Application of soil sensor for agriculture

Background:

A moisture sensor that measures the current moisture content of the soil. Sensors into irrigation sensors help to help to facilitate more efficient distribution of water supplies. According to technical classification, soil sensors are divided into the following categories:

Ground – installed below the ground to monitor the root zone;
Aerial – Using drones to detect data, rarely used for soil moisture measurements;
Satellites – Forecast from space. It will not dry over the field activities, conducive to saving costs, no effort to install.
Soil sensors prove important because of the dynamic processes that require regular maintenance for planting. Agricultural soil sensors can monitor a lot of data. This data allows farmers to be aware of and respond to any changes in soil moisture content in a timely manner.

Why is soil moisture monitoring important?

Adequate water saturation is essential for plant growth, and maintaining it is a top priority for farmers. A lack of irrigation can cause blight because plants are straining to absorb scarce water through their roots, leaving no energy left over to mature and grow good crops. However, adequate water helps plants survive routine stressful events, stay healthy and achieve overall development. Overwatering, on the other hand, can cause root rot and cut off the oxygen supply, ultimately destroying the plant.

It can be seen that the situation could worsen in both directions if the moisture content is not kept stable. This is why soil moisture sensors for agriculture are indispensable farming tools, and online agricultural applications with soil moisture capabilities are efficient, reliable and relatively inexpensive.

Satellite remote sensors are a perfect bargain when comparing the amount of input or work required to use them with the amount and quality of data they can provide. Incorporating them into daily farming helps farmers manage the risk of water excess and scarcity more effectively, thus promoting plant growth.

Why is soil temperature important

Soil temperature is an important parameter in agriculture because the right warmth at the right depth not only ensures efficient plant growth. Because of the importance of soil temperature to seed germination, it also determines the planting time.

Soil temperature conditions vary from month to month, season to season, and day to day, and since the Earth’s main source of heating is solar radiation, farmers must deal with the hottest peaks during the day, as well as extreme solar activity. Studying the correlation between soil temperature and the earth’s heat flux, especially between wetlands and drylands, and their ability to absorb heat, can help agronomists to organize field activities efficiently.

Temperature affects the biological, chemical and physical characteristics of soil, either decreasing or increasing. This is why the importance of soil temperature is the subject of intense research in many scientific fields, especially biology, physics, chemistry, ecology, agriculture and economics.