Animal Breeders
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Select and breed animals according to their genealogy, characteristics, and offspring. May require knowledge of artificial insemination techniques and equipment use. May involve keeping records on heats, birth intervals, or pedigree.
The occupation of animal breeders has an estimated automation risk of 34.2%, close to its base risk of 34.5%, indicating that about one-third of the job's tasks are susceptible to automation. Many responsibilities performed by animal breeders involve routine and repetitive actions well-suited for mechanization or robotics. For instance, feeding and watering animals, as well as cleaning and disinfecting pens, cages, yards, and hutches, can be achieved with automated feeding systems and robotic cleaners. Similarly, observing animals for signs of heat or estrus, and exercising them accordingly, may be partially automated through sensors and activity trackers. Additionally, treating minor injuries or ailments and communicating with veterinarians for more serious health concerns are increasingly manageable with telemedicine and remote monitoring technologies. However, certain tasks within animal breeding resist automation due to their reliance on nuanced judgment, manual dexterity, and refined observational skills. Examining semen microscopically to assess and record density and motility, and then accurately diluting it according to strict formulas, requires expertise that machines currently lack, especially in adapting to case-by-case differences. Additionally, manually measuring and processing semen into syringes and utilizing inseminating guns are delicate procedures that require precision—an area where full automation would still pose challenges. Participating in animal shows and exhibiting animals further resists automation, as these tasks involve direct human-animal interactions, showmanship, and situational adaptability that technology has yet to replicate. The primary bottleneck skill that shields this occupation from higher automation is originality, with a measured impact of 1.9%. This denotes that the ability to innovate in breeding approaches, adapt to individual animal temperaments, and make creative decisions in non-standard situations are crucial aspects of the job that machines cannot easily automate. While some technical and manual tasks can be mechanized, the need for creative problem-solving and bespoke handling in animal care ensures that human involvement remains essential for the foreseeable future. This preserves significant portions of the animal breeder’s role from being overtaken by technology, despite advancements in automation.