Passage A
Nineteenth-century cartography was driven by an Enlightenment ideal: the comprehensive cataloging of physical space. Explorers and surveyors aimed to produce definitive, static maps that would permanently archive terrain, coastlines, and topography. Mapmaking was viewed as a finite project with a clear endpoint—once a territory was measured and rendered on paper, its physical reality was considered fully captured and mastered for future generations.
Passage B
The advent of satellite geodesy and real-time geographic information systems (GIS) has fundamentally transformed the discipline of cartography. Modern spatial science no longer treats mapping as the creation of an enduring, complete portrait of a landscape. Instead, continuously updated digital layers reveal that coastlines erode, urban centers shift, and climate patterns alter terrain dynamically. Contemporary cartography views maps not as permanent records, but as fluid, evolving models of an ever-changing environment.
Which of the following best describes the overall relationship between the primary function of Passage A and the primary function of Passage B?
- Passage A outlines a historical perspective that viewed mapping as a finite effort toward permanent completeness, whereas Passage B explains how modern technology redefines maps as dynamic, evolving models.Answer
- BPassage A argues that nineteenth-century cartographers failed in their objectives, while Passage B defends the technical precision of early mapmakers against modern criticism.
- CPassage A details the specific mathematical formulas used in manual surveying, while Passage B focuses exclusively on the software coding underlying modern satellite navigation systems.
- DPassage A and Passage B both maintain that physical landscapes are essentially static features that can be fully cataloged through proper scientific methods.