Spore Catcher: Enhancing Precision in Agricultural Disease Prevention Through Intelligent Monitoring

In traditional agricultural production, there has always been a problem of lag in crop disease prevention and control. Farmers mainly rely on experience to judge diseases, and by the time obvious symptoms appear in the field, certain losses have often been caused. Blind use of pesticides is also common, which not only increases production costs but also pollutes the environment. However, the advent of Spore Catcher will change this situation.

Take wheat cultivation as an example. In the past, when dealing with diseases such as wheat rust, farmers could only know that the disease had occurred when obvious rust spots appeared in the field, but by then, the pathogens might have multiplied in large numbers and spread everywhere. But with Spore Catcher, the situation is completely different. At a wheat planting base, after installing Spore Catcher, the increase in the concentration of rust pathogen spores was detected in advance. Farmers used the early warning information and prevention suggestions provided by the system to accurately apply pesticides in the early stage of the disease, successfully avoiding the outbreak of large-scale diseases.

Spore Catcher is a plant protection instrument used for 24-hour intelligent monitoring of disease spore stocks and dynamic analysis of their spread. The Spore Catcher under Fengtu integrates light, electricity, numerical control technology, and is equipped with automatic microscopic imaging technology to photograph and monitor spores. The horizontal and vertical dual-axis motors inside the equipment operate precisely and flexibly. The special air duct airflow circulation design forms an air duct at the air inlet and outlet, ensuring air circulation, effectively reducing the collection repetition rate, shortening the sampling time, and improving collection efficiency. The sampling time of the air inlet can be set for a single sampling. The system has a built-in high-precision sensor and analysis module, which can record key data such as the number, type, and capture time of spores in real-time. Through wireless transmission technology, this information is uploaded to the cloud platform. Users can remotely check the dynamic change trend of spores through mobile phones or computers, know the risk of disease occurrence in advance, and provide a reliable basis for scientific prevention and control.

Spore Catcher can automatically capture pathogen spores 24 hours a day without interruption, and automatically take real-time online photos and analyze the captured pathogen spores. The system has a high-quality picture selection function, which will automatically select clear photos and upload them to the cloud server. Using cloud server technology, manual statistics and analysis of pathogen spore pictures can be realized. Users can view and confirm in real-time manually and remotely, which greatly shortens the prediction and forecast cycle. It can also remotely control the switch, set the working mode (automatic or manual photography), working hours, etc. The device has a built-in high-definition large screen display, adopts the Windows operating system, has a good human-computer interaction interface, and supports local viewing of captured photos, configuring device parameters, and controlling the device. In addition, it can automatically detect the usage of the glass slide tape and prompt replacement, and can work continuously for a long time; it can automatically detect the temperature and humidity in the box to ensure the normal operation of the device; it also has a GPS positioning function, which can prevent theft and displacement.

Spore Catcher is of great significance to agricultural production. It can monitor the microbial community in the farmland environment. By analyzing spore samples, it can evaluate the diversity and abundance of microorganisms in the soil and air, understand the health status of the farmland ecosystem, and provide guidance for the regulation of crop planting environment. It provides researchers with detailed information on diseases and pathogens, helping farmers optimize planting strategies, such as guiding the selection of disease-resistant varieties and determining fertilization cycles, so as to improve the disease resistance and yield of crops. Through real-time monitoring and analysis of spore data, it provides farmers with accurate decision support in irrigation regulation, disease prevention and control, fertilization management, etc.