A sea ice forecasting system for the Baltic Sea is presented together with some illustrations. The model is a dynamic coupled model, consisting of both a sea ice and a storm surge model. The model was forced using wind and pressure fields from the HIRLAM system and was introduced in preoperational tests during the winter of 1992/93. In general, the results were most promising, but further work is needed, particularly the inclusion of thermodynamics to the model, a closer coupling between the ice-ocean model and the HIRLAM model, and the development of an automatic method for the generation of initial data to the model
This article reviews the existing coupled models of ocean and sea ice used in climate studies, and d...
Abstract. Coupled general circulation models are be-coming more sophisticated, particularly with res...
A new regional coupled model system for the North Sea and the Baltic Sea is developed, which is comp...
A sea ice forecasting system for the Baltic Sea is presented together with some illustrations. The m...
For the first time a coupled ice-ocean model system simulating both dynamic and thermodynamic proce...
The objectives of the present paper are to formulate and explore a coupled sea ice-ocean model and t...
Results of 13-year hindcast simulations for the period 1980-1993 are presented using a 6 nm version ...
This thesis comprises of model estimates of the water and heat budgets, re-estimating of the budget ...
Within the framework of the BMBF project 'Wasserkreislauf', a coupled sea ice-ocean model of the Bal...
A coupled ice–ocean model is utilized to investigate the transports of heat, salt and water in the B...
A hindcast experiment with a regional coupled atmosphere/ice/ocean model for the Baltic and North se...
A numerical model study of the seasonal cycle of sea-ice cover and ocean circulation in the Arctic O...
Experiments with dynamic-thermodynamic sea-ice models indicate a strong dependence of the net freezi...
The major tasks of the Baltic Sea Experiment (BALTEX) are to simulate the water and energy cycles of...
Sea ice conditions in the Baltic Sea during six latest winters – 2010/2011 to 2015/2016 are analysed...
This article reviews the existing coupled models of ocean and sea ice used in climate studies, and d...
Abstract. Coupled general circulation models are be-coming more sophisticated, particularly with res...
A new regional coupled model system for the North Sea and the Baltic Sea is developed, which is comp...
A sea ice forecasting system for the Baltic Sea is presented together with some illustrations. The m...
For the first time a coupled ice-ocean model system simulating both dynamic and thermodynamic proce...
The objectives of the present paper are to formulate and explore a coupled sea ice-ocean model and t...
Results of 13-year hindcast simulations for the period 1980-1993 are presented using a 6 nm version ...
This thesis comprises of model estimates of the water and heat budgets, re-estimating of the budget ...
Within the framework of the BMBF project 'Wasserkreislauf', a coupled sea ice-ocean model of the Bal...
A coupled ice–ocean model is utilized to investigate the transports of heat, salt and water in the B...
A hindcast experiment with a regional coupled atmosphere/ice/ocean model for the Baltic and North se...
A numerical model study of the seasonal cycle of sea-ice cover and ocean circulation in the Arctic O...
Experiments with dynamic-thermodynamic sea-ice models indicate a strong dependence of the net freezi...
The major tasks of the Baltic Sea Experiment (BALTEX) are to simulate the water and energy cycles of...
Sea ice conditions in the Baltic Sea during six latest winters – 2010/2011 to 2015/2016 are analysed...
This article reviews the existing coupled models of ocean and sea ice used in climate studies, and d...
Abstract. Coupled general circulation models are be-coming more sophisticated, particularly with res...
A new regional coupled model system for the North Sea and the Baltic Sea is developed, which is comp...