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Our courses and practical training equip you with cutting-edge methods to tackle pressing environmental and agricultural challenges worldwide. Prospective graduate students can explore our faculty's specialized knowledge and ongoing research initiatives. When you find a topic that sparks your interest, we encourage you to contact the corresponding researcher. On-campus graduate applicants must secure a faculty advisor prior to program admission, while online students typically identify their major professor during their second or third term. Each graduate student receives guidance from both their primary advisor and a Program of Study committee composed of faculty members, including at least one from a complementary discipline.
Plant Breeding focuses on enhancing crop genetics by integrating principles from genetics, statistics, agronomy, plant pathology, entomology, and related scientific fields.
Maize
Soybean
Sorghum
Sunflower
Additional crops studied in collaboration with the North Central Regional Plant Introduction Station.
Earning an advanced degree in plant breeding opens doors to diverse career paths:
Leading public and private plant breeding initiatives
Developing innovative breeding techniques, biotechnologies, and digital tools to enhance breeding outcomes
Creating improved plant varieties