Ants are known for their incredible organization and ability to work together, but did you know they also search for food and shelter in a methodical manner?

A recent study by researchers at the University of Arizona found that when a colony of rock ants is placed in an unfamiliar environment, they wander in a systematic way that combines random movement with a meandering pattern.

The Ants Meandering Pattern

The study, which was published in the journal iScience, showed that rock ants exhibit a regular meandering pattern when exploring the area around their nests. This zigzag walking pattern was found to be more efficient than a purely random search as the ants were able to explore a large area in less time by crossing their own paths less frequently.

The researchers believe this meandering pattern could have evolved in other species of insects and animals and could someday be used to inform the design of autonomous robots for search and rescue missions.

Tracking the Ants in the Lab

To track the ants, the researchers collected colonies from the Mount Lemmon area near Tucson and placed them in an enclosed arena with a paper floor. After being introduced to their new home, the researchers noticed the ants’ meandering pattern as they walked around and set up cameras to track their individual paths.

The ants’ journeys were then compared to simulated ants walking in a random fashion, and it was found that the direction in which an ant turned was directly correlated to the turns it had taken previously.

The Combination of Meandering and Randomness

The combination of meandering and randomness may be optimal for searching for resources in an unknown environment, as it keeps an ant close to its nest without crossing back and forth on previously explored ground and accounts for obstacles in the unpredictable, natural environment.

The researchers believe their discovery has the potential to unify different fields of science, including biology and robotics, and open up a new way of looking at all animal movement.

The Tiny Ants with a Big Impact

These slow-moving rock ants, which are only about half the length of a medium grain of rice, can be found nesting between or under rocks in areas above elevations of 7000 feet in Arizona. They don’t form obvious foraging trails like many ants and instead rely on individual foragers to find resources, making their search strategy crucial to the success of the colony.

The researchers are fascinated by these tiny ants and the impact their movement could have on fields like robotics and search and rescue missions.

The Mystery of Ant Awareness

The researchers are still unsure how this search behavior changes across an ant’s lifetime or if individual ants are even aware of it. Regardless, the meandering pattern of the ants is a testament to the incredible organization and efficiency of these tiny insects and the potential for their movement to inform and inspire the design of future robots.

In conclusion, the study by the University of Arizona researchers has shed new light on the way ants search for food and shelter and the potential for their movement to impact fields like robotics and search and rescue missions.

The tiny rock ants may be small, but their methodical and efficient search patterns are a testament to the incredible organization and intelligence of these insects.



Friss cikkek innen:Nature

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