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Measuring self-control in a wild songbird using a spatial discounting task.

Ella McCallum¹, Rachael C Shaw²

¹School of Biological Sciences, Te Herenga Waka Victoria University of Wellington, Wellington, New Zealand. ella-mccallum@outlook.com.

Animal Cognition

|October 25, 2024

Summary

This summary is machine-generated.

Wild birds demonstrate self-control by choosing delayed rewards over immediate ones. This study measured self-control in toutouwai (Petroica longipes) using a spatial discounting task, revealing individual differences.

Keywords:

Delay of gratification Inhibitory control Intertemporal choice Self-control Spatial discounting Spatiotemporal choice

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Area of Science:

Animal behavior
Cognitive ecology
Behavioral neuroscience

Background:

Self-control, the ability to resist immediate gratification for better future outcomes, is crucial for survival.
Measuring self-control in wild animals is challenging due to the lack of ecologically valid tasks.
Previous research has primarily focused on temporal discounting, with limited exploration in naturalistic spatial contexts.

Purpose of the Study:

To develop and validate an ecologically relevant spatial discounting task for measuring self-control in wild toutouwai (Petroica longipes).
To investigate individual variation in self-control abilities within a wild bird population.
To differentiate self-control from inhibitory control in this species.

Main Methods:

A spatial discounting task was employed, presenting toutouwai with choices between a nearby, lower-quality food reward and a more distant, higher-quality reward.
Individual performance was assessed across multiple trials to identify patterns and variations in choice behavior.
A detour task was used to measure inhibitory control for comparison with self-control measures.

Main Results:

Toutouwai exhibited significant individual variation in their self-control performance within the spatial discounting task.
Task validation suggested it reliably measured spatial self-control, though performance was influenced by food preferences and learning effects.
No correlation was found between self-control and inhibitory control, indicating these are distinct cognitive abilities in toutouwai.

Conclusions:

This study provides the first evidence of self-control in a bird species within a spatial foraging context.
The developed spatial task offers a promising avenue for quantifying self-control in wild populations.
Self-control and inhibitory control appear to be dissociable cognitive functions in toutouwai, highlighting the complexity of animal decision-making.