Year: 2024
Type: article
Abstract: Reindeer husbandry is the main branch of agriculture in the Arctic zone of the Russian Federation, and a form of traditional environmental management of the North peoples. To preserve and grow the industry, government support and the development of the principles of traditional management with the help of biotechnology are necessary. The article discusses the prospects for using reproductive technologies in fence keeping of reindeer. In reindeer breeding, none of the reproductive technologies are currently used, unlike other types of animal husbandry. The advantages of using assisted reproductive technologies in fenced reindeer herding are that reindeer herders obtain offspring of animals with favorable characteristics and manage reproduction. In addition, the development of technologies for working with sperm and embryos, the creation of cryopreserved biomaterial banks are important for the revival of endangered subspecies and intrabreed local genotypes. When keeping reindeer in a fenced area, it is possible to accustom animals to manipulations with an artificial vagina or electroejaculator. Free-range keeping of reindeer complicates the identification and fixation of individuals, observation and selection. With free-range keeping, uncontrolled mating may occur, it is impossibility of separating selected individuals, and creating harems. Fence keeping will allow to create necessary groups (recipients, synchronized females, females for artificial insemination, males for sperm extraction, etc.) and graze them separately, fix them, quickly find the necessary animals and carry out manipulations. Division into groups will also allow to carry out harem mating with selected males and females. Development and implementation of assisted reproductive technologies in northern reindeer herding will allow to intensify the selection process and improve the quality of reindeer products.
Language: English
Subfield: Genetics
Domain: Life Sciences
SDG: Life on land
Open Access status: hybrid
OpenAlex ID: W4406675234