The Behavioral and Brain Sciences 2005: Vol 28 Table of Contents

2005·2.7 MB·English

Contents Volume 28:1 February 2005
Pothos, E. M. The rules versus similarity distinction
Open Peer Commentary Lupyan, G. & Vallabha, G. Processing is shaped by
Arl6-Costa, H. Similarity in logical reasoning and multiple tasks: There is more to rules and similarity
decision-making than Rules-to-Similarity
Ashby, F. G. & Casale, M. B. Empirical dissociations Marcus, G. Opposites detract: W hy rules and similarity
between rule-based and similarity-based categorization should not be viewed as opposite ends of a continuum
Bailey, T. M. Rules work on one representation; similarity Markman, A. B., Blok, S., Kim, K., Larkey, L.,
Narvaez, L. R., Stilwell, C. H. & Taylor, E. Digging
compares two representations
Brooks, L. R. & Hannah, S. D. Instantiated rules and beneath Rules and Similarity
abstract analogy: Not a continuum of similarity McMurray, B. & Gow, D. It’s not how many dimensions
Calvo Garzén, F. Rules, similarity, and the information- you have, it’s what you do with them: Evidence from
processing blind alley speech perception
Campion, J. Episte mological requirements for a cognitive Reber, R. Rule versus similarity: Different in processing
psychology of real people mode, not in representations
Cleeremans, A. & Destrebecqz, A. Real rules are Robinson, P. Rules and similarity processes in artificial
grammar and natural second language learning: What is
conscious
Davidoff, J. Twe types of thought: Evidence from aphasia the “default”?
Diesendruck, G. “Commitment” distinguishes between Sloman, S. Avoiding foolish consistency
rules and similarity: A developmental perspective Smith, E. E. Rule and similarity as prototype concepts
Dominey, P. F. The discontinuity between rules and Vilarroya, O. In search of radical similarity
similarity Woiif, J. G. Integration of “rules” and‘ ‘similarity’ in a
Duch, W. Rules, similarity, and threshold logic framework of information compression by multiple
Dulany, D. E. Rules and similarity as conscious contents alignment, unification, and search
with distinctive roles in the Ory
Hahn, U. Is this what the debate on rules was about?
Hampton, J. A. Rules and similarity — a false dichotomy Author’s Response
Heit, E. & Hayes, B. K. Illuminating reasoning and Pothos, E. M. Preferring Rules to Similarity: Coherence,
categorization goals, and commitment
Walker, M. P. A refined model of sleep and the time course of memory formation
Open Peer Commentary Payne, J. D., Britton, W. B., Bootzin, R. R. & Nadel, L.
Atienza, M. & Cantero, J. L. Redefining memory Beyond acetylcholine: Next steps for sleep and memory
consolidation research
Bramham, C. R. Molecular mechanisms of synaptic Peigneux, P., Destrebecqz, A., Hotermans, C. &
consolidation during sleep: BDNF function and dendritic Cleeremans, A. Filling one gap by creating another:
protein synthesis Memory stabilization is not all-or- nothing, either
Clarke, T. L. Sleep is optimizing Piggott, M. A. & Perry, E. K. New perspectives on sleep
Coenen, A. Where is the classic interference theory for sleep disturbances and memory in human pathological and
and memory? psychopharmacological states
Doyon, J., Carrier, J., Simard, A., Tahar, A. H., Morin, A., Porte, H. S. Procedural replay: The anatomy and physics of
Benali, H. & Ungerleider, L. G. Motor memory: the sleep spindle
Consolidation-based enhancement effect revisited Schredl, M. REM sleep, dreaming, and procedural memory
Dumay, N. & Gaskell, M. G. Do words go to sleep? Sheth, B. R. Memory consolidation during sleep: A form of
Exploring consolidation of spoken forms through direct brain restitution
and indirect measures Siegel, J. M. The incredible, shrinking sleep-learning
Finelli, L. A. & Sejnowski, T. J. What is consolidated during connection
sleep-dependent motor skill learning? Smith, C. T. Consolidation enhancement: Which stages of
Foster, J. K. & Wilson, A. C. Sleep and memory: Definitions, sleep for which tasks?
terminology, models, and predictions? Szymusiak, R. The challenge of identifying cellular
Greenberg, R. Old wine (most of it) in new bottles: Where mechanisms of memory formation during sleep
are dreams and what is the memory? Tononi, G. & Cirelli, C. Sleep and synaptic homeostasis
Groeger, J. A. & Dijk, D.-J. Consolidating consolidation? Vertes, R. P. Sleep is for rest, waking consciousness is for
Sleep stages, memory systems, and procedures learning and memory — of any kind
Korman, M., Flash, T. & Karni, A. Resistance to interference
and the emergence of delayed gains in newly acquired Author’s Response
procedural memories: Synaptic and system consolidation? Walker, M. P. Past, present, and the future: Discussions
Pagel, J. F. Neurosignals — Incorporating C NS electrophysiology surrounding a new model of sleep-dependeat learning and
into cognitive process memory processing
Contents Volume 28:1 February 2005
Pothos, E. M. The rules versus similarity distinction
Open Peer Commentary Lupyan, G. & Vallabha, G. Processing is shaped by
Arl6-Costa, H. Similarity in logical reasoning and multiple tasks: There is more to rules and similarity
decision-making than Rules-to-Similarity
Ashby, F. G. & Casale, M. B. Empirical dissociations Marcus, G. Opposites detract: W hy rules and similarity
between rule-based and similarity-based categorization should not be viewed as opposite ends of a continuum
Bailey, T. M. Rules work on one representation; similarity Markman, A. B., Blok, S., Kim, K., Larkey, L.,
Narvaez, L. R., Stilwell, C. H. & Taylor, E. Digging
compares two representations
Brooks, L. R. & Hannah, S. D. Instantiated rules and beneath Rules and Similarity
abstract analogy: Not a continuum of similarity McMurray, B. & Gow, D. It’s not how many dimensions
Calvo Garzén, F. Rules, similarity, and the information- you have, it’s what you do with them: Evidence from
processing blind alley speech perception
Campion, J. Episte mological requirements for a cognitive Reber, R. Rule versus similarity: Different in processing
psychology of real people mode, not in representations
Cleeremans, A. & Destrebecqz, A. Real rules are Robinson, P. Rules and similarity processes in artificial
grammar and natural second language learning: What is
conscious
Davidoff, J. Twe types of thought: Evidence from aphasia the “default”?
Diesendruck, G. “Commitment” distinguishes between Sloman, S. Avoiding foolish consistency
rules and similarity: A developmental perspective Smith, E. E. Rule and similarity as prototype concepts
Dominey, P. F. The discontinuity between rules and Vilarroya, O. In search of radical similarity
similarity Woiif, J. G. Integration of “rules” and‘ ‘similarity’ in a
Duch, W. Rules, similarity, and threshold logic framework of information compression by multiple
Dulany, D. E. Rules and similarity as conscious contents alignment, unification, and search
with distinctive roles in the Ory
Hahn, U. Is this what the debate on rules was about?
Hampton, J. A. Rules and similarity — a false dichotomy Author’s Response
Heit, E. & Hayes, B. K. Illuminating reasoning and Pothos, E. M. Preferring Rules to Similarity: Coherence,
categorization goals, and commitment
Walker, M. P. A refined model of sleep and the time course of memory formation
Open Peer Commentary Payne, J. D., Britton, W. B., Bootzin, R. R. & Nadel, L.
Atienza, M. & Cantero, J. L. Redefining memory Beyond acetylcholine: Next steps for sleep and memory
consolidation research
Bramham, C. R. Molecular mechanisms of synaptic Peigneux, P., Destrebecqz, A., Hotermans, C. &
consolidation during sleep: BDNF function and dendritic Cleeremans, A. Filling one gap by creating another:
protein synthesis Memory stabilization is not all-or- nothing, either
Clarke, T. L. Sleep is optimizing Piggott, M. A. & Perry, E. K. New perspectives on sleep
Coenen, A. Where is the classic interference theory for sleep disturbances and memory in human pathological and
and memory? psychopharmacological states
Doyon, J., Carrier, J., Simard, A., Tahar, A. H., Morin, A., Porte, H. S. Procedural replay: The anatomy and physics of
Benali, H. & Ungerleider, L. G. Motor memory: the sleep spindle
Consolidation-based enhancement effect revisited Schredl, M. REM sleep, dreaming, and procedural memory
Dumay, N. & Gaskell, M. G. Do words go to sleep? Sheth, B. R. Memory consolidation during sleep: A form of
Exploring consolidation of spoken forms through direct brain restitution
and indirect measures Siegel, J. M. The incredible, shrinking sleep-learning
Finelli, L. A. & Sejnowski, T. J. What is consolidated during connection
sleep-dependent motor skill learning? Smith, C. T. Consolidation enhancement: Which stages of
Foster, J. K. & Wilson, A. C. Sleep and memory: Definitions, sleep for which tasks?
terminology, models, and predictions? Szymusiak, R. The challenge of identifying cellular
Greenberg, R. Old wine (most of it) in new bottles: Where mechanisms of memory formation during sleep
are dreams and what is the memory? Tononi, G. & Cirelli, C. Sleep and synaptic homeostasis
Groeger, J. A. & Dijk, D.-J. Consolidating consolidation? Vertes, R. P. Sleep is for rest, waking consciousness is for
Sleep stages, memory systems, and procedures learning and memory — of any kind
Korman, M., Flash, T. & Karni, A. Resistance to interference
and the emergence of delayed gains in newly acquired Author’s Response
procedural memories: Synaptic and system consolidation? Walker, M. P. Past, present, and the future: Discussions
Pagel, J. F. Neurosignals — Incorporating C NS electrophysiology surrounding a new model of sleep-dependeat learning and
into cognitive process memory processing
April 2005
Contents Volume 28:2
Arbib, M. A. From monkey-like action recognition to human language:
An evolutionary framework for neurolinguistics
Open Peer Commentary McNeill, D., Bertenthal, B., Cole, J. & Gallagher, S.
Barrett, A. M., Foundas, A. L. & Heilman, K. M. Speech Gesture-first, but no gestures?
and gesture are mediated by independent systems 125 Parisi, D., Borghi, A. M., Di Ferdinando, A. &
Bickerton, D. Beyond the mirror neuron — the smoke Tsiotas, G. Meaning and motor actions: Artificial life
neuron? 126 and behavioral evidence
Borenstein, E. & Ruppin, E. The evolutionary link Pepperberg, I. M. An avian parallel to primate mirror
between mirror neurons and imitation: An e volutionary neurons and language evolution?
adaptive agents model Provine, R. R. Contagious yawning and laughing: Everyday
Bosman, C., Lépez, V. & Aboitiz, F. Sharpening Occam’s imitation- and mirror-like behavior
razor: Is there need for a hand-signing stage prior to vocal Prudkov, P. N. Motivation rather than imitation
communication? 128 determined the appearance of language
Bridgeman, B. Action planning supplements mirror Rauschecker, J. P. Vocal gestures and auditory objects
systems in language evolution 129 Seyfarth, R. M. Continuities in vocal communication argue
Emmorey, K. Sign languages are problematic for a gestural against a gestural origin of language
origins theory of language evolution 130 Théoret, H. & Fecteau, S. Making a case for
Fabrega, Jr., H. Biological evolution of cognition and culture: mirror-neuron system involvement in language
Off Arbib’s mirror-neuron system stage? 13] development: What about autism and blindness?
Fitch, W. T. Protomusic and protolanguage as alternatives Williams, J. H. G. Language is fundamentally a social
to protosign 132 affair
Gilissen, E. Imitation systems, monkey vocalization, Wray, A. The explanatory advantages of the holistic
and the human language protol: inguage model: The case of linguistic irregularity
Horwitz, B., Husain, F. T. & Guenther, F. H. Auditory Yu, C. & Ballard, D. H. Language evolution: Body of
object processing and primate biological evolution evidence?
Indurkhya, B. On the neural grounding for metaphor and
proje ction
Kaplan, J. T. & Iacoboni, M. Listen to my actions! Author’s Response
Kotchoubey, B. Pragmatics, prosody, and evolution: Arbib, M. A. The mirror system hypothesis stands but the
Language is more than a symbolic system framework is much enriched
MacNeilage, P. F. & Davis, B. L. E volutionary sleight of
hand: Then, they saw it; now we don’t
Lewis, M. D. Bridging emotion theory and neurobiology through dynamic
systems modeling
Open Peer Commentary Ellis, R. D. Generating predictions from a dynamical
Ainslie, G. & Monterosso, J. Why not emotions as systems emotion theory
motivated behaviors? Fabrega, Jr., H. Applications to the social and clinical
Bakker, B. The concept of circular causality should be sciences
discarded Freeman, W. J. Emotion is from preparatory brain chaos;
Barnard, P. & Dalgleish, T. Psychological-level systems irrational action is from premature closure
theory: The missing link in bridging emotion theory and Frijda, N. H. Dynamic appraisals: A paper with promises
ne surobiology through dynamic systems modeling Galatzer-Levy, R.M.E xploring psychological complexity
Buck, R. Adding ingredients to the re cipe for the through dynamic systems theory: A complement to
self-organizing dynamic system stew: Motivation, reductionism
communication, and highe »r-level social, cognitive, Grossberg, S. START: A bridge between emotion theory
and moral emotions — and don’t forget the genes! and neurobiology through dynamic system modeling
Carver, C. §. Emotion theory is about more than affect Izard, C. E., Trentacosta, C. J. & King, K. A. Brain,
and cognition: Taking triggers and actions into account emotions, ond emotion-cognition relations
Chella, A. An inte mia level between the psychological Kaup, D. J. & Clarke, T. L. Where’s the ex: ample?
and the neurobiological levels of descriptions of Kocsis, B. On the relationship between rhythmic firing
appraisal-emotion dynamics 199 in the supramammillary nucleus and limbic theta
Colombetti, G. & Thompson, E. Enacting emotional rhythm
interpretations with feeling 200 Northoff, G. Emotional-cognitive integration, the self,
DeLancey, C. Lewis's DS approach is a tool, not atheory 201 and cortical midline structures
Downey, G. The contribution of cross-cultural study to Panksepp, J. Emotional dynamics of the organism and
dynamic systems modeling of emotions 201 its parts
Pascual-Leone, J. Not a bridge but an organismic in dynamical systems models of emotion and
(general and causal) neuropsychology should make a ne surobiology
difference in emotion theory Tucker, D. M. Mechanisms of the occasional self
Pizzagalli, D. A. The role of frontocingulate pathways van Honk, J. & Schutter, D. J. L. G. Dynamic brain
in the emotion-cognition interface: Emerging clues svstems in quest for emotional homeostasis
from depression Walker-Andrews, A. S$. & Haviland-Jones, J. A dynamic
Potegal, M. Characteristics of anger: Notes for a systems duo: Emotion and development
theory of emotion Winkielman, P. & Nowak, A. Dynamics of
Sander, D. & Scherer, K. R. Amalgams and the power of cognition-emotion interface: Coherence breeds familiarity
ane lytical che »mistry: Affective science needs to de ee and liking, and does it fast
the appre aisal-emotion interaction
Schore, A. N. Developmental affective neuroscience
Author’s Response
describes mechanisms at the core of dynamic systems
theory Lewis, M. D. An emerging dialogue among social scientists
Thayer, J. F. & Lane, R. D. The importance of inhibition and neuroscientists on the causal bases of emotion
Schmitt, D. P. Sociosexuality from AA rgentina to Zimbabwe: A 48-nation study
of sex, culture, and strategies of ag mating 247
Open Peer Commentary Lazarus, J. Sociosexuality and sex ratio: Sex differences
Asendorpf,J . B. & Penke,I . A mature evolutionary and local markets 288
psychology demands care ied conclusions about sex Mata, R., Wilke, A. & Todd, P. M. Adding the missing link
differences back into mate choice research 289
Barash, D. P. Sex differences: Empiricism, hypothesis Miller, L. C., Pedersen, W. C. & Putcha-Bhagavatula, A.
testing, and other virtues Promiscuity in an e volved pair- bonding system: Mating
Beckerman, S. Sociosexual strategies in tribes and nations 277 within and outside the Pleistocene box 290
Bond, N. W. Who’s zooming who? 278 Newson, L. & Postmes, T. Less restricted mating, low
Buss, D. M. Sex differences in the design features contact with kin, and the role of culture 29]
of socially contingent mating adaptations Ryan, C. & Jetha, C. Universal human traits: The holy
Clark, A. & Daly, M. What is the significance of grail of evolutionary psychology 292
cross-national variability in sociosexuality? Schachner, D. A., Scheib, J. E., Gillath, O. & Shaver, P. R.
Dickins, T. E. On sociosexual cognitive architecture Worldwide economic development and gender equality
Eagly, A. H. & Wood, W. Universal sex differences across correlate with liberal sexual attitudes and behavior: What
patriarchal cultures # evolved TT ‘al dispositions does this tell us about evolution ury psyc thology: .
Fink, B., Manning,J . T. & Neave,N . The second to Stewart-Williams, S. Fitting data to the Ory: The
fourth digit ratio, sociosexuality, and offspring sex ratio contribution of a compari itive perspe ctive
Fuentes, A. Ethnography, cultural context, and assessments Townsend, J. M. Sex, sex differences, and the new
of reproductive success matter when discussing human polygyny
mating strategies Voracek, M. Shortcomings of the Sociosexual Orientation
Goetz, A. T. & Shackleford, T. K. Sperm competition’ Inventory: Can psychome trics inform evolution: uy
theory offers additional insight into cultural variation in psyc thology? >
sexual behavior
Grant, V. J. Medical advances reduce risk of behaviours Author’s Response
related to high sociosexuality Schmitt, D. P. Measuring sociosexuality across people and
Kiran, S. The trees are not the forest, and monogamy is nations: Revisiting the strengths and weaknesses of
certainly not a kind of wood cross-cultural sex research
Contents Volume 28:3 June 2005
Depue, R. A. & Morrone-Strupinsky, J. V. A neurobehavioral model of
affiliative bonding: Implications for conceptualizing a human trait of affiliation 313
Open Peer Commentary Panksepp, J. & Moskal, J. R. Loving opioids in the brain 361
Behrendt, R.-F. Affiliative drive : Could this be disturbed Pizzagalli, D. A. & Deveney, C. M. Impaired hedonic
in childhood autism? capacity in major depressive disorder: Impact on affiliative
Brown, S. L. & Brown, R. M. Social bonds, motivational behaviors
conflict, and altruism: Implications for neurobiology Potter, N. N. Is the construct for human affiliation too
Carter, C. S., Bales, K. L. & Porges, S. W. narrow?
Neuropeptides influence expression of and capacity Swain, J. E., Mayes, L. C. & Leckman, J. F. E ndoge ‘nous
to form social bonds and exoge nous opi:a tes modulate the development of
Glassman, M. & Buettner, C. K. The role of trait parent- -infant attachment
affiliation in human community Troisi, A. & D’Amato, F. R. Deficits in affiliative reward:
Itoh, K. & Izumi, A. Affiliative bonding as a dynamical An endophenotype for psychiatric disorders?
process: A view from e ‘thology Weinstein, T. A. R. & Capitanio, J. P. A nonhuman
Katz, L. D. Opioibdl iss as the felt hedonic core of primate perspective on affiliation
mammalian prosociality — and of consummatory pleasure Young, S. N. & Moskowitz, D. S. Serotonin and affiliative
more generally? behavior
Levine, D. S. Is all affiliation the same? Facilitation or Zak, P. J. Trust: A temporary human attachment facilitated
complementarity? by oxytocin
Miller. W. B. Affiliative reward and the ontogenetic Zizzo, D. J. Serotonin, dopamine, and cooperation
bonding system Zuckerman, M. It’s is les way up from comparative studies
Munafo, M. R. Integrating genetic, behavioral, and of animals to personality traits in humans
psychometric research in conceptualizing human
behavioral traits
Netter, P., Reuter, M. & Hennig, J. Specificity of
affiliation supported by neurotransmitter challenge tests Authors’ Response
and molecular genetics Depue, R. A. & Morrone-Strupinsky, J. V. Modeling
O’Donnell, P. Mesolimbic-mesocortical loops may encode human behavioral traits and clarifying the construct of
saliency, not just reward 360 affiliation and its disorders
Sagvolden, T., Johansen, E. B., Aase, H. & Russell, V. A. A dynamic
developmental theory of attention- deficit/hyper ractivity dieitos' ADHD)
prec dominantly hyperactive/impulsive and combined subtypes 397
Precommentary Levy, F. ADHD, comorbidity, synaptic gates and re-entrant
Catania, C. A. Attention-deficit/hyperactivity disorder circuits
ADHD): Delay-of-reinforcement gradients and Moderato, P. & Presti, G. What is the purpose of a new
other behavioral mechanisms behaviorally based dynamic developmental theory of
\DHD? The perspective of the a i ational psychologist
Open Peer Commentary
Nigg, J. Reinforcement gradient, response inhibition
Banaschewski, T., Himpel, S. & Rothenberger, A.
genetic versus experiential effects, and multiple pathways
Unitary or multiple pathways: The trapo f radical
to ADHD
behaviorism
Oades, R. D. & Christiansen, H. ADHD theories still
Bjérne, P. & Balkenius, C ). The role of context and
inhibition in ADHD need to take more on board: Serotonin and pre-executive
variability
Carrasco, X., Lépez, V. & Aboitiz, F. Frontal and
Rothenberger, A. & Kirov, R. Changes in sleep-wake
executive dy sfunction is a central <a spect of ADHD
behavior may be more than just an epiphenomenon of
Coghill, D. R. Delay of reinforcement gradients and
ADHD
attention-deficit hype ractivity disorder (ADHD): The
Rubia, K. RED: ADHD under the “ micro-scope™ of the
challenges of moving from causal theories to causal
models rat model
Sadile, A. G. & Viggiano, D. Ist he hypodopaminergic
Donahoe, J. W. & Burgos, J. E. Selectionism: Complex
hypothesis plausible as neural bases of ADHD?
outcomes from simple processes
Sandberg, S. The biopsychosocial conte xt of ADHD
Karatekin, C. A comprehensive and developmental theory
Sergeant, J. A. The dynamic developmental theory of
of ADHD is tantalizing, but premature
ADHD: Reflections from a cognitive energetic model
Killeen, P. R. Gradus ad parnassum: Ascending strength
gradients or descending memory traces? ste indpoint
Sonuga-Barke, E. J. S. & Castellanos, F. X. A common Authors’ Response
core dysfunction in attention-deficit/hyperactivity disorder: Johanesen, E. B., Sagvolden, T., Aase, H. & Russell, V. A.
A scientific red he rring? 443 The dynamic dive >lopmental theory of attention-deficit/
Tannock, R. Hypodopamine rgic function influences hyperactivity disorder (ADHD): Present status and future
learning and memory as we Il as del: ry gradients 444 perspe ctives 451
Wickens, jJ.R.& Tripp, E. G. Altered se nsitivity to reward
in children with ADHD: Dopamine timing is off 445
Precommentator’s Response
Catania, C. A. Attention-deficit/hyperactivity disorder
(ADHD): One process or many P
Contents Volume 28:4 August 2005
Steels, L. & Belpaeme, T. Coordinating perceptually grounded categories
through language: A case study for colour
Open Peer Commentary Maes, J. P. M. A. On sticking labels
Bimler, D. Intimations of optimality: Extensions of Matthen, M. Is color perception really categorical?
simulation testing of color-language hypotheses Roberson, D. & O’Hanlon, C. How culture might
Blackmore, S. Implications for memetics constrain color categories
Bédog, A., Haden, G. P., Jakab, Z. & Palatinus, Z. Satterfield, T. It takes a(n) (agent-based) village
Language, ecological structure, and across-population van Brakel, J. Colour is a culturalist category
sharing Vilarroya, O. A categorial mutation
Chella, A. How to learn a conceptual space Vogt, P. & Smith, A. D. M. Learning colour words is slow:
Christensen, W. D. & Tommasi, L. Color categories in A cross-situational learning account
biological evolution: Broadening the palette Wachtler, T. Interindividual variation in human color
Cowley, S. J. In the beginning: Word or deed? categories: Evidence against strong influence of
Davidoff, J. & Luzzatti, C. Language impairment language
and colour categories Wang, W. S.-Y. & Gong, T. Categorization in artificial
Grossberg, S. Realistic constraints on brain color agents: Guidance on empirical research?
perception and category learning Webster, M. A. & Kay, P. Variations in color naming
Hampton, J. A. Modeling category coordination: within and across populations
Comments and complications Westbury, C. & Hollis, G. In the tiniest house of time:
Harnad, S. Language and the game of life Parametric constraints in evolutionary models of
Harter, D. & Lu, S. A synthesis of many levels of sy mbolization
Wright, E. The question of the assumed givenness of
constraints as a modern view of development
Huyck, C. & Mitchell, I. It is not evolution, but a better the singularity of the target
game would need a better agent Yu, C. & Smith, L. What is culture made of?
Ikegami, T. Dynamical categories and language
Jameson, K. A. Sharing perceptually grounded categories
in uniform and nonuniform populations
Kotchoubey, B. Seeing and talking: Whorf wouldn't be Authors’ Response
satisfied Steels, L. & Belpaeme, T. The semiotic dynamics of
Lehky, S. R. Not all categories work the same way colour
Sunstein, C. R. Moral heuristics
Open Peer Commentary Hincie, R. A. A selectionist approach integrates moral
Adler, M. D. Cognitivism, controversy, and moral heuristics
heuristics Koehler, J. J. & Gershoff, A. D. Betrayal aversion is
Anderson, C. J. Alternative perspectives on omission bias reasonable
Anderson, E. Moral heuristics: Rigid rules or flexible Mikhail, J. Moral heuristics or moral competence?
inputs in moral deliberation? Reflections on Sunstein
Baron, J. Biting the utilitarian bullet Pizarro, D. A. & Uhlmann, E. L. Do normative standards
Bartsch, K. & Wright, y. C. Towards an intuitionist advance our understanding of moral judgment?
account of moral development Ritov, I. Cognitive heuristics and deontological rules
Casebeer, W. D. Neurobiology supports virtue theory on Singer, P. Intuitions, heuristics, and utilitarianism
the role of heuristics in moral cognition Stein, E. Wide reflective equilibrium as an answer to an
Fernandez-Berrocal, P. & Extremera, N. About objection to moral heuristics
emotional intelligence and moral decisions Tetlock, P. E. Gauging the heuristic value of heuristics
Fried, B. H. Moral heuristics and the means/end Weber, E. U. & Ancker, J. S. Towards a taxonomy of
distinction modes of moral decision-making
Gerrig, R. J. Moral judgments in narrative contexts Weirich, P. Regulation of risks
Gorman, M. E. Heuristics, moral imagination, and the
future of technology
Hahn, U., Frost, J.-M. & Maio, G. What's in a heuristic?
Haidt, J. Invisible fences of the moral domain Author’s Response
Hauser, M. D. Sunstein’s heuristics provide insufficient Sunstein, C. §. On moral intuitions and moral heuristics:
descriptive and explanatory adequacy A response
Herzog, H. A. & Burghardt, G. M. The next frontier:
Moral heuristics and the treatment of animals
Vallortigara, G. & Rogers, L. J. Survival with an asymmetrical brain:
Advantages and disadvantages of cerebral lateralization
Open Peer Commentary Lateralization has an epigenetic trait
Andrew, R. J. Partial reversal and the functions Martin, M. & Jones, G. V. Constraints from handedness
of lateralisation on the evolution of brain lateralization
Broadfield, D. C. Do asymmetrical differences in primate Matsushima, 1. Selection pressure on the decision-making
brains correspond to cerebral lateralization? process in conflict
Brown, C. Cerebral lateralisation, “social constraints,” McBeath, M. K. & Sugar, T. G. Natural selection of
and coordinated anti-predator responses asymmetric traits operates at multiple levels
Casey, M. B. Developmental systems, evolutionarily stable McManus, I. C. U nity in the wild variety of nature,
strate gies, and population laterality or just variety?
Concha, M. L. Genes as primary determinants of Miklosi, A. Putting things right: “Why” before “how”
Miu, A. C. Asymmetrical behavior without : an asymmetrical
populz ition level lateralisation
Corballis, M. C. The trade-off between symmetry brain: Corpus callosum and neuroplasticity
and asymmetry Reggia, J. A. & Grushin, A. Population lateralization
Crow, T. J. The cerebral torque and directional asymmetry arises in simulated evolution of non-interacting neural
for hand use are correlates of the capacity for language in networks
Homo sapiens Sainburg, R. L. & Eckhardt, R. B. Optimization
Deason, R. G., Andresen, D. R. & Marsolek, C. J. through lateralization: The evolution of handedness
Causal relations between asymmetries at the individual Schirillo, J. A. & Fox, M. When dominance and sex are
level? both right
Denenberg, V. H. Behavioral symmetry and reverse Sieratzki, J. & Woll, B. Cerebral asymmetry: From
asymmetry in the chick and rat survival strategies to social behaviour
Deng, C. Interactions between genetic and environmental Tommasi, L. Evolutionary tango: Perce ptual asymmetries
factors determine direction of population lateralization as a trick of sexual selection
Drager, B., Breitenstein, C., & Knecht, S. Rethinking
brain asymmetries in humans
Giintiirkiin, O. Darwin’s legacy and the evolution of
cerebral asymmetries Authors’ Response
Harris, L. J. & Almerigi, J. B. The left-side bias for Vallortigara, G. & Rogers, L. J. Forming an
holding human infants: An everyday directional asymmetrical brain: Genes, environment, and
asymmetry in the natural environment 600 evolutionarily stable strategies
Heuts, B. A. & Brunt, T. Behavioral left-right asymmetry
extends to arthropods 60]
Manns, M. The riddle of nature and nurture —
Contents Volume 28:5 October 2005
Ainslie, G. Précis of Breakdown ofW ill
Open Peer Commentary Peijnenburg, J. Shaping your past selves
Arl6-Costa, H. Models of preference reversals and Rachlin, H. Problems with internalization
personal rules: Do they require maximizing a utility Ross, D. & Spurrett, D. Behavioral (pico)economics
function with a speci fic structure? and the brain sciences
Bach, K. Three other motivational factors Sanabria, F. & Killeen, P. R. Freud meets Skinner:
Bridgeman, B. Hyperbolas and hyperbole: The free will Hyperbolic curves, elliptical theories, and Ainslie
problem remains Interests 660
Connolly, T. & Reb, J. Regret and the control of Stanovich, K. E. On the coexistence of cognitivism and
temporary preferences intertemporal bargaining 661
Ferrero, L. The will: Interpersonal bargaining versus Swain, J. D. & Swain, J. E. “To do or not to do?
intrape ‘rsonal pre diction Modeling the control of behaviour
Green, L. & Myerson, J. Hyperbola-like discounting, Wang, X.T. & Simons, J. S. Reference points-dependent
impulsivity, and the analysis of will tradeoffs in intertempora: decision making
Griffin, R. & Dennett, D. Comparing apples to oranges:
Who does the framing?
Harrison, G. W. & Lau, M. I. Is the evidence for Author’s Response
hyperbolic discounting in humans just an experimental Ainslie, G. A bazaar of opinions mostly fit within
coker picoeconomics
Tomasello, M., Carpenter, M., Call, J., Behne, T. & Moll, H.
Understanding and sharing intentions: The origins of cultural cognition
Open Peer Commentary Lewis, M. Shared intentions without a self
Bickerton, D. Language first, then shared intentionality Lyons, D. E., Phillips, W. & Santos, L. R. Motivation
then a ben eficent spiral is not enough
Boesch,C . Joint coope rative hunting among wild Markson, L. & Diesendruck, G. Causal curiosity and
chimpanze es: Taking natural observations seriously the conventionality of culture
Brownell, C. A., Nichols, S. & Svetlova, M. E arly Mundy, P. Motivation, self-regulation, and the
development of shared intentionality with peers neurodevelopment of intention sharing
Bruner, J. Homo sapiens, a localized species Perner, J. & Doherty, M. Do infants understand that
Charman, T. Why do individuals with autism lack the external goals are internally represented?
motivation or Cz ape acity to share intentions? Poulin-Dubois, D. From action to interaction: Apes,
Dominey, P. F. Tow: arda c onstruction-based account infants, and the last Rubicon
of shared intentions in social cognition Povinelli, D. J. & Barth, J. Reinterpreting behavior:
Dymond, S. & McHugh, L. Symbolic behavior and \ human specialization?
perspective-taking are forms of derived relational Provine, R. R. Illusions of intentionality, shared and
responding and can be learned unshared
Feldman, R., Swain, J. E. & Mayes, L. Interaction Rochat, P. Humans evolved to become Homo
synchrony and neural circuits contribute to shared negotiatus .. . the rest followed
intentionality Ross, D. Distinctive human social motivations in a
Fernyhough, C. What is internalised? Dialogic cognitive game-theoretic framework
representations and the mediated mind Schuster, R. Why not chimpanzees, lions, and hyenas too?
Gardner, R. A. Animal cognition meets evo-devo Vaish, A. & Woodward, A. Baby steps on the pia th to
Gauvain, M. What are the consequences of understanding understanding intentions
the complex goal-directed actions of others? Verbeke, E., Peeters, W., Kerkhof, I., Bijttebier, P.,
Gergely, G. & Csibra, G. A few reasons why we don’t Steyaert, J. & Wagemans, J. Lac k of motivation to
share Tomasello et al.’s intuitions about sharing share intentions: Primary deficit in autism?
Hatano, G. & Takahashi, K. 1s shared intentionality Watson, J. S. “Einstein's baby” could infer intentionality
widespread among and unique to humans? Zlatev, J., Persson, T. & Girdenfors, P. Triadic b« rdily
Hobson, R. P. The interpersonal foundations of thinking mimesis is the difference
Horner, V., Bonnie, K. E. & de Waal, B. M. Identifying
the motivations of chimpanzees: Culture and
Authors’ Response
collaboration
Kuczaj, S. A. & Highfill, L. E. Dolphin play: Evidence Tomasello, M., Carpenter, M., Call, J., Behne, T. &
for cooperation and culture? Moll, H. In search of the uniquely human
Kuhlmeier, V. & Birch, S. A. J. Steps toward categorizing
motivation: Abilities, limitations, and conditional
constraints
Contents Volume 28:6 December 2005
Collerton, D., Perry, E. & McKeith, I. Why people see things that are
not there: A novel Perception and Attention Deficit model for recurrent
complex v isual hallucinations 737
Open Peer Commentary hallucinations: Implications from sleep, neurophysiologic,
Badcock, J. C. & Maybery, M. T. Common or distinct and clinical research
deficits for auditory and visual hallucinations? Mast, F. W. Mental images: Always present, never there
Behrendt, R.-P. Attentional deficit versus impaired reality Morrison, J. & David, A. S. Now you see it, now you
testing: What is the role of executive dysfunction in don't: More data at the cognitive level needed before
complex visual hallucinations? the PAD model can be accepted
Carroll, B. T. & Carroll, T. D. Catatonia is the Rosetta Pace-Schott, E. F. Complex hallucinations in waking
Stone of psychosis suggest mechanisms of dream construction
Castelo-Branco, M. Neural correlates of visual Samsonovich, A. V. Hallucinating objects versus
hallucinatory phenomena: The role of attention hallucinating subjects
Dolgov, I. & McBeath, M. K. A signal-detection-theory Smythies, J. R. The role of acetylcholine in hallucinatory
representation of normal and hallucin: atory perception perce ption
Dror, I. E. Perception is far from perfection: The role of Spencer, K. M. & McCarley, R. W. Visual hallucinations,
the brain and mind in constructing realities attention, and neural circuitry: Perspectives from
ffytche, D. H. Two visual hallucinatory syndromes schizophrenia research
Friston, K. Hallucinations and perceptual inference Tadin, D., Wong, P., Mebane, M. W., Berkowitz, M. J.,
Gottesmann, C. Waking hallucinations could correspond Trott, H. & Park, S. Believing is seeing in schizophrenia:
to a mild form of dreaming sleep stage hallucinatory The role of top-down processing
activity
Halliday, G. The emergence of proto-objects in complex
visual hallucinations Authors’ Response
Ingle, D. Two kinds of “memory images”: Experimental Collerton, D., Perry, E. & McKeith, I. Still PADing along:
models for hallucinations? Peception and attention remain key factors in
Kirov, R. Monoamines in recurrent complex visual understanding complex visual nations
Henrich, J., Boyd, R., Bowles, S., Camerer, C., Fehr, E. Gintis, H.,
McElreath, R., Alvard, M., Barr, A., Ensminger, J., Smith Henrich, N.,
Hill, K., Gil-White, F., Gurven, M., Marlowe, F. W., Patton, J. Q. &
Tracer, D. “Economic man” in cross-cultural perspective: Behavioral
experiments in 15 small-scale societies
Open Peer Commentary Heintz, C. The ecological rationality of strategic
Ainslie, G. You can’t give permission to be a bastard: cognition ‘
Empathy and self-signaling as uncontrollable Jankowiak, W. Market integration, cognitive awareness,
independent variables in bargaining games and the expansion of moral empathy 826
Binmore, K. Economic man — or straw man? Kenrick, D. T. & Sundie, J. M. How do cultural variations
Brosnan, S. F. & de Waal, F. B. M. A cross-species emerge from universal mechanisms? 827
perspective on the selfishness axiom Krupp, D. B., Barclay, P., Daly, M., Kiyonari, T.,
Burnham, T. C. & Kurzban, R. On the limitations of Dingle, G. & Wilson, M. Let's add some psychology
quasi-experiments and maybe even some evolution) to the mix
Caporael, L. R. Psychology and groups at the junction of Lucas, M. & Wagner, L. Born selfish? Rationality,
genes and culture altruism, and the initial state
Davies, T. Radical contingency in sharing behavior and its Machery, E., Kelly, D., Stich, S. P. Moral realism and
consequences Cross- cubes il normative diversity
Fantino, E., Stolarz-Fantino, S$. & Kennelly, A. Markman, A. B., Blok, $., Dennis, J., Goldwater, M.,
Measuring fairness across cultural contexts Kim, K., Laux, J., Narvaez, L. & Taylor, E. Culture
Gichter, S., Herrmann, B. & Théni, C. Cross-cultural and individual differences
differences in norm enforcement Ostrom, E. Building a better micro-foundation for
Gigerenzer, G. & Gigerenzer, T. Is the Ultimatum institutional analysis
Game a three-body affair? Smith, E. A. Making it real: Interpreting economic
Grace, R. C. & Kemp, S. What does the Ultimatum experiments
Game mean in the real world? Smith, V. L. Sociality and self interest