Water resources will fluctuate increasingly and become more and more difficult to predict in snow-dominated regions across the Northern Hemisphere by later this century, according to a new study.
An intercampus research team has been awarded a five-year, $3.65 million grant from the National Institutes of Health to develop a quick, inexpensive method for accurately diagnosing urinary tract infections in kidney transplant patients.
A new database allows users to search any U.S. ZIP code address to learn about extreme weather concerns like hurricane or wildfire exposure, and to find nearby problematic environmental sites.
A Cornell team has developed a way to spatially map the entire spectrum of RNA in a cell’s transcriptome, revealing the role of previously elusive RNA in skeletal muscle regeneration and viral myocarditis in mice.
As surveying the cosmos for the new James Webb Space Telescope gets hot, Cornell researchers have modeled and synthesized lava in order to discover far-away, volcanic exoplanets.
A $2 million grant from the National Science Foundation will fund research, led by Nicholas Abbott from the Smith School of Chemical and Biomolecular Engineering, into “microcleaners” for waterways.
Cornell engineers are the first to study thermal transport in 2D hybrid perovskites – a new class of materials with promising applications for photovoltaics and thermoelectronics.
At the upcoming Conference of the Parties – best known as COP27 – 11 Cornell students will help delegations from small countries gain a stronger environmental voice.
A special type of cell, called an osteocyte, may hold the key to some of the mysteries of osteoporosis. A research group led by Karl Lewis, assistant professor of biomedical engineering, is studying osteocytes in unique new ways.