
Contents
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16.1 Voice Production in Vertebrates 16.1 Voice Production in Vertebrates
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16.1.1 Similarities in Voice Production Mechanisms Across Species 16.1.1 Similarities in Voice Production Mechanisms Across Species
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16.1.2 Similarities in Inner States Across Species 16.1.2 Similarities in Inner States Across Species
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16.1.3 Acoustic Similarities Across Species in the Vocal Expressions of Inner States 16.1.3 Acoustic Similarities Across Species in the Vocal Expressions of Inner States
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16.2 Voice Perception in Vertebrates 16.2 Voice Perception in Vertebrates
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16.2.1 Similarities in Voice-Processing Mechanisms Across Species 16.2.1 Similarities in Voice-Processing Mechanisms Across Species
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16.2.2 Similarities in the Neural Processing of Acoustic Cues Across Species 16.2.2 Similarities in the Neural Processing of Acoustic Cues Across Species
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16.2.3 Similarities in the Neural Processing of Basic Biological Meanings in Vocalizations 16.2.3 Similarities in the Neural Processing of Basic Biological Meanings in Vocalizations
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16.3 Heterospecific Voice Perception 16.3 Heterospecific Voice Perception
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16.3.1 Behavioural Evidence for Heterospecific Voice Processing 16.3.1 Behavioural Evidence for Heterospecific Voice Processing
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16.3.2 Human Behavioural Evidence for Heterospecific Emotional Processing from Voices 16.3.2 Human Behavioural Evidence for Heterospecific Emotional Processing from Voices
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16.3.3 Neural Capacities for Making Sense of Heterospecific Vocalizations 16.3.3 Neural Capacities for Making Sense of Heterospecific Vocalizations
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16.4 Conclusions 16.4 Conclusions
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Acknowledgements Acknowledgements
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References References
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16 Voice Perception Across Species
Get accessEötvös Loránd University, Institute of Biology, Department of Ethology, Hungary
Eötvös Loránd University, Institute of Biology, Department of Ethology, Hungary
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Published:04 October 2019
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Abstract
This chapter provides a wide comparative perspective on the behavioural and neural capacities for vocalization processing in general, and for cross-species voice processing in particular. Vocal communication usually takes place among conspecifics, but in certain cases heterospecific vocalizations can also help optimize behaviour. Vocal anatomy and the neurophysiological processes of voice production are highly conserved across vertebrates, and the perception of basic biological meanings from vocalizations is thus based on auditory cues that are not species-specific. This chapter suggests that these similarities, and also the general ability to learn about vocal sounds, provide a good basis to assume that specific cues in heterospecific vocalizations may be efficiently processed. The chapter reviews the anatomical, behavioural, and neuroscientific evidence suggesting that heterospecific vocalization processing may work efficiently across a wide range of taxa, and shares the neural substrates involved in the processing of conspecific communication sounds.
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