Evolution of color vision in primates
Evolution of color vision in primates
Loss and regain of color vision during the evolution of primates.
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Readers' pathsAug 2026 – Oct 2026
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Tetrachromacy
Type of color vision with four types of cone cells.
22%
Monochromacy
Type of color vision.
10%
Opsin
Class of light-sensitive proteins.
8%
Eutheria
Clade of mammals in the subclass Theria.
7.2%
Nocturnal bottleneck
Hypothesis to explain traits in mammals.
7.2%
Dichromacy
Type of color vision.
6.9%
Color vision
Ability to perceive differences in light frequency.
6.7%
Evolution of the eye
Origins and diversification of the organs of sight through geologic time.
5.9%
Trichromacy
Possessing of three independent channels for conveying color information.
5%
Teleost
Division or infraclass of fishes.
4.3%
Readers come from
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Trichromacy
Possessing of three independent channels for conveying color information.
21%
Dichromacy
Type of color vision.
12%
Color vision
Ability to perceive differences in light frequency.
11%
Evolution of primates
Origin and diversification of primates through geologic time.
7.5%
Color blindness
Decreased ability to see color or color differences.
4.6%
Primate
Order of mammals.
3.8%
Monochromacy
Type of color vision.
3.5%