13/05/2026
About white Podencos 🤍Completely white or heavily white-coated patterns in dogs are most commonly associated with recessive or complex genetic mechanisms, but in the Podenco Ibicenco breed, the situation is somewhat more complex.
In Ibicencos, white coloration is usually not inherited as a “simple single recessive gene.” Most often, it involves:
* piebald / extreme white spotting (S locus, MITF gene),
* the amount of white coverage,
* and additional modifying genes.
This means:
* two colored dogs can produce a very white puppy,
* a white dog will not necessarily produce only white offspring,
* and the intensity of white is often inherited polygenically (through a combination of several genes).
It is important to distinguish:
* white coat color ≠
* absence of pigment.
A Podenco should still retain:
* a pigmented nose,
* eye rims,
* and lips.
When we talk about the typical Ibicenco “white with orange/red” coloration, this is usually not recessive white in the same sense as fully depigmented variants seen in some other breeds. Rather, it is a combination of white-pattern genes.
Another important aspect:
* the underlying base color in Podenco Ibicenco is most commonly red/fawn,
* while the white pattern simply “covers” portions of the body.
Therefore, in breeding:
* two very white parents often produce even whiter puppies,
* but the outcome is not 100% predictable as in a classic recessive-gene scenario.
If you’d like, I can also:
* explain specific S-locus types,
* show how extreme white is inherited,
* or create a possible color-combination scheme for the breed.
“Extreme white” (often обозначed as sʷ) belongs to the so-called S locus (white spotting) in canine genetics. It is not “albino white,” but rather an extensive spread of white areas across the body.
A simplified model is usually written as:
* S – solid (little or no white)
* sᶦ – Irish spotting
* sᵖ – piebald
* sʷ – extreme white
Approximate dominance order:
S > sᶦ > sᵖ > sʷ
This means:
* sʷ behaves as the most recessive variant,
* and the clearest extreme white phenotype is usually seen when a dog inherits:
s^{w}s^{w}
Example:
Two carriers:
Ss^{w} \times Ss^{w}
Possible offspring:
* SS → minimal white
* Ssʷ → moderately white / carrier
* Ssʷ → moderately white / carrier
* sʷsʷ → extreme white
Probability of extreme white:
25\%\;s^{w}s^{w}
However, in reality — especially in Podenco Ibicenco — the amount of white is additionally influenced by:
* modifying genes,
* ticking/freckling,
* pigment intensity,
* and selective breeding lines.
Therefore:
* two moderately white dogs can produce an almost completely white puppy,
* while two very white dogs may still produce more colored offspring.
What does the extreme white phenotype look like?
Typically:
* 80–90% white body coverage,
* color remaining only on the head or a few patches,
* while nose pigmentation may still remain perfectly normal.
Important:
extreme white ≠ albino.
Albinism involves defects in melanin production, whereas extreme white is related to melanocyte migration during embryonic development.
In some breeds, very strong extreme white patterns may also correlate with a higher risk of congenital deafness because melanocytes are important for inner-ear development. This is far less common in Podenco Ibicenco than in breeds such as the Dalmatian or white Bull Terrier.
In Podenco Ibicenco, the genetic foundation usually revolves around:
* red / fawn / orange pigment,
* and the amount of white coverage.
What is most dominant?
Most commonly:
* red / lion / fawn coloration
* with varying amounts of white.
Genetically, most Ibicencos are believed to be:
e/e
at the E locus (recessive red), which is why black pigment rarely appears in the coat itself.
As a result, the breed naturally tends to produce:
* orange-red,
* orange and white,
* or white dogs with orange markings.
What is hardest to produce consistently?
1. Deep, rich, warm dark orange/lion color
Such dogs are:
* rare,
* highly valued in the show ring,
* especially when combined with strong pigmentation and a clean coat tone.
The difficulty is that:
* white-pattern genes often “break up” the color,
* and many lines carry lighter sandy shades.
2. A beautifully balanced extreme white
It is difficult to produce:
* an almost entirely white dog,
* with perfect pigmentation,
* attractive symmetrical markings,
* and no weakening of nose or eye-rim pigment.
Because the more white present:
* the greater the risk of pigment weakening.
3. Solid-colored Ibicencos (with very little white)
These are less common in many lines, especially:
* fully rich red dogs,
* without dominant white legs or collar markings.
Since white spotting is deeply rooted in the breed, maintaining a solid-colored dog is not particularly easy.
What tends to be genetically “strongest”?
Simplified:
* extensive white often behaves as a more recessive/complex trait,
* so two heavily white lines frequently produce even whiter puppies.
Meanwhile, deep solid color can gradually disappear if:
* repeatedly crossed into heavily white lines.
This is why breeders often observe that:
* rich pigmentation is easy to dilute,
* but difficult to restore within only a few generations.
For that reason, some truly high-quality deep red/lion Podenco Ibicenco are considered genuine genetic treasures in breeding programs.
