Reindeer have a survival trick unlike any other animal - their eyes actually change color with the seasons. Golden in summer, deep blue in winter, this shift helps them adapt to the Arctic's. The claim: Photos show reindeer have golden eyes in the summer and blue eyes in the winter Reindeer are often associated with a red nose.
It may sound unbelievable, but reindeer eyes change from a blazing gold in the summer to a deep, dark blue in the winter. However, this isn't the kind of color change you might expect, as it usually can't be seen in most photographs. So, what exactly is happening? Read on to discover why reindeer eyes change color and how this adaptation benefits them in the wild.
Reindeer are the only animals known to change eye color in the winter, but the effect isn't so outwardly obvious. Reindeer eyes change color during the winter, from golden to blue, something researchers say helps them to capture more light during the Arctic's dark winter months. Why Reindeer Eyes Change Color with the Seasons: Reindeer Eye Color Mystery Solved Reindeer, also known as caribou in North America, inhabit some of the coldest and darkest parts of our planet.
These remarkable creatures face months of near. Why do reindeer's eyes change color with the seasons? In this video, Alex Dainis explains why reindeer eyes change color from orange-gold in the summer to blue in the winter. This change allows them to UV light in the winter time, which might seem counterintuitive because of their bright, snowy habitat.
However, the reindeers' food source is a light colored lichen that absorbs UV. Reindeer change the color of a reflective layer in their eyes between summer and winter to deal with months. Reindeer don't have red noses, but their eyes do turn green to blue in the winter.
Scientists are finally figuring out why. Blue Eyes Facebook - Complete Computing SW Ltd When the seasons change and reindeer is plunged in the dark winter months of the Arctic, the reflective layer at the back of their eye turns a stunning blue and scatters the light available inside of the eye rather than reflecting it back.