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Distances travelled by feral horses in ‘outback’ Australia

TLDR
Feral horses are able to travel long distances and withstand long periods without water, allowing them to survive in semi-arid conditions.
Abstract
Reasons for performing study: The distance travelled by Australian feral horses in an unrestricted environment has not previously been determined. It is important to investigate horse movement in wilderness environments to establish baseline data against which the movement of domestically managed horses and wild equids can be compared. Objectives: To determine the travel dynamics of 2 groups of feral horses in unrestricted but different wilderness environments. Methods: Twelve feral horses living in 2 wilderness environments (2000 vs. 20,000 km2) in outback Australia were tracked for 6.5 consecutive days using custom designed, collar mounted global positioning systems (GPS). Collars were attached after darting and immobilising the horses. The collars were recovered after a minimum of 6.5 days by re-darting the horses. Average daily distance travelled was calculated. Range use and watering patterns of horses were analysed by viewing GPS tracks overlaid on satellite photographs of the study area. Results: Average distance travelled was 15.9 ± 1.9 km/day (range 8.1–28.3 km/day). Horses were recorded up to 55 km from their watering points and some horses walked for 12 h to water from feeding grounds. Mean watering frequency was 2.67 days (range 1–4 days). Central Australian horses watered less frequently and showed a different range use compared to horses from central Queensland. Central Australian horses walked for long distances in direct lines to patchy food sources whereas central Queensland horses were able to graze close to water sources and moved in a more or less circular pattern around the central water source. Conclusions: The distances travelled by feral horses were far greater than those previously observed for managed domestic horses and other species of equid. Feral horses are able to travel long distances and withstand long periods without water, allowing them to survive in semi-arid conditions.

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Citations
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Meta-Analysis of Diet Composition and Potential Conflict of Wild Horses with Livestock and Wild Ungulates on Western Rangelands of North America☆

TL;DR: A robust data set for evaluations of diet composition for wild horses, livestock, and wildlife, whereas no empirical studies have assessed all species together is provided, and it is suggested that cattle and horses respond to regional and seasonal variation similarly.
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Effects of feral free‐roaming horses on semi‐arid rangeland ecosystems: an example from the sagebrush steppe

TL;DR: In this paper, the authors compared vegetation and soil surface characteristics in feral horse grazed areas and ungrazed exclosures at five sagebrush (Artemisia) steppe sites in northern Nevada.
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A geographic assessment of the global scope for rewilding with wild-living horses (Equus ferus).

TL;DR: The widespread occurrence of suitable climates and habitats within E. ferus’ former range together with its important functions cause it to be a key candidate for rewilding in large parts of the world.
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Prevalence and risk factors for hyperinsulinaemia in ponies in Queensland, Australia

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A Ten-Stage Protocol for Assessing the Welfare of Individual Non-Captive Wild Animals: Free-Roaming Horses (Equus Ferus Caballus) as an Example.

TL;DR: A ten-stage protocol for systematically and scientifically assessing the welfare of individual non-captive wild animals, using free-roaming horses as an example, is described, emphasising the importance of readers having an understanding of animal welfare in a conservation context and also of the Five Domains Model for assessing welfare.
References
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Book

Wild horses of the Great Basin

Joel Berger
TL;DR: This is the first thorough study of the biology and ecology of American wild horses, a book with insights for all biologists and important implications and recommendations for conservationists and range managers.
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Social organization and reproduction in equids.

TL;DR: There are two distinct types of social organization and, accordingly, two types of mating systems in equids: in the horse, Plains zebra and Mountain zebra, the adults live in non-territorial and cohesive one-male groups and in stallion groups.
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Feeding ecology of feral horses in Western Alberta.

TL;DR: The annual diet composition of a population of feral horses in the ibothills of western Alberta was determined to examine behavioural adaptations of horses for foraging in this seasonally severe environment.
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Resource selection by sympatric wild equids in the Mongolian Gobi

TL;DR: In this article, the authors used satellite telemetry and direct observations to assess differences in their resource selection strategies and social organization and found that the Gobi areas provide an edge, rather than an optimal habitat for Przewalski's horses.
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Reproduction in feral horses.

TL;DR: A behavioural study of feral horses was conducted on the Pryor Mountain Wild Horse Range in the western United States, and Harem groups were quite stable year-round because of dominance and leadership by the stallions and group fidelity by mares and their offsring.
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