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Cybergeography is the study of the nature of the Internet through the spatial perspectives of geography and cartography; it is an emerging field of analysis that seeks to reveal the various ways that place and space matter in Internet development and usage. Cybergeography, then, is broadly conceived, focusing on the geographies of the Internet itself (the spatialities of online activity and information), its supporting infrastructures (wires, cables, satellites, etc.), and the spatial implications of Internet technologies with respect to cultural, social, economic, political. and environmental issues. Much cybergeography research has focused on mapping and producing spatializations (giving spatial form to information that has no spatial referents) of the Internet, drawing on and contributing to principles underpinning much of geographic information science.

Since the development of wide-area computer networking technologies in the late 1960s, the Internet has grown into a vast sociotechnical assemblage of many thousands of interconnected networks supporting numerous different types of communications media: e-mail, Web pages, instant messaging, ftp, telnet, virtual worlds, game spaces, and so on. Hundreds of millions of people go online every day to communicate, to be entertained, and to do business, and billions of transactions occur across the Internet and intranets every day. Despite rhetoric that the Internet is placeless and that advances in telecommunications are fostering the “death of distance,” it is clear that place and space still matter, because the Internet still requires concentrations of expensive hardware and infrastructure to work and companies still require skilled workers and other forms of infrastructure and business networks that are located in geographic space to function effectively.

Types of Mapping

Interestingly, much cybergeography mapping research is conducted not by geographers and cartographers, but by computer and information scientists. This has led to a diverse array of geographic visualizations aimed at revealing the core structures of Internet technologies and their usage. Geographic visualizations of the Internet can be divided into three broad types: mapping infrastructure and traffic, mapping the Web, and mapping conversation and community.

Mapping infrastructure and traffic takes many traditional forms of cartographic representation and applies them to the Internet. By far the most common form of Internet mapping, these maps most commonly display the location of Internet infrastructure; the demographics of users; and the type, flow, and paths of data between locales and within media. Such maps have commercial and political value, revealing the location of billions of dollars of commercial investment, allowing network maintenance, and highlighting the nature of digital divides from the global scale down to the local inequalities between neighborhoods.

Mapping the Web is a much more difficult proposition than mapping infrastructure. It most often uses the technique of spatialization to give a spatial form or geometry to data that often lack spatial referents. In effect, it applies the principles and techniques of geovisualization to nongeographic data. It attempts this because data held on the Internet or data about the Internet (for example, on search engines) are often extremely copious and dynamic and are difficult to comprehend when displayed as lists. Spatialization works on the principle that people find it easier to comprehend complex structures and patterns in visual images than in text.

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