The Center for Research on Programmable Plant Systems (CROPPS) welcomes Liz Jones as assistant director for research, leveraging her 20 years of expertise in molecular and genomic applications to lead interdisciplinary research and drive agricultural innovation across six institutions.
Researchers in the Department of Natural Resources and the Environment have developed a new model to understand wildlife interactions. They’ve found that coyote populations in upstate New York may benefit fishers but not American martens.
Faculty from the Department of Public & Ecosystem Health in the Cornell University College of Veterinary Medicine, in partnership with the University of Pretoria in South Africa, have received an NIH P20 grant to establish the Center for Transformative Infectious Disease Research on Climate, Health and Equity in a Changing Environment (C-CHANGE).
In “Piping Hot Bees & Boisterous Buzz-Runners: 20 Mysteries of Honey Bee Behavior Solved,” biologist Thomas Seeley shares some of the findings of his decades’ worth of investigations into honey bee behavior.
Do animals have emotions? The answer is a resounding yes, according to an interdisciplinary group of animal behavior researchers from the fields of biology, psychology, anthropology and philosophy surveyed in a recent project.
A global analysis by Cornell researchers found that recycling all the human and livestock feces and urine on the planet would contribute substantially to meeting the nutrient supply for all crops worldwide, thereby dramatically reducing the dependency on fossil fuels.
Dan Kowal, associate professor of statistics and data science in the College of Agriculture and Life Sciences, has developed a new Bayesian regression analysis method that’s more flexible, accurate and easy to use.
The Cornell University College of Veterinary Medicine celebrated the grand reopening of the Cornell Equine Park Wednesday, Nov. 13. The event comes after two years of construction and remodeling of the park on Bluegrass Lane, just a mile east of campus.
Cornell researchers built miniature VR headsets to immerse mice more deeply in virtual environments that can help reveal the neural activity that informs spatial navigation and memory function and generate new insights into disorders such as Alzheimer’s disease and its potential treatments.