Changes in surface air temperature resulting from a doubling in atmospheric carbon dioxide drive changes in ocean circulation. Results from an ocean general circulation model project a global mean sea level rise from thermal expansion alone to be 19cm in 50 years. Regional values, however, can vary: a rise of 40cm is projected in the North Atlantic (owing to reduction of deep-water formation), whereas the level of the Ross Sea actually falls through changes in ocean circulation
Sea level changes resulting from CO2-induced climate changes in ocean density and circulation have b...
The sensitivity of the global ocean circulation to changes in surface heat flux forcing is studied u...
Anthropogenic warming is the major driver of the global mean sea level (GMSL) rise observed since th...
Changes in surface air temperature resulting from a doubling in atmospheric carbon dioxide drive cha...
This paper analyzes regional sea level changes in a climate change simulation using the Max Planck I...
A zonally averaged three-basin ocean–atmosphere model is used to investigate mean steric sea level r...
There is large uncertainty in the future regional sea level change under anthropogenic climate chang...
n the Paris Agreement in 2015 countries agreed on holding global mean surface air warming to "well b...
Sea levels of different atmosphere–ocean general circulation models (AOGCMs) respond to climate chan...
Under increasing greenhouse gas concentrations, ocean heat uptake moderates the rate of climate cha...
Sea-level rise is an important aspect of climate change because of its impact on society and ecosyst...
In the Paris Agreement in 2015 countries agreed on holding global mean surface air warming to “well ...
The ocean observing system has progressed considerably over the past 50 years, enabling more accurat...
The regional response of the global ocean to low-frequency changes in atmospheric pressure loading, ...
More than half of the predicted rise in future sea level caused by the enhanced greenhouse effect is...
Sea level changes resulting from CO2-induced climate changes in ocean density and circulation have b...
The sensitivity of the global ocean circulation to changes in surface heat flux forcing is studied u...
Anthropogenic warming is the major driver of the global mean sea level (GMSL) rise observed since th...
Changes in surface air temperature resulting from a doubling in atmospheric carbon dioxide drive cha...
This paper analyzes regional sea level changes in a climate change simulation using the Max Planck I...
A zonally averaged three-basin ocean–atmosphere model is used to investigate mean steric sea level r...
There is large uncertainty in the future regional sea level change under anthropogenic climate chang...
n the Paris Agreement in 2015 countries agreed on holding global mean surface air warming to "well b...
Sea levels of different atmosphere–ocean general circulation models (AOGCMs) respond to climate chan...
Under increasing greenhouse gas concentrations, ocean heat uptake moderates the rate of climate cha...
Sea-level rise is an important aspect of climate change because of its impact on society and ecosyst...
In the Paris Agreement in 2015 countries agreed on holding global mean surface air warming to “well ...
The ocean observing system has progressed considerably over the past 50 years, enabling more accurat...
The regional response of the global ocean to low-frequency changes in atmospheric pressure loading, ...
More than half of the predicted rise in future sea level caused by the enhanced greenhouse effect is...
Sea level changes resulting from CO2-induced climate changes in ocean density and circulation have b...
The sensitivity of the global ocean circulation to changes in surface heat flux forcing is studied u...
Anthropogenic warming is the major driver of the global mean sea level (GMSL) rise observed since th...