Which projection is best suited for mapping areas at higher latitudes?

The Robinson Projection is designed to provide a visually appealing representation of the world by balancing size and shape distortions across various regions. It is better suited for mapping areas at higher latitudes compared to many other projections because it reduces distortion in size, shape, and distance in these regions, helping to present a more accurate representation of the space being mapped.

While the other projections, such as the Transverse Mercator and Lambert Conformal Conic, serve specific purposes and can be quite effective depending on the area being mapped, they are generally more suitable for particular latitudinal bands. For instance, the Transverse Mercator is optimal for regions close to the central meridian and works well for mapping relatively small areas, like countries or specific regions, rather than covering high-latitude regions effectively. The Lambert Conformal Conic is effective for mid-latitude areas, especially for east-west elongated regions, but it may not perform as well in the extreme northern or southern latitudes.

The Web Mercator projection is commonly used for web mapping applications but introduces significant distortions in areas further from the equator, making it less ideal for high-latitude mapping. Thus, the Robinson Projection stands out as the most appropriate choice for maintaining a balance of distort