Why would a geographer choose a Robinson projection for a reference map in a textbook? (1 point)
• The Robinson projection creates a map with accurate directions, making it a more precise representation
O The Robinson projection creates an equal-area map, accurately showing the size of landmasses.
• The Robinson projection creates a map with minimal size and shape distortion, making it easier to read.
O The Robinson projection creates a map with completely accurate shapes.
• The Robinson projection creates a map with minimal size and shape distortion, making it easier to read.
A geographer would choose a Robinson projection for a reference map in a textbook because it creates a map with minimal size and shape distortion, making it easier to read.
To determine why a geographer might choose a Robinson projection for a reference map in a textbook, we can evaluate the given options:
- The Robinson projection creates a map with accurate directions, making it a more precise representation: This option does not accurately describe the Robinson projection. The Robinson projection sacrifices accurate direction in favor of other characteristics.
- The Robinson projection creates an equal-area map, accurately showing the size of landmasses: This is a correct statement about the Robinson projection. It is known for its ability to preserve accurate landmass sizes, making it useful for representing global distributions of phenomena such as population density or resource distribution.
- The Robinson projection creates a map with minimal size and shape distortion, making it easier to read: This is another correct statement about the Robinson projection. It strikes a balance between preserving accurate area representation and minimizing distortions in size and shape, resulting in a visually appealing and readable map.
- The Robinson projection creates a map with completely accurate shapes: This statement is not completely accurate. No map projection can preserve completely accurate shapes throughout the entire map. While the Robinson projection minimizes distortions, there will still be some distortion in the shapes of landmasses.
Based on the options provided, the most accurate reason a geographer might choose a Robinson projection for a reference map in a textbook is that it creates an equal-area map, accurately showing the size of landmasses. Additionally, it creates a map with minimal size and shape distortion, making it easier to read and visually appealing.