Sarah Lee
Assistant Professor and Program Coordinator for Cannabis Operations and Plant-Based WellnessNorthern Michigan UniversitySarah Lee is an Assistant Professor and Program Coordinator for Cannabis Operations and Plant-Based Wellness at Northern Michigan University. She holds an M.S. in Plant Breeding, Genetics, and Biotechnology from Michigan State University and bachelor’s degrees in biology and chemistry from the University of Utah.
Before joining NMU, Sarah worked in large-scale cannabis cultivation, overseeing production and applying plant science and process improvement methods to crop care and operational efficiency. Her research background in plant breeding and her industry experience inform her teaching on cannabis production, including the practical tradeoffs between seed and clonal propagation.
Northern Michigan University: Seed vs. Clonal Propagation: Evaluating Tradeoffs in Modern Cannabis Production
A science-focused session comparing seed-based and clonal propagation systems, with an emphasis on real-world tradeoffs. Topics include consistency vs
…A science-focused session comparing seed-based and clonal propagation systems, with an emphasis on real-world tradeoffs. Topics include consistency vs. variability, disease risk, scalability, cost considerations, and operational fit. The session also
…A science-focused session comparing seed-based and clonal propagation systems, with an emphasis on real-world tradeoffs. Topics include consistency vs. variability, disease risk, scalability, cost considerations, and operational fit. The session also introduces basic breeding strategies, how to identify reputable genetics providers, and foundational genetic analysis concepts to support informed decision-making.
A science-focused session comparing seed-based and clonal propagation systems, with an emphasis on real-world tradeoffs. Topics include consistency vs. variability, disease risk, scalability, cost considerations, and operational fit. The session also introduces basic breeding strategies, how to identify reputable genetics providers, and foundational genetic analysis concepts to support informed decision-making.
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