It depends on the other genetics that help determine color. If there are only chestnut and black, then the foal will be black. If there is an agouti gene to restrict the black to the horse's points, the foal will be a bay. If there are additional modifiers, the horse may have other attributes such as spots, dun stripes, etc. A chestnut of any kind cannot result from this mating, as this requires 2 chestnut genes, and a homozygous black carries no chestnut genes to pass along.
the chestnut color is the most recessive gene, so all other colors will be dominant, but truthfully all colors come from an alteration or absence of a red or black gene. a homozygous black has two copies of the black gene, and will pass on one of them, the other gene will be chestnut, so the result will be bay, (red with black mane and tail) or brown (liver) or a black. A homozygous black is not possible.
A good source to read about this matter is "Horse color explained" by Jeanette Gower.
Nine times out of ten, it would be a Clydesdale, because they are bred for pulling carts. Just because a horse is a stallion and it happens to be black, does not make it super strong!
I wish I knew
I believe the breed was an Arabian.
His Arabic name is Shaytan which means “devil” in arabic 🖤
not sure, but i think there are about maybe 20
Buckskin or Smoky Black
Most likely black, however, if they are not homozygous for black, the foal has a small chance of being chestnut. If the stallion and mare are both aaEE all foals will be black. If one parent is aaEe and the other is aaEE all foals will be black. If both parents are aaEe there is a 75% chance that the foal will be black and a 25% chance of a chestnut foal.
The foal could be a number of colors. Based on the description the stallion is either aaEe or aaEE. The mare is --ee (as her genetics at the agouti site is unknown). Research on the color of her parents and grandparents may be an indicator of the alleles at the agouti site. If the stallion is aaEe there is a 50% chance that the foal will be chestnut/sorrel. If the stallion is aaEE there will be no possibility of chestnut, however the resulting foal will be determined by the alleles that the mare has at the agouti site...which are currently unknown. If she has a single black parent, there is a 50% chance that the foal will be black (if the stallion is aaEE and a 25% chance of a black foal if the stallion is aaEe. Since black true black at the agouti site is homozygous recessive...it will be the mare's genetics at the agouti site that will determine the color of any non-chestnut foal.
The probable phenotype of the offspring would be black, as black color is dominant over chestnut color. The genotype of the offspring would be heterozygous for black (Bb), since one parent is homozygous black (BB) and the other is homozygous chestnut (bb).
There is a chance the foal could be chestnut, palomino, or sorrel. The palomino gene is a dilution of chestnut, so the foal's base coat color will likely be chestnut, then influenced by the presence of the palomino gene.
A dark brown horse. Possibly black. Possibly something with patches of the other color. According to a nifty foal color calulator that you can find a link to in the related links, the foal has a 70% chance of being bay, 24% chance of being black and a 7% chance of being chestnut.
There are a couple possibilities, depending on the genetic makeup of the horses. First, a few definitions: homozygous for black means the horse has two genes for the color black. This horse can only pass on a black gene. Heterozygous for black - the horse has one gene for black, and one for chestnut. Either one can be passed on. The horse will appear black, though can produce chestnut foals. If they are both homozygous for black the foal will be black, and will be homozygous for black. If one of them is homozygous and the other heterozygous, you will always have a black foal, but there is a 50/50 chance of being homozygous for black. If both of them are heterozygous, you have a 25% chance of getting a chestnut, 50% chance of getting a heterozygous black, and 25% change of a homozygous black.
The exact percentages of foal color outcomes is dependent upon the genetics behind each parent. Presuming that neither parent is homozygous for agouti and that the sire isn't homozygous for black, possible foal colors are: Chestnut Palomino (Chestnut + Cream) Cremello (Chestnut + 2 copies of Cream) Bay Buckskin (Bay + Cream) Perlino (Bay + 2 copies of Cream) Black Smokey Black (Black + Cream) Smokey Cream (Black + 2 copies of Cream)
It depends on the horse's genetics. Chestnut is recessive to black, therefore a chestnut horse always carries two chestnut genes but a black horse could be carrying two black genes OR a black and a chestnut, but the black is dominant therefore the horse has a black coat. Think of it as the black coat always sits 'on top' of the chestnut coat so if a horse has a black gene it will always show up but chestnut will only show up if there are no black genes at all. If you breed a homozygous dominant (two black genes) black horse to a chestnut, the foal will always be heterozygous dominant black. (One black gene and one chestnut gene) If you breed a heterozygous dominant (one black one chestnut) black horse to a chestnut, the foal has a 50% chance of being heterozygous dominant black and a 50% chance of being homozygous recessive chestnut. (two red genes) If you have no idea what your black horse's color genes are, think of it as having a 75% chance of a black foal, 25% chance of a chestnut foal.
Palomino Stallion --eeCrcr (the two -- are the unknown alleles at the Agouti site) Black Mare aaEe or aaEE (we will assume that the mare is not a smokey black which is a black horse carrying the creme gene). If either of the mare's parents is a chestnut her genetic makeup is aaEe which will simplify the choices. If either of the stallion's parents was a bay/buckskin (or both parents were bay based ) he will have the possibility of carrying the A allele. If the mare is aaEE no palomino or chestnut foal can be produced. If the stallion is aaeeCrcr 50% chance the foal will be black and 50% chance it will be smokey black. If the stallion is AaeeCrcr then there is a 25% chance the foal will be bay, 25% black, 25% smokey black, 25% buckskin. If the stallion is AAeeCrcr 50% buckskin and 50% bay If the mare is aaEe and the stallion is aaeeCr- the chances are 25% chestnut, 25% palomino, 25% black and 25% smokey black If the mare is aaEe and the stallion is AaeeCrcr the chances are 25% chestnut 25% palomino, 12.5% black, 12.5% bay, 12.5% smokey black, 12.5% buckskin. If the mare is aaEe and the stallion is AAee Crcr 25% palomino, 25% chestnut, 25% buckskin, 25% bay. Lots of possibilities here, always with a 50% chance of the foal with the Creme dilution. Unfortunatley, if the stallion carries a black allele or two black alleles your Creme dilutes will have a high probability of being smokey black which is often hard to tell from black.
The offspring will likely be a combination of sorrel, white, black, and possibly other colors depending on the genetics involved. The resulting foal could have various coat patterns such as pinto or tobiano, depending on which genes are dominant. Breeding a sorrel and white mare to a black and white stud opens up a wide range of color possibilities in the foal.
Breeding a strawberry roan stallion with a blue roan mare may result in a roan foal that could be a mix of the parents' colors, such as a bay roan or red roan. Roan is a coat color pattern that results in a mixture of colored and white hairs throughout the coat.