What is the root system of corn?

The root system of maize belongs to fibrous root system. Corn belongs to Gramineae, also known as corn and corn cob.

Corn planting technology

When planting corn, we should carefully plough the soil to make the roots adapt to the environment quickly, and choose varieties that are flood-resistant and drought-resistant, or have high yield and stability. The planting density is about 5000 plants per mu. When pests and diseases invade, we can reduce the drug resistance of pests and diseases by avoiding using chemical pesticides and trying biological control.

1, cultivated land

In corn planting technology, in order to make the roots of plants take root in the soil better, it is necessary to plow the planted soil carefully, and some pruning microbial agents can also be added to the soil, which can make corn seedlings grow faster and adapt to the new environment, and should be plowed in suitable weather; It is about 15 cm.

Step 2 choose varieties

Before planting corn, it is necessary to carefully investigate the soil and environment where plants grow and choose the most suitable varieties for sowing. It is best to choose varieties that are resistant to floods and droughts and have certain immunity to pests and diseases. You can also choose varieties with high yield and high stability, which will have good yield until the harvest time.

3. Planting density

The planting density of corn directly affects the final yield; According to scientists' strict calculations, about 5,000 plants are planted on an acre of land. Between these densities, plants can have good light and natural respiration. Compared with the planting density of corn in other fields, the density of 5000 plants per mu is also the highest.

4, pest control

When planting corn, it is necessary to prevent insects and diseases. Under normal circumstances, the high incidence of pests and diseases is generally in rainy autumn, and the air humidity in this season is relatively high, which is more suitable for the breeding of bacteria and the invasion of pests and diseases. In order to discharge the surplus water in the field in time and inhibit the use of chemical pesticides, biological control can be tried to reduce the harm to soil and plants.