homolosine projection (Meaning)
homolosine projection (n)
an equal-area projection map of the globe; oceans are distorted in order to minimize the distortion of the continents
Synonyms & Antonyms of homolosine projection
No Synonyms and anytonyms found
homolosine projection Sentence Examples
- The Homolosine projection is a type of map projection that aims to balance distortion across different areas of the globe.
- The Homolosine projection achieves this by combining multiple map projections, such as the sinusoidal and interrupted Goode homolosine projections.
- One advantage of the Homolosine projection is that it minimizes distortion in both shape and area for most regions of the world.
- The Homolosine projection is particularly useful for thematic mapping and statistical analysis due to its balanced representation of spatial data.
- Cartographers often use the Homolosine projection to create maps that accurately depict global patterns and distributions.
- The interrupted version of the Homolosine projection features interruptions or cuts in the oceans to reduce distortion in landmasses.
- Despite its advantages, the Homolosine projection may still exhibit distortion at high latitudes and along the edges of interrupted regions.
- The Homolosine projection is named after its creator, John Paul Goode, who developed it in the early 20th century.
- Geographers and GIS specialists appreciate the Homolosine projection for its ability to provide a more equitable portrayal of the Earth's surface.
- The Homolosine projection is just one of many map projections available, each with its own strengths and weaknesses for different mapping purposes.
FAQs About the word homolosine projection
an equal-area projection map of the globe; oceans are distorted in order to minimize the distortion of the continents
No synonyms found.
No antonyms found.
The Homolosine projection is a type of map projection that aims to balance distortion across different areas of the globe.
The Homolosine projection achieves this by combining multiple map projections, such as the sinusoidal and interrupted Goode homolosine projections.
One advantage of the Homolosine projection is that it minimizes distortion in both shape and area for most regions of the world.
The Homolosine projection is particularly useful for thematic mapping and statistical analysis due to its balanced representation of spatial data.
