Smithsonian Magazine on MSN
Some Ants Sacrifice Stronger Exoskeletons for Larger Colonies, Which May Help Them Take Over New Environments
Species with thinner protective barriers may need fewer resources and tend to have a greater ability to adapt to new habitats ...
Ant species that evolved thinner shells traded individual armor protection for increases in colony size, University of ...
Some ants thrive by choosing numbers over strength. Instead of heavily protecting each worker, they invest fewer resources in ...
The researchers think the pattern they observed in ants reflects a more universal trend in the evolution of societal ...
Would you rather fight a horse-sized duck or 100 duck-sized horses? As silly as it sounds, the question captures a real dilemma: do you go for a few high-quality options, or many lower-quality ones? A ...
Ants produce diverse, targeted antimicrobial compounds that inhibit drug-resistant pathogens, offering insights for new ...
News-Medical.Net on MSN
Ants show new promise as a source of powerful antibiotics
"Humans have relied on antibiotics for less than a century, yet many pathogens have already evolved resistance, giving rise ...
Discover Magazine on MSN
Ants Make Individuals Weaker to Build Bigger Societies
Learn how ants traded individual protection for collective power — and what it reveals about how complex societies evolve.
A new study shows how ants grow huge colonies by choosing numbers over strength and relying on teamwork instead of tough bodies.
Tasting Table on MSN
The Overlooked Place That Attracts Ants In Even The Cleanest Kitchens
If you find that ants keep showing up and don't know why, check this area. If you're not cleaning it often, it may be ...
Weaver ants link their bodies together to form chains while bending leaves to create their elaborate dwellings. Rose Thumboor via Wikimedia Commons under CC BY-SA 4.0 In the late 19th century, the ...
Researchers estimate there are twenty quadrillion ants worldwide, and if you gathered them all and put them on a scale, they'd weigh more than all of the wild birds and mammals on the planet. Good ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results