QGIS Training Manual

• 1. Course Introduction
  • 1.1. Foreword
  • 1.2. About the exercises
• 2. Module: Creating and Exploring a Basic Map
  • 2.1. Lesson: An Overview of the Interface
  • 2.2. Lesson: Adding your first layers
  • 2.3. Lesson: Navigating the Map Canvas
  • 2.4. Lesson: Symbology
• 3. Module: Classifying Vector Data
  • 3.1. Lesson: Vector Attribute Data
  • 3.2. Lesson: Labels
  • 3.3. Lesson: Classification
• 4. Module: Laying out the Maps
  • 4.1. Lesson: Using Print Layout
  • 4.2. Lesson: Creating a Dynamic Print Layout
  • 4.3. Assignment 1
• 5. Module: Creating Vector Data
  • 5.1. Lesson: Creating a New Vector Dataset
  • 5.2. Lesson: Feature Topology
  • 5.3. Lesson: Forms
  • 5.4. Lesson: Actions
• 6. Module: Vector Analysis
  • 6.1. Lesson: Reprojecting and Transforming Data
  • 6.2. Lesson: Vector Analysis
  • 6.3. Lesson: Network Analysis
  • 6.4. Lesson: Spatial Statistics
• 7. Module: Rasters
  • 7.1. Lesson: Working with Raster Data
  • 7.2. Lesson: Changing Raster Symbology
  • 7.3. Lesson: Terrain Analysis
• 8. Module: Completing the Analysis
  • 8.1. Lesson: Raster to Vector Conversion
  • 8.2. Lesson: Combining the Analyses
  • 8.3. Assignment
  • 8.4. Lesson: Supplementary Exercise
• 9. Module: Plugins
  • 9.1. Lesson: Installing and Managing Plugins
  • 9.2. Lesson: Useful QGIS Plugins
• 10. Module: Online Resources
  • 10.1. Lesson: Web Mapping Services
  • 10.2. Lesson: Web Feature Services
• 11. Module: QGIS Server
  • 11.1. Lesson: Install QGIS Server
  • 11.2. Lesson: Serving WMS
• 12. Module: GRASS
  • 12.1. Lesson: GRASS Setup
  • 12.2. Lesson: GRASS Tools
• 13. Module: Assessment
  • 13.1. Create a base map
  • 13.2. Analyze the data
  • 13.3. Final Map
• 14. Module: Forestry Application
  • 14.1. Lesson: Forestry Module Presentation
  • 14.2. Lesson: Georeferencing a Map
  • 14.3. Lesson: Digitizing Forest Stands
  • 14.4. Lesson: Updating Forest Stands
  • 14.5. Lesson: Systematic Sampling Design
  • 14.6. Lesson: Creating Detailed Maps with the Atlas Tool
  • 14.7. Lesson: Calculating the Forest Parameters
  • 14.8. Lesson: DEM from LiDAR Data
  • 14.9. Lesson: Map Presentation
• 15. Module: Database Concepts with PostgreSQL
  • 15.1. Lesson: Introduction to Databases
  • 15.2. Lesson: Implementing the Data Model
  • 15.3. Lesson: Adding Data to the Model
  • 15.4. Lesson: Queries
  • 15.5. Lesson: Views
  • 15.6. Lesson: Rules
• 16. Module: Spatial Database Concepts with PostGIS / PostgreSQL
  • 16.1. Lesson: PostGIS Setup
  • 16.2. Lesson: Simple Feature Model
  • 16.3. Lesson: Import and Export
  • 16.4. Lesson: Spatial Queries
  • 16.5. Lesson: Geometry Construction
• 17. Module: Using Spatial Databases in QGIS
  • 17.1. Lesson: Working with Databases in the QGIS Browser
  • 17.2. Lesson: Using DB Manager to work with Spatial Databases in QGIS
  • 17.3. Lesson: Working with SpatiaLite databases in QGIS
• 18. The QGIS processing guide
  • 18.1. Introduction
  • 18.2. An important warning before starting
  • 18.3. Setting-up the processing framework
  • 18.4. Running our first algorithm. The toolbox
  • 18.5. More algorithms and data types
  • 18.6. CRSs. Reprojecting
  • 18.7. Selection
  • 18.8. Running an external algorithm
  • 18.9. The processing log
  • 18.10. The raster calculator. No-data values
  • 18.11. Vector calculator
  • 18.12. Defining extents
  • 18.13. HTML outputs
  • 18.14. First analysis example
  • 18.15. Clipping and merging raster layers
  • 18.16. Hydrological analysis
  • 18.17. Starting with the model designer
  • 18.18. More complex models
  • 18.19. Numeric calculations in the modeler
  • 18.20. A model within a model
  • 18.21. Using modeler-only tools for creating a model
  • 18.22. Interpolation
  • 18.23. More interpolation
  • 18.24. Iterative execution of algorithms
  • 18.25. More iterative execution of algorithms
  • 18.26. The batch processing interface
  • 18.27. Models in the batch processing interface
  • 18.28. Pre- and post-execution script hooks
  • 18.29. Other programs
  • 18.30. Interpolation and contouring
  • 18.31. Vector simplification and smoothing
  • 18.32. Planning a solar farm
  • 18.33. Use R scripts in Processing
  • 18.34. Predicting landslides
• 19. Appendix: Contributing To This Manual
  • 19.1. Downloading Resources
  • 19.2. Manual Format
  • 19.3. Adding a Module
  • 19.4. Adding a Lesson
  • 19.5. Adding a Section
  • 19.6. Add a Conclusion
  • 19.7. Add a Further Reading Section
  • 19.8. Add a What’s Next Section
  • 19.9. Using Markup
  • 19.10. Thank You!
• 20. Preparing Exercise Data
  • 20.1. Create OSM based vector files
  • 20.2. Create SRTM DEM tiff files
  • 20.3. Create imagery tiff files
  • 20.4. Replace tokens