48results about How to "Increase production and efficiency" patented technology

The invention discloses a method for achieving multiple fruiting of fruit mulberry in one year. The method includes the following steps that 1, the fruit mulberry is cultivated; 2, fertilizer is applied to the fruit mulberry after the fruit mulberry fruits and the fruits are picked; 3, defoliation is conducted on the fruit mulberry; 4, mixed chemicals of hydrogen cyanamide and gibberellin are smeared or sprayed on the fruit mulberry obtained after the defoliation is conducted, secondary fruiting of the fruit mulberry is conducted, and 45-55 mg / L of the gibberellin is applied in a spraying mode at the fruit expanding stage to promote expansion and coloring of fruits; the volume percentage concentration of the hydrogen cyanamide is 2%-5%, and the concentration of the gibberellins is 250-350 mg / L in the mixed chemicals of the hydrogen cyanamide and the gibberellins; fertilizer is applied after the fruit mulberry achieves secondary fruiting and the fruits are picked, and step 3 and step 4 are repeated till multiple fruiting of the fruit mulberry in the same year is achieved. By means of the method, the economic benefits of the fruit mulberry can be remarkably increased, and increasing yield and efficiency are achieved.

The invention discloses a method for planting dry-land Brassica napus by using mulching film corn residual films, which is characterized in that the residual films are reserved after mulching film corns are harvested, and the Brassica napus is dibbled by using broken films according to the original specifications, i.e. the ridge width being 1.0m to 1.2m and the ridge spacing being 0.3m to 0.5m, the row spacing being 20cm to 23cm, the plant spacing being 25cm to 30cm, 0.2kg to 0.3kg of seeds per mu land and 5 to 8 grains per pit; when 3 to 5 main leaves grow from the Brassica napus, final singling of seedlings is completed at one step, two seedlings per pit are left and the density is controlled to be 18000 to 20000 plants per mu; and when 6 to 8 main leaves grow from the Brassica napus, the residual films are uncovered, intertillage soil loosing is conducted in combination with application of 8kg to 10kg of urea to promote the seedlings and the soil among ridges is lifted up to the ridges for planting the Brassica napus. By reusing the residual films, the method effectively solves the problems of insufficient soil moisture, low ground temperature, uneven emerged seedlings, poor seedling growth and high field management labor input from the sowing to the stage of the dry-land Brassica napus with 8 main leaves, realizes the tillage-free and drought-resistant cultivation of the Brassica napus, and achieves the goals of cultivating strong seedlings, saving the cost and increasing the efficiency during Brassica napus production.

The invention discloses a method for planting high-yield organic rice by rice-duck integrated farming. The method comprises the steps of: planting astragalus sinicus in a rice field, carrying out green manuring and adding water for retting, and applying a base fertilizer in 10-25 days according to the amount of 800-1000 kg / mu; exposing the rice field to the sun, rotatably tilling the rice field, separating ridges and carrying out rice transplanting after irrigation; when the roots of the rice seedlings survive, applying a composite fertilizer according to the amount of 20-35 kg / mu; in 12-20 days after rice transplanting, putting in 10-15-day old ducks according to the amount of 5-10 ducks / mu; carrying out field draining in 10-15 days, and additionally applying the base fertilizer in A according to the amount of 100-300 kg / mu; then putting 7-10-day old ducks in the rice field when water is irrigated to 8-10 cm, wherein the inputting amount is 8-15 ducks / mu, taking the ducks back 10-15 days before the rice is mature, and drying the rice field after water-break. The method for planting high-yield organic rice by rice-duck integrated farming disclosed by the invention is high in yield, and the obtained rice is good in organic property, and meanwhile, high quality duck meat can be obtained, so that the economical benefit is improved.

The invention discloses a method for increasing the yield of purslane seeds, the key technology of which is: sow the purslane in a rotatable specific device, and adjust the main diameter of the purslane to be 40-40° to the horizontal plane at the budding stage. 50° angle, after 5 days, adjust the main diameter and the horizontal plane to form an angle of 0-15°. Reduce the influence of the apical effect on the lateral branches, so that the flower organs of the lateral branches develop normally and the maturity stages are basically consistent. The implementation of the invention can increase the output of purslane seeds by 35-40%, reduce the times of seed harvesting, and improve the production efficiency of purslane seed production.