Apaxitiligo
Apaxitiligo are large aggressive monsters native to the Teluae Forests, these frightful creatures can possess significant physiological differences from one another, some possessing more limbs than others, or even different limbs entirely. One thing common to all Apaxitiligo is a nearly featureless face and a ferocious demeanor.
Basic Information
Anatomy
Apaxitiligo possess four or more arms, two legs and sometimes a large tail. Usually the total mass of the arms is more or less consistent between individuals of the same age meaning the more arms it has the smaller each one is.
Biological Traits
Apaxitiligo exhibit far more physical strength than their frame would suggest, rendering them capable of extraordinary feats of power.
Ecology and Habitats
While the ability to track by the magical flow of the Teluae Forests makes them fierce in their home territory Apaxitiligo don't really have much in the way of other senses, leaving them rather clumsy and disoriented outside of the Forests.
Dietary Needs and Habits
Apaxitiligo seem to eat any living creature they can overpower, ripping apart their prey with fierce savagery.
Behaviour
Apaxitiligo generally don't get along with anything, and even avoid their own kind. There is no known predator of an adult Apaxitiligo, and they are considered by Yozha Dursby to be one of the deadliest animals within the Forests.
Additional Information
Average Intelligence
The average intelligence of an Apaxitiligo has not been truly tested, from observation they seem to be a decently clever animal, but show no signs of higher thought.
Perception and Sensory Capabilities
Apaxitiligo seem to sense through the magical current that permeates the Teluae Forests, making hiding from them very difficult. They can pinpoint the exact location of an individual by the way the shroud of magic alters around them.
Lifespan
Unkown
Average Height
Most often 5-7 meters, largest spotted was over 15
Body Tint, Colouring and Marking
Usually dark colours, most commonly black or grey.
Geographic Distribution
Discovered by
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