11results about How to "Germinate fast" patented technology

The present invention relates to the technical field of ecological concrete slurry, and specifically to an ecological seed-carrying slurry for the slope of a mine dump, a preparation method and its application. Aiming at the special environmental characteristics of the Inner Mongolia mining area, the present invention prepares a new type of artificial aggregate containing growth domains and seeds, which is composed of a three-layer structure, each layer having a specific function, so as to achieve the purpose of promoting the germination of multi-source species, plant growth, providing nutrition and improving the soil environment. The slurry can not only effectively utilize solid waste and reduce costs, but also adopts in-situ point-type layered hole sowing to shorten the vegetation restoration cycle in the ecological restoration of the slope, greatly improve the survival rate of tree and shrub seed sources, reduce the number of watering times, save restoration costs, and reduce the workload of management. While effectively promoting vegetation restoration, it strengthens the stability of the slope, prevents soil and water loss, slows down runoff and consolidates the soil, providing an efficient and sustainable solution for the ecological restoration of green mines in Inner Mongolia.

The invention relates to a spaceflight-carried schizophragma integrifolium strain Kungsu No.3 and application thereof, and belongs to the technical field of strain breeding. The spaceflight-carried schizophyllum commune strain No.3 is preserved in the China General Microbiological Culture Collection Center (CGMCC) on August 9, 2024, the preservation number is CGMCC No.41428, the classification name of the spaceflight-carried schizophyllum commune strain is schizophyllum commune, and the preservation address is No.3, Yard 1, Beichen West Road, Chaoyang District, Beijing. Compared with cultivation of strains which are not subjected to spaceflight carrying, the Kunzhou No.3 strain is fast in hypha germination, fast in growth, crisp in sporocarp, free of or few in spores, light pink to pink, high in conversion rate, short in period and suitable for industrial cultivation.

The invention discloses a hydroponic seedling raising method for mangrove plant kandelia candel, and belongs to the technical field of mangrove plant breeding and seedling raising methods and hydroponic plants. The method comprises the four steps of seed pretreatment, seed field planting, seed germination and seedling water culture. By using the hydroponic seedling culture method, the culture environment conditions (illumination, nutrient elements of the hydroponic solution, temperature and salinity) can be manually regulated and controlled, the constraint of soil, climate, land fertility and sunlight can be got rid of, a new seedling culture thought is provided for artificial afforestation of kandelia candel, and the method has important social and scientific significance.

This application is about a space-borne Pleurotus geesteranus strain Kunzhi No. 6 and its application, belonging to the field of strain selection and breeding technology. The space-borne Pleurotus geesteranus strain Kunzhi No. 6 in this application was deposited in the General Microbiological Center of the China Microbiological Culture Collection Administration on August 29, 2024, with a deposit number of CGMCC No. 41447, and a classification name of Pleurotus pulmonarius ( Pleurotus pulmonarius ), the preservation address is No. 3, No. 1, Beichen West Road, Chaoyang District, Beijing. Compared with the strains not carried by spaceflight, the Kunzhi No. 6 strain has the characteristics of fast mycelial germination, fast feed consumption, thick flesh, dark color, high conversion rate and short growth cycle, which is suitable for factory cultivation.

The present application provides a method for determining a seed-rapid germination type karst plant, and relates to the technical field of vegetation restoration. The method for determining a seed-rapid germination type karst plant comprises: analyzing the configuration category of the embryo and the morphological characteristics of the endosperm of the seeds of the karst plant to be determined. If the configuration category of the embryo of the seed meets the target configuration subtype I and the endosperm is missing or degenerated, the karst plant to be determined is determined to be a rapid germination type; otherwise, the karst plant to be determined is determined to be a non-rapid germination type; the target configuration subtype I includes any one of a spoon type, a straight type, a lateral base type, a stacked type, a peripheral type or a filled type. The method for determining a seed-rapid germination type karst plant provided in the present application adopts a simple and easy biological analysis method, and can accurately and universally determine whether it is a rapid germination type plant by analyzing and determining the configuration category of the plant seed embryo and the morphological characteristics of the endosperm.

The invention discloses an ecological protection method for a down-dip water-containing rock slope, which relates to the technical field of ecological protection slope protection, and sequentially comprises ecological restoration of the slope surface of the slope and ecological restoration of the platform surface of the slope, ecological restoration of the slope surface sequentially comprises the steps of slope surface cleaning, drilling and vine planting, water drainage hole forming and vegetation concrete spraying of a base layer and a surface layer. The ecological restoration of the platform surface sequentially comprises the steps of cleaning the platform surface, laying an impermeable layer, building an enclosure retaining wall, planting oriental arborvitae and Japanese creeper in the enclosure retaining wall, building a soil retaining ridge, planting ridge plants, arranging a soil covering layer and planting traditional Chinese medicine plants. The greening of the slope surface can be accelerated by using the vegetation concrete and the drilling planting rattan; the slope rock mass is effectively prevented from sliding along the bedding, meanwhile, the down-dip slope is greened, and the ecological protection effect of an existing down-dip rock slope is improved.

This invention relates to the field of plant cultivation technology, and discloses a plant growth promoter and its application in lotus cultivation under high water levels, comprising: immersing lotus seedling rhizomes in an activating solution; and releasing an initial density of 1.6 g / cm³ into the cultivation water area. 3 Up to 1.8 g / cm 3 The growth promoter pellets; after being added to the mud, the growth promoter pellets utilize reduction potential to trigger in-situ hydration and expansion of the matrix layer, reducing its density to 1.05 g / cm³. 3 Up to 1.10 g / cm 3 Furthermore, by expanding the cross-sectional area and utilizing the viscous resistance of the bottom mud generated by the expansion to balance gravity, the growth-promoting core is spatially anchored and released 5cm to 15cm below the bottom mud surface. This invention utilizes an environment-driven physical phase change mechanism to overcome the settling constraints of fluidized bottom mud, ensuring that the growth-promoting components are precisely locked in the rhizosphere zone, thereby enhancing the survival rate of seedlings in deep water environments.

The invention discloses a cubilose fruit grafting seedling raising method, and belongs to the technical field of fruit tree cultivation. The method comprises six aspects of stock planting field establishment, stock seedling raising, stock water and fertilizer management, grafting, grafted seedling water and fertilizer management and grafted seedling field management. A special cutter tool for cubilose fruit grafting is adopted, an L-shaped section can be formed, the section is smooth and good in integrating degree, and the grafting survival rate and the grafting efficiency can be improved. According to the invention, the seedling raising grids are used for stock seedling raising, so that the seedling raising cost can be saved, and the space utilization rate can be improved. According to the method, the thorn-free huanglong and the argentodoxa cuneata are adopted as the stocks, the root systems are developed, the morbidity of root-knot nematodes can be reduced, the grafting survival rate and the growth vigor are improved, and meanwhile the canker resistance of plants is improved; the quality of the rootstock is guaranteed, the grafting growth vigor is improved, bud germination is promoted, and fruit bearing is carried out in advance by optimizing the length, the period and the number of bud points of the rootstock.

The application discloses a multi-gradient sharp corner punching die for amorphous alloy based on notch sensitivity and application thereof to punch amorphous alloy, soft magnetic material or metal thin strip. The multi-gradient sharp corner punching die for amorphous alloy based on notch sensitivity comprises a die body and a die front end; the die front end is provided with a circular punching end face; a plurality of sharp corners with top angles towards a punching direction are arranged on the edge region of the punching end face along the circumference thereof, the sharp corners are periodically arranged from high to low and then to high, and the higher the sharp corner is, the smaller the top angle is.

The invention discloses a pinellia ternate substrate cultivation method and a pinellia ternate cultivation substrate. The pinellia ternate substrate cultivation method comprises the steps that planting pits are dug in garden soil, the planting pits are filled with a compound substrate, then pinellia ternate seed stems are planted in the compound substrate, the compound substrate is covered with the garden soil, and watering is conducted after compaction. When the compound substrate is used for cultivating pinellia ternate, seed stems germinate quickly, the germination rate is high, the leaf area is large, petioles are thick, the total fresh weight, the underground fresh weight and the plant height are all higher than those of a traditional soil cultivation mode, and the yield and the quality of the pinellia ternate are greatly improved.

The drought-resistant millet cultivation device comprises a main body, a pretreatment mechanism and a planting mechanism, the pretreatment mechanism comprises a motor, a stirring frame, a water pump, a water tank and a closing cover, the planting mechanism comprises a push rod, a movable frame, a piston pump, a flow dividing piece, a contact piece and a burying assembly, and the burying assembly comprises a connecting frame, a pressing roller and a folding piece. Under the mutual matching action of the mechanisms, the device ensures that the seeds can absorb enough moisture by mixing the seeds with the water and the plant adhesive, the rapid germination of the seeds is facilitated, the plant adhesive can effectively keep moisture and prevent the moisture from being rapidly evaporated, especially in a drought environment, the opportunity of successful germination of the seeds is increased, and the germination rate of the seeds is increased. In addition, the function of the device ensures that the seeds in the slurry can be stably and accurately cultivated into the soil, and the problem of non-uniform, over-deep or over-shallow seeding is avoided.