Anders G Nord
Biographic Data
| ID | 194937 |
|---|---|
| NAME | Anders G Nord |
| GIVEN NAMES | Anders G |
| FAMILY NAME | Nord |
| SIGNATURE | NORD A G |
| AFFILIATIONS | Swedish National Heritage Board |
| ORCID | 0000-0002-4097-9220 |
| VERIFIED | Yes |
| TOTAL WORKS | 7 |
| TOTAL CITATIONS | 126 |
| AUTHOR COUNT | 7 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2002 |
| LATEST PUBLICATION YEAR | 2017 |
| H-INDEX | 3 |
Analysis of mediaeval Swedish paintings influenced by Russian-Byzantine art
Lead isotope data for provenancing mediaeval pigments in Swedish mural paintings
Bone diagenesis in the European Holocene II: Taphonomic and environmental considerations
Environmental Threats to Buried Archaeological Remains
The last century's environmental pollution has created health problems, acidification of ground and lakes, and serious damage to our cultural heritage. Outdoor monuments suffer from this pollution, but so do buried archaeological remains. However, research on the deterioration of archaeological artifacts underground has so far been limited, and it is important to draw attention to this neglected field. This article presents results obtained at th…
The degradation of archaeological bronzes underground: Evidence From Museum Collections
This interdisciplinary project, initiated by the National Heritage Board in Sweden, was undertaken to determine the environmental factors affecting the deterioration of archaeological bronzes in Scandinavia - while they still lie underground. The possible influence of soil acidification was obviously of special interest. The method was to examine 3200 prehistoric bronze artefacts from different museum collections in Sweden and Norway and compare …
The strange case of Apigliano: Early ‘fossilization’ of medieval bone in southern Italy
The preservation of the osteological material at the medieval site of Apigliano, in southern Italy, is characterized by bones with highly crystalline, and altered, mineral phases. In addition to this, some material retains perfect histological preservation, with the exception of small microfissures present throughout this structure. Diagenetic porosity is indicative of collagen loss via chemical degradation. The levels of residual collagen in the…
In situ preservation of archaeological bone: A histological study within a multidisciplinary approach
To make preservation in situ a serious option for the management of archaeological sites, research has to be done on the factors affecting conservation of different archaeological materials, including bone. A European project has been started which deals with bone degradation in a multidisciplinary way. The goals of the project are to develop techniques to describe the preservation of archaeological bone, to make a classification of soil environm…
Bone diagenesis in the European Holocene II: Taphonomic and environmental considerations
In situ preservation of archaeological bone: A histological study within a multidisciplinary approach
To make preservation in situ a serious option for the management of archaeological sites, research has to be done on the factors affecting conservation of different archaeological materials, including bone. A European project has been started which deals with bone degradation in a multidisciplinary way. The goals of the project are to develop techniques to describe the preservation of archaeological bone, to make a classification of soil environm…
The strange case of Apigliano: Early ‘fossilization’ of medieval bone in southern Italy
The preservation of the osteological material at the medieval site of Apigliano, in southern Italy, is characterized by bones with highly crystalline, and altered, mineral phases. In addition to this, some material retains perfect histological preservation, with the exception of small microfissures present throughout this structure. Diagenetic porosity is indicative of collagen loss via chemical degradation. The levels of residual collagen in the…
Lead isotope data for provenancing mediaeval pigments in Swedish mural paintings
Environmental Threats to Buried Archaeological Remains
The last century's environmental pollution has created health problems, acidification of ground and lakes, and serious damage to our cultural heritage. Outdoor monuments suffer from this pollution, but so do buried archaeological remains. However, research on the deterioration of archaeological artifacts underground has so far been limited, and it is important to draw attention to this neglected field. This article presents results obtained at th…
The degradation of archaeological bronzes underground: Evidence From Museum Collections
This interdisciplinary project, initiated by the National Heritage Board in Sweden, was undertaken to determine the environmental factors affecting the deterioration of archaeological bronzes in Scandinavia - while they still lie underground. The possible influence of soil acidification was obviously of special interest. The method was to examine 3200 prehistoric bronze artefacts from different museum collections in Sweden and Norway and compare …
Analysis of mediaeval Swedish paintings influenced by Russian-Byzantine art
The strange case of Apigliano: Early ‘fossilization’ of medieval bone in southern Italy
The preservation of the osteological material at the medieval site of Apigliano, in southern Italy, is characterized by bones with highly crystalline, and altered, mineral phases. In addition to this, some material retains perfect histological preservation, with the exception of small microfissures present throughout this structure. Diagenetic porosity is indicative of collagen loss via chemical degradation. The levels of residual collagen in the…
In situ preservation of archaeological bone: A histological study within a multidisciplinary approach
To make preservation in situ a serious option for the management of archaeological sites, research has to be done on the factors affecting conservation of different archaeological materials, including bone. A European project has been started which deals with bone degradation in a multidisciplinary way. The goals of the project are to develop techniques to describe the preservation of archaeological bone, to make a classification of soil environm…
The degradation of archaeological bronzes underground: Evidence From Museum Collections
This interdisciplinary project, initiated by the National Heritage Board in Sweden, was undertaken to determine the environmental factors affecting the deterioration of archaeological bronzes in Scandinavia - while they still lie underground. The possible influence of soil acidification was obviously of special interest. The method was to examine 3200 prehistoric bronze artefacts from different museum collections in Sweden and Norway and compare …
Environmental Threats to Buried Archaeological Remains
The last century's environmental pollution has created health problems, acidification of ground and lakes, and serious damage to our cultural heritage. Outdoor monuments suffer from this pollution, but so do buried archaeological remains. However, research on the deterioration of archaeological artifacts underground has so far been limited, and it is important to draw attention to this neglected field. This article presents results obtained at th…
Bone diagenesis in the European Holocene II: Taphonomic and environmental considerations
Lead isotope data for provenancing mediaeval pigments in Swedish mural paintings
Analysis of mediaeval Swedish paintings influenced by Russian-Byzantine art
Archaeology (6 works) · Geography (5 works) · Building materials and conservation (4 works) · Conservation Techniques and Studies (4 works) · Archaeology and ancient environmental studies (3 works) · Forensic Anthropology and Bioarchaeology Studies (3 works) · Geology (3 works) · Art (2 works) · Art history (2 works) · Bronze (2 works)