 |
| Behavioral and Brain Sciences |
| Cambridge University Press |
|
Volume 31
Issue 5 |
| Oct 01, 2008 |
|
ISSN: 0140525x |
 |
|
Behavioral and Brain Sciences
|  |
Volume 31 :
Issue 5
Table of Contents
|
-
Language as shaped by the brain

Morten H. Christiansen and Nick Chater
Page 489
-
Language is shaped by the body

Mark Aronoff, Irit Meir, Carol Padden and Wendy Sandler
Page 509
-
Adaptation to moving targets: Culture/gene coevolution, not either/or

H. Clark Barrett, Willem E. Frankenhuis and Andreas Wilke
Page 511
-
Languages as evolving organisms The solution to the logical problem of language evolution?

Christina Behme
Page 512
-
Memes shape brains shape memes

Susan Blackmore
Page 513
-
Prolonged plasticity: Necessary and sufficient for language-ready brains

Patricia J. Brooks and Sonia Ragir
Page 514
-
Convergent cultural evolution may explain linguistic universals

Christine A. Caldwell
Page 515
-
Brain and behavior: Which way does the shaping go?

A. Charles Catania
Page 516
-
Time on our hands: How gesture and the understanding of the past and future helped shape language

Michael C. Corballis
Page 517
-
A biological infrastructure for communication underlies the cultural evolution of languages

J. P. de Ruiter and Stephen C. Levinson
Page 518
-
Language as shaped by social interaction

N. J. Enfield
Page 519
-
The origin of language as a product of the evolution of double-scope blending

Gilles Fauconnier and Mark Turner
Page 520
-
Co-evolution of phylogeny and glossogeny: There is no logical problem of language evolution

W. Tecumseh Fitch
Page 521
-
Universal Grammar? Or prerequisites for natural language?

Adele E. Goldberg
Page 522
-
Intersubjectivity evolved to fit the brain, but grammar co-evolved with the brain

Patricia M. Greenfield and Kristen Gillespie-Lynch
Page 523
-
Why and how the problem of the evolution of Universal Grammar (UG) is hard1

Stevan Harnad
Page 524
-
Niche-construction, co-evolution, and domain-specificity

James R. Hurford
Page 526
-
Cortical-striatal-cortical neural circuits, reiteration, and the narrow faculty of language

Philip Lieberman
Page 527
-
Perceptual-motor constraints on sound-to-meaning correspondence in language

Laura L. Namy and Lynne C. Nygaard
Page 528
-
The potential for genetic adaptations to language

Mark Pagel and Quentin D. Atkinson
Page 529
-
Language as ergonomic perfection

Massimo Piattelli-Palmarini, Roeland Hancock and Thomas Bever
Page 530
-
On language and evolution: Why neo-adaptationism fails

Eric Reuland
Page 531
-
Language acquisition recapitulates language evolution?

Teresa Satterfield
Page 532
-
The brain plus the cultural transmission mechanism determine the nature of language

Kenny Smith, Simon Kirby and Andrew D. M. Smith
Page 533
-
Case-marking systems evolve to be easy to learn and process

Maggie Tallerman
Page 534
-
Language as shaped by the brain; the brain as shaped by development

Joseph C. Toscano, Lynn K. Perry, Kathryn L. Mueller, Allison F. Bean, Marcus E. Galle and Larissa K. Samuelson
Page 535
-
Language is shaped for social interactions, as well as by the brain

Mikkel Wallentin and Chris D. Frith
Page 536
-
Brains, genes, and language evolution: A new synthesis

Morten H. Christiansen and Nick Chater
Page 537
-
Emotional responses to music: The need to consider underlying mechanisms

Patrik N. Juslin and Daniel Västfjäll
Page 559
-
How music fills our emotions and helps us keep time

Patricia V. Agostino, Guy Peryer and Warren H. Meck
Page 575
-
Ritual harmony: Toward an evolutionary theory of music

Candace S. Alcorta, Richard Sosis and Daniel Finkel
Page 576
-
Musical emotions in the context of narrative film

Matthew A. Bezdek and Richard J. Gerrig
Page 578
-
Affective spectra, synchronization, and motion: Aspects of the emotional response to music

Jamshed J. Bharucha and Meagan Curtis
Page 579
-
Responses to music: Emotional signaling, and learning

Martin F. Gardiner
Page 580
-
Evidence from young children regarding emotional responses to music

Steven John Holochwost and Carroll E. Izard
Page 581
-
A skeptical position on musical emotions and an alternative proposal

Vladimir J. Koneni
Page 582
-
Musical expectancy: The influence of musical structure on emotional response

Carol L. Krumhansl and Kat R. Agres
Page 584
-
Why we experience musical emotions: Intrinsic musicality in an evolutionary perspective

Daniela Lenti Boero and Luciana Bottoni
Page 585
-
Emotional responses in mother-infant musical interactions: A developmental perspective

Elena Longhi
Page 586
-
What about the music? Music-specific functions must be considered in order to explain reactions to music

Guy Madison
Page 587
-
Distinguishing between two types of musical emotions and reconsidering the role of appraisal

Agnes Moors and Peter Kuppens
Page 588
-
A neurobiological strategy for exploring links between emotion recognition in music and speech

Aniruddh D. Patel
Page 589
-
The need to consider underlying mechanisms: A response from dissonance

Isabelle Peretz
Page 590
-
Notation and expression of emotion in operatic laughter

Robert R. Provine
Page 591
-
Do all musical emotions have the music itself as their intentional object?

Jenefer Robinson
Page 592
-
Feelings and the enjoyment of music

Alexander Rozin and Paul Rozin
Page 593
-
The role of exposure in emotional responses to music

E. Glenn Schellenberg
Page 594
-
Music evoked emotions are differentmore often aesthetic than utilitarian

Klaus Scherer and Marcel Zentner
Page 595
-
Super-expressive voices: Music to my ears?

Elizabeth A. Simpson, William T. Oliver and Dorothy Fragaszy
Page 596
-
The role of signal detection and amplification in the induction of emotion by music

William Forde Thompson and Max Coltheart
Page 597
-
Music as a dishonest signal

Sandra E. Trehub
Page 598
-
Anticipation is the key to understanding music and the effects of music on emotion

Peter Vuust and Chris D. Frith
Page 599
-
All emotions are not created equal: Reaching beyond the traditional disputes

Patrik N. Juslin and Daniel Västfjäll
Page 600
|
|