Commentary on the Humble Remonstrance of the Company of Stationers 1643

A petition from the Company of Stationers to Parliament to introduce some form of legislative regulation of the press. The petition is significant in revealing the extent to which the Stationers depended upon the state to support the regulation of the book trade, as well as the nature of the various public and private interest arguments upon which they sought to base their claim. The commentary articulates the various arguments presented by the Stationers within their petition. The benefits of the legal regulation they suggested concerned not only the censorship and suppression of seditious and heretical texts, but also facilitated the advancement of learning and knowledge and the flourishing of the printing industry itself. In addition, the petition presents the figure of the ‘author' as reliant upon the benefit of his work, and that the ‘production of the Brain' was to be regarded as equivalent to any other commodity or chattel.

Commentary on Burnet v. Chetwood (1721)

Chancery case concerning the publication of a translation of a work protected under the Statute of Anne 1710. The decision established that the reproduction of works in translation was not unlawful under the 1710 Act. The decision is also significant, however, in relation to the court's inherent jurisdiction concerning the publication of works on grounds of public policy.
Drawing upon material in the National Archives the commentary explores the background to, and substance of, the decision as well as its relationship with current judicial practices in refusing the court's protection to copyright protected materials on the grounds that the content of the work is, for example, obscene, sexually immoral, defamatory, blasphemous or irreligious.

Molecular documentation of polyembryony and the micro-spatial dispersion of clonal sibships in the nine-banded armadillo, Dasypus novemcinctus.

A battery of allelic markers at highly polymorphic microsatellite loci was developed and employed to confirm genetically the clonal nature of sibships in nine-banded armadillos. This phenomenon of consistent polyembryony, otherwise nearly unknown among the vertebrates, then was capitalized upon to describe the micro-spatial distributions of numerous clonal sibships in a natural population of armadillos. Adult clonemates were significantly more dispersed than were juvenile sibs, suggesting limited opportunities for altruistic behavioral interactions among mature individuals. These results, and considerations of armadillo natural history, suggest that evolutionary explanations for polyembryony in this species may not reside in the kinds of ecological and kin selection theories relevant to some of the polyembryonic invertebrates. Rather, polyembryony in armadillos may be associated evolutionarily with other reproductive peculiarities of the species, including delayed uterine implantation of a single egg.

Compressive membrane action in composite floor slabs in the Cardington LBTF

This paper presents the results of an experimental study (the ultimate load capacity of composite metal decking/concrete floor slabs. Full-scale in situ testing of composite floor slabs was carried out in the Building Research Establishment's Large Building Test Facility (LBTF) at Cardington. A parallel laboratory test programme, which compared the behaviour of composite floor slabs strips, also carried out at Queen's University Belfast (QUB). Articular attention was paid to the contribution of compressive membrane action to the load carrying capacity. The results of both test programmes were compared with predictions by yield line theory and a theoretical prediction method in which the amount of horizontal restraint mid be assessed. The full-scale tests clearly demon-wed the significant contribution of compressive membrane effects to the load capacity of interior floor panels with a lesser contribution to edge/corner panels.

Load Testing of Floor Slabs in a Full-Scale Reinforced Concrete Building

A series of short and long term service load tests were undertaken on the sixth floor of the full-scale, seven storey, reinforced concrete building at the Large Building Test Facility of the Building Research Establishment at Cardington. By using internally strain gauged reinforcing bars cast into an internal and external floor bay during the construction process it was possible to gain a detailed record of slab strains resulting from the application of several arrangements of test loads. Short term tests were conducted in December 1998 and long term monitoring then ensued until April 2001. This paper describes the test programmes and presents results to indicate slab behaviour for the various loading regimes.