The concept of 'environmental cognition' refers to the mental processes through which individuals acquire, store, and interpret information about their surroundings. Research in this field has shown that spatial knowledge is not merely a passive reflection of physical geography, but is actively constructed through cultural and social experiences. For instance, studies comparing urban and rural populations reveal that people from dense metropolitan areas tend to develop more abstract and metric-based mental maps, while those from rural settings often rely on landmark-based and route-oriented navigation. This divergence suggests that the structure of the built environment influences not only wayfinding efficiency but also the very cognitive frameworks used to represent space. Furthermore, recent neuroimaging evidence indicates that such environmental learning can induce measurable changes in hippocampal plasticity, underscoring the dynamic interplay between external settings and internal neural architecture. Consequently, urban planners and cognitive scientists are increasingly collaborating to design spaces that support diverse cognitive styles, thereby fostering more inclusive and navigable environments.