When curiosity gaps backfire: effects of headline concreteness on information selection decisions
2025

When curiosity gaps backfire: effects of headline concreteness on information selection decisions

Sample size: 8977 publication 10 minutes Evidence: high

Author Information

Author(s): Aubin Le Quéré, Matias J. Nathan

Primary Institution: Cornell University

Hypothesis

Conflicting results in the experimental record could be explained by the presence of a curvilinear relationship between the information offered in headlines and the decision to choose an article to read.

Conclusion

Increased headline concreteness can both positively and negatively predict headline clickthrough rates, suggesting an optimal level of concreteness that maximizes engagement.

Supporting Evidence

  • The study confirmed that the effects of headline concreteness on clickthrough rates vary with the overall concreteness of other headlines.
  • Headlines that convey just the right amount of information maximize clickthrough rates at scale.
  • At low levels of average test concreteness, higher-concreteness headlines are more likely to be clicked.
  • At high levels of average test concreteness, higher-concreteness headlines are less likely to be clicked.

Takeaway

This study found that headlines that are not too vague and not too specific get the most clicks, like a perfect balance of information.

Methodology

The study analyzed a corpus of 27,616 field experiments with headlines, using a continuous measure of headline concreteness to assess its impact on clickthrough rates.

Potential Biases

The study may be influenced by the specific audience of Upworthy, which is known for clickbait headlines.

Limitations

The experiments were conducted with a specific audience on an English-language site, which may not represent broader preferences.

Participant Demographics

Participants were viewers of the Upworthy website, primarily American audiences.

Statistical Information

P-Value

p<0.001

Confidence Interval

(0.051, 0.153)

Statistical Significance

p<0.001

Digital Object Identifier (DOI)

10.1038/s41598-024-81575-9

Want to read the original?

Access the complete publication on the publisher's website

View Original Publication