What would our lives look like if there were no (good) maps?

Maps are essential for orientation, navigation, and simplifying complex environments, ultimately enhancing our understanding of the world. The visualization of geospatial data supports both laypeople and experts in various aspects of lifewhether in personal, professional, or scientific contexts. With the growing availability of maps online, they are increasingly used in daily life on devices such as smartphones and tablets. However, the surge in map creation does not necessarily equate to the production of "good" mapsthose that effectively and efficiently fulfill their intended purpose.

This book explores the full breadth of the field of Cartography. It delves into the core of the discipline, focusing on the graphical representation of geospatial data, spatial reference, and map projections. Additionally, it addresses key peripheral topics that contribute to a comprehensive understanding, such as usability testing, data collection and processing, and cartographic law. Rather than providing technical or software-specific guidance, the author emphasizes the fundamental concepts and methods of modern Cartography. Introductory chapter overviews, numerous illustrations, and practical exercises support this approach.

This textbook is a valuable resource for students and educators across various fieldsCartography, Geography, Geodesy, Urban and Regional Planning, Environmental Sciences, and more. It aids in the creation and use of "good maps" and provides a solid foundation in modern Cartography for anyone with an interest in maps.

Compact dissemination of the basic knowledge for the visualization of geospatial data Consideration of modern developments such as interactive, dynamic or web-based maps Comprehensible relationships with other disciplines

Autorentext

Jochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) and passionate about maps.

Klappentext

What would our lives look like if there were no (good) maps? Maps are essential for orientation, navigation, and simplifying complex environments, ultimately enhancing our understanding of the world. The visualization of geospatial data supports both laypeople and experts in various aspects of life-whether in personal, professional, or scientific contexts. With the growing availability of maps online, they are increasingly used in daily life on devices such as smartphones and tablets. However, the surge in map creation does not necessarily equate to the production of "good" maps-those that effectively and efficiently fulfill their intended purpose. This book explores the full breadth of the field of Cartography. It delves into the core of the discipline, focusing on the graphical representation of geospatial data, spatial reference, and map projections. Additionally, it addresses key peripheral topics that contribute to a comprehensive understanding, such as usability testing, data collection and processing, and cartographic law. Rather than providing technical or software-specific guidance, the author emphasizes the fundamental concepts and methods of modern Cartography. Introductory chapter overviews, numerous illustrations, and practical exercises support this approach. This textbook is a valuable resource for students and educators across various fields-Cartography, Geography, Geodesy, Urban and Regional Planning, Environmental Sciences, and more. It aids in the creation and use of "good maps" and provides a solid foundation in modern Cartography for anyone with an interest in maps.

Inhalt

Part I Introduction.- Field of Cartography.- History of Cartography.- Part II Use.- Usability of maps.- Usability studies.- Part III Geodata.- Acquisition of Geodata.- Management of Geodata.- Analysis of Geodata.- Exchange of Geodata.- Uncertainties of Geodata.- Part IV Spatial Reference.- Reference Surfaces.- Map Projections.- Projected Coordinate Systems.- Part V Encoding.- Encoding Methods.- Encoding Topographical Information.- Encoding Thematic Information.- Encoding Multi-temporal Information.- Encoding Uncertainty Information.- Cartographic Generalization.- Map Layout.- Artificial Intelligence in Cartography.- Part VI Production and distribution of maps.- Map Production.- Map law.- Part VII Institutions.- Education and Training.- Institutions of Cartography.