In the winter of 2015/16, as part of the Leverhulme Trust funded project ‘Extending Histories: from Medieval Mottes to Prehistoric Round Mounds’, staff from the University of Reading carried out archaeological investigations at Skipsea Castle in the East Riding of Yorkshire. Radiocarbon dates obtained from two soil cores taken through the castle motte indicate that the large earthen mound may have originated in the Middle Iron Age, sometime after 401-233 cal BC (95% confidence), and is therefore possibly 1,500 years older than previously thought. This paper presents the results of that work and includes a short discussion on the implications of the new dating evidence
Walking through time: a window onto the prehistory of the Yorkshire Dales through multi-method, non...
New radiocarbon dating and chronological modelling have refined understanding of the character and c...
Stonehenge is the icon of British prehistory, and continues to inspire ingenious investigations and ...
In the winter of 2015/16, as part of the Leverhulme Trust funded project ‘Extending Histories: from ...
This thesis is a study of Iron Age settlement in north-east England with a focus on settlements in N...
YesLandscape geophysical survey around the small upland ‘henge’ at Yarnbury, Grassington, North York...
Survey and sampling at the classic single-entranced henge monument at Castle Dykes, in North Yorkshi...
This thesis is a study of Iron Age settlement in north-east England with a focus on settlements in N...
Radiocarbon dating and Bayesian chronological modelling has provided precise new dating for the heng...
This paper presents the results of the re-analysis and dating of skeletal material from two Early Br...
This thesis focuses on the use of radiocarbon dating and Bayesian modelling to develop more precise ...
Stowe Farm is located near West Deeping, Lincolnshire, in the Lower Welland Valley, a landscape char...
Catholme, on the northern side of the River Trent in Staffordshire, is the site of one of the best k...
Recent radiocarbon dates obtained from two soil cores taken through the Marlborough Castle mound, Wi...
This paper presents 21 new radiocarbon dates for Iron Age burials excavated at Wetwang Slack, East Y...
Walking through time: a window onto the prehistory of the Yorkshire Dales through multi-method, non...
New radiocarbon dating and chronological modelling have refined understanding of the character and c...
Stonehenge is the icon of British prehistory, and continues to inspire ingenious investigations and ...
In the winter of 2015/16, as part of the Leverhulme Trust funded project ‘Extending Histories: from ...
This thesis is a study of Iron Age settlement in north-east England with a focus on settlements in N...
YesLandscape geophysical survey around the small upland ‘henge’ at Yarnbury, Grassington, North York...
Survey and sampling at the classic single-entranced henge monument at Castle Dykes, in North Yorkshi...
This thesis is a study of Iron Age settlement in north-east England with a focus on settlements in N...
Radiocarbon dating and Bayesian chronological modelling has provided precise new dating for the heng...
This paper presents the results of the re-analysis and dating of skeletal material from two Early Br...
This thesis focuses on the use of radiocarbon dating and Bayesian modelling to develop more precise ...
Stowe Farm is located near West Deeping, Lincolnshire, in the Lower Welland Valley, a landscape char...
Catholme, on the northern side of the River Trent in Staffordshire, is the site of one of the best k...
Recent radiocarbon dates obtained from two soil cores taken through the Marlborough Castle mound, Wi...
This paper presents 21 new radiocarbon dates for Iron Age burials excavated at Wetwang Slack, East Y...
Walking through time: a window onto the prehistory of the Yorkshire Dales through multi-method, non...
New radiocarbon dating and chronological modelling have refined understanding of the character and c...
Stonehenge is the icon of British prehistory, and continues to inspire ingenious investigations and ...