Backfill material from a 12th- to13th-century quarry, north of Wallingford, south Oxfordshire, comprises sandy loam overlain by Cretaceous (early Cenomanian; Mantelliceras mantelli Macrofaunal Biozone) Glauconitic Marl Member, of the West Melbury Marly Chalk Formation as identified by its abundant, biostratigraphically useful, foraminifera and ostracods. A local outcrop source of the Glauconitic Marl Member, less than 1 km north of the quarry pit, is the likely provenance of this material, and a contemporaneous road, which was discovered adjacent to the medieval quarry by magnetometer surveys and archaeological excavation, would have aided its transportation, into the town via the North Gate. We hypothesise that the use of a calcareous marl...
Microfossil analysis of chalk tesserae from mosaics at five sites in Roman Britain (Caerleon, Colche...
AbstractThe Chalk is a major aquifer, source of raw material for cement and agricultural lime, and a...
Upper Cretaceous rocks, primarily Chalk, cover a vast area of England forming the Downs and Wolds as...
Microfossils recovered from sediment used to construct a putative English Civil War defensive bastio...
A sample of the Oadby Till from Buddon Wood Quarry, Mountsorrel, Leicestershire was examined for it...
Microfossils recovered from chalk tesserae in mosaics from the Roman town of Calleva Atrebatum, mode...
The Chalklands are conspicuous in the landscape of the south-central and south-eastern England GCR r...
International audienceThe provenance of medieval building stones links historic constructions with t...
This paper presents comprehensive macro- and micropalaeontological analyses of taxa recovered from m...
The high level river gravels in Oxfordshire (the Northern Drift Group), which range in age from Earl...
Thin section petrographical analysis of chalk tesserae at Brading Roman Villa, Isle of Wight, Englan...
To elucidate the Middle and Late Pleistocene environmental history of south-central England, we repo...
Corallian rocks from outcrop on the Dorset cast, from boreholes at Baulking and Ufflngton in Berkshi...
The Cambridge Greensand forms a distinctive 'basal' bed to the chalk succession in East Anglia. In t...
The Watson’s Lane site included part of a relatively well-preserved ridge-and-furrow field from the ...
Microfossil analysis of chalk tesserae from mosaics at five sites in Roman Britain (Caerleon, Colche...
AbstractThe Chalk is a major aquifer, source of raw material for cement and agricultural lime, and a...
Upper Cretaceous rocks, primarily Chalk, cover a vast area of England forming the Downs and Wolds as...
Microfossils recovered from sediment used to construct a putative English Civil War defensive bastio...
A sample of the Oadby Till from Buddon Wood Quarry, Mountsorrel, Leicestershire was examined for it...
Microfossils recovered from chalk tesserae in mosaics from the Roman town of Calleva Atrebatum, mode...
The Chalklands are conspicuous in the landscape of the south-central and south-eastern England GCR r...
International audienceThe provenance of medieval building stones links historic constructions with t...
This paper presents comprehensive macro- and micropalaeontological analyses of taxa recovered from m...
The high level river gravels in Oxfordshire (the Northern Drift Group), which range in age from Earl...
Thin section petrographical analysis of chalk tesserae at Brading Roman Villa, Isle of Wight, Englan...
To elucidate the Middle and Late Pleistocene environmental history of south-central England, we repo...
Corallian rocks from outcrop on the Dorset cast, from boreholes at Baulking and Ufflngton in Berkshi...
The Cambridge Greensand forms a distinctive 'basal' bed to the chalk succession in East Anglia. In t...
The Watson’s Lane site included part of a relatively well-preserved ridge-and-furrow field from the ...
Microfossil analysis of chalk tesserae from mosaics at five sites in Roman Britain (Caerleon, Colche...
AbstractThe Chalk is a major aquifer, source of raw material for cement and agricultural lime, and a...
Upper Cretaceous rocks, primarily Chalk, cover a vast area of England forming the Downs and Wolds as...