International audienceA detailed record of non-sea-salt calcium, a proxy for dust, and sea-salt sodium, a proxy for sea salt, covering the last 45 kyr is presented. It shows that in the first part of the transition from the last glacial period to the Holocene (18-15 kyr BP), the changes in dust flux mainly reflect changes at the dust source, namely vegetation cover and local climate. The changes in the later part of the transition (12-11 kyr BP) are similar in extent to the changes seen in sea salt and most likely reflect a reorganization of the atmospheric circulation. During the last glacial period, considerable variation of dust but not of sea salt is observed, pointing to climatic changes in Patagonia, the main dust source for Dome C. A...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...
Recent studies suggested that, during the transition out of the last glacial period, one near-coasta...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...
International audienceA detailed record of non-sea-salt calcium, a proxy for dust, and sea-salt sodi...
Ice core data from Antarctica provide detailed insights into the characteristics of past climate, at...
Continuous sea salt and mineral dust aerosol records have been studied on the two EPICA (European Pr...
Continuous sea salt and mineral dust aerosol records have been studied on the two EPICA (European Pr...
Ice core data from Antarctica provide detailed insights into the characteristics of past climate, at...
In this study we report on new non-sea salt calcium (nssCa2+, mineral dust proxy) and sea salt sodiu...
In this study we report on new non-sea salt calcium (nssCa2+, mineral dust proxy) and sea salt sodiu...
Ice cores from inner East Antarctica provided some of the longest and most detailed climatic reconst...
International audienceDust can affect the radiative balance of the atmosphere by absorbing or reflec...
Dust can affect the radiative balance of the atmosphere by absorbing or reflecting incoming solar ra...
International audienceRecent studies suggested that, during the transition out of the last glacial p...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...
Recent studies suggested that, during the transition out of the last glacial period, one near-coasta...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...
International audienceA detailed record of non-sea-salt calcium, a proxy for dust, and sea-salt sodi...
Ice core data from Antarctica provide detailed insights into the characteristics of past climate, at...
Continuous sea salt and mineral dust aerosol records have been studied on the two EPICA (European Pr...
Continuous sea salt and mineral dust aerosol records have been studied on the two EPICA (European Pr...
Ice core data from Antarctica provide detailed insights into the characteristics of past climate, at...
In this study we report on new non-sea salt calcium (nssCa2+, mineral dust proxy) and sea salt sodiu...
In this study we report on new non-sea salt calcium (nssCa2+, mineral dust proxy) and sea salt sodiu...
Ice cores from inner East Antarctica provided some of the longest and most detailed climatic reconst...
International audienceDust can affect the radiative balance of the atmosphere by absorbing or reflec...
Dust can affect the radiative balance of the atmosphere by absorbing or reflecting incoming solar ra...
International audienceRecent studies suggested that, during the transition out of the last glacial p...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...
Recent studies suggested that, during the transition out of the last glacial period, one near-coasta...
The major ions, sodium (Na+), calcium (Ca2+), and chloride (Cl−), deposited in central Antarctica an...