Protanomaly is a type of red-green color vision deficiency where the sensitivity to red light is reduced. Individuals with protanomaly may see reds as more muted or washed out and may confuse them with greens or browns. Overall, colors may appear less vibrant, and distinguishing between certain shades of red, orange, and green can be challenging. This can lead to difficulties in interpreting colors in various contexts, such as traffic lights or color-coded information.
It is believed they see no colors(black and white). And so they would not see either of these colors.
There are several types of color blindness.Total color blindnessPartial color blindnessThe partial cases can be broken down into:Red-greenDichromacy (protanopia and deuteranopia)Anomalous trichromacy (protanomaly and deuteranomaly)Blue-yellowDichromacy (tritanopia)Anomalous trichromacy (tritanomaly)
No! Polychromic. IF it were then there would be no colors (or one color that you would see as white).
Guinea pigs are dichromatic. They see colors as a human with color blindness would, certain colors would be hard to perceive and contrast
Butterfly yes - to find food (flowers). Owls, probably not ... detecting motion would be more critical.
life would be boring with out colors there is no excitement in life what so ever
Colors reflect of a surface, and the other colors are absorbed, say it was a blue dress. All the other colors would be absorbed, and blue would reflect so you could see it.
Dog's see like a color blind person would. They can only see certain colors. They DON'T see in B/W!
red and yellow =)
There is no atmosphere in outer space to scatter light, so colors as we see them on Earth would not appear the same. However, objects in space still have intrinsic colors based on their composition and the way they reflect or emit light. Astronauts in space can still see these colors to some extent.
Shrimp can see 16 colors.
Red, Green, and Yellow. They can also see ultraviolet colors, or colors the human can't see