Full Description
The fifth edition of this comprehensive and well-established book in cartography has been thoroughly updated and extensively restructured to incorporate new developments in recent years. It reflects advancements in technology, societal changes, and evolving methodologies in the field of cartography. With the inclusion of entirely new chapters, restructured content, and expanded discussions, the book provides a modern perspective on cartographic practices. It emphasizes the integration of Artificial Intelligence, the democratization of mapping through web-based tools, and innovative approaches to visualizing spatiotemporal data. Additionally, it addresses historical paradigms, geovisual analytics, and the adaptation of map elements and typography for mobile and web platforms, ensuring relevance in today's digital age.
Some Key Features of the Fifth Edition
Artificial Intelligence in Cartography: A new chapter explores AI's 75-year history, deep learning, cartographic applications, and ethical implications.
Maps, Mapping, and Society: A new chapter highlights the democratization of map-making through web-based tools, empowering the general public.
History of Thematic Mapping: Restructured to cover American cartographic paradigms, including analytical, design and production, education, statistical mapping, and symbolization.
Visualizing Spatiotemporal Data: Formerly "Animation," this chapter now includes alternatives such as change maps, small multiples, and space-time cubes.
Geovisual Analytics: Expanded to include the Australian Cancer Atlas and dashboard development.
Map Elements and Typography: Expanded to include guidelines for mobile devices and web browsers.
Elements of Map Projections: Now discusses the Universal Transverse Mercator (UTM) and State Plane Coordinate System (SPCS) grid systems.
Contents
1. Introduction. Part I: Principles of Cartography. 2. History of Thematic Cartography. 3. Maps, Mapping, and Society. 4. Principles of Symbolization. 5. Data Classification. 6. Scale and Generalization. 7. The Earth and Its Coordinate System. 8. Elements of Map Projections. 9. Selecting an Appropriate Map Projection. 10. Principles of Color. 11. Map Elements. 12. Typography. 13. Cartographic Design. Part II: Mapping Techniques. 14. Choropleth Mapping. 15. Dasymetric Mapping. 16. Isarithmic Mapping. 17. Proportional Symbol Mapping. 18. Dot Mapping. 19. Cartograms. 20. Flow Mapping. 21. Multivariate Mapping. Part III: Geovisualization. 22. Visualizing Terrain. 23. Visualizing Spatiotemporal Data. 24. Data Exploration. 25. Geovisual Analytics. 26. Visualizing Uncertainty. 27. Virtual Environments, Augmented Reality, and Mixed Reality. 28. Artificial Intelligence.
