As the growth of crops is largely affected by soil moisture, the accurate collection of soil moisture information is the basis and guarantee of water-saving irrigation and optimal control of farmland. Soil moisture monitoring has always been highly valued by the relevant agricultural authorities. It has been seeking a method for real-time dynamic monitoring of soil moisture, but it is difficult to achieve monitoring and forecasting and dynamic analysis of soil moisture information from macroscopic to microscopic levels using traditional methods of acquisition. It is only by relying on professional soil moisture real-time monitoring systems. Only then can we achieve our goal.

From statistical data, agricultural irrigation water has always been the bulk of water use in China, and its water consumption accounts for about 70% of the total water consumption. However, the food losses caused by drought every year still occur from time to time, and the loss of food accounts for 50% of the country's food that is reduced by disasters. The reason is that due to the limitations of technology and management, the waste of irrigation water is very serious, and the utilization rate of agricultural irrigation water is only 40%. Now, with the continuous development of science and technology, especially the application of real-time soil moisture monitoring system, it provides an important basis for controlling irrigation water and increasing water use efficiency. Through accurate analysis of soil water use, we can know the development of irrigation work and achieve Scientific, precision irrigation goals.
The application of the real-time monitoring system of soil moisture and its application to precision agriculture are highly compatible. They both use the least resources to achieve optimal agricultural production. The soil moisture real-time monitoring system focuses on the soil moisture that is most relevant to agriculture and monitors the soil in real time. The lyricism provides an important reference for differentiating agricultural irrigation and avoids the situation of under irrigation or multi-irrigation, which is more conducive to the analysis of the causes of drought and the rational allocation of water resources, the mastery of local agricultural production, the development of accurate, efficient, and green High-yield modern agriculture.

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