Through plants and personal stories, a new student-led exhibit at Cornell Botanic Gardens explores the concept that people live because the natural world lives.
A new engineered gene editing system addresses some of the limitations of current gene editing tools with the hope of improving their use for research, for better crops or to treat diseases.
As an undergraduate researcher, Maya Mangala-Munuma '25 found that trees were three times more likely to be damaged in impoverished, racially diverse neighborhoods.
A Cornell-led study finds that wines made from disease-resistant grape varieties, long dismissed by traditionalists, appeal to consumers as much as those made from classic European grapes.
Cornell Cooperative Extension has boosted its support for New York state agritourism as the industry has grown, with the number of participating farms nearly doubling and revenue tripling since 2007.
Fungal diseases can contribute up to 20% of staple crop losses and drug-resistant fungal infections lead to some 3.8 million human deaths, globally per year.
The cutting-edge imaging platform observes microscopic traits in plants and can detect grape diseases that cost vineyard owners billions in annual losses globally.
