Genetic marker discovery could ease plant breeders’ work

Transferring genetic markers in plant breeding is a challenge, but a team of grapevine breeders and scientists at Cornell AgriTech in Geneva, New York, has come up with a powerful new method.

Nine assistant professors win NSF early career awards

Seven Cornell faculty members have received National Science Foundation Faculty Early Career Development Awards.

Faculty committee recommends public policy college

The recommendations to refocus the College of Human Ecology and form several “superdepartments” are the latest steps in a multiyear review of how to strengthen the social sciences at Cornell.

Wild tomatoes resist devastating bacterial canker

New research from the lab of Christine Smart in the College of Agriculture and Life Sciences shows that wild tomato varieties are less affected by deadly bacterial canker than traditionally cultivated varieties.

Collaboration reveals potential new therapy for osteoarthritis

Recent multidisciplinary research at Cornell, led by Dr. Michelle Delco from the College of Veterinary Medicine, reveals that the application of a proprietary peptide may protect cartilage from osteoarthritis.

Zoo U: Conservation, education drive Cornell-zoo partnership

A 23-year partnership between the Rosamond Gifford Zoo in Syracuse, New York, and the College of Veterinary Medicine provides care for endangered species while giving veterinarians and students specialized training.

Biologist’s research offers insight on molecular structures

Using cryo-electron microscopy, assistant professor Liz Kellogg has made recent discoveries that add to our knowledge of Alzheimer’s disease and the fundamental mechanisms of DNA recombination.

Plants speak ‘roundworm’ for self-defense, study shows

Researchers from Boyce Thompson Institute have found that plants manipulate nematode pheromones to repel the pests, which cause more than $100 million in damage to crops every year.

Satellite constellations harvest energy for near-total global coverage

A collaboration led by Patrick Reed has discovered the right combination of factors to enable a four-satellite constellation that maintains nearly continuous 24/7 coverage of almost every point on Earth.