34results about How to "Many buds" patented technology

The invention discloses a propagation method for rapid spikelet breeding of ithocarpus polysachyus rehd. The method comprises nursery land selection and soil preparation, building of cutting orchard, management of cutting orchard, scion wood cultivation, cutting slips collection and treatment, cuttage and after-cuttage management procedure; a single high-quality nursery stock is selected, and a ridge is excavated on a seedling trench of the nursery land, and applied with organic fertilizer as the base fertilizer, and then the stock plant is planted and cultivated as the cutting orchard; a half-lignified branch after topdressing and reasonably clipping and cultivating is used as the scion wood, and the scion wood is spliced in a nutrition cup filled with matrix; a film and a blackout screen are covered to cultivate nursery stock; thus massive high-quality ithocarpus polysachyus rehd cutting seedlings are obtained. The high-quality female parent scion wood is cultivated by the cutting orchard, the propagation amount of the scion wood is big, and the propagation speed is quick; the excellent character of the female parent is kept; the scion wood is applied to cutting propagation, so as to cultivate high-quality ithocarpus polysachyus rehd seedlings; the propagation method is short in seedling time, quick in speed, high in survival rate, simple in method, and easy to operate; the propagation method has good economical benefit, social benefit and ecological benefit.

The invention relates to a high-yield culture method for red pomelo. The high-yield culture method comprises the steps of land selection, land preparation, grafting, field planting, nursery stock management, pruning, blossoming and fruit-yielding period management, field management and pest control and prevention. By adopting the method, income increase can be promoted, the fruit quality can be ensured, the objective economic benefit is created, the yield and income are increased for farmers, and a basis is laid for sustainable development.

The invention discloses a method for obtaining regeneration plants by use of camellia oleifera hypocotyl and belongs to the field of plant cell engineering. The method mainly comprises the step that adventive buds are induced by camellia oleifera hypocotyl. Through multiplicative subculture, strong seedling culture, rooting culture, acclimatization and transplant and the like of the adventive buds, not only is a new way provided for quick propagation of favorable camellia oleifera plants, but also a solid foundation is laid for improving the resistivity of camellia oleifera, accelerating the breeding process of camellia oleifera molecules and improving the oil quality and other properties by the gene engineering method, as well as building a camellia oleifera genetic system.

The invention relates to a cultivation method for organic apples. The method comprises: step 1, planting apple seedlings, using a wide-row close planting method; step 2, performing nutrient and water management, watering and applying top dressing in time, the top dressing including applying 120-150 kg urea, 60-60 kg liquid dung, 30-40 kg rape seed cake powders, 20-30 kg soybean cake powders, 30-40 kg seaweed meal, 10-20 kg sweet potato waste in each mu; step 3, starting heading in the second year of apple trees; step 4, in a flower bud stage and a flowering period of the apple trees, spraying the plants and fertigating roots by a solution whose mass ratio of cane sugar, milk, and water is 0.1:1:100. Survival rate of the apple trees planted by the method reaches up to 98%, and leaves are flourished, colors are tender, and fruit setting is multiple. Through spraying the plants and fertigating roots by the milk solution in the flower bud stage and the flowering period, anti-virus capability of the growing period of apples is improved, and taste of the apples is improved, and the apples are beneficial for human body health.

The invention discloses an apple tree planting method, which is implemented through carrying out spraying and root fertigation operations on plants during the flower bud period of apple trees and during the fruit-picking period of apple trees by using a water-milk mixture, wherein the mass ratio of milk to water in the water-milk mixture is 1:80, leaf surfaces and flower are sprayed every day during the flower bud period, and simultaneously, roots are fertigated, and in the second stage, leaf surfaces and fruits are sprayed every day, and simultaneously, roots are fertigated; the spraying and root fertigation operations are performed twice every day, respectively at 9 A.M and 3 P.M; and after the spraying operation is completed each time, fruits are subjected to bagged light-masking treatment for 1 hour totally 2 hours a day. Apples obtained by using the method are good in taste and richer in nutrition, has a detoxification function, and can greatly reduce the pollution of harmful substances in air, water sources and pesticides to apples, therefore, the method is extremely beneficial to the health of human bodies.

The invention relates to a method for pulling the branches of fruit trees with first pushing, second kneading, third pulling and fourth fixing. The invention is characterized in that: the method is operated after the tree liquid of the fruit trees flows and the leaves spread; and the method comprises the following steps of first pushing, second kneading, third pulling and fourth fixing. The invention has the following advantages and effective results: 1. the method is good for tree growth; 2. the method save labor and increase efficiency; 3. the method prevents the branches from being spitted off in the process of pulling the branches; 4. the alleviation of tree vigour is fast and flowering is good; 5. the method can momentarily adjust the position angle and the horizontal angle of the branches with larger size, balance the tree vigour and branch vigour, improve fruit quality, and increase yield.

The invention belongs to the field of plant cell engineering and discloses a method for acquiring regeneration plants by adventitious bud inducement of camellia oleifera radicles. The method mainly includes steps of direct inducement of adventitious buds through camellia oleifera radicles , subculture multiplication, best seedling cultivation, rooting cultivation, acclimatization, transplantation and the like. Not only is an approach for rapid propagation of excellent camellia oleifera varieties provided but also a technical support is provided for shortening camellia oleifera breeding process and improving resistibility of camellia oleifera by means of gene engineering.

The invention relates to a strawberry clustered bud reproduction process, which comprises the steps of: (1) taking detoxified strawberries with grown buds, which have a steam tip about 0.5 mm; (2) inoculating the strawberries to a barren strawberry medium composed of 1.1mg/l CMS.BA, 0.1mg/l IBA, and 0.1mg/l GA; and (3) conducting differentiation to obtain multiple seedlings. With the process provided in the invention, a lot of clustered buds with strong survival ability can be obtained.

The invention discloses a cultivation method for Indian jujube tress grown on a Karst stony desertification mountainous land. The cultivating method is characterized in that the to-be-cultivated Indian Jujube is called Gaolang No.1; a Biyun tree is chosen as a polinizer; and the polinizers taking up 10 to 20% of total planting amounts are configured. The cultivating method comprises steps of land preparation, planting fixation, water and fertilizer management, trimming and cutting, field management and pest control. Self-conservation stony desertification land expansion can be effectively prevented by the use of the cultivating method, and soil moisture retention can be achieved for the Karst stony desertification mountainous land, so water and soil erosion can be reduced; the Gaolang No.1 and the Biyun trees introduced to the land and widely grown are advantaged by great quality and large yield; and great economic and social benefits can be achieved.

The application provides a composite cutting medium and a Rosaceae plant cutting medium and a preparation method thereof, and belongs to the technical field of Rosaceae plant cultivation media. The preparation method of the Rosaceae plant cutting medium includes mixing smashed leaves, branches or fruit of peach trees with nitrogenous fertilizer to obtain a mixture, wherein the mass ratio of C of the peach trees to N of the nitrogenous fertilizer is (20-25) :1; controlling water content of the mixture to be 40-55%, mixing the mixture with a microorganism compost promoter, composting to ferment,turning, decomposing and drying after the compost temperature is equal to or higher than 55 DEG C, wherein the microorganism compost promoter accounts for 0.1-0.4% of the compost by weight. The Rosaceae plant cutting medium obtained by the preparation method can realize good cuttage of Rosaceae plants, and can incrase cuttage survival rate of Rosaceae plants.

The invention relates to a method for cultivating economic crops and discloses a cultivation method of Taiwan green jujube on rocky desertification mountain. The cultivation method comprises a soil preparation, a planting, fertilizer and water management, a pruning, field management and pest control and the like. The cultivation method has the advantage of greening barren hills, keeping the soil and water, improving the environment; further, cultivating Taiwan green jujube on rocky desertification mountain can also create economic benefits, increase income for farmers, and provide a basis for sustainable development.

The invention discloses a sterile seeding and test-tube plantlet propagation method of sword-leaved cymbidiums. The aim of the sterile seeding and test-tube plantlet propagation method is realized by key technologies of selecting parents to pollinate, carrying out seed sterile seeding pre-treatment to increase the germination rate, increasing the reproduction rate of root stocks, increasing the differentiation rate of the root stocks, accelerating the growth of seedlings and increasing the rooting rate of the seedlings, increasing the transplanting survival rate of the seedlings and the like. According to the sterile seeding and test-tube plantlet propagation method disclosed by the invention, the seed germination speed is fast, the germination rate is high, the number of buds differentiated by the root stocks is more, bud rooting is good and the quality of the seedlings is good; a lot of test-tube seedlings can be obtained rapidly; the transplanting survival rate of grown-up seedlings is up to more than 90%, so that the method provides an effective way for producing the seedlings of the sword-leaved cymbidiums.

The invention discloses a planting and management method of an apple tree, belongs to the technical fields of agriculture, forestry, animal husbandry, hunting, trapping and fishery, particularly relates to a planting method of an apple tree, and provides a planting and management method of an apple tree with advantages of large fruit, good mouth feel and high output. The planting and management method of the apple tree comprises the following steps of (1) branch pulling and shoot twisting: performing branch pulling and shoot twisting generally at noon before differentiation of flower buds, namely the last twenty days of June, wherein the branch is soft and tough and is difficult to break at noon; (2) shaping: completing three basic tasks, namely (a) culturing of good tree structure; (b) culturing of various fruiting branches; (c) balancing of tree condition; (3) girdling: stripping one circle of tree bark from the base part of a strong branch preferably at the last ten days of June; (4) trimming: trimming respectively in winter and summer, wherein the method of continuous growing and no trimming sometimes belongs to the generalized trimming method.

The invention discloses a vegetable slow-release fertilizer and a preparation method thereof. The vegetable slow-release fertilizer is of a core-shell structure and comprises a core layer, an inner shell layer and a coating layer, wherein the core layer comprises mushroom dregs, microbial strains, chicken manure and cow dung, the inner shell layer comprises molasses alcohol waste liquid, rare earth elements, peanut bran, plant ash, potassium nitrate, anhydrous magnesium sulfate and urea, and the coating layer comprises guar gum and shellac. The vegetable slow-release fertilizer can promote vegetable growth and fruit coloring, and plant diseases and insect pests in the growth period are avoided.