Peer-reviewed article
Learning to adaptively cooperate through social interactions during childhood and adolescence.
Zhang R, Zhang L, Hao XM, Dreher JC, Qu C ·
Summary
Written by AI, not yet AICS's view · claude-haiku-4-5-20251001This peer-reviewed study examines how children and adolescents learn to cooperate and compete in social interactions using a game-based task. Researchers tested preschoolers and school-age children playing a Chicken game against opponents with different behavioral patterns. The findings show that children adjust their strategies based on their opponent's behavior, displaying more cooperative choices against competitive opponents and vice versa.
Key points
- Children across age groups demonstrated opponent-sensitive adaptation in a social dilemma game
- Participants showed more cooperative behavior ('Swerve') against high-competitive opponents
- Participants showed more competitive behavior ('Go straight') against low-competitive opponents
- Age-related changes were found in the balance between reward-based and belief-based learning strategies
Limitations
This is a laboratory-based experimental study using a game task that may not reflect real-world social cooperation. The document does not specify country context, sample sizes, demographic details, or whether findings apply across diverse cultural or socioeconomic settings.
Abstract
Humans develop the ability to navigate social environments by recognizing others' behavioral patterns, which evolve across development. We asked how children adapt their learning strategies to opponents in a social dilemma (Chicken game), focusing on trial-by-trial, opponent-sensitive adaptation. Study 1 included preschoolers, while Study 2 examined school-age children and adolescents. Across ages, children adjusted their choices to their opponents, showing more cooperative behavior ("Swerve" choices) against high-competitive opponents and more competitive behavior ("Go straight" choices) against low-competitive opponents. Reinforcement learning model comparison suggested age-related changes in the relative support for reward-based versus belief-based accounts. These findings provide computational evidence consistent with developmental changes in how children adapt to competitive versus cooperative partners.