The national farmland soil moisture monitoring system, as an important component of modern agricultural informatization construction, is profoundly changing the traditional agricultural production methods. This system, through multi-layer monitoring technology, accurately grasps the soil moisture status, providing a scientific basis for agricultural production. The design concept of the ten-layer monitoring makes the collection of soil moisture data more three-dimensional and refined, and can comprehensively reflect the real moisture conditions of soil layers at different depths.

The core value of the WX-GTS10 National Farmland Soil Moisture Monitoring system lies in its three-dimensional data collection capability. Traditional soil moisture monitoring often only focuses on the moisture status of the surface soil, while in fact, crop roots will penetrate into different soil layers to absorb water at different growth stages. The ten-layer monitoring system can simultaneously obtain moisture distribution data from the surface to deep soil by setting multiple monitoring points in the vertical direction. This three-dimensional monitoring method is more in line with the actual needs of agricultural production and provides a more comprehensive reference basis for irrigation decisions.

The system adopts advanced sensing technology to ensure that the moisture data of each layer of soil can be accurately collected. The mutual verification of multi-layer data can effectively avoid the possible errors that may occur in single-point monitoring. Meanwhile, the system also features an automatic calibration function, which can adjust the monitoring parameters according to environmental changes to ensure the stability of long-term monitoring. This high-precision monitoring capability has laid a solid foundation for the implementation of precision agriculture.

The intelligent features of the system are also worthy of attention. The collected soil moisture data is transmitted in real time to the data center through Internet of Things technology. After being analyzed and processed by intelligent algorithms, an intuitive soil moisture distribution map can be generated. The system can also predict the trend of soil moisture changes in the coming period based on crop growth models and historical data. This intelligent data processing capability has greatly enhanced the practical value of soil moisture information, enabling farmers to make irrigation arrangements in advance.