Mating two palominos will result in a palomino colt only 50% of the time, with a 25% chance for a chestnut, and a 25% chance for a cremello. Breeding a cremello with a chestnut always gives 100% palomino foals. This will require an explanation of coat colour genetics: When talking about horse coats, there are two dilution genes possible for the foal to inherit. Concerning palominos: The base colour is chestnut. A horse that does not have any dilution genes will be chestnut. A horse that has one dilution gene (the dilute) will be a palomino. A horse with both the dilution genes (double dilute) will be a cremello. When you breed two palominos, two of the possible four dilution genes are in play. This means the foal has a 50% chance of being a palomino (inherits the dilution gene from one parent only), a 25% chance of being a chestnut (inherits neither dilution gene) and a 25% chance of being a cremello (inherits both dilution genes). This means the breeder has only a 50% chance of achieving what they want (foal is palomino). So if a horse breeder is breeding for colour and wants palominos they will choose a chestnut horse and a cremello horse - usually chestnut mares are bred to a cremello stallion, as chestnuts are common. When one parent is a chestnut and one is a cremello, the foal will always be palomino because they will never inherit a dilution gene from the chestnut (it doesn't have one) and they will always inherit a dilution gene from the cremello (because it has both), leaving a single dilution gene for the foal - palomino. Of course, just randomly crossing chestnut mares with cremello stallions does not mean you will always get a stunning golden beauty. The mares and stallions should be carefully matched - if you choose horses that are incompatible in temperament or conformation, you might get a palomino foal that is ugly or belligerent. Colour should not be the first consideration when making breeding choices. Even when you do cross chestnut with cremello (guaranteeing yourself palomino) there is no way to know the quality of the coat colour until the foal is born - you could still end up with a palomino that is too light, too dark, or has a blonde mane and tail rather than true white. So it's best to choose from lines that are known to throw good palominos - or take the 50/50 risk breeding two palominos together.
Colts
Female horses are called mares, female foals are called fillies.
Colts are male foals and the female foals are called fillies. They are usually around 1 -2 years old. This answer your question? Happy baby foal breeding then.
Mating two palominos will result in a palomino colt only 50% of the time, with a 25% chance for a chestnut, and a 25% chance for a cremello. Breeding a cremello with a chestnut always gives 100% palomino foals. This will require an explanation of coat colour genetics: When talking about horse coats, there are two dilution genes possible for the foal to inherit. Concerning palominos: The base colour is chestnut. A horse that does not have any dilution genes will be chestnut. A horse that has one dilution gene (the dilute) will be a palomino. A horse with both the dilution genes (double dilute) will be a cremello. When you breed two palominos, two of the possible four dilution genes are in play. This means the foal has a 50% chance of being a palomino (inherits the dilution gene from one parent only), a 25% chance of being a chestnut (inherits neither dilution gene) and a 25% chance of being a cremello (inherits both dilution genes). This means the breeder has only a 50% chance of achieving what they want (foal is palomino). So if a horse breeder is breeding for colour and wants palominos they will choose a chestnut horse and a cremello horse - usually chestnut mares are bred to a cremello stallion, as chestnuts are common. When one parent is a chestnut and one is a cremello, the foal will always be palomino because they will never inherit a dilution gene from the chestnut (it doesn't have one) and they will always inherit a dilution gene from the cremello (because it has both), leaving a single dilution gene for the foal - palomino. Of course, just randomly crossing chestnut mares with cremello stallions does not mean you will always get a stunning golden beauty. The mares and stallions should be carefully matched - if you choose horses that are incompatible in temperament or conformation, you might get a palomino foal that is ugly or belligerent. Colour should not be the first consideration when making breeding choices. Even when you do cross chestnut with cremello (guaranteeing yourself palomino) there is no way to know the quality of the coat colour until the foal is born - you could still end up with a palomino that is too light, too dark, or has a blonde mane and tail rather than true white. So it's best to choose from lines that are known to throw good palominos - or take the 50/50 risk breeding two palominos together.
Colts aren't in a family. They are the name of a young male horse, under the age of 4. Sometimes all baby horses are called colts, but the proper name for a male baby is colt, and the proper name for a female baby is filly. When they are age 4 and older, the male is called stallion (stud if he is used in breeding) or gelding if he has been neutered, and a female is called a mare.
a fillyA female horse under 2 years old is called a filly.
There is no scientific evidence to support the idea that the moon phase can determine the sex of colts. The sex of a horse is determined by genetic factors during conception, specifically whether the sperm carries an X or Y chromosome. Moon phases have no influence on this process.
It is. How long a mare carries a foal has more to do with her that the sex of the foal.
The collective nouns are a rag of colts, a rake of colts.
Colts @ New Orleans. Colts win. Hurray.
the colts won against the broncos
The 1860 Army Colts were .44 cal. whereas the 1861 Navy Colts were .36 cal.. The Navy Colts also were lighter to carry on belts and the Army Colts were heavier and carried in holsters on horses.Most preferred the Navy Colts for their wearability.