Benjamin Bryant

Papers

Total Citations

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About

Dr. Benjamin Bryant is a researcher specializing in high-throughput crop phenotyping and precision agriculture, with a focus on developing non-destructive methods to quantify plant growth. His key contributions center on leveraging three-dimensional (3D) point cloud technology to assess crop canopy structure, particularly for cotton. In his most cited work, "In Situ Cotton Leaf Area Index by Height Using Three‐Dimensional Point Clouds" (2019, 5 citations), Dr. Bryant introduced an innovative approach using inexpensive, structured near-infrared laser projectors to rapidly and accurately measure leaf area index (LAI) at different canopy heights. This method offers a significant advancement over traditional destructive sampling, enabling real-time, in-season monitoring of crop development for breeding programs and agronomic research. By demonstrating that affordable 3D sensors can replace costly equipment, his work enhances the accessibility of high-throughput phenotyping. Dr. Bryant’s research bridges engineering and plant science, providing tools that help breeders select for improved canopy architecture and yield potential. His contributions are foundational for integrating 3D sensing into routine field assessments, supporting more efficient and data-driven crop improvement.