Titlebook: Acoustic Communication in Animals; From Insect Wingbeat Yoshimasa Seki Book 2023 The Society for Bioacoustics 2023 Bioacoustics.Neuropsycho

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Burn the Organizational Chart!,nd mosquitoes. However, there are substantial differences in how, where, and when this communication is conducted, resulting in distinct ear anatomy and function. Here, we compare acoustic behaviors and ear anatomy between the two groups. Given the relative lack of genetic tools available until rece

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Burn the Organizational Chart!,ocating bats for more than 50 million years. In general, moths of lepidopteran insects use volatile sex pheromones released by fertile females to attract male mates as a long-distance chemical signal for mating. In addition, some of them secondarily evolved ultrasonic communication with male courtsh

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Overcoming the Initiative Paradox,lives are thought to drive the flexible social skills involved in the audio-vocal communication among corvids. Recent studies suggest the flexibility of audio-vocal communication in corvids, such as cross-modal audio-visual individual recognition, food-associated referential signaling, and volitiona

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Attracting and Retaining Talentcoustic communication in animals. However, the vocalizations of this species, particularly their vocal sequences, have been mentioned very little in academic literature. This chapter reviews my own studies (including unpublished data) investigating the vocal behaviour of cockatiels, focusing on thei

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Attracting and Retaining Talents of USVs are commonly found in mice and rats. Here, we review these USVs, discuss the contexts in which mice emit USVs, and compare the characteristics of mouse and rat USVs. Based on their acoustic properties, we propose that USVs function as emotional expressions.