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Form over function: Striped skunks (mephitis mephitis) learn arbitrary visual patterns to solve the slat-pulling

Zoe Johnson-Ulrich¹, Eric Hoffmaster¹, Audrey Robeson¹

¹Department of Psychology, Oakland University.

Journal of Comparative Psychology (Washington, D.C. : 1983)

|February 24, 2025

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Striped skunks can learn complex tasks by recognizing visual patterns, even with poor vision. This study highlights how pattern recognition, not just causal reasoning, influences problem-solving in animals.

Area of Science:

Animal cognition
Behavioral ecology
Comparative psychology

Background:

Omnivorous generalists like striped skunks face environmental pressures thought to drive cognitive evolution.
However, the cognitive capacities of striped skunks remain largely unexplored.

Purpose of the Study:

To investigate the cognitive abilities of striped skunks using the slat-pulling task.
To assess their capacity for reasoning about visual support patterns.

Main Methods:

Three striped skunks were tested on a slat-pulling task using both functional and purely visual (arbitrary) slats.
The task involved discerning which slat supported a food item.

Main Results:

Skunks learned the arbitrary task after extensive trials, indicating reliance on visual cues like contact and containment.

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Only one skunk transferred learning from the arbitrary to the functional task, suggesting visual pattern learning is key.

Performance was achieved despite the animals' relatively poor vision.

Conclusions:

Striped skunks can solve problems using visual pattern learning, even in tasks requiring causal reasoning.
The findings emphasize the need to account for visual pattern learning in cognitive tasks assessing abstract reasoning.
This research contributes to understanding the evolution of cognition in generalist species.