The SAGE Handbook of Geomorphology/
- New York: SAGE, 2011.
Chapter 1: Introduction to the Discipline of Geomorphology Part 1: Foundation and Relevance
Chapter 2: Geomorphology: Its Early History Chapter 3: The Nature of Explanation in Geomorphology Chapter 4: The Role and Character of Theory in Geomorphology Chapter 5: Geomorphology in Environmental Management Chapter 6: Geomorphology and Society Part 2: Techniques and Approaches
Chapter 7: Observations and Experiments Chapter 8: Geomorphological Mapping Chapter 9: The Significance of Models in Geomorphology: From Concepts to Experiments Chapter 10: Process and Form Chapter 11: Dating Surfaces and Sediments Chapter 12: Remote Sensing in Geomorphology Chapter 13: Geographic Information Systems in Geomorphology Chapter 14: Biogeomorphology Chapter 15: Human Activity and Geomorphology Part 3: Process and Environments
Chapter 16: The Evolution of Regolith Chapter 17: Rock Surface and Weathering: Process and Form Chapter 18: Fluids, Flows and Fluxes in Geomorphology Chapter 19: Sediment Transport and Deposition Chapter 20: Hillslopes Chapter 21: Riverine Environments Chapter 22: Glacial Geomorphology Chapter 23: Periglacial Environments Chapter 24: Coastal Environments Chapter 25: Aeolian Environments Chapter 26: Tropical Environments Chapter 27: Geomorphology Underground: The Study of Karst and Karst Processes Part 4: Environmental Change
Chapter 28: Landscape Evolution and Tectonics Chapter 29: Interpreting Quaternary Environments Chapter 30: Environmental Change Chapter 31: Disturbance and Responses in Geomorphic Systems Part 5: Conclusion
Chapter 32: Challenges and Perspectives Chapter 33: Conclusion