The authors explore coalitional play fighting (in which teams of at least two play against each other to achieve a goal) across hunter-gatherer societies, with the theory that play of this type may be a mechanism for assessing strength and utility for future defense or warfare. When played against other communities, they propose coalitional play fighting can also serve to gauge strength of potential allies or formidability of potential enemies. In order to test their theories, they predict that, despite the large energy cost and risk of sports associated with coalitional play fighting, these types of games will be widespread in hunter-gatherer societies. In addition, they predict that of those exhibiting coalitional play fighting, many will play against other communities. In support of their hypotheses, they find that 54% of hunter-gatherer societies examined exhibit coalitional play fighting, of which 81% play against other communities.

The authors explore coalitional play fighting (in which teams of at least two play against each other to achieve a goal) across hunter-gatherer societies, with the theory that play of this type may be a mechanism for assessing strength and utility for future defense or warfare. When played against other communities, they propose coalitional play fighting can also serve to gauge strength of potential allies or formidability of potential enemies. In order to test their theories, they predict that, despite the large energy cost and risk of sports associated with coalitional play fighting, these types of games will be widespread in hunter-gatherer societies. In addition, they predict that of those exhibiting coalitional play fighting, many will play against other communities. In support of their hypotheses, they find that 54% of hunter-gatherer societies examined exhibit coalitional play fighting, of which 81% play against other communities.

The authors explore coalitional play fighting (in which teams of at least two play against each other to achieve a goal) across hunter-gatherer societies, with the theory that play of this type may be a mechanism for assessing strength and utility for future defense or warfare. When played against other communities, they propose coalitional play fighting can also serve to gauge strength of potential allies or formidability of potential enemies. In order to test their theories, they predict that, despite the large energy cost and risk of sports associated with coalitional play fighting, these types of games will be widespread in hunter-gatherer societies. In addition, they predict that of those exhibiting coalitional play fighting, many will play against other communities. In support of their hypotheses, they find that 54% of hunter-gatherer societies examined exhibit coalitional play fighting, of which 81% play against other communities.

The authors explore coalitional play fighting (in which teams of at least two play against each other to achieve a goal) across hunter-gatherer societies, with the theory that play of this type may be a mechanism for assessing strength and utility for future defense or warfare. When played against other communities, they propose coalitional play fighting can also serve to gauge strength of potential allies or formidability of potential enemies. In order to test their theories, they predict that, despite the large energy cost and risk of sports associated with coalitional play fighting, these types of games will be widespread in hunter-gatherer societies. In addition, they predict that of those exhibiting coalitional play fighting, many will play against other communities. In support of their hypotheses, they find that 54% of hunter-gatherer societies examined exhibit coalitional play fighting, of which 81% play against other communities.

The authors explore coalitional play fighting (in which teams of at least two play against each other to achieve a goal) across hunter-gatherer societies, with the theory that play of this type may be a mechanism for assessing strength and utility for future defense or warfare. When played against other communities, they propose coalitional play fighting can also serve to gauge strength of potential allies or formidability of potential enemies. In order to test their theories, they predict that, despite the large energy cost and risk of sports associated with coalitional play fighting, these types of games will be widespread in hunter-gatherer societies. In addition, they predict that of those exhibiting coalitional play fighting, many will play against other communities. In support of their hypotheses, they find that 54% of hunter-gatherer societies examined exhibit coalitional play fighting, of which 81% play against other communities.

Researchers examined and coded motor skills used in coalitional play fighting in hunter-gatherer societies to investigate if it was a product of agriculture/industry, or occurred more broadly in non-agricultural populations. Sampling 100 societies from the Ethnographic Atlas, researchers found at least one predictor of such motor patterns showing coalitional play fighting amongst all hunter gatherer groups with information, and multiple predictors among most of the 46 groups. Researchers theorize this coalitional play fighting was training for intergroup aggression such as lethal raids.

The article discusses the challenge of storing and transmitting accumulated cultural knowledge over generations, particularly for forager societies, who use storytelling as a way to encode their knowledge. The authors hypothesize that myth-telling rules exist in these societies to ensure high-fidelity transmission of the stories, and predict that such rules mandate proficient storytellers, low-distraction conditions, multiple individuals and generations present, error prevention and correction, audience attention maintenance, discouragement of rule violations, and incentivization of rule compliance. The authors searched forager ethnographic records for descriptions of myth performance and coded them for these features. Results indicate that rules regulating myth performance are widespread across forager cultures and reduce the likelihood of copy errors. These findings suggest that anthropogenic ratchets played a role in the emergence of cumulative culture.

The article discusses the challenge of storing and transmitting accumulated cultural knowledge over generations, particularly for forager societies, who use storytelling as a way to encode their knowledge. The authors hypothesize that myth-telling rules exist in these societies to ensure high-fidelity transmission of the stories, and predict that such rules mandate proficient storytellers, low-distraction conditions, multiple individuals and generations present, error prevention and correction, audience attention maintenance, discouragement of rule violations, and incentivization of rule compliance. The authors searched forager ethnographic records for descriptions of myth performance and coded them for these features. Results indicate that rules regulating myth performance are widespread across forager cultures and reduce the likelihood of copy errors. These findings suggest that anthropogenic ratchets played a role in the emergence of cumulative culture.

The article discusses the challenge of storing and transmitting accumulated cultural knowledge over generations, particularly for forager societies, who use storytelling as a way to encode their knowledge. The authors hypothesize that myth-telling rules exist in these societies to ensure high-fidelity transmission of the stories, and predict that such rules mandate proficient storytellers, low-distraction conditions, multiple individuals and generations present, error prevention and correction, audience attention maintenance, discouragement of rule violations, and incentivization of rule compliance. The authors searched forager ethnographic records for descriptions of myth performance and coded them for these features. Results indicate that rules regulating myth performance are widespread across forager cultures and reduce the likelihood of copy errors. These findings suggest that anthropogenic ratchets played a role in the emergence of cumulative culture.

The article discusses the challenge of storing and transmitting accumulated cultural knowledge over generations, particularly for forager societies, who use storytelling as a way to encode their knowledge. The authors hypothesize that myth-telling rules exist in these societies to ensure high-fidelity transmission of the stories, and predict that such rules mandate proficient storytellers, low-distraction conditions, multiple individuals and generations present, error prevention and correction, audience attention maintenance, discouragement of rule violations, and incentivization of rule compliance. The authors searched forager ethnographic records for descriptions of myth performance and coded them for these features. Results indicate that rules regulating myth performance are widespread across forager cultures and reduce the likelihood of copy errors. These findings suggest that anthropogenic ratchets played a role in the emergence of cumulative culture.