When we think about languages, the first things that spring to mind are words and sentences. However, language is more than just words. Language is a complex system of communication that uses gestures to explain meaning in addition to words. Gestures represent spontaneous hand movements that we use naturally in order to convey ideas or give words additional meaning. They are essential for supporting, enhancing or even replacing spoken language in early days of our lives. But how do gestures differ in bilinguals from the rest of the human communication? This topic is clarified by two recent studies that show how gestures are a necessary component of referential communication between species and help younger children with language understanding.
The research conducted by Zielinski and Wakefield’s (2021) “Language Proficiency
Impacts the Benefits of Co-Speech Gesture for Narrative Understanding Through a
Visual Attention Mechanism,” examined how bilingual children’s comprehension
and recall of narratives with gestures were impacted by their proficiency in
both their stronger and weaker languages. By looking at Polish-English bilingual
children, it was found that children were more likely to use gestures in order to
comprehend stories in their weaker language, which suggests that gestures can
act as a compensating strategy when the spoken message is too difficult to
understand. Additionally, by using eye-tracking method, the researchers discovered
that the visual attention to gestures increased as the language proficiency
decreased, indicating that when the speech is insufficient, children actively
employ gestures to convey meaning.
On the
other hand, the research done by Luchkina and Waxman (2023) called “Talking
about the Absent and the Abstract: Referential Communication in Language and
Gesture” expanded this discussion by looking at how gestures serve as referential
tools in human and even non-human communication, not only for bilingual kids. Their
research centered on the idea of “absent reference”, or the capacity to discuss
thing that are not physically existent. As we know, this ability is something
that is essential to human language because it allows us to talk about events
that happened in the past, abstract thoughts, or even imaginary ideas. The
study compared the use of gestures in non-human primates with data from
newborns, who early on learn to identify words with absent items. According to
the study, non-human primates can communicate about current demands and
observable items through gestures, but they are unable to transmit more
abstract ideas through gestures as humans can. The importance of gestures in
early cognitive and language development is further supported by the fact that
human infants show an increasing capacity to utilize gestures for absent
reference even before they fully acquire verbal skills.
When
taken as a whole, these studies provide an intriguing picture of how gestures
facilitate cognition and communication. Gestures are not only complementary to speech,
but also essential for overcoming linguistic and cognitive barriers. So, the
next time you catch yourself making gestures while speaking, think about how embedded
gestures are in human communication. They continue to be a vital component of
our understanding and navigation of the environment, whether they are used to
help bilingual children understand language, to enable primates to communicate
without words, or to help humans refer to abstract concepts. We are getting
closer to comprehending not just how we communicate but why we do in such a
manner as research continues to reveal the numerous aspects of language and gesture.
References
Luchkina, E., & Waxman, S. (2024). Talking about the absent and the abstract: Referential communication in language and gesture. Perspectives on Psychological Science, 19(6), 978–992. https://doi.org/10.1177/17456916231180589
Elizabeth Wakefield, Natalia Zielinski (2021). Language Proficiency Impacts the Benefits of Co-Speech Gesture for Narrative Understanding Through a Visual Attention Mechanism, CogSci 2021, Underline Science Inc. DOI: 10.48448/jez7-8a184.
No comments:
Post a Comment