What IoT devices are used in the construction of high-standard farmland?

Smart agriculture IoT vigorously promotes the construction of high-standard farmland, which serves as the material foundation for steadily improving comprehensive agricultural production capacity and ensuring long-term national food security. To build a comprehensive digital decision-making platform for high-standard farmland that integrates "soil health, efficient water conservation, green farmland, and environmental ecology," the use of related equipment is indispensable. So, what are the commonly used IoT devices for high-standard farmland?
1. Intelligent Spore Capture Device
The intelligent spore capture device can collect disease-causing pathogen spores carried by air currents, used to detect the存量 and diffusion dynamics of disease spores, providing reliable data for predicting and preventing disease outbreaks, thereby avoiding large-scale crop diseases.
2. IoT Pest Monitoring and Forecasting System
The IoT pest monitoring and forecasting system enables automatic monitoring and early warning of pest conditions. It can expand to include various sensor interfaces such as meteorological sensors and wirelessly upload data, allowing real-time monitoring of pest occurrences through the smart agriculture IoT system.
3. Agricultural Environment Monitoring Station
It can monitor parameters such as temperature and humidity, light intensity, atmospheric pressure, evaporation, wind speed, rainfall, soil temperature and humidity, wind direction, etc., in real-time. It provides data for agricultural production, enabling timely disaster prevention and mitigation measures based on environmental changes.
4. Soil Moisture Monitoring Station
It can detect parameters including soil temperature, soil moisture, soil EC value, soil pH value, nitrogen, phosphorus, potassium, etc. Using 4G communication, it can upload monitoring data to the cloud platform in real-time, display data collected by monitoring devices, and allow随时查看 soil moisture changes to take corresponding irrigation and fertilization measures.
5. Real-time Remote Seedling Monitoring Equipment
Real-time remote seedling monitoring equipment integrates network and video technologies, using self-developed information converters and specialized software to achieve remote real-time monitoring of plant and insect dynamics. It can monitor and store field conditions such as seedling growth, soil moisture, and pest and disease occurrences in real-time, automatically uploading data to the smart agriculture and forestry IoT platform. It enables全天候 unmanned, continuous automatic operation, providing basis for pest forecasting and control, expert research, and natural exploration in agriculture and forestry.
6. Insecticidal Lamp
Based on the phototaxis of insects, it uses specific光谱 ranges that insects are sensitive to as attractant light sources to lure and effectively kill insects, reducing pest indices, and controlling pests and insect-borne diseases. It is a specialized device that can significantly reduce pesticide use, promoting green and environmental protection.
The construction of high-standard farmland is a major direction in current agricultural development. Building high-standard farmland can greatly increase grain production capacity and significantly enhance the disaster resistance of farmland.