In the era of rapid technological development today, the agricultural field has also ushered in an intelligent transformation. As an important tool of modern agriculture, the agricultural four conditions monitoring system is playing an indispensable role.
The agricultural four conditions monitoring system is composed of terminal equipment and the agricultural four conditions monitoring and reporting platform, covering the disaster meteorological station monitoring system, soil moisture monitoring system, pest and disease monitoring system and seedling condition monitoring system. It is like the "clairvoyant eyes" and "stethoscopes" for agricultural technicians to manage agricultural production, and conducts real-time monitoring and management of all key links of agricultural production.
Through the meteorological station in the terminal equipment, meteorological elements such as air temperature, air humidity, wind speed and wind direction are monitored in real time to provide accurate meteorological data for agricultural production. These data are extremely important for agricultural production. Farmers can reasonably arrange agricultural activities according to the meteorological conditions and improve their ability to respond to natural disasters.
The soil moisture monitoring system is the "health guard" of the land. It is composed of a multi-channel data acquisition instrument, sensors, etc., and can comprehensively monitor soil elements such as soil moisture, soil temperature, soil pH value and electrical conductivity. This system scientifically and truly reflects soil changes and provides the moisture status of each monitoring point in a timely manner, providing an important basis for fertilization, irrigation, disaster reduction and drought resistance.
The pest and disease monitoring system is the "protector" of crops. The intelligent pest monitoring system mainly uses insecticidal lamps and an automatic pest monitoring and reporting system. Insecticidal lamps use the phototaxis of pests for physical prevention and control, while the pest monitoring and reporting system integrates functions such as pest trapping, shooting, and environmental information collection. Through the integration of modern technologies, a series of operations are automatically completed, and pest information is uploaded to the monitoring and reporting platform in real time to provide data support for pest analysis and prediction.
The seedling condition monitoring system is like an "observer" of crop growth. The seedling condition video monitoring system uses audio and video technology to monitor the growth of farmland crops in real time. Staff can grasp the growth of crops at any time through video surveillance and take timely measures to deal with emergencies and reduce losses.
The Agricultural four conditions monitoring system comprehensively integrates various advanced technologies such as computer and network technology, Internet of Things technology, audio and video technology, and sensor technology, and realizes digital and 3D visual comprehensive management of farms. From remote diagnosis to automatic control, from disaster warning to production and quality traceability management, from real-time dynamic management of farm personnel, equipment and resources to automated full-process real-time dynamic management of farm crops and livestock, and then to traceable distribution services of agricultural products, it provides all-round support for modern agriculture.
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