Authors from the College of Veterinary Medicine say allowing bats to survive and thrive by letting them exist undisturbed in their habitats can pay other dividends around the world.
The smallest and shallowest bodies of water exhibit the greatest variability of greenhouse gas emissions over time, according to a paper that could help improve the accuracy of climate models.
A Cornell webinar June 26 will discuss how protection and restoration of natural habitats can prevent pandemics while addressing climate change and biodiversity loss.
Following a mid-May freeze, two Cornell viticulture experts are advising grape growers in New York on how to rescue their season, as vineyards now face a reduced crop and economic loss.
Cornell Atkinson will provide $1.6 million in seed funding to support research teams across nine colleges and 22 departments, many with external partnerships.
The classic identification guide “Weeds of the Northeast” sprouted from a collaboration of Cornell researchers. Now, a new edition of the book brings together a pair of uncannily named weed scientists: Antonio DiTommaso and Joseph DiTomaso.
Microbes are by far the most important factor in determining how much carbon is stored in the soil, according to a new study with implications for mitigating climate change and improving soil health for agriculture and food production.
Cornell Botanic Gardens has acquired 81 acres adjacent to the Fischer Old-growth Forest natural area in Newfield, New York, to further protect some of the county’s most mature trees – some of them 300 years old.
A new garden at Akwe:kon, established by students from the American Indian and Indigenous Studies Program and the Cornell Botanic Gardens, aims to honor Indigenous students and their connection to the land.
Doctoral candidates Julia Nolte and Ewan Robinson are the 2022-23 recipients of the Cornelia Ye Outstanding Teaching Assistant Award. The award recognizes two outstanding graduate teaching assistants (TAs), one domestic and one international, who have clearly demonstrated dedication and excellence in their teaching responsibilities.
From monitoring blood pressure to potholes: Professor Max Zhang's Internet of Things (IoT) course teaches students how to leverage IoT sensor technology to solve real-world problems and help the community.
Cutting-edge, data-driven agricultural technologies and precision management strategies designed for the farm of the future will be developed, evaluated and demonstrated, thanks to a four-year, $4.3 million U.S. Department of Agriculture grant.
