Superorganism-grade insect societies began to appear about 100 million years ago1.
Ants, termites and honey bees are often
described as superorganisms.
Perhaps one of the most famous writings on the subject is E. O. Wilson’s Success, Dominance, and the Superorganism: The Case of the Social Insects (1997) in which he suggests that highly integrated, social organisms could be considered as a single unit – a superorganism.
is a superorganism?
A superorganism might be defined as any aggregate of individual organisms that behaves like a unified organism.
We might also describe a superorganism
as a group of interdependent individuals of the same species that thrives by interacting
in a synergistic way. Each individual
within the superorganism has a specific role to play and is highly dependent on
the other individuals performing their individual role successfully.
It is perhaps helpful to start with a quote from renowned bee-expert, Professor Thomas D. Seeley, author of Honey Bee Democracy and The Lives Of Bees:
In his paper, The Honey Bee Colony As A Superorganism2, Seeley also notes:
Thus, it may be possible for an individual honey bee to survive for a time outside a colony. It can forage for nectar and pollen from flowers. However, the survival of the honey bee species is dependent on the colony as a whole.
A honey bee cannot independently rear a
colony and produce new colonies to secure future generations of the species.
Here are some of the characteristics of superorganisms and how they apply to the honey bee colony.
1. Structural characteristics
Superorganisms are composed of many individual units.
In the case of the honey bee colony, the individual units are of course, represented by each single bee that makes up the colony, including the honey bee queen, the workers and the drones.
Within a superorganism, individuals have their own life cycles, with some living
longer than other types of cell, in the same way that bees share four key stages of development from egg, larva, pupa and then adult.
However, each individual adult completes its own life cycle and life expectancy differs for each individual.
2. Functional characteristics
Within a superorganism, individuals perform different but essential functions – similarly, within a honey bee colony, different bee types (queen, worker, drone) perform their own set of essential tasks.
3. Social, organizational characteristics
Super organisms have the ability to regulate and maintain their internal environments, in order to reduce or eliminate any external environmental fluctuations.
Honey bees also cooperatively maintain and control the internal environment within the nest or hive, for example in controlling the temperature against external and internal fluctuations in winter by clustering, or in hot or dry condition, with the collection and distribution of water.
4. Long-term survival of the whole
In superorganisms, an individual member of that organism would not survive outside the integrated whole - see Which bee in a honey bee colony is most important?
As described above, individual bees could not survive for long outside the colony – at the very least, they could not perpetuate the survival of the species, because they would be unable to create a nest and rear a colony alone.
1. Burnham, Laurie. (1978). Survey of Social Insects in the Fossil Record. Psyche. 85. 10.1155/1978/80816.
2. Seeley, Thomas D. “The Honey Bee Colony as a Superorganism.” American Scientist, vol. 77, no. 6, 1989, pp. 546–553. JSTOR, www.jstor.org/stable/27856005. Accessed 3 July 2021.
3. Robin F.A. Moritz, Stefan Fuchs.
Organization of honeybee colonies: characteristics and consequences of a superorganism
concept. Apidologie, Springer Verlag, 1998, 29 (1-2), pp.7-21. ffhal-00891477f
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