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Context specificity of inhibitory control in dogs
Emily E Bray1, Evan L MacLean, Brian A Hare
1Department of Psychology, University of Pennsylvania, Philadelphia, PA, USA, ebray90@gmail.com.
Animal Cognition
|April 16, 2013
Summary
Dog inhibitory control varies by situation, not just individual ability. Performance differences across tasks suggest context significantly impacts canine decision-making and executive function.
Area of Science:
- Canine Cognition
- Animal Behavior
- Comparative Psychology
Background:
- Inhibitory control is a key component of executive function, crucial for decision-making.
- Previous research suggests inhibitory control can vary in humans depending on the context.
- Understanding inhibitory control in dogs offers insights into comparative cognition.
Purpose of the Study:
- To investigate the stability of inhibitory control in dogs across different decision-making contexts.
- To determine if individual differences in inhibitory control are consistent across tasks.
- To explore potential correlations between age and inhibitory control performance in dogs.
Main Methods:
- Three experiments were conducted: a social task involving experimenter reputation, an A-not-B task, and a cylinder task with a transparent barrier.
- Dogs' ability to inhibit a prepotent response was measured in each context.
- Performance scores were analyzed for correlations between tasks and with the dogs' age.
Main Results:
- Dogs demonstrated inhibitory control in all three tested tasks.
- Individual performance scores were not correlated across tasks, indicating context-dependent behavior.
- A correlation was found between age and performance in the cylinder task, suggesting age-related executive function decline.
Conclusions:
- A dog's capacity for inhibitory control is not a stable trait but is significantly influenced by the decision-making context.
- Findings in dogs parallel human studies on context-dependent inhibitory control.
- Age may be a factor influencing executive function, specifically inhibitory control, in dogs.

