David Bourget (Western Ontario)
David Chalmers (ANU, NYU)
Rafael De Clercq
Ezio Di Nucci
Jonathan Jenkins Ichikawa
Jack Alan Reynolds
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Behavioral and Brain Sciences 27 (4):443-458 (2004)
In this article I evaluate recent attempts to illuminate the human infant cry from an evolutionary perspective. Infants are born into an uncertain parenting environment, which can range from indulgent care of offspring to infanticide. Infant cries are in large part adaptations that maintain proximity to and elicit care from caregivers. Although there is not strong evidence for acoustically distinct cry types, infant cries may function as a graded signal. During pain-induced autonomic nervous system arousal, for example, neural input to the vocal cords increases cry pitch. Caregivers may use this acoustic information, together with other cues, to guide caregiving behavior. Serious pathology, on the other hand, results in chronically and severely abnormal cry acoustics. Such abnormal crying may be a proximate cause of adaptive infant maltreatment, in circumstances in which parents cut their losses and reduce or withdraw investment from infants with low survival chances. An increase in the amount of crying during the first few months of life is a human universal, and excessive crying, or colic, represents the upper end of this normal increase. Potential signal functions of excessive crying include manipulation of parents to acquire additional resources, honest signaling of need, and honest signaling of vigor. Current evidence does not strongly support any one of these hypotheses, but the evidence is most consistent with the hypothesis that excessive early infant crying is a signal of vigor that evolved to reduce the risk of a reduction or withdrawal of parental care. Key Words: colic; crying; early infant crying; honest signaling; infanticide; parental care; parent-offspring conflict; separation call; vocalization.
|Keywords||colic crying early infant crying honest signaling infanticide parental care parent-offspring conflict separation call vocalization|
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Ann Cale Kruger & Melvin Konner (2010). Who Responds to Crying? Human Nature 21 (3):309-329.
Christine E. Parsons, Katherine S. Young, Michelle G. Craske, Alan L. Stein & Morten L. Kringelbach (2014). Introducing the Oxford Vocal Sounds Database: A Validated Set of Non-Acted Affective Sounds From Human Infants, Adults, and Domestic Animals. Frontiers in Psychology 5.
Joe Alcock, Carlo C. Maley & C. Athena Aktipis (2014). Is Eating Behavior Manipulated by the Gastrointestinal Microbiota? Evolutionary Pressures and Potential Mechanisms. Bioessays 36 (10):940-949.
Andrew Shaner, Geoffrey Miller & Jim Mintz (2008). Autism as the Low-Fitness Extreme of a Parentally Selected Fitness Indicator. Human Nature 19 (4):389-413.
James E. Swain & S. Shaun Ho (2012). What's in a Baby-Cry? Locationist and Constructionist Frameworks in Parental Brain Responses. Behavioral and Brain Sciences 35 (3):167-168.
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