The Conservation and Degradation of Archaeological Soil Features in Flanders and Brussels: The example of Watermaal-Bosvoorde

Ten years ago, an extensive literature study on the conservation and degradation of soil features in Flanders was conducted. The outcome was a report discussing the state of preservation. The present contribution intends to synthesize the chief outcomes of that research and to present a case study where the theoretical knowledge and recommendations then put forward have been applied.     

Heating the house. An archaeological and archaeometrical investigation into the tile-stoves of late-medieval Flanders,Belgium (14–17th centuries)

SUMMARY: Tile stoves arise in the Low Countries from the 14th century onwards. Although they have been well documented in northern and central Europe, they have remained an almost forgotten aspect of the material culture of the historic county of Flanders (Belgium). In recent years the amount of stove tiles found in archaeological excavations has increased considerably, raising questions concerning their production and origin. Micro X-ray fluorescence spectroscopy was used to determine the elemental composition of these tiles to see if they could be divided into groups and what these groups could tell us about the distribution of workshops, resources and finished products.     

The Resinous Cargo of the Java Sea Wreck

A number of blocks of resinous materials were found in the cargo of a 12th‐ to 13th‐century shipwreck, discovered in the late 1980s in the Java Sea near the Indonesian islands of Sumatra and Java and excavated in 1996. These well‐preserved blocks presumably were trade materials used for religious, medicinal, cosmetic, decorative or practical purposes. Such materials, derived from plants and termed exudates, generally include frankincense, myrrh, ‘gum benjamin’, liquidambar, dragon's blood, dammar, copal and amber. The source of the cargo resin could not be determined from the site. Investigation by nuclear magnetic resonance (NMR) spectroscopy has revealed that the molecular structure corresponds to that of modern resin from the plant family Dipterocarpaceae, known in trade as dammar and closely resembling Group B copal and amber. Other molecular classes of exudates are excluded. Such materials are not present in the Middle East, which then cannot be their source. The NMR spectra differ from those of Group B samples from Australia, Papua New Guinea and Indonesia, but resemble those from India or Japan. The spectra indicate that the saline environment had a similar effect on the molecular structure to heating and aging.     

BETWEEN PLACES AND FLOWS: TOWARDS A NEW AGENDA FOR NEIGHBOURHOOD RESEARCH IN AN AGE OF MOBILITY

This article discusses the role of the neighbourhood in an era of increased mobility. It explores the consequences of the “new mobilities paradigm”, which argues that the growing importance of flows – of people, goods and information – results in a deterritorialization of social practices. Rows thus gain prominence in comparison to places like regions and neighbourhoods. At the same time, however, neighbourhoods continue to play a role in the actions and imaginations of people, neighbourhood organizations, and government policies. People still live in neighbourhoods, and governments still try to solve often severe social problems through neighbourhood policies. We argue that the neighbourhood has to be re‐imagined as a collection of hybrid nodes connecting a multiplicity of flows that bind actors and objects in order to understand the potential effectiveness of these policies. From this new mobilities perspective, we make suggestions for future neighbourhood research.