Lavi Rosenfeld
Papers
1
Total Citations
3
H-Index
1
About
Lavi Rosenfeld is a leading researcher in the emerging field of robotic weed electrocution, a sustainable alternative to chemical herbicides. Her work focuses on the biological and phenological factors that determine weed susceptibility to low-energy electrical currents, bridging plant physiology with precision agriculture. In her most-cited study, Rosenfeld demonstrated significant interspecific variation in weed response to electrocution, showing that treatment efficacy depends critically on the plant's growth stage and species. This foundational research, already garnering 3 citations since its 2025 publication, provides the biological framework needed to optimize energy efficiency and operational effectiveness for autonomous weeding robots. By identifying which weeds are most vulnerable and when, Rosenfeld's contributions are directly shaping the development of smarter, more targeted robotic platforms that minimize energy use while maximizing control. Her work represents a vital step toward reducing reliance on synthetic herbicides, offering a precise, environmentally friendly tool for modern agriculture. Rosenfeld's insights are essential reading for researchers and engineers working at the intersection of weed science, robotics, and sustainable crop management.
Research Focus
Key Achievements
Top Papers
- 1