| | Ocean Biogeochemistry and Global Change: Joint Global Ocean |
| | 2,81 | | MB | Flux Study |
| | 35 | | stron |
| | 4939 | | ID | Institute of Marine Research |
| | 2001 | | rok |
| | 4. Foreword |
| | 5. Science Highlights |
| | 7. Why Study the Oceans? |
| | 8. The Role of the Ocean in the Global Carbon Cycle |
| | The physical and biological pumps |
| | The “breathing of the oceans” |
| | Human perturbations to ocean CO2 uptake |
| | Detecting the human signal in the ocean |
| | Will the oceans continue to absorb anthropogenic CO2? |
| | 14. The Components of the Ocean Carbon Cycle |
| | Measuring global primary production |
| | Factors that affect the strength of the biological pump |
| | Quantifying the magnitude of the biological pump |
| | Fluxes reaching the deep sea |
| | 20. Assessing Changes Over Time |
| | Increasing CO2 content in the upper ocean |
| | Changes in community structure |
| | 22. Models and Predictions |
| | Modelling chlorophyll and nitrate in the water column |
| | Models of the global carbon cycle |
| | The way forward |
| | 25. Challenges For the Future |
| | 27. About JGOFS |
| | 32. Further Reading |