Tzuyi Yu
Papers
1
Total Citations
2
H-Index
1
About
Tzuyi Yu’s research lies at the intersection of precision agriculture, robotic weeding, and sustainable crop management, with a focus on reducing chemical inputs through targeted application technologies. In her most cited work, “Dose response relationship of droplet applications for the leaf-specific weed control in vegetable crops” (2016), Yu established a foundational dose-response framework for controlling individual weed seedlings using micro-droplets delivered by a robotic weeder. By testing Roundup Biactive at doses ranging from 1/128th to four times the recommended rate—including undiluted applications—she demonstrated that leaf-specific, ultra-low-volume herbicide delivery could achieve effective control while drastically minimizing environmental runoff and crop exposure. This work directly informs the design of smart weeding systems that apply herbicides only where needed, advancing the goal of site-specific weed management. Though her citation count remains modest (2 citations), the study’s practical implications for reducing agrochemical use in vegetable production mark it as a critical stepping stone for researchers developing autonomous, precision weed-control robots. Yu’s contributions underscore her commitment to bridging agronomy and robotics for more sustainable farming practices.
Research Focus
Key Achievements
Top Papers
- 1