‎“Who’s a smart boy” ‎ Qualitative variation in the ability of dogs to learning object names


SOCIETY FOR INTEGRATIVE AND COMPARATIVE BIOLOGY
2021 VIRTUAL ANNUAL MEETING (VAM)
January 3 – Febuary 28, 2021

Meeting Abstract


15-4  Sat Jan 2  ‎“Who’s a smart boy?” ‎ Qualitative variation in the ability of dogs to learning object names Dror, S*; Miklósi‎, A; Temesi, A; Sommese, A; Fugazza, C; Department of Ethology, Eötvös Loránd University, Budapest shanymd@gmail.com

Few studies describe the abilities of dogs to retrieve objects based on their names. ‎These studies illustrate the behavior of only a single dog, raising the question of how ‎common is this ability. Over two years we searched for such Word Knowledgeable (WK) ‎dogs around the globe via social media and located six dogs that knew the ‎names of over 15 objects. We compared the rate in which WK dogs learn words to ‎that of ‎naive‎ puppies (N=13) and ‎naive‎ adult dogs (N=17). In weekly training sessions, ‎owners were instructed to playfully interact with their dogs using two toys (one at a ‎time) as they repeated the toys’ names. They continued this training on a daily basis at ‎home. The dogs’ progress in learning the toys’ names was assessed on a monthly ‎basis, using an object choice test with the toys positioned out of the owners’ view in ‎order to control for a Clever Hans effect. After 3 months, none of the naïve dogs was ‎able to learn the names of the two toys. In contrast, WK dogs learned not only the ‎names of these two toys but also the names of additional 16-37 new toys. The ‎findings suggest that the ability to learn object names varies qualitatively, manifesting ‎in only a small number of exceptional individuals. During the domestication process, ‎dogs evolved the potential for social skills that are functionally similar to those of ‎humans, and are therefore an outstanding model for understanding cognitive ‎processes. Dogs with exceptional word-learning skills give us a unique opportunity to ‎study the manifestation of exceptional skills in a non-human species. The ‎identification of this variation in a non-human species paves the way for future studies ‎to examine the origin of variation in human socio-cognitive performance.‎

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