Strategic Communications and Marketing News Bureau

Forget butterflies and bees, box like an ant: Study measures speed of trap-jaw ant boxing

CHAMPAIGN, Ill. — Boxer Muhammad Ali famously declared his intent to “float like a butterfly and sting like a bee,” but perhaps boxers should look to another type of insect for inspiration: the trap-jaw ant.

In a new study, entomologists at the University of Illinois and North Carolina Museum of Natural Sciences measured the speed at which different species of trap-jaw ants strike one another during antenna-boxing bouts. Understanding such fights for dominance within ant colonies can shed light on ant behavior and sociology.

“All social animals exhibit dominance behaviors of one kind or another,” said Andrew Suarez, University of Illinois entomology professor and animal biology department head. “In the case of social insects, we often focus on their chemical communication system, but in these ants the antennal boxing was too remarkable to ignore.”

Suarez, undergraduate researcher Sean O’Fallon and former postdoctoral researcher Adrian Smith, now a professor at North Carolina State University and North Carolina Museum of Natural Sciences, published their findings in the journal Insectes Sociaux.

Like bees, ants have a hierarchy of roles within the colony. Trap-jaw ant species engage in antennal “boxing,” a quick fight involving striking one another with their antennae, to determine which of the worker ants stay in the nest and which go out to forage, O’Fallon said.

See a video at https://www.youtube.com/watch?v=7VMebatFr6k.

To better understand this behavior, the researchers used high-speed cameras to record antenna-boxing matches in four species of trap-jaw ants. They then counted how rapidly each species pummeled their opponents.

The speeds ranged from 19.5 strikes per second for Odontomachus rixosus, hailing from Cambodia, to a blazing-fast 41.5 strikes per second for Odontomachus brunneus, native to Florida, the researchers found.

“Trap-jaw ants are the fastest boxers ever recorded,” Smith said. “Describing how fast multiple species box each other helps us understand how this behavior evolves. For instance, we found that when one species uses boxing as a form of aggression, the behavior is indistinguishable from boxing as a social dominance interaction between colony members.”

Future work will explore how and why social organisms like trap-jaw ants use antennal boxing and other aggressive behaviors to organize their societies.

Editor’s notes: To reach Andrew Suarez, call 217-244-6631; email suarez2@illinois.edu. To reach Adrian Smith, call 919-707-8095; email adrian.smith@naturalsciences.org. The paper “A comparative analysis of rapid antennation behavior in four species of Odontomachus trap-jaw ants” is available online.



This article was imported from a previous version of the News Bureau website. Please email news@illinois.edu to report missing photos and/or photo credits.

Read Next

Announcements Portrait of Tony Leggett

Tony Leggett, Nobel laureate and theoretical physicist, dies

Theoretical physicist Sir Anthony James Leggett, widely recognized as a world leader in condensed matter physics and for his pioneering work on superfluidity and the quantum mechanics of macroscopic systems, died March 8. The University of Illinois Urbana-Champaign professor was 87 years old.

Life Sciences In his lab, microbiology Professor Wei Qin shows off a culture tray and a colorimetric assay that highlights the microbes’ metabolic activity. Qin’s work focuses on an abundant microbial group that populates the deep ocean where warming and iron limitation have a major impact on ocean circulation and climate change. Photo taken at the University of Illinois Urbana-Champaign on Wednesday, Feb. 11, 2026. (Photo by Fred Zwicky / University of Illinois Urbana-Champaign)

New study finds deep ocean microbes already prepared to tackle climate change

Deep-sea waters are warming due to heat waves and climate change, and it could spell trouble for the oceans’ delicate chemical and biological balance. A new study demonstrates that the microbes may already be adapting well to warmer, nutrient-poor waters. Researchers predict that these surprisingly adaptable archaea will play an important role in reshaping ocean chemistry in a changing climate.

Social Sciences Professor Moses Okumu studied the factors associated with HIV prevention and testing among displaced youths in Uganda.

Despite high risks of HIV, condom use low among displaced youths in Uganda

CHAMPAIGN, Ill. — While the rate of HIV in Kampala, Uganda, is more than double the national average, a recent survey of displaced youths in the city found that only about 20% consistently used condoms and just half of the study participants had been tested for HIV in the past year. Moses Okumu, a professor […]

Strategic Communications and Marketing News Bureau

507 E. Green St
MC-426
Champaign, IL 61820

Email: stratcom@illinois.edu

Phone (217) 333-5010