Some honeybee colonies adapt in wake of deadly mites

A new genetics study of wild honeybees offers clues to how a population has adapted to a mite that has devastated bee colonies worldwide.

New strategy IDs infertility-causing genes

Cornell researchers have developed an experimental strategy to identify infertility-causing mutations found in human populations, with implications for diagnoses and treatments.

In fashion, origami turns function into form

A skirt to be showcased at Vancouver Fashion Week was directly inspired by Cornell physics research on using origami to tailor the mechanical properties of materials.

37 Latin American students jump into summer research

Thirty-seven students from Latin America have been working with research faculty on campus as part of CienciAmerica, an eight-week summer program at Cornell.

K-12 'classroom in a test tube' program expands with grant

A program that develops science educational materials that use live Tetrahymena, a single-celled protozoan, to address key biology concepts is expanding, thanks to a five-year, $1.25 million grant.

Awards nurture Cornell, N.Y. industry partnerships

Center for Advanced Technology awards support Cornell life science faculty and research associates to develop biotechnologies with commercial potential.

'Redshirting' kids yields no advantage in higher education

Holding children back a year from entering kindergarten has no impact on their ultimate performance in graduate school, and could lead to a loss in income, researchers Kevin Kniffin and Drew Hanks find.

Worm pheromones trigger plant defenses, study finds

A new discovery finds that when plants detect pheromones given off by nematode worms, the chemical warning triggers defenses against bacterial, fungal and viral infection.

RNA insecticide could target specific pests

A novel insecticide targets a specific gene in a pest, killing only that bug species on crops and avoiding collateral damage to beneficial insects caused by today’s pesticides.