We have made efforts to date a substantial number of bodies from northwest European peat bogs by means of 14C. In our research, we compared materials such as skin, hair, bone, textile, leather and wood where available. Most of the bodies we investigated were found to date from the Late Iron Age/Roman period (c. 2nd century BC–4th century AD). Our data set shows that bog bodies in general can indeed be successfully dated by means of 14C analysis. Our results contradict comments in the literature to the effect that ‘peat bogs can age corpses so as to distort completely the usefulness of Radiocarbon’.
In 1995. an unexpected reservoir effect was reported in sequences of bulk C-14 dates of raised bog p...
In 1995, an unexpected reservoir effect was reported in sequences of bulk 14C dates of raised bog pe...
The chronologies of five northern European ombrotrophic peat bogs subjected to a large AMS 14C datin...
We have made efforts to date a substantial number of bodies from northwest European peat bogs by mea...
We have made efforts to date a substantial number of bodies from northwest European peat bogs by mea...
This study presents the results of 44 new 14C analyses of Danish Early Iron Age textiles and skins. ...
Carbon-14 dating of peat-bog bodies Ac...
This study compares age estimates of recent peat deposits in 10 European ombrotrophic (precipitation...
This study compares age estimates of recent peat deposits in 10 European ombrotrophic (precipitation...
Radiocarbon has been central to the construction of chronologies (back to 50.000 years ago) for over...
A Brandgrubengrab entails a specific way of depositing human remains whereby the cremated remains of...
Preparation of bone material for radiocarbon dating is still a subject of investigation. In the past...
As part of the study of the early medieval cemetery at Broechem (Belgium), human bones from 32 crema...
Finland. Precise radiocarbon dating of modern samples is possible due to the large bomb peak of atmo...
Recently a method has been developed and tested to date cremated bones using bio apatite. By using t...
In 1995. an unexpected reservoir effect was reported in sequences of bulk C-14 dates of raised bog p...
In 1995, an unexpected reservoir effect was reported in sequences of bulk 14C dates of raised bog pe...
The chronologies of five northern European ombrotrophic peat bogs subjected to a large AMS 14C datin...
We have made efforts to date a substantial number of bodies from northwest European peat bogs by mea...
We have made efforts to date a substantial number of bodies from northwest European peat bogs by mea...
This study presents the results of 44 new 14C analyses of Danish Early Iron Age textiles and skins. ...
Carbon-14 dating of peat-bog bodies Ac...
This study compares age estimates of recent peat deposits in 10 European ombrotrophic (precipitation...
This study compares age estimates of recent peat deposits in 10 European ombrotrophic (precipitation...
Radiocarbon has been central to the construction of chronologies (back to 50.000 years ago) for over...
A Brandgrubengrab entails a specific way of depositing human remains whereby the cremated remains of...
Preparation of bone material for radiocarbon dating is still a subject of investigation. In the past...
As part of the study of the early medieval cemetery at Broechem (Belgium), human bones from 32 crema...
Finland. Precise radiocarbon dating of modern samples is possible due to the large bomb peak of atmo...
Recently a method has been developed and tested to date cremated bones using bio apatite. By using t...
In 1995. an unexpected reservoir effect was reported in sequences of bulk C-14 dates of raised bog p...
In 1995, an unexpected reservoir effect was reported in sequences of bulk 14C dates of raised bog pe...
The chronologies of five northern European ombrotrophic peat bogs subjected to a large AMS 14C datin...