What will be identified as the primary factor influencing the Mid-Pleistocene Transition by end of 2026?
Greenhouse gas levels • 25%
Temperature variations • 25%
Ash layer deposits • 25%
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Scientific publications or announcements from the Beyond Epica - Oldest Ice project or involved research institutions
EU-Funded Team Extracts 1.2-Million-Year Antarctic Ice Core at 2.8 km Depth
Jan 9, 2025, 07:30 AM
Scientists have successfully extracted the oldest ice core ever recorded, dating back 1.2 million years, from Antarctica. This achievement, part of the EU-funded Beyond Epica - Oldest Ice project, was led by the Italian Institute of Polar Sciences and involved researchers from 10 European nations. The ice core, drilled to a depth of 2.8 kilometers at the Little Dome C site on the Antarctic plateau at an elevation of 3,200 meters, provides a continuous climate record that extends 400,000 years further back than previous cores. The research aims to uncover insights into the Mid-Pleistocene Transition, a period when glacial cycles shifted from 41,000-year to 100,000-year intervals, a phenomenon still not fully understood. The core contains ancient air bubbles, particles, and ash layers that will help scientists study greenhouse gas levels and temperature variations over millennia. The project faced extreme conditions, including temperatures of -35°C, and required over 200 days of drilling across four Antarctic summers. The ice core will be transported to Bremerhaven, Germany, and distributed among European laboratories for detailed analysis, offering critical data to understand past climate changes and their implications for the future.
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Other • 25%
Atmospheric carbon levels • 25%
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Ice Age cycles • 25%
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Other significant climate insights • 25%
Evidence of ancient atmospheric composition • 25%
New insights into the Mid-Pleistocene Transition • 25%
Clues about past sea level changes • 25%
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New data on atmospheric CO2 levels • 25%
Evidence of ancient volcanic activity • 25%
Changes in Ice Age cycles • 25%
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Natural climate variability • 25%
Greenhouse gas emissions • 25%
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Combined factors • 25%
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Ice Age cycle dynamics • 25%
Germany • 25%
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France • 25%
Italy • 25%