The termination of the Holocene African Humid Period (similar to9 to similar to6 kyr BP) is simulated with a three-dimensional global coupled climate model that resolves synoptic variability associated with weather patterns. In the simulation, the potential for "green'' and "desert'' Sahara states becomes equal between 7.5 and 5.5 thousand years ago, causing the climate system to fluctuate between these states at decadal-to-centennial time-scales. This model result is supported by paleoevidence from the Western Sahara region, showing similar paleohydrological fluctuations around that time. For the present-day, only the desert Sahara state is stable in the model
We present the first synchronously coupled transient simulation of the evolution of the northern Afr...
By using a climate system model of intermediate complexity, we have simulated long-term natural clim...
The greening of the Sahara, associated with the African Humid Period (AHP) between ca. 14,500 and 5,...
[1] The termination of the Holocene African Humid Period (similar to9 to similar to6 kyr BP) is simu...
[1] The termination of the Holocene African Humid Period (9 to 6 kyr BP) is simulated with a three-d...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
There is ample evidence from palaeobotanic and palaeoclimatic reconstructions that during early and ...
Enhanced summer insolation during the early and mid-Holocene drove increased precipitation and wides...
Climate variability during the present interglacial, the Holocene, has been rather smooth in compari...
The mid-Holocene 'green' Sahara represents the largest anomaly of the atmosphere-biosphere system du...
International audienceThe outputs of the climate simulated by two General Circulation Models (GCMs),...
During the Quaternary, the Sahara desert was periodically colonized by vegetation, likely because of...
We present the first synchronously coupled transient simulation of the evolution of the northern Afr...
We present the first synchronously coupled transient simulation of the evolution of the northern Afr...
By using a climate system model of intermediate complexity, we have simulated long-term natural clim...
The greening of the Sahara, associated with the African Humid Period (AHP) between ca. 14,500 and 5,...
[1] The termination of the Holocene African Humid Period (similar to9 to similar to6 kyr BP) is simu...
[1] The termination of the Holocene African Humid Period (9 to 6 kyr BP) is simulated with a three-d...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
The Holocene climate evolution in Northern Africa is studied in a 9000-yr-long transient simulation ...
There is ample evidence from palaeobotanic and palaeoclimatic reconstructions that during early and ...
Enhanced summer insolation during the early and mid-Holocene drove increased precipitation and wides...
Climate variability during the present interglacial, the Holocene, has been rather smooth in compari...
The mid-Holocene 'green' Sahara represents the largest anomaly of the atmosphere-biosphere system du...
International audienceThe outputs of the climate simulated by two General Circulation Models (GCMs),...
During the Quaternary, the Sahara desert was periodically colonized by vegetation, likely because of...
We present the first synchronously coupled transient simulation of the evolution of the northern Afr...
We present the first synchronously coupled transient simulation of the evolution of the northern Afr...
By using a climate system model of intermediate complexity, we have simulated long-term natural clim...
The greening of the Sahara, associated with the African Humid Period (AHP) between ca. 14,500 and 5,...