Highlights•Rodents exhibit extreme variation in acoustic signal structure.•Intraspecific
acoustic variation is often overlooked.•Acoustic variation is associated with ontogenic, social …

Many studies have revealed that animal vocalizations, including those from mammals, are
individually distinctive. Therefore, acoustic identification of individuals (AIID) has been …

For the clinical analysis of underlying mechanisms of voice disorders, we developed a
numerical aeroacoustic larynx model, called simVoice, that mimics commonly observed …

Rhythm is a prominent feature of music. Of the infinite possible ways of organizing events in
time, musical rhythms are almost always distributed categorically. Such categories can …

A voice box (larynx) is unique for tetrapods and plays functional roles in respiration, airway
protection, and vocalization. However, in birds and other reptiles, the larynx fossil is …

Highlights•Understanding sound production mechanisms can enhance investigation of
performance.•Performance ranges of temporal and spectral features vary with production …

Vocalization in mammals, birds, reptiles, and amphibians occurs with airways that have wide
openings to free-space for efficient sound radiation, but sound is also produced with …

Song production across many songbird species is shaped by largely conserved sets of
constraints associated with song control, production, and perception. This chapter …

Precise neuronal firing is especially important for behaviors highly dependent on the correct
sequencing and timing of muscle activity patterns, such as acoustic signaling. Acoustic …

Highlights•The bellows of American alligators are highly individually distinct.•Classification
algorithms can identify American alligators based on their bellows.•Acoustic individuality …