A workshop Thursday will bring together women activists from many communities to talk about how women have been able to successfully influence sustainable peace through everyday activism. The event is being held by the new Women, Peace and Security Program, which is directed by Nobel Peace Laureate Leymah Gbowee.
“Trends are always nonlinear. Adoption accelerates because of policy and sometimes in spite of policy. Even if Washington has a different view, businesses and capital markets care about sustainability, and the movement will continue in spite of them.”
How does El Niño work, and how does it affect our climate, food supplies and water availability? The two men whose scientific work has been key to solving these puzzles will be honored Wednesday with the Vetlesen Prize, marking a major achievement in Earth sciences. And this afternoon, they’ll have something to say about it in a webcast lecture.
The Undergraduate Program in Sustainable Development is currently accepting applications for fall semester 2017 teaching assistant positions. Applicants must be current full-time Columbia University students enrolled in a degree granting program. Applications will only be accepted by graduate students and undergraduate juniors or seniors.
The Education Committee of the Earth Institute faculty is seeking book proposals for a new series of sustainability primers to be published by Columbia University Press. Proposals are due by May 29, 2017.
Yael Kiro, an associate research scientist at Lamont-Doherty Earth Observatory, has received the 2017 Professor Rafi Freund Award from the Israel Geological Society for work published on the ancient climate history of the Dead Sea.
As Colombia rebuilds following last year’s historic peace deal with Marxist FARC rebels, it has an opening to advance sustainable land development, a new study contends.
The vast majority of scientists around the world agree that our climate is changing at a faster rate than ever recorded in human history because of our use of fuels such as coal and oil, so-called fossil fuels. The conclusion rests on basic physics known since the early 1800s, when physical scientists first recognized that carbon dioxide, then a recently discovered gas, could act as a sort of greenhouse, preventing heat introduced by the sun from escaping back into space – the “greenhouse effect.”
A new study shows that dryness of the atmosphere affects U.S. grassland productivity more than rainfall does. The findings could have important implications for predicting how plants will respond to warming climate conditions.