Tag Archives: cumulative cultural brain hypothesis

Life History and Learning Workshop at UC Berkeley, Berkeley, CA

I spent the weekend at a workshop on Life History and Learning at UC Berkeley, organized by Alison Gopnik. I presented the “Cultural Brain Hypothesis and Cumulative Cultural Brain Hypothesis”, which was recently published in PLOS Computational Biology (see here for discussion).

It was a small workshop, which made for some wonderful discussions with:
Sarah Blaffer Hrdy (UC Davis)
Willem Frankenhuis (Radboud University)
Michael Gurven (UC Santa Barbara)
Kristen Hawkes (University of Utah)
Celeste Kidd (UC Berkeley)
Julie Morand-Ferron (University of Ottawa)
Thomas Morgan (Arizona State University)
Susan Perry (UCLA)
Pete Richerson (UC Davis)
Mike Tomasello (Duke)
Natalie Uomini (Max Planck Institute for the Science of Human History)



“Evolution of cognition and longevity: Adaptation to a new technological environment” meeting at the Grande Galerie de l’Evolution, National Museum of Natural History, Paris, France.

I was invited to present my work on human evolution and the evolution of brains at the “Evolution of cognition and longevity: Adaptation to a new technological environment” meeting at the Grande Galerie de l’Evolution, National Museum of Natural History in Paris, France. I presented “The Cultural Brain Hypothesis & Information Grandmother Hypothesis: How culture drives brain expansion and alters life history”, where I discussed the Cultural Brain Hypothesis (my dissertation; paper currently under review). I also presented some work in progress on the Information Grandmother Hypothesis.

The Cultural Brain Hypothesis is a more parsimonious explanation for the relationships that have been shown between brain size, group size, adaptive knowledge, social learning, and aspects of life history. The Cumulative Cultural Brain Hypothesis is a set of predictions derived from the evolutionary processes that lead to these relationships for the conditions that lead to an autocatalytic take-off between brain size and adaptive knowledge – the uniquely human pathway. The Information Grandmother Hypothesis extends this theory to explain the evolution of menopause and lifespan.

Speakers were biologists of all kinds. Speakers included:

Herve Chneiweiss (UPMC)
Barbara Demeneix (MNHN)
Donata Luiselli (University of Bologna)
Jean-Marie Robine (GDR INSERM/EPHE)
Kaare Christensen (Danish Aging Research Center)
Eline Slagboom (Leiden University Medical Center)
Claudio Franceschi (University of Bologna)
David Hill (University of Edinburgh)
Paolo Garagnani (University of Bologna)
Eileen Crimmins (USC Davis School of Gerontology)
Dorly Deeg (VU University, Amsterdam)
Carol Brayne (CFAS)
Carole Dufouil (INSERM)
Dominique Grimaud-Herve (MNHN)
David Raichlen (University of Arizona)
Viviane Slon (Max Planck Institute for Evolutionary Anthropology)
James R Carey (UC Davis)