Stephanie Miles

Papers

Total Citations

144

H-Index

About

Dr. Stephanie Miles has pioneered the intersection of agricultural science and robotics, with her work fundamentally shaping how automation is applied to specialty crop harvesting. Her most influential contribution, "AE—Automation and Emerging Technologies" (2001), has garnered 109 citations and serves as a foundational text for researchers exploring robotic solutions in agriculture. Dr. Miles’s empirical research on mushroom harvesting demonstrates her unique ability to bridge biological systems with mechanical engineering. In her highly cited 1997 study on robotic harvesters, she established critical relationships between mushroom strain selection, population density, and harvesting efficiency—work that directly informed the design parameters for automated picking systems. Her complementary research on compost and casing layer depths revealed how growing conditions affect mushroom texture, bruising susceptibility, and detachment ease, providing essential data for developing gentle, effective harvesting mechanisms. With over 140 total citations, Dr. Miles’s career exemplifies how deep biological understanding can drive technological innovation, making her a key figure in the advancement of precision agriculture and robotic harvesting systems.