33 results about "Almond tree" patented technology

The invention discloses a planting method for achieving continuous high and stable almond yield under the intercropping condition. The line spaces of almond trees are determined by utilizing a fixed planting mode, a 3 meters * 7 meters planting mode suitable for intercropping is adopted, S-genotype varieties are adopted for matching, a trimming and pruning technology is adopted for high-trunk layered trees, a fruit tree moisturizing technology is adopted to meet the water demands of the almond trees and inter-planted crops, winter rapes are inter-planted in protective zones among lines to promote fertilization and insemination of the almond trees, a young fruit abscission prevention technology is adopted to decrease fruit abscission of the almond trees, and a growth regulator is applied to promote fruit setting of the almond trees, decrease fruit abscission of the almond trees and promote flower bud differentiation of the almond trees. The technical problems of the disorder fixed planting mode of the almond trees, variety matching without scientific basis, serious intercropping contradiction, severe insufficiency of bees for supplementary pollination, young fruit abscission and unreasonable growth regulator application are solved, accordingly the almond yield in the current year can be ensured, crops inter-planted among lines are not influenced, the purpose of obtaining the yield of the next year is achieved, and high and stable almond yield is achieved.

The invention relates to a graft union film wrapping method capable of quickly removing a grafting film during field planting of an almond tree and belongs to the technical field of almond tree grafting. The technical problem to be solved is to provide the graft union film wrapping method capable of quickly removing the grafting film during field planting of the almond tree, which has the advantages that grated plants are not damaged during film removal and the film is easy and convenient to remove. The adopted technical scheme is that the graft union film wrapping method comprises the steps of 1) using a mountain peach tree as a stock, and grafting an almond tree scion on the mountain peach tree stock through a T-shaped or square bud grafting method; 2) enabling one end of the grafting film to be in close contact with each graft union, and winding and tying the other end of the grafting film which is a free end around the graft union for 1-2 circles; 3) vertically placing a rod with length which is greater than the width of the film on the grafting film which is wound and tied, winding the free end around the grafted plant and the rod for 1-2 circles, then tying the free end and fixing the rod with the grafted plant; 4) after field planting, cutting off the grafting film along a gap between the rod and the grafted plant by directly using a small knife or a pair of scissors. The method is used for almond tree grafting.

The invention discloses establishment and application of a mineral element nutrient diagnosis system for leaves of Xinjiang almond. According to the invention, through acquisition and analysis of samples of almond leaves from different regions and production areas in Xinjiang, the conditions of richness and shortage of nutrients in Xinjiang almond trees are known, thereby providing scientific bases for fertilization demands for realizing high-quality and high-yield production of Xinjiang almond. Concentrations of macroelements consisting of N, P, K, Ca and Mg and trace elements consisting of Fe, Mn, Cu and Zn in the Xinjiang almond leaf samples are determined by using a chemical analysis method, and the conditions of richness and shortage of nutrients in the Xinjiang almond trees are analyzed by using deviation from optimum percentage; the normal value range of standard values of mineral elements in the leaves of Xinjiang almond is established, so the mineral element nutrient diagnosis system for the leaves of Xinjiang almond and an application scheme of the system are established, and the system and the application scheme have extensive practicality.

A formulation and a composition that comprises it for promoting the pollination of almond tree crops (Prunus dulcis) by biasing the foraging preferences of the honey bee (Apis mellifera). The formulation comprises the compounds limonene, linalool and benzaldehyde. Additionally, a method for targeting the bees' pollinizing activity towards the almond tree crops by using the formulation comprising the compounds limonene, linalool and benzaldehyde.

The invention relates to an SODM (Superoxide Dismutase Mimics) fruit tree compound special fertilizer which comprises fruit tree compound special serial fertilizers of nitrogen fertilizers containing SODM urea, phosphorus and potassium. In terms of the total weight of the SODM fruit tree compound special fertilizer as 100 percent, (1) an SODM apricot tree compound special fertilizer comprises 20 percent of N, 8 percent of P2O5, 17 percent of K2O and 0.06 percent of SODM; or (2) an SODM almond tree compound special fertilizer comprises 25 percent of N, 10 percent of P2O5, 10 percent of K2O and 0.06 percent of SODM; or (3) an SODM red date fruit tree compound special fertilizer comprises 18 percent of N, 9 percent of P2O5, 18.0 percent of K2O and 0.06 percent of SODM. The SODM fruit tree compound special fertilizer has the advantage of strong pertinency and can be used for improving the crop output, reducing the fertilizer dosage, improving the fertilizer utilization rate, lightening the environmental pollution and improving the social and economic benefits.

A liquid formulation is described for the treatment of wood in plants such as vines, almond trees and the like, to enhance self-defences and resistance of the plant against fungal diseases. The formulation consists in a compound made from copper, essential plant amino acids, menadione sodium bisulphite and water, where the copper is incorporated in the form of nanoparticles with a size under 60 nm, and in a proportion of less than 1.0% by weight. The application of the formulation allows incorporation thereof in different fertiliser irrigation methods, or via the leaves with a spraying device.