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  1. How Do Hunter-Gatherer Children Learn Subsistence Skills?Sheina Lew-Levy, Rachel Reckin, Noa Lavi, Jurgi Cristóbal-Azkarate & Kate Ellis-Davies - 2017 - Human Nature 28 (4):367-394.
    Hunting and gathering is, evolutionarily, the defining subsistence strategy of our species. Studying how children learn foraging skills can, therefore, provide us with key data to test theories about the evolution of human life history, cognition, and social behavior. Modern foragers, with their vast cultural and environmental diversity, have mostly been studied individually. However, cross-cultural studies allow us to extrapolate forager-wide trends in how, when, and from whom hunter-gatherer children learn their subsistence skills. We perform a meta-ethnography, which allows us (...)
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  • Does play matter? Functional and evolutionary aspects of animal and human play.Peter K. Smith - 1982 - Behavioral and Brain Sciences 5 (1):139-155.
    In this paper I suggest that play is a distinctive behavioural category whose adaptive significance calls for explanation. Play primarily affords juveniles practice toward the exercise of later skills. Its benefits exceed its costs when sufficient practice would otherwise be unlikely or unsafe, as is particularly true with physical skills and socially competitive ones. Manipulative play with objects is a byproduct of increased intelligence, specifically selected for only in a few advanced primates, notably the chimpanzee.The adaptiveness of play in pongid (...)
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  • The evolution of childhood: Relationships, Emotion.Melvin Konner - forthcoming - Mind.
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  • Variation in juvenile dependence.Karen L. Kramer - 2002 - Human Nature 13 (2):299-325.
    Notable in cross-cultural comparisons is the variable span of time between when children become economically self-sufficient and when they initiate their own reproductive careers. That variation is of interest because it shapes the age range of children reliant on others for support and the age range of children available to help out, which in turn affects the competing demands on parents to support multiple dependents of different ages. The age at positive net production is used as a proxy to estimate (...)
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  • Autonomy, Equality, and Teaching among Aka Foragers and Ngandu Farmers of the Congo Basin.Adam H. Boyette & Barry S. Hewlett - 2017 - Human Nature 28 (3):289-322.
    The significance of teaching to the evolution of human culture is under debate. We contribute to the discussion by using a quantitative, cross-cultural comparative approach to investigate the role of teaching in the lives of children in two small-scale societies: Aka foragers and Ngandu farmers of the Central African Republic. Focal follows with behavior coding were used to record social learning experiences of children aged 4 to 16 during daily life. “Teaching” was coded based on a functional definition from evolutionary (...)
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  • Selection for delayed maturity.Nicholas Blurton Jones & Frank W. Marlowe - 2002 - Human Nature 13 (2):199-238.
    Humans have a much longer juvenile period (weaning to first reproduction, 14 or more years) than their closest relatives (chimpanzees, 8 years). Three explanations are prominent in the literature. (a) Humans need the extra time to learn their complex subsistence techniques. (b) Among mammals, since length of the juvenile period bears a constant relationship to adult lifespan, the human juvenile period is just as expected. We therefore only need to explain the elongated adult lifespan, which can be explained by the (...)
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  • Constraints of knowing or constraints of growing?Rebecca Bliege Bird & Douglas W. Bird - 2002 - Human Nature 13 (2):239-267.
    Recent theoretical models suggest that the difference between human and nonhuman primate life-history patterns may be due to a reliance on complex foraging strategies requiring extensive learning. These models predict that children should reach adult levels of efficiency faster when foraging is cognitively simple. We test this prediction with data on Meriam fishing, spearfishing, and shellfishing efficiency. For fishing and spearfishing, which are cognitively difficult, we can find no significant amount of variability in return rates because of experiential factors correlated (...)
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  • Getting Noticed.David F. Lancy & M. Annette Grove - 2011 - Human Nature 22 (3):281-302.
    Although it is rarely named, the majority of societies in the ethnographic record demarcate a period between early childhood and adolescence. Prominent signs of demarcation are, for the first time, pronounced gender separation in fact and in role definition; increased freedom of movement for boys, while girls may be bound more tightly to their mothers; and heightened expectations for socially responsible behavior. But above all, middle childhood is about coming out of the shadows of community life and assuming a distinct, (...)
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  • The ontogeny and phylogeny of children’s object and fantasy play.A. D. Pellegrini & David F. Bjorklund - 2004 - Human Nature 15 (1):23-43.
    We examine the ontogeny and phylogeny of object and fantasy play from a functional perspective. Each form of play is described from an evolutionary perspective in terms of its place in the total time and energy budgets of human and nonhuman juveniles. As part of discussion of functions of play, we examine sex differences, particularly as they relate to life in the environment of evolutionary adaptedness and economic activities of human and nonhuman primates. Object play may relate to foraging activities. (...)
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  • Cross-cultural Comparison of Learning in Human Hunting.Katharine MacDonald - 2007 - Human Nature 18 (4):386-402.
    This paper is a cross-cultural examination of the development of hunting skills and the implications for the debate on the role of learning in the evolution of human life history patterns. While life history theory has proven to be a powerful tool for understanding the evolution of the human life course, other schools, such as cultural transmission and social learning theory, also provide theoretical insights. These disparate theories are reviewed, and alternative and exclusive predictions are identified. This study of cross-cultural (...)
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  • Learning, life history, and productivity.John Bock - 2002 - Human Nature 13 (2):161-197.
    This article introduces a new model of the relationship between growth and learning and tests a set of hypotheses related to the development of adult competency using time allocation, anthropometric, and experimental task performance data collected between 1992 and 1997 in a multiethnic community in the Okavango Delta, Botswana. Building on seminal work in life history theory by Hawkes, Blurton Jones and associates, and Kaplan and associates, the punctuated development model presented here incorporates the effects of both growth and learning (...)
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  • Observational Study of Behavior: Sampling Methods.Jeanne Altmann - 1974 - Behaviour 49 (3/4):227-67.
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