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Science
Source: Phys.org

Honeybees Adjust Waggle Dances Based on Information Reliability, Study Reveals

A recent study demonstrates that honeybees can assess the reliability of their own communication, actively modifying the intensity of their 'waggle dance' according to the accuracy of the information they convey. Experiments manipulated whether a dancing bee's followers successfully located food, revealing that only bees with verified, 'honest' information increased their recruitment efforts over time when signaling a new food source. Conversely, bees providing 'liar' or 'unverified' information did not escalate their recruitment, indicating an internal self-control mechanism.

By Fainaron·Jun 16, 2026 (25 minutes ago)·1 views
Honeybees Adjust Waggle Dances Based on Information Reliability, Study Reveals

A new study indicates that honeybees possess the ability to evaluate the truthfulness of their own communication and adjust their behavior accordingly. This research focused on the honeybee's 'waggle dance,' a complex series of movements used to recruit other bees to food sources.

The study involved manipulating whether the bees following a dancer successfully found the advertised food. This allowed researchers to observe how the reliability of the information impacted the dancer's subsequent efforts.

Results showed that bees with verified, 'honest' information consistently increased the vigor of their recruitment efforts when advertising a new location. In contrast, bees whose information was deemed 'liar' or 'unverified' did not enhance their recruitment over time.

This self-regulating mechanism suggests that honeybees can naturally filter out ambiguous or misleading signals within the hive. This internal control is crucial for the efficient functioning of the hive as a cooperative superorganism, ensuring that resources are directed based on accurate information.

According to Phys.org, this discovery highlights the sophisticated communication and evaluation capabilities within honeybee colonies.

Source attribution: This article was AI-curated and rewritten by Fainaron from a piece originally published by Phys.org. Read the original at Phys.org →

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