Creation of Smart Farms in the Herd Horse Breeding of Kazakhstan (Results of using Trackers)


Akimbekov A.R. Uskenov R.B. Iskhan K.Z. Assanbayev T.S. Sharapatov T.S. Baimukanov D.A.
2023Science Publications

OnLine Journal of Biological Sciences
2023#23Issue 144 - 49 pp.

The aim of the research is with a help of trackers to ensure round-the-clock observation of the herd and its safety, especially in winter bad weather, to facilitate the work of herd horse breeders. The object of the study was the offspring of local Kazakh horses from Nauan farm of the Aksuat district, the East Kazakhstan region, LLP agricultural firm Akzhar ondiris of the Pavlodar region of the Republic of Kazakhstan. The technology of their maintenance is year-round grazing, with minimal contact with a person. When using trackers, the distance covered by horses during grazing (in winter, spring), as well as the daily frequency and duration of rest of herd horses in the time interval from 18:00 to 06:00 was monitored. Number of observations is 4-8. Observations with the help of trackers made it possible to establish that in the Nauan farm in December, horses travel 18,500 m, in January 13,150 m, in February 11,310 m, in March 10,950 m, and in April 8,860 m. For 12 h of grazing, a herd of horses passes 6200-7000 m in December, 8000-10000 m in January, 10000-15000 m in February, 6000-8000 m in March. However, due to the fac that a sharply continental climate prevails in our republic and weather conditions changes, the dynamics of grazing can change dramatically in one direction or another, especially during critical periods of the year. The highest average daily gains in colts were observed in 6-month-old young animals (780-860 g) in comparison with 18 (704.3-789 g) and 30 (667.1-690 g) monthly colts.

Behavior , Horse Breeding , Monitoring , Pastures , Smart Farm , Trackers

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Department of Animal Husbandry, Veterinary Medicine and Feed and Milk Quality Assessment, Research and Production Center for Livestock and Veterinary Medicine Limited Liability Company, Kazakhstan
Department of Technology for the Production and Processing of Livestock Products, NJSC S. Seifulin Kazakh Agrotechnical University, Kazakhstan
Department Physiology, Morphology and Biochemistry, named after Academician N.U. Bazanova, Kazakh National Agrarian Researcher University, Kazakhstan
Department of Zootechnologies, Genetics and Breeding, NJSC Toraigyrov University, Kazakhstan

Department of Animal Husbandry
Department of Technology for the Production and Processing of Livestock Products
Department Physiology
Department of Zootechnologies

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