Corn Snake morph

Recessive

Lava

Corn Snake (Pantherophis guttatus)

Share:XRedditFacebook

What Lava looks like

Homozygous Lava. Intense, deep lava-orange to deep red-orange coloration with greatly reduced dark pigment. Saddle outlines very faint or absent, belly pattern minimal. Distinctly more saturated and vivid than Hypo or Sunkissed.

Produces intense, deep red-orange to lava-orange coloration with greatly reduced dark pigment. Similar to Hypomelanistic in reducing melanin, but the Lava mutation produces a more extreme reduction and a distinctly deeper, more saturated red-orange tone. The name reflects the vivid, molten-orange appearance of homozygous Lava animals. Dark pattern elements (saddle outlines, belly checks) are very faint or absent. Background color is a rich, intense orange-red. When combined with other color morphs, Lava produces highly saturated, vivid animals.

How to identify it: Deep, intense orange-red to lava-orange coloration. Very reduced dark pigment. Saddle outlines faint or absent, belly pattern minimal. Distinctly richer/deeper orange than Hypo or Sunkissed.

How Lava is inherited

Lava follows a recessive inheritance pattern, carried on the Lava allele (locus Lava).

What does het lava mean?

Because Lava is recessive, an animal needs two copies of the allele to show the trait visually. An animal with a single copy is called het lava (heterozygous). A het animal looks normal but carries the gene, so pairing two het lava animals produces, on average, one in four visual lava offspring.

Combo morphs with Lava

  • Lava Ghost

    Lava + Anerythristic Type A combination. Highly reduced pigmentation producing a nearly white to faint lavender-gray animal.

Predict Lava pairingsOpen the Corn Snake calculator preloaded with a het x het pairing.Identify a Corn Snake morphUse the morph identifier to match photos to visually identifiable traits.

Track your Lava projects

ReptiDex keeps morph, lineage, and pairing records for your whole collection, on iOS and the web.

Get started free