Lamont-Doherty Earth Observatory88
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Realizing a Revolution in Earth Science
The Real-Time Earth initiative is upgrading the technological capabilities of Lamont-Doherty Earth Observatory and transforming the way its scientists study our planet.
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New Class on Predicting the Effects of Climate Change on Global Forests
Brendan Buckley discusses his course, Predicting the Effects of Climate Change on Global Forests, which is offered this spring.
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Laying the Groundwork for Some Major Antarctic Field Campaigns
Fieldwork in Antarctica adds a whole new layer to the meaning of planning. When heavily field-based projects are planned, it is common for preliminary fieldwork to precede the larger project.
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Lamont’s Dave Goldberg: Making Global Connections to Solve a Global Problem
David Goldberg recently returned to Lamont-Doherty Earth Observatory after a visiting appointment at the University of Montpellier on a “Make Our Planet Great Again” award.
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Autonomous Robots Carry Out First Long-Term Missions Under Antarctic Ice
A team of autonomous ocean robots deployed in January 2018 has carried out the first year-long observations under an Antarctic ice shelf.
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Tools of the Trade: Spoonulas, Dredge Baskets, and More From the Core Lab
Lamont’s world-renowned Core Repository is full of fascinating gizmos for exploring the ancient world beneath the seafloor.
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Debunking the Solar-Cycle/North Atlantic Winter Weather Connection
The North Atlantic Oscillation is a key driver of winter weather patterns over the northern hemisphere. In recent years, research has claimed a correlation between the NAO and the 11-year solar cycle. A new paper debunks that claim.
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Climate-Driven Fires Could Turn Yellowstone Forests to Grassland By Midcentury
A new study shows that some of Yellowstone National Park’s forests may be at a climate tipping point, and could be replaced by grassland by the middle of this century.
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Tools of the Trade: A Machine That Squeezes Rocks to Mimic Earthquakes
Inside the Rock and Ice Mechanics Lab, Heather Savage and her team investigate the physics of earthquakes and fault lines.
By studying thousands of buildings and analyzing their electricity use, Columbia Climate School Dean Alexis Abramson has been able to uncover ways to significantly cut energy consumption and emissions. Watch the Video: “Engineering a Cooler Future Through Smarter Buildings“
