‘Belching it Forth their Sooty Jaws’: John Evelyn's Vision of a ‘Volcanic’ City
Abstract Observers of seventeenth-century London often used anatomical or geographical metaphors when writing about an early modern city undergoing rapid physical, commercial, and demographic expansion. Between the 1640s and 1680s, the writer and diarist John Evelyn regularly used volcanic language and imagery to evoke a cityscape blighted by dense clouds of smoke emitted by the city's industrial furnaces. This vision of a ‘volcanic’ city was personal, inspired by Evelyn's exploration of Vesuvius in 1645, while reflecting a broader scientific and popular fascination with volcanic activity. Considered in the immediate political context, the ‘volcanic’ city was both a powerful expression of royalist anxiety about the instability of the capital, and an assertion of the need for a powerful monarch to actively regulate the social and commercial energies of the metropolis.
The politics of London air John Evelyn's Fumifugium and the Restoration
ABSTRACT Historians have commonly described John Evelyn's pamphlet about London smoke pollution, Fumifugium, as a precocious example of environmental concern. This paper argues that such an interpretation is too simple. Evelyn's proposals are shown to be closely related to political allegory and the panegyrics written to welcome the newly restored Charles II. However, the paper also shows that Fumifugium was not simply a literary conceit; rather it exemplified the mid-seventeenth-century Ėnglish interest in the properties of air that is visible in both the Hartlib circle and the early Royal Society.
Rapid determination of the effectiveness of insect resistant packaging
A technique was developed to evaluate the usefulness of odour barriers and to determine the effect of package content in consumer size packages on resistance to infestation by insects. Female Plodia interpunctella (Hubner) could distinguish sealed packets containing food from non-food items as a suitable site for oviposition. Utilization ofthis technique will reduce the time needed to evaluate new materials for use in insect resistant packaging.