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Swiss Tangerine

Tangerine Superarctic Anaconda

Tangerine Superarctic Anaconda
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Component genes

AlbinoSwiss ChocolateArctic x2Anaconda

The genetics

Albino

Recessive

Albino is a recessive, amelanistic mutation in which melanin is absent entirely. The normal blotched pattern stays visible but loses all black pigment, leaving red, orange, or yellow tones with red eyes.

Swiss Chocolate

Recessive

Swiss Chocolate is a recessive, hypermelanistic mutation that increases melanin production, concentrated most heavily on the head. Hatchlings are born dark and stay that way, producing a rich chocolate-brown snake — similar to Sable but darker and warmer in tone.

Arctic x2

Incomplete Dominant

Superarctic is the two-copy (super) form of the Arctic gene — not a separate gene. It produces a stronger, more dramatic expression of the Arctic look: brighter, cleaner, often with very strong black-and-white contrast. It occurs when a hognose inherits Arctic from both parents.

Anaconda

Incomplete Dominant

Anaconda, often shortened to Conda, is an incomplete-dominant pattern mutation. One copy reduces the normal blotched dorsal pattern, creating a cleaner, more open, simplified appearance — the pattern becomes reduced, broken, or simplified.

What makes a Tangerine Superarctic Anaconda

  • Two copies of Albino — recessive, so it only shows when paired up.
  • Two copies of Swiss Chocolate — recessive, so it only shows when paired up.
  • One copy of Anaconda — the single-gene form.
  • Two copies of Arctic — the 'Superarctic' super form.

This describes the genetics of the animal itself — not the odds from a pairing. Outcome odds are the Genetics Calculator's job (coming soon).

Be the first to add a Tangerine Superarctic Anaconda photo

Help build the guide — got a clear, full-body photo of a real one? Add it to the Genetics Lab and get credited. Every photo is reviewed before it appears.