The spore capture technology of wheat powdery mildew caused by the special research funding project in 22010 has been applied to real-time testing in trial wheat fields and has achieved very good results. Based on this technology, the hardware has been greatly improved. The effect and sharpness of the obtained spore images are clear, and the gradually developed vehicle-borne spore catcher has a major role in the application of wheat fields. It is particularly important to improve pest and disease detection measures and plan and prevention measures.

To realize the application of real-time monitoring and early warning and forecast of powdery mildew spores in the field, it is necessary to solve many key technical problems such as effective identification of powdery mildew spores from spores captured, automatic counting of spores, and enhancement of spore picture clarity. The vehicle-borne spore catcher, through the establishment of an expert recognition database, developed an automatic identification and automatic counting model, and improved the hardware of the existing pathogen spore trapping instrument, successfully solving these key problems.

At the same time, the vehicle-borne spore catcher system is applied to the national network of crop pests and disease detection and reporting. It will achieve the standardization of national disease monitoring and early warning data collection, automated management, and real landscape measurement of field crop growth status. By expanding the establishment of expert library for pathogen spore recognition, it can also be applied to the automatic monitoring of vegetable diseases such as vegetables and fruit trees.

The reason why the vehicle-borne spore catcher can be widely promoted and applied is that it can realize the spores of crop diseases. The spores can be well monitored and continuously and dynamically processed from the time it is produced to the entire infection process. By detecting the overall production and development trend of pests and diseases in advance and improving accuracy and effectiveness, it is important to have greater significance in the prevention and control of crops and the improvement of comprehensive management.