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The Aerospace Information Research Institute of the Chinese Academy of Sciences has unveiled a groundbreaking intelligent system designed to monitor and provide early warnings for plant pests and diseases. This system marks a significant achievement in plant protection, combining artificial intelligence (AI) with remote sensing technologies to enable dynamic, multi-dimensional monitoring.
The innovative system, named “Smart Eyes,” utilizes advanced technology for rapid and precise detection of pests and diseases at ground level. It offers a cutting-edge solution to challenges faced by traditional monitoring techniques, such as difficulties in field surveys and lower accuracy at low altitudes.
AI-Powered System for Plant Pest Monitoring
As part of its ongoing efforts to advance AI innovation, China has developed a new system aimed at improving the surveillance of pests and diseases that threaten crops. The system employs advanced smart devices to detect pests with high accuracy, alongside specialized solutions that integrate drone-based remote sensing technology.
These drones conduct low-altitude monitoring operations, contributing to a comprehensive, multi-layered surveillance and early warning system. Compared to conventional methods, this system significantly enhances the ability of scientists to identify and track the spread of pests and diseases more effectively.
“Smart Eyes” Enables Dynamic, Multi-Spectral Monitoring
The “Smart Eyes” system is capable of swiftly and accurately detecting pests and diseases close to the ground. It allows for dynamic monitoring and efficient management of the damage caused by these pests. With its multi-spectral monitoring capabilities, the system provides early warnings against more than 20 major types of pests and diseases.
This achievement represents a major step forward in improving plant protection, addressing traditional challenges such as the limited accuracy of older methods and the difficulty in identifying widespread disasters.
Innovative Solutions to Overcome Technical Challenges
Huang Wenjiang, a researcher at the Aerospace Information Research Institute, explained that the new system helps overcome the limitations of conventional technologies. Field surveys, for instance, often face significant challenges in accurately identifying plant infestations, a problem that the new system resolves by improving detection precision at lower altitudes.
The system also boasts more advanced early-warning capabilities, allowing farmers and researchers to take swift and effective actions to safeguard crops from pests and diseases.
Unveiling at Remote Sensing Conference
The “Smart Eyes” system was introduced during the 5th Conference on Remote Sensing for Plant Diseases and Pests, held in the eastern Chinese city of Hangzhou, Zhejiang province. The event served as a key platform for sharing knowledge on the latest innovations in pest monitoring using artificial intelligence.
This new system combines AI technology, aerospace data, and plant protection theory, opening up new avenues in agricultural research and significantly enhancing crop productivity over the long term.
China’s development of the “Smart Eyes” system underscores its ongoing commitment to innovation within the AI field, particularly in agriculture. By integrating artificial intelligence with remote sensing technology, this advancement substantially improves pest and disease monitoring techniques, empowering farmers to better protect their crops and boost productivity. The system represents a critical step toward a more sustainable and efficient agricultural future.
This concise and technologically advanced update exemplifies how artificial intelligence is increasingly shaping the future of agriculture and plant protection, offering substantial benefits for both productivity and sustainability.
Xinhua
