Behavioral and Brain Sciences

Volume 32 : Issue 3-4

Table of Contents

• Does sexual selection explain human sex differences in aggression? 
  John Archer
  Page 249
• Ultimate and proximate influences on human sex differences 
  Drew H. Bailey, Jonathan K. Oxford and David C. Geary
  Page 266
• Does sexual selection explain why human aggression peaks in early childhood? 
  Christina Behme
  Page 267
• Dominating versus eliminating the competition: Sex differences in human intrasexual aggression 
  Joyce F. Benenson
  Page 268
• Sex differences in the developmental antecedents of aggression 
  Joseph M. Boden
  Page 269
• Sex differences in aggression: Origins and implications for sexual integration of combat forces 
  Kingsley R. Browne
  Page 270
• The multiple adaptive problems solved by human aggression 
  David M. Buss
  Page 271
• What kind of selection? 
  Anne Campbell
  Page 272
• Sex differences in aggression: What does evolutionary theory predict? 
  Elizabeth Cashdan
  Page 273
• Differentiating defensive and predatory aggression: Neuropsychological systems and personality in sex differences 
  Philip J. Corr and Adam M. Perkins
  Page 274
• Two more things for consideration: Sexual orientation and conduct disorder 
  Thomas Edmund Dickins and Mark James Timothy Sergeant
  Page 275
• Sexual selection does not provide an adequate theory of sex differences in aggression 
  Alice H. Eagly and Wendy Wood
  Page 276
• Sex, aggression, and life history strategy 
  Aurelio Jos\xE9 Figueredo, Paul Robert Gladden and Barbara Hagenah Brumbach
  Page 278
• An I³ Theory analysis of human sex differences in aggression 
  Eli J. Finkel and Erica B. Slotter
  Page 279
• A history of war: The role of inter-group conflict in sex differences in aggression 
  Dominic D. P. Johnson and Mark van Vugt
  Page 280
• Suspicions of female infidelity predict men's partner-directed violence 
  Farnaz Kaighobadi and Todd K. Shackelford
  Page 281
• A quantitative genetic approach to understanding aggressive behavior 
  Bart Kempenaers and Wolfgang Forstmeier
  Page 282
• More holes in social roles 
  Douglas T. Kenrick and Vladas Griskevicius
  Page 283
• Moderators of sex differences in sexual selection theory 
  Anthony D. Pellegrini
  Page 285
• There's no contest: Human sex differences are sexually selected 
  Nicholas Pound, Martin Daly and Margo Wilson
  Page 286
• Sex differences in dream aggression 
  Michael Schredl
  Page 287
• Human sexual dimorphism, fitness display, and ovulatory cycle effects 
  Jon A. Sefcek and Donald F. Sacco
  Page 288
• Standards of evidence for designed sex differences 
  Aaron Sell
  Page 289
• Sex differences in human aggression: The interaction between early developmental and later activational testosterone 
  David Terburg, Jiska S. Peper, Barak Morgan and Jack van Honk
  Page 290
• Sexual selection and social roles: Two models or one? 
  Pierre L. van den Berghe
  Page 291
• Refining the sexual selection explanation within an ethological framework 
  John Archer
  Page 292
• Numerical representation in the parietal lobes: Abstract or not abstract? 
  Roi Cohen Kadosh and Vincent Walsh
  Page 313
• Slippery platform: The role of automatic and intentional processes in testing the effect of notation 
  Daniel Algom
  Page 328
• Are non-abstract brain representations of number developmentally plausible? 
  Daniel Ansari
  Page 329
• Numerical abstractness and elementary arithmetic 
  Jamie I. D. Campbell and Arron W. S. Metcalfe
  Page 330
• Numerical abstraction: It ain't broke 
  Jessica F. Cantlon, Sara Cordes, Melissa E. Libertus and Elizabeth M. Brannon
  Page 331
• Numerical representations are neither abstract nor automatic 
  Dale J. Cohen
  Page 332
• The case for a notation-independent representation of number 
  Stanislas Dehaene
  Page 333
• Concrete magnitudes: From numbers to time 
  Christine M. Falter, Valdas Noreika, Julian Kiverstein and Bruno M\xF6lder
  Page 335
• Brain neural activity patterns yielding numbers are operators, not representations 
  Walter J. Freeman and Robert Kozma
  Page 336
• Automatic numerical processing is based on an abstract representation 
  Dana Ganor-Stern
  Page 337
• Expertise in symbol-referent mapping 
  Roland H. Grabner
  Page 338
• Abstract after all? Abstraction through inhibition in children and adults 
  Olivier Houd\xE9
  Page 339
• A developmental model of number representation 
  Karin Kucian and Liane Kaufmann
  Page 340
• Symbols in numbers: From numerals to magnitude information 
  Oliver Lindemann, Shirley-Ann Rueschemeyer and Harold Bekkering
  Page 341
• Inactivation and adaptation of number neurons 
  J. Patrick Mayo
  Page 342
• Non-abstractness as mental simulation in the representation of number 
  Andriy Myachykov, Wouter P. A. Platenburg and Martin H. Fischer
  Page 343
• Numbers and numerosities: Absence of abstract neural realization doesn't mean non-abstraction 
  Rafael E. N\xFA\xF1ez
  Page 344
• The discussion of methodological limitations in number representation studies is incomplete 
  Guy A. Orban
  Page 345
• Common mistakes about numerical representations 
  Mauro Pesenti and Michael Andres
  Page 346
• Numerical representation, math skills, memory, and decision-making 
  Ellen Peters and Alan Castel
  Page 347
• What is an (abstract) neural representation of quantity? 
  Manuela Piazza and Veronique Izard
  Page 348
• Abstract or not? Insights from priming 
  Bert Reynvoet and Karolien Notebaert
  Page 349
• Symbolic, numeric, and magnitude representations in the parietal cortex 
  Miriam Rosenberg-Lee, Jessica M. Tsang and Vinod Menon
  Page 350
• Abstract representations of number: What interactions with number form do not prove and priming effects do 
  Seppe Santens, Wim Fias and Tom Verguts
  Page 351
• Beyond format-specificity: Is analogue magnitude really the core abstract feature of the cultural number representation? 
  D\xE9nes Szcs, Fruzsina Solt\xE9sz and Usha Goswami
  Page 352
• In search of non-abstract representation of numbers: Maybe on the right track, but still not there 
  Joseph Tzelgov and Michal Pinhas
  Page 353
• Numerical representations: Abstract or supramodal? Some may be spatial 
  Giuseppe Vallar and Luisa Girelli
  Page 354
• Do infants count like scientists? 
  Andreas Wiefel, Sabina Pauen and Michael Dueck
  Page 355
• Non-abstract numerical representations in the IPS: Further support, challenges, and clarifications 
  Roi Cohen Kadosh and Vincent Walsh
  Page 356
• BBS volume 32 issue 3-4 Cover and Front matter 
  
  Page f1
• BBS volume 32 issue 3-4 Cover and Back matter 
  
  Page b1