Table of Contents
Preface
Foreword
Part I: The Origins of Convention
Chapter 1. Airplanes, Airships and Gas Warfare
Chapter 2. Pipe Flows and Flat Plates
Chapter 3. The Agricultural Incentive – Water Resources
Chapter 4. Interpreting the Surface Heat Energy Balance
Chapter 5. Introducing Plant Physiology
Chapter 6. The Birth of MOST
Chapter 7. Measurements of Fluxes and Profiles — the Early Days
Chapter 8. The Legacy Flux/Gradient Relationships
Chapter 9. Modeling and Tribalism
Chapter 10. Consider the Oceans
Part II: Rethinking the Basics
Chapter 11. Stepping Forward
Chapter 12. Turbulence, Fluxes and Statistics
Chapter 13. Data Normalization and Dimensional Analysis
Chapter 14. Time Stationarity in the SBL
Chapter 15. Extending the Legacy Relationships
Chapter 16. Correlations and the Role of u*
Chapter 17. The Unstable Case and Free Convection
Chapter 18. Nighttime and Intermittency
Chapter 19. The Morning Transition
Chapter 20. The Evening Transition
Chapter 21. The Ocean Case — Some Common Issues
Part III: Towards Complexity
Chapter 22. Revisiting Turbulence Statistics
Chapter 23. Footprints and Fetch
Chapter 24. Representativeness
Chapter 25. The Peculiar Situation — Neutrality
Chapter 26. Sources, Sinks and Zero Planes
Chapter 27. Kinematic Isolation in Strong Stability (KISS)
Chapter 28. Cities and Urban Areas
Chapter 29. Agricultural Checkerboards
Chapter 30.
Part IV: The Role of Vegetation
Chapter 31. Onwards Toward Complexity
Chapter 32. Roughness Lengths and kB-1
Chapter 33. Canopy Breathing — Sweeps and Ejections
Chapter 34. Once Again — the ‘Big Leaf’
Chapter 35. Heat Energy Apportionment
Chapter 36. The Origin of Convection
Chapter 37. Introducing the Soil
Chapter 38. An Eclipse Case Study
Part V: Chemical Sources, Sinks, and Dispersion
Chapter 39. Dry and Wet Deposition
Chapter 40. Deposition Collection
Chapter 41. Laboratory and Pipe Studies
Chapter 42. Deposition to Buildings and Structures
Chapter 43. Enter, Micrometeorology
Chapter 44. The Multiple Resistance Analogy: Trace Gases
Chapter 45. The Multiple Resistance Model: Particles
Chapter 46. Dense Canopies and Complex Terrain
Chapter 47. Suspension and Resuspension
Chapter 48. Indirect Monitoring of Dry Deposition
Chapter 49. Concentrated Gas Deposition and Canopy Retention
Chapter 50. Dispersion — Prairie Grass etc.
Chapter 51. Dispersion in Cities and Urban Areas
Chapter 52. Dispersion Affecting the Far field
Part VI: Looking Forward
Chapter 53. Dispersion Affecting the Far field
Chapter 54. Assembling the Pieces
Chapter 55. Extension to Modeling
Chapter 56. The Need for New Studies
Part VII: ENVOI
References
Appendix 1: Recurring Symbols
Appendix 2: Acronyms
Appendix 3: Details of Sites at Which Observations Presented Here Were Obtained
Index
