The dynamics and thermodynamics of the Norwegian and Greenland Seas are investigated using a three-dimensional primitive equation ocean circulation model. The horizontal resolution of the model is 1° in the zonal direction and 0.5° in the meridional direction. The vertical structure is described by 15 levels. The model is driven by both annual mean and seasonally varying wind and thermohaline forcing. The connections of the Norwegian and Greenland Seas with the North Atlantic and Arctic Ocean are modelled with an open boundary condition. The simulated currents are in reasonable agreement with the observed circulation
Multi‐model Arctic Ocean ``Climate Response Function” (CRF) experiments are analyzed in order to exp...
The present thesis deals with the ocean circulation from two viewpoints: Pro primo, the dependence o...
Dissertation (Ph.D.) University of Alaska Fairbanks, 1994This study is a simulation of the circulati...
In the present climate, the North Atlantic thermohaline circulation (THC) plays a fundamental role i...
The ocean current system off Southern Greenland is a key component of the Earth’sclimate system due ...
The varying depth-integrated currents in the Nordic seas and Arctic Ocean are modeled using an integ...
The Nordic seas are commonly described as a single basin to investigate their dynamics and sensitivi...
A simplified diagnostic model of the time-mean, large-scale ocean circulation in the Nordic Seas and...
Plain Language Summary: The North Atlantic Current is an extension of the Gulf Stream, which brings ...
The Nordic seas are commonly described as a single basin to investigate their dynamics and sensitivi...
A baroclinic, 3-D model is described. It is adapted to a Barents Sea situation in order to simulate...
The ocean current system off Southern Greenland is a key component of the Earth’s climate system due...
Author Posting. © American Meteorological Society, 2020. This article is posted here by permission o...
The Hamburg Ocean Primitive Equation model has undergone significant development in recent years. Mo...
The Hamburg Ocean Primitive Equation model has undergone significant development in recent years. Mo...
Multi‐model Arctic Ocean ``Climate Response Function” (CRF) experiments are analyzed in order to exp...
The present thesis deals with the ocean circulation from two viewpoints: Pro primo, the dependence o...
Dissertation (Ph.D.) University of Alaska Fairbanks, 1994This study is a simulation of the circulati...
In the present climate, the North Atlantic thermohaline circulation (THC) plays a fundamental role i...
The ocean current system off Southern Greenland is a key component of the Earth’sclimate system due ...
The varying depth-integrated currents in the Nordic seas and Arctic Ocean are modeled using an integ...
The Nordic seas are commonly described as a single basin to investigate their dynamics and sensitivi...
A simplified diagnostic model of the time-mean, large-scale ocean circulation in the Nordic Seas and...
Plain Language Summary: The North Atlantic Current is an extension of the Gulf Stream, which brings ...
The Nordic seas are commonly described as a single basin to investigate their dynamics and sensitivi...
A baroclinic, 3-D model is described. It is adapted to a Barents Sea situation in order to simulate...
The ocean current system off Southern Greenland is a key component of the Earth’s climate system due...
Author Posting. © American Meteorological Society, 2020. This article is posted here by permission o...
The Hamburg Ocean Primitive Equation model has undergone significant development in recent years. Mo...
The Hamburg Ocean Primitive Equation model has undergone significant development in recent years. Mo...
Multi‐model Arctic Ocean ``Climate Response Function” (CRF) experiments are analyzed in order to exp...
The present thesis deals with the ocean circulation from two viewpoints: Pro primo, the dependence o...
Dissertation (Ph.D.) University of Alaska Fairbanks, 1994This study is a simulation of the circulati...