روش‌های مطالعه رسوبات اعماق دریا، عملکرد و تنوع زیستی آن‌ها ۲۰۰۹
Methods for the Study of Deep-Sea Sediments, Their Functioning and Biodiversity 2009

1. Front cover

2. Contents

3. Foreword

4. Premise

5. Preface

6. Contributors

7. Introduction

8. Section I: Deep-Sea Environmental Variables

9. Chapter 1. Total Organic Matter and Water Contents, Grain Size, Bulk Density, Porosity, and Redox Potential of Sediments

10. Chapter 2. Total Organic Carbon, Total Nitrogen, and Organic Phosphorus in Marine Sediments

11. Chapter 3. Bioavailable Organic Matter: Total and Enzymatically Hydrolyzable Proteins, Carbohydrates, and Lipids

12. Chapter 4. Photosynthetic Pigment Concentrations in Marine Sediments

13. Section II: Food Supply of Organic Matter to the Deep-Sea Floor

14. Chapter 5. Fluxes of Labile Organic Matter to the Sea Floor

15. Chapter 6. Total Carbohydrate Flux from Sediment Trap Samples

16. Chapter 7. Total Protein Flux from Sediment Trap Samples

17. Chapter 8. Total Lipid Flux from Sediment Trap Samples

18. Chapter 9. Total DNA from Sediment Trap Samples

19. Chapter 10. Phytopigment Flux from Sediment Trap Samples

20. Section III: Deep-Sea Benthic Life

21. Chapter 11. Viral Abundance

22. Chapter 12. Prokaryotic Abundance

23. Chapter 13. Fluorescence In Situ Hybridization and Catalyzed Reporter Deposition for Benthic Prokaryote Assemblage Structure

24. Chapter 14. Prokaryotic Abundance by Real-Time PCR

25. Chapter 15. Abundance of Heterotrophic Benthic Protists

26. Chapter 16. Abundance of Benthic Foraminifera

27. Chapter 17. Abundance of Metazoan Meiofauna

28. Chapter 18. Macrofaunal Abundance

29. Chapter 19. Megafaunal Abundance

30. Section IV: Deep-Sea Benthic Diversity

31. Chapter 20. Extraction and Purification of DNA from Marine Sediments Suitable for the Analysis of Prokaryotic Diversity

32. Chapter 21. Archaeal Diversity Analysis Using 16S rDNA T-RFLP (Terminal- Restriction Fragment Length Polymorphisms)

33. Chapter 22. Benthic Bacterial Diversity Based on Cloning and Sequencing of 16S rRNA Genes

34. Chapter 23. Benthic Bacterial Diversity Analysis Based on ARISA (Automated Ribosomal Intergenic Spacer Analysis)

35. Chapter 24. Meiofaunal Diversity

36. Chapter 25. Macrofaunal and Megafaunal Diversity

37. Chapter 26. Parameters for the Measurement of Marine Benthic Structural and Functional Diversity

38. Section V: Deep-Sea Benthic Functioning

39. Chapter 27. Deep-Sea Experiments and Manipulations

40. Chapter 28. Effect of Pressure on Enzymatic Activities, Viral Production, and Prokaryotic Heterotrophic Production

41. Chapter 29. Organic Carbon Remineralization Rates in Marine Surface Sediments

42. Chapter 30. Degradation and Turnover of Organic Matter in Marine Sediments

43. Chapter 31. Extracellular DNA Extraction from Marine Sediments

44. Chapter 32. Degradation of Extracellular DNA in Marine Sediments

45. Chapter 33. Viral Production in Marine Sediments

46. Chapter 34. Determination of Living/Dead and Active/Dormant Bacterial Fractions in Marine Sediments

47. Chapter 35. Prokaryotic Biomass in Marine Sediments

48. Chapter 36. Benthic Prokaryotic Heterotrophic Production Using the Leucine Incorporation Method

49. Chapter 37. Prokaryotic Chemoautotrophic Production in Marine Sediments

50. Chapter 38. Meiofaunal Biomass and Secondary Production

51. Chapter 39. Macrofaunal and Megafaunal Biomass and Biochemical Composition

52. Chapter 40. Protistan Grazing on Benthic Prokaryotes and Viruses

53. Chapter 41. Meiobenthic Predation on Prokaryotes

54. Chapter 42. Analysis of Benthic Food Webs and Benthic Trophodynamics

55. Section VI: Suggested Readings for the Study of Deep-Sea Biodiversity and Ecosystem Functioning

56. Suggested Readings

57. Index

58. Back cover