In two experiments, subjects learned an unfamiliar campus environment, either by studying a map or by navigating. During acquisition, the subjects had one of two spatial goals: to learn the layout of the building (survey goal) or to learn the fastest routes between locations (route goal). Spatial memory was tested with several tasks, some assessing survey perspective processing and some assessing route perspective processing. Results indicate multiple influences on the representation of spatial perspective. Learning condition influenced performance. Individuals studying maps gave more accurate responses to some survey perspective tasks, whereas individuals navigating gave more accurate responses to some route perspective tasks. Spatial goals also influenced performance. Having a route goal enhanced performance on route perspective tasks; having a survey goal enhanced performance on survey perspective tasks. These findings are discussed in the context of research indicating flexibility when processing spatial perspective. Individuals can use spatial information from different perspectives, often doing so in a goal-directed manner.Negotiations ofour environment, such as walking across campus, riding a bike home, or driving to a new destination, require complex spatial information. This information can come from different sources-including exploration, maps, and verbal descriptions-and can be isomorphic, but the sources differ in ways that may impact how we mentally represent the information. Primary differences between spatial information sources fall into two categories: the symbolic nature of the information and the spatial perspective imparted, either route or survey. We will concentrate on the latter. The purpose of the present research is to examine the influence of perspective-based goals (survey and route) on spatial memory from different information sources (maps and navigation). These effects will be examined, using a number of different spatial tasks.Maps and navigation impart different types of spatial information, most notably the spatial perspective. Perspective generally reflects the viewpoint taken on the environment, either within (route perspective) or above (survey perspective). Other types of knowledge gained through maps and navigation contribute to the overall sense of each perspective, including the reference system for locating new landmarks, whether the orientation is stable or changing, and the amount of information available at a given time. Exploration of an environment provides route information, the characteristics of which include a within-environment viewpoint, a viewer-centered