1,000 years of temperature changes, providing insight into recent warming and past volcanic activity. Ph.D. student Mukund Palat Rao and others studied the recent impact of dry summers and exceptionally cold winters on livestock survival. Photo by Gordon Jacoby"/> 1,000 years of temperature changes, providing insight into recent warming and past volcanic activity. Ph.D. student Mukund Palat Rao and others studied the recent impact of dry summers and exceptionally cold winters on livestock survival. Photo by Gordon Jacoby">
State of the Planet

News from the Columbia Climate School

Winter in Mongolia

No comments on Winter in Mongolia

Tree rings reveal patterns that can impact modern economies. In Mongolia, Nicole Davi's team reconstructed 1,000 years of temperature changes, providing insight into recent warming and past volcanic activity. Ph.D. student Mukund Palat Rao and others studied the recent impact of dry summers and exceptionally cold winters on livestock survival. Photo by Gordon Jacoby

Tree rings reveal patterns that can impact modern economies. In Mongolia, Nicole Davi’s team reconstructed 1,000 years of temperature changes, providing insight into recent warming and past volcanic activity. Ph.D. student Mukund Palat Rao and others studied the recent impact of dry summers and exceptionally cold winters on livestock survival. Photo by Gordon Jacoby

No comments on Winter in Mongolia

Tags:

Related Posts

Overhead view of Columbia campus with text Columbia Climate School Class Day 2026: Congratulations Graduates

Congratulations to our Columbia Climate School Class of 2026 and all of our 2026 Columbia University graduates! Learn more about our May 15 Climate School Class Day celebration. 💙 #Columbia2026 #ColumbiaClimate2026