Chemical compositions and magnetic susceptibility data were compared for 12 dolerite bluestone implements including axes, axe-hammers and battle-axes, 11 Stonehenge monoliths (chemical data only), and potential source outcrops in Preseli, South Wales. Most of the studied artefacts are of spotted dolerite, a small number being unspotted dolerite. Bivariate graphs, discriminant analysis and t-tests were used singly and in combination to show, respectively, that the implements found at sites in England are mainly similar to Stonehenge monoliths, while the implements found in Wales have a variety of compositions and are much less similar to Stonehenge monoliths. The dichotomy between English and Welsh dolerite bluestone implements could be expl...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
International audienceThis study presents new geochemical data on dolerites from the Plussulien and ...
A rhyolite boulder collected by R. S. Newall in 1924 from an excavation at Stonehenge has been pivot...
The authors present a new procedure for discovering where stone artefacts come from without having t...
The Stonehenge bluestones were first sourced to outcrops in the high parts of the eastern Mynydd Pre...
A Neolithic stone circle at Waun Mawn, in the Mynydd Preseli, west Wales, has been proposed as the o...
The source of the bluestones at Stonehenge has long been debated, and while there is general consens...
Thirty-five polished stone axes and shaft-hole implements which had been previously assigned by petr...
The doleritic bluestones of Stonehenge, sourced from the Mynydd Preseli in west Wales, have been pre...
Geologists and archaeologists have long known that the bluestones of Stonehenge came from the Presel...
Stonehenge is dominated by the large, locally derived sarsen stones which comprise the Outer Sarsen ...
An atypicality index has been used to compare the chemical compositions of 11 British prehistoric im...
The doleritic bluestone monoliths at Stonehenge have long been known to have been sourced from the M...
Excavations at two of the sources of Stonehenge's bluestones in Mynydd Preseli, west Wales, have led...
Excavations at two of the sources of Stonehenge’s bluestones in Mynydd Preseli, west Wales, have led...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
International audienceThis study presents new geochemical data on dolerites from the Plussulien and ...
A rhyolite boulder collected by R. S. Newall in 1924 from an excavation at Stonehenge has been pivot...
The authors present a new procedure for discovering where stone artefacts come from without having t...
The Stonehenge bluestones were first sourced to outcrops in the high parts of the eastern Mynydd Pre...
A Neolithic stone circle at Waun Mawn, in the Mynydd Preseli, west Wales, has been proposed as the o...
The source of the bluestones at Stonehenge has long been debated, and while there is general consens...
Thirty-five polished stone axes and shaft-hole implements which had been previously assigned by petr...
The doleritic bluestones of Stonehenge, sourced from the Mynydd Preseli in west Wales, have been pre...
Geologists and archaeologists have long known that the bluestones of Stonehenge came from the Presel...
Stonehenge is dominated by the large, locally derived sarsen stones which comprise the Outer Sarsen ...
An atypicality index has been used to compare the chemical compositions of 11 British prehistoric im...
The doleritic bluestone monoliths at Stonehenge have long been known to have been sourced from the M...
Excavations at two of the sources of Stonehenge's bluestones in Mynydd Preseli, west Wales, have led...
Excavations at two of the sources of Stonehenge’s bluestones in Mynydd Preseli, west Wales, have led...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
International audienceThis study presents new geochemical data on dolerites from the Plussulien and ...
A rhyolite boulder collected by R. S. Newall in 1924 from an excavation at Stonehenge has been pivot...