Cornell is part of a new, multistate, $3 million U.S. Department of Agriculture grant to better understand how selectively breeding their herds to encourage milk production is reducing their fertility.
Literally digging up the dirt, Cornell researchers have found that burgeoning deer populations forever alters a forest’s natural future by disrupting the soil’s seed banks.
The zone of overlap between two popular, closely related backyard birds is moving northward at a rate that matches warming winter temperatures, a new study finds.
New research reports that a single supergene can switch the entire wing pattern in certain swallowtail butterflies to mimic toxic relatives and avoid predation.
Engineered molecules called ubiquibodies can mark specific proteins inside a cell for destruction, paving the way for new drug therapies or powerful research tools.
The combination of natural enemies, such as ladybeetles, with Bt crops, delays a pest's ability to evolve resistance to the crops' insecticidal proteins, according to new research.
Cornell oceanographer Charles Greene will give two presentations at the Ocean Sciences Meeting, Feb. 23-28 in Honolulu, on marine algae and tracking fish populations.
Cornell researchers have discovered a worm infecting U.S. cats for the first time. Their discovery is published in the Journal of Feline Medicine and Surgery.
