Behavioral and Brain Sciences

Volume 30 : Issue 4

Table of Contents

• Précis of Evolution in Four Dimensions 
  Eva Jablonka and Marion J. Lamb
  Page 353
• Those dreaded memes: The advantage of memetics over symbolic inheritance 
  Susan Blackmore
  Page 365
• Genetics and the control of evolution 
  C. Loring Brace
  Page 366
• One-generation Lamarckism: The role of environment in genetic development 
  Bruce Bridgeman
  Page 367
• Designed calibration: Naturally selected flexibility, not non-genetic inheritance 
  Thomas E. Dickins and Benjamin J. A. Dickins
  Page 368
• Evolutionary string theory 
  Zen Faulkes and Anita Davelos Baines
  Page 369
• Only three dimensions and the mother of invention 
  Jeff Foss
  Page 370
• What is so informative about information? 
  Carlos M. Hamame, Diego Cosmelli and Francisco Aboitiz
  Page 371
• Evolution in the symbolic dimension: The devil is in the details 
  Susan Lappan and Jae Chun Choe
  Page 373
• Extended evolutionary theory makes human culture more amenable to evolutionary analysis 
  Alex Mesoudi
  Page 374
• Computational cognitive epigenetics 
  Aaron Sloman and Jackie Chappell
  Page 375
• Is symbolic inheritance similar to genetic inheritance? 
  Luc Steels
  Page 376
• The missing chapter: The interaction between behavioral and symbolic inheritance 
  Anne S. Warlaumont and Rick Dale
  Page 377
• Bridging the gap: The developmental aspects of evolution 
  Eva Jablonka and Marion J. Lamb
  Page 378
• Animal innovation defined and operationalized 
  Grant Ramsey, Meredith L. Bastian and Carel van Schaik
  Page 393
• Novelty transmittal and innovative species 
  Susan Cachel
  Page 407
• Behavioral innovation and phylogeography 
  Pierre Deleporte
  Page 408
• Knowing psychological disposition might help to find innovation 
  Gyula K. Gajdon
  Page 409
• Signs of culture 
  R. Allen Gardner
  Page 410
• Can a restrictive definition lead to biases and tautologies? 
  Luc-Alain Giraldeau, Louis Lefebvre and Julie Morand-Ferron
  Page 411
• Genetic assimilation of behaviour does not eliminate learning and innovation 
  Gavin R. Hunt and Russell D. Gray
  Page 412
• Objectivism should not be a casualty of innovation's operationalization 
  Rachel L. Kendal, Lewis Dean and Kevin N. Laland
  Page 413
• Animal innovation and rationality: Distinguishing productivity from efficiency 
  Elias L. Khalil
  Page 414
• Vocal innovation 
  John L. Locke
  Page 415
• Social learning is central to innovation, in primates and beyond 
  Corina J. Logan and John W. Pepper
  Page 416
• Innovation in sexual display 
  Joah R. Madden
  Page 417
• Individual invention versus socio-ecological innovation: Unifying the behavioral and evolutionary sciences 
  Lauren McCall
  Page 418
• Context-specific neophilia and its consequences for innovations 
  Claudia Mettke-Hofmann
  Page 419
• Environmentally invoked innovation and cognition 
  Simon M. Reader
  Page 420
• Is all learning innovation? 
  Luke Rendell, William Hoppitt and Jeremy Kendal
  Page 421
• Innovation and the grain problem 
  Anne Russon, Kristin Andrews and Brian Huss
  Page 422
• Defining and detecting innovation: Are cognitive and developmental mechanisms important? 
  Brooke L. Sargeant and Janet Mann
  Page 423
• The animal variations: When mechanisms matter in accounting for function 
  Hugo Viciana and Nicolas Claidiere
  Page 424
• On the concept of animal innovation and the challenge of studying innovation in the wild 
  Grant Ramsey, Meredith L. Bastian and Carel van Schaik
  Page 425