Body Coloration Information
aa: Light body color--
Light body color is a prevalent gene in the EL community. A lightly colored EL is more attractive to potential mate because their skin stands out in an appealing way. Will express over dappled gene.
AA: Dark body color--
Dark body color is the least common body color. EL's with darker bodies tend to require more attentive care because their skin is more sensitive to light. Will express over dappled gene and light gene.
Aa, aA: Dappled body color--
Dappled is a common body color that expresses itself in EL's. Dappled EL's have predominantly dark skin, but spatterings of lighter scales that stand out. The scales are almost always the same color but a different hue as the base tone.
No color mutations as of now. Some may be yet to come.
Body marking information
SR, Sr, sR: Dark Stripes gene--
Dominant over all spot genes and light stripe genes.
Expresses in in all combinations of stripe gene and spot genes. (Ex. SRsr, SRSP, SRsp)
sr: Light Stripes gene--
Dominant over all spot genes.
Expresses in all combinations of light stripe and spot genes. (Ex. srSp, srsp)
SP, Sp, sP: Normal spots gene--
Dominant over inverted spot gene, all underbelly genes, and all racing stripe genes.
Expresses in all combinations of spot genes, underbelly genes, and racing stripe genes (Ex. SPsp, SPuu, SPSu)
sp: Inverted spots gene--
Dominant over all underbelly genes and all racing stripe genes
Expresses in all combinations of inverted spot gene, underbelly gene, and racing stripe gene (Ex. spsp, spUU, spSU)
UU, Uu, uU: Light underbelly gene--
Dominant over inverted underbelly gene.
Expresses in all combinations of underbelly gene. (Ex. UuUu, UUUU)
uu: Inverted underbelly gene--
Recessive to all other markings.
Only expresses in combinations of inverted underbelly gene (Ex. uuuu)
srUU, srUu, sruU: Light racing stripes gene--
Only achievable through breeding;; is the result of stripes and underbelly gene combinations
Dominant over all genes aside from spot genes.
Will express in all combinations of stripe genes, underbelly genes, racing stripe genes, and collar genes.
sruu; Light collar gene--
Only achievable through breeding;; is the result of stripes and underbelly gene combinations
Dominant over all genes aside from spot genes and light racing stripe gene.
Will express in all combinations of stripe genes, underbelly genes, dark racing stripe gene, and collar genes.
SrUU, SrUu, SruU: Dark racing stripes gene--
Only achievable through breeding;; is the result of stripes and underbelly gene combinations
Dominant over all stripe genes, underbelly genes and dark collar gene.
Will express in all combinations of stripe genes, underbelly genes, dark racing stripe gene, and dark collar genes.
Sruu: Dark collar gene--
Only achievable through breeding;; is the result of stripes and underbelly gene combinations
Dominant over all stripe genes and underbelly genes.
Will express in all combinations of stripe genes, underbelly genes and dark collar genes.
*Please note, no marking genes will express themselves at the same time*
New genes and mutations are being developed all the time, so don't be afraid to ask questions/make suggestions c:
Exceptions:
White or albino EL's
Extremely rare.
Will not pass on to chicks. Always has completely white plumage and red eyes.
Melanistic EL's
Extremely rare.
Will not pass on to chicks. Always has completely black plumage and yellow eyes.
Plumage Information
-Wings: 30% chance to pass ---- No Wings: 70% chance to pass
Common plumage colors: Reds, pinks, grays, greens
Rare plumage: White, black
All other plumage colors are uncommon.
All plumage that has patterns (Ex. Diluted, gradient, speckled, barred, etc.) is considered rare.
- Patterned plumage will pass to offspring
Eye color information
Common: Red, amber, black, brown
Uncommon: Purple, yellow, gray
Rare: Blue, dichromatic
- Uncommon eye color has a 50% chance to pass to offspring
-Rare eye color has a 5% chance to pass
Horn information
All first generation EL's have straight, ivory colored horns. Varying horn color is caused through breeding and mutations. Any horns that are not straight are uncommon.