Towards a nuanced understanding of health‐supportive place using composite research methods

Chronic non‐communicable diseases comprise a major challenge for health in contemporary Australia and across the globe and, while various factors are at play, personal choices in behaviour and lifestyle are significant. The physical make‐up and ongoing management of the places where we live positively and negatively influences these lifestyle choices and subsequent health outcomes. However, responses—in research, policy, built environment design, construction, and management—frequently fail to recognise the intricacies of this people‐place‐behaviour nexus largely because those responses are highly focused and empirical. Rather, the health‐supportive environments needed to address the current chronic disease epidemic also require additional—networked, nuanced, and intuitive—understandings. Responding to that need, the study described in this paper took a comprehensive view of what constitutes a health‐supportive built environment. We detail the composite methods employed—built environment audits, interviews, and focus groups—all of which are available for use by others in similar situations. Then, using two case study examples, we reflect upon how our methodology revealed otherwise hidden aspects of the extent to which the study sites supported or hindered health‐supportive behaviours and responses. These results suggest intervention actions for policy makers and practitioners that will help them respond to the complex needs of communities in creating a health‐supportive environment.     

Reviving Community Spirit: Furthering the Sustainable, Historical and Economic Role of Fish Weirs and Traps

Stone wall fish weirs and traps were once an important means for inland and coastal communities to catch fish. In many places the weirs and traps have been left to deteriorate and other more productive but less sustainable practices have taken their place. It was considered that they have fulfilled their historical and economic role and it was the loss of community spirit that has contributed to their decline. A recent survey in Yap, Federated States of Micronesia found a diverse and extensive number of fish weirs and traps, and a community keen to restore and reinvigorate their associated cultural practices and community spirit. The paper draws on comparative data from other places of the world to investigate weirs and traps, and to see if a similar revival could be observed. Of importance was a need to highlight the value of pursuing this type of research for contemporary communities and maritime archaeological practitioners in the current international management framework for underwater cultural heritage.     

Preliminary Report on the Excavation of the 17th-Century Anglo-Dutch East-Indiaman Avondster in Bay of Galle, Sri Lanka

The Avondster was a 17th century British ship captured by the Dutch and used by the United Dutch East India Company (VOC) trading with Asia until it was wrecked in Galle Harbour, Sri Lanka in 1659. The shipwreck was found in 1997 to be in very good condition but under threat from development in the harbour. From 2001–2004 an archaeological project was implemented by the Dutch/Sri Lankan Mutual Heritage Centre. The aims were to record and recover important cultural material as well as to build up the capacity of a Sri Lankan Maritime Archaeology Unit for implementing future work.
© 2005 The Nautical Archaeology Society     

Viking woollen square-sails and fabric cover factor

The discovery of the five scuttled Viking ships of Roskilde Fjord in Denmark and the subsequent excavation, preservation and analysis of the remains has initiated a programme of reconstructive archaeology led by the Viking Ship Museum of Roskilde in which four of the five hulls have now been reconstructed together with their rigs and square-sails. The reconstruction of the sails has been based on fragments of heavy woollen cloth found within the roof of Trondenes church in Norway dating to the mid-13th century. This paper uses the'cover-factor' modelling methods of modern textile engineering to analyse the'Viking' sail fabrics and assess their strength, resilience and performance in comparison with the linen sails from the wreck of the Vasa .