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See how our current work and research is bringing new thinking and new solutions to some of today's biggest challenges.

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Three people stand together holding farming equipment in a field

How can a farmer increase yields while decreasing negative environmental impacts? For many, the answer has been the system of rice intensification (SRI), an interrelated set of farming principles that rely on fewer seeds, less water and a partial or complete shift from inorganic fertilizers to organic manures and compost. Cornell hosts the SRI International Network and Resources Center (SRI-Rice), and former director of Cornell International Institute for Food, Agriculture and Development Norman Uphoff was recently featured in an article about the practice.“There is no secret and no magic with SRI. Its results are and must be explainable with solid and scientifically validated knowledge,“ he said. "From what we know so far, SRI management practices succeed in large part because they promote better growth and health of plant roots, and increase the abundance, diversity and activity of beneficial soil organisms.” Cornell SRI-Rice program director Erika Styger also shared one amazing success story in war-torn Mali in this Chronicle piece.

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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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