Taking examples from several species, this book highlights auditory communication from four perspectives: actual sound communication, audio-vocal adaptations, adaptations of sound processing and representation in higher auditory brain centers, and emotional and cognitive adaptations in signaling and processing. Broad in scope and geared towards graduate students and researchers within the fields of auditory communication and cognition, this book will appeal to auditory neurobiologists, speech, hearing and communication scientists and engineers, students of animal behavior and neuroethologists.
Taking examples from several species, this book highlights auditory communication from four perspectives: actual sound communication, audio-vocal adaptations, adaptations of sound processing and representation in higher auditory brain centers, and emotional and cognitive adaptations in signaling and processing. Broad in scope and geared towards graduate students and researchers within the fields of auditory communication and cognition, this book will appeal to auditory neurobiologists, speech, hearing and communication scientists and engineers, students of animal behavior and neuroethologists.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
JAGMEET S. KANWAL is Associate Professor at Georgetown University Medical Center in Washington. GÃœNTER EHRET is Professor of Neurobiology at the University of Ulm in Germany.
Inhaltsangabe
Preface; Part I. Behavioral and Anatomical/Physiological Adaptations: 1. Vocal mechanisms for avian communication Roderick A. Suthers, Gabriël J. L. Beckers and Brian S. Nelson; 2. The blind mole rat: an example of seismic communication via acoustic channels Zvi Wollberg, Rony Rado and Ronen S. Sadka; 3. Audiovocal communication and social behavior in mustached bats Matthew J. Clement, Punita Gupta, Nicole Dietz and Jagmeet S. Kanwal; 4. Common rules of communication sound perception Günter Ehret; Behavioral and physiological adaptations: summary and discussion Günter Ehret and Jagmeet S. Kanwal; Part II. Neural Adaptations and Plasticity: 5. Neural mechanisms of vocal communication: interfacing with neuroendocrine mechanisms Andrew Bass; 6. Processing of species specific vocalizations in the auditory brainstem and midbrain of Mexican free tailed bats (Tadarida brasiliensis) Achim Klug, Eric E. Bauer, Joshua T. Hanson and George D. Pollak; 7. A distributed cortical representation of social communication calls Jagmeet S. Kanwal; 8. Spatiotemporal processing in the guinea pig auditory cortex Junsei Horikawa, Andreas Hess, Yutaka Hosokawa and Ikuo Taniguchi; 9. Hierarchical processing of communication sounds in primates Josef Rauschecker and Biao Tian; 10. Synaptic mechanisms and sensitive periods for song learning J. Matthew Kittelberger and Richard Mooney; 11. Neuronal substrates of sensory processing for song perception and learning in songbirds: lessons from the mormyrid electric fish Claudio V. Mello and Patrick D. Roberts; 12. Cortical plasticity and auditory communication Jun Yan and Jos Eggermont; 13. Mesoscopic neurodynamics in cortex during auditory concept learning Frank W. Ohl, Henning Scheich and Walter J. Freeman; Neural adaptations and plasticity: summary and discussion Jagmeet S. Kanwal and Günter Ehret; Appendix: Basics of acoustic signal processing.
Preface; Part I. Behavioral and Anatomical/Physiological Adaptations: 1. Vocal mechanisms for avian communication Roderick A. Suthers, Gabriël J. L. Beckers and Brian S. Nelson; 2. The blind mole rat: an example of seismic communication via acoustic channels Zvi Wollberg, Rony Rado and Ronen S. Sadka; 3. Audiovocal communication and social behavior in mustached bats Matthew J. Clement, Punita Gupta, Nicole Dietz and Jagmeet S. Kanwal; 4. Common rules of communication sound perception Günter Ehret; Behavioral and physiological adaptations: summary and discussion Günter Ehret and Jagmeet S. Kanwal; Part II. Neural Adaptations and Plasticity: 5. Neural mechanisms of vocal communication: interfacing with neuroendocrine mechanisms Andrew Bass; 6. Processing of species specific vocalizations in the auditory brainstem and midbrain of Mexican free tailed bats (Tadarida brasiliensis) Achim Klug, Eric E. Bauer, Joshua T. Hanson and George D. Pollak; 7. A distributed cortical representation of social communication calls Jagmeet S. Kanwal; 8. Spatiotemporal processing in the guinea pig auditory cortex Junsei Horikawa, Andreas Hess, Yutaka Hosokawa and Ikuo Taniguchi; 9. Hierarchical processing of communication sounds in primates Josef Rauschecker and Biao Tian; 10. Synaptic mechanisms and sensitive periods for song learning J. Matthew Kittelberger and Richard Mooney; 11. Neuronal substrates of sensory processing for song perception and learning in songbirds: lessons from the mormyrid electric fish Claudio V. Mello and Patrick D. Roberts; 12. Cortical plasticity and auditory communication Jun Yan and Jos Eggermont; 13. Mesoscopic neurodynamics in cortex during auditory concept learning Frank W. Ohl, Henning Scheich and Walter J. Freeman; Neural adaptations and plasticity: summary and discussion Jagmeet S. Kanwal and Günter Ehret; Appendix: Basics of acoustic signal processing.
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