44results about How to "Effective planting" patented technology

The invention relates to corn rhizosphere growth promoting bacteria YM3 and application thereof. The corn rhizosphere growth promoting bacteria YM3 is classified and named bacillus subtilis, is preserved in the China General Microbiological Culture Collection Center on October 31, 2014, and has a preservation number of CGMCC No.9897. The corn rhizosphere growth promoting bacteria YM3 can be used for effectively solving the problems of converting insoluble potassium-containing silicate into soluble sylvite, decomposing organic phosphorus, improving fertilizer utilization for effectively planting of corn, promoting corn growth and improving yield, and is a great innovation on microorganisms and corn planting.

The invention discloses a water collection and soil coverage sand brick for conservation of water and soil in deserts. A soil coverage sand brick is arranged inside a brick body; a water storage tank and a water collection funnel which are supported by a fixed bracket are arranged on the upper part of the brick body; the water storage tank is connected with the soil coverage sand brick through a water guide pipe; an insertion plate and pointed sand legs are arranged at the bottom of the brick body; the brick body is a rectangular cement sand frame with openings in the upper part and the lower part; a drop irrigation hole and bracket mounting holes are formed in the outer side of the brick body; a wrench slot is formed in the outer side; water collection holes and a water stopping trough are formed in the top of the water storage tank; a groove is formed in the bottom of the water storage tank; and a filter net and a water outlet hole are distributed at the bottom of the groove. The water collection and soil coverage sand brick can prevent strong wind and reduce sand storm as well as relieve or stop migration of drift sand; furthermore, by soil coverage of the sand brick, cold resistance and high temperature resistance green plants can be effectively planted, so that desertization can be fundamentally improved; and moreover, according to a temperature difference between day and night in the desert, fog water is collected and is directly dropped into the roots of the plants in the sand brick, so that the survival rate of the plants is increased, and the ecological environment of the desert can be improved.

The invention relates to peanut rhizosphere growth-promoting bacteria HS11 and application thereof. The peanut rhizosphere growth-promoting bacteria are peanut rhizosphere growth-promoting bacteria HS11 and classified and named as bacillus megatherium and are stored in the China General Microbiological Culture Collection Center with a number of CGMCC No.9891 on Oct.31, 2014. With the adoption of the peanut rhizosphere growth-promoting bacteria HS11, hard-to-dissolve potassium-containing silicate can be effectively converted into dissoluble potassium salt, organophosphate can be degraded, the utilization rate of fertilizer can be increased, the peanut can be effectively planted, the growth of the peanut can be promoted, and the output can be increased; the peanut rhizosphere growth-promoting bacteria HS11 are a major innovation in microbial and peanut planting.

The invention relates to a peanut growth-promoting rhizobacterium and the application thereof. The peanut growth-promoting rhizobacterium is the peanut growth-promoting rhizobacterium HS10 which is classified and named as bacillus tequilensis and collected in China General Microbiological Culture Collection Center on October 31, 2014, with the collection number CGMCC No. 9890; the peanut growth-promoting rhizobacterium is capable of effectively transforming insoluble potassium-containing silicates into soluble potassium salts, decomposing organic phosphorus and increasing the fertilizer utilization rate and can be effectively applied to peanut planting to promote the growth of the peanut and increase the peanut yield; in short, the peanut growth-promoting rhizobacterium is a great innovation in microorganisms and peanut planting.

The invention relates to a method for planting high-sweetness passion fruits. The method comprises five steps of soil preparation for planting, seedling planting, seedling cultivating, interplanting and field management. The method is reasonable and standard in operation and high in operability, can be used for effectively specifying planting, cultivating and daily management work of passion fruits on one hand, and can be used for sufficiently improving the comprehensive utilization of passion fruits for water manure, light and ventilation, and improving the yield and sweetness of passion fruits on the other hand. Furthermore, the field additional value in the passion fruit planting period can be effectively improved while normal development of passion fruits is not influenced, and the aimof increasing the comprehensive economic value of passion fruit planting can be achieved.

The invention relates to relates to a peanut root growth-promoting bacterium HS9 and application thereof. The peanut root growth-promoting bacterium HS9 is classified and named as bacillus flexus, and collected in China General Microbiological Culture Collection Center on October 31, 2014, with the collection number of CGMCC No. 9889; the peanut root growth-promoting bacterium HS9 is capable of effectively converting slightly soluble potassium-containing silicates into soluble potassium salts, decomposing organic phosphorus and increasing the utilization rate of fertilizers; the peanut root growth-promoting bacterium HS9 is effectively applied to peanut planting, and is capable of promoting the growth of the peanut and increasing the peanut yield, and is a great innovation in microorganisms and peanut planting.

The invention discloses a planting device and method for submerged plants. The planting device comprises at least one planting unit and a connecting frame used for fixing the planting units, each planting unit comprises a connecting portion fixedly connected with the connecting frame and an elastic cone portion arranged at the bottom end of the connecting portion, and the bottom end of the elastic cone portion is tightened through a tightening piece easy to loose. By the arrangement, various submerged plants can be planted conveniently, rapidly and efficiently in various water environments, the planting device can be recycled after growth of the planted submerged plants are fixed, secondary pollution cannot be caused, roots of the plants are not cut when the device is recycled, the plants are ensured not to be brought out of water, convenience in planting is achieved, line spacing and row spacing of the plants can be controlled accurately, and the plants can grow rapidly by utilizing sediment nutrition effectively.

The invention discloses a single work platform solution for the vast majority of harvesting, crop care and logistic needs of the palm oil plantation industry, that will lead to and yield higher economic return of such plantation land whilst improving its ecological footprint.

The invention relates to relates to a maize root growth-promoting bacterium YM6 and application thereof. The maize root growth-promoting bacterium YM6 is classified and named as bacillus licheniformis, and collected in China General Microbiological Culture Collection Center on October 31, 2014, with the collection number of CGMCC No. 9899; the maize root growth-promoting bacterium YM6 is capable of effectively converting slightly soluble potassium-containing silicates into soluble potassium salts, decomposing organic phosphorus and increasing the utilization rate of fertilizers; the maize root growth-promoting bacterium YM6 is effectively applied to maize planting, and is capable of promoting the growth of the maze and increasing the maze yield, and is a great innovation in microorganisms and maize planting.

The invention relates to peanut plant growth promoting bacteria HS3 and an application thereof. The peanut plant growth promoting bacteria is peanut plant growth promoting bacteria HS3 and is classified and named as bacillus acidiceler which is collected in General Microorganism Center of China Committee for Culture Collection of Microorganisms with the collection number CGMCC NO.9886 on 31st October, 2014. The peanut plant growth promoting bacteria HS3 and the application have the advantages that the problem that difficultly-soluble potassium-containing silicate is converted into soluble potassium salt can be effectively solved, organophosphorus can be degraded, the utilization rate of fertilizers can be increased, the peanut plant growth promoting bacteria HS3 can be effectively used for planting peanuts, the growth of peanuts can be promoted, the yield can be increased, and the peanut plant growth promoting bacteria HS3 is an important innovation on microorganisms and peanut planting.

The invention relates to a passion fruit bead type double-vine high-yield cultivation method. The method comprises the four steps of plant cultivation, seedling cultivation, trimming after fruit picking, field management and the like. The method is reasonable and standard in operation, high in operability and capable of effectively standardizing the planting of passion fruits, cultivation and daily management work, and on the other hand, the comprehensive utilization rate of water and fertilizer, illumination and ventilation for the passion fruits can be fully improved, the use amount of waterand fertilizer is reduced, and the yield, the fruit volume and the sweetness of the passion fruits are improved, so that the purpose of improving the comprehensive economic value of the passion fruitplanting is achieved.

The invention relates to dedicated wheat fertilizer with the characteristic of disposable fertilization, the problems of fertilizer for wheat planting that second pollution cannot be prevented, and the cost is expensive can be effectively solved. The dedicated wheat fertilizer is characterized by being prepared from the following raw materials in percentage by weight: 13 to 25 percent of urea, 16to 39 percent of ammonium chloride, 18 to 22 percent of monoammonium phosphate, 8 to 10 percent of potassium chloride and 18 to 30 percent of clay mineral granule controlled release agent. The dedicated wheat fertilizer is prepared through the following steps: mixing the urea, ammonium chloride and the clay mineral controlled release agent together, thus preparing a material A; mixing potassium chloride with the material A, thus preparing a material B; uniformly mixing monoammonium phosphate with the material B, thus preparing granules; drying and sieving the granules, and enabling the granules of which the granularity is 3.35 to 5.6 mm to be up to 90 percent or above, thus obtaining a finished product. The dedicated wheat fertilizer disclosed by the invention has the characteristic of realizing one-season fertilizer supplying through single fertilization, not only can good nutrient elements be provided for wheat, but also the demands on nitrogen fertilizer during a whole growth periodof the wheat can be met, raw materials are rich, the preparation method is simple, the cost is low, a using effect is good, the dedicated wheat fertilizer can be effectively used for planting the wheat, and high yield and good harvest are ensured.

The invention discloses an agriculture production plantation multipurpose sowing device comprising a pedestal; the rear end of the bottom of the pedestal is provided with a stop plate; the stop platesurface is provided with a slide groove; a slide block is connected in the slide groove in a slide mode; the bottom of the slide block is welded with a colter; the backside of the stop plate is fixedly connected with a discharge pipe; the top rear end of the pedestal is fixedly provided with a storage box; the top of a support plate is fixedly provided with a forward-backward motor; the output shaft of the forward-backward motor is connected with a rotary shaft that penetrates the pedestal; the bottom of the rotary shaft surface is welded with a spiral blade; the top front end of the pedestalis fixedly provided with a water box; the bottom front end of the pedestal is fixedly provided with a spray pipe that is fixedly connected with a water box water outlet via a plastic soft pipe. The agriculture production plantation multipurpose sowing device is simple and reasonable in structure design, easy to control, easy in adjusting, time saving and labor saving, various in works, can effectively plant crops, can improve planting efficiency, is safe and stable, wide in application scope, and can be promoted and applied in related fields.

A standard method for planting radix pseudostellaria includes such steps as reproducing seedlings, preparing soil, planting, management and harvesting the pseudostellaria root as Chinese-medicinal material.

The invention discloses a multifunctional ornamental water caltrop planting system, and relates to the technical field of water caltrop planting. The multifunctional ornamental water caltrop planting system aims at solving the problem that an existing ornamental water caltrop planting pool is single in function, and the following scheme is provided. The multifunctional ornamental water caltrop planting system comprises a planting pool and a fertilizer storage cavity formed in one end of the planting pool, wherein a fertilization assembly is arranged on the planting pool; a soil turning assembly is further arranged on the planting pool, and a fertilizer treatment assembly is arranged in the fertilizer storage cavity. According to the multifunctional ornamental water caltrop planting system, ornamental water caltrops can be effectively planted, and a fertilization component can be regulated and controlled, so that the fertilization efficiency is improved; soil under the water surface can be loosened, ornamental water caltrop seedlings can take roots conveniently, and then the growth rate of the ornamental water caltrops is effectively increased.

The invention relates to peanut plant growth promoting bacteria HS4 and application thereof. The peanut plant growth promoting bacteria HS4 is classified and named bacillus muralis, is preserved in the China General Microbiological Culture Collection Center on October 31, 2014, and has a preservation number of CGMCC No.9887. The peanut plant growth promoting bacteria HS4 can be used for effectively solving the problems of converting insoluble potassium-containing silicate into soluble sylvite, decomposing organic phosphorus, improving fertilizer utilization for effective peanut planting, promoting peanut growth and improving yield, and is a great innovation on microorganisms and peanut planting.

The purpose of the invention is to provide a continuous cropping-resistant and soil-friendly special fertilizer for peanuts. The fertilizer is prepared from 1-16.2% of urea, 2-24% of ammonium chloride, 10-36.6% of monoammonium phosphate, 1-16.6% of potassium chloride and 33-44.5% of a clay mineral particle controlled release agent. The continuous cropping-resistant and soil-friendly special fertilizer for peanuts has the advantages of rich raw materials, easiness in production and preparation, high production efficiency, low cost, easiness in promotion and application, effectiveness in being used for plantation of continuous cropping peanuts, low content of nitrogen, phosphorus and potassium nutrients, high activity, provision of good nutrients for peanuts, meeting the needs of peanuts formedium and trace elements, simple preparation method, low cost, good use effect, effectiveness in peanut plantation, no environmental pollution, ensuring of high yielding and high harvesting, and great economic and social benefits.

The invention relates to a paddy rice planting and irrigating system. The paddy rice planting and irrigating system comprises a planting base and is characterized in that a stirring cavity and a motor cavity are respectively arranged on the left side and the right side of the lower portion of the planting base, a liquid inlet pipe is connected to the right side of the upper portion of the planting base and arranged inside the planting base, and the upper portion of the planting base is provided with a planting cavity; an induction pump is arranged on the left side of the planting cavity, a liquid pumping pipe is connected to the lower portion of the induction pump, the right end of the liquid pumping pipe is arranged inside the stirring cavity, a liquid feeding pipe is connected to the upper portion of the induction pump, a liquid supply pipe is connected to the right side of the liquid feeding pipe, and an upper liquid discharge cavity and a lower liquid discharge cavity are respectively connected to the upper portion and the lower portion of the right side of the liquid supply pipe; an upper support plate and a lower support plate are respectively connected to the upper portion and the lower portion of the right side of the planting cavity, and an upper planting layer and a lower planting layer are respectively arranged on the upper portion of the upper support plate and the upper portion of the lower support plate. The paddy rice planting and irrigating system has the advantages that paddy rice can be planted effectively, a planting effect is improved, irrigation is facilitated, and the system is convenient to use and capable of being used according to needs.