Sheepfolk

Sheepfolk
Scientific classification
Domain:	Eukaryota
Kingdom:	Animalia
Phylum:	Chordata
Class:	Mammalia
Order:	Orthotheria
Family:	Caprinimorphidae
Genus:	Arenanthropos
Species:	A. aries
Binomial name
Arenanthrophos aries

Sheepfolk (Arenanthropos aries), commonly referred to as Kylovi and derogatorily known as Bohvers, are sheep-like anthropoid mammals classified within the Caprinimorphidae family. As the only species in the genus Arenanthropos, Sheepfolk are indigenous to northeastern Pelia. They are believed to have originated through a unique ancient hybridization process involving primates and genetically akin orthotherians. Despite significant chromosomal differences, Homo sapiens and A. aries are capable of interbreeding, producing fertile offspring. These hybrids showcase unique genotypic and phenotypic traits inherited from both parent species.

Etymology

In Common, Sheepfolk derive their name from their sheep-like appearance, aptly capturing their hybrid nature. Similarly, the Khijovian colloquial term Kylov, a shorthand for Kylovek, translates directly to "Sheepperson." The scientific name is a compound of the ancient Greek words "aren," meaning sheep, and "anthropos," meaning man. However, the Khijovian derogatory term Bohver is a racial slur, roughly translating to "beast," and is used pejoratively to demean and dehumanize Sheepfolk. Khijovians also use the term Yllens to refer to them, though this term is more general and encompasses both Sheepfolk and Goatfolk.

Biology

Sheepfolk are herbivores, relying primarily on a plant-based diet. They are renowned for their highly efficient digestive systems, which enable them to process a wide variety of vegetation. This adaptability allows them to thrive in diverse environments, making them resilient and versatile in their dietary habits.

1. 1. 1. Subspecies and Phenotypic Diversity

Within the species *A. aries*, there is notable phenotypic diversity. Subspecies of Sheepfolk vary significantly in skin color, horn shape and size, complexion, and fleece type. This variation is not merely superficial but also influences their adaptation to different habitats and climates. Some subspecies have developed thicker fleece for colder regions, while others may have lighter, less dense coats suitable for warmer climates.