The power of technology is changing traditional farming practices at an unprecedented rate. Among them, tubular soil moisture monitoring station, as an important part of smart agriculture, is quietly becoming the right hand of crop growers. It can not only monitor key parameters such as soil moisture and temperature in real time, but also provide data support for precise irrigation and scientific fertilization, which greatly improves agricultural production efficiency and crop quality.

The WX-GTS10 tubular soil moisture monitoring station can monitor the soil moisture content continuously for 24 hours and timely reflect the change of soil moisture through high-precision sensors. Farmer friends only need to see the soil moisture data directly through the mobile phone APP or the computer terminal platform, so as to carry out precision irrigation according to the needs of crop growth, not only avoiding the waste of water resources, but also ensuring the water supply required for crop growth, achieving a win-win situation of saving water and increasing production.

The nutrient status in soil directly affects the growth and quality of crops. The pipe-type soil moisture monitoring station can not only monitor water, but also detect the content of nitrogen, phosphorus, potassium and other key nutrients in the soil. These data provide a scientific basis for farmers to apply fertilizer, so that they can develop personalized fertilization programs according to the nutritional needs of different crops and different growth stages. Precise fertilization not only reduces the excessive use of fertilizer, reduces the risk of agricultural non-point source pollution, but also promotes the absorption and utilization of nutrients by crops, and improves the yield and quality of crops.

Natural disasters such as drought and flood are important factors affecting agricultural production. By monitoring soil moisture and temperature in real time, the pipe-type soil moisture monitoring station can warn potential disaster risks in advance. For example, in the dry season, when the soil moisture is below the set threshold, the system will automatically send an early warning signal to remind farmers to take water replenishment measures in time; During the rainy season, monitoring stations can also help farmers determine whether the soil is too wet and prevent waterlogging. This early warning mechanism provides security for crop growth and reduces losses caused by natural disasters.