front cover of A Barrel of Monkeys
A Barrel of Monkeys
A Compendium of Collective Nouns for Animals
Compiled by Samuel Fanous
Bodleian Library Publishing, 2015
What should we call the wild animals we spot from our windows? A surfeit of skunks? A dray of squirrels? A patient watch of wildlife enthusiasts might even catch sight of a skulk of foxes or a scavenging sloth of bears. The practice of inventing collective nouns for animals is an ancient pastime which derives from medieval hunts, but the list has been augmented in every age—and it remains an entertaining pastime today.

A Barrel of Monkeys brings together more than one hundred collective nouns for animals, from a bloat of hippopotamuses to a caravan of camels, a tower of giraffes, and a leap of leopards. The rivalry between male rhinoceroses becomes especially apt when the rowdy ungulates are characterized as a crash of rhinos.  An ambush of tigers is an apt characterization of the skillful hunters that silently stalk their prey. A blend of wordplay, puns, and alliteration, some of the terms collected here are now commonplace, like a pride of lions. Others aren’t heard much these days, but many—like a dazzle of zebras or a prickle of porcupines—richly deserve a comeback.

With charming illustrations by the eighteenth-century artist and naturalist Thomas Bewick, A Barrel of Monkeys is the perfect follow-up to A Conspiracy of Ravens, the Bodleian Library’s book of bird words. Not even a crash of rhinos can stop readers from smiling at this second collection.
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Casual Groups of Monkeys and Men
Stochastic Models of Elemental Social Systems
Joel E. Cohen
Harvard University Press, 1971

When many individuals aggregate and no special organization is imposed, casual social groups form among monkeys in tree tops and among human beings on sidewalks, beaches, and playgrounds. Joel Cohen shows that previously existing probabilistic models do not describe the details of available data on the sizes of such casual groups. He proposes a new family of models, called linear one-step transition (LOST) models, which predict observed equilibrium group size distributions, and also describe the dynamics of systems of social groups.

For the first time, he presents recorded observations of the dynamics of group formation and dissolution among human children in free play. These observations are consistent with the dynamics assumed by the LOST models. Such models suggest generalizations that may apply to epidemiology, the sociology of rumors, and traffic control. Within biology, this approach offers ways of linking the behavior of individuals with the population ecology of a species.

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