130results about How to "The planting process is simple" patented technology

The invention discloses an artificial reproduction technological process and a method of application of aphidoletes aphidimyza. An aphidoletes aphidimyza mass reproduction technology and an application technology are characterized in that pea aphids, pea repaired tail aphids and aphis craccivora koch are reproduced massively by adopting broad beans, and the aphidoletes aphidimyza is reproduced by utilizing the pea aphids, the pea repaired tail aphids and the aphis craccivora koch. The aphidoletes aphidimyza mass reproduction technology and the application technology comprise the following processes: net seedlings are planted, aphids are raised, the aphidoletes aphidimyza is raised, old larvae are collected, and the larvae are saved in the pupal period. Adults are applied to field application and expanding reproduction after eclosion. An efficient and superior method technological process for reproducing aphidoletes aphidimyza is developed so as to solve the to-be-solved problems, and the method that the aphidoletes aphidimyza is used to prevent and control aphids can play a proper role in safe production of vegetables.

The invention provides an efficient field culture method of stropharia rugosoannulata farlow. The method comprises cultispecies manufacture, field selection and pretreatment, ridging, inoculation, rice husk, soil and straw coverage, hairy fungus management and fruiting management. The method has the advantages that the survival rate is high, the fruiting rate is high, fruiting is uniform, the yield is stable, the product quality is better, the production cost is low, the method is convenient to implement, and the method can be popularized in quantity in rural areas.

The invention relates to a method for preventing Chinese chive maggot. The method is characterized by comprising steps of smashing pepper and vitex (deciduous shrub of verbenaceae), mixing with water according to a proportion of 1:5:100, soaking for 24-72 hours, mixing soaked mixed supernate with biomass slurry according to a proportion of 1:1, after harvesting Chinese chives, irrigating the cut root of the Chinese chives by using the mixed liquor, so as to prevent Chinese chive maggot. The method solves the problems of excessive pesticide residue in the Chinese chives caused by root irrigation with chemical pesticide for preventing Chinese chive maggot, and is applicable to large-scale planting of organic or common Chinese chives.

The invention discloses a Pennisetum hybrid planting method and a method for jointly producing marsh gas by using Pennisetum hybrid as a raw material. The planting method comprises the steps of: preparing a land: deeply plowing soil in winter, harrowing and ridging in March, keeping ridge width to be 4m, opening field ditches and transplanting the Pennisetum hybrid in the middle and last ten days of April; reasonably and densely planting: keeping the row spacing and the plant spacing of the Pennisetum hybrid to be respectively 120cm and 60cm, keeping the density to be 13889 plants / hm<2>, sowing seed roots, cutting the seed roots into sections with 2-3 nodes per each section, flatly burying the sections into the soil, covering the sections with the soil and conducting general management; and harvesting: using a machine for harvesting, leaving stubbles with depth being 10-15cm, setting cutting frequency to be once per three months and harvesting 3-4 times per year. By using the planting method to plant the Pennisetum hybrid and by controlling the production conditions, the growth time and the cutting frequency, the biomass per mu of the Pennisetum hybrid can be enabled to reach a higher level; and by using the obtained Pennisetum hybrid to produce the marsh gas, the cumulative gas output per mu can be enabled to reach a higher level and the coupling of the gas output and the biomass per mu of the raw material is enabled to reach an ideal state.

The present application relates generally to the field of plant propagation. In particular, the present invention relates to a method for the propagation of vegetatively reproducing plants and plants and plant parts produced by such methods. The invention also provides encapsulated propagules. The invention also provides various end uses for the encapsulated propagules and for plants grown from the same. The invention also provides a method for the modification of the architecture of rhizomes and rhizomes having modified architecture and a method for the modification of the architecture of stem cuttings and stem cuttings having modified architecture. The invention also provides a coating for a propagule and a propagule coated therewith.

The invention discloses a method for planting dendrobium officinale on a tree. The method comprises the following steps of firstly, sterilizing fresh mosses, sealing for 1 to 7 days and then fermenting; secondly, wrapping dendrobium officinale seedlings with fermented mosses, and then binding the wrapped objects with palmae barks or straw ropes; thirdly, after 4 to 15 days, sprinkling the dendrobium officinale seedlings with water for moisturizing; fourthly, after roots of the dendrobium officinale seedlings are deepened into the tree and survive, applying a fertilizer to the dendrobium officinale seedlings; fifthly, after the roots of the dendrobium officinale seedlings are stably deepened into the tree, loosening the palmae barks or the straw ropes. The method for planting the dendrobium officinale on the tree, provided by the invention, has the advantages of easiness for popularization, easiness for planting and high nutrient value.

A heavy gauge agricultural implement hitch is disclosed which is offset such that the implement and the tractor are not directly in line with one another, but allows the tractor to follow the previous crop rows and the implement to be offset of the previous crop rows. This offset of the hitch allows the implement to function with more ease, especially when the implement is a planter, thus making it possible to plant soybeans, for example, more easily in a field with corn stubble.

The invention provides a method using root controlling container to cultivate paris polyphylla var chinensis. The method is used for solving the technical problems of low yield, difficult management,serious plant diseases and insect pests and successive cropping obstacles of the paris polyphylla var chinensis. The provided nutritional ingredients are comprehensive, the water permeability is good,a cultivation medium and a corresponding cultivation method are suitable for the growth of the paris polyphylla var chinensis, and the survival rate and yield of the paris polyphylla var chinensis can be greatly improved. The survival rate can reach 90% or above by adopting the method of root controlling container cultivation and spliced transparent plastic plate cultivation, the total amount ofside roots is increased, the management workload is reduced by 70% or above after transplantation. The growth situations of the root system of the paris polyphylla var chinensis can be observed conveniently, the lower tuber of the paris polyphylla var chinensis can be collected under the condition of not damaging the root system, and the upper tuber is retained to grow continuously.

The invention discloses an oyster mushroom planting method. The oyster mushroom planting method includes the following steps: (1) mushroom house building, (2) cultivating material preparing, (3) hypha planting, (4) house temperature control, (5) hypha growing, and (6) oyster mushroom harvesting. The oyster mushroom planting method is simple in planting, suitable for small-scope family planting, environmentally friendly and free of pollution.

The invention relates to the technical field of afforestation, in particular to a technical method for sea-buckthorn afforestation. The method includes three steps of seed collection, seedling raising and afforestation. The steps are very clear and simple, thereby being suitable for professional or non-professional planting personnel to refer to and use. Material cost in the steps is low, and the method is quite simple and convenient. The method is reasonable, convenient to implement and simple in planting.

The invention belongs to the technical field of rice production, and discloses a rice production method for lowering heavy metal cadmium pollution. The rice production method for lowering heavy metalcadmium pollution comprises the steps: after autumn harvest, stubble is left in a paddy field, plant ash is scattered for covering, plowing treatment is conducted after 3-7 days, and heavy metal polluted water is prevented from entering the paddy field; early-mature rice varieties with high disease resistance are selected to be pretreated, and seeds are soaked, disinfected through trichloroisocyanuric acid, and then subjected to pregermination and seedling culture for standby application; about 15 days before transplanting of rice seedlings, water treated through caustic soda or lime and polyaluminum chloride conducts field steeping, and arabis gemmifera is planted on the two sides of ridges; and after field steeping is completed, the paddy field is ploughed, special fertilizer is applied,then the rice seedlings are transplanted, and regular drainage, water replenishing and fertilization are conducted. The adopted method is simple and good in effect, the cadmium treatment cost is lowered, the economic benefits of farmers are increased, the rice yield is increased, and food safety is ensured.

The invention provides a planting method of edible sweet potato, comprising: selecting strong seedlings, preparing a land, applying fertilizers, ridging, transplanting seedlings of sweet potato, perforating mulching film, carrying out positional oblique planting, carrying out drip irrigation before and after transplanting, managing a field, disinfecting, weeding, providing chemical control, picking leaves twice, harvesting tubers of sweet potato, and storing the tubers. The planting method has the advantages that the great ridge height allows the activity range to be widened for roots and tubers of sweet potato and the day-night temperature differences of soil at the ridges to be increased; the great ridge spacing helps increase photosynthetic efficiency of leaves and reduce competition ofunderground tubers for nutrition; performing the mulching film to carry out positional transplanting of the seedlings of sweet potato helps increase the survival rate of the seedlings and increase the yield of sweet potato; drip irrigation tapes spread among the ridges for drip irrigation ensures sufficient moisture; field management, pest and disease prevention and chemical control management help increase the yield of sweet potato.

The invention discloses a three-dimensional planting facility utilizing a vertical wall surface and a planting method thereof. The three-dimensional planting facility utilizing the vertical wall surface comprises a wall body, at least one set of guide rails are fixedly arranged at one side of the wall body, and a plurality of planting boxes are arranged on the guide rails in a sliding manner and sequentially distributed at intervals in the axial direction of the guide rails; and the planting boxes are driven by a driving belt to circularly move in the axial direction of the guide rails, a watering and fertilizing position is arranged at the position, located on the wall body, of one sides of the guide rails, and a water and fertilizer applying pipeline and a reference planting box are arranged at the watering and fertilizing position. The three-dimensional planting facility utilizing the vertical wall surface is automatically controlled by an intelligent controller, planting, greeningand other work can be carried out on a higher wall surface, the coverage rate of vegetation on the wall surface is improved, the overall automation degree is high, workers can complete seedling raising, pesticide spraying, harvesting, collecting and other planting operation on the ground, and the use is convenient.

Disclosed is a bio-fertilizer composition for promoting growth of orchid plants. The composition comprises a symbiotic organism, a growth substance; and a medium, which is used to mix and evenly disperse the symbiotic organisms and the growth substance. The symbiotic organism is selected from the group consisting of Rhizoctonia sp. (BCRC930076) and Rhizoctonia sp. (BCRC930077). The bio-fertilizer composition according to the invention can promote the growth of orchid plants, increase the flowering rate and flowering quality, decrease the occurrence of root disease to prevent the usage of pesticide, and increase the beneficial components toward human health of medicinal orchids.