43 results about "Cyclobalanopsis glauca" patented technology

The invention discloses a method for cutting propagation of cyclobalanopsis glauca twigs. The method comprises the following steps: (1) preparing scion woods; (2) preparing a cutting substrate; (3) preparing rooting agent; (4) cutting slips processing and cutting; and (5) managing and transplanting after cutting. According to the method for cutting propagation of the cyclobalanopsis glauca twigs disclosed by the invention, the cutting survival rate reaches more than 80%, and the excellent hereditary characters of the cyclobalanopsis glauca parent trees can be kept. The method disclosed by the invention has the advantages of simplicity, convenience and easiness in operation, low cost, simple technical requirements, easiness for promotion and application as well as important application and promotion values in cyclobalanopsis glauca seedling breeding production.

The present invention discloses a method for culturing Collybia albuminosan which is symbiotic with white ants; the white ant is artificially propagated and the propagated white ants are moved into a formicary; the depth of the formicary is 60 cm with a diameter of 40 cm; the feed for white ant is placed at the bottom of the formicary; after the white ants are moved into the formicary, an 25 to 30 deep earth layer is covered on the formicary; the Collybia albuminosan seeds are sown in the earth. Moreover, corn, peanut or fruit tree can be planted on the earth. The feed of white ant is formed by fermentation of nine powder materials of Cyclobalanopsis glauca, dry walnut tree, corn cob core, bean smash powder, iron-like silky oak, soaking silky oak, corn straw, sorghum straw and sorghum rice and water. In this way, an excellent growing and propagating environment is established for white ants and conditions for Collybia albuminosan and other crops are created; a plurality of matched food chains are developed in a solid way which increase s the use value of the land.

The invention relates to a new strain of ganoderma tsugae Murr. and a cultivation method of the strain. The new strain of the ganoderma tsugae Murr. is ganoderma tsugae Murr. G122, and the preservation serial number is CGMCC 7220. The cultivation method of the ganoderma tsugae CGMCC 7220 comprises steps as follows: preparing a mother strain after tissue isolation of the strain; preparing a stock strain; preparing a production strain; performing cultivation; and managing ganoderma budding. The invention has the benefits as follows: the new strain of the ganoderma tsugae is provided and is from the root of Cyclobalanopsis glauca in a broad-leaved forest of Trashigang village, Bome county, Nyingchi prefecture, Tibet province, and the corresponding artificial cultivation method is further provided; and the new strain has a high active ingredient and a good antineoplastic function, enriches antineoplastic strains and has good economic benefits and social benefits.

The invention relates to Auricularia auricula and an artificial cultivation method thereof. The novel pure culture of Auricularia auricular is Auricularia auricula (L.exHook.) Underw) MCC126001, CGMCC (China General Microbiological Culture Collection Center) No. 8708. The invention also discloses an artificial cultivation method of the novel pure culture of Auricularia auricular CGMCC No.8708. The artificial cultivation method comprises the following steps of after separation of the pure culture, production of a stock culture and a production culture, cultivation, emergency management and growth period management. The invention has the beneficial effects that the invention provides the novel pure culture of Auricularia auricular coming from Cyclobalanopsis glauca trees at a Shahe township, Jinzhai County, Lu'an City, Anhui, and the invention also provides the artificial cultivation method of the novel pure culture. The test proved that the novel pure culture of Auricularia auricular has high contents of active ingredients such as calcium, zinc and magnesium, so that the hypolipidemic effect is obvious, and thus the pure culture is good for the health, and has very high economic efficiency.

The invention discloses a high-quality strong seedling raising method of cyclobalanopsis glauca. The method comprises the following steps of seed harvesting and treatment, seedling raising, sowing ina field, transplanting in containers, nursery garden management, and grading according to quality grades of seedlings. The method is improved on the basis of a sowing and seedling raising technology of cyclobalanopsis glauca, preferential treatment is conducted on seeds, the integrity of the seeds is ensured, the seed treatment is high in efficiency and high in speed, the seed germination rate andthe germination potential are high, the seedlings grow strongly and orderly, the seedling raising cost is low, and economic benefits are high.

The invention relates to the technical field of boletus aereus culture and particularly relates to a boletus aereus culture medium, a preparation method therefor and an application of the boletus aereus culture medium. The boletus aereus culture medium provided by the invention is prepared from wood shavings, straw, red soil, cereal grains, rice bran, gypsum powder, a minor-element additive and ayeast extract, wherein the wood shavings is one or a mixture of at least two of Chinese chestnut wood, Cyclobalanopsis glauca wood, alder and Betula luminifera wood. The limitation that materials of existing boletus aereus culture media are restricted to growth cycle, regions or culture use is broken through, the region of culture is enlarged, and meanwhile, the raw materials are wide in source, large in quantity and low in cost; and the preparation method is simple, and the production cycle is short. By adopting the boletus aereus culture medium provided by the invention, the growth speed ofmycelia of boletus aereus can be accelerated, the boletus aereus culture time is shortened, meanwhile, the boletus aereus yield, average boletus aereus weight and boletus aereus quality are improved,thus, the productivity is greatly increased, the production cost is reduced, and the boletus aereus culture medium has remarkable economic benefit.

The invention relates to a method for building a fire-prevention forest belt in a Chinese fir man-made forest. The method includes the following steps that (1) a line of strawberry trees are planted along a ridge line center line, and the two sides of a ridge line are respectively planted with two lines of schima superba, that is, four lines of schima superba are planted in total; (2) a tourism path is built in the Chinese fir man-made forest or a mountain baseline serves as the tourism path, wherein the tourism path is three meters wide, two lines of landscape tree species such as liriodendron Chinese, mangnolia officinalis, cyclobalanopsis glauca, gingko or privet and oleander which are high in fire resistance are planted from the two sides, 2.5 m away from the center line, of the tourism path till the planted landscape tree species are connected with the schima superba planted in the step (1); (3) a fire-prevention forest belt closed ring is formed, wherein after trees in the step (1) and the step (2) are planted, the periphery of one slope surface of the Chinese fir man-made forest in the mountainous area is surrounded by the schima superba forest, and the fire-prevention forest belt closed ring is formed. By means of the method, the problem that the forest belt width is difficult to control when the fire-prevention forest belt is built is solved theoretically and practically, and the situation that the fire-prevention forest belt is built relaying on experience is changed. The technological method has wide prospects in application and popularization.

The invention provides a rapid propagation method of cyclobalanopsis glauca. The rapid propagation method comprises the steps of sterilization of a stem, induction of cluster buds, multiplication of cluster buds, rooting culture, acclimatization and transplanting, and the like. The cyclobalanopsis glauca prepared by the rapid propagation method is high in survival rate, good in quality, short in growth cycle and good in genetic stability, and can be popularized and planted in a large scale.

The invention belongs to an edible mushroom cultivation technique, in particular relates to an agaric cultivation method. 'Daer No.1' is a new agaric species with strong resistance, which is separated, tamed and bred from wild species resources in southwest China. However, the cultivation techniques of this new species are still uncertain. The technical scheme of the agaric cultivation method is that the production process of a fungus bag is that, by weight, 150-160 parts of hard tree sawdust such as cyclobalanopsis glauca and the like, 20-30 parts of bran, 6-10 parts of corn flour, 3-5 partsof gypsum, 4-7 parts of lime, 1-2 parts of potassium dihydrogen phosphate, 1-2 parts of magnesium sulphate and 300-350 parts of water, the materials above are mixed well into a culture material; and the mixed well materials are bagged and sterilized. In addition, the conditions for preparing fungus, cultivating fungus, puncturing, constructing an agaric cultivation site and the processes of fungusbag lining, agaric growing, and agaric collecting can be optimized. The agaric cultivation method is applicable to cultivating agaric of 'Daer No.1'.

The invention relates to a secondary forest harvesting method, in particular to a medium-site-based cyclobalanopsis glauca broadleaved mixed forest cutting method. According to the scheme, the method comprises the following steps: (1) investigating a selectively cut standing forest to determine that the standing forest has trees of which the diameters at breast height are 18 cm or above and reach a cutting target diameter and can be cut; (2) making statistics about trees of which the diameters at breast height are 5 cm or above in the standing forest to be cut, and calculating an average diameter at breast height; (3) preliminarily marking the trees reaching the cutting target diameter; (4) making statistics about the number of reserved trees, and calculating the average diameter at breast height of the reserved trees; (5) selecting the reasonable number of the reserved trees after cutting according to the following table; (6) regulating the trees to be cut reaching the target diameter at breast height to make the number of the reserved trees consistent with standards in the table, and performing cutting. The method is applied to cutting of a medium site cyclobalanopsis glauca broadleaved mixed forest, and is easy to operate and accurate, and forest resource waste can be greatly reduced.

The invention belongs to the technical field of meat foods, and specifically relates to a smoked sausage and a preparation method thereof. The smoked sausage comprises the following raw materials: lean meat of wild pigs or pigs which are fed with vegetables and cereals 43-46%, lean meat of sheep 37.8-40%, fat meat of pigs 6.7-7.8%, sesame oil 0.8-1.0%, pepper powder 0.1-0.3%, salt 6-7%, spicy seasoning 0.6-0.8%, ginger 0.1-0.2%, and liquorice 0.8-1.0%. The preparation method is as follow: the above raw materials are uniformly stirred up, and sausage casings are stuffed with the raw materials, aired and smoked by the smoke from burning of Cyclobalanopsis glauca. The smoked sausage is delicious and chewy, is rich in nutrition, and does not taste greasy even though a lot of sausages have been eaten; the sausage is good in color and smell, and can greatly increase the person's appetite; and the smoke from the Cyclobalanopsis glauca wood is not very choking, and easy to use.

The invention relates to the field of forest plantation and specifically relates to a cultivation method for medium-diameter cyclobalanopsis glauca. The method comprises the following steps: (1) planting cyclobalanopsis glauca annual seedlings at the planting spacing from 2-3m*2-3m and planting 1259-2517 plants of cyclobalanopsis glauca in each hectare area; (2) uniformly planting firs between the plants and/or rows of the cyclobalanopsis glauca, wherein the firs are annular fir seedlings; (3) after the closing of crops, periodically checking the canopy density and intermediately cutting or stumping the furs if the canopy density exceeds 0.77; (4) repeating the step (3), clearly cutting when the average diameter of cyclobalanopsis glauca is 12-24cm. According to the method provided by the invention, the standing forest growth is quick, the closing is early, the production process is easy to control and the intermediate cutting cost is lower.

The invention relates to the technical field of meat foods, and specifically relates to smoked pork and a preparation method thereof. The preparation method of the smoked pork is as follow: meat of wild pigs or pigs which are fed with vegetables and cereals are cut into pieces; salt is added into the pork pieces in an amount of 6-7% of the weight of the pork; and the pork pieces are salted at 1-15 DEG C for 8-10 days and then aired under the sunlight at the temperature of lower than 15 DEG C for 5 days, and smoked by smoke, which is from burning of Cyclobalanopsis glauca, for 120-150 hours in a house with an air humidity of 20-40% and at a temperature of 15-28 DEG C. The smoked pork is delicious and chewy, is rich in nutrition, and does not taste greasy even though a lot of pork is eaten; the pork is good in color and smell, and can greatly increase the person's appetite; and the smoke from the Cyclobalanopsis glauca wood is not very choking, and easy to use.

The invention relates to the field of artificial afforestation, in particular to a method for cultivating large-diameter cyclobalanopsis glauca. The method is characterized by comprising the following steps that (1) one-year-old seedlings of cyclobalanopsis glauca are planted with the plant row spacing of 2-3 m*2-3 m, and 888 to 1259 plants of cyclobalanopsis glauca are planted per hectare; (2) one-year-old fir seedlings are planted between plants and/or rows of the cyclobalanopsis glauca forest; (3) after closing of forest stands, the canopy density is periodically examined, and if the canopy density of forest stands exceeds 0.77, firs are thinned or stumped; (4) the step (3) is repeated, and when the average diameter of forest stands of cyclobalanopsis glauca is larger than or equal to 24 cm, clear cutting can be carried out, and wood is obtained. According to the method, growing of forest stands is rapid, closing is early, the production process is easy to control, and the thinning cost is low.

The invention discloses a ngawa arenaria cultivation method. The ngawa arenaria cultivation method is characterized in that a cultivation material of ngawa arenaria comprises cyclobalanopsis glauca branches and auxiliary materials. With the adoption of the method for producing field ngawa arenaria, the cyclobalanopsis glauca forest resource can be fully utilized, and the advantages of being no residual pesticide, environmentally friendly and pollution-free are realized by being compared with the traditional cultivation raw material; the raw materials are adopted in the cultivation mode, and any medicine is not added; therefore, the arenaria cultivated by the field cultivation simulating mode is comparable with the field arenaria, and has high medical effective ingredient contents and is high in medical value.

The invention relates to the technical field of edible fungi, particularly to sawdust for grifola frondosa production. The sawdust for grifola frondosa production includes the following raw materials by weight percentage: 30%-60% of Cyclobalanopsis glauca sawdust with a moisture content of greater than 65%. According to the invention, through use of the Cyclobalanopsis glauca sawdust, the fruiting rate of grifola frondosa can be increased, and Cyclobalanopsis glauca sawdust has high water content, thus being capable of providing enough nutrients.

The invention discloses a cultivation method of gastrodia elata in the field of edible mushroom planting. The cultivation method includes: step 1, selecting a cultivation area; step 2, culturing an armillaria material: smashing branches of cyclobalanopsis glauca into sawdust, soaking in nutritional liquid for 3-5d, sterilizing at high temperature, bagging, cooling to obtain a bacteria stick, inoculating an armillaria strain on the bacteria stick, and culturing for 15-20d; step 3, inoculating: cutting out scale ports on the branches, dividing the bacteria stick cultured in the step 2 into pieces of 10-15cm3, putting the pieces into the scale ports, placing the branches in pit land, using sandy soil to fill space between adjacent branches, paving 4-6cm of humus, and irrigating dandelion water onto the humus according to 10-20kg/mu, wherein interval between adjacent branches is 25-30cm; step 4, performing daily management: maintaining temperature in a cultivation shed at 20-30 DEG C and humidity at 50-75%, maintaining ventilation, and harvesting in autumn after management for 1.5-2 years. The cultivation method can effectively reduce the number of other bacteria.