Experimental archaeology in Denmark

When experimental archaeology began 100–150 years ago, it was carried out scientifically alongside regular archaeology. However, while general archaeology has continued intensively, scientific experimental archaeology has continued very sporadically during this century. The fact that there is a considerable amount of so‐called ‘experimental archaeology’ does not mean that it has been carried out scientifically. This is exemplified by house reconstructions, which despite their great number have only in a few cases added something new to archaeological research. Although these particular house reconstructions serve a pedagogic function, it would be better if, instead, scientific education was made available in the area of experimental archaeology.     

Iron Age people of Norway

‘Iron Age People in Norway’ is an interdisciplinary research project. The source material consists of archaeological finds of graves containing human skeletal remains. Archaeological and physical anthropological methods and data will be combined in analyses of the people, their living conditions, aspects of social organization and questions about ethnic groups, using a specially developed computer registration system and database structure. The in‐depth analyses concentrate on the five northernmost counties in Norway, while the catalogue covers the whole country.     

Highlighting the Need and Potential for Use of Interdisciplinary Science in Adaptive Environmental Management: The Case of Endangered Upland Swamps in the Blue Mountains,NSW, Australia

The Blue Mountains region of New South Wales, including the World Heritage listed Blue Mountains National Park, is arguably one of Australia's most highly valued and iconic wilderness areas. Common to this region are upland swamps (formally ‘temperate highland peat swamps on sandstone’), which play a vital hydrological role at the headwaters of the river catchments, as well as providing the habitat for an array of flora and fauna species. This paper involves an interdisciplinary examination into the need and potential for adaptive management in the Blue Mountains. It uses geomorphic (physical) knowledge of swamp condition and social data about the volunteers who rehabilitate them. Research involved using the River Styles river condition framework across 47 swamps and questionnaires and interviews with local rehabilitation volunteers. It is proposed that there is a need and a potential to combine geomorphic understanding with further engagement of community volunteers in order to enable an interdisciplinary approach to adaptive management. Such an approach could result in the effective environmental management of upland swamps in the Blue Mountains.     

Patriot Graves: American national identity and the Civil War dead

The Civil War was America’s defining conflict, the war that made the nation and the fulcrum for the development of American national identity in the later nineteenth and early twentieth centuries. Yet the role that the Civil War dead played in this process has only begun to be explored. Although the monuments raised to honor the dead, along with the battlefields on which they fought, attract considerable interest, the cemeteries constructed to inter them have been integrated into the landscape – literal and figurative – of the American nation so fully that the need they answered, the manner of their development, the form they took, and their longer‐term symbolic message has been relatively neglected. Yet the Civil War dead were a crucial – indeed, the crucial – component in the construction of American national identity. Although scholars interpret American attitudes toward the Civil War dead within the context of the mourning rituals of the antebellum era, the war required, and produced, a different approach to death, for which antebellum precedent had ill‐prepared Americans. Removed from its antebellum religious and societal framework, death in the Civil War acquired a new and more potent national meaning that not only validated American nationalism through warfare, but anticipated the response to fallen soldiers in future European conflicts.     

Iron precipitation in a natural CO2 reservoir: Jurassic Navajo Sandstone in the northern San Rafael Swell,UT, USA

Diagenetic iron (oxyhydr)oxide minerals are common precipitates expected in CO₂ reservoirs, and these minerals record fluid flow for application to carbon capture and sequestration (CSS). Multiple mineralogy and spectroscopy analyses on a pore to meter scale characterize a well‐exposed, lithologically controlled, iron (oxyhydr)oxides reaction front in the Jurassic Navajo Sandstone. Dolomite is the most prevalent cement (up to 23 area%), followed by only several percent or less of iron (oxyhydr)oxides, kaolinite, illite, and gypsum cements. Bulk geochemistry based on diagenetic mineralogies in the reaction front is compared with the water chemistry from nearby modern spring effluent emanating from the Navajo Sandstone to conclude that similar fluids (i.e., CO₂‐charged, saline waters containing hydrocarbons) are responsible for the precipitation. A second comparison of bulk geochemistry and diagenetic mineralogies of the reaction front with data from other abundant Navajo Sandstone concretions in the Spencer Flat region (in south central Utah) shows that reservoir fluids likely vary spatially and temporally in the porous and permeable Navajo Sandstone. CO₂ injection into porous and permeable, quartz arenite, saline aquifers will likely result in minor clay and abundant dolomite precipitation that will significantly decrease porosity.