International audienceThe significance of the apparent 1470 years cycle in the recurrence of the Dansgaard-Oeschger (DO) events, observed in the Greenland ice cores, is debated. Here we present statistical significance tests of this periodicity. The detection of a periodicity relies strongly on the accuracy of the dating of the DO events. Here we use both the new NGRIP GICC05 time scale based on multi-parameter annual layer counting and the GISP2 time scale where the periodicity is most pronounced. For the NGRIP dating the recurrence times are indistinguishable from a random occurrence. This is also the case for the GISP2 dating, except in the case where the DO9 event is omitted from the record
Large-amplitude (10–15 Kelvin), millennial-duration warm events, the Dansgaard-Oeschger (DO) events,...
Spectral analyses performed on records of cosmogenic nuclides reveal a group of dominant spectral co...
GISP2 record of δ18O proxy for Greenland temperature. GISP2 has been placed on the new GICC05 timesc...
International audienceThe significance of the apparent 1470 years cycle in the recurrence of the Dan...
The significance of the apparent 1470 years cycle in the recurrence of the Dansgaard-Oeschger (DO) e...
The Dansgaard–Oeschger (DO) events, as observed in oxygen isotope ratios from the North Greenland Ic...
By comparing the high-resolution isotopic records from the Greenland Ice Core Project (GRIP) and the...
Ice core records from Greenland have shown times of rapid warming during the most recent glacial per...
During the last glacial period Northern Hemisphere climate was characterized by extreme and abrupt c...
During the last glacial period Northern Hemisphere climate was characterized by extreme and abrupt c...
During the last glacial period Northern Hemi-sphere climate was characterized by extreme and a...
The global character of the millennial-scale climate variability associated with the Dansgaard-Oesch...
During the last glacial period, climate records from the North Atlantic region exhibit a pronounced ...
Accurate and precise chronologies are essential in understanding the rapid and recurrent climate var...
Large and abrupt temperature oscillations during the last glacial period, known as Dansgaard‐Oeschge...
Large-amplitude (10–15 Kelvin), millennial-duration warm events, the Dansgaard-Oeschger (DO) events,...
Spectral analyses performed on records of cosmogenic nuclides reveal a group of dominant spectral co...
GISP2 record of δ18O proxy for Greenland temperature. GISP2 has been placed on the new GICC05 timesc...
International audienceThe significance of the apparent 1470 years cycle in the recurrence of the Dan...
The significance of the apparent 1470 years cycle in the recurrence of the Dansgaard-Oeschger (DO) e...
The Dansgaard–Oeschger (DO) events, as observed in oxygen isotope ratios from the North Greenland Ic...
By comparing the high-resolution isotopic records from the Greenland Ice Core Project (GRIP) and the...
Ice core records from Greenland have shown times of rapid warming during the most recent glacial per...
During the last glacial period Northern Hemisphere climate was characterized by extreme and abrupt c...
During the last glacial period Northern Hemisphere climate was characterized by extreme and abrupt c...
During the last glacial period Northern Hemi-sphere climate was characterized by extreme and a...
The global character of the millennial-scale climate variability associated with the Dansgaard-Oesch...
During the last glacial period, climate records from the North Atlantic region exhibit a pronounced ...
Accurate and precise chronologies are essential in understanding the rapid and recurrent climate var...
Large and abrupt temperature oscillations during the last glacial period, known as Dansgaard‐Oeschge...
Large-amplitude (10–15 Kelvin), millennial-duration warm events, the Dansgaard-Oeschger (DO) events,...
Spectral analyses performed on records of cosmogenic nuclides reveal a group of dominant spectral co...
GISP2 record of δ18O proxy for Greenland temperature. GISP2 has been placed on the new GICC05 timesc...