The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most remarkable achievements of Neolithic societies in north-west Europe. Where precisely these stones were quarried, when they were extracted and how they were transported has long been a subject of speculation, experiment and controversy. The discovery of a megalithic bluestone quarry at Craig Rhos-y-felin in 2011 marked a turning point in this research. Subsequent excavations have provided details of the quarrying process along with direct dating evidence for the extraction of bluestone monoliths at this location, demonstrating both Neolithic and Early Bronze Age activity
In response to Timothy Darvill's article, 'Mythical rings?' (this issue), which argues for an altern...
The doleritic bluestones of Stonehenge, sourced from the Mynydd Preseli in west Wales, have been pre...
Stonehenge is a site that continues to yield surprises. Excavation in 2009 added a new and unexpecte...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
Geologists and archaeologists have long known that the bluestones of Stonehenge came from the Presel...
Excavations at two of the sources of Stonehenge's bluestones in Mynydd Preseli, west Wales, have led...
The following paper is the first published account of an excavation that took place at Stonehenge d...
Excavations at two of the sources of Stonehenge’s bluestones in Mynydd Preseli, west Wales, have led...
Stonehenge is famous for the distances moved by its stones, both sarsens and bluestones. In particul...
A Neolithic stone circle at Waun Mawn, in the Mynydd Preseli, west Wales, has been proposed as the o...
The Altar Stone at Stonehenge is a greenish sandstone thought to be of Late Silurian-Devonian (‘Old ...
Stonehenge is dominated by the large, locally derived sarsen stones which comprise the Outer Sarsen ...
A rhyolite boulder collected by R. S. Newall in 1924 from an excavation at Stonehenge has been pivot...
The Altar Stone at Stonehenge is a greenish sandstone thought to be of Late Silurian-Devonian (‘Old ...
In response to Timothy Darvill's article, 'Mythical rings?' (this issue), which argues for an altern...
The doleritic bluestones of Stonehenge, sourced from the Mynydd Preseli in west Wales, have been pre...
Stonehenge is a site that continues to yield surprises. Excavation in 2009 added a new and unexpecte...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
The long-distance transport of the bluestones from south Wales to Stonehenge is one of the most rema...
Geologists and archaeologists have long known that the bluestones of Stonehenge came from the Presel...
Excavations at two of the sources of Stonehenge's bluestones in Mynydd Preseli, west Wales, have led...
The following paper is the first published account of an excavation that took place at Stonehenge d...
Excavations at two of the sources of Stonehenge’s bluestones in Mynydd Preseli, west Wales, have led...
Stonehenge is famous for the distances moved by its stones, both sarsens and bluestones. In particul...
A Neolithic stone circle at Waun Mawn, in the Mynydd Preseli, west Wales, has been proposed as the o...
The Altar Stone at Stonehenge is a greenish sandstone thought to be of Late Silurian-Devonian (‘Old ...
Stonehenge is dominated by the large, locally derived sarsen stones which comprise the Outer Sarsen ...
A rhyolite boulder collected by R. S. Newall in 1924 from an excavation at Stonehenge has been pivot...
The Altar Stone at Stonehenge is a greenish sandstone thought to be of Late Silurian-Devonian (‘Old ...
In response to Timothy Darvill's article, 'Mythical rings?' (this issue), which argues for an altern...
The doleritic bluestones of Stonehenge, sourced from the Mynydd Preseli in west Wales, have been pre...
Stonehenge is a site that continues to yield surprises. Excavation in 2009 added a new and unexpecte...