' … a landmark study, well-documented and lavishly illustrated … strongly recommended as essential reading for all courses in marine biology.' Nature

• Introduction; Part I. The Development of Deep-Sea Biology, The Physical Environment and Methods of Study: 1. Historical aspects; 2. The physical environment of the deep-sea; 3. Methods of study of the organisms of the deep-sea floor; Part II. Organisms of the Deep-Sea Benthic Boundary: 4. The megafauna; 5. Smaller animals; Part III. Patterns in Space: 6. Small-scale spatial patterns; 7. Abundance and size structure of the deep-sea benthos; 8. The diversity gradient; 9. Depth-related patterns in community composition; 10. Zoogeography, speciation and the origins of deep-sea fauna; Part IV. Processes Patterns in Time: 11. Food resources, energetics and feeding strategies; 12. Metabolic processes: microbial ecology at the deep-sea bed; 13. Reproduction, recruitment and growth of deep-sea organisms; 14. Animal sediment relations in the deep-sea; Part V. Parallel Systems and Anthropogenic Effects: 15. Deep-sea hydrothermal vents and cold seeps; 16. Anthropogenic impacts: man's effects on the deep-sea.

' … a landmark study, well-documented and lavishly illustrated … strongly recommended as essential reading for all courses in marine biology.' Nature

• Introduction; Part I. The Development of Deep-Sea Biology, The Physical Environment and Methods of Study: 1. Historical aspects; 2. The physical environment of the deep-sea; 3. Methods of study of the organisms of the deep-sea floor; Part II. Organisms of the Deep-Sea Benthic Boundary: 4. The megafauna; 5. Smaller animals; Part III. Patterns in Space: 6. Small-scale spatial patterns; 7. Abundance and size structure of the deep-sea benthos; 8. The diversity gradient; 9. Depth-related patterns in community composition; 10. Zoogeography, speciation and the origins of deep-sea fauna; Part IV. Processes Patterns in Time: 11. Food resources, energetics and feeding strategies; 12. Metabolic processes: microbial ecology at the deep-sea bed; 13. Reproduction, recruitment and growth of deep-sea organisms; 14. Animal sediment relations in the deep-sea; Part V. Parallel Systems and Anthropogenic Effects: 15. Deep-sea hydrothermal vents and cold seeps; 16. Anthropogenic impacts: man's effects on the deep-sea.

' … a landmark study, well-documented and lavishly illustrated … strongly recommended as essential reading for all courses in marine biology.' Nature

• Introduction; Part I. The Development of Deep-Sea Biology, The Physical Environment and Methods of Study: 1. Historical aspects; 2. The physical environment of the deep-sea; 3. Methods of study of the organisms of the deep-sea floor; Part II. Organisms of the Deep-Sea Benthic Boundary: 4. The megafauna; 5. Smaller animals; Part III. Patterns in Space: 6. Small-scale spatial patterns; 7. Abundance and size structure of the deep-sea benthos; 8. The diversity gradient; 9. Depth-related patterns in community composition; 10. Zoogeography, speciation and the origins of deep-sea fauna; Part IV. Processes Patterns in Time: 11. Food resources, energetics and feeding strategies; 12. Metabolic processes: microbial ecology at the deep-sea bed; 13. Reproduction, recruitment and growth of deep-sea organisms; 14. Animal sediment relations in the deep-sea; Part V. Parallel Systems and Anthropogenic Effects: 15. Deep-sea hydrothermal vents and cold seeps; 16. Anthropogenic impacts: man's effects on the deep-sea.