Yongkui Jin

Ministry of Agriculture and Rural Affairs

Papers

Total Citations

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About

Yongkui Jin is a leading researcher in agricultural mechanization and precision weed control, with a focus on developing innovative, low-damage weeding technologies for soybean cultivation. His most cited work, "Design and Testing of an Elastic Comb Reciprocating a Soybean Plant-to-Plant Seedling Avoidance and Weeding Device" (2023, 10 citations), addresses a critical challenge in automated weed management: reducing seedling injury while maintaining high weeding efficacy. Jin’s major contribution lies in designing a mechanical weeding device that uses an elastic comb mechanism to avoid damaging soybean plants during interplant weed removal—a problem that existing image-recognition and intelligent navigation platforms have not fully solved. By prioritizing mechanical simplicity and seedling avoidance, his work offers a practical, cost-effective alternative to sensor-dependent systems. Though early in his career, Jin’s research has already garnered attention for its potential to improve the sustainability and efficiency of soybean farming. His device represents a significant step toward fully automated, low-injury weed control, with implications for reducing herbicide use and enhancing crop yields. Jin’s ongoing work continues to refine these technologies, positioning him as an emerging innovator in precision agriculture.