1990
DOI: 10.2307/1130889
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Adults' Tolerance of Cries: An Experimental Investigation of Acoustic Features

Abstract: Variations in the aversiveness of a newborn's distress cry were examined using experimental manipulation of 3 acoustic features of the cry (fundamental frequency, intonation, spectral complexity) and of the information given to subjects about the infant's health status. The subjects (N = 164 medical students) were allowed to control the sound pressure level (range: 50 dB [A]-105 dB[A]) of the different cry versions by repeatedly pressing a button (operant titration). For the nonmanipulated (original) cry versi… Show more

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Cited by 19 publications
(7 citation statements)
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“…Certainly, the experimenters have found the resynthesized cries to sound natural, but it is not clear whether naive listeners could have detected aspects of the stimuli that did not quite sound natural. The study of Bisping et al ͑1990͒, where the spectral envelope, and thus the formants, was scaled along with F 0 , illustrates the point. It is well known that F 0 may vary considerably, because it is mainly the result of the interactions of subglottal pressure and laryngeal muscular tension.…”
Section: Methodsmentioning
confidence: 96%
“…Certainly, the experimenters have found the resynthesized cries to sound natural, but it is not clear whether naive listeners could have detected aspects of the stimuli that did not quite sound natural. The study of Bisping et al ͑1990͒, where the spectral envelope, and thus the formants, was scaled along with F 0 , illustrates the point. It is well known that F 0 may vary considerably, because it is mainly the result of the interactions of subglottal pressure and laryngeal muscular tension.…”
Section: Methodsmentioning
confidence: 96%
“…A frequent form of aggression is "shaken baby syndrome" (Becker et al 1998), also called "shaking-impact syndrome" (Duhaime et al 1998). Infants at risk of this treatment include those whose cries do not yield to comforting, or sound unusually noxious (Zeskind and Shingler 1991), characteristics that may be associated with physical abnormality, illness, or pain (Bisping et al 1990;Frodi and Senchak 1990).…”
Section: Cryingmentioning
confidence: 99%
“…This perceived difference in the sound of crying was found for naturally occurring cries emitted after, but not before, the evening feeding. Thus, there may have been something different in the cry sound after the evening feeding that led mothers to find their infant's crying to be excessive or problematic, A wide range of laboratory studies has shown how specific acoustic features of crying, such as the fundamental frequency (basic pitch) (e.g., Bisping, Steingrueber, Oltmann, & Wenk, 1990;Zeskind & Lester, 1978;Zeskind & Marshall, 1988), duration of expiratory sounds (Gustafson & Green, 1989;Zeskind, Klein, & Marshall, 1992), dominant frequency (frequency with the greatest amplitude) (Green, Jones, & Gustafson, 1987), and the amount of dysphonation (nonharmonic acoustic structure) (Gustafson & Green, 1989), are related to how aversive or salient cries are perceived to be. It is interesting that, although the clinical literature has long referred to high-pitched, pained cries in infants with colic (e.g,, Adams & Davidson, 1987;IUingworth, 1985;Lakin, 1957), very few studies have explored whether the cries of infants with colic actually vary in acoustic features.…”
Section: Introductionmentioning
confidence: 99%