Meet Ferdinand, the albino moose: a celebrity in the southwest-central region of Varmland, Sweden. And it is no secret why. With his head-to-toe white coloring, making him appear as an alabaster sculpture, this rare creature is a majestic sight for all. According to National Geographic, the reason for the moose’s abnormally rare white color is the result of a genetic mutation.
However, unlike this white moose, in most cases of albinism, those impacted have characteristically light or pinkish colored eyes. However, like Ferdinand, for moose with bright, white fur coats, more common than not this feature is actually obtained from a recessive gene which causes this animal to grow white with specs of brown, a condition otherwise known as piebald.
A Rare Brown Panda Sits in Distress, Abandoned by His Mother
Below, the emotions of a devastated young giant panda, all alone in the snow. Later given the name Qizai, meaning ‘seventh son’, this panda was discovered in the wild as a cub after found abandoned by his mother at just two years of age. Soon after, he was taken in under the care of rescuers.
Today, at nine-years-old, Qizai is the only known brown panda held in captivity in the entire world. Found in China’s Shaanxi Province, this male panda’s uniquely colored coat of white and brown has left experts in awe, leading many researchers on an ardent mission to find the reasons behind Qizai’s unique features.
A Trotting Baby Musk Ox
In case you haven’t witnessed it before, below is a photo of a baby musk ox trotting happily along its surrounding rocky terrain. Residing primarily in Greenland and the Canadian Arctic, over time, these furry creatures have adapted amazingly to their frigid surroundings. In addition to their long shaggy hair, which protects them from the extreme cold, the musk oxen also have outer hairs, called guard hairs, which cover the animals’ shorter undercoat, one which provides them with even more insulation during the Arctic’s harsh winters.
Thankfully, as the winter nears its end, spring approaches, and temperatures begin to rise, this thick fur undercoat is shed until the next winter. And while the above baby musk ox may be cute, it is extremely vulnerable to its predators, most commonly the arctic wolf.
The Echidna, or Spiny Anteater: Earth’s Tiny Egg-laying Mammal
Below is a photograph of the adorably tiny, spiky, egg-laying echidna. Also known as a spiny anteater, this mammal is one of just a few egg-laying mammals on Earth. Of the seemingly endless mammals in existence on this planet, in addition to four species of echidna, the Platypus is the only other known egg-laying mammal species. Found in the southern hemisphere, on the continent and country of Australia (including Tasmania), as well as on the Pacific island of New Guinea, these small Oceania creatures earned the name “spiny anteater” due to the tendency for some species of echidnas to eat ants.
Despite this name, it is important to note that this animal is not, in any way, related to any member of the anteater species—nor does it have any relation whatsoever to the porcupine, despite its quill-like spines.
The Colorful Chameleon: More Than Meets the Eye
In the below photograph sits a colorfully camouflaged chameleon. Its camouflaging mechanism is much more complex than you might think. Most color changing done by the chameleon is related to both the animal’s behavior, as well as its state of mind at the time of its color transitioning. In the animal kingdom, the chameleon has a wide range of hues and shades for various occurrences. For instance, when preparing itself to fight other chameleons, this animal will adopt a brighter hue. In contrast, when accepting defeat or surrendering, it will begin to display darker shades.
Additionally, chameleons are also known to change their color as a means of communication. This form of color-changing is exhibited in the females’ attempt to signal to the male, in order to let him know she is in the mood for love. Chameleons also have the ability to move their eyes able independently from each other. Doing so allows the chameleon to look in two different directions at the same time, thus not only abling this animal to have a complete 360-degree view but also provides them with the ability to rapidly focus their eyes, enlarging their field of view, much like a camera lens.