The advantages of virus-free potato cultivation
The high-yielding potato sowing model can be used for planting seeds. The traditional potato sowing method is generally used in large amounts. A hectare of farmland uses a huge amount of cost, but the high-yielding potato sowing model uses about 40 mu. About one kilogram, the amount of seed can be greatly reduced, the seed cost can be saved, and the economic cost per unit area can be reduced.
Adjusted operation planting mode can save labor, the traditional seeding mode requires field operations such as thinning, weeding, weeding, spraying, ridge cutting, etc., but the regulating planting mode of high-yield virus-free potatoes can avoid a lot of manual waste. To a certain extent, the time and energy consumed by farmers in field operations are saved.
The controlled potato sowing model can maximize the utilization of land nutrients and improve the resistance of corn. The controlled operation model can maintain the planting distance between seedlings to the greatest extent, reduce the impact of weeds on crops, and ensure the field virus-free potato. Neatness, standardization, and standardization.
Maintain the maximum degree of water and soil utilization of farmland, increase the ability of detoxified potatoes to resist natural disasters, and provide defense against diseases and insect pests, increase yield per unit area, and ensure maximum economic benefits.
Field sown potato sowing methods can reduce the herbicide waste and improve the efficacy of herbicides. The well-designed virus-free potato sowing model eliminates the need for intermittent seedlings, maintains closeness to the unit area, and enhances the herbicide's aging time. Sex, reducing the growth of weeds, will not damage the medicinal coverage area formed by surface herbicides due to external human reasons, and increase the herbicide's limiting effect on the growth of grass plants.
The optimum density of potato plants can be maintained under the high-yield model operation steps, and the key factor in determining the unit yield of potato per unit is to reasonably control the growth density of potato plants. Under the new high-yield operating conditions, the reasonable density of the field potato plants can be maintained, and the full use can be achieved. Land conservation capacity, exert production advantages, ensure the high efficiency of farmland economic returns.
Under fine planting conditions, the uniformity of virus-free potato fruits can be improved, and the maturity and yield can be improved. Under the precise planting procedure requirements, each potato plant has sufficient photosynthesis, which lays a foundation for its healthy growth. The basis of activity is to increase maturity and ensure increased production.
The ultimate goal of high-yielding sowing is to increase yield, increase income, and increase economic efficiency. Under the influence of high-yielding sowing techniques, the investment in economic cost operation and energy time can be greatly reduced, and the most standardized optimization model is also implemented in terms of improving the yield per mu. This laid the technical foundation for the increase of farmers’ economic income.
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