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  • Heritage Science

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  • Authors: Fort, Johan;

    Blasting with carbon dioxide is a technology that since the mid- 1940s and onwards has been developed for the industry for the finishing of different surfaces. The technique however, has not until the end of the 1970 and 80's come to play any important role in the industry, and only in recent years has this method come to be used in conservation activities. Traditional blasting media and dry ice functions partly under the same conditions, a difference however, is that the carbon dioxide sublimates after use, this consequently results in no generated waste in the form of spent blasting media except for removed surface layer. The purpose of this paper is to provide an overview of how the blasting technique with solid carbon dioxide works, its different advantages and disadvantages, and how it is used in the restoration and preservation works in Sweden and abroad. The essay begins with a simple review of traditional blasting techniques and media to aid the reader's understanding of blasting, and highlight differences and similarities between the different systems. The essay is primarily a literature review in which I gratefully used the work of others. A simple case study has also been carried out in cooperation with the Gothenburg-based blasting company IS_AB , ISBLÄSTRINGSAKTIEBOLAGET GOTHENBURG . The purpose of this case study was to investigate whether carbon dioxide blasting technique is suitable for stone conservation, where the goal is to remove various types of unwanted coatings and finishes such as wax, different types of doodles and such. Besides using solid carbon dioxide, carbon dioxide is used in liquid and supercritical state in the industry and in the conservation world, these techniques comes because of limited space, only to be presented in the chapter 10- further research Uppsats för avläggande av filosofie kandidatexamen i Kulturvård, Konservatorsprogrammet 15 hp Institutionen för kulturvård Göteborgs universitet 2014:49

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    Authors: Teba, Tarek;

    The conservation of cultural heritage responds to the necessities of understanding the site’s history, developments and key values. Archaeological heritage comprises tangible and intangible evidence so conservation operates equally on the two main domains, archaeology and architecture, which are inseparable and feed each other. Moreover, urban dimension is essentially included where the cultural heritage presents interesting urban settings linked to the architectural and cultural values. This thesis addresses all these important issues with the aim to identify, preserve and present the cultural values of archaeological sites in Syria, which are exceptionally rich in representing most of the Western ancient civilisations. The thesis focuses on the City of Ugarit, the capital of an important Bronze Age civilisation. The thesis aims to establish a poignant conservation concept on different scales, ranging from micro single architectural unit, the house, to the macro scale of the entire city. The study probes the ways of employing archaeology and architecture to produce conservation principles and architectural approaches for identifying, preserving and presenting the site’s cultural values. These procedures expose tangible and intangible values of the city, facilitate strong engagement of the visitors with the archaeological ruins, and simultaneously protect the original fabric from the visitation flux. The study is built upon understanding Ugarit’s archaeology, architecture and even social aspects, combining them in the analysis of each key area (Royal quarters, Domestic areas and Temples) to form well-founded interpretations and prioritise values. The proposal eventually combines all studied areas in a comprehensive narrative, which feeds the urban proposal for the whole city. In understanding the very rich and complex sites in Ugarit, a combination of in situ surveys, systematic recording, extensive analysis of literature and archaeological reports, and architectural reading of the fabric are carried out. This framework is a coherent base for the architectural intervention choices, which attempt to balance preservation implications and new materiality. Building virtual models of the proposed interventions enables the test of volumes, materiality, choices and the overall architectural experience. These models present the proposed interventions together with the original ruins. Therefore, the models are a great vehicle to transmit the reality of the conservation proposal and enhance its perception.

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    Authors: Drolet, Elizabeth Johnson;

    This paper investigates the effects of heavy shell deposits on the condition of low-fired ceramics using the Late Archaic fiber-tempered assemblage from St. Catherines Island, Georgia. Through combined non-destructive analytical techniques, including variable pressure scanning electron microscopy (VPSEM) and portable X-ray florescence spectroscopy (pXRF), the structural, chemical, and physical deterioration is examined. This study seeks to determine the efficacy and limitations of non-destructive analysis in the investigation of deterioration processes. Limited destructive analysis using thin-section petrography is employed to complement the non-destructive testing. The condition of ceramics recovered from dense shell deposits is compared with those from shell-free areas of the site. The paper discusses the effect that the burial environment has on changes in preservation, as well as the consequences that these changes have on the excavation, storage, and analysis of these materials.

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    Authors: Jenkins, Skyler;

    Bioapatite or hydroxyapatite (HAP) is a biocomposite and the main component of hard tissues such as bones and teeth. Owing to its unique physical and chemical properties, synthetically produced hydroxyapatite has found extensive applications in medicine and dentistry. More recently, the direct in situ formation of hydroxyapatite through reaction chemistries between calcium-rich matrices in stone, wall paintings, and bone, and ammonium phosphate precursors induced via a wet-chemistry route, has been explored as a potential inorganic mineral consolidant for cultural heritage artifacts. Building on previous studies, this research tests a new multi-step process to control the deposition, crystal formation and growth of HAP on archaeological bone, through the application of calcium hydroxide colloids, collagen, and diammonium phosphate precursors. Here we describe the step-by-step approach for the application of precursors, formation of HAP and the methods of evaluation based on the characterization of the chemistry and microstructure of pre-consolidated and consolidated bone, and the evaluation of optical and mechanical properties of consolidated samples.

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    Authors: Roberto Sabelli;

    Following Jewish revolts, in 114-117 and 132-136 AD, the colony of Iulia Aelia Capitolina was founded by Publio Elio Traiano Adriano on the site of Jerusalem – Aelia in his honour and Capitolina because it was intended to contain a Capitol for the Romans – so as to erase Jewish and Christian memories. On the basis of the most recent research it is possible to reconstruct the main phases of transformation by the Romans of a part of the hill of Gareb: from a stone quarry (tenth century BC - first century AD) into a place of worship, first pagan with the Hadrianian Temple (second century AD) then Christian with the Costantinian Basilica (fourth century AD). Thanks to the material evidence, historical testimonies, and information on the architecture of temples in the Hadrianic period, we attempt to provide a reconstruction of the area where the pagan temple was built, inside the expansion of the Roman town in the second century AD, aimed at the conservation and enhancement of these important traces of the history of Jerusalem. Restauro Archeologico, Vol. 23 No. 1 (2015)

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    Restauro Archeologico
    Article . 2015
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      Restauro Archeologico
      Article . 2015
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    Authors: Ercolino, Maria Grazia;
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    Authors: Porto Tenreiro, Yolanda;

    [ES] Breve aproximación a la conservación como complemento fundamental de la arqueología de campo. Se plantean una serie de nociones básicas que es necesario tener en cuenta antes de proceder a la recuperación de materiales arqueológicos en la excavación, para garantizar una adecuada extracción y gestión de los hallazgos. [EN] A brief approach to conservation as an essential part of field archaeology is made. A number of basic notions are proposed that should be considered before the recovery of archaeological material from excavations; the aim is to guarantee on adequate retrieval and management of archaeological finds. Universidad de Santiago de Compostela. Laboratorio de Arqueología y Formas Culturales, Instituto de Investigaciones Tecnológicas Cadernos de Arqueoloxía e Patrimonio (CAPA) Peer reviewed

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  • Authors: Karlsson, Jennie;

    This essay focuses on the disposal of archaeological material within archaeological fieldwork in Sweden. It explores how archaeological finds are valued and treated in the field with reference to current Swedish regulatory texts and guidelines, and seeks to identify aspects that – directly or indirectly – decide which material is disposed of in the field. Furthermore, it seeks to identify potential problems in the line of actions that ultimately results in the disposal of an archaeological find. The methodology used to investigate the questions asked is a combination of literary studies and a questionnaire composed of questions concerning the disposal of archaeological materials in the field sent out to field archaeologists working in western Sweden. The conclusion is that the disposal of archaeological material in the field is a complex topic, and that there are many aspects – including personal opinions, regional research traditions and varying sizes of examination budgets – that affect the disposal decisions.

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    Authors: Dirksen, Vicki;

    This paper examines the tanning processes used in the manufacture of leather and the implications such processes have on the deterioration of aging leather. Improving the understanding of the processes used to create leather should result in a museum professional who is better able to address the conservation and care of leather artefacts. Present methods of leather conservation are examined with regard to the advantages and disadvantages of each method.

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    Journal of Conservation and Museum Studies
    Article . 1997 . Peer-reviewed
    License: CC BY
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      Journal of Conservation and Museum Studies
      Article . 1997 . Peer-reviewed
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    Authors: Radicchi, Gerusa de Alkmim; Oliveira, Amanda Brabo de; Vieira Campos, Jéssica Catharine; Faria, Vitória Moisés;

    Conservation in the Laboratory of Antarctic Studies in Human Sciences at UFMG is divided into two groups of activities, those carried out in situ and those carried out in the laboratory. During the excavation fields in Antarctica, we apply curative and preventive interventions in order to mitigate the degradation factors that are active during excavation and the transfer to Brazil. After the arrival of the material excavated at LEACH, conservation activities continue through scientific documentation and storage. This article presents the development of conservation activities during the reception of archaeological material and discusses some theoretical and methodological principles related to decision making. Such measures are fundamental for the incorporation of the new collection in the laboratory. La Conservación en el Laboratorio de Estudios Antárticos en Ciencias Humanas de la UFMG se divide en dos grupos de actividades, las que se realizan in situ y las que se realizan en el laboratorio. Durante las campañas de excavación en la Antártida, aplicamos intervenciones curativas y preventivas con el fin de mitigar los factores de degradación que se encuentran activos durante el rescate y el traslado a Brasil. Una vez llegado el material excavado al LEACH, las actividades de conservación siguen por medio de la documentación científica y el acondicionamiento. Este trabajo presenta el desarrollo de las actividades de conservación durante la recepción del material arqueológico y discute algunos principios teóricos y metodológicos relacionados con la toma de decisión. Tales medidas son fundamentales para la incorporación de la nueva colección en el laboratorio. A conservação no Laboratório de Estudos Antárticos em Ciências Humanas da UFMG está dividida em dois grupos de atividades, as realizadas in situ e as realizadas no laboratório. Durante os campos de escavação na Antártica, aplicamos intervenções curativas e preventivas com o objetivo de mitigar os fatores de degradação atuantes durante o resgate e no traslado ao Brasil. Após a chegada do material escavado no LEACH, as atividades de conservação seguem por meio da documentação científica e do acondicionamento. Este artigo apresenta o desenvolvimento das atividades de conservação durante a recepção do material arqueológico e discute alguns princípios teóricos e metodológicos relacionados à tomada de decisão. Tais medidas são fundamentais para a incorporação do novo acervo no laboratório.

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  • Authors: Fort, Johan;

    Blasting with carbon dioxide is a technology that since the mid- 1940s and onwards has been developed for the industry for the finishing of different surfaces. The technique however, has not until the end of the 1970 and 80's come to play any important role in the industry, and only in recent years has this method come to be used in conservation activities. Traditional blasting media and dry ice functions partly under the same conditions, a difference however, is that the carbon dioxide sublimates after use, this consequently results in no generated waste in the form of spent blasting media except for removed surface layer. The purpose of this paper is to provide an overview of how the blasting technique with solid carbon dioxide works, its different advantages and disadvantages, and how it is used in the restoration and preservation works in Sweden and abroad. The essay begins with a simple review of traditional blasting techniques and media to aid the reader's understanding of blasting, and highlight differences and similarities between the different systems. The essay is primarily a literature review in which I gratefully used the work of others. A simple case study has also been carried out in cooperation with the Gothenburg-based blasting company IS_AB , ISBLÄSTRINGSAKTIEBOLAGET GOTHENBURG . The purpose of this case study was to investigate whether carbon dioxide blasting technique is suitable for stone conservation, where the goal is to remove various types of unwanted coatings and finishes such as wax, different types of doodles and such. Besides using solid carbon dioxide, carbon dioxide is used in liquid and supercritical state in the industry and in the conservation world, these techniques comes because of limited space, only to be presented in the chapter 10- further research Uppsats för avläggande av filosofie kandidatexamen i Kulturvård, Konservatorsprogrammet 15 hp Institutionen för kulturvård Göteborgs universitet 2014:49

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    Authors: Teba, Tarek;

    The conservation of cultural heritage responds to the necessities of understanding the site’s history, developments and key values. Archaeological heritage comprises tangible and intangible evidence so conservation operates equally on the two main domains, archaeology and architecture, which are inseparable and feed each other. Moreover, urban dimension is essentially included where the cultural heritage presents interesting urban settings linked to the architectural and cultural values. This thesis addresses all these important issues with the aim to identify, preserve and present the cultural values of archaeological sites in Syria, which are exceptionally rich in representing most of the Western ancient civilisations. The thesis focuses on the City of Ugarit, the capital of an important Bronze Age civilisation. The thesis aims to establish a poignant conservation concept on different scales, ranging from micro single architectural unit, the house, to the macro scale of the entire city. The study probes the ways of employing archaeology and architecture to produce conservation principles and architectural approaches for identifying, preserving and presenting the site’s cultural values. These procedures expose tangible and intangible values of the city, facilitate strong engagement of the visitors with the archaeological ruins, and simultaneously protect the original fabric from the visitation flux. The study is built upon understanding Ugarit’s archaeology, architecture and even social aspects, combining them in the analysis of each key area (Royal quarters, Domestic areas and Temples) to form well-founded interpretations and prioritise values. The proposal eventually combines all studied areas in a comprehensive narrative, which feeds the urban proposal for the whole city. In understanding the very rich and complex sites in Ugarit, a combination of in situ surveys, systematic recording, extensive analysis of literature and archaeological reports, and architectural reading of the fabric are carried out. This framework is a coherent base for the architectural intervention choices, which attempt to balance preservation implications and new materiality. Building virtual models of the proposed interventions enables the test of volumes, materiality, choices and the overall architectural experience. These models present the proposed interventions together with the original ruins. Therefore, the models are a great vehicle to transmit the reality of the conservation proposal and enhance its perception.

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    Authors: Drolet, Elizabeth Johnson;

    This paper investigates the effects of heavy shell deposits on the condition of low-fired ceramics using the Late Archaic fiber-tempered assemblage from St. Catherines Island, Georgia. Through combined non-destructive analytical techniques, including variable pressure scanning electron microscopy (VPSEM) and portable X-ray florescence spectroscopy (pXRF), the structural, chemical, and physical deterioration is examined. This study seeks to determine the efficacy and limitations of non-destructive analysis in the investigation of deterioration processes. Limited destructive analysis using thin-section petrography is employed to complement the non-destructive testing. The condition of ceramics recovered from dense shell deposits is compared with those from shell-free areas of the site. The paper discusses the effect that the burial environment has on changes in preservation, as well as the consequences that these changes have on the excavation, storage, and analysis of these materials.

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    Authors: Jenkins, Skyler;

    Bioapatite or hydroxyapatite (HAP) is a biocomposite and the main component of hard tissues such as bones and teeth. Owing to its unique physical and chemical properties, synthetically produced hydroxyapatite has found extensive applications in medicine and dentistry. More recently, the direct in situ formation of hydroxyapatite through reaction chemistries between calcium-rich matrices in stone, wall paintings, and bone, and ammonium phosphate precursors induced via a wet-chemistry route, has been explored as a potential inorganic mineral consolidant for cultural heritage artifacts. Building on previous studies, this research tests a new multi-step process to control the deposition, crystal formation and growth of HAP on archaeological bone, through the application of calcium hydroxide colloids, collagen, and diammonium phosphate precursors. Here we describe the step-by-step approach for the application of precursors, formation of HAP and the methods of evaluation based on the characterization of the chemistry and microstructure of pre-consolidated and consolidated bone, and the evaluation of optical and mechanical properties of consolidated samples.

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    Authors: Roberto Sabelli;

    Following Jewish revolts, in 114-117 and 132-136 AD, the colony of Iulia Aelia Capitolina was founded by Publio Elio Traiano Adriano on the site of Jerusalem – Aelia in his honour and Capitolina because it was intended to contain a Capitol for the Romans – so as to erase Jewish and Christian memories. On the basis of the most recent research it is possible to reconstruct the main phases of transformation by the Romans of a part of the hill of Gareb: from a stone quarry (tenth century BC - first century AD) into a place of worship, first pagan with the Hadrianian Temple (second century AD) then Christian with the Costantinian Basilica (fourth century AD). Thanks to the material evidence, historical testimonies, and information on the architecture of temples in the Hadrianic period, we attempt to provide a reconstruction of the area where the pagan temple was built, inside the expansion of the Roman town in the second century AD, aimed at the conservation and enhancement of these important traces of the history of Jerusalem. Restauro Archeologico, Vol. 23 No. 1 (2015)

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    Restauro Archeologico
    Article . 2015
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      Restauro Archeologico
      Article . 2015
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    Authors: Ercolino, Maria Grazia;
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    Authors: Porto Tenreiro, Yolanda;

    [ES] Breve aproximación a la conservación como complemento fundamental de la arqueología de campo. Se plantean una serie de nociones básicas que es necesario tener en cuenta antes de proceder a la recuperación de materiales arqueológicos en la excavación, para garantizar una adecuada extracción y gestión de los hallazgos. [EN] A brief approach to conservation as an essential part of field archaeology is made. A number of basic notions are proposed that should be considered before the recovery of archaeological material from excavations; the aim is to guarantee on adequate retrieval and management of archaeological finds. Universidad de Santiago de Compostela. Laboratorio de Arqueología y Formas Culturales, Instituto de Investigaciones Tecnológicas Cadernos de Arqueoloxía e Patrimonio (CAPA) Peer reviewed

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  • Authors: Karlsson, Jennie;

    This essay focuses on the disposal of archaeological material within archaeological fieldwork in Sweden. It explores how archaeological finds are valued and treated in the field with reference to current Swedish regulatory texts and guidelines, and seeks to identify aspects that – directly or indirectly – decide which material is disposed of in the field. Furthermore, it seeks to identify potential problems in the line of actions that ultimately results in the disposal of an archaeological find. The methodology used to investigate the questions asked is a combination of literary studies and a questionnaire composed of questions concerning the disposal of archaeological materials in the field sent out to field archaeologists working in western Sweden. The conclusion is that the disposal of archaeological material in the field is a complex topic, and that there are many aspects – including personal opinions, regional research traditions and varying sizes of examination budgets – that affect the disposal decisions.

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