In farmland, soil moisture is one of the key factors affecting crop growth. In order to accurately grasp the soil moisture situation and scientifically guide agricultural production, the three-layer tubular soil moisture monitoring station came into being, and plays an irreplaceable role in the monitoring of agricultural four conditions (moisture, insect, seedling and disaster).

The WX-GTS3 three-layer tube soil moisture monitoring station plays a particularly prominent role in the monitoring of four agricultural conditions. First of all, in terms of soil moisture monitoring, it can provide high-precision and continuous soil moisture data to help farmers precision irrigation, avoid water waste, and ensure that crop roots get appropriate water supply. Secondly, these data can also be combined with other agrometeorological data to provide an important basis for the development of scientific irrigation plans and fertilization strategies.

In addition to soil moisture monitoring, the three-layer tube soil moisture monitoring station can also be combined with the monitoring of worm, seedling and disaster, to form a complete agricultural monitoring system. For example, by integrating equipment such as pest detection lights, weather stations and video surveillance, it is possible to monitor in real time the types and numbers of pests in farmland, the growth status of crops, and the risk of extreme weather and natural disasters. These data are uploaded to the cloud server in real time through the Internet of Things technology, and users can view and analyze them anytime and anywhere through the mobile APP or web terminal to achieve remote monitoring and management.

The application of three-layer pipe soil moisture monitoring station not only improves the precision and efficiency of agricultural production, but also effectively saves resources and reduces environmental pollution. It provides a scientific basis for the agricultural management department, which is helpful to optimize the agricultural layout and formulate scientific disaster prevention and reduction planning. At the same time, the accumulation and analysis of long-term monitoring data can also provide strong support for agricultural scientific research and policy formulation.

It is worth mentioning that with the continuous progress of technology, the function of the three-layer pipe soil moisture monitoring station is also constantly improving and upgrading. For example, some advanced monitoring stations have realized functions such as intelligent calibration, remote monitoring, intelligent analysis and early warning, making data acquisition more convenient and real-time, and analysis more accurate and efficient.