Education, Training and Pedagogy

Picture a plant pathology lecture where students never see a diseased leaf, or a biotechnology course teaching gene editing students will never perform. For generations, plant science education leaned heavily on memorized taxonomy and chalk-and-talk lectures, often disconnected from the living plants and real laboratories at its heart. Education, Training and Pedagogy in plant sciences addresses how the next generation of botanists, breeders, agronomists, and biotechnologists is taught, trained, and prepared — and how that teaching can keep pace with a field transforming faster than its curricula.

The methods reshaping this space are varied and deliberate. Active and inquiry-based learning replaces passive lectures with problem-solving and discovery; hands-on training in fields, greenhouses, and labs reconnects theory to living systems; and digital tools — virtual labs, simulations, online courses, and interactive visualizations — extend access and bring abstract processes to life. Curriculum design works to integrate the molecular with the agronomic, the computational with the biological, so graduates leave equipped for an interdisciplinary field rather than a single silo. Strengthening how plant science is taught is a recurring concern at any Plant Biology Conference devoted to plant science education.

What remains genuinely open is how to prepare students for a discipline still in motion. How do educators teach skills — bioinformatics, gene editing, data science — that barely existed when current curricula were written? How can hands-on training scale to growing enrolments without losing its value? How should programs balance deep disciplinary knowledge against the breadth modern plant science demands, and how can quality training reach students in regions where resources are scarce? These questions matter because the future of the field is, quite literally, being trained today.