University of Bern prepares to receive parts of the world's oldest ice core, containing crucial climate data spanning 1.2 million years, for groundbreaking analysis.
"This requires precision. We are very meticulous about this."
"Our methods have been extensively tested."
In a groundbreaking scientific achievement, researchers have successfully extracted the world's oldest ice core from Antarctica, spanning an unprecedented 1.2 million years of Earth's climate history. The 2.8-kilometer-long ice core represents a remarkable feat in climate science, offering a window into Earth's past that was previously inaccessible to researchers.
The precious ice cores are currently being prepared for a carefully orchestrated journey from Antarctica to Switzerland. Special refrigerated containers aboard an Italian research vessel will ensure the samples maintain their integrity during the long voyage to Europe. The University of Bern expects to receive these invaluable specimens in mid-summer, marking a significant milestone in Swiss climate research capabilities.
The University of Bern's ice laboratory stands ready to conduct sophisticated analyses of these ancient ice samples. Under the leadership of Hubertus Fischer, researchers will employ precise methods to analyze trapped gases such as CO2 and methane. 'This requires precision,' emphasizes Fischer. 'We are very meticulous about this.' The university's proven methodologies and state-of-the-art facilities position it as a key player in this international research effort.
This unprecedented access to 1.2 million years of climate data holds enormous potential for understanding Earth's climate history and future patterns. The collaborative nature of the research, involving multiple European universities, underscores the global significance of these ice cores. The findings could provide crucial insights into long-term climate cycles and help improve current climate change models.