Luminescence methods were used to date a palaeoenvironmental coastal exposure on Stronsay, Orkney. The section consists of glacial sediments that are overlain by intercalated peats and windblown sands, implying varying past environmental conditions. Rapid luminescence characterisation was undertaken using screening methods in combination with quantitative dating of selected samples, providing information on depositional processes and chronology. A temporal discontinuity between the glacial sediments and later peats encompasses the period associated with an important Mesolithic site located inland, and implies erosional episodes. The onset of blanket bog formation on Stronsay dates to 3760±330 yrs BP, consistent with observations elsewhere i...
This study supports a new investigation into the chronology, and the palaeoenvironmental context and...
This thesis presents new research on the luminescence dating of burnt mounds in the Orkney and Shetl...
This report provides a temporal framework to support University of Stirling geo-archaeological inves...
Luminescence methods were used to date a palaeoenvironmental coastal exposure on Stronsay, Orkney. T...
Optically stimulated luminescence (OSL) dating of sand has been used to identify periods of enhanced...
This report is concerned with optically stimulated luminescence (OSL) investigations of sediment sam...
This report concerns optically stimulated luminescence (OSL) investigations of sediments from the th...
Climate changes over the Holocene have directly impacted on both coastal processes and human use of ...
The sheltered bays of the Orkney Islands are backed by extensive dune systems that commonly contain ...
Palaeoenvironmental analyses of an exposed sequence of interbedded sand and peat overlying glacial t...
Palaeoenvironmental analyses of an exposed sequence of interbedded sand and peat overlying glacial t...
AbstractThe optically stimulated luminescence (OSL) dating of sands and palaeosol horizons, sampled ...
The optically stimulated luminescence (OSL) dating of sands and palaeosol horizons, sampled as part ...
Large scale coastal sand invasions in northern Europe identified in prehistoric archaeological sites...
This thesis presents new research on the luminescence dating of burnt mounds in the Orkney and Shetl...
This study supports a new investigation into the chronology, and the palaeoenvironmental context and...
This thesis presents new research on the luminescence dating of burnt mounds in the Orkney and Shetl...
This report provides a temporal framework to support University of Stirling geo-archaeological inves...
Luminescence methods were used to date a palaeoenvironmental coastal exposure on Stronsay, Orkney. T...
Optically stimulated luminescence (OSL) dating of sand has been used to identify periods of enhanced...
This report is concerned with optically stimulated luminescence (OSL) investigations of sediment sam...
This report concerns optically stimulated luminescence (OSL) investigations of sediments from the th...
Climate changes over the Holocene have directly impacted on both coastal processes and human use of ...
The sheltered bays of the Orkney Islands are backed by extensive dune systems that commonly contain ...
Palaeoenvironmental analyses of an exposed sequence of interbedded sand and peat overlying glacial t...
Palaeoenvironmental analyses of an exposed sequence of interbedded sand and peat overlying glacial t...
AbstractThe optically stimulated luminescence (OSL) dating of sands and palaeosol horizons, sampled ...
The optically stimulated luminescence (OSL) dating of sands and palaeosol horizons, sampled as part ...
Large scale coastal sand invasions in northern Europe identified in prehistoric archaeological sites...
This thesis presents new research on the luminescence dating of burnt mounds in the Orkney and Shetl...
This study supports a new investigation into the chronology, and the palaeoenvironmental context and...
This thesis presents new research on the luminescence dating of burnt mounds in the Orkney and Shetl...
This report provides a temporal framework to support University of Stirling geo-archaeological inves...