In the farmland, every inch of land contains rich life information and production potential. Soil moisture content, as one of the key factors affecting crop growth, its slight changes are directly related to crop yield and quality. In order to accurately grasp the soil moisture content, modern science and technology launched the soil moisture online monitoring station, the wisdom of the "eyes", is decoding the mystery of soil moisture.

WX-TS600 on-line soil moisture monitoring station is a kind of equipment that can monitor soil moisture status in real time. It uses advanced sensor technology and Internet of Things communication to transmit critical information such as soil moisture content, temperature, and conductivity to the data center in real time for agricultural managers to analyze and make decisions. The emergence of this technology marks that agricultural irrigation management has entered a new era of intelligence.

The core of the on-line monitoring station is its high-precision and high-stability sensor. These sensors are like miniature "detectives" that can penetrate deep into the soil and accurately sense changes in soil moisture at each layer. They can not only measure soil moisture content, but also monitor indicators such as soil temperature and electrical conductivity, providing agricultural managers with comprehensive soil information. These data are processed by cloud computing and big data technology, which can generate intuitive charts and reports to help managers quickly understand the overall status and change trend of soil moisture.

The mystery of decoding soil moisture lies not only in the collection of data, but also in the analysis and application of data. The data collected by the online monitoring stations can provide scientific basis for precision irrigation, fertilizer application, disease and pest control and other agricultural production links. For example, by monitoring soil water content, managers can precisely control the amount and timing of irrigation, avoiding water waste and crop water stress. Soil fertility and salinization can be judged by monitoring soil temperature and electrical conductivity, which provides basis for reasonable fertilization and soil improvement.