Sporting Entertainments,Discarded Possibilities and the Case of Football as a Variety Sport, 1905–1906

During the winter of 1905/6, Olympia held a series of spectacular indoor, electrically lit football matches. Organised by the showman Edwin Cleary, the purpose of these matches was to provide entertaining shows to large audiences. Using Pierre Bourdieu's theory of fields, this article argues that such an organisation was a continuation of a longer interaction between sport and the stage that was restricted during the coalescence of the sporting and exercise field in the late nineteenth century. The ultimate failure of the venture, moreover, is attributed to the power of the Football Association in the sub-field of football. The article uses the football games as a case study to demonstrate the usefulness of this theory to the study of sport more broadly.     

Regulation

Bill F. Chamberlin and Charlene J. Brown, eds., THE FIRST AMENDMENT RECONSIDERED: NEW PERSPECTIVES ON THE MEANING OF FREEDOM OF SPEECH. AND PRESS (New York: Longman, 1982---$27.95)

Marc A. Franklin, CASES AND MATERIALS ON MASS MEDIA LAW (Mineola, N.Y.: The Foundation Press, 1982---$26.00)

LEGAL AND BUSINESS ASPECTS OF THE ADVERTISING INDUSTRY 1982 (Practicing Law Institute, 810 7th Avenue, New York, N.Y. 10019---$30.00, paper)

PRIVACY (Social Issues Resources Inc., P.O. Box 2507, Boca Raton, Fla. 33432---two loose-leaf volumes containing a total of 180 articles, $117.00, also available separtately at $65.00 and $52.00 respectively)     

Why Do Historical Beeswax Seals Become Brittle Over Time?

ABSTRACT

Mechanical properties of aged beeswax were studied by an indirect measurement, using hydrogenated beeswax as a model material. The adequacy of the model was evaluated by comparison of its chemical composition and thermal properties with those of samples of historical beeswax. It was found that the gradual decrease in content of unsaturated compounds in beeswax contributes significantly to changes of its mechanical properties. As a consequence, beeswax artefacts become increasingly prone to mechanical damage during natural ageing. Understanding the difference between mechanical properties of recent and historical beeswax is primarily important from the point of view of safe handling and storage of such artefacts. Besides, this knowledge could help conservation scientists, e. g. when preparing model samples for testing new conservation methods.