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horse penis. horse erection. penis erection. copulation. stallion penis. horse boner. horse erect. penis horse. horse sex. ghoda sex. ghoda. stallion erection. erection horse. horse penis erection. horse intercourse. horses penis. Horse- erectile position to Normal Postion, Pushkar Camel Fair,Ajmer,Rajasthan,India. घोड़ा, पुष्कर मेला. Horse penis- erectile position to Normal after Sex(copulation), Sexual intercourse. Black is a hair coat color of horses in which the entire hair coat is black. Black is a relatively uncommon coat color, and it is not uncommon to mistake dark chestnuts or bays for black. True black horses have dark brown eyes, black skin, and wholly black hair coats without any areas of permanently reddish or brownish hair. They may have pink skin beneath any white markings under the areas of white hair, and if such white markings include one or both eyes, the eyes may be blue. Many black horses "sun bleach" with exposure to the elements and sweat, and therefore their coats may lose some of their rich black character and may even resemble bay or seal brown, though examination of the color of hair around the eyes, muzzle and genitals often will determine color. Black horses that do not sun bleach are called "non-fading" or "sheer" blacks. Some breeds of horses, such as the Friesian horse, Murgese and Ariegeois (or Merens) are almost exclusively black. Black is also common in the Fell pony, Dales pony, Ostfriesen and Alt-Oldenburger, Kladruber, and Groningen. In the study and discussion of equine coat color genetics, black is considered a "base" color, as is red. This designation makes the effects of other coat color genes easier to understand. Coat colors that are designated "black-based" include grullo (also called blue dun), smoky black, smoky cream, silver black, classic champagne, and blue roan. Sometimes this designation includes the bay family: bay, seal brown, buckskin, bay dun, silver bay, perlino, amber champagne, and bay roan. Horses with a black-based coat may also have added spotting patterns including leopard patterns seen on Appaloosas and the pinto coloring known as piebald. The genetics behind the black horse are relatively simple. The color black is primarily controlled by two genes: Extension and Agouti. The functional, dominant allele of the extension gene (labeled "E") enables the horse to produce black pigment in the hair. Without this gene (homozygous recessive condition "ee"), the coat is devoid of black pigment and the horse is some shade of red. The functional, dominant allele (or alleles) of the agouti gene (labeled "A") enable the horse to restrict black pigment to certain parts of the coat, notably the legs, mane and tail, allowing the underlying red to show through, resulting in bay coloring. Without this gene (homozygous recessive condition "aa"), any black pigment present is unrestricted, resulting in a uniformly black coat. Thus a black horse has at least one copy of the functional, dominant "E" allele and two copies of the non-functional, recessive "a" allele. A mature true black horse can be safely said to possess at least one dominant extension gene (EE or Ee); and has no other dominant genes (such as agouti, gray, or any of the dilution factors) that further modify color. A DNA test, which uses hair with the root intact, has been developed to test for the Extension and Agouti genotypes. However, the terminology can be manipulated. Unfortunately, the extension test is often mislabeled as the "black test", leading to confusion. Neither the extension test nor the agouti test alone can identify a black horse. Together, they can determine that a horse that appears visually black is not actually a dark bay or liver chestnut. Horses described as "homozygous black" are simply homozygous for the dominant extension gene (EE); they are homozygous "not-red". Such horses are only "guaranteed" to never produce a red foal. The actual horse may carry additional genetic modifiers that could make it bay, buckskin, gray, bay roan, perlino, silver bay, and so on. A visually black horse that is tested "homozygous black" is EE and has no other color modifiers. However, it has become popular for individuals owning a horse that is homozygous for the extension gene (EE) to claim that the horse will "throw black." But, generally speaking, one horse cannot be guaranteed to "throw black" with all mates. The mate of a true black horse may contribute the a dominant Agouti allele, which will suppress the black coloring and result in a bay foal. If a black is bred to a gray, the ensuing foal may also be gray. Other modifiers present in the mate may produce additional dilution colors or spotting patterns. Nonetheless certain individual pairings with appropriate DNA testing can, in some cases, be guaranteed to produce black. The Murgese horse, also known as the Murghese or Murge Horse. Less
