37results about How to "Optimizing Planting Methods" patented technology

The invention discloses a carnation implantation method, which comprises the following steps of 1, soaking carnation seeds in a carnation seed soaking solution for 2-5 hours; 2, planting carnation seeds in the loosened, porous and gas-permeable sandy soil; 3, deeply turning the sandy soil for 3-5 times, and digging a planting groove of 10-20 cm; 4, applying a fertilizer at the bottom of the planting groove; 5, embedding the soaked carnation seeds in the sandy soil at the bottom of the planting groove; 6, irrigating the seeds with water and applying the fertilizer periodically. According to the invention, the germination capacity of carnation seeds is increased, and the germination vigor thereof is improved. Meanwhile, the seed germination period is shortened. At the same time, the carnation growth speed is accelerated. Moreover, during the planting process, carnation seeds are prevented from suffering from diseases and insect pest, and the crop-dusting operation is no longer required. The content of microelements in the planted carnation is increased and obtained carnation is excellent in plant type, numerous in flower number and bright in color. The carnation yield is greatly increased. At the same time, the implantation method is more convenient and lower in cost.

The invention discloses a light and simplified planting method of wheat. The method comprehensively comprises the following technologies: mechanical crushing, coverage and soil moisture conservation by adopting last-season crop straw; mechanical rotary tillage and land preparation; synchronous mechanical seeding and fertilizer application at a time; reasonable irrigation, mechanical harvesting andwheat straw returning to the a field; timely weed, disease and pest prevention and control, and the like, and light and simplified planting of wheat is realized. According to the invention, machineryis fully utilized to effectively solve the problems of heavy field operation of wheat, difficult labor use and the like, and the effects of technology simplification, greenness and income increase, high resource efficiency utilization, and labor and cost conservation are achieved.

The invention provides a method for interplanting jerusalem artichokes under tree crowns. The method comprises the following steps that 1, jerusalem artichoke tubers with the size of 3-5 cm are selected as jerusalem artichoke potato seeds, 1-2 bud eyes are retained, and the sterilization and seed mixing are performed; 2, soil of planting forest land is deeply ploughed and harrowed, and then fertilizers are applied; 3, in spring or autumn, the jerusalem artichoke potato seeds are sowed in the planting forest land by adopting the sowing way of burying the tubers, the spacing of the rows of the jerusalem artichoke potato seeds is 30-50 cm * 60-100 cm, and the distance between the jerusalem artichoke potato seeds and woods is 160-200 cm; 4, soil loosening and weeding are performed after jerusalem artichokes emerge, the soil is kept watered thoroughly after thorough drying; 5, harvesting is performed. The problems of high weeding cost and environment pollution caused by herbicides of the forest land are solved, high-yield and stable-yield jerusalem artichokes are obtained by reasonably selecting the interplanting way under tree crowns and optimizing a planting method, the economic benefit of forest land is improved, and development of forestry economy is promoted.

The invention discloses a planting method for improving nutritional values of tomato, and belongs to the technical field of tomato planting. The planting method comprises the following steps: (1) selecting seeds; (2) performing cleaning and disinfection treatments; (3) performing seed soaking treatments; (4) performing arc magnetized plasma treatments; (5) performing ultraviolet curing treatments;(6) performing drying treatments; (7) performing sowing; (8) performing light treatments; and (9) performing transplantation. Tomato fruits planted by the planting method are plump and full, bright in color, high in yield and good in quality. Tomato contains rich proteins, reducing sugars, vitamins, lycopene and other nutrients, and has good nutritional values. In addition, tomato has strong disease resistance and strong growth. The planting method has an extremely great market popularization value.

The invention discloses an oil tea plantation method which is characterized by comprising the steps of soil working, cutting, seedling selection, transplanting and field planting, weeding and saplingroot shading, young growth tending management and insect disease control. The oil tea plantation method is improved from soil working to different plantation stages in ecologic protection, oil tea trees is distributed reasonably and fertilized timely, growth of oil tea is facilitated, the growth period of oil tea is shortened, excellent varieties are selected, the oil content in tea seeds of the oil tea is improved, the output of the oil tea is improved, and the economic benefit is improved.

The invention provided a planting method of organic potted lactuca sativa by using thoroughly decomposed mushroom residues as a cultivation medium. According to the planting method, the thoroughly decomposed mushroom residues are used as the cultivation medium of potted lactuca sativa, lactuca sativa is not prone to diseases, and no pesticide needs to be sprayed; the fermented mushroom residues can meet the requirements of growth of lactuca sativa for nutrient elements. By adopting the planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as thecultivation medium, requirements for nutrition supplying during whole growing periods of two or three crops of lactuca sativa can be met, it is unnecessary to conduct topdressing during planting, onlydaily moisture management is needed, and a cultivation technology is simplified. The planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as the cultivation medium is wide in application range and can be applied to balconies and courtyards, and potting cultivation requirements of lactuca sativa in different seasons can be met. According to the planting method of organic potted lactuca sativa by using the thoroughly decomposed mushroom residues as the cultivation medium, diatomite is added into the medium, the problem can be effectively solved that yellow percolate of the mushroom residue medium contaminates a cultivation environment after watering, so that cultivation is cleaner, and domestic usage is convenient; grass charcoal can also bereplaced, and the medium cultivation cost is greatly reduced.

The invention discloses a method for promoting pomegranate growth. The method comprises the following steps: performing seedling pre-treatments; performing seedbed preparation; performing seedling planting; performing hormone treatments; and performing blossom and fruit thinning treatments. The method for promoting pomegranate growth improves a planting method of pomegranate from various links, sothat the grown pomegranate is relatively good in quality, yield is relatively high, management and planting cost is reduced, and the market position of the pomegranate is improved. According to the method, the seedlings are treated with a nutrient liquid before planting the pomegranate seedlings, so that nutrient components of the pomegranate seedlings are relatively high and the immunity is relatively strong, the survival rate is relatively high after planting, and the fruiting rate is relatively high when flowering and fruiting. The method is easy to control, simple and practicable, and hasgreat significances for improving economic and social benefits of agricultural productions.

The invention discloses a planting method of Guangpo sweet potatoes on a coastal acid-base land. The planting method comprises the steps of planting time, straw (peanut straw) preparation, seedling growth, seedling treatment, soil preparation, ridging, planting and fertilizer application. According to the planting technology, the yield of Guangpo sweet potatoes is increased, the quality of Guangpo sweet potatoes is improved, and the planting technology is simple and easy to operate.