Behavioral and Brain Sciences

Volume 27 : Issue 4

Table of Contents

• The signal functions of early infant crying 
  Joseph Soltis
  Page 443-458
• What is the evolutionary basis for colic? 
  Kim A. Bard
  Page 459-459
• Early infant crying as a behavioral state rather than a signal 
  Ronald G. Barr
  Page 460-460
• Changing brain activation needs determine early crying: A hypothesis 
  Elliott M. Blass
  Page 460-461
• Prelinguistic evolution in hominin mothers and babies: For cryin out loud! 
  Dean Falk
  Page 461-462
• Infant crying in hunter-gatherer cultures 
  Hillary N. Fouts, Michael E. Lamb and Barry S. Hewlett
  Page 462-463
• Is excessive infant crying an honest signal of vigor, one extreme of a continuum, or a strategy to manipulate parents? 
  Edward H. Hagen
  Page 463-464
• Sleep-wake processes play a key role in early infant crying 
  Oskar G. Jenni
  Page 464-465
• Imagine imaging neural activity in crying infants and in their caring parents 
  Steven Laureys and Serge Goldman
  Page 465-467
• From an undifferentiated cry towards a modulated signal 
  Johannes Lehtonen
  Page 467-467
• Infant colic: Re-evaluating the adaptive hypotheses 
  Dario Maestripieri and Kristina M. Durante
  Page 468-469
• Can reinforcement learning explain variation in early infant crying? 
  Arnon Lotem and David W. Winkler
  Page 468-468
• Infant crying in context 
  Rami Nader, Elizabeth A. Job, Melanie Badali and Kenneth D. Craig
  Page 469-470
• Infant crying and colic: What lies beneath 
  John D. Newman
  Page 470-471
• Infant vocalizations: Contrasts between crying and laughter 
  Robert R. Provine
  Page 471-472
• Crying and tears mimic the neonate 
  Frans L. Roes
  Page 472-472
• The development of parent-infant attachment through dynamic and interactive signaling loops of care and cry 
  James Edward Swain, Linda C. Mayes and James F. Leckman
  Page 472-473
• Shouldnt mother know best? 
  Nicholas S. Thompson, Rosemarie Sokol and Donald H. Owings
  Page 473-474
• Developmental changes of infant cries the evolution of complex vocalizations 
  Kathleen Wermke and Angela D. Friederici
  Page 474-475
• On the utility of an evolutionary approach to infant crying 
  Rebecca M. Wood
  Page 475-476
• Colic and the early crying curve: A developmental account 
  Debra M. Zeifman
  Page 476-477
• The developmental mechanisms and the signal functions of early infant crying 
  Joseph Soltis
  Page 477-484
• Prelinguistic evolution in early hominins: Whence motherese? 
  Dean Falk
  Page 491-503
• Prelinguistic evolution and motherese: A hypothesis on the neural substrates 
  Francisco Aboitiz and Carolina G Schrter
  Page 503-504
• Mothering plus vocalization doesnt equal language 
  Derek Bickerton
  Page 504-505
• Which came first: Infants learning language or motherese? 
  Heather Bortfeld
  Page 505-506
• How plausible is the motherese hypothesis? 
  Paul Bouissac
  Page 506-507
• Bipedalism, canine tooth reduction, and obligatory tool use 
  C. Loring Brace
  Page 507-508
• Hominin infant decentration hypothesis: Mirror neurons system adapted to subserve mother-centered participation 
  Stein Braten
  Page 508-509
• Prosody does not equal language 
  Robbins Burling
  Page 509-509
• Early hominins, utterance-activity, and niche construction 
  Stephen J. Cowley
  Page 509-510
• Continuity, displaced reference, and deception 
  Lee Cronk
  Page 510-511
• Syntax: An evolutionary stepchild 
  Danielle Dilkes and Steven M. Platek
  Page 511-512
• Motherese is but one part of a ritualized, multimodal, temporally organized, affiliative interaction 
  Ellen Dissanayake
  Page 512-513
• Chimpanzees are not proto-hominins and early human mothers may not have foraged alone 
  Agustn Fuentes
  Page 513-513
• Aspects of human language: Where motherese? 
  Emmanuel Gilissen
  Page 514-514
• Beyond prosody and infant-directed speech: Affective, social construction of meaning in the origins of language 
  Barbara J. King and Stuart Shanker
  Page 515-515
• Trickle-up phonetics: A vocal role for the infant 
  John L. Locke
  Page 516-516
• In the beginning was the song: The complex multimodal timing of mother-infant musical interaction 
  Elena Longhi and Annette Karmiloff-Smith
  Page 516-517
• Baby talk and the emergence of first words 
  Peter F. MacNeilage and Barbara L. Davis
  Page 517-518
• Affective prosody: Whence motherese 
  Marilee Monnot, Robert Foley and Elliott Ross
  Page 518-519
• Motherese by any other name: Mother-infant communication in non-hominin mammals 
  John D. Newman
  Page 519-520
• Walkie-talkie evolution: Bipedalism and vocal production 
  Robert R. Provine
  Page 520-521
• Prosody as an intermediary evolutionary stage between a manual communication system and a fully developed language faculty 
  Andreas Rogalewski, Caterina Breitenstein, Agnes Floel and Stefan Knecht
  Page 521-522
• Did australopithecines (or early Homo) sling? 
  Karen R. Rosenberg, Roberta M. Golinkoff and Jennifer M. Zosh
  Page 522-522
• Cached, carried, or crched 
  Rosemarie Sokol and Nicholas S. Thompson
  Page 523-523
• Is it always really mothers fault? 
  Caterina Spiezio and Alberta Lunardelli
  Page 523-524
• Putting infants in their place 
  David Spurrett and Andrew Dellis
  Page 524-525
• Language from gesture 
  Sherman Wilcox
  Page 525-526
• The putting the baby down hypothesis: Bipedalism, babbling, and baby slings 
  Dean Falk
  Page 526-534
• To give and to give not: The behavioral ecology of human food transfers 
  Michael Gurven
  Page 543-559
• Good hunters keep smaller shares of larger pies 
  Michael Alvard
  Page 560-561
• Wheres the beef? Its less about cooperation, more about conflict 
  Laura Betzig
  Page 561-562
• Tolerated scrounging in nonhuman primates 
  Gillian R. Brown
  Page 562-563
• Key variables in tests of food sharing 
  Margaret Franzen
  Page 563-563
• A kind man benefits himself but how? Evolutionary models of human food sharing 
  Thomas Getty
  Page 563-564
• The purpose of exchange helps shape the mode of exchange 
  Raymond Hames
  Page 564-565
• On sharing a pie: Modeling costly prosocial behavior 
  Vladimir A. Lefebvre
  Page 565-566
• The history of human food transfers: Tinbergens other question 
  Jim Moore
  Page 566-567
• The complexity of human sharing 
  Eric Alden Smith
  Page 567-568
• Insights from Ifaluk: Food sharing among cooperative fishers 
  Richard Sosis
  Page 568-569
• Cognitive constraints on reciprocity and tolerated scrounging 
  Jeffrey R. Stevens and Fiery A. Cushman
  Page 569-570
• The details of food-sharing interactions their cost in social prestige 
  Amotz Zahavi
  Page 570-571
• Nonmarket cooperation in the indigenous food economy of Taimyr, Arctic Russia: Evidence for control and benefit 
  John Ziker
  Page 571-571
• Tolerated reciprocity, reciprocal scrounging, and unrelated kin: Making sense of multiple models 
  Michael Gurven
  Page 572-579
• Complexity is a cue to the mind 
  George Kampis
  Page 585-586
• Chaotic itinerancy is a key to mental diversity 
  Ichiro Tsuda
  Page 586-587
• Does TEC explain the emergence of distal representations? 
  Mark Siebel
  Page 588-589
• Spatial inference: No difference between mental images and mental models 
  Markus Knauff and Christoph Schlieder
  Page 589-590
• From reifying mental pictures to reifying spatial models 
  Zenon W. Pylyshyn
  Page 590-591
• Autism and schizophrenia: Similar perceptual consequence, different neurobiological etiology? 
  Armando Bertone, Laurent Mottron and Jocelyn Faubert
  Page 592-593
• A common link between aging, schizophrenia, and autism? 
  Jocelyn Faubert and Armando Bertone
  Page 593-594
• Unity and diversity in disorders of cognitive coordination 
  William A. Phillips and Steven M. Silverstein
  Page 594-599
• Lets not forget about sensory consciousness 
  Anil K. Seth, David B. Edelman and Bernard J. Baars
  Page 601-602