The Dranth are a peculiar race of alien - wanderers from birth, they roam the universe in their eternal search; for what, they do not say, but they seem to have a steadfast reverence for whatever it might be. Their bodies are a strange breed, as they absorb energy from, of all things, emotion. This may be why they seek planets with high concentrations of life in their journey; each world they visit serves as a sort of 'refueling' for their interstellar trek.
However, such 'refueling' comes with a caveat; like any creature, a Dranth must be mindful of their diet, as too much of a particular emotion may serve as a catalyst for a powerful reaction within their body. Should a Dranth absorb an excessive amount of emotive energy, a conservation effect takes place in the form of a massive discharge of light, heat and noise; essentially, their bodies are wandering space ships, capable of causing massive destruction if improperly managed.
Quite peculiar.
Art ©
Jinash
Dranth ©
However, such 'refueling' comes with a caveat; like any creature, a Dranth must be mindful of their diet, as too much of a particular emotion may serve as a catalyst for a powerful reaction within their body. Should a Dranth absorb an excessive amount of emotive energy, a conservation effect takes place in the form of a massive discharge of light, heat and noise; essentially, their bodies are wandering space ships, capable of causing massive destruction if improperly managed.
Quite peculiar.
- Observer's log, author unknown.Art ©
JinashDranth ©
Category Artwork (Digital) / Fantasy
Species Alien (Other)
Size 858 x 1280px
File Size 124.6 kB
Very observant!
The Dranth's tail is anatomically designed to consume brittle material such as stone and metal - during an 'equilibrium shift', as depicted above, segments of compacted carbon material can be seen gravitating around the tip of the tail, as it has a flexible membrane to allow for easier ingestion of otherwise bulky mineral chunks.
The Dranth's tail is anatomically designed to consume brittle material such as stone and metal - during an 'equilibrium shift', as depicted above, segments of compacted carbon material can be seen gravitating around the tip of the tail, as it has a flexible membrane to allow for easier ingestion of otherwise bulky mineral chunks.
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