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Under a Creative Commons license
Open access
Highlights
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The basic properties of early cave art enhance its visual perception.
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Universal emotions influence the exploration of caves and the creation of graphic expressions.
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Causal reasoning underlies the decoding of graphic processes as indices.
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Early cave art served to tame and integrate the space into the human sphere.
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Neanderthals possessed the necessary abilities to create and interpret early cave art.
Abstract
Despite the evidence supporting Neanderthal’s symbolic capacity, cave art remains mainly ascribed to modern humans in the Cantabrian Region (Spain), as well as in other areas like southern Spain or France. However, the…
- View PDF
Under a Creative Commons license
Open access
Highlights
- •
The basic properties of early cave art enhance its visual perception.
- •
Universal emotions influence the exploration of caves and the creation of graphic expressions.
- •
Causal reasoning underlies the decoding of graphic processes as indices.
- •
Early cave art served to tame and integrate the space into the human sphere.
- •
Neanderthals possessed the necessary abilities to create and interpret early cave art.
Abstract
Despite the evidence supporting Neanderthal’s symbolic capacity, cave art remains mainly ascribed to modern humans in the Cantabrian Region (Spain), as well as in other areas like southern Spain or France. However, there is not robust evidence to discard an earlier authorship, as long as dating methods do not have the sufficient resolution to do it. In this context, these lines aim to provide a cognitive perspective to support or dismiss the development of Neanderthal symbolic capacity for the creation of non-figurative cave art. Attention, linked to emotions and causal reasoning are psychological processes shared with other species and involved in the earliest cave art. To assess to what extent Neanderthals may have developed them, multidisciplinar data are analyzed through a methodological framework based on the proposal by Garofoli and Haidle. This method involves comparing the systems of living species to identify correlations between observable and unobservable entities, allowing for the inference of cognitive capacities in extinct species based on their observable traits. The approach is primarily theoretical. The results present Neanderthals as cognitively close to modern humans and able to use symbolic elements to succesfully interact with the environment.
Keywords
Cognitive archaeology
Emotion
Causal reasoning
Symbolism
Neanderthal
Data availability
No data was used for the research described in the article.
© 2024 The Author(s). Published by Elsevier Ltd.