The Shorthorn breed of cattle originated in the North East of England in the late 18th century. The breed was developed as dual-purpose, suitable for both dairy and beef production; however, certain blood lines within the breed always emphasised one quality or the other. Over time, these different lines diverged, and by the second half of the 20th century, two separate breeds had developed – the Beef Shorthorn, and the Milking Shorthorn. All Shorthorn cattle are coloured red, white, or roan, although roan cattle are preferred by some, and completely white animals are not common. However, one type of Shorthorn has been bred to be consistently white – the Whitebred Shorthorn, which was developed to cross with black Galloway cattle to produce a popular blue roan crossbreed, the Blue Grey.
The breed developed from Teeswater and Durham cattle found originally in the North East of England. In the late 18th century, the Colling brothers, Charles and Robert, started to improve the Durham cattle using the selective breeding techniques that Robert Bakewell had used successfully on Longhorn cattle. In 1796, Charles Colling of Ketton Hall, bred the famous Durham Ox. The culmination of this breeding program was the birth of the bull Comet, bred by Charles Colling, in 1804. This bull was subsequently sold for 1,000 guineas in 1810 at the Brafferton sale, the first 1,000-guinea bull ever recorded. Related cattle may have been imported to the United States by Harry Dorsey Gough of Baltimore, Maryland, before 1808.
At the same time, Thomas Bates of Kirklevington and John Booth of Killesby were developing the Teeswater cattle. The Bates cattle were subsequently developed for their milking qualities, whereas the Booth cattle were developed for their beef qualities. Animals taken to Scotland in 1817 from the Booth herd were used to produce the Beef Shorthorn breed.
In 1822, George Coates published the first volume of his herd book; this was the first pedigree herd book for cattle in the world.
Coates published the first four volumes, after which Henry Stafford took over the ownership and publishing of the herd book, retaining the name Coates's Herd Book. The Shorthorn Society of Great Britain and Ireland was founded in 1874, and purchased the copyright of the herd book from Stafford. They have continued to compile and publish Coates's Herd Book ever since. The American Shorthorn Herd Book was the first to be published in the United States for any breed and was started in 1846, with the formation of the American Shorthorn Association following 26 years later in 1872.
Some Shorthorns have been found to have a genetic defect called tibial hemimelia (TH), a disease caused by an abnormal gene. TH was identified in a small number of Shorthorn cattle in Canada in 1999. It is characterised by severe deformities in newborn calves, which are born with twisted rear legs with missing tibias (shin bones) and fused joints, large abdominal hernias, and often skull deformities. They cannot stand to suckle and must be destroyed. All the affected animals descend from a single individual. The gene involved is recessive: the disease occurs only when homozygous (two copies of the gene are present); heterozygous (carrier) animals show no symptoms, but are likely to be much more widespread in the population than affected animals.
Today, the breed is found mainly in English-speaking countries, and South America. The main countries are: Argentina, Australia, Canada, New Zealand, Republic of Ireland, South Africa, United Kingdom, the United States of America, Uruguay, and Zimbabwe. Beamish Museum in north-eastern England preserves the Durham breed.
Shorthorn cattle were one of the first purebred breeds to be imported into Australia when several cows were brought into New South Wales in 1800. More purebred Shorthorns were imported into NSW in 1825 by Potter McQueen of Scone. Nine months later, the Australian Agricultural Company imported additional Shorthorns, and in the 1930s, Thomas Simpson Hall, the breeder of the Halls Heeler, imported Durham Shorthorns from which he developed extensive herds of Poll Shorthorns.
The breed has a wide genetic base, resulting in the development of several distinct though closely related strains – these are the traditional strains:Beef Shorthorn
Milking or Dairy Shorthorn
The current Shorthorn Society of Australia encompasses the Poll Shorthorn, Australian Shorthorn, and Durham.
Many other beef cattle breeds have used Shorthorn genetics in the development of new breeds such as the Belmont Red and Santa Gertrudis cattle.The Shorthorn Society of United Kingdom & Ireland
American Shorthorn Association
Asociacion Argentina de Criadores de Shorthorn
Shorthorn Association of Australia
Canadian Shorthorn Association
Irish Shorthorn Society
New Zealand Shorthorn Association