High-yield millet cultivation method

Abstract

The invention discloses a high-yield millet cultivation method and relates to the field of agricultural planting. The method comprises the six steps including land preparation and fertilization, seedtreatment, sowing of seeds, management of a seedling stage, management of a flowering stage and management of a jointing and booting stage. Deep ploughing and fertilization are carried out separately,a seed sealing mode is combined with a seed stirring mode, and rolling and shallow hoeing are carried out in the seedling stage; in the flowering stage, pesticide is sprayed in the evening, phosphatic fertilizer is sprayed to roots during the transition from heading to flowering, and watering is carried out alternately on lines; deep ploughing and topdressing are carried out again in the jointingand booting stage, and the high yield of millet in arid areas is achieved. The benefits of planting millet are increased, and the method is particularly suitable for popularization in the arid or semi-arid areas in the north, northwest and northeast of China.

Description

technical field [0001] The invention relates to the field of agricultural planting, in particular to a high-yield cultivation method for millet. Background technique [0002] Millet is resistant to drought and barrenness, and has strong stress resistance. It is a short-day crop that likes temperature and light. It is suitable for planting in dry and fertile land on hills and slopes with good production environment, far away from industrial areas, hospitals and other pollution sources, with deep soil and convenient drainage. Land rich in organic matter. After the millet is shelled, it is the millet that people eat. Millet has the value of diet therapy and food tonic. It has high protein and fat content, minerals and various vitamins. It also contains selenium in the grain, which is resistant to chemical carcinogens. , is an ideal food for daily adjustment of appetite, and is favored by people. [0003] As millet is a drought-resistant and stable crop, it can be planted in n...

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Problems solved by technology

[0003] As millet is a drought-resistant and stable crop, it can be planted in northern China. However, due to the traditional planting methods, which are labor-intensive, time-consuming, low-yield, and poor in efficiency, the planting scale has been decreasing year by year. The point of miscellaneous grains

[0004] In order to increase the yield of millet, some researchers have started from the cultivation of millet varieties, and have bred hybrid millet varieties that are resistant to insects and diseases and have high yields. The output is still very limited. Therefore, with the development of the market economy and the adjustment of the agricultural planting structure, it will be of great significance to the dryland grain production to properly develop millet production, increase the yield and further improve the quality of millet.

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