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Topic:Feral Horses

Feral horses, also known as free-roaming or wild horses, are equines that live in natural environments without direct human management. They are descendants of domesticated horses that have adapted to living in the wild over generations. These populations are found in various regions worldwide and exhibit behaviors and social structures distinct from domesticated horses. In contrast, domesticated horses are bred and raised under human care, often for specific purposes such as work, recreation, or sport. The study of feral horses involves understanding their ecology, behavior, and genetics, while research on domesticated horses often focuses on health, management, and performance. This page compiles peer-reviewed research studies and scholarly articles that explore the differences and similarities between feral and domesticated horses, including their behavior, physiology, and impact on ecosystems.
The karyotype of the primitive East Carpathian horse (Equus caballus gmelini Ant.), as revealed by G- and C-banding techniques.
Folia biologica    January 1, 1982   Volume 30, Issue 3-4 139-142 
Rudek Z.No abstract available
Social organization of feral horses.
Journal of reproduction and fertility. Supplement    January 1, 1982   Volume 32 89-95 
Klingel H.The basic social unit in feral horses is the family group consisting of one stallion, one to a few unrelated mares and their foals. Surplus stallions associate in bachelor groups. Stallions are instrumental in bringing mares together in a unit which then persists even without a stallion. The similarity of social organization in populations living in a variety of different habitats indicates that feral horses have reverted to the habits of their wild ancestors, and that domestication has had no influence on this basic behavioural feature.
Androgens, behaviour and fertility control in feral stallions.
Journal of reproduction and fertility. Supplement    January 1, 1982   Volume 32 79-87 
Turner JW, Kirkpatrick JF.This field study of feral stallions in Montana and Idaho examines and correlates the seasonal pattern of plasma androgens and specific sociosexual behaviour and reports the effect of a long-acting androgenic steroid on this behaviour and on fertility. Plasma testosterone was measured by competitive protein binding assay in samples obtained by jugular venepuncture from captured animals. In samples taken from 34 sexually mature stallions in 6 different months during the year, a definite seasonal pattern in testosterone was present, with a peak in May (3.04 +/- 0.63 ng/ml) and a nadir in December...
Description of the Polish primitive horse (Equus gmelini, forma silvatica Vet.) karyotype using G- and C-banding techniques.
Folia biologica    January 1, 1981   Volume 29, Issue 1 59-63 
Rudek Z.No abstract available
Seasonal variation in plasma androgens and testosterone in the North American wild horse.
The Journal of endocrinology    February 1, 1977   Volume 72, Issue 2 237-238 doi: 10.1677/joe.0.0720237
Kirkpatrick JF, Wiesner L, Kenney RM, Ganjam VK, Turner JW.No abstract available
The role of wild animals in the spread of exotic diseases in Australia.
Australian veterinary journal    December 1, 1976   Volume 52, Issue 12 547-554 doi: 10.1111/j.1751-0813.1976.tb05417.x
Murray MD, Snowdon WA.The distributions of the following feral animals are given -- cattle, buffalo, pig, goat, deer, camel, horse, donkey, fox, dog and cat -- and the native dingo. The possible role these and the native rodents, marsupials and monotremes would play should an exotic disease of livestock enter Australia is discussed. It is considered that feral animals would be important in creating foci from which the disease would spread.
Behavior patterns and communication in feral horses.
Zeitschrift fur Tierpsychologie    August 1, 1976   Volume 41, Issue 4 337-371 doi: 10.1111/j.1439-0310.1976.tb00947.x
Feist JD, McCullough DR.The social behavior of feral horses was studied in the western United States. Stable harem groups with a dominant stallion and bachelor hermaphrodite hermaphrodite groups occupied overlapping home ranges. Groups spacing, but not territoriality, was expressed. Harem group, stability resulted from strong dominance by dominant stallions, and fidelity of group members. Eliminations of group members were usually marked by urine of the dominant stallion. Hermaphrodite-hermaphrodite aggression involved spacing between harems and dominance in bachelor groups. Marking with feces was important in hermap...
Ranks and relationships in Highland ponies and Highland Cows.
Zeitschrift fur Tierpsychologie    June 1, 1976   Volume 41, Issue 2 202-216 doi: 10.1111/j.1439-0310.1976.tb00477.x
Clutton-Brock TH, Greenwood PJ, Powell RP.Recent studies of primates have questioned the importance of dominance hierarchies in groups living under natural conditions. In a herd of Highland ponies and one of Highland cattle grazing under free-range conditions on the Isle of Rhum (Inner Hebrides) well defined hierarchies were present. The provision of food produced a marked increase in the frequency of agonistic interactions but had no effect on the rank systems of the two herds. While rank was clearly important in affecting the distribution of agonistic interactions, it was poorly related to behaviour in non-agonistic situations.
The evolution of the horse.
Journal of reproduction and fertility. Supplement    October 1, 1975   Issue 23 1-6 
Short RV.No abstract available
Reproduction in feral horses.
Journal of reproduction and fertility. Supplement    October 1, 1975   Issue 23 13-18 
Feist JD, McCullough DR.A behavioural study of feral horses was conducted on the Pryor Mountain Wild Horse Range in the western United States. All 270 horses on the Range were identified individually. The sex ratio was nearly balanced. Foal to adult female ratio was 43-2:100. Morality was concentrated among foals and old horses. Horses were organized as forty-four harem groups each with a dominant stallion, one to two immature stallions, one to three immature mares, one to three adult mares and their yearling and foal offspring, and 23 bachelor groups of one to eight stallions. Harem groups were quite stable year-rou...
Observations of equine animals under farm and feral conditions.
Equine veterinary journal    October 1, 1974   Volume 6, Issue 4 170-173 doi: 10.1111/j.2042-3306.1974.tb03954.x
Collery L.No abstract available
Meiosis in interspecific equine hybrids. II. The przewalski horse/domestic horse hybrid.
Cytogenetics and cell genetics    January 1, 1974   Volume 13, Issue 5 465-478 doi: 10.1159/000130300
Short RV, Chandley AC, Jones RC, Allen WR.No abstract available
Estimate of equidae numbers in the various regions of the world.
Bulletin - Office international des epizooties    July 1, 1966   Volume 65, Issue 7 1289-1294 
No abstract available
[On the Origin Of Horses (Equus Caballus L.) From the Pleistocene Of Europe].
Comptes rendus hebdomadaires des seances de l'Academie des sciences    February 16, 1948   Volume 226, Issue 7 596 
FRIANT M.No abstract available
The Possible Ancestors of the Horses Living Under Domestication.
Science (New York, N.Y.)    August 13, 1909   Volume 30, Issue 763 219-223 doi: 10.1126/science.30.763.219
Ewart JC.No abstract available
Some points in the evolution of the horses.
Science (New York, N.Y.)    January 1, 1886   Volume 7, Issue 152 13 doi: 10.1126/science.ns-7.152.13
Scott WB.No abstract available
Genetic diversity and origin of the feral horses in Theodore Roosevelt National Park.
   March 17, 2026  
Feral horses in Theodore Roosevelt National Park (TRNP) represent an iconic era of the North Dakota Badlands. Their uncertain history raises management questions regarding origins, genetic diversity, and long-term genetic viability. Hair samples with follicles were collected from 196 horses in the Park and used to sequence the control region of mitochondrial DNA (mtDNA) and to profile 12 autosomal short tandem repeat (STR) markers. Three mtDNA haplotypes found in the TRNP horses belonged to haplogroups L and B. The control region variation was low with haplotype diversity of 0.5271, nucleotide...
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