37results about How to "Suitable for large area planting" patented technology

The invention provides a compound method for restoring soil polluted by heavy metal. The compound method comprises the following steps that bracketplant is planted in the soil polluted by the heavy metal, and the bracketplant is overall removed after 85-95 days; a mixture of biological carbon base fertilizer and heavy metal activated bacterium liquid is applied into the soil; sugarcane is planted in the soil polluted by the heavy metal, the bracketplant is continuously planted next spring, the bracketplant is overall removed after 85-95 days and the sugarcane is overall removed in August or September; a mixture of the biological carbon base fertilizer and the heavy metal activated bacterium liquid is applied into the soil and mixed evenly, and seasoning is conducted for 75-80 days; and the steps from the first step to the fifth step are executed circularly and repeatedly until the content of the heavy metal in the soil is up to the safety standard. According to the compound method, the heavy metal absorption efficiency of plants is improved and the soil remediation effect is good; in addition, the compound method has the characteristics of being friendly to the environment, free of secondary pollution, high in practicability and the like.

The invention discloses a dragon fruit plantation rack comprising a cement column, a rubber ring and ropes; the rubber ring is arranged on the top of the cement column; the cement column is provided with 2-3 ropes at intervals. The invention also provides a dragon fruit plantation water fertilizer management method applying the dragon fruit plantation rack and comprising the following steps: dragon fruit planting; applying fertilizer; watering management. The invention also provides a selenium rich dragon fruit plantation method applying the dragon fruit plantation water fertilizer management method, and selenium solution is sprayed to the whole plant and specially on the flower bud in every 3-5 days after flowering; the method is high in fruit output, strong in plant anti-illness ability, and suitable for large scale plantation; strong wind can break the plant and cause the plant to die in the prior art, the dragon fruit plantation rack, the plantation water fertilizer management method, and the selenium rich dragon fruit plantation method can solve the problems, and the produced fruit is large and heavy, sufficient in water, high in sweetness, and high in quality; the selenium rich dragon fruit contains selenium element needed by human body and animal, is high in nutrition value, and healthy.

The invention discloses a tissue culture rapid propagation method of eucalyptus cloeziana. The method adopts an excellent single plant of an excellent eucalyptus cloeziana family, which is cut down and promoted to germinate, a bud serves as an explant, a stem section with a resting bud induces a sterile bud in vitro, the sterile bud is obtained without a callus seedling path, the stem section of the explant directly grows a side bud or an adventitious bud, and the sterile bud is subjected to subculture enrichment culture, rooting culture and rooting seedling transplanting to obtain a regenerated plant. The tissue culture rapid propagation method of eucalyptus cloeziana is lower in operation difficulty, stable in the growth of a sterile bud propagation system and good in repeatability and can be used for scale expanding propagation repeatedly, after the rooting culture of cut buds, the rooting rate is higher, the popularization value is realized, rooting seedlings can survive after transplanting, seedlings normally grow, the obtained regenerated plant can robustly grow in a large field, a survival rate of afforestation is more than 95% and excellent inheritable characters of the selected plant can be kept.

One-sided matching technology for greenhouse grapes includes the following steps: first preparing nursery stocks and planting time; ditching: planting density of greenhouse grapes is large, and root systems of the same year must cover the whole ground during planting; planting on ridges: roots are dipped in spore bacteria and root stimulate before planting, and temperature, moisture and light are adjusted so as to keep alive; applying fertilizer and watering: thorough watering is performed every 7 to 10 days after planting, earthing up is conducted, large ridges are formed, grapes should be planted in ridges, deep tillage should be conducted, and soil is loosened; applying fertilizer: base fertilizer is applied by combining with deep tillage; watering; shaping and trimming: a double-fence-frame type is adopted, four iron wires are arranged on each frame face, the distances between the four wire irons and the ground are respectively 0.3m, 0.8m, 1.3m, and 1.8m, and the frame height is 1.8m; promoting rooting; dormancy breaking; adjusting temperature, moisture and light; adjusting moisture and light; and managing flowers and fruits: if new vines grow to the uppermost iron wire and still grow prosperously, an adjusting agent is sprayed timely so as to control growing and promote buds, fixed quotas of production is set as 10 kg per strain, and flowers and fruits are protected. Planting density is small, fruit color is good, yield is high, quality is good, management is easy, and the one-sided matching technology is suitable for large-area planting.

The invention discloses a planting method of polygonatum odoratum. The planting method includes the steps of 1), seedling selection, 2) land selection, 3), base fertilizer applying before transplanting, 4), seedling from late July to late August each year, 5), fertilizer applying, 6), watering, weeding and insect preventing, 7), harvesting in November next year. By reasonable base fertilizer and topdressing applying, reasonable field management and timely loosening, weeding and insect removing, leaf spot disease, root rot and purple wheel disease rarely occur, and the survival rate reaches more than 98%; the polygonatum odoratum planted in the method is good in quality, high in drug property and adaptability and suitable for large-area planting.

The invention relates to a method for planting radix polygonati officinalis. The method comprises the following steps: 1) land selection; 2) seedling selection; 3) soil preparation and fertilization; 4) seeding; 5) covering; 6) fertilizing; 7) weeding; 8) prevent waterlogging and drought; and 9) controlling plant diseases and insect pests. The invention provides a system and a scientific and reasonable cultivation method, which is simple in operation, easy to popularize, high in cultivation yield and good in quality of the radix polygonati officinalis. Scientific planting is realized from the aspects of land selection, soil preparation, seed selection and planting, field management and pest control, the leaf spot disease, root rot, grey speck disease and purple round disease are fewer, the survival rate is higher than 98%, the quality is good, the drug properties are high, the adaptability is high, the production of the radix polygonati officinalis is improved, a preferential emergence rate is realized, and thus the method is suitable for large area planting.

Provided is a chrysanthemum planting method suitable for large-area planting. Seed selecting, planting, watering and chrysanthemum collecting are performed according to a conventional method, disease and insect prevention processing is added, and the methods of fertilization and disease and insect prevention are improved. The chrysanthemum planting method suitable for large-area planting comprises the steps that ploughing and furrowing are performed in early December every year, 150 kg of lime is put in per mu, and lime sulphur is sprayed in the middle of February of the next year; after being planted for one month, seedlings turn green, fertilizing is performed, first-time fertilizing is mainly nitrogenous fertilizer, secondary fertilizing is mainly cake fertilizer and night soil, it had better to apply full-effect protein fertilizer, and fertilizing is performed five to six time per year; meanwhile, leaf surfaces are sprayed with a solution mixed by protease 13 ml, humic acid 28 ml and water 22 kg, and rhizosphere fertilizer is organic and accounts for 80-85 percent of full-year fertilizer; insect prevention is performed mainly by using insecticide to spray the plants, and the insecticide is prepared by, by weight, the following raw materials of 2 parts of emamectin benzoate, 5 parts of algae, 4 parts of surfactant, 3 parts of easily gradable macromolecule, 7 parts of plant growth regulator, 11 parts of kaempferitrin, 16 parts of cedrol, 13 parts of diosgenin, 25 parts of melia toosendan, 15 parts of euphorbia helioscopia, 12 parts of fresh radix stemonae roots and 5 parts of permethrin.

The invention discloses a method for quickly sprouting flame tree seeds, which includes the following steps: (1) selecting excellent mature seeds with full seeds and no diseases and pests, and cleaning the seeds after impurity removal; (2) placing the cleaned seeds in an anti-corrosive glass container, and soaking the seeds with an acid treatment solution; (3) washing the seeds with tap water formultiple times after acid etching to remove the acid solution on the surface, and then soaking overnight; (4) placing the soaked seeds in a sprouting box, placing the soaked seeds in an incubator at 25-27 DEG C for sprouting, and sprouting for 5-7 days; and (5) sowing the sprouted seeds on a seedling raising disc or a field seedbed for seedling cultivation. The method can obviously improve the germination rate, the germination potential and the emergence rate of the flame tree seeds, obviously improve the quality of seedlings, reach the highest germination rate of 94%, shorten the germinationtime to 7 days, and solve the difficulties of hard seed coat, long germination time, easy mold growth and low germination rate of the flame tree seeds.

The invention belongs to the field of agricultural machinery, and relates to a reaper, in particular to a sweet potato vine reaper. The sweet potato vine reaper comprises a four-wheeled tractor, a dump trailer and a sweet potato vine reaping and crushing machine. The technical scheme of the invention is as follows: a diesel engine of the four-wheeled tractor is used as power to drive the sweet potato vine reaping and crushing machine mounted on the front part of the tractor, a vine picker is used for picking up sweet potato vines, a vine cutter is used for cutting off sweet potato roots, a crusher is used for crushing the sweet potato vines, and the sweet potato vines are conveyed into the dump trailer behind the tractor via a centrifugal fan conveying pipe. When the sweet potato vine reaper is used for reaping sweet potato vines, the efficiency of the sweet potato vine reaper is high, and sweet potato vine feed resource is utilized.

The invention discloses a method for promoting the germination and sowing of Chinese scholar tree seeds, belongs to the field of plant seed germination and seedling culture, and solves the problem that the germination rate of Chinese scholar tree seeds is low. The method comprises the following steps: mixing Chinese scholar tree seeds, Chinese scholar tree leaves, which are picked at the same time, and fine soil to obtain a Chinese scholar tree seed primary raw material, processing the primary raw material for 1 to 2 hours at a temperature of 50 to 60 DEG C, then steaming the primary raw material by diluted edible vinegar for 2 to 5 hours at a temperature of 55 to 65 DEG C, covering the primary raw material by a plastic film for 1 to 5 hours; removing the plastic film, screening out Chinese scholar tree seeds from the primary raw material, saving the Chinese scholar tree seeds for later use, before sowing, soaking the Chinese scholar tree seeds in a soaking liquid, which is prepared by blending purified water and white granulated sugar, for 3 to 8 hours at a temperature of 10 to 20 DEG C, and sowing the seeds. The method has the advantages of simple operation, low cost, few steps, and short time, and is capable of prominently improving the processing efficiency of Chinese scholar tree seeds. The germination of processed Chinese scholar tree seeds is quick, the quality of seed bud is good, and the survival rate is high and can reach 92 to 98%.

The invention discloses a grape planting method, comprising: preparing a land, raising seedlings, carrying out field planting, growing, pollinating upon flowering, and fruiting. The grape planting method has the advantages that grape that is planted is natural and pollution-free, the cost is low, the benefit is high, pest and disease incidence is low, the method is economical and practical, usage of fertilizer in the whole growth cycle is greatly lessened and is 32-40% lower than that of common grape planting, grape yield is greatly increased, fruit yield is high, disease resistance of plants is high, the method is suitable for large-area planting, the defect that plants easily break to death upon big wind can be overcome, the method of the invention enables quickened grape growth to achieve yield increase and income increase, mature grape has no pesticide residue, the grape has rich nutrition, bright color, good taste and better color and has more sugar content, and social benefit, economic benefit and ecological benefit are significant.

One-sided matching technology for green house dry fruit trees includes the following steps: after nursery stocks are purchased, buds on the stocks are removed, branches are cut off, the positions of buds 1cm above grafting ports are cut to be flat, and 20-30 cm of the upper ends of seedlings are cut. The nursery stocks are arranged in ditches in bundle mode and can be planted in spring or autumn. Deep tillage is required before planting, then ridging is conducted along rows, roots are dipped in spore bacteria and root stimulate before planting, and a wet straw mat is covered on the roots for 24h. During planting, the nursery stocks are planted on one side of a ridge, trucks of the nursery stocks are set, and temperature, moisture and light are adjusted. After planting, debris grass is first covered on ridges, and after seedlings are planted and the ridges are sealed, watering is conducted once per week. Stock buds are removed after sprouting, only one truck of each seedling is allowed to grow branches, the branches of the trucks are not removed, and tips are not pinched. During branch pulling, the main branches can not be pulled to be arc shaped and are remained to be inclined and smooth. Prosperous branches can not be grown on the back of the main branches vertically, the main branches are smooth and inclined, fruits are not remained on tips of the main branches, the main branches are cut or scattered to the positions where light is not blocked, the main branches are not cut if the light is not blocked, and enough buds are remained during trimming. By means of the one-sided matching technology, fruits are good in color, yield is high and management is easy.

The invention relates to a technology enabling grape vines to lean to one side, and belongs to the technical field of fruit growing. The technology comprises the following steps: fix planting strong seedlings, performing leader branch cutting on old seedlings to ensure that each old seedling is reserved with four plump buds, and performing segment treatment by adopting a double grape trellis. According to the technology enabling grape vines to lean to one side, provided by the invention, the planting density is low, the grape fruit is good in color and luster, the yield is high, and the management is convenient.

The invention discloses a straightening device and method for tomato plant growth. The straightening device comprises a chassis splicing unit, an outer rod connector, a straightening support, an adjusting screw rod, a fixing nut and a supporting spring. A tomato plant penetrates through the center of a splicing chassis to grow upwards, the outer rod connector and the straightening support are sequentially installed on the outer side of the splicing chassis, the tomato plant grows upwards along a vertical supporting rod in the straightening support, when growing to a horizontal support at the top, the tomato plant grows and is unfolded towards the two sides so as to fully receive irradiation of sunlight, and the correct growth direction and the sufficient sunlight area of the tomato plant are guaranteed; and when tomatoes fruit, plant vines are wound around a suspension spring and a suspension rod, the vines bearing tomato fruits are suspended through the suspension spring and the suspension rod in an auxiliary mode, the pressure borne by the straightening support is effectively relieved, the tomato fruits are not prone to falling or being broken, the assembling mode is flexible andchangeable, straightening and auxiliary supporting of the tomato plant are more stable, and the straightening device is suitable for large-area planting of the tomato plant.

The invention relates to the technical field of eucalyptus cultivation, in particular to a tissue culture and rapid propagation method of a 1212 variety of Eucalyptus cloeziana F. Muell. According tothe tissue culture and rapid propagation method, excellent individual plants of Eucalyptus cloeziana F. Muell. excellent provenance are adopted, cut down and subjected to germination promoting, budlings are collected for inducing sterile buds, and regenerated plants are obtained through subculture, rooting culture and light-substrate seedlings of the sterile buds. The tissue culture and rapid propagation method of the 1212 variety of Eucalyptus cloeziana F. Muell. is low in operation difficulty, low in production cost, stable in growth of an aseptic propagation system, high in proliferation coefficient of subculture seedlings, good in repeatability and high in rooting rate of rooting seedlings, the produced tissue cultured seedlings are high in survival rate, stable in genetic traits and tidy in forest form, the seedlings can maintain the excellent genetic characteristics of excellent trees, large-area planting is suitable, and large-scale production and promotion are easy.

A marine asparagus cultivation method comprises following steps: a. raising seedling, b. transplantation, c. platform fixing and d. picking. A device for the marine asparagus cultivation method is characterized in that: the device consists of 1-20 pieces of buoyancy materials sheets which are connected with steel ropes through a connecting belt. Both ends of the platform are fixed by fixing beltswhich are connected with anchors through anchor ropes. Compared with the prior art, the invention has the advantages that: adopting the buoyancy materials platform made from foaming materials realizesnon soil cultivation of such marine vegetables as the marine asparagus in offshore areas which largely expands plantation extent of such marine vegetables as the marine asparagus, also can effectively prevent and reduce eutrophication status of the offshore water area, promotes industrial structure adjustment and economic benefits improvement of offshore agriculture, as well as the development ofoffshore aquaculture, and enables sustainable development of the offshore agricultural plantation and aquaculture.

The invention discloses a preparation method of selenium-enriched wheat malt. The preparation method comprises the following steps: (1) selecting seeds; (2) dressing seeds; (3) sowing the seeds dressed by drugs into a field, and then irrigating a sodium selenite water solution; (4) when wheat seedlings are exposed of the ground for 3cm-5cm, continually irrigating the sodium selenite water solution; (5) when the wheat seedlings are exposed of the ground for 10cm-15cm, applying farm manure according to the standard of 8kg-12kg per Mu, and managing according to a conventional method to obtain ripe wheat; and (6) soaking the ripe wheat into water, after the ripe wheat sprouts, washing with clean water; and finally, drying at a low temperature to obtain the wheat malt. The wheat prepared by the method disclosed by the invention is high in selenium content, high in conversion rate and low in cost, can be used for preparing health products, can be used as a feed additive of poultry and livestock, and also can be used as leftovers of other subsidiary agricultural products or fertilizers for continually preparing other selenium-enriched subsidiary agricultural products, so that the wheat can be recycled.

The invention relates to the technical field of eucalyptus cultivation, in particular to a tissue culture and rapid propagation method of a eucalyptus cloeziana 1203 variety. The method comprises thefollowing steps of adopting an excellent single plant of an excellent seed source of eucalyptus cloeziana, cutting down and promoting germination of the excellent single plant, collecting bud sticks for inducing sterile buds, and performing subculture, rooting culture and container seedling culture on the sterile buds to obtain a regenerated plant. The tissue culture and rapid propagation method of the eucalyptus cloeziana 1203 variety is low in operation difficulty and production cost; a sterile propagation system is stable in growth, subcultured seedlings are high in multiplication coefficient and good in repeatability, rooted seedlings are high in rooting rate, produced tissue culture seedlings are high in survival rate, stable in inheritable character and tidy in forest form, and nursery stocks can keep excellent inheritance characteristics of superior trees and are difficult to mutate; and the method is easy for large-scale production and popularization.

The invention belongs to the technical field of fertilizer spraying and particularly relates to a trolley type electrolyte fertilizer production and spraying device. As for crops with lower planting density, such as forest planting, the demand of electrolyte fertilizer in the unit area is not high, but the planting area is larger; at the moment, great inconvenience is caused due to the fact that arunning water electrolytic tank device is fixed in one position for production of electrolyte fertilizer, and the fertilizer application efficiency is affected. According to the technical scheme, thedevice comprises a pushing handle and a trolley body, wherein an electrolyte fertilizer production device, a liquid extraction pump and a spray head are mounted on the trolley body; the electrolyte fertilizer production device comprises an electrolysis cavity, a negative plate and a positive plate are arranged in the electrolysis cavity, a liquid discharging pipe is arranged at the lower part ofthe electrolysis cavity and connected with the liquid extraction pump. The electrolyte fertilizer production device can also integrate a control system. The trolley type electrolyte fertilizer production and spraying device is applicable to spraying of the electrolyte fertilizer to crops with low planting density.

The invention provides a method for recovering heavy metal contaminated soil through magnetotactic bacteria and chlorophytum comosum together. The magnetotactic bacteria and the heavy metal contaminated soil are mixed. The heavy metal contaminated soil mixed with the magnetotactic bacteria is irrigated. A magnetic field is set on the heavy metal contaminated soil, and the heavy metal contaminated soil containing the magnetotactic bacteria is collected, washed and filled back. The chlorophytum comosum is planted in the heavy metal contaminated soil primarily recovered through the magnetotactic bacteria and is removed overall after 90-100 days. The above steps are repeated until the content of heavy metal in the soil meets the safety standard. Compared with the prior art, the magnetotactic bacteria are easy to collect, and the chlorophytum comosum has high economic value besides recovering the soil. By means of the method, many kinds of heavy metal contaminated soil can be recovered at the same time, secondary pollution is avoided, and the method is suitable for treatment of large-area contaminated soil.

The invention discloses a method for promoting the germination and sowing of Chinese scholar tree seeds, belongs to the field of plant seed germination and seedling culture, and solves the problem that the germination rate of Chinese scholar tree seeds is low. The method comprises the following steps: mixing Chinese scholar tree seeds, Chinese scholar tree leaves, which are picked at the same time, and fine soil to obtain a Chinese scholar tree seed primary raw material, processing the primary raw material for 1 to 2 hours at a temperature of 50 to 60 DEG C, then steaming the primary raw material by diluted edible vinegar for 2 to 5 hours at a temperature of 55 to 65 DEG C, covering the primary raw material by a plastic film for 1 to 5 hours; removing the plastic film, screening out Chinese scholar tree seeds from the primary raw material, saving the Chinese scholar tree seeds for later use, before sowing, soaking the Chinese scholar tree seeds in a soaking liquid, which is prepared by blending purified water and white granulated sugar, for 3 to 8 hours at a temperature of 10 to 20 DEG C, and sowing the seeds. The method has the advantages of simple operation, low cost, few steps, and short time, and is capable of prominently improving the processing efficiency of Chinese scholar tree seeds. The germination of processed Chinese scholar tree seeds is quick, the quality of seed bud is good, and the survival rate is high and can reach 92 to 98%.

The invention discloses a wind-resistant and yield-increasing cultivation device for cassava, which comprises a bottom support plate, a bottom connecting ring, a field ridge covering base, a cultivation hole, a support rod, a cover, a cross bar, locking bolts, a sliding sleeve, a fixing pipe, and a through hole , pressing plate, long pole, barb, field ridge and cassava crops, the top of the field ridge covering base is provided with a loading hole, and the field ridge covering base is used to cover on the arranged field ridge, and the field ridge covering base is covered with a single cassava crop Planting area settings. The invention realizes the division of the cassava planting area through the structure based on the ridge covering base, so that the cassava crops in a plurality of small areas have good wind resistance, which is helpful for increasing the production of cassava; at the same time, the structure of the invention is stable , low cost, suitable for large-scale planting.

The invention relates to a remote-control irrigation system. Wireless transmission modules are respectively arranged at a control end and an execution end and are matched to communicate with each other through a LoRa gateway, so that the transmission distance is long, the interference is low, meanwhile, power dissipation of equipment is reduced, the scale of a peripheral radio frequency filter circuit is reduced, and the volumes of execution modules are reduced; each execution module is an independent individual and is packaged, so that the simplicity of the equipment is guaranteed, and the reliable connecting property and the integral performance are guaranteed; an adopted electric ball valve is low in torque and stable in sealing property and has a long service life in environmentally harsh regions; the execution end electrified by solar energy has the advantages of high energy conversion rate, low maintenance cost and convenience in deployment; and by utilizing a real-time soil detection function and an automatic irrigation function, an irrigation process of a user becomes more efficient. The remote-control irrigation system does not require repeated irrigation, so that the water resource is saved, and the remote-control irrigation system is suitable for large-area plantation.

The invention discloses a chrysanthemum field management method suitable for the Huaibei plain. The chrysanthemum field management method comprises the following steps: 1) performing soil cultivation while weeding 4-5 times before emerging young flowers after chrysanthemum is transplanted and survived; 2) after transplanting and reviving, applying 10-15 kg of growth fertilizers per mu to promote the growth of seedlings; 3) dressing 20 kg of cake fertilizers, 5kg of peat soil, 2kg of zinc sulfate, 1.5kg of brown sugar, 5kg of distillers' grain residues, 2kg of straw ashes and 3kg of Chinaberry seed dry powder per mu when the plants are branched; 4) when the young flowers emerge, applying 5kg of urea, 10kg of calcium superphosphate, 1.5kg of expanded perlite micro powder, 0.5 kg of azadirachtin, 0.5kg of tobacco cellulose, 2kg of red kojic rice, 1.5kg of activated carbon powder, 5kg of leaf mould, 5kg of turfy soil, 5kg of sea mud and 3kg of cotton seed meal per mu; 5) after the chrysanthemum is branched, pinching for the first time, then, pinching once every half a month, and ending after Great heat; and 6) treating chrysanthemum seedlings with carbofuran and applying seeds before transplanting in a control method of plant diseases and insect pests, thereby avoiding rot.

The invention discloses a cultivation method for recovering abandoned a banana plantation to plant bananas. The cultivation method includes: clearing the overground part of bananas in the banana plantation, ploughing the underground part of the bananas and stirring uniformly; planting one-crop pineapples and managing the pineapples according to regular measures; harvesting pineapple fruits when the pineapples are ripe, ploughing other residues into soil and stirring uniformly; planting the bananas and managing the bananas according to regular measures, wherein the abandoned banana plantation is a plot in which a bananas morbidity of banana wilt is larger than 35%. The pineapples are simple to plant, applicable to large-area planting and good in economic benefits. During planting of the pineapples, the amount of pathogenic bacteria can be effectively restrained, pseudomonas with antagonism capability can be induced, and pseudomonas of soil can be improved. After the pineapple residues are ploughed into the soil, growth of hyphae and germination of spores of the pathogenic bacteria can be effectively restrained, outburst of the pathogenic bacteria is further controlled, and the bananas morbidity of banana wilt can be effectively reduced.

The invention discloses a stand column cultivation device and method. The cultivation device comprises a circular stand column and a plurality of layers of cultivation container supports which are arranged up and down along the stand column. The supports comprise a plurality of supporting arms, and the tail ends of the supporting arms are connected with the stand column. Steel rings for containing cultivation containers are arranged at the front ends and in the middle of the supporting arms, the steel rings extend out of the stand column through the supporting arms, the cultivation containers are arranged on the steel rings, accordingly, plants in the containers cannot be gathered on the surface of the stand column, growing spaces of the plants cannot be limited, meanwhile, a plurality of plants can be cultivated on each layer of support, large-area planting can be well achieved, and production cost is lowered.

The invention discloses a hybrid paper mulberry tender stem leaf feed fermentation method. The method comprises the steps as follows: selection and pretreatment of tender stem leaves, dry yeast activation, preparation of a fermentation material, sealing treatment and the like. The invention discloses the hybrid paper mulberry tender stem leaf feed fermentation method of spreading water absorbing materials at intervals, properly increasing proportion of rice bran and corn flour and using hybrid paper mulberry tender stem leaf grinding liquid to activate dry yeast so as to solve the problem thatextra moisture is difficult to treat in the fermentation process of the hybrid paper mulberry tender stem leaf feed to cause rotting and deterioration of fermentation materials. The method solves theproblem that too high moisture content in the fermentation process of the hybrid paper mulberry tender stem leaf feed causes rotting and deterioration of fermentation materials and improves the closeness of contact of yeast with hybrid paper mulberry tender stem leaf tissue, so that the fermentation success rate of the hybrid paper mulberry tender stem leaf feed is significantly increased on onehand and the quality of the feed is improved in the aspects of controlling moisture and preventing feed from rotting and deteriorating.

The invention discloses an efficient method for cultivating agaricus bisporus. The method comprises the following steps of 1, selecting planting land and a cultivation season; 2, preparing a culture material; 3, wetting a piled material in advance; 4, conducting stacking and fermentation; 5, conducting secondary fermentation; 6, conducting sowing; 7, covering the land with soil; 8, conducting harvesting. Compared with the prior art, the method has the advantages that the method is simple and easy to operate, the nutrient ratio is reasonable, composting forms the optimal nutritional state and the optimal ecological environment for growth of mycelia, the mycelia grow fast and vigorously after sowing, the yield of agaricus bisporus is high, the quality of agaricus bisporus is good, the tasteis great, and the method is suitable for large-scale planting.

The invention discloses full-automatic garden construction shrub and herb planting equipment which comprises a crawler walking mechanism and an integrated planting machine, the integrated planting machine is arranged on the crawler walking mechanism, and the integrated planting machine comprises a bottom plate, a mounting support, a ditching mechanism, a seedling conveying mechanism, a seedling righting mechanism, a soil covering mechanism and an excavation mechanism. The installation support is fixedly arranged on the bottom plate, the seedling righting mechanism and the soil covering mechanism are both arranged on the installation support in a sliding mode, the ditching mechanism comprises two sets of movable ditching components, the moving directions of the two sets of movable ditching components are opposite, and the soil covering mechanism is located between the two sets of movable ditching components. The seedling righting mechanism is located over the soil covering mechanism, the seedling conveying mechanism is arranged above the seedling righting mechanism, and the digging mechanism is located behind the soil covering mechanism. The shrubs are fully automatically planted, the labor cost is greatly reduced, the planting efficiency is improved, the comprehensive cost is low, and the device is suitable for large-area planting.

The invention discloses an orchid planting method. The method comprises the steps that (1), planting soil is prepared; (2), field selection and soil preparation are conducted; (3) seedling digging transplanting is conducted; (4) root fixing watering is conducted; (5) fertilizer application is conducted; (6) growing period is started; (7) insect pest preventing is conducted. The method has the advantages that the flower emerging performance is good, orchids blossom more, the method is suitable for large-scale planting, the produced orchids have large flower size, yellowish flowers, thick and abundant petals, spherical appearances, sweet flower fragrance and no diseases and pests, the planting method has tracks to follow and does not need to find out the specific steps, the operability is high, and the planting method has high popularization value.