Cornell researchers and Haudenosaunee (Iroquois) growers discussed indigenous knowledge and traditional agricultural practices at a symposium at Cornell Botanic Gardens.
Cornell Tech is planning for its Bloomberg Center academic building to reach net-zero and LEED Platinum status, with all of the energy needed to power the building generated on campus.
Harry Kaiser, associate dean for academic affairs of the Charles H. Dyson School of Applied Economics and Management, has been named a 2017 Agricultural and Applied Economics Association fellow.
Cornell Botanic Gardens has expanded the Palmer-Adams Preserve and its Bald Hill Natural Area with a gift of 31.1 acres on Bald Hill School Road in the town of Caroline, New York.
For more than 20 years, Cornell has facilitated collaborative solutions to protect and preserve the Hudson River Estuary and its watershed, and on May 23, the university was recognized for its efforts.
For 35 years, the Northeast Regional Climate Center, housed in the College of Agriculture and Life Sciences, has been helping farmers and policymakers adapt to the weather.
Bactana Animal Health, a new company providing a natural, sustainable alternative to dosing livestock prophylactically with antibiotics and hormones, joined Cornell’s McGovern Center in May.
On May 11 eight nations that adopted the first Arctic Invasive Alien Species strategy and action plan – a section of the Arctic Council’s Fairbanks Declaration – authored by scientists led by the Atkinson Center's David Lodge.
Cornell scientists and engineers are seeing wind in high resolution, creating the world's largest, most-detailed wind maps ever from the picturesque hills of Perdigão, Portugal.
Lord Martin Rees, who has probed deep into the cosmos, studied gamma-ray bursts and galactic formation, spoke May 8 at Cornell on issues closer to home: the preservation of our “pale blue dot.”
Organic material added by plant roots and microbes provide nutritious candy for the soil. Literally. Cellular sugar boosts water and nutrient retention, says new Cornell research.
