The invention aims at providing a selenium-rich millet planting method capable of effectively increasing the selenium content and the total yield of millet. The selenium-rich millet planting method comprises the following steps that firstly, land preparing and fertilizing are carried out, wherein after preceding crops are harvested in autumn, base fertilizer is applied at the amount of 1000-1500 kg/mu while deep plowing is carried out, and harrowing compaction is carried out in time at the soil freezing thawing alternating time in early spring in the next year; secondly, seeds are treated, wherein the seeds are irradiated with ultraviolet for 3 h before sowing and then added into a treatment solution to be soaked for 12 h at the condition of 50-53 DEG C, and then the seeds are taken out and air dried; thirdly, sowing and fertilizing are carried out, wherein sowing is carried out on the last ten days of April and the early ten days of May; fourthly, topdressing is carried out, wherein 35-40 kg of compound fertilizer is uniformly scattered in each mu in the booting stage 15-20 days before heading for topdressing; fifthly, harvesting is carried out, wherein after all millet grains become yellow and hard, harvesting is carried out in time, and threshing is carried out after millet is air dried.

Selenium-rich millet planting method

The invention provides a Chenopodium quinoa willd cultivation method. The Chenopodium quinoa willd cultivation method comprises the steps of 1, choosing a variety, wherein Chenopodium quinoa willd seeds which have robust growth vigor and many branches and leaves are chosen; 2, choosing a land block, wherein flat land which is good in soil structure, loose in soil quality and high in fertilizer retention and water retention is chosen, drainage is good, pH of soil is at 5.5-5.8, the organic matter content is 15-70 g/kg, the available nitrogen content is 100-200 mg/kg, and the available potassium content is 100-1600 mg/kg; 3, erecting a warehouse, wherein the warehouse is erected in the planting land block, the temperature in the warehouse at night in winter is kept at 15 DEG C or above, and the temperature in the day is kept at 20-25 DEG C; in a hot season in summer, the side face of the warehouse is uncovered, and ventilation is kept.

Chenopodium quinoa willd cultivation method

The invention discloses a method for improving heavy saline soil by planting chenopodium quinoa willd. The method includes climatic condition selection; planting soil condition selection; planting time selection and a planting method; and a field management method. The method has the advantages that for the high and cold saline soil, suitable climatic conditions and an appropriate month are selected for the chenopodium quinoa willd planting, and a compound biological bacterial fertilizer is applied, certain field management is carried out, the saline soil is also utilized while the saline soilis improved by the chenopodium quinoa willd planting, and a certain economic benefit is generated.

Method for improving heavy saline soil by planting chenopodium quinoa willd

The invention relates to a planting method for increasing the yield of chenopodium quinoa, and belongs to the technical field of crop planting. The method includes the steps that 1, a planting field is selected and arranged; 2, base fertilizer is applied; 3, seeding is performed; 4, field management is performed; 5, disease and insect pest prevention and control are performed; 6, harvesting and others are performed. In the planting method, the selected field is unique, the base fertilizer is reasonable in preparation, the planted chenopodium quinoa is good in growth vigor, will not overgrow, has many ears and full seeds, and does not easily has diseases and insect pests, planting costs are low, 400 kg of chenopodium quinoa can be produced per mu, and compared with a traditional planting method, the yield is increased by about 250 kg per mu; the planting method has the advantages of being high in yield, good in economic benefit and the like, and the market contradiction of a tight market of chenopodium quinoa is relieved to a certain degree.

Planting method for increasing yield of chenopodium quinoa

The invention discloses a camphor tree cultivation method The method comprises the steps of 1, seed collecting; 2, seed treatment, wherein physical treatment is conducted 10-15 days before sowing, and chemical treatment is conducted 3-5 days before sowing; 3, land selecting and sowing, wherein base fertilizer is applied firstly, and then sowing is conducted, wherein the base fertilizer is prepared from, by weight, 30-50 parts of rotten animal waste, 10-15 parts of urea, 5-12 parts of calcium superphosphate, 10-20 parts of potash fertilizer, 20-30 parts of biological fermented rape cake and 20-30 parts of rotten cotton straw powder; 4, irrigation; 5, foliar fertilizer spraying, wherein foliar fertilizer is sprayed at the preliminary stage of young buds; 6, pruning; 7, disease and pest control; 8, outplanting According to the camphor tree cultivation method, by means of seed collecting, seed treatment achieved through combination of a physical method and a chemical method and reasonable application of the base fertilizer and the foliar fertilizer, the seedling emergence rate is effectively increased, the seedling emergence quality is effectively improved, diseases and pests are reduced, the survival rate is effectively increased, and the method is suitable for large-scale planting

Camphor tree cultivation method

The invention provides a Chenopodium quinoa willd high-yield cultivation method. The Chenopodium quinoa willd high-yield cultivation method is capable of increasing Chenopodium quinoa willd yield and improving grain quality. The Chenopodium quinoa willd high-yield cultivation method comprises following steps: (1) seeds are processed, wherein a seed soaking agent is prepared by mixing spinach juice, rotten banana, honey, potassium nitrate, calcium carbonate, sodium chloride, ammonium phosphate, potassium sulphate, ferrous sulfate, ammonium hydrogen carbonate, glycine, glutamic acid, copper sulfate, ammonium molybdate, 50% carbendazim, chitosan, and 1L of tap water; (2) fine tilling and soil preparation are carried out before seeding, and a base fertilizer is applied; (3) seeding is carried out in 10 days after Grain Rain, seed sowing amount is controlled to be 400g per mu, line spacing is controlled to be 45 to 50cm, and seeding depth is controlled to be 1 to 2cm; (4) top application is carried out, wherein the fertilizer comprises urea, potassium chloride, ammonium molybdate, radix stemonae powder, Chinese prickly ash powder, lonicera japonica powder, dried silkworm excrement, fennel powder, garlic powder, sweet potato powder, pine needle powder, and ferrous sulfate; and (5) harvesting is carried out in 100 to 200 days after seeding.

Ding Hanfeng

Papers

Chenopodium quinoa willd high-yield cultivation method