The Mollweide Projection is an equal-area map projection that is commonly used for world maps due to its ability to preserve the relative sizes of landmasses.

Choropleth maps use different colors or shades to represent the values of a particular variable across a geographic area, allowing for easy visualization of spatial patterns.

The Mercator Projection is a cylindrical map projection that preserves the correct shapes of landmasses and is commonly used for navigation.

Isopleth maps use lines to connect points of equal value, creating a continuous surface that helps visualize the spatial distribution of a variable.

The Azimuthal Equidistant Projection is commonly used for representing polar regions and maintains the true distances from the center.

Dot maps use dots or symbols to represent the distribution of a particular phenomenon across a geographic area, allowing for the visualization of spatial patterns and concentrations.

The Robinson Projection is commonly used for representing large-scale regional maps and maintains correct proportions.

Cartogram maps use distorted shapes of countries or regions to represent their relative importance or contribution to a particular variable, allowing for easy comparison and visualization.

The Mollweide Projection is commonly used for representing small-scale global maps and maintains the correct shapes of continents.

Flow maps use arrows or lines to represent the direction and magnitude of a particular phenomenon, such as wind patterns or ocean currents, allowing for the visualization of movement and flow patterns.

The Azimuthal Equidistant Projection is commonly used for representing local or regional maps and maintains the correct angles between features.

Symbol maps use different symbols or icons to represent specific features or phenomena on a map, such as cities, roads, or landmarks, allowing for easy identification and visualization.

The Mercator Projection is commonly used for representing navigation charts and maintains the correct bearings between points.

Relief maps use a three-dimensional representation to show the elevation and topography of a geographic area, allowing for the visualization of landforms and terrain.

Temporal maps use a series of maps or animations to represent the distribution of a particular phenomenon over time, allowing for the visualization of changes and trends.