Warming oceans and an infectious wasting disease has devastated populations of large sunflower sea stars once abundant along the West Coast of North America, according to new research in Science Advances.
A group led by Peng Chen has, for the first time, quantified the current loss that occurs in particle-to-particle interfaces in solar panels, which could inform future designs.
Citizen science databases can be inconsistent, but Cornell researchers have developed a deep learning model that effectively corrects for location biases, leading to more reliable predictions.
An international group of scientists and other professionals, co-led by a Cornell professor, have offered solutions for sequestering atmospheric carbon.
In a whirlwind of seminars, plenary sessions and corridor conversations, 17 Cornell students and six faculty attended COP24 in Katowice, Poland in December.
Farmers can get a significant payoff, especially when crop prices are high, by coordinating their water use with other farmers, according to new Cornell research.
Senior engineering lecturer Douglas MacMartin has co-authored a study that suggests a protocol for geoengineering research and how it could ultimately impact public policy relating to climate change.
In this era of rising atmospheric temperatures, Shorna Allred discussed her concerns about preserving the world’s indigenous societies during her keynote address Dec. 6 at Cornell’s 2018 Sustainability Leadership Summit.
A new Cornell-led study shows that Midwest agriculture is increasingly vulnerable to climate change because of the region’s reliance on growing rain-fed crops.
