HOMOLOSINE PROJECTION Meaning and
Definition
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The Homolosine Projection is a type of map projection that seeks to balance two main aspects, namely the distortion of the shape and size of landmasses. It is a pseudocylindrical projection, meaning that the globe is first projected onto a cylinder and then unwrapped onto a flat surface. The key objective behind the Homolosine Projection is to reduce the distortion that usually occurs in other map projections.
In this projection, a central sinusoidal component is utilized for the map's mid-latitudes, in order to minimize errors in distance and direction. As a result, the projection accurately represents the correct size and shape of areas between 40 degrees north and south. Conversely, at high latitudes, near the poles, the homolosine projection introduces more distortion, leading to the creation of exaggerated areas. This distortion is particularly evident near the Antarctic and Arctic regions.
The Homolosine Projection is often utilized for thematic maps, as it accurately presents a general and continuous representation of landmasses. It is commonly employed to display information on population distribution, climate patterns, or distribution of natural phenomena, such as earthquakes or vegetation.
Overall, the Homolosine Projection is a cartographic method that aims to minimize distortion and accurately represent the size and shape of landmasses, making it a valuable tool in geographical analysis and thematic mapping.
Common Misspellings for HOMOLOSINE PROJECTION
- gomolosine projection
- bomolosine projection
- nomolosine projection
- jomolosine projection
- uomolosine projection
- yomolosine projection
- himolosine projection
- hkmolosine projection
- hlmolosine projection
- hpmolosine projection
- h0molosine projection
- h9molosine projection
- honolosine projection
- hokolosine projection
- hojolosine projection
- homilosine projection
- homklosine projection
- homllosine projection
- homplosine projection
Etymology of HOMOLOSINE PROJECTION
The word "Homolosine" is derived from the Greek words "homo" meaning "same" and "lōsinē" meaning "lose".
The Homolosine Projection is a type of equal-area map projection developed by John Paul Goode in 1923. The name "Homolosine" reflects the goal of the projection, which is to minimize distortion of landmasses' sizes and shapes. Hence, the "homo" part refers to the projection's property of preserving areas (same) without distortion, while the "lose" part indicates that distortion is shifted to the regions outside the preserved areas.
