Biogeochemistry of Marine Dissolved Organic Matter, 3rd edition is the most up-to-date revision of the fundamental reference for the biogeochemistry of marine dissolved organic matter. Since its original publication in June 2002, the science, questions, and priorities have advanced, and the editors of this essential guide, have added nine new chapters, including one on the South China Sea. An indispensable manual edited by the most distinguished experts in the field, this book is addressed to graduate students, marine scientists, and all professionals interested in advancing their knowledge of the field.
1. 5.1: Introduction - p. 138 2. 5.2: DOM production processes - p. 143 3. 5.3: DOM removal processes - p. 171 4. 5.4: DOM transformation and accumulation - p. 189 5. 5.5: The priming effect - p. 198 6. 5.6: Microbial community structure and DOM utilization - p. 199 7. 5.7: Summary and challenges - p. 206 8. Chapter 6 Sediment pore waters - p. 247 9. 6.1: Preface - p. 249 10. 6.2: Introduction - p. 249 11. 6.3: Composition and dynamics of bulk pore water DOM - p. 257 12. 6.4: Composition and dynamics of DOM at the compound and compound-class levels - p. 274 13. 6.5: Modeling DOM cycling in marine sediments - p. 280 14. 6.6: Controls on DOM concentrations in sediments - p. 285 15. 6.7: The role of benthic DOM fluxes in the oceanic carbon and nitrogen cycles - p. 293 16. 6.8: Concluding thoughts - p. 298 17. Chapter 7 Dissolved organic matter in submarine hydrothermal systems - p. 317 18. Chapter 8 Dissolved organic nitrogen - p. 343 19. Chapter 9 Biogeochemistry of organic phosphorus in the sea: Advances, challenges, and opportunities - p. 405 20. 9.1: Introduction - p. 406 21. 9.2: Methodology: DOP quantification and pool characterization - p. 410 22. 9.3: Selected case studies - p. 421 23. 9.4: Prospectus for the future - p. 469 24. Chapter 10 Organic metal-binding ligands in the dissolved organic matter pool - p. 483 25. Chapter 11 Marine photochemistry of organic matter: Processes and impacts - p. 507 26. 11.1: Introduction - p. 509 27. 11.2: Caveats and cautionary notes - p. 511 28. 11.3: Impact of photochemistry on elemental cycles - p. 515 29. 11.4: DOM photolability spectrum and fate of terrigenous DOM in the ocean - p. 526 30. 11.5: Photochemical environments, intermediates, and reactions - p. 531 31. 11.6: Modeling photochemical rates - p. 552 32. 11.7: Future directions - p. 560 33. Chapter 12 The volatile organic carbon component of dissolved organic matter in the ocean - p. 587 34. Chapter 13 Reasons behind the long-term stability of dissolved organic matter - p. 613 35. Chapter 14 Riverine DOM - p. 657 36. Chapter 15 Dissolved organic matter in the Arctic Ocean - p. 693 37. Chapter 16 Dissolved organic carbon in the South China Sea - p. 739 38. Chapter 17 Dynamics of dissolved organic carbon in the global ocean - p. 769 39. Chapter 18 Modeling DOM from the ecosystem to global scales - p. 803 40. Index - p. 821
Biogeochemistry of Marine Dissolved Organic Matter, 3rd edition is the most up-to-date revision of the fundamental reference for the biogeochemistry of marine dissolved organic matter. Since its original publication in June 2002, the science, questions, and priorities have advanced, and the editors of this essential guide, have added nine new chapters, including one on the South China Sea. An indispensable manual edited by the most distinguished experts in the field, this book is addressed to graduate students, marine scientists, and all professionals interested in advancing their knowledge of the field.
1. 5.1: Introduction - p. 138 2. 5.2: DOM production processes - p. 143 3. 5.3: DOM removal processes - p. 171 4. 5.4: DOM transformation and accumulation - p. 189 5. 5.5: The priming effect - p. 198 6. 5.6: Microbial community structure and DOM utilization - p. 199 7. 5.7: Summary and challenges - p. 206 8. Chapter 6 Sediment pore waters - p. 247 9. 6.1: Preface - p. 249 10. 6.2: Introduction - p. 249 11. 6.3: Composition and dynamics of bulk pore water DOM - p. 257 12. 6.4: Composition and dynamics of DOM at the compound and compound-class levels - p. 274 13. 6.5: Modeling DOM cycling in marine sediments - p. 280 14. 6.6: Controls on DOM concentrations in sediments - p. 285 15. 6.7: The role of benthic DOM fluxes in the oceanic carbon and nitrogen cycles - p. 293 16. 6.8: Concluding thoughts - p. 298 17. Chapter 7 Dissolved organic matter in submarine hydrothermal systems - p. 317 18. Chapter 8 Dissolved organic nitrogen - p. 343 19. Chapter 9 Biogeochemistry of organic phosphorus in the sea: Advances, challenges, and opportunities - p. 405 20. 9.1: Introduction - p. 406 21. 9.2: Methodology: DOP quantification and pool characterization - p. 410 22. 9.3: Selected case studies - p. 421 23. 9.4: Prospectus for the future - p. 469 24. Chapter 10 Organic metal-binding ligands in the dissolved organic matter pool - p. 483 25. Chapter 11 Marine photochemistry of organic matter: Processes and impacts - p. 507 26. 11.1: Introduction - p. 509 27. 11.2: Caveats and cautionary notes - p. 511 28. 11.3: Impact of photochemistry on elemental cycles - p. 515 29. 11.4: DOM photolability spectrum and fate of terrigenous DOM in the ocean - p. 526 30. 11.5: Photochemical environments, intermediates, and reactions - p. 531 31. 11.6: Modeling photochemical rates - p. 552 32. 11.7: Future directions - p. 560 33. Chapter 12 The volatile organic carbon component of dissolved organic matter in the ocean - p. 587 34. Chapter 13 Reasons behind the long-term stability of dissolved organic matter - p. 613 35. Chapter 14 Riverine DOM - p. 657 36. Chapter 15 Dissolved organic matter in the Arctic Ocean - p. 693 37. Chapter 16 Dissolved organic carbon in the South China Sea - p. 739 38. Chapter 17 Dynamics of dissolved organic carbon in the global ocean - p. 769 39. Chapter 18 Modeling DOM from the ecosystem to global scales - p. 803 40. Index - p. 821
