Cornell’s incubator Class of 2025, composed of startups Llume, Meiogenix and TETmedical, is advancing innovations in human performance monitoring, non-GMO plant breeding and neurological critical care.
Dr. Craig Altier and Colin Parrish, Ph.D. ’84, both of the College of Veterinary Medicine, have been elected to the American Academy of Microbiology, the honorific leadership group within the American Society for Microbiology.
Cornell University Agricultural Experiment Station (Cornell AES) manages nine research farms and 127,000 square feet of greenhouse space on Ithaca’s campus and across New York state. While these facilities are designed to support research, they are also used as unique teaching tools for two dozen courses covering topics in plant science, soil science, entomology, food systems, agricultural machinery, and more.
Cornell AES manages nine research farms and 127,000 square feet of greenhouse space on Ithaca’s campus and across New York state. While these facilities are designed to support research, they are also used as unique teaching tools for two dozen courses covering topics in plant science, soil science, entomology, food systems, agricultural machinery, and more. This is the third story in a series about on-farm teaching.
The Cornell Institute for Digital Agriculture has announced the recipients of its 2025 Research Innovation Fund faculty and student grants supporting new, cross-disciplinary projects designed to improve global food systems via digital innovation.
Cornell researchers have confirmed that a previously identified biomarker for detecting malignant testicular germ cell tumors – the most common solid cancers in young men – has the potential to improve patient outcomes through early detection.
Challenges women face accessing agricultural technology took center stage at a World Food Prize side event organized by the U.S. Department of State Office of Agricultural Policy and featuring expertise from Cornell’s Feed the Future Insect-Resistant Eggplant Partnership.
Cornell geochemists and synthetic biologists have collaborated to improve the efficiency of microbes that can dissolve rocks to extract critical minerals while speeding carbon sequestration from air.