple and labor saving fertilization, the number of times of fertilizer application is reduced to 8 from 12-15, labor cost for chewing cane fertilizer application can be reduced, and labor cost per mu is saved by at least 169 yuan; meanwhile, the chewing cane yield is increased, and the cultivation method is a new cultivation mode for increasing the yield and efficiency of chewing canes.

This invention relates to a fertilizer for improving tobacco leaves growth and quality, which is composed of: urea, potassium dihydrogen phosphate, potassium sulfate, zinc sulfate, ferrous sulfate, borax, manganese sulfate, ammonium molybdate and copper sulfate. The fertilizer can be used together with other organic fertilizers during seedling raising period, added to tobacco roots by infusion or sprayed onto tobacco leaves directly. The fertilizer has such advantages as low cost, easy production and wide applications in various tobacco growth periods. The fertilizer can improve freeze and drought resistance of tobacco leaves, promote the growth and quality of tobacco leaves, increase the yield of tobacco leaves, prevent elements excess or deficiency, prevent soil crusting or degradation, and protect water and soil.

The invention relates to a drip-irrigation system for Haloxylon ammodendron in a desert marginal area, and a planting method and an application for the Haloxylon ammodendron, belonging to the technical field of drip irrigation. The drip-irrigation system comprises a first reuse device and a field drip-irrigation device, wherein the first reuse device is connected with the field drip-irrigation device through a water delivery pipeline; through the first reuse device, an underground water source in the desert marginal area is distilled, and brackish water and fresh water obtained from distillation and separation are mixed into brackish-fresh mixed water in proportion; and the brackish-fresh mixed water is delivered to the field drip-irrigation device through the water delivery pipeline. Thedrip-irrigation system provided by the invention comprehensively considers salt tolerance of the Haloxylon ammodendron, clogging of an irrigation emitter and secondary salinization of soil under the condition of drip irrigation with brackish water, provides the control range of the salinity of irrigation water in different growth stages of the Haloxylon ammodendron, and solves the problems of over-high energy consumption and cost and low degree of automation for a conventional brackish-water desalination technology on the basis that the problems of root wilting of the Haloxylon ammodendron, clogging of the irrigation emitter and secondary salinization of the soil due to irrigation with high-salinity brackish water are solved.

The invention discloses dedicated water-flush formula fertilizer for thinned ginger. The pure nutrient of the water-flush formula fertilizer comprises the following effective chemical elements by weight percentage: 20.0 to 25.0 of nitrogen, 5.0 to 10.0 of phosphorus, 15.0 to 20.0 of potassium, 1.0 to 5.0 of sulfur, 2.0 to 6.0 of calcium, 0.1 to 0.5 of zinc and 0.2 to 1.0 of manganese. The dedicated water-flush formula fertilizer of the invention has the advantages of complete nutrient components and reasonable nutrient ratio, thereby fitting the absorption pattern of nutrient of weak-gluten wheat; the use efficiency of the water-flush formula fertilizer is high, so the invention can significantly promote the growth of weak-gluten wheat, increase the grain yield, increase the economic benefit and improve the quality of weak-gluten wheat; and meanwhile, the adverse environmental effect caused by the improper fertilization of nitrogen fertilizer can be reduced.

The invention belongs to the technical field of agricultural planting and particularly relates to a method of interplanting poplar forest and Allium tuberosum in winter; the method comprises the steps of (1) selecting a planting field; (2) preparing the land and earthing; (3) setting up a greenhouse; (4) seeding and growing seedlings; (5) managing growth and harvesting. During the time when poplar forest hibernates in winter, with leaves withering and sufficient forest lighting provided, greenhouse planting of Allium tuberosum in winter is performed under the forest; Allium tuberosum can be harvested and marketed in the optimal sales periods in winter and spring; the method can make effective use of the forest clearing, saves short land resources in China, and has good economic value and strategic significance.

The present invention relates to a sweet potato nutrient for planting sweet potato. Said sweet potato nutrient is made up by adopting urea, potassium dihydrogen phosphate, potassium sulfate, zinc sulfate, ferrous sulfate, borax, calcium nitrate, magnesium sulfate and copper sulfate as raw material through a certain preparation process. It not only can be used as basic fertilizer, additional fertilizer, but also can be used for foliage fertilization.

Disclosed is a eucommia ulmoides planting method. The method comprises the following steps that a barren mountain with neutral soil with the good loosened and drainage effect and sufficient sunlight is selected; seedlings with no disease and pest infection and with the stem height being 55-65 cm are selected; the transplanting distance is 2.5*2 m, the hole depth is 60-65 cm, 4-5 kg of farm manure, 1-2 kg of compound fertilizer and 0.4-0.6 kg of urea are applied to each hole, and the selected eucommia ulmoides seedlings are placed into the holes; in every spring, soil cultivation and weeding are performed on the periphery of eucommia ulmoides; in every winter, lateral branches at the lower portion of a crown are sheared off, growth of a main branch is promoted, the dry skin yield is increased, droopy branches, disease and pest branches and blight branches are sheared off, and the crown is ventilated and light permeable; plants grow to 8-12 year to form a harvesting starting period, and harvesting is performed according to girdling regeneration. According to the eucommia ulmoides planting method, starting from the eucommia ulmoides growth characteristics, conditions needed by eucommia ulmoides growth are provided for scientific and reasonable coordination, robust growth of eucommia ulmoides is ensured, the eucommia ulmoides planting survival rate is ensured, the eucommia ulmoides yield is greatly increased, and the eucommia ulmoides quality is better ensured.

The invention relates to an eggplant planting method, comprising the following steps: step S1, selecting land; step S2, a planting method, including applying 2000-3000 kilograms of decomposed farm manure, 20-30 kilograms of superphosphate, and 10 kilograms of potash fertilizer in each mu; using a flat bedding to culture, sowing in lines or sowing in holes; performing close planting, sowing qualityof each mu being 3-4 kilograms, basic seedlings in each mu being 10-14 thousand plants; line spacing of hole sowing being 25-30 cm, row spacing being 8-10 cm, 2-3 seeds being in each hole; after sowing, treading, being beneficial for full contact of seeds and soil, and water absorption and soil moisture conservation, thickness of covered soil being 4-6 cm; step S3, performing intertillage management; step S4, building a fence frame; step S5, controlling plant diseases and insect pests. Beneficial effects of the method are that the cultivation method is scientific and reasonable, and improvesinsect and disease resistance of eggplants, and reduces incidence rate of plant diseases and insect pests, so as to improve quality and yield of eggplants, and increase planting income.

The invention relates to the technical field of tea planting, and in particular relates to a planting method capable of reducing the fluorine content of tea leaves. According to the method disclosed by the invention, nodule bacteria are injected to roots of tea seedlings, and a reasonable base fertilizer is set in advance for the tea seedlings containing the nodule bacteria during soil preparation, so that a plurality of fluorine elements absorbed from soil are locked into nodule bacterium blocks of the roots in the subsequent management growth process of tea trees, the fluorine elements are prevented from being conveyed to the tea leaves through rhizome tissues, and the fluorine content of the tea leaves is effectively reduced; and in addition, the nodule bacteria are injected to the roots of the tea seedlings, in the subsequent management process, the use of a nitrogen-containing chemical fertilizer is eliminated, so that economic costs of planting the tea trees are reduced, and theplanting incomes are improved.

The invention discloses a chloris virgata high-yield planting method and relates to the technical field of plant planting. The chloris virgata high-yield planting method comprises the following steps of land selection, planting, management, reaping and overwintering. The chloris virgata high-yield planting method has the advantages that the production resources are fully used, no professional equipment is needed, no cultivating pollution exists, the cultivating technology standard is normative, the scientific management is normative, the cultivating technology is novel, the quality of chloris virgata cultivation is improved to a large extent, high yield and high efficiency are guaranteed, therefore the price is raised, and planting benefits of farmers are increased.

The invention discloses a film-mulching culture method of early-sowing corn. The film-mulching culture method has evident advantages of drought resistance, moisturizing, temperature increasing, fertility retaining and full seedling protection, weed growth during corn growth can be inhibited, pests can be reduced, the use of pesticides and chemical preparations is reduced, corn growth and development are promoted, early maturity and yield increasing are achieved, early sowing and early harvesting can be achieved by the film-mulching culture, the market can be occupied early, and maximum planting benefits are acquired.

The invention discloses a high-efficiency formulated fertilizer for wheat planted in low-yield Shajiang black soil in the Huaibei Plain. The formulated fertilizer comprises the following effective chemical elements by weight: in terms of pure nutrients, 12.0 to 22.0% of nitrogen, 6.0 to 12.0% of phosphorus, 5.0 to 15.0% of potassium, 2.0 to 6.0% of sulfur, 0.2 to 1.0% of zinc, 0.5 to 3.0% of manganese and 5.0 to 20.0% of a fertilizer nutrient synergist. The high-efficiency formulated fertilizer for wheat planted in low-yield Shajiang black soil in the Huaibei Plain has comprehensive nutrients and is reasonable in the proportioning of the nutrients; the high-efficiency formulated fertilizer accords with the fertility characteristics of low-yield Shajiang black soil in the Huaibei Plain and with the nutrient absorption rules of wheat, has high utilization rate and can obviously increase the contents of effective nitrogen, phosphorus and potassium nutrients of Shajiang black soil; and the high-efficiency formulated fertilizer can improve soil fertility, promote wheat growth, improve grain output and protein content, reduce fertilization cost, increase the economic benefits of fertilization, enhance the utilization efficiency of the fertilizer and reduce harmful influence on environment caused by unreasonable fertilization.

The invention discloses a zero tillage planting method for direct seeding of rice and crop rotation of ligusticum wallichii and garlic. The method comprises following steps: (1), garlic is planted inthe same land parcel from autumn to spring of the next year, and after the garlic is harvested, rice is planted from spring to summer; (2), when the rice is harvested in autumn, the ligusticum wallichii is planted and harvested in spring of the third year, and the rice is planted again in spring and summer; (3), the steps (1) and (2) are repeated in sequence in the same land parcel. With the adoption of the planting method, the problem of degeneration of continuous cropping of the ligusticum wallichii and the garlic can be effectively solved, furthermore, labor force is saved, production costand water and soil loss are reduced, the rural ecological environment is protected, and agricultural sustainable development is promoted.

The invention relates to the technical field of plant cultivation, and discloses a fruit and leaf dual-purpose ecological planting method for strigose hydrangea juvenile leaf. The fruit and leaf dual-purpose ecological planting method comprises the following steps that (1), a planting area is selected; (2), soil preparation and ridging are carried out; (3), varieties and seedlings are selected; (4), field planting is carried out; (5), nutrient plant cultivation management is carried out; (6), a fruit and leaf dual-purpose stock plant is cultivated; and (7), fruit and leaf dual-purpose cultivation management is carried out. The fruit and leaf dual-purpose ecological planting method for the strigose hydrangea juvenile leaf is provided according to cloning growth of the strigose hydrangea juvenile leaf and generation alternation and sprouting characteristics of stock plants and child plants of the strigose hydrangea juvenile leaf, harvesting can be carried out in the current year, the total annual output value per mu of fruits and leaves in the third year can reach 13472 yuan, the annual average output value per mu in the first three years can reach 7392 yuan, fruit and leaf dual-purpose cultivation of the strigose hydrangea juvenile leaf is achieved, the high ecological benefit of the strigose hydrangea juvenile leaf planting is improved, balanced harvesting of fruits and leaves of the strigose hydrangea juvenile leaf is achieved, and the planting income is increased; and the fruit and leaf dual-purpose ecological planting method is simple, large-scale popularization is easy, and an effective planting method is provided for increasing the economic income of local people in southern mountainous areas in China.

The invention discloses a seedling method for elaeocarpusdecipiens which comprises the following steps: (1) a seed is stored and germinated after a treatment process ; (2) a seedling is transplanted from a substrate; (3) a cultivated field is fertilized and plowed and a spacing between rows is determined. (4) The seedlings, with nutrient solution of plant roots, are transplanted with soil clod and then a nurturing management is carried out. The seedling method for elaeocarpusdecipiens, by a mixture of the seed of pit stored and the uniform and robust seedlings from plastic bag containing, has the advantages of reducing a disease incidence in a seedling stage which can lay a foundation for transplant seedling. The plant roots of transplanted seedling with nutrient solution are capable of improving a survival rate of. The seedling method for elaeocarpusdecipiens has the advantages that the method is simple, material source is wide, the cost is low, and a seedling amount is big, so as to a planting income can be improved .

Disclosed is a Sprocket combining multispindle shallow ploughing ditching device used for Brassica campestris L transplanting. The trifilar suspensions are hooked on a rack, and a bevel gear box respectively, which are used for rapidly hooking on various power engine heads. Power is transmitted from tractor PTO output device to the bevel gear box, the bevel gear box transmits the power to a side transmission case, and a multispindle shallow ploughing assembly is connected with the side transmission case. A ditching assembly is in coaxial to a first spindle shallow ploughing part of the multispindle shallow ploughing assembly, the side transmission case transmits the power to the ditching assembly and the multispindle shallow ploughing assembly, to drive the ditching assembly and the multispindle shallow ploughing assembly to form an assembly movement. Flat soil plate is arranged on a body frame, and is over on a supporting multispindle shallow ploughing assembly, and the flat soil plate is used for flat soil clearing compartment. The multispindle shallow ploughing assembly adopts the combination of a stubble cleaning part, a shallow ploughing device, and a rotary-cultivated ditcher, thus realizing the integration of the stubble cutting of the paddy field, rotary-cultivated ditching and soil throwing, shallow ploughing and soil pulverizing, and flat soil compartment clearing. Besides, the adoption of the multispindle shallow ploughing can grind shallow ploughing soil granulations smaller, and is good for mechanical transplantation and growth of Brassica campestris L. seedlings.

The invention provides a high-yield land planting method for strawberry, and relates to the technical field of fruit planting. The method comprises the steps of selecting seeds, selecting a land, arranging the land, planting, managing, covering with a film, fruiting, harvesting, preventing and controlling diseases and insect pests, and managing the harvesting. The method has the beneficial effects that the production resource is fully utilized; special devices are saved; culture pollution is avoided; the culture technology is standard and specified; the management is scientific and standard; the culture technology is novel; the strawberry culture quality is greatly improved; high output and high efficiency are ensured; meanwhile, the taste is pure; therefore, the price is increased, and the planting benefits of farmers can be increased.

The invention discloses a pond ecological breeding system capable of being freely combined. The system comprises a pond, a breeding box and a modular tail water treatment system; the pond is a carrierof the breeding box, the breeding box comprises a breeding box body and a breeding box support, and the breeding box is of a detachable splicing structure; and the modular tail water treatment systemcomprises a tail water precipitation module, a biological brush module, a planting purification module and an artificial wetland module. The system is more optimized in the aspects of overall layout,space utilization, construction cost, construction difficulty, wastewater utilization, energy conservation and emission reduction, culture benefits and the like, and is a culture system widely suitable for pond culture. The system also has ecologicalization, diversification and general adaptability; and compared with previous pond culture, the system is low in construction cost, can flexibly select materials according to actual requirements of fishermen, can realize high-density intensive, ecological (zero-emission), quality-based, automatic and diversified modern culture at the same time, and is a new choice for optimization and upgrading of pond culture at the present stage and in the future.

The invention discloses a detoxification and rapid propagation method of sweet potatoes of Yizi 138. The detoxification and rapid propagation method comprises the following specific steps: treating stem tips at the top of the sweet potato of Yizi 138 to obtain a stem tip meristematic tissue; inoculating the stem tip meristematic tissue to a stem tip induction medium for culture to obtain a stem tip test-tube plantlet; firstly weeding out weak seedlings and symptomatic appearance seedlings through a visual observation method, then authenticating sweet potato viruses by a serological method, and weeding out non-detoxified sweet potato seedlings of Yizi 138; under a germ-free condition, cutting the high-quality sweet potato seedling stem tips subjected to stem tip meristematic tissue culture and detoxification authentication into single sections, inoculating the single sections into a common culture medium for continuous switching culture, and carrying out rapid propagation on the detoxified sweet potato seedlings of Yizi 138. According to the simple and feasible detoxification and rapid propagation method of the sweet potatoes of Yizi 138, an extremely good detoxification effect can be achieved; a large quantity of high-quality seedlings are provided; the high-quality seedlings and healthy seedlings are used for rapid propagation, so that the planting benefit can be increased, and most farmers and development enterprises are benefited.

The ditching method of multiaxial shallow tillage used to stubble ploughing, which adopts the ditching device of multiaxial shallow tillage used to stubble ploughing to implement shallow tillage furrowing. The ditching device of multiaxial shallow tillage used to stubble ploughing hitches tractor by three-point-type suspension.The PTI output device of tractor is connected with bevel gear box of the ditching device of multiaxial shallow tillage used to stubble ploughing. The PTI output device of tractor provide power to the ditching device of multiaxial shallow tillage used to stubble ploughing. The bevel gear box tranfers the power to the side transmission box. The multiaxial shallow tillage furrowing assembly is connected with the side transmission box. The side transmission.box provides the power to the multiaxial shallow tillage furrowing assembly to drive the movement of multiaxial shallow tillage furrowing assembly. Rotary shaft, on multiaxial shallow tillage furrowing assembly, is equipped with shallow tillage blade group used to shallow tillage, thus realizing the simultaneous operation of ditching and shallow tillage. The ditching method of multiaxial shallow tillage, which is used to stubble ploughing, is more beneficial to transplant and grow mechanically for the rape seedlings. The ditching method of multiaxial shallow tillage used to stubble ploughing can shorten filed growth phase, lower the cost and increase the yield of grain and oil plant.

The invention discloses a multiple cropping method for non-heading Chinese cabbage and abelmoschus esculentus. According to the method, the non-heading Chinese cabbage and the abelmoschus esculentus are planted within one year, concretely, the non-heading Chinese cabbage is planted in mid-late March in central and southern Hebei in such a way that seeds are sowed in flat beds in rows and the flat beds are covered with a mulch, and the non-heading Chinese cabbage is harvested in late April to early May by stages; and after the non-heading Chinese cabbage is harvested, abelmoschus esculentus seedlings, which are cultivated in a plug seeding way, are finally planted, and abelmoschus esculentus is harvested in June to October. The multiple cropping method disclosed by the invention successfully realizes multiple cropping and high-yield harvest of the non-heading Chinese cabbage and the abelmoschus esculentus, also farmland resource is reasonably utilized, planting income is increased, and therefore the method has substantial planting promotion significance.

The invention relates to the technical field of longan planting, in particular to a longan tip controlling agent and a preparation method thereof. The longan tip controlling agent consists of a tip controlling component and a nutritional agent; the weight ratio of the tip controlling component to the nutritional agent is (30-40):(10-13); the tip controlling component is prepared from the following raw materials: a garlic extract, maleic hydrazide, a lotus seed extract, eucalyptus oil, sesame oil, semen armeniacae amarae essential oil and tea saponin; the nutritional agent is prepared from the following raw materials: maltitol, animal urine, pectin, an aloe extract and carrageenan. The longan tip controlling agent provided by the invention can effectively inhibit germination and growth of winter tips, also can prevent and treat plant diseases and insect pests, reduces the morbidity of the longan, is favorable for a longan mother branch to store nutrition, promotes rapid growth of the longan, increases the fruit setting rate and increases plant income.

The invention discloses a cucumis sativus grafting method and application thereof in meloidogyne spp. control. The invention relates to a cucumis sativus grafting method. The cucumis sativus graftingmethod comprises the following steps that cucumis metuliferus (cucumis metuliferus) with meloidogyne spp. resistance is used as a rootstock, and cucumis sativus (cucumis sativus) is used as a scion for grafting. According to the method, co-rootstock grafting of the cucumis sativus is achieved, the selection range of the cucumis sativus rootstock is enriched, the obvious yield increasing effect isachieved, the control efficiency on the meloidogyne spp. is remarkably superior to that of pumpkin grafting and nematicide, and meanwhile the flavor and quality of grafted cucumis sativus are improved; and in addition, by using the method to control the meloidogyne spp., the use of the nematicide is reduced, the production cost is reduced, the pesticide residue is reduced, the cucumis sativus planting income and the product quality are improved, and the sustainable development of the cucumis sativus industry is guaranteed.