The increase of atmospheric CO2 concentrations due to anthropogenic activities is substantially damped by the ocean, whose CO2 uptake is determined by the state of the ocean, which in turn is influenced by climate change. We investigate the mechanisms of the ocean’s carbon uptake within the feedback loop of atmospheric CO2 concentration, climate change and atmosphere/ocean CO2 flux. We evaluate two transient simulations from 1860 until 2100, performed with a version of the Max Planck Institute Earth System Model (MPI-ESM) with the carbon cycle included. In both experiments observed anthropogenic CO2 emissions were prescribed until 2000, followed by the emissions according to the IPCC Scenario A2. In one simulation the radiative forcing of c...
The ocean is the only cumulative sink of atmospheric CO2. It has absorbed approximately 40% of the C...
The ocean response to carbon emissions involves the combined effect of an increase in atmospheric CO...
The uptake and storage of anthropogenic carbon in the North Atlantic is investigated using different...
The increase of atmospheric CO2 concentrations due to anthropogenic activities is substantially damp...
The increase in atmospheric CO2 over this century depends on the evolution of the oceanic air sea CO...
Global warming simulations are performed with a coupled climate model of reduced complexity to inves...
The increase in atmospheric CO2 over this century depends on the evolution of the oceanic air–sea CO...
We compare modeled oceanic carbon uptake in response to pulse CO2 emissions using a suite of global ...
About one quarter of the CO2 emitted to the atmosphere by human activities is absorbed annually by t...
Global warming simulations are performed with a coupled climate model of reduced complexity to inves...
International audienceThe increase in atmospheric CO2 over this century depends on the evolution of ...
While atmospheric CO2 concentrations have been increasing during recent decades due to anthropogenic...
We compare modeled oceanic carbon uptake in response to pulse CO2 emissions using a suite of global ...
Based on simulations using the University of Victoria's Earth System Climate Model, we analyzed the ...
The ocean and land absorb anthropogenic CO2 from industrial fossil-fuel emissions and land-use chang...
The ocean is the only cumulative sink of atmospheric CO2. It has absorbed approximately 40% of the C...
The ocean response to carbon emissions involves the combined effect of an increase in atmospheric CO...
The uptake and storage of anthropogenic carbon in the North Atlantic is investigated using different...
The increase of atmospheric CO2 concentrations due to anthropogenic activities is substantially damp...
The increase in atmospheric CO2 over this century depends on the evolution of the oceanic air sea CO...
Global warming simulations are performed with a coupled climate model of reduced complexity to inves...
The increase in atmospheric CO2 over this century depends on the evolution of the oceanic air–sea CO...
We compare modeled oceanic carbon uptake in response to pulse CO2 emissions using a suite of global ...
About one quarter of the CO2 emitted to the atmosphere by human activities is absorbed annually by t...
Global warming simulations are performed with a coupled climate model of reduced complexity to inves...
International audienceThe increase in atmospheric CO2 over this century depends on the evolution of ...
While atmospheric CO2 concentrations have been increasing during recent decades due to anthropogenic...
We compare modeled oceanic carbon uptake in response to pulse CO2 emissions using a suite of global ...
Based on simulations using the University of Victoria's Earth System Climate Model, we analyzed the ...
The ocean and land absorb anthropogenic CO2 from industrial fossil-fuel emissions and land-use chang...
The ocean is the only cumulative sink of atmospheric CO2. It has absorbed approximately 40% of the C...
The ocean response to carbon emissions involves the combined effect of an increase in atmospheric CO...
The uptake and storage of anthropogenic carbon in the North Atlantic is investigated using different...