Havocs - Species

Primordial, timeless, powerful. Havocs are the children of the Elemental Lords and the rightful heirs of Irida. They tend to stay out of the way of most other races, living in environments that suit their four ancestral heritages - volcanoes, mountains, the ocean, and the sky. They are widely considered omens of danger whenever they are discovered outside of their ancient homes - and they enjoy living up to their namesake all the more for it.

Basic Information

Anatomy

Havocs have the same humanoid structure as a majority of the other races, though their bodies are usually cast out of an organic form of their respective element.

Genetics and Reproduction

Havocs reproduce in a similar manner to Iridians, but it is worth mentioning here how interspecies and intraspecies reproduction manifests. Interspecies reproduction will result in an offspring that is reminiscent of the non-Havoc parent with clear elemental affinity relating back to the Havoc parent - a Saurian with heated talons, a Solanov with hair like the water, or a Dwarf with rock plated joints, perhaps. Intraspecies reproduction will result in the creation of a Havoc that represents an element that is similar to the energy of the parents - Lightning, Smoke, Ice, and Steam Havocs have all been recorded as possible offspring, though the idea that those are the only possible oddities is swiftly dismissed.

Ecology and Habitats

Havocs have been known to prefer more esoteric locations to call home than most other Iridians. Lava Havocs make their home in the twin volcanoes in Hymar, air Havocs make their home in the clouds, water Havocs make their home deep in the ocean, and earth Havocs make their home deep underground.

Additional Information

Perception and Sensory Capabilities

All Havocs have deep elemental energy running through their veins, granting them access to command over their inborn element. Though uncommon, Havocs have been recorded as having an innate understanding of anything in the surrounding environment that is in direct contact with their respective element.