PART 1 - Concepts Chapter 1: Geomorphometry 2.0: A Brief Guide Chapter 2: Conceptual, Mathematical & Digital Models of the Land Surface Chapter 3: DEM Production Methods Chapter 4: DEM Sources - From Local to Global Chapter 5: Preparation of DEMs for Geomorphometric Analysis Chapter 6: Basic Land-Surface Parameters Chapter 7: Land-Surface Parameters and Objects in Hydrology Chapter 8: Land-Surface Parameters in Climatology and Meteorology Chapter 9: Landform - A Key Concept of Geomorphology and Geomorphometry PART 2 - Software Chapter 10: Overview of Software Packages Used in Geomorphometry Chapter 11: Geomorphometry in ArcGIS Chapter 12: Geomorphometry in GRASS Chapter 13: Geomorphometry in MICRODEM Chapter 14: Geomorphometry in QGIS/PCRaster Chapter 15: Geomorphometry in SAGA Chapter 16: Geomorphometry in TopoToolbox Chapter 17: Geomorphometry in Whitebox Chapter 18: Geomorphometry in RiverTools Chapter 19: Geomorphometry Using Open-Source Programming Languages PART 3 - Applications Chapter 20: Geomorphometry - A Key to Surface Mapping and Modelling Chapter 21: Soil Mapping Applications Chapter 22: Applications in Geomorphology Chapter 23: Modeling Mass Movements and Landslide Susceptibility Chapter 24: Landform Element Recognition through Machine Learning and Computer Vision Chapter 25: Ecological Applications of Geomorphometry Chapter 26: Geomorphometry in Spatial Hydrological Modeling Chapter 27: Geomorphometry for Archaeology Chapter 28: Geomorphometry in a Time of Climate Change Chapter 29: Underwater Geomorphometry Chapter 30: Extraterrestrial Geomorphometry Chapter 31: The Future of Geomorphometry PART 4 - References Chapter 32: Full List of References.