The evolution of self-control

L. MacLean, Evan; Hare, Brian; L. Nunn, Charles; Addessi, Elsa; Amici, Federica; C. Anderson, Rindy; Aureli, Filippo; M. Baker, Joseph; Bania, Amanda; Barnard, Allison; J. Boogert, Neeltje; M. Brannon, Elizabeth; E. Bray, Emily; Bray, Joel; J. N. Brent, Lauren; M. Burkart, Judith; Call, Josep; F. Cantlon, Jessica; G. Cheke, Lucy; S. Clayton, Nicola; Delgado, Mikel; DiVincenti, Louis; Fujita, Kazuo; Herrmann, Esther; Hiramatsu, Chihiro; F. Jacobs, Lucia; Jordan, Kerry; R. Laude, Jennifer; L. Leimgruber, Kristin; J. E. Messer, Emily; C. de A. Moura, Antonio; Ostojić, Ljerka; Morales Picard, Alejandra; L. Platt, Michael; M. Plotnik, Joshua; Range, Friederike; M. Reader, Simon; B. Reddy, Rachna; A. Sandel, Aaron; R. Santos, Laurie; Schumann, Katrin; M. Seed, Amanda; B. Sewall, Kendra; C. Shaw, Rachael; E. Slocombe, Katie; Su, Yanjie; Takimoto, Ayaka; Tan, Jingzhi; Tao, Ruoting; P. van Schaik, Carel; Virányi, Zsófia; Visalberghi, Elisabetta; C. Wade, Jordan; Watanabe, Arii; Widness, Jane; K. Young, Julie; R. Zentall, Thomas; Zhao, Yini

doi:10.1073/pnas.1323533111

Public

The evolution of self-control

Published in Proceedings of the National Academy of Sciences • Apr 21, 2014

Authors:

Evan L. MacLean

Brian Hare

Charles L. Nunn

Abstract

Cognition presents evolutionary research with one of its greatest challenges. Cognitive evolution has been explained at the proximate level by shifts in absolute and relative brain volume and at the ultimate level by differences in social and dietary complexity. However, no study has integrated the ...

Subject

Brain size

Cognition

Control (management)

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