Two points a region
A homolosine map is a map of the earth's surface laid out on the basis of sinusoidal curves, with the interruptions over ocean areas distorted so that the continents appear with minimal distortion.
The main drawback of the homolosine projection is distortion of shape and distance. This projection sacrifices accurate representation of both shape and size to achieve a compromise that minimizes distortion across the entire map.
Another name for an oval-shaped projection map is called a Robinson Projection Map because it was created by an American cartographer named Arthur Robinson.
There are 4 maps total. The Lambert projection, Goode's Homolosine, Gerardus Mercator, and the Eckert IV.
The answer is Goode's Interrupted Homolosine.
north and south poles
Interrupted Goode's Homolosine projection, also known as interrupted area projection, is a type of map projection that aims to minimize area distortion. It does this by cutting the map into sections that are fit together like a jigsaw puzzle. This projection is well-suited for displaying large land masses, such as continents, on world maps.
An orange peel map refers to a type of map projection known as the sinusoidal projection. This type of map projection is designed to minimize distortion of landmasses compared to other projections, but it distorts shapes and distances towards the poles. It resembles the peel of an orange when flattened out.
Land masses are distorted towards the edges of a gnomonic projection, with the distortion increasing as you move away from the center point. The distortion is most noticeable at the outer edges of the map, particularly near the poles.
A mapmaking method that minimizes distortion of land masses is the Equal Area projection, which preserves accurate relative sizes of land areas. Examples include the Mollweide and Goode's Homolosine projections.
A Globe. It can be an exact scale model of the earth!
Reference maps and Thematic maps are the broad categories of maps