Graduate Student Programs
.jpg/_jcr_content/renditions/original "UD Professor Jung-Youn Lee (right) and postdoctoral researcher Gabriel Robles Luna discuss lateral root structures. Lee’s research team continues to study the role of plasmodesmal proteins in plant communication.")
Welcome
The College of Agriculture and Natural Resources offers four doctoral and more than nine master’s degree programs. Our campus includes newly renovated laboratories, a state-of-the-art greenhouse complex, modern computing facilities, wetlands and ecology woods, farm animal facilities, and agronomic field plots.
Our graduate programs, which include both funded and self-paying, are characterized by individualized advising, engaging coursework, and faculty who are personally committed to the success of their graduate students.
Funded M.S. and Ph.D. programs are characterized by highly competitive graduate stipends, cutting-edge research in basic and applied disciplines, and travel opportunities for participation in professional meetings. Our self-paying M.S. programs are coursework-based, offer more flexibility, and excellent student-to-faculty ratios.
Advanced Degree Programs
Why Choose UD?
One of the top
UD is one of the top 100 institutions for federal obligations in science and engineering and interdisciplinary initiatives in energy science and policy, the environment and in human health.
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Graduate Programs | College of Agriculture and Natural Resources 
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Graduate Programs | College of Agriculture and Natural Resources 
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Graduate Programs | College of Agriculture and Natural Resources 
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Graduate Programs | College of Agriculture and Natural Resources 
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Graduate Programs | College of Agriculture and Natural Resources 
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Graduate Programs | College of Agriculture and Natural Resources 
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Events Calendar
Graduate & Research News
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UD online master’s program in applied statistics alumna Anaise Higgins took the unconventional path to data science
November 21, 2024 | Written by Nya WynnAnaise Higgins, a UD Class of 2023 graduate of the online master’s program in applied statistics, successfully transitioned into a data science career after completing her degree. The program's flexibility allowed her to work full time while gaining essential skills in areas such as machine learning and statistical methods, which she now uses as a data scientist with a top national insurance company. Higgins praised UD’s mix of core and elective courses, particularly highlighting Mathematical Statistics and Probability Theory. Professor Tom Ilvento, who designed UD’s online applied statistics program, emphasized its adaptability for working professionals, helping students build confidence and gain practical experience in data analytics. -
Qingwu (William) Meng honored by American Society for Horticultural Science
October 29, 2024 | Written by Molly SchaferThe University of Delaware’s Qingwu (William) Meng won second place in the American Society for Horticultural Science (ASHS) early career competition. Meng’s research and teaching focus on the production of high-value specialty crops, including edible crops and flowers, in highly controlled environmental systems like greenhouses and indoor farming spaces. He says controlled-environment horticulture is a sustainable solution to feeding the world while protecting the planet. Meng’s new class, “Growing Plants in Space,” capitalizes on student interest in space exploration to teach plant science. Nicole Donofrio, professor of plant pathology, says Meng cares deeply about increasing the efficiency of hydroponically grown plants. -
The future of urban forests
October 21, 2024 | Written by Nya WynnJack Levy-Diedrich, a Ph.D. student in plant and soil sciences, researches the future of urban forests, which are threatened by invasive species and climate change. His work, under the guidance of faculty member Tara Trammell, focuses on cataloging plant communities and studying seed banks in forests across five states. By analyzing soil samples and vegetation, Levy-Diedrich can predict the impact of forest disturbances and how invasive species may take over. This research aims to influence urban forest management, helping environmental entities protect biodiversity and mitigate future threats.