A visual representation of the Earth’s surface, designed for physical reproduction, incorporating a grid system of latitude and longitude. This allows for precise location identification and measurement of distances on the map. Examples include maps used for educational purposes, travel planning, and geographical research where a tangible, annotated version is beneficial.
Such representations are essential for navigation, spatial understanding, and resource management. Historically, printed cartography played a crucial role in exploration, trade, and military strategy. The inclusion of a coordinate system enhances the utility of these documents by providing a standardized method for referencing specific points on the globe, facilitating communication and collaboration across different disciplines and regions.
The following sections will delve into the practical applications, types, and creation methods of geographically accurate and physically reproducible global representations featuring location-based grid systems.