The paper presents results of development and verification of the automated water level forecasting system for the eastern part of the Gulf of Finland with advance time 36 hours, which is based on two-dimensional hydrodynamic model of the Baltic Sea BSM3. The model is driven by the regional highresolution atmospheric model HIRLAM. Boundary conditions in the Danish Straits are received from a big scale model of the Baltic and North Seas (OPMODEL). The system works at the North-West Regional Administration of Hydro-Meteorological Service of Russia (NWHMS)
A3-dimensional baroclinic model of the North Sea and the Baltic Sea, designed for a daily operationa...
Proper description of thermo-hydrodynamic processes in seas is important for scientific and for many...
International audienceFree sea level oscillations in barotropic and baroclinic conditions were exami...
The following paper presents a comparison of water Level data taken during the POLRODEX'97 experimen...
A lately set three-dimensional hydrodynamic model of the Gulf of Gdańsk has calculated a daily 48-ho...
Using a 2D hydrodynamic model, water level in the Väinameri and in the northern part of the Gulf of ...
Journal homepage: http://www.borenv.net/A model-intercomparison study was conducted, the first of it...
International audienceThe manuscript presents the combined wind and wave forecasting systems used op...
This paper will introduce the Baltex research programme and summarize associated numerical modelling...
Within BALTEX (the BALTic Sea EXperiment), a three dimensional baroclinic model of the western Balti...
A new forecasting model for water cooling in the Gulf of Bothnia and Lake Vänern is presented. The m...
A sea ice forecasting system for the Baltic Sea is presented together with some illustrations. The m...
The Baltic is a stratified sea. The upper layer is under the influence of atmospheric and terrestial...
We review progress in Baltic Sea physical oceanography (including sea ice and atmosphere–land intera...
During 2002 and 2003 exceptional inflow events have been registered. In January 2003 a massive inflo...
A3-dimensional baroclinic model of the North Sea and the Baltic Sea, designed for a daily operationa...
Proper description of thermo-hydrodynamic processes in seas is important for scientific and for many...
International audienceFree sea level oscillations in barotropic and baroclinic conditions were exami...
The following paper presents a comparison of water Level data taken during the POLRODEX'97 experimen...
A lately set three-dimensional hydrodynamic model of the Gulf of Gdańsk has calculated a daily 48-ho...
Using a 2D hydrodynamic model, water level in the Väinameri and in the northern part of the Gulf of ...
Journal homepage: http://www.borenv.net/A model-intercomparison study was conducted, the first of it...
International audienceThe manuscript presents the combined wind and wave forecasting systems used op...
This paper will introduce the Baltex research programme and summarize associated numerical modelling...
Within BALTEX (the BALTic Sea EXperiment), a three dimensional baroclinic model of the western Balti...
A new forecasting model for water cooling in the Gulf of Bothnia and Lake Vänern is presented. The m...
A sea ice forecasting system for the Baltic Sea is presented together with some illustrations. The m...
The Baltic is a stratified sea. The upper layer is under the influence of atmospheric and terrestial...
We review progress in Baltic Sea physical oceanography (including sea ice and atmosphere–land intera...
During 2002 and 2003 exceptional inflow events have been registered. In January 2003 a massive inflo...
A3-dimensional baroclinic model of the North Sea and the Baltic Sea, designed for a daily operationa...
Proper description of thermo-hydrodynamic processes in seas is important for scientific and for many...
International audienceFree sea level oscillations in barotropic and baroclinic conditions were exami...