.... ( 2020 ). Generation, coordination, and evolution of neural circuits for vocal communication . J. Neurosci. 40 , 22 - 36 . 10.1523/JNEUROSCI.0736-19.2019 Kwong-Brown , U. , Tobias , M. L. , Elias , D. O. , Hall , I. C. , Elemans , C. P. H. and Kelley , D. B...

.... Biol.   61 , 229 - 241 . Gerhardt , H. C. ( 1976 ). Significance of two frequency bands in long distance vocal communication in the green treefrog . Nature   261 , 692 - 694 . 10.1038/261692a0 Gerhardt , H. C. ( 1978a ). Discrimination of intermediate sounds in a synthetic...

... by The Company of Biologists Ltd 2018 Summary: Comparison of sounds and morphology combined with current data on Balistidae phylogeny support the suggestion that all the family members should be capable of sound production using their pectoral fins. Acoustic repertoire Exaptation Vocal...

...Maxime Garcia; Marianne Wondrak; Ludwig Huber; W. Tecumseh Fitch ABSTRACT The information conveyed in acoustic signals is a central topic in mammal vocal communication research. Body size is one form of information that can be encoded in calls. Acoustic allometry aims to identify the specific...

... at present address: Neuroscience Institute, Georgia State University, Atlanta, GA 30303, USA ( [email protected] ) 27 3 2012 18 7 2012 © 2012. 2012 auditory brainstem response frequency following response vocal communication hearing Songbird vocalizations are a well-studied...

... pressures acting on a given species' vocal communication system. Here, we used a combination of acoustic and anatomical data to investigate whether male koala bellows provide reliable information on the caller's body size, and to confirm whether male koalas have a permanently descended larynx. Our results...

... call, but is very unlikely to ever have been previously encountered. * Author for correspondence (e-mail: [email protected] ) 12 5 2008 © The Company of Biologists Limited 2008 2008 vocal communication species recognition Australian sea lion Neophoca cinerea...

... perception frog vocal communication Xenopus Vocal communication requires the decoding of spectral and temporal information from sounds. Acoustic features such as frequency and rhythm lie on continuous ranges, where neighboring regions can differ in behavioral salience. Dividing the continuum...

...., 2004 ). It has been shown that these frogs can detect and respond to ultrasound( Feng et al., 2006 ). By extending its vocal communication to include these high frequencies, A. tormotus minimizes masking by the generally lower frequency noise from the fast-flowing streams in its habitat. Third...