32results about How to "Cultivation technique is simple" patented technology

The invention discloses a three-step method for producing a 'dragon head phoenix tail' high-quality officinal dendrobium stem material. The method comprises three steps of embryo culture for direct seedling formation, plug plantation of seedlings in a greenhouse, and culture of a semi-mature seedling epiphytic trunk; and an officinal dendrobium stem production technology is simplified, seedling breeding time is shortened, and the quality and transplanting survival rate of test tube seedlings of officinal dendrobium stem are improved. In the method, the production time of the test tube seedlings is 6 to 7 months, but the conventional test tube seedling breeding time is 10 to 12 months. An officinal dendrobium stem medicinal material prepared by the method has a thick and short stem, the content of polysaccharide from Dendrobium officinale is 36 to 48 percent, and the officinal dendrobium stem medicinal material has a 'dragon head phoenix tail' characteristic in external shape and is a necessary raw material for processing 'dragon head phoenix tail' Tiepi Fengdou. A semi-mature seedling epiphytic trunk technology in the method is suitable for farmers in mountainous areas to cultivate the officinal dendrobium stem, and is low in investment and high in yield; the farmers do not need to build greenhouses and only need to purchase plug seedlings; and the cultivation technology is easy to grasp and is a practical technology for servicing 'Three Rural Issues'.

A method for promoting the jujube tree to bear the jujubes twice in one year by use of the big plastic film shed warming the in winter and regulating temp and humidity includes such steps as removing the plastic film after the first batch of jujubes is picked up in order to update the tree, promoting second blossom and fruit bearing, covering film in the last 10 days of the October, picking up the second batch of jujubes, pruning, covering film in the day and removing film at night for forcing the dormancy of jujube tree, and warming from the middle 10 days of the December.

The invention provides a high-yield and high-quality cultivating method for common selfheal fruit-spike. The method comprises key technical steps of seed collecting, land selecting, land preparation, fertilizer application, seed sowing, cultivating, harvesting and the like, and has the characteristics of vigorous growth of the common selfheal fruit-spike, high fruit ear yield, good quality, easiness in grasping a cultivating technology, high operability, yield per mu of common selfheal fruit-spike fruit ears of 100-120 kilograms and rosmarinic acid content of a fruit ear medicinal material stabilized at 0.40-0.60 percent, which is much higher than a quality control standard (the rosmarinic acid content is required to be not less than 0.20 percent) for the common selfheal fruit-spike fruitear medicinal material in the Chinese Pharmacopoeia (version 2010) due to the adoption of the technical flow of the cultivating method.

The invention discloses Fructus aurantii disease-resistant high-yield cultivation technology. A culture medium is adopted for culture, so that absorption, on S-methyl benzoxazole [1, 2, 3] thiadiazole-7-benzothiodiazole, of seeds and seedlings can be improved effectively, resistance mechanism of Fructus aurantii can be activated efficiently, disease-resistance defense reaction of Fructus aurantii can be activated, Fructus aurantii strains with high disease resistance can be obtained, and disease probability of Fructus aurantii can be lowered. In addition, 10-13 parts of marigold stalk, 9-13 parts of perlite, 5-9 parts of vermiculite, 7-10 parts of Radix sophorae flavescentis and 8-13 parts of citrus peel residue which are weighed by weight are mixed to obtain a mixture, and 8-10 g of calcium superphosphate and 7-9 g of diammonium phosphate are added into each cube of the mixture for mixing to obtain a matrix, so that Fructus aurantii yield is increased and cultivation cost is lowered.

The invention discloses a method for cultivating red pears. The method includes planting rootstock on birch-leaf pear seedlings by the aid of birch-leaf pears; grafting branch buds on selectively bred red fragrant pear seedling trees onto the upper portions of trunks of the birch-leaf pear rootstock in the middle-third and lower-third of August of a current year; cultivating scion buds, allowing the scion buds to grow and cultivating high-quality red pear seedlings after leaves fall in autumn; cutting off the rootstock, unwrapping the rootstock and smearing rootstock buds before germination occurs in spring of a next year; cultivating the high-quality red pear seedlings after the leaves fall in autumn; planting the seedlings in fields and then reinforcing management; carrying out bud carving management in spring of a coming year, promoting flower buds to differentiate and forming plump flower buds; effectively carrying out pollination management in flower seasons of a next year; effectively reserving side fruits; effectively carrying out bagging; reinforcing fertilizer and water management in bright leaf stages so that the purple red pears can be harvested. The birch-leaf pear seedlings are planted in March. The method has the advantages that earnings can be greatly increased for fruit growers, and cultivation technologies are easy to master.

The invention relates to the technical field of biotechnology, in particular to a culture method for hericium erinaceus. The high-yield culture method for hericium erinaceus is characterized by comprising the following steps of 1 building of a mushroom house, 2 preparation of cultivation mushroom bags, 3 inoculation of strains, 4 management of bud pressing, and 5 harvesting. The culture method for hericium erinaceus has the advantages that the culture technology is easy, operation is easy, the yield of produced hericium erinaceus is stable and high, one-time picking amount reaches 3.3 jin/m<2>, the size of mushroom is appropriate, the color is white, mushroom caps are free of yellow spot, the shape of the mushroom is attractive, the mushroom is delicious, and the method is environmentally friendly and suitable for mass production.

The invention discloses Sanghuangporus baumii and application of the Sanghuangporus baumii. The strain is preserved at the General Microbiology Center of China on November 23th, 2017, and the preservation number is CGMCC No. 14799, Phellinus igniarius is planted by using the Sanghuangporus baumii disclosed by the invention, so that the mushroom yield is high, and the sporocarp growth of the Phellinus igniarius is good, the resistance to pests and diseases is high, cultivation techniques are simple and easy to operate, the management is relatively easy, the Sanghuangporus baumii is an excellentvariety of quantitative cultivation of Phellinus igniarius sporocarps, thereby fully meeting needs of the market.

The invention belongs to the technical field of agriculture, and particularly relates to a cultivation method for performing two-time layering on clonal tea seedlings to form a high-planting-density tea garden. The cultivation method comprises the following steps of planting two rows of good clonal tea seedlings and performing drip irrigation of water and a water-soluble fertilizer after soil preparation and ridging, intercropping corns and soybeans in a furrow, layering the tea seedlings section by section laterally in autumn, performing film covering, harvesting, crushing and covering the corns and the soybeans, and performing glass covering and soil pressing on the tea rows to go through the winter; repeating the process in the next year but layering the tea rows section by section longitudinally; picking tea when the branches of the tea grow to 15-25 cm in the third year, performing alternate picking until the end of September, and performing deep pruning on a tea bush; applying decomposed soybean meal or peanut meal to tea row holes and harvesting the corns and the soybeans after deep pruning, covering the tea rows with films, and performing glass covering and soil pressing togo through the winter; and repeating the steps in the third year to form a clonal high-planting-density tea garden cultivation mode. According to the method, through two times of section-by-section layering, the high-planting-density tea garden is formed, so that the tea garden cultivation technology is simplified, and the production operation and the technology popularization are facilitated; and the method is suitable for northern alternate picking tea garden production.

The invention relates to a cultivation method capable of accelerating growth of red beech and improving ornamental traits of leaf color. The method comprises the specific steps: carrying out intermediate felling to enable forest crown density of the red beech not to be higher than 80%, and carrying out urea dressing by 20g to 180g monthly on each of red beech plants, of which the ground diameter is 2.0cm to 18.0cm, in March to July according to tree body sizes; in the middle ten days of August, subjecting 1/2ring-to-3/4ring of each main branch bark to annular injury at the annular injury depthof 0.2cm to 0.3cm; and in the middle ten days of September, subjecting a mixed solution of 0.5% potassium dihydrogen phosphate, 3% saccharose and 2% hydrogen peroxide to leaf spraying once, so as topromote formation of leaf color substances. According to the method, the growth of the red beech can be improved by 8% or more, the change of a leaf color of the red beech into purplish red or red ispromoted, a leaf color change stage is advanced by 7 to 10 days, and the improvement of an economic value of the red beech and the ornamental traits of leaves is facilitated.

The invention provided a planting method of organic potted lactuca sativa by using thoroughly decomposed mushroom residues as a cultivation medium. According to the planting method, the thoroughly decomposed mushroom residues are used as the cultivation medium of potted lactuca sativa, lactuca sativa is not prone to diseases, and no pesticide needs to be sprayed; the fermented mushroom residues can meet the requirements of growth of lactuca sativa for nutrient elements. By adopting the planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as thecultivation medium, requirements for nutrition supplying during whole growing periods of two or three crops of lactuca sativa can be met, it is unnecessary to conduct topdressing during planting, onlydaily moisture management is needed, and a cultivation technology is simplified. The planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as the cultivation medium is wide in application range and can be applied to balconies and courtyards, and potting cultivation requirements of lactuca sativa in different seasons can be met. According to the planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as the cultivation medium, diatomite is added into the medium, the problem can be effectively solved that yellow percolate of the mushroom residue medium contaminates a cultivation environment after watering, so that cultivation is cleaner, and domestic usage is convenient; grass charcoal can also bereplaced, and the medium cultivation cost is greatly reduced.

The invention discloses a special cultivation material formula for hericium erinaceus. The special cultivation material formula for hericium erinaceus is prepared from the following raw materials in parts by weight: 78 to 88 parts of platycodon grandiflorum, 10 to 12 parts of wheat shell, 1 part of lime and 1 to 10 parts of cultivation padding. The special cultivation material formula for hericiumerinaceus has the advantages that the development requirement of high-efficiency cultivation of the hericium erinaceus can be met, the yield of the hericium erinaceus is improved, the content of various amino acids in the fruiting body is greatly improved, the resource utilization of the cultivation padding is achieved, the pollution-free high-quality high-yield cultivation can be achieved, theshortage of raw materials can be favorably solved, and the object of high in quality and low in cost can be achieved.

The invention belongs to the technical field of food auxiliary materials, and particularly relates to a cottonrose hibiscus meat tenderizer as well as a preparation technology and an application effect detection method thereof. The preparation technology of the cottonrose hibiscus meat tenderizer comprises the following steps: A. pulping by crushing: by taking fresh cottonrose hibiscus stems and/or fresh cottonrose hibiscus leaves as raw materials, feeding water into the raw materials, and crushing to obtain cottonrose hibiscus mixed pulp, wherein the weight of the water is 3-5 times heavier than that of the raw materials; B. filtering and purifying: filtering the cottonrose hibiscus mixed pulp to obtain cottonrose hibiscus pulp water, then, carrying out centrifugal operation on the cottonrose hibiscus pulp water to obtain a cottonrose hibiscus mixed solution, and carrying out ultrafiltration on the cottonrose hibiscus mixed solution to obtain a cottonrose hibiscus protein mixed solution; C. freeze-drying a finished product: freezing the cottonrose hibiscus protein mixed solution, and carrying out vacuum freeze drying to obtain the cottonrose hibiscus meat tenderizer. The cottonrose hibiscus meat tenderizer and the preparation technology have the advantages that 1, the production cost is lowered, and the cottonrose hibiscus is very wide in distribution in China, so that abundant resources are available; 2, the cottonrose hibiscus meat tenderizer finished product can be obtained after the cottonrose hibiscus stems and leaves are treated by three working procedures, so that the technology is simple.

The invention provides a method for cultivating plant fonts, which mainly includes the following steps: ① firstly make a flat net frame, then fold out a calligraphy font with thin strips and fix it on the net frame, and the net frame is fixed on the ground; ② the positive side of the net frame Plant a climbing plant mat seedling, and layer and coring; ③ After the plant grows, tie it along the font with a tough material, and when it grows to the top of the font, coring the trunk to form a plant font from the plant trunk. Its advantage is that it integrates garden cultivation technology and Chinese calligraphy art, improves the ornamental value of plants, and can express people's good wishes and blessings. The cultivation technology is easy to learn, the materials are easy to obtain, and it is easy to promote.