The physical processes determining the path of the Gulf Stream as it leaves the continental shelf of the USA are complex and involved. Understanding these processes is important to global climate studies because the Gulf Stream plays a major rôle in the distribution of heat in the northern hemisphere. Here we show that during the last 3 decades, the latitude of the Gulf Stream has been clearly correlated with the North Atlantic Oscillation (NAO); high values of the NAO index, which correspond to stronger westerly and trade winds, favouring more northerly paths of the Stream about 2 years later. The time-delay may be associated with the adjustment time of this part of the ocean circulation. If allowance is made for persistence of the Gulf S...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream (GS) is the northeastward-flowing surface limb of the Atlantic Ocean's meridional ov...
Understanding the various mechanisms that control path and transport variability of the Gulf Stream ...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream (GS) is the western boundary current of the North Atlantic Subtropical Gyre, which i...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The response of the Gulf Stream (GS) system to atmospheric forcing is generally linked either to the...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream (GS) is the northeastward-flowing surface limb of the Atlantic Ocean's meridional ov...
Understanding the various mechanisms that control path and transport variability of the Gulf Stream ...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream (GS) is the western boundary current of the North Atlantic Subtropical Gyre, which i...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The response of the Gulf Stream (GS) system to atmospheric forcing is generally linked either to the...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
Five non-eddy-resolving oceanic general circulation models driven by atmospheric fluxes derived from...
The Gulf Stream plays an important role in North Atlantic climate variability on a range of timescal...
The Gulf Stream (GS) is the northeastward-flowing surface limb of the Atlantic Ocean's meridional ov...
Understanding the various mechanisms that control path and transport variability of the Gulf Stream ...