In agricultural production, meteorological conditions are the key factors affecting the growth, yield and quality of crops. Meteorological disasters such as drought, flood, low temperature, high temperature and pests and diseases often cause huge losses to agricultural production. Therefore, conducting continuous and accurate meteorological monitoring of the farmland environment has become a necessary condition for the long-term development of agriculture. The farmland environmental information monitoring system is precisely an important tool developed for this purpose.

The WX-NQ14 farmland environmental information monitoring system provides a scientific decision-making basis for agricultural production by monitoring the meteorological data of farmland in real time and accurately. It can help farmers promptly understand the subtle changes in the farmland environment, thereby taking targeted management measures to optimize the growth conditions of crops and increase the yield and quality of crops. Meanwhile, the system can also provide valuable data resources for agricultural scientific research and promote the innovation and development of agricultural technologies. In the long run, the farmland environmental information monitoring system is an important support for the sustainable development of agriculture.

The farmland environmental information monitoring system is equipped with real-time monitoring functions and can continuously monitor key meteorological data such as temperature, humidity, light intensity, wind speed, wind direction and rainfall in farmland for 24 hours. The system ensures the accuracy and reliability of data through built-in high-precision sensors. Meanwhile, the system also has a powerful data analysis capability, which can conduct in-depth mining and analysis of monitoring data, reveal the intrinsic relationship between meteorological data and crop growth, and provide a scientific basis for agricultural production.

The farmland environmental information monitoring system is not only powerful in function, but also humanized in design and friendly in user interface. The system adopts an intuitive and easy-to-understand graphical interface, enabling farmers and agricultural researchers to get started easily and quickly master the usage method of the system. Meanwhile, the system also supports multiple operation methods, such as mobile APP and computer software, making it convenient for users to view monitoring data and analysis results anytime and anywhere.