Among the experts on Alfred Russel Wallace in the English-speaking world,
Dr. George Beccaloni—a former curator of entomology at London’s Natural History Museum, and the Director of the Alfred Russel Wallace Correspondence
Project—is perhaps the most compelling advocate for a reassessment of Wallace’s place in the history of science. His knowledge and excitement are
contagious, and throughout our various visits, tours, and conversations, we
became increasingly certain that our curatorial engagement with the legacy of Wallace was a necessary project to see through, despite numerous obstacles.
During our research, we met with George in his office, while tending to the museum’s insect collection, at his home, and in Epping Forest (one of England’s
oldest), to discuss the significance of Wallace’s collections and the legacy of his work today. What follows is an edited version of these various conversations,
organized thematically (instead of chronologically) for readability. We are grateful to George for his generosity, mentorship, and good humor over the
years. He has helped us grasp the nuances of Wallace’s thought, the importance
of natural selection, and the amazing world of entomology.
A S
Given your expertise, it would be great if you would start off by providing a bit
of context about Alfred Russel Wallace, The Malay Archipelago, and insect
collecting. I would also be particularly interested in how, at the point when the
theory of evolution was formulated, this transformation of knowledge changed
the way that museums were ordered.
G B
One of the predecessors of Enlightenment museum collections were the
Renaissance cabinets of curiosities, which were just assemblages of interesting and strange objects. After
the theory of natural selection was published and people started to accept that species had evolved from other
species, displays became much more
evolution-based. Wallace, as the co-discoverer of evolution by natural
selection, was partly responsible for this. As the founder of evolutionary
biogeography, Wallace was also responsible for another popular type
of display, the faunal diorama, where animals of a particular region are
shown together in one scene. All the taxidermy mammals of the Andes or
the Himalayas, say, are placed together against a natural background showing
some of the habitat. This method of display derives from the plates in
his important book, The Geographical Distribution of Animals. [Fig. 03.]
A S
Let’s step back a bit: who was Wallace and where did he come from?
G B
The basic story is very well known. Wallace was born to a downwardly
mobile, middle-class couple in Usk, England (now part of Wales) in 1823. He was educated in Hertford, to the north of London, and had to leave school
when he was only fourteen. Charles Darwin left school much later, when he was sixteen, and then went on to two
universities. After leaving school Wallace educated himself from books and also attended working men’s clubs.
He became interested in natural history whilst working with his brother as a trainee land surveyor, travelling in the countryside of southern England
and Wales. His first interest was botany, as he wanted to identify the plants he
saw whilst out surveying. He bought his first books on the subject and realized
that there was a whole science behind the classification of plants and animals.
He formed a collection of pressed plants in order to remember which
species he had seen before and more accurately identify them from the books
that he read. He then got a job for a year as a teacher in Leicester. That’s
when he met Henry Walter Bates, a keen beetle collector who got Wallace
passionate about insects. Wallace then returned to Wales and started collecting
beetles, moths, and butterflies.