Introduction to real-time soil moisture monitoring equipment

The health of the soil is critical for food security, ecological civilisation and many other aspects. Soil and water conservation and healthy soil moisture in agricultural land are important foundations for ensuring good crop yields and productivity. Only healthy soil can provide sufficient nutrients and water for crops and improve crop yield and quality. At the same time, soil health also helps maintain sustainable land use and promotes ecological balance and stability. Therefore, maintaining soil health is a crucial task for agricultural production and ecological conservation.

Real-time soil moisture monitoring equipment is an important tool that can help growers keep abreast of and understand soil moisture conditions. With this equipment, growers can accurately measure soil moisture and understand changes in soil moisture levels to better control the water requirements of their crops. This precise monitoring data provides a scientific and accurate decision-making basis for agricultural activities, which helps to improve crop yield and quality, and provides strong support for the sustainable development of agricultural production.

The tube soil moisture sensor adopts the FDR principle, which is able to accurately measure the soil moisture content of different soil layers based on the frequency changes of electromagnetic waves in substances with different dielectric coefficients. This sensor adopts a layered observation structure, with a soil temperature and humidity, EC measurement point set at 10cm below the ground to ensure accurate monitoring of the deep soil layer. At the same time, a soil temperature and humidity monitoring point is configured every 10cm in the soil layer, and this layout enables comprehensive observation of soil moisture within the corresponding range, providing more comprehensive soil information. This sensor not only improves the accuracy and range of soil moisture monitoring, but also provides important data support for agricultural production, helping to realise the development of precision and sustainable agriculture.