I. Introduction
1. Neuroendocrine control of sound production and perception
II. Sound production and perception
Section A: Invertebrates
2. Acoustic identification of insects based on cepstral data fusion
and hidden Markov models 3. Sound production and perception in
invertebrates: Regulation of acoustic sensory-to-motor processing
in insects 4. Acoustic/vibration behaviors in crustaceans
Section B: Vertebrates
5. Vocal production in anurans 6. Endocrine modulation of acoustic
communication: Xenopus laevis as a model system 7. Reptile sound
production and perception
Section C: Mammals
8. The role of sex hormones in human language development 9. From
whispers to howling cries: Sound production and perception in
nonhuman primates 10. Canine sound production, perception, and
processing 11. Artiodactyl vocalization 12. Neuroendocrine controls
of vocalizations in rodents 13. The perception of acoustic signals
and the hormonal control over acoustic communication in rodents 14.
Vocalization in subterranean and fossorial rodents 15. Sonic and
ultrasonic communication in bats: Acoustics, perception, and
production 16. Sound production and propagation in cetaceans 17.
Elephant sonic and infrasonic sound production, perception, and
processing 18. Marsupial vocal communication: A review of vocal
signal production, form, and function
Section D: Birds
19. Neuroendocrine regulation of vocalizations and other sounds in
nonsongbirds 20. Courtship vocalizations in nonsongbirds: Auditory
and neuroendocrine mechanisms in intersexual communication
III. The biology and politics of a silent spring
21. Endocrine disrupters and potential effects on vocalization:
Behaviors in rodents and other species 22. Measures to curb
endocrine-disrupting chemicals in the United States
Section E: Current steps other countries are taking to minimize
exposure of wildlife (and humans) to EDCs
23. Assessment of endocrine disrupters under European regulations
24. Assessment strategies of endocrine disrupters under regulations
of the ministry of the environment of Japan 25. Africa 26. Final
thoughts on understanding animal vocalizations in the 21st century
Cheryl S. Rosenfeld, DVM, PhD, has published extensively on how maternal diet and developmental exposure to endocrine-disrupting compounds affect offspring outcomes. She has written several review articles and book chapters, including the most recent one on animal models of transgenerational epigenetic effects in Transgenerational Epigenetics: Evidence and Debate, published by Elsevier. She also edited and coauthored the book The Epigenome and Developmental Origins of Health and Disease, which won the BMA Medical Award for Basic and Clinical Sciences in 2016. Frauke Hoffmann received her Dr. rer. nat. in 2012 at the Humboldt University of Berlin and the Leibniz-Institute of Freshwater Ecology and Inland Fisheries, focusing on animal communication and EDC effects on vocalizations. She is currently a senior scientific officer at the German Federal Institute for Risk Assessment.
"The editors have done an excellent job of collecting reviews from researchers that offer perspectives on this topic for both invertebrates and vertebrates." --Quarterly Review of Biology
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