Climate

The Wond’ry’s Jaclyn Mothupi and School of Engineering’s Janey Camp contribute to Metro Nashville climate adaptation and resilience plan that prioritizes all Nashvillians. Read More

Supported by Discovery Vanderbilt and a collaboration between the College of Arts and Science and the School of Nursing, the center will deepen society’s understanding of the causes and consequences of health-related inequalities. An event marking the center’s launch will take place on Monday, Sept. 18. Read More

Vanderbilt University, led by Professor Ralf Bennartz, will lead a NASA satellite mission investigating Earth's high-altitude ice clouds, backed by a robust grant of $37 million. This endeavor, leveraging the university's climate research expertise, will provide opportunities for student involvement and bolsters Vanderbilt's position in global climate research. Read More

With a newly developed technique, Vanderbilt professor Jessica Oster is revealing how prehistoric climate change shaped fire activity in California. Read More

Research shows that carbon labels can be effective in changing corporate as well as consumer behavior, as corporations adjust their carbon footprint with the dual goals of increased efficiency and improved reputation. Read More

Vanderbilt researchers examine how to rapidly characterize the biological impact of genetic editing on bacteria for energy production, drug discovery and more. Est. reading time: 2.5 mins. Read More

Climate scientist Carlos A. Nobre, who is renowned for his work on the impact of Amazon deforestation, will deliver the 2021 Earth Day Lecture on Wednesday, April 21, at 1 p.m. CT. Nobre’s talk is part of a joint venture by the Vanderbilt Evolutionary Studies Initiative and the Center for Latin American Studies to highlight science in Latin America. Read More

Vanderbilt paleoclimatologists deploy first calcium isotope analysis of North American stalagmite to show how past weather extremes may predict events in California. Read More

A new study has compared the diet of a variety of Australian megafaunal herbivores from the period when they were widespread (350,000 to 570,000 years ago) to a period when they were in decline (30,000 to 40,000 years ago) by studying their fossil teeth. The analysis suggests that climate change had a significant impact on their diets and may well have been a primary factor in their extinction. Read More