136 results about "Cynodon dactylon" patented technology

The invention relates to an evergreen mixing lawn consisting of cynodon dactylon and kentucky bluegrass and the planting method of the lawn. The natural characteristics of the cold-season kentucky bluegrass and the warm-season cynodon dactylon are utilized, the characteristics that the kentucky bluegrass has underground rhizomes and the cynodon dactylon has the growth habit of growing surface runners are utilized, and the mode that the seeds of the kentucky bluegrass are reseeded on a cynodon dactylon lawn or the rhizomes of the cynodon dactylon are inserted on a kentucky bluegrass lawn to build the mixing lawn. The two plants forming the mixing lawn can naturally circulate, the cynodon dactylon mainly grows and the kentucky bluegrass rests as underground rhizomes in summer, auxiliary buds of the rhizomes of the kentucky bluegrass grow upwards to get through the surface runners of the cynodon dactylon to form plants to take place of the cynodon dactylon before the cynodon dactylon turns yellow in august, the kentucky bluegrass grows in winter and the cynodon dactylon rests as surface runners, the surface runners of the cynodon dactylon germinate in the next spring to gradually take place of the kentucky bluegrass, and thereby that the lawn is evergreen is realized.

The present invention relates to a composition useful as prophylactic and/or therapeutic agent for the management of viral and bacterial diseases in aquatic animals, said composition containing effective amount of extract obtained from the plants Lantena camera, Aegle marmelos, Ocimum sanctum, Mimosa pudica, Cynodon dactylon, Curcuma longa, and Allium sativum, optionally in combination with a pharmaceutically acceptable carrier, diluents or excipients.

The invention discloses a method for overseeding ryegrass in cynodon dactylon. The method comprises the steps of firstly, deeply plowing a target turf, and sowing cynodon dactylon; then, deeply shearing the cynodon dactylon on the turf in autumn and winter, and scarifying the surface layer of the turf; and finally, sowing ryegrass, and carrying out trimming, fertilizing, watering and other operations with different requirements on the cynodon dactylon and the ryegrass many times according to different times and states in the period of time. Through overseeding the ryegrass in the cynodon dactylon, the two crops can synergically grow to ensure that the same turf remains green throughout the year, so that the favorable ornamental value, relatively high field application ratio and relatively high economic benefit are brought.

The invention discloses a method for repairing a reservoir hydro-fluctuation belt by use of bermuda grass. The method comprises steps of firstly investigating and screening plants on the reservoir hydro-fluctuation belt of the Baihua lake so as to screen out plants capable of growing on the reservoir hydro-fluctuation belt; then carrying out indoor and outdoor simulation experiments for the bermuda grass so as to detect adaptability of the bermuda grass to the reservoir hydro-fluctuation belt, and determining that the bermuda grass can be planted on the reservoir hydro-fluctuation belt; and at last, cultivating the bermuda grass on the reservoir hydro-fluctuation belt and performing ecological repairing on the reservoir hydro-fluctuation belt. In this way, via systematical research, it is found that the bermuda grass is capable of growing on the reservoir hydro-fluctuation belt which has been soaked in water and exposed to water for a long time, and with certain biomass, the bermuda grass can largely protect landscape ecology of the reservoir hydro-fluctuation belt and preventing water and soil loss.

The invention discloses a method for improving drought resistance of paddy rice, alfalfa and Bermuda grass through drought induction treatment. The method comprises the following steps: A, planting: fertilizing, deeply ploughing and leveling a seedling land, fertilizing base fertilizers, preparing the land before sowing, sterilizing soil with ferrous sulfate, and leveling a bed surface; growing seedlings of paddy rice: firstly culturing seedlings in a certain farmland; cleaning alfalfa seeds, carrying out coating treatment on the seeds before sowing, ventilating, transmitting light and carrying out field management; carrying out lawn planting on Bermuda grass with two methods of seed sowing and rhizome propagation, and sowing seeds in late spring and early summer; B, seedling management: watering in seedling early period; and C, drought induction treatment: no watering paddy rice, alfalfa and Bermuda grass at any period of growth stage continuously so as to induce drought stress, and watering according to normal condition in other periods. The method is easy to implement, simple and convenient to operate and quick to take effect, and drought resistance of plants can be improved in short period of time, so that the crop yield and herbage yield during seasonal drought and at drought areas are increased.

The invention discloses a method for using industrial and agricultural waste residue to improve phosphogypsum for vegetation recovery, which includes: according to physical and chemical characteristics of phosphogypsum and comparison of the phosphogypsum with soil constituents, using sludge generated from sewage treatment plants, coal ash generated from power plants, and red mud generated from aluminum manufacturers to improve the phosphogypsum; successfully planting lawn grass; and according to the requirements of grass grown, covering the pure phosphogypsum with an improved substrate layer 10-14cm thick, and sowing seeds on the substrate layer according to the seeding amount of common lawn grass. Grass seeds suitable for growing include seeds of tall fescue, broadleaf paspalum, alfalfa, ryegrass, trifolium repens, Bermuda grass and the like. Turfs of tall fescue, Agrostis, Bermuda grass and the like can grow normally on the improved substrate. According to the principle of 'waste control by waste', the phosphogypsum is subjected to soilless vegetation recovery, so that the cost of vegetation recovery by phosphogypsum is lowered greatly, and great economic benefit and environmental benefit are achieved.

The invention relates to an improving agent for repairing contaminated soil and a modifying method. The improving agent is obtained through mixing of arbitrary one or more of 1-3 parts of calcium magnesium phosphate fertilizer, 0.5-7 parts of lime and 1.5-12 parts of modified zeolite. The improving agent is mixed with soil, passivation is performed, and planting of Bermuda grass on the soil and other improving methods are adopted to achieve the purpose of contaminated soil repairing. A chemical technology is combined with a plant technology, not only can the soil structure be protected so as to the antimony-contaminated soil in the case of low cost, but also the environment can be beautified.

The invention discloses a preparation method of biochar by adaptable vegetation in Three Gorges and an application thereof. The biochar of the adaptable vegetation in the water-level-fluctuating zonesof branches of Three Gorges reservoir region is adopted as a research object, the adaptable vegetation (cynodon dactylon) is utilized as a core material for preparing the biochar, the influence of the modified biochar of the adaptable vegetation on the nitrogen adsorbing effect is researched, the char prepared by adopting the cynodon dactylon as the material and the modified char have higher adsorption for ammonium and nitrogen in solution respectively, which is possibly related to carbon content and cation exchange capacity; the biochar has the characteristics of a developed porous structure, a large surface area, more surface negative charges and a high charge density and the like, so that the ion exchange capacity and the nutrient adsorbing effect of the biochar can be enhanced; inorganic ions in water, soil or deposits can be adsorbed and immobilized by the biochar, and the biochar has stronger adsorbing capacity to NH4+-N ions.

The invention discloses a traditional Chinese medicine composite for treating kidney stone. The traditional Chinese medicine composite comprises the following compositions in parts by weight: 100 parts of foxnut, 100 parts of lotus seed, 100 parts of cowherb seed, 45-55 parts of spora lygodii, 45-55 parts of christina loosestrife herb, 45-55 parts of pericarpium citri reticulatae, 45-55 parts of bighead atractylodes rhizome, 25-30 parts of liquorice, 28-32 parts of artemisia capillaries, 14-16 parts of gardenia, 14-16 parts of giant knot weed, 28-32 parts of endothelium corneum gigeriae galli, 18-22 parts of pangolin, 18-22 parts of immature bitter orange, 18-22 parts of radix curcumae, 14-16 parts of pericarpium citri reticulatae viride, 14-16 parts of walnut, 14-16 parts of rheum officinale, 4-6 parts of costus root, 14-16 parts of bunge cherry seed, 14-16 parts of Chinese lantern-plant, 14-16 parts of corn stigma, 4-6 parts of fructus amomi, 14-16 parts of scorched hawthorn fruit, 9-11 parts of golden cypress, 9-11 parts of bermuda grass and 4-6 parts of talcum powder. Each crude drug of the traditional Chinese medicine composite disclosed by the invention is coherent on with another so that the pesticide effect is played at the utmost; the traditional Chinese medicine composite has kidney-tonifying and calculus-removing effects and has the functions of inducing diuresis and increasing peristalsis of kidney and ureter as well as dissolving calculus; and the traditional Chinese medicine composite has good and rapid curative effect in treating renal calculus without any toxic and side effects and has the function of preventing renal calculus.

The invention discloses gene CdERF1 of Cynodon dactylon significantly induced by low temperature and application thereof and belongs to the field of plant gene engineering. The gene CdERF1 has an ORF(open reading frame) sequence shown as in SEQ ID NO. 1 and an encoded amino acid sequence shown as in SEQ ID NO. 2. Application of the gene CdERF1 refers to: inferring that the gene CdERF1 may involvein plant stress resistance by analyzing different stress treatment expression modes of the gene CdERF1 in Cynodon dactylon; B, converting to Arabidopsis thaliana by Agrobacterium-mediated transformation, and studying the anti-stress function of the gene CdERF1 in transgenic Arabidopsis thaliana so that basis is laid for the application of the gene CdERF1 in other plants; C, applying the gene CdERF1 to plant transformation to improve plant cold tolerance. The gene CdERF1 herein is a transcription factor gene that may specifically regulate cold resistance improvement for plants; the gene CdERF1is originated from plants and causes low ambient influence; transgenic Arabidopsis thaliana having high tolerance to low temperature stress is attained.

The invention discloses a method and device for constructing Cynodon dactylon core germplasms with morphological markers. The method comprises the following steps: using original germplasms of Cynodondactylon as test materials, detecting 11 morphological traits through morphological marking, and selecting the best strategy to construct Cynodon dactylon core germplasms from 5 levels, including 7 kinds of total sampling proportion, 3 kinds of sampling methods, 5 kinds of clustering methods, 3 kinds of genetic distance, and 3 kinds of in-group sampling proportion. According to the embodiments ofthe invention, the constructed Cynodon dactylon core germplasms can effectively retain the phenotype genetic diversity, phenotypic trait correlation and population phenotype structure of the originalgermplasms and can be used as representative samples of a whole resource.

The invention relates to a process for planting greening saline grass with functional nutrient soil. The process comprises the specific steps of: (1) functional nutrient soil laying, (2) artificial seedbed leveling, (3) watering and wetting, (4) artificial sowing, (5) sunshade shed covering, (6) thorough watering, (7) seedling-stage management, (8) lawn-forming management, (9) completion acceptance, and (10) daily maintenance. In the step (1), the functional nutrient soil is laid to a thickness of 5cm. in the step (4), grass seeds are artificially sowed on the land paved with the functional nutrient soil, wherein the grass seeds are mixed seeds of seashore paspalum and cynodon dactylon. According to the invention, the adopted greening saline grass has the advantages of deep growth, high drought resistance, high salinity resistance, high soil adaptability, high pest and disease resistance, and low requirement on water quality. With the 5cm of functional nutrient soil, soil can be improved, such that grass roots can grow deeper, and a cover coat can be firmer. Therefore, water and soil erosion can be prevented. Also, transportation cost is reduced, and water needed by irrigation is reduced.

The invention discloses a feed for sows at latter half of gestation, and a preparation method of the feed. The feed is prepared from the following raw materials in parts by weight: 180-200 parts of corn, 140-160 parts of soybeans, 100-130 parts of wheat bran, 80-120 parts of wheat flour, 60-70 parts of locusts powder, 50-60 parts of dry loach powder, 70-80 parts of bermuda grass, 50-70 parts of chloris virgata, 20-30 parts of castor leaves, 50-70 parts of pork bone soup, 10-12 parts of bean curd, 8-10 parts of tomatoes, 0.3-1 part of vinegar, 0.2-0.5 part of salt, 0.3-0.5 part of ground pepper, 3-4 parts of starch, 2-3 parts of cottonseed oil, 20-30 parts of duck blood, 5-8 parts of cauliflower, 8-10 parts of snake gourd, 1-2 parts of coriander leaves, 3-5 parts of orchid petals, 2-3 parts of caulis bambusae in taeniam, 1-2 parts of radix scutellariae, 1-2 parts of ramie root, 1-2 parts of white sugar, 5-8 parts of fishbone meal, 20-30 parts of oat powder, 10-15 parts of phagostimulant and right amount of water. The feed is well-designed and prepared according to the special nutritional requirements of the sows at latter half of gestation; the feed is scientific in formula, rich in nutrition, multiple in components, safe and reliable, and is capable of providing comprehensive and rich nutritional ingredients for the sows at latter half of gestation, so that the health of the sows can be promoted, the healthy growth of embryos can be promoted, rapid weight gain is realized, and the birth weight of piglets and the economic benefit of a farmer are increased to the utmost extent.