Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; Heinrich Stadial 1 (17.5-15 kyr) and the Younger Dryas (12.9-11.5 kyr). Leading hypotheses accounting for the increased accumulation of CO2 in the atmosphere at these times invoke deep ocean carbon being released from the Southern Ocean and an associated decline in the global efficiency of the biological carbon pump. From core ODP1090 we present new G. bulloidies carbon and oxygen isotope records. These stable isotopic analyses were performed on a Thermo Finnigan MAT253 coupled with a Kiel IV carbonate device at the University of Southampton
Atmospheric CO2 fluctuations over glacial-interglacial cycles remain a major challenge to our unders...
Atmospheric CO_2 fluctuations over glacial–interglacial cycles remain a major challenge to our under...
An understanding of the mechanisms that control CO2 change during glacial-interglacial cycles remain...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
12 pages, 5 figures, supplementary material https://doi.org/10.1016/j.epsl.2020.116649Over the last ...
An understanding of the mechanisms that control CO2 change during glacial–interglacial cycles remain...
We present new δ¹³C measurements of atmospheric CO₂ covering the last glacial/interglacial cycle, co...
An understanding of the mechanisms that control CO2 change during glacial–interglacial cycles remain...
Highlights • Sub-Antarctic CO2 release contributed to early deglacial atmospheric CO2 rise. • ...
Over the last 2.5 million years the Earth has regularly cycled between cold glacial and warm intergl...
An understanding of the mechanisms that control CO2 change during glacial-interglacial cycles remain...
Atmospheric CO2 fluctuations over glacial-interglacial cycles remain a major challenge to our unders...
Atmospheric CO_2 fluctuations over glacial–interglacial cycles remain a major challenge to our under...
An understanding of the mechanisms that control CO2 change during glacial-interglacial cycles remain...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
Over the last deglaciation there were two transient intervals of pronounced atmospheric CO2 rise; He...
12 pages, 5 figures, supplementary material https://doi.org/10.1016/j.epsl.2020.116649Over the last ...
An understanding of the mechanisms that control CO2 change during glacial–interglacial cycles remain...
We present new δ¹³C measurements of atmospheric CO₂ covering the last glacial/interglacial cycle, co...
An understanding of the mechanisms that control CO2 change during glacial–interglacial cycles remain...
Highlights • Sub-Antarctic CO2 release contributed to early deglacial atmospheric CO2 rise. • ...
Over the last 2.5 million years the Earth has regularly cycled between cold glacial and warm intergl...
An understanding of the mechanisms that control CO2 change during glacial-interglacial cycles remain...
Atmospheric CO2 fluctuations over glacial-interglacial cycles remain a major challenge to our unders...
Atmospheric CO_2 fluctuations over glacial–interglacial cycles remain a major challenge to our under...
An understanding of the mechanisms that control CO2 change during glacial-interglacial cycles remain...