In the development of modern agriculture, farmland environmental information monitoring system is playing an increasingly important role. This system integrates a variety of high and new technologies, and can collect the parameters of agricultural meteorological environment accurately and in real time, which provides valuable scientific basis and decision support for agricultural production.

WX-NQ14 farmland environment information monitoring system is usually composed of sensor network, data acquisition equipment, data processing and analysis software. Among them, the sensor network is the "eye" of the system, responsible for capturing key parameters in the farmland environment in real time. These sensors can accurately measure meteorological data such as temperature, humidity, light, wind speed, wind direction, rainfall, and soil information such as soil temperature and soil moisture. Through these data, farmers can fully understand the real-time environmental conditions of farmland and provide precise guidance for agricultural production.

The data acquisition device is the "brain" of the system, which is responsible for transmitting the data collected by the sensor to the cloud server or the central control room via wireless or wired means. This process ensures real-time and accurate data, allowing farmers to keep up to date with the latest developments in the field environment anytime, anywhere. At the same time, the data acquisition device also has the function of data storage and backup, which provides convenience for the analysis and comparison of historical data.

Data processing and analysis software is the "intelligent core" of the system. It is capable of deep processing, analysis and visual presentation of the received data. Through charts, curves and other forms, farmers can intuitively understand the changing trend and law of farmland environmental parameters. In addition, the software can provide farmers with scientific agricultural production recommendations based on historical and real-time data, such as irrigation plans, fertilization schemes, and pest control measures.

The application of farmland environment information monitoring system has brought many benefits to agricultural production. First, it improves the precision and efficiency of agricultural production. Through real-time monitoring and analysis of farmland environmental parameters, farmers can make more scientific production plans and management measures to ensure the healthy growth of crops and high yield and quality. Secondly, it promotes the sustainable development of agriculture. By accurately monitoring the field environment, farmers can assess the impact of agricultural activities on the environment and develop sustainable development strategies to reduce pollution and damage to the environment.