Researchers at the University of Pennsylvania have found a way to modify the behavior of carpenter ants using epigenetics—the science of how a gene gets turned into a physical body part or a character trait. They reported their findings last week in the journal Science. Are you ready to be a Beastmaster?
July 28, 2015 - Ants are most effective when they work in organized groups, according to a study recently published in the journal Nature Communications. Researchers at the Weizmann Institute of Science in Israel have shown that when longhorn crazy ants follow a strategy of scout-leader and carriers, they can transport food and other objects that far outweigh what a single ant could move.
Drivers in Miami, Florida, spend almost 50 hours a year stuck in traffic. New York City drivers spend close to 60 hours. Washington, DC, drivers honk their horns for a whopping 65 hours per year. The leafcutter ant? Zero hours. Ants avoid traffic jams all while carrying food for their colonies, navigating miles of terrain, and coordinating with tens of thousands of other ants.
Researchers have changed the size of a handful of Florida ants by chemically modifying their DNA, rather than by changing its encoded information. The work is the latest advance from a field known as epigenetics and may help explain how the insects—despite their high degree of genetic similarity—grow into the different varieties of workers needed in a colony.
When ants find food on the ground, they follow specific steps for getting it back to their home, a technical strategy is followed to help get as much of it back to their home as possible. Between brute force and pheromones, there’s practically nothing these ants can’t handle. #ants
Pharaoh ants (Monomorium pharonis Linn.) are, arguably, the most ubiquitous ant species in the world. They were first described in 1758 from specimens acquired in Egypt. From their location and their ability to make life miserable for us humans, they were thought to be one of the Biblical plagues set upon ancient Egypt.
Using mathematical modeling and field data, researchers at the mathematics department at Uppsala University have found the basic rules that allow ants to build efficient and low cost transport networks without discarding robustness.
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