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In this new video from the VitisGen project, Dr. Lance Cadle-Davidson, adjunct associate professor of plant pathology, is joined by project manager Beth Takacs (Ph.D. ‘12) and research technician Anna Nowogrodzki to describe work being conducted at the National Cold Hardy Grape Collection at the New York State Agricultural Experiment Station in Geneva, NY, to track and understand powdery mildew resistance in grape plants. VitisGen is a large, multi-institution research effort funded by the USDA and grape industry that aims to develop desirable traits in grape varieties, such as resistance to powdery mildew, cold hardiness, and better fruit quality, all of which are much in demand by North American grape growers. As the video explains, powdery mildew is the most important disease afflicting Vitis vinifera grapes around the world. Using disease resistant varieties found in the wild, scientists are working to develop new cultivated varieties for wine, table and juice grape production that are resistant to powdery mildew, with the goal of reducing expensive fungicide treatments that can cost the average grower upwards of $50,000 a year.

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Students at the Center for Research on Programmable Plant Systems

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Students from Buffalo's McKinley High School — home to one of the few high-school horticulture programs in New York state — visited Cornell May 19 to view the work of the Center for Research on Programmable Plant Systems (CROPPS).

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Lirong Xiang/Provided Cornell researchers stand with an autonomous biosecurity system in a tomato greenhouse. With support from a 2026 Academic Venture Fund, they will develop robotic and diagnostic technologies to improve early detection of plant diseases and strengthen climate-resilient greenhouse agriculture.

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Cornell Atkinson has awarded $900k to support six new research projects that seek to protect coral reefs, improve greenhouse agriculture and understand whether wildfires affect disease spread.

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