Bror Jönsson
Biographic Data
| ID | 6020370 |
|---|---|
| NAME | Bror Jönsson |
| GIVEN NAMES | Bror |
| FAMILY NAME | Jönsson |
| SIGNATURE | JÖNSSON B |
| AFFILIATIONS | Stockholm University |
| ORCID | 0000-0002-0614-6233 |
| VERIFIED | Yes |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 11 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2004 |
| LATEST PUBLICATION YEAR | 2006 |
| H-INDEX | 2 |
Marine Ecosystem Modeling Beyond the Box
Studies of carbon fluxes in marine ecosystems are often done by using box model approaches with basin size boxes, or highly resolved 3D models, and an emphasis on the pelagic component of the ecosystem. Those approaches work well in the ocean proper, but can give rise to considerable problems when applied to coastal systems, because of the scale of certain ecological niches and the fact that benthic organisms are the dominant functional group of …
Baltic Sub-basin Turnover Times Examined Using the Rossby Centre Ocean Model
Not least when judging the possible effects of climate change it proves necessary to estimate the water-renewal rates of limited marine areas subject to pronounced external influences. In connection with the SWECLIM programme this has been undertaken for two ecologically sensitive sub-basins of the Baltic, viz. the Gulf of Riga and Gdansk Bay. For this purpose two methodologically different approaches have been employed, based on mass-balance bud…
Baltic Sub-basin Turnover Times Examined Using the Rossby Centre Ocean Model
Not least when judging the possible effects of climate change it proves necessary to estimate the water-renewal rates of limited marine areas subject to pronounced external influences. In connection with the SWECLIM programme this has been undertaken for two ecologically sensitive sub-basins of the Baltic, viz. the Gulf of Riga and Gdansk Bay. For this purpose two methodologically different approaches have been employed, based on mass-balance bud…
Baltic Sub-basin Turnover Times Examined Using the Rossby Centre Ocean Model
Not least when judging the possible effects of climate change it proves necessary to estimate the water-renewal rates of limited marine areas subject to pronounced external influences. In connection with the SWECLIM programme this has been undertaken for two ecologically sensitive sub-basins of the Baltic, viz. the Gulf of Riga and Gdansk Bay. For this purpose two methodologically different approaches have been employed, based on mass-balance bud…
Marine Ecosystem Modeling Beyond the Box
Studies of carbon fluxes in marine ecosystems are often done by using box model approaches with basin size boxes, or highly resolved 3D models, and an emphasis on the pelagic component of the ecosystem. Those approaches work well in the ocean proper, but can give rise to considerable problems when applied to coastal systems, because of the scale of certain ecological niches and the fact that benthic organisms are the dominant functional group of …
Baltic Sub-basin Turnover Times Examined Using the Rossby Centre Ocean Model
Not least when judging the possible effects of climate change it proves necessary to estimate the water-renewal rates of limited marine areas subject to pronounced external influences. In connection with the SWECLIM programme this has been undertaken for two ecologically sensitive sub-basins of the Baltic, viz. the Gulf of Riga and Gdansk Bay. For this purpose two methodologically different approaches have been employed, based on mass-balance bud…
Baltic Sub-basin Turnover Times Examined Using the Rossby Centre Ocean Model
Not least when judging the possible effects of climate change it proves necessary to estimate the water-renewal rates of limited marine areas subject to pronounced external influences. In connection with the SWECLIM programme this has been undertaken for two ecologically sensitive sub-basins of the Baltic, viz. the Gulf of Riga and Gdansk Bay. For this purpose two methodologically different approaches have been employed, based on mass-balance bud…
Marine Ecosystem Modeling Beyond the Box
Studies of carbon fluxes in marine ecosystems are often done by using box model approaches with basin size boxes, or highly resolved 3D models, and an emphasis on the pelagic component of the ecosystem. Those approaches work well in the ocean proper, but can give rise to considerable problems when applied to coastal systems, because of the scale of certain ecological niches and the fact that benthic organisms are the dominant functional group of …
Environmental Science (3 works) · Geology (3 works) · Oceanography (3 works) · Baltic sea (2 works) · Bay (2 works) · Climatology (2 works) · Geography (2 works) · Lagrangian (2 works) · Marine and coastal ecosystems (2 works) · Marine and environmental studies (2 works)