To let the observers of the map know where the earth gets hotter and colder, you see the closer you get near the equator the hotter it gets the farther away, the colder.
Mapmakers have to deal with the challenge of representing a three-dimensional object (Earth) on a two-dimensional surface (map). This leads to distortions in either land shapes or sizes, known as map projection distortion. Mapmakers have to prioritize either preserving shapes or accurately representing sizes when choosing a map projection.
One question commonly asked by mapmakers before designing a new map is "What is the purpose or intended use of this map?" Understanding the map's intended audience and purpose helps guide decisions on design, scale, content, and style to ensure the map effectively communicates information.
Symbols are used by mapmakers to represent features on Earth's surface. These symbols can represent natural features like rivers or mountains, as well as man-made features like roads or buildings. By using symbols, mapmakers can convey a large amount of information in a clear and concise way on a map.
Computer mapmakers digitize map data to create digital maps that can be stored, analyzed, and manipulated more easily than traditional paper maps. Digitizing allows for the integration of various data layers, enabling users to overlay different information and perform spatial analysis efficiently. Additionally, digital maps can be easily updated and shared across different platforms.
Computers digitize map data to make it easier to store, analyze, and share. By converting geographic features into digital formats, mapmakers can create more detailed and interactive maps that can be easily updated and integrated with other data sources. This allows for better decision-making, spatial analysis, and visualization.
The equator is drawn on a map to represent a line that divides the Earth into the Northern Hemisphere and the Southern Hemisphere. It does not divide the Earth into east and west, but rather into two equal halves based on latitude.
They are both map mapmakers.
Mapmakers use scale to represent distances between points on a map.
digitizing
How large are each of the map elements?
convert the data into computer language
True
Mapmakers have to deal with the challenge of representing a three-dimensional object (Earth) on a two-dimensional surface (map). This leads to distortions in either land shapes or sizes, known as map projection distortion. Mapmakers have to prioritize either preserving shapes or accurately representing sizes when choosing a map projection.
1. What is the goal of the map? 2. Who will read the map? 3.Where will the map be used? 4. What data and resources are available and needed?
yes
with the computers maomakers
One question commonly asked by mapmakers before designing a new map is "What is the purpose or intended use of this map?" Understanding the map's intended audience and purpose helps guide decisions on design, scale, content, and style to ensure the map effectively communicates information.