Behavioral and Brain Sciences

Volume 23 : Issue 1

Table of Contents

• The neurology of syntax: Language use without Brocas area 
  Yosef Grodzinsky
  Page 1
• Which grammar has been chosen for neurological feasibility? 
  Zoltn Bnrti
  Page 21
• Trace deletion and Friedericis (1995) model of syntactic processing 
  Dorit Ben Shalom
  Page 22
• Why the TDH fails to contribute to a neurology of syntax 
  Alan Beretta
  Page 23
• Sentence comprehension in Brocas aphasia: A critique of the evidence 
  Rita Sloan Berndt
  Page 24
• Brocas demotion does not doom universal grammar 
  Derek Bickerton
  Page 25
• Brocas aphasia, Brocas area, and syntax: A complex relationship 
  Stefano F. Cappa, Andrea Moro, Daniela Perani and Massimo Piattelli-Palmarini
  Page 27
• Brocas area and language evolution 
  Andrew Carstairs-McCarthy
  Page 28
• Grodzinskys latest stand or, just how specific are lesion-specific deficits? 
  Frederic Dick and Elizabeth Bates
  Page 29
• The gratuitous relationship between Brocas aphasia and Brocas area 
  Nina F. Dronkers
  Page 30
• Intact grammars but intermittent access 
  Susan Edwards and David Lightfoot
  Page 31
• Syntax in the brain: Linguistic versus neuroanatomical specificity 
  Angela D. Friederici and D. Yves von Cramon
  Page 32
• Agrammatic comprehension of OVS and OSV structures in Hebrew 
  Naama Friedmann
  Page 33
• Cutting a long story (too) short 
  Stefan Frisch, Douglas Saddy and Angela D. Friederici
  Page 34
• The left frontal convolution plays no special role in syntactic comprehension 
  Gregory Hickok
  Page 35
• The grammar of agrammatism 
  Dieter Hillert
  Page 36
• Comprehension deficits of Brocas aphasics provide no evidence for traces 
  Paul Kay
  Page 37
• Could grammatical encoding and grammatical decoding be subserved by the same processing module? 
  Gerard Kempen
  Page 38
• Agrammatic sentence processing: Severity, complexity, and priming 
  Herman H. J. Kolk and Robert J. Hartsuiker
  Page 39
• The brain does not serve linguistic theory so easily 
  Willem J. M. Levelt
  Page 40
• Agrammatism, syntactic theory, and the lexicon: Brocas area and the development of linguistic ability in the human brain 
  Claudio Luzzatti and Maria Teresa Guasti
  Page 41
• A big housing problem and a trace of neuroimaging: Brocas area is more than a transformation center 
  Ralph-Axel Mller
  Page 42
• The Trace Deletion Hypothesis in relation to partial matching theory 
  David J. Murray
  Page 43
• Agent-assignment, tree-pruning, and Brocas aphasia 
  Frederick J. Newmeyer
  Page 44
• Scrambling, indirect passives, and wanna contraction 
  Yukio Otsu
  Page 45
• Unpruned trees in German Brocas aphasia 
  Martina Penke
  Page 46
• No evidence for traces in sentence comprehension 
  Martin J. Pickering
  Page 47
• On the proper generalization for Brocas aphasia comprehension pattern: Why argument movement may not be at the source of the Brocas deficit 
  Maria Mercedes Piango
  Page 48
• From Brocas aphasia to the language module: A transformation too large? 
  Fred H. Previc
  Page 49
• Aphasia research and theoretical linguistics guiding each other 
  Jeannette Schaeffer
  Page 50
• Sentence comprehension and the left inferior frontal gyrus: Storage, not computation 
  Laurie A. Stowe
  Page 51
• Temporal perception: A key to understanding language 
  Elzbieta Szelag and Ernst Pppel
  Page 52
• The need to consider additional variables when summarizing agrammatism research 
  M. Cherilyn Young and Judith A. Hutchinson
  Page 54
• The Trace Deletion Hypothesis and the Tree-Pruning Hypothesis: Still valid characterizations of Brocas aphasia 
  Yosef Grodzinsky
  Page 55
• Behavioral momentum and the Law of Effect 
  John A. Nevin and Randolph C. Grace
  Page 73
• The stimulus-reinforcer hypothesis of behavioral momentum: Some methodological considerations 
  Carlos F. Aparicio
  Page 90
• Newton and Darwin: Can this marriage be saved? 
  William M. Baum and Suzanne H. Mitchell
  Page 91
• Gaining (on) momentum 
  Marc N. Branch
  Page 92
• To augment yet not contradict 
  David A. Case
  Page 93
• Metaphors, models, and mathematics in the science of behavior 
  A. Charles Catania
  Page 94
• Behavioral momentum: Issues of generality 
  Steven L. Cohen
  Page 95
• The role of context in choice 
  Edmund Fantino
  Page 96
• Experimenter momentum and the effect of laws 
  Gregory Galbicka and Robert Kessel
  Page 97
• Momentum feeds forward 
  R. Allen Gardner and Matthew H. Scheel
  Page 98
• Amassing the masses 
  Scott Hall
  Page 99
• Problems with the concept of force in the momentum metaphor 
  David Harper
  Page 100
• Implications of behavioral momentum for understanding the behavioral pharmacology of abused drugs 
  Stephen T. Higgins and Stacey C. Sigmon
  Page 101
• A passel of metaphors: Some old, some new, some borrowed . . . 
  Peter R. Killeen
  Page 102
• Does conditioned suppression measure the resistance to change of operant behaviour? 
  Julian C. Leslie
  Page 103
• Self-controls momentum outside of the laboratory 
  A. W. Logue
  Page 104
• Clinical applications of behavioral momentum 
  F. Charles Mace
  Page 105
• The partial reinforcement effect and behavioral momentum: Reconcilable? 
  Charlotte Mandell
  Page 106
• Happiest thought: Dynamics and behavior 
  Jack Marr
  Page 107
• Contextual choice and other models of preference 
  James E. Mazur
  Page 108
• Behavioral momentum and multiple stimulus control topographies 
  William J. McIlvane and William V. Dube
  Page 109
• Two cheers for behavioral momentum 
  Howard Rachlin
  Page 110
• Toward a deconstruction of the metaphor of behavioral momentum 
  Charles P. Shimp
  Page 111
• Preference and resistance to change do not always covary 
  Masaharu Takahashi
  Page 112
• Strength, limits, and resistance to change of operant theory 
  Franois Tonneau
  Page 113
• Behavioral momentum and behavioral economic metaphors for excessive consumption 
  Rudy E. Vuchinich
  Page 114
• Resistance to change, contrast, and intrinsic motivation 
  K. Geoffrey White and Judy Cameron
  Page 115
• The uncertain domain of resistance to change 
  Ben A. Williams and Matthew C. Bell
  Page 116
• Behavioral momentum: Empirical, theoretical, and metaphorical issues 
  John A. Nevin and Randolph C. Grace
  Page 117
• Niche construction, biological evolution, and cultural change 
  Kevin N. Laland, John Odling-Smee and Marcus W. Feldman
  Page 131
• Gene-culture coevolution does not replace standard evolutionary theory 
  Mauro Adenzato
  Page 146
• Phenogenotypes break up under countervailing evolutionary pressures 
  Robert Aunger
  Page 147
• Our shared species-typical evolutionary psychology 
  Jerome H. Barkow
  Page 148
• Can niche-construction theory live in harmony with human equipotentiality? 
  Gwen J. Broude
  Page 149
• Evolutionary simulation modelling clarifies interactions between parallel adaptive processes 
  Seth Bullock and Jason Noble
  Page 150
• Evolution, the criterion problem, and complexity 
  Stephen M. Colarelli
  Page 151
• The interwoven conceptual matrix of the cultural replicator 
  Liane Gabora
  Page 152
• Niche construction, social co-construction, and the development of the human mind 
  Mary Gauvain
  Page 153
• Another frame shift: From cultural transmission to cultural co-construction 
  Barbara J. King
  Page 154
• Big brains as shelters for odd genes: How fast does complex behavior evolve? 
  H.-P. Lipp
  Page 155
• Selection: Units, modes, and levels 
  Richard Pocklington
  Page 156
• The meaning of hominid species culture as process and product? 
  Kate Robson Brown
  Page 157
• The compound interest effect: Why cultural evolution is not niche construction 
  Eric Saidel
  Page 158
• Human creativity, cultural evolution, and niche construction 
  Dean Keith Simonton
  Page 159
• An evolutionary interpretation of intelligence, creativity, and wisdom: A link between the evolution of organisms and the evolution of ideas 
  Robert J. Sternberg
  Page 160
• Niche construction and group selection 
  Nicholas S. Thompson
  Page 161
• Adaptation and intracultural variation 
  John Marshall Townsend
  Page 162
• The challenge of understanding complexity 
  David Sloan Wilson
  Page 163
• Niche construction earns its keep 
  Kevin N. Laland, John Odling-Smee and Marcus W. Feldman
  Page 164