Aquatic Physiosphere-Biosphere Dynamics and Modelling A Reference for Studies of the Coupled System
Modeling is not only a state-of-the-art mode of scientific investigation, but also requires the explicit specification of all assumptions (helping to avoid fallacies), and offers the advantage of being quantitative and allows for theoretical "what if" scenarios. As in any reference work, e...
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| Format: | eBook |
| Language: | English |
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Cham
Springer International Publishing
2021, 2021
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| Edition: | 1st ed. 2021 |
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| Online Access: | |
| Collection: | Springer eBooks 2005- - Collection details see MPG.ReNa |
Table of Contents:
- 1. Earth System Science
- 2. Ecosystems, Regions, Regimes
- 3. Scientific Methods and Concepts
- 4. Systems Theory
- 5. Water Properties
- 6. Fluid Dynamics Concepts
- 7. Hydrodynamic System of Equations
- 8. Coordinate Systems
- 9. Hydrodynamic Approximations and Balances
- 10. Physical Processes and Phenomena
- 11. Waves, General
- 12. Mechanical Waves
- 13. Boundaries
- 14. Tides
- 15. Topographic Effects
- 16. Ice
- 17. Mathematical Basics
- 18. Differential Equations
- 19. Discrete Mathematics
- 20. Mathematical Concepts and Methods
- 21. Discretized Prototype Equations
- 22. Numerical Concepts and Methods
- 23. Models and Modelling
- 24. Subgridscale Parametrizations
- 25. Carbonate Chemistry
- 26. Biological, Biogeochemical and Ecological Concepts
- 27. Planktonic Organisms
- 28. Life Processes
- 29. Limited Growth
- 30. Primary Production
- 31. Species Interactions
- 32. Biospheric Modeling Concepts and Models
- 33. Aquatic Element Cycling.