N R GOULTY
Biographic Data
| ID | 5217358 |
|---|---|
| NAME | N R GOULTY |
| GIVEN NAMES | N R |
| FAMILY NAME | GOULTY |
| SIGNATURE | GOULTY N R |
| AFFILIATIONS | Durham University |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 4 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1990 |
| LATEST PUBLICATION YEAR | 2003 |
| H-INDEX | 0 |
Comparison of geophysical techniques for investigating an infilled ditch at Bury Walls hill fort, Shropshire
Five geophysical survey techniques were used to investigate the infilled section of the outer ditch at the Iron Age hill fort of Bury Walls, Shropshire. The techniques were resistance mapping and four profiling methods: resistivity sounding, ground‐penetrating radar (GPR), P‐wave seismic refraction and S‐wave seismic refraction. The ditch was clearly visible on the resistance map and on GPR profiles, but no depth estimate was obtainable from thes…
Completion of the Seismic Refraction Survey to Locate the Vallum at Vindobala, Hadrian's Wall
The vallum is a major earthwork along the south side of Hadrian's Wall. All surface traces of it have been obliterated over a 500‐m‐long stretch past the fort of Vindobala at Rudchester, Northumberland. To the west of the fort, the vallum's course had previously been delineated by running shear‐wave seismic refraction lines to obtain depth profiles of rockhead. We have now run more seismic refraction lines, using both shear waves and compressiona…
Mapping the Pre-Holocene Surface of an Infilled Valley in the East Kent Fens, UK, with a Shear-Wave Seismic Refraction Survey
In a study of the Holocene sediments in the Hacklinge-Deal area of the East Kent Fens, Southeastern England, hand-coring data has shown that the pre-Holocene surface in this area is incised by one or more valley features, now infilled with unconsolidated Holocene sediments. A shear-wave seismic refraction survey was carried out along profiles where hand-coring had failed to penetrate to bedrock in an attempt to define the detailed form of the pre…
Delineation of the Vallum at Vindobala, Hadrian's Wall, by a Shear‐wave Seismic Refraction Survey
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Delineation of the Vallum at Vindobala, Hadrian's Wall, by a Shear‐wave Seismic Refraction Survey
Mapping the Pre-Holocene Surface of an Infilled Valley in the East Kent Fens, UK, with a Shear-Wave Seismic Refraction Survey
In a study of the Holocene sediments in the Hacklinge-Deal area of the East Kent Fens, Southeastern England, hand-coring data has shown that the pre-Holocene surface in this area is incised by one or more valley features, now infilled with unconsolidated Holocene sediments. A shear-wave seismic refraction survey was carried out along profiles where hand-coring had failed to penetrate to bedrock in an attempt to define the detailed form of the pre…
Completion of the Seismic Refraction Survey to Locate the Vallum at Vindobala, Hadrian's Wall
The vallum is a major earthwork along the south side of Hadrian's Wall. All surface traces of it have been obliterated over a 500‐m‐long stretch past the fort of Vindobala at Rudchester, Northumberland. To the west of the fort, the vallum's course had previously been delineated by running shear‐wave seismic refraction lines to obtain depth profiles of rockhead. We have now run more seismic refraction lines, using both shear waves and compressiona…
Comparison of geophysical techniques for investigating an infilled ditch at Bury Walls hill fort, Shropshire
Five geophysical survey techniques were used to investigate the infilled section of the outer ditch at the Iron Age hill fort of Bury Walls, Shropshire. The techniques were resistance mapping and four profiling methods: resistivity sounding, ground‐penetrating radar (GPR), P‐wave seismic refraction and S‐wave seismic refraction. The ditch was clearly visible on the resistance map and on GPR profiles, but no depth estimate was obtainable from thes…
Geology (4 works) · Seismic refraction (4 works) · Seismology (4 works) · Bedrock (3 works) · Geomorphology (3 works) · Seismic Waves and Analysis (3 works) · Ditch (2 works) · Geology (2 works) · Geology and Paleoclimatology Research (2 works) · Geophysics (2 works)