sinusoidal projection (Meaning)

Wordnet

sinusoidal projection (n)

an equal-area map projection showing parallels and the equator as straight lines and other meridians as curved; used to map tropical latitudes

Synonyms & Antonyms of sinusoidal projection

No Synonyms and anytonyms found

sinusoidal projection Sentence Examples

  1. The sinusoidal projection depicts the Earth's surface as a series of sinusoidal waves.
  2. This projection maintains true distances along the equator and pole meridians in the sinusoidal projection.
  3. Unlike Mercator, the sinusoidal projection avoids the exaggeration of higher latitudes.
  4. It is commonly used for world maps and global data visualization due to its accurate portrayal of the Earth's shape.
  5. The sinusoidal projection is suitable for navigation because it preserves the shape of landmasses and coastlines.
  6. In cartography, the sinusoidal projection is often paired with the equal-area projection for a balanced representation.
  7. Some nautical charts employ the sinusoidal projection to chart coastal regions with reduced distortion.
  8. In weather forecasting, the sinusoidal projection is used to present large-scale weather patterns and ocean currents accurately.
  9. GIS specialists leverage the sinusoidal projection for global datasets, ensuring precise representation of geographical data.
  10. The sinusoidal projection offers a compromise between true shape and equal-area projections, making it a versatile option for various mapping applications.

FAQs About the word sinusoidal projection

an equal-area map projection showing parallels and the equator as straight lines and other meridians as curved; used to map tropical latitudes

No synonyms found.

No antonyms found.

The sinusoidal projection depicts the Earth's surface as a series of sinusoidal waves.

This projection maintains true distances along the equator and pole meridians in the sinusoidal projection.

Unlike Mercator, the sinusoidal projection avoids the exaggeration of higher latitudes.

It is commonly used for world maps and global data visualization due to its accurate portrayal of the Earth's shape.