KnowraMercator projectionLinked fromLinked fromThe 22 pages that link to Mercator projection, each with the reason it gives.All 22Broader topic 5Related 7Compared with 10LatitudeCompared with: Its distortion makes high-latitude distances and areas appear much larger than they are.Portolan chartCompared with: It offers a mathematical projection for bearing-based navigation, unlike the portolan chart’s rhumb-line network.Rhumb lineCompared with: Its straight rhumb-line appearance can obscure how much distance high-latitude routes add.Stereographic projectionCompared with: Both projections are conformal, but Mercator maps the sphere to a cylinder and distorts polar regions.Gall–Peters projectionCompared with: It preserves local shape rather than area, the reverse of Gall–Peters’s defining trade-off.Robinson projectionCompared with: Unlike Mercator, Robinson does not preserve local angles and keeps polar regions far less enlarged.Arno PetersCompared with: Peters presented his area-preserving map against the familiar Mercator world map.Arthur H. RobinsonCompared with: Unlike Robinson’s compromise projection, Mercator prioritizes local shape and direction.Azimuthal equidistant projectionCompared with: Unlike this projection, Mercator preserves local angles rather than distances from a center.Oronce FineCompared with: Unlike Fine’s heart-shaped world map, it became especially useful for maritime navigation.