23.44% -
Grullo Roan23.44% -
Grullo23.44% -
Blue Roan23.44% -
Black1.56% -
Red Dun Roan1.56% -
Red Dun1.56% -
Chestnut Roan1.56% -
Chestnut
If either horse is homozygous for roan the foal will be roan, if both are heterozygous there is a 75% chance that the foal will be roan. If by strawberry roan you mean the stallion is a bay roan as opposed to a chestnut roan, we can surmise that the stallion is Rn-A-E- The mare is Rn-aaE- The base color of the foal, without regard to whether it is roan is as follows If the stallion or mare is EE at the extension site they will produce either a bay or black foal...since the stallion is bay he could be AA (only bay foals) or Aa which will produce 50-50 bay or black with this mare. If both the mare and the stallion are Ee at the extension site there is a 25% chance of a chestnut foal.
If the stallion carries the a gene and is heterozygous for roan your chances of a true blue roan are 50% if your mare is Ee. If she is EE there is no chance of a chestnut coated foal so the color of the foal will be controlled by the genetics of the stallion at the agouti site...either brown, bay or black.
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.
Tricolored generally means a bay with white. If the stallion is homozygous for dun but has produced red dun foals...the foal could be dun, or red dun. If the mare and stallion carry the a (black) gene they could produce a grulla. The presence of spotting will depend on the genetics of the mare. If she is homozygous for the tobiano gene the foal will be tobiano and some color of dun. Heterozygous tobiano or frame overo the foal will be dun and spotted 50% of the time. If the mare is a tovero (carries the frame and tobiano genes) the foal will have a high chance of tobiano or overo patterning. Sabino spotting patterns could be present in the stallion with no real apparent signs and if the mare have sabino genetics...white patterning could vary considerably. If the stallion is heterozygous for dun and the mare is heterozygous for tobiano or overo...color and white patterns as well as solid non dun coloring is possible.
87.89% -Bay6.25% -Chestnut5.86% -Black
The color of the stallion is irrelevant, however he should not be overo in order to avoid the potential for an OLW or LWO foal. The foal could be Overo , Tobiano, Tovero or solid colored.
In most cases, the father of a foal does not play a role in raising or caring for the foal. The responsibility of caring for and raising the foal falls mainly on the mother (mare). The stallion typically continues with his normal activities within the herd or separately.
i got a cherry bay coat color Gray is independent of base coat color. If the stallion is heterozygous for grey there is a 50% chance that the foal will be gray. If the stallion is homozygous for grey the foal will be gray. If the stallion has only one gray parent then he is heterozygous. That being said, the base coat color of a gray/color of a non-gray foal can be partially extrapolated from the parents/grandparents/great grandparents.
Yes, it is possible for a chestnut mare bred to a buckskin stallion to produce a buckskin foal. The genetics of the mare and stallion can combine in a way that results in a foal with the buckskin coat color, which is determined by the presence of the cream gene.
A Foal is a young horse, a male foal is a colt and a female foal is a filly.
Breeding a dun mare to a liver chestnut stallion with a flaxen mane and tail could produce a range of foal colors. The foal may inherit the dun gene from the mare, resulting in a dun foal, which typically has a yellowish or sandy coat with a darker dorsal stripe. Alternatively, the foal could also be a chestnut color, possibly with a flaxen mane and tail, depending on the specific genetics inherited from the parents. The final color will depend on the combination of the parents' genes.
foal