The Role of Soil Moisture Monitoring Stations in Smart Agriculture

With the development of agriculture, agricultural cultivation has begun to evolve towards scale, scientific management, and standardization. Especially in recent years, with the national proposal for high-standard farmland construction, agriculture no longer relies solely on natural conditions as it did in the past. Scientific methods can now be used to predict and warn against disasters, diseases, and pests. Among these, the soil moisture monitoring station is a representative example.

So, what role does the soil moisture monitoring station play in smart agriculture? Below, the editors from Henan Woent will introduce it to you.

The primary function of the soil moisture monitoring station is to monitor the environmental conditions of farmland, such as soil temperature, humidity, nitrogen, phosphorus, potassium, etc. By monitoring these factors, it provides reference suggestions for cultivation.

For example, in traditional farmland irrigation and fertilization, decisions are often made based on experience. According to surveys, about 50% of such irrigation and fertilization is wasted. The soil moisture monitoring station can monitor soil moisture and nutrient data in real time. This data can be directly transmitted to computers and mobile devices. For instance, if soil moisture falls below the standard value, growers can be notified in a timely manner. If nutrients are lacking, growers can see it clearly. With specific data support, irrigation and fertilization can be carried out in a more scientific and standardized manner.

The above explains the role of the soil moisture monitoring station in smart agriculture. With the advancement of agricultural modernization, the application of soil moisture monitoring stations in agriculture is becoming increasingly widespread, especially in large-scale planting areas. These stations can integrate irrigation and fertilization systems, continuously monitoring soil conditions. When the soil lacks water or nutrients, the system can automatically activate irrigation and fertilization systems, greatly facilitating agricultural cultivation.