Yung‐Chiung Chang
Papers
1
Total Citations
7
H-Index
1
About
Yung‐Chiung Chang is a leading researcher in agricultural robotics and controlled environment horticulture, with a focus on automating labor-intensive tasks in plant production. Her most influential work centers on the development and evaluation of a tubing-grafting robotic system for sweet pepper, a breakthrough that addresses the critical challenge of grafting efficiency and plant survival. In her 2012 study, Chang meticulously documented the growth and union acclimation process of grafted sweet pepper, demonstrating how robotic grafting can achieve high success rates while reducing manual labor. This foundational research, which has garnered 7 citations, showcases her ability to integrate engineering precision with plant physiology, offering practical solutions for sustainable agriculture. Her contributions are particularly notable for advancing the mechanization of grafting—a technique essential for disease resistance and yield improvement in solanaceous crops. Chang’s work not only informs the design of next-generation grafting robots but also provides growers with evidence-based protocols for optimizing post-grafting care. For students and researchers exploring the intersection of robotics and plant science, her research exemplifies how automation can transform traditional farming practices, making high-value crops more accessible and resilient.
Research Focus
Key Achievements
Top Papers
- 1