35results about How to "Great potential for increasing production" patented technology

The invention discloses a cultivation technique for interplanting spring brassica napus in young large cherry trees. Three-dimensional temperature-light interplanting is achieved by fully utilizing the land space, light, temperature, water and fertilizer resources of a young large cherry orchard, utilizing the growth period temperature-light requirement difference between the brassica napus and the cherry trees and utilizing the characteristics that the brassica napus grows fast in the early period, the cherry trees grow fast in the later period, the brassica napus enters a three-dimensional space meta-position of the ripen period and the harvest period, and the brassica napus and the large cherry trees do not compete for light and temperature. A positive effect can be generated for agricultural structure regulation and development mode changing of the broad northern region in China, so that planting industry structure regulation of the northeast region in China is more reasonable.

The invention relates to a multielement drip irrigation fertilizer which is prepared from urea, industrial monoammonium phosphate, potash fertilizer, zeolite, serpentine and pulverized fuel ash and is a high and new technological product formed by combining a mineral fertilizer and an inorganic fertilizer. The drip irrigation fertilizer contains tens of nutrient elements and lanthanide-series rare earth, and the synergistic effect and the superposition synergic effect among the elements are obvious. By field tests, the invention has the advantages that by using the multielement drip irrigation fertilizer under the condition of reducing the dosage of nitrogen, phosphorus and potassium, cotton is increased by 3.5%-6% in yield, and the quality is improved; sugarbeet is increased by 6%-8% in yield, and a soluble solid state material is improved by 0.5-1.2 degrees; grape is increased by 5%-7.6% in yield, the soluble solid state material is improved by 0.5-0.8 degree; tomatoes for making sauce are increased by 5%-8% in yield, the soluble solid state material is improved by 0.8-1.5 degrees, and lycopene is improved by 10%-12%; and melon is increased by 6% in yield, and the soluble solid state material is improved by 0.5-1.2 degrees.

The invention relates to a breeding method of a br-2 short-gene-type maize dwarf 268. The method comprises the following steps of: breeding a dwarf maize selfing line Yong 126 by taking a dwarf maize selfing line Ji 159, a common maize selfing line 8112 and a common maize selfing line Zheng 58 as background materials; breeding a dwarf maize selfing line Yong 872 by taking a dwarf maize selfing line Ji 35-8, a common maize selfing line Lian 1538 and a common maize selfing line Chang 7-2 as the background materials; and performing the cross breeding to breed the short hybrid maize swarf 268 by taking the dwarf maize selfing line Yong 126 as a female parent and the dwarf maize selfing line Yong 872 as a male parent. The method has the advantages that the maize is short, low in corncob, resistant to disease and falling, appropriate for close planting, high in yield, large in yield-increasing potential and suitable for mechanical harvesting. Therefore, the method has the great significances for improving the maize yield, developing the animal husbandry and improving the living standards of people.

The invention discloses a production method for wide-early-superior raw cotton in a cotton region in Northwest China. The method includes the following steps of 1, fission type elite seed production,wherein variety selection,10-ten-thousand-times fission type seed reproduction, and grain selection according to the grain size are conducted; 2, planting in rows with the equal width and conducting the following matching technologies: the variety selection and rational early sowing technology, the edge film widening and lighting technology, the sowing row no-covering-soil and film no-covering-soil technology, the appropriate seedling water dropping technology, the first water late-drop technology, the plant-height increasing and appropriate tip pruning delay technology, and the cotton-flowering and boll-forming fertilizer re-application technology; 3, an early-sowing and early-ripening matching technology; 4, superior raw cotton quality control technologies which includes the technology of uncovering mulching films in the optimum period and preventing pollution, the technology of spraying an appropriate amount of disleave agent and ripener in the appropriate period, the technology ofremoving field weeds and foreign matters and the technology of harvesting in the appropriate period. The method is feasible, operation is simple and convenient, conversion from short-dense-early 'getting cotton by temperature' to tapping of the potential of light, temperature and environment resources is achieved, and support is provided for high-yield, high-efficiency and high-quality cotton.