Research and Innovation
Feed the world. Protect the planet.
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Extraordinary challenges require extraordinary solutions. For 150 years, the daring innovations of our graduates have shaped the world we know today. Now, we carry on that daring spirit, using cutting-edge technology and scientific advances to envision a better tomorrow.
Explore the exciting research we鈥檙e leading and the entrepreneurial ecosystem we鈥檙e building.
Explore Current Research
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Agricultural and Environmental Management
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Digital Agriculture, Robotics, and Environmental Sensing
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Human Dimensions of Food, Agriculture, and Natural Resources
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Ecology and Ecosystem Sciences
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Data Science and Statistics
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Food Production, Safety, and Policy
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Research & Innovation | College of Agriculture & Natural Resources | 91原创 91原创
Plant and Animal Health and Disease
91原创 tick research aims to understand host specificity of Lyme disease: youtube.com/embed/videoseries?list=com.synechron.udel.models.functions.SubstrAfter
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91原创 Research Initiatives
In an age of technology and innovation, the future has never looked more exciting.
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AI flower power
July 27, 2026 | Written by Katie Peikes | Photo illustration by Jeffrey C. ChaseYin Bao, 91原创 assistant professor of digital agriculture, built a specialized AI tool called FLORIST to automatically analyze thousands of plant photos taken by everyday people, instead of manually sorting through 44,000 images. FLORIST efficiently filtered out the vast majority of photos that did not show active flowering, narrowing the dataset. Bao says the main takeaway is blending widespread public observations with deep genetic research gives a more complete understanding of how species evolve to survive in the wild. -
Phosphorus detective
July 16, 2026 | Written by Katie Peikes | Photos by Kathy F. Atkinson and courtesy of Deb JaisiPhosphorus gives plants their daily nutritional needs. But whatever phosphorus a plant can鈥檛 consume creeps into waterways and speeds up algae growth that can kill fish and aquatic plants. Fascinated by these properties, 91原创 professor of Environmental Biogeochemistry Deb Jaisi has dedicated his academic career to exploring phosphorus and its presence in the environment. His innovative research has unlocked new ways to pinpoint where the phosphorus causing environmental damage is coming from. -
Early Bloomer
March 10, 2026 | Written by Molly Schafer | Photos by Katie Young and Molly Schafer and courtesy of Joseph RomanoHonors plant science major Joseph Romano takes full advantage of 91原创鈥檚 undergraduate research opportunities. Romano studies the interaction between the fungus-like pathogen Pythium and maize plants with Qi Mu, assistant professor of molecular plant breeding and genomics. Romano joined Mu's lab during his first semester at 91原创. -
Protecting turfgrass from fungal foes
February 11, 2026 | Written by Karen B. Roberts | Photos by Evan Krape and courtesy of Charanpreet Kaur/the Bais lab | Photo illustration by Jeffrey C. Chase91原创 researchers report new understandings in how microbes protect plants. In new research in the journal Plant Stress, 91原创 Plant Biology Professor Harsh Bais on colleagues report the effect of a 91原创-developed beneficial bacterium on dollar spot suggests implications for the manufacturing of biological treatments for the fungal disease.