Effects of a New Hydrological Barrier on the Temperatures in the Organic Archaeological Remains at Bryggen in Bergen,Norway

The World Heritage Site of Bryggen in Bergen, Norway, has experienced significant degradation of archaeological deposits as a consequence of changes in the soil water and groundwater balance after urban redevelopment adjacent to the heritage site. Additionally, groundwater temperatures below the heritage site were found to be significantly higher closer to the redeveloped area. One of the main mitigation measures taken to reduce the degradation of the archaeology has been the construction of a hydrological barrier along the sheet piling that divides the redeveloped area and the historic site. A shallow subsurface infiltration system was designed to achieve groundwater levels and flow conditions that are optimal for the preservation of archaeological remains directly along the sheet pile, while reducing drainage and subsidence also further upstream. Monitoring of groundwater level and temperatures after implementation of the hydrological barrier shows that groundwater levels and flow conditions have improved with respect to optimal preservation conditions, and groundwater temperatures have generally been reduced by up to 2 °C.     

Preservation Plan Applications for the Historical City Centre,Kemeralti (Izmir,Turkey)

The necessity of preserving traditional environments, as a part of cultural heritage, is recognized and accepted in Turkey. Nevertheless, due to the abundance of archaeological sites and areas that are deemed historical, several problems exist regarding the preservation of these areas. The improvements made world-wide, specifically in Europe, regarding urban preservation have also had an impact on Turkey. Yet, as the “awareness of preservation” notion indirectly showed its impact affecting only a small group, the integration process was inherently impeded. Consequently, both regulations and successful plan studies on preservation were delayed. Conversely, the issue of preservation has always been considered a secondary priority for Turkey. Whenever a conflict of interest occurs between development and preservation, development is usually preferred. Due to the fact that preservation does not rank high among our priorities suggests that social awareness regarding preservation is not at a desired level. In this article, the applications of the preservation plan studies of the historical city centre of Izmir (the third largest city in Turkey) will be evaluated. Kemeralti, due to its history, size, archaeological, historical and natural values, and being in Izmir, which is an exceptional city in terms of the emphasis on preservation compared to other cities, is considered to be privileged and, therefore, presents a significant example for study. Besides maintaining the identity of the city as well as national identity, preserving areas which may be considered a part of world heritage depends, above all, on raising social awareness. Furthermore, in addition to the concerns regarding the preservation of historical environments in urban areas in Turkey, this article also discusses the promising developments produced by the gradual increase of positive efforts made concerning this matter. These efforts along with the initiatives and experience that played a successful role in overcoming these concerns may also set an example for other similar fields.     

New data on relevant ancient Egyptian wooden artifacts: Identification of wooden species and study of the state of conservation with multidisciplinary analyses

Wood species identification and characterization of its weathering processes are crucial steps in the scientific approach of conservation of wooden cultural heritage. Many precious wooden objects of ancient Egypt are largely present in museums, nevertheless relatively little information is available concerning the nature of timber used and on their status of conservation. To address this gap, the wooden species of three relevant archaeological wood objects (statue, box, and coffin) arising from different Egyptian archaeological sites dated from the Old Kingdom (2,686–2,181 BC) to New Kingdom (1,550–1,069 BC) were deeply studied. Five hardwood and softwood species were identified belonging to Tamarix mannifera, T. gennessarensis, Ficus sycomorus, Vachellia nilotica, and Cedrus sp. Such data confirmed the recurrence of Vachellia and Tamarix among the most common timbers found in ancient Egypt. Scanning electron microscope, Fourier transform spectroscopy, and synchrotron x-ray radiation diffraction were conducted to evaluate the archaeological wood deterioration. The formation of microcracks, biological degradation patterns (fungal colonization), or chemical characterization (accumulation of salts on and in-between wooden cells) were detected. SEM micrographs showed the presence of fungal hyphae and conidial spores on the wooden cells. Significant changes in the chemical wood composition and decrease in the crystallinity index were detected.     

Loose‐footed Sails of the Egyptian New Kingdom Ships

The relief from the temple of Ramesses III (1184–1153 BC) in Medinet Habu is often considered to be the most ancient representation of a brailed sail. According to many researchers, the loose‐footed sail and the system of brails were invented in the ancient countries of the Syro‐Canaanite coast and were later adopted by the Ancient Egyptians. However, iconographic material from Ancient Egypt testifies to the indigenous origin of a loose‐footed sail. The article presents an unknown relief from the Amarna period (1352–1336 BC) that further supports this hypothesis.     

Preserving Knowledge, not Objects: A Somali Perspective for Heritage Management and Archaeological Research

This article argues that the Somali people have a distinctive view on heritage and a different approach to its preservation relevant to their society. It suggests that a locally appropriate theoretical framework for heritage management and archaeological research can only be achieved if this local approach is taken into consideration and integrated into archaeological and heritage methodologies. The lack of qualified Somalis and indigenous perspectives in the archaeological research and heritage management policies characterizes Somali cultural heritage and archaeological research history. This research shows that previous approaches that have been pursued lacked dialogue and incorporation of local views of heritage practice. This lack of dialogue has been of paramount importance for the failure of the preservation of Somali cultural heritage, evident both in the previous neglect of its preservation and in the current looting and destruction of archaeological sites in Somaliland, Puntland and south-central Somalia. It is demonstrated how Somali indigenous perspectives are concurring and contributing to world heritage management and archaeological research methods. I suggest that any heritage work must integrate local approaches and trained local groups should lead archaeological research and heritage management in order to achieve sustainable development and self-representation.     

Integrating Archaeological Heritage into Towns and Settlements

ABSTRACT

This article explores factors concerning the urban integration of archaeological heritage in towns and settlements. Archaeological heritage refers to visible, immovable archaeological remains (such as the remains of buildings or structures), sites, and areas (larger complexes). As part of the multidisciplinary process of archaeological heritage management, based on understanding the significance of a site and the goal of enhancing and preserving archaeological heritage in situ, urban integration and its determining factors have not been the subject of systematic research. The present study is derived from the application of deductive research based on theoretical assumptions validated by a qualitative survey. Research has identified 17 factors as the basis for the urban integration of archaeological heritage in towns and settlements. These factors represent a theoretical and practical contribution not only to urban planning but also to archaeological heritage management.     

Rock Art Between Preservation,Research and Sustainable Development—a Perspective from Southern Ethiopia

This paper focuses on southern Ethiopia, along the outer rim of the Rift Valley and not far from the Kenyan border, in an area forming part of a larger region known as a cradle of humankind. However, it also hosts a diverse Holocene rock art heritage, which is still underestimated and underdocumented. Paintings and engravings are widespread in the region, both in rock shelters and open-air sites, often located in remote areas currently inhabited by communities belonging to different ethnic groups. The aim of this paper is to present the first results of a new project in the area around Yabelo, within the broader framework of rock art research in East Africa, integrating archaeological research, preservation and heritage management with a relevant involvement of local communities. The outstanding cultural importance of these contexts offers new prospects for both scholarly research and sustainable development. The recording and study of the artworks is underway, using digital technologies that guarantee a high standard of accuracy of the documentation and non-invasive recording methods. This provides important insights for reconstructing cultural dynamics in the area between the final Pleistocene and onset of the Holocene. Moreover, the focus on rock art makes it possible to enhance local knowledge, increasing the awareness of local communities, with a significant impact on the preservation of this fragile heritage and the development of local, sustainable tourism projects. Differently from other archaeological features, rock art can have a more immediate attractiveness for contemporary observers, in terms of the apparent immediacy of the images and their emotional impact, raising awareness of cultural heritage and fostering major involvement in its preservation.     

Rockfort Temple at Tiruchirapalli,India: Conservation of a Sacred Landscape

Sacred sites in India are subject to many development pressures. Unlike heritage monuments, cultural and historic landscapes have not been the focus of institutional protection and preservation efforts. Using Rockfort Temple complex at Tiruchirapalli, Tamil Nadu, as a case study, we propose that an integrated conservation approach be based upon restoring the natural and spatial archetypes that constitute the landscape vocabulary. A group of excavated and structural temples are located on a hill on the banks of the river Kaveri surrounded by a medieval fort that became the nucleus of urban growth over time. Overwhelming growth of commerce within the last half century has resulted in many problems such as traffic congestion, confusing circulation, and visual chaos, which in turn have led to the loss of sanctity. The structure of the pilgrim landscape constituted by circumambulatory paths, tanks and groves, shrines and temples can be clarified and made legible by minor design interventions such as restoring historic buildings, reviving the holy tanks, planting sacred trees, and building rest pavilions along the pilgrim path.     

Linking Heritage Preservation and Community Development: An Assessment of Grassroots Heritage Based Projects as Vehicles for Socio-Economic Development and Sustainable Heritage Preservation in Zimbabwe

This paper engages the practical aspects of linking heritage, in particular, archaeological heritage, with both individual and community economic development. In recent years, there has been growing realisation that culture, inclusive of cultural heritage, can be both a driver and an enabler of economic development, especially in developing countries. However, few documented examples demonstrate the validity of such arguments. The paper explores some practical examples of how, at the grassroots level, individuals and communities are attempting to exploit archaeological heritage sites as well as other cultural and natural heritage resources for income generation in Zimbabwe. The major thrust of the paper is to assess the manner of use and the viability of such ventures. Since the ability of archaeological heritage to generate revenue and support people around the sites has a direct effect on long-term survival of such heritage, ultimately, the paper contributes to the discourse on linking heritage and economic development as well as the theme of sustainable heritage preservation.     

Determining the preservation rating of submerged archaeology in the post-glacial southern North Sea: a first-order geomorphological approach

Abstract

During most of the last glaciation, the southern North Sea floor was exposed and accessible to humans. Archaeological finds are concentrated around Brown Bank, Dogger Bank and the Norfolk Banks, but the Palaeolithic and Mesolithic archaeological potential of these areas is poorly known. Management of submerged archaeological heritage requires knowledge about location (potential) and context, ascribing significance (value) and determining risk. Thus, the preservation potential of primary and secondary archaeological material around these three areas is considered a) in the context of the post-glacial evolution of the southern North Sea and b) regarding natural and anthropogenic processes. A detailed review is followed by original research material describing an approach to assessing preservation potential. In general, low-energy deposits associated with former intertidal, floodplain or lacustrine environments are likely to preserve primary archaeological material, including organic remains, whilst (high-energy) riverine environments are more likely to preserve inorganic secondary archaeological material. The main possible anthropogenic impacts on submerged archaeology result from beam trawling, which may disturb deposits at the seafloor, and aggregate dredging, which may remove secondary deposits. Trawling and aggregate dredging are increasingly contributing to knowledge, through reporting finds through established protocols, and through assisting in funding relevant to multi-disciplinary research.     

Combining New Awareness and Public Support for Archaeology with In Situ Preservation of an Archaeological Monument

Preserving archaeological remains in situ is one of the main objectives of the Valletta Treaty, which was signed by the Dutch government in 1992. Subsequently, preservation in situ has become one of the pillars of archaeological heritage management in the Netherlands. Another objective of the Treaty is the promotion of heritage education and raising of public awareness for the protection and investigation of archaeological heritage. Until recently, this goal has received too little attention. The design and building of an underground visitor centre, DOMunder, raised an important question: How can we transform an archaeological monument into an asset for the community and at the same time ensure long-lasting preservation? Not many parallels exist, as most archaeological sites in urban environments are seen as a burden for development. Sites are generally either excavated or left in situ; in both cases the archaeology remains invisible and inaccessible to the public. In the case of DOMunder, the location in a wet sedimentary environment provided even more challenges. This paper focuses on a few of the many questions and problems that were raised before and during the building process and the (preliminary) answers and solutions.     

Working on Rock Art in the Dakhleh Oasis: Some Thoughts on Threats to Petroglyphs and Possibilities of Research in the Western Desert,Egypt

The rock art in Dakhleh, despite being known for more than a century, has been thoroughly investigated only since the late 1980s, and remains far from being well known especially outside of Egypt. At the same time, the consecutive seasons of fieldwork conducted by the Petroglylph Unit (part of the international Dakhleh Oasis Project) have produced a great number of findings and substantially enhanced our knowledge of the petroglyphs of this area. Here, rather than focusing on interpretive aspects of the research, I wish to discuss the threats endangering the petroglyphs in the Oasis. Dakhleh has developed very intensively in the last 100 years. It is, however, the twenty-first century which seems to pose some serious threats to archaeological heritage. Hence, in this paper I wish to report on what has been done so far to document rock art in the Oasis, and try to establish the priorities for potential future work. The agricultural and infrastructural development in the area, and the uncertain political climate in the country, heavily influence the state of rock art preservation and the possibilities of research. The need for documentation and preservation of rock art is larger than ever before, because many changes in the local landscape cannot be stopped. The time is pressing, because more and more rock art is disappearing due to the reasons discussed in this paper. Threats to Egyptian rock art in general will form a background for considerations concerning petroglyphs from the Western Desert.     

Mineral weathering in forest soils and its relevance to the preservation of the buried archaeological resource

There is more woodland in Britain now than for many centuries and considering many international climate change mitigation policies, woodland cover, both in Britain and internationally, is being promoted. However, neither the management of existing woodlands nor their expansion should be at the expense of important archaeological evidence. Due to the large number of known archaeological sites, the large areas of land with uninvestigated archaeological potential and the expanding woodland cover, suitable mitigation strategies need to be developed to allow preservation in situ of important sites. An understanding of how woodland soils and the buried archaeological resource interact is, therefore, essential. This paper utilises ongoing environmental research into the mineral weathering rates in forest soils and considers its application to artefact preservation. The study concludes that soil water pH, its movement, and the saturation of dissolved ions in the soil solution are major factors determining both mineral and artefact longevity. A simple guide to artefact longevity based on these properties is proposed and a geochemical model for predicting loss is tested. These tools could be applied to any soil or individual horizon irrespective of land-use.     

Privatisation of Italian Cultural Heritage

Italy is home to much of the European cultural heritage, including artistic, archaeological, architectural and environmental heritage. Articles 7 and 22 (now 33), introduced in the Financial Act 2002 (now Law 112/2002) by the current Italian government, are privatising part of it. Already, objects from the mediaeval period to the 20th century have been sold to international investment firms and private investors for amounts that many Italian experts consider well below the median market price. Hundreds of other objects, among them temples, old cities, medieval palazzos, archaeological sites, museums, beaches and islands, are waiting to be sold. Currently, this case is not only a source of division in Italian politics but is also the subject of heated public debate. It highlights crucial social and cultural problems relating to global privatisation that the world community will have to face in the coming years.     

Take the Right Decision Everybody

Abstract

The archaeological deposits in medieval towns are among the most important and distinctive heritage monuments in Norway. At the same time they are among the more challenging phenomena confronting heritage management authorities, municipal planners, and property owners/developers alike, especially in relation to building and infrastructure projects. The modern settlement has developed on top of medieval and younger deposits which means that not only are they an irreplaceable depository of historical information, but they also form a significant part of the modern town’s physical foundation.

Since 2002 the Directorate for Cultural Heritage in Norway (Riksantikvaren) has been funding systematic monitoring of archaeological deposits of the World Heritage Site Bryggen in Bergen. The monitoring programme consists of several approaches: archaeological assessment of the deposits state of preservation, biochemical investigation of preservation conditions within the deposits, hydrogeological mapping of the water table, water flow, and other given parameters.

Continuous systematic monitoring by using testable, replicable methods and measures, data, and results acquire increased quality and validity. These in turn provide the cultural heritage management with a toolbox for making correct decisions and thereby allow the government’s preservation targets to be attained. But, most important, it guarantees the preservation of the ‘underground archives’ and at the same time allows the urban centres to develop.

This paper presents the knowledge developed through monitoring the Bryggen site as a basis for an official Norwegian standard covering archaeological, biochemical, and hydrogeological deposit investigations.     

Political Crisis and Palestine's Cultural Heritage: A Case Study from the Khirbet el-Lauz Site in Area C

Abstract

The protection of Palestine's archaeological heritage faces several serious obstacles: unenforced laws, lack of public awareness, deterioration of Palestine's economic status, unregulated urban development, and the protracted political conflict between the Palestinians and Israelis. As a result, a significant number of archaeological features and sites have been vandalized, looted, or intentionally destroyed without compunction over the past several decades. The Palestinian-Israeli political conflict has negatively affected the archaeological heritage in “Area C,” which remains under complete Israeli civil and military control. This area includes nearly 60% of the archaeological heritage located within the Palestinian Occupied Territories, but the Palestinian Department of Antiquities and Cultural Heritage lacks the authority to monitor and protect these sites. Furthermore, the Israeli civil and military authorities in the West Bank do not provide the necessary protection of cultural heritage resources in Area C. The devastation of these resources throughout the Palestinian Territories provides the impetus for this research. The main aim is to identify the results of the political conflict on Palestinian archaeological and cultural heritage sites, using a case study at the site of Khirbet el-Lauz.     

A Ticking Clock? Preservation and Management of Greenland’s Archaeological Heritage in the Twenty-First Century

ABSTRACT

Evaluating the rate of deterioration at archaeological sites in the Arctic presents several challenges. In West Greenland, for example, increasing soil temperatures, perennial thaws, coastal erosion, storm surges, changing microbial communities, and pioneer plant species are observed as increasingly detrimental to the survival of organic archaeological deposits found scattered along the country’s littoral zones and extensive inner fjord systems. This article discusses recent efforts by the REMAINS of Greenland project for developing a standardised protocol that defines the archaeological state of preservation, the preservation conditions, and asset value of organic deposits. Special emphasis is given to the degradation of materials such as bone and wood that are historically observed to be well-preserved in Greenland but now currently at risk. The protocol provides a baseline for monitoring future changes and will assist archaeologists in Greenland with a procedure for documenting and predicting areas of increasing vulnerability due to a warming climate.     

The Use and Deployment of Modern Wood Samples as a Proxy Indicator for Biogeochemical Processes on Archaeological Sites Preserved in situ in a Variety of Environments of Differing Saturation Level

Abstract

In situ preservation of archaeological sites is becoming an ever increasing trend as a means of preserving our cultural heritage. In connection with this the environmental conditions, such as water level, dissolved oxygen, temperature, pH and water chemistry, of a site are often monitored. It is generally agreed that a waterlogged and anoxic environment is essential for optimal preservation conditions but the set-up and maintenance of an environmental monitoring programme can be costly.

This paper discusses the design and use of a system whereby modern samples of wood can, with a minimal disturbance of the soil, easily be deployed and retrieved from archaeological sites. The system was deployed in an unsaturated environment, an environment with fluctuating water levels and a fully saturated peat bog. The samples were assessed after two years using microscopic, physical and molecular biological methods, and the types of wood-degrading organisms seen were compared with the results of environmental measurements. Modern wood samples were used, as the microbial ecology of wood-degrading organisms in these different types of environments is relatively well documented. Preliminary conclusions show that the deterioration processes of modern wood samples in these environments act as a good proxy indicator of the environmental conditions and biogeochemical processes ongoing at a site.