#eusocial

Ants

Termites

Prairie dogs

Sociable weavers

Beavers

Naked mole rats

Meerkats

Coral polyps

Weaver ants

Spiders

Every other eusocial insect, for starters--all other species of ant included. Ant mimics and mymecophiles are also ostensibly gone.

The prompt this week is a very exciting one: “Interpret the most amazing thing you know about nature” The first thing that came to mind was the concept of the “SUPERORGANISM”.

The term superorganism describes a social unit of eusocial animals that exhibit advanced levels of social organization. These animals are so deeply interconnected that they cannot survive on their own for extended periods. Instead, they function as a single entity, each member contributing to the whole in a way that allows the group to act as one living organism.

The most well-known examples of superorganisms are insects, particularly honey bees, certain wasps, ants, and termites. These species display remarkable coordination, where individual members specialize in different roles that serve the colony. I find honey bees especially fascinating when it comes to eusocial behavior.

A honey bee colony consists of three types of bees, each with a highly specialized role. The Queen Bee, the only fertile female in the hive, is responsible for laying eggs and controlling the colony through chemical signals known as pheromones. Worker bees, also female, perform all the hive's labor, including foraging for nectar and pollen, nursing larvae, defending the hive, and maintaining its structure. The drone bees, the male honeybees, have a singular purpose: to mate with the queen and pass on the colony’s genetic material.

This highly structured society allows honey bee colonies to function as a single, cohesive entity. The most amazing part? No single bee has complete control over the colony. Instead, their collective behavior emerges through communication and instinct. For example, when worker bees find a rich nectar source, they communicate its location to others through the famous "waggle dance." This dance conveys precise information about the direction and distance of the food source relative to the sun. Such sophisticated communication is a testament to how nature has evolved cooperation over millions of years.

Beyond bees, superorganism behavior is seen in other insects as well. Ants, for instance, form complex societies with specialized workers, soldiers, and reproductive individuals. Some species of army ants can even create bridges with their own bodies to allow safe passage for others. Termites build towering mounds that regulate temperature and humidity to create an ideal environment for their colony. Like honey bees, they communicate through pheromones.

But why is this concept of the superorganism so amazing? It challenges the way we view individualism in the natural world. Unlike solitary animals, where survival depends on the strength and ability of one individual, superorganisms thrive through collaboration. Every member is crucial, yet no single individual can function independently. This demonstrates the immense power of cooperation in nature, something humans could learn from as well.

Superorganisms highlight how evolution can create highly efficient and resilient systems through teamwork. They show that strength isn’t always about physical power but about unity and shared purpose. Observing bees, ants, and termites, we see how nature itself values community, and in doing so, creates some of the most extraordinary and complex societies on Earth.

Nature never ceases to amaze, and the superorganism is just one of its most brilliant masterpieces.

Dang, nature really loves its eusocial animals. This gives me ideas for a body horror story

I generally love all hymenopterans! I have mixed feelings about termites, but they are so complex and neat they have been growing on me.

Termites build the most amazing structures and also have their own domestic fungus. It's almost like the ants know this since they are always going after termites... it's a rivalry for the ages. Though since ants are omnivores and termites aren't it's more like the termites are persecuted.

Every time I see someone talking about ants (in a good way, not a "kill them" way) I add them to the community. It's growing slowly and I think it could be very neat!

Macrovolute society is heavily influenced by eusocial hymenopterans. As a result, the common macrovolute word for "woman" is actually synonymous with "worker," whereas "prince/drone/male alate" is the same word as "man." (Yes, this caused a great deal of confusion when dealing with the termites and their male workers!)

Queens are seen as something *above* the common female. Not just one who can reproduce (as many worker ants technically can lay eggs that yield males), but one who can reproduce in a way that meaningfully contributes something (by reproducing en masse, living a ridiculously long time, and laying eggs that become useful queens and workers, instead of only largely useless males). Ants and other eusocial insects *do not* view the females of other species as queens--they view them as primitive workers, not yet advanced to totally ceding egg-laying!

The Swarm Mothers are the attempts of the non-eusocial insects to have something like a queen, but they are not the same thing.