The Evaluation of a Multi-Period Prehistoric Site and Fogou at Boden Vean, St Anthony-in-Meneage, Cornwall

Charlie Johns, James Gossip, 2009. https://doi.org/10.5284/1000042. How to cite using this DOI

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https://doi.org/10.5284/1000042
Sample Citation for this DOI

Charlie Johns, James Gossip (2009) The Evaluation of a Multi-Period Prehistoric Site and Fogou at Boden Vean, St Anthony-in-Meneage, Cornwall [data-set]. York: Archaeology Data Service [distributor] https://doi.org/10.5284/1000042

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Digital Object Identifiers

Digital Object Identifiers (DOIs) are persistent identifiers which can be used to consistently and accurately reference digital objects and/or content. The DOIs provide a way for the ADS resources to be cited in a similar fashion to traditional scholarly materials. More information on DOIs at the ADS can be found on our help page.

Citing this DOI

The updated Crossref DOI Display guidelines recommend that DOIs should be displayed in the following format:

https://doi.org/10.5284/1000042
Sample Citation for this DOI

Charlie Johns, James Gossip (2009) The Evaluation of a Multi-Period Prehistoric Site and Fogou at Boden Vean, St Anthony-in-Meneage, Cornwall [data-set]. York: Archaeology Data Service [distributor] https://doi.org/10.5284/1000042

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Report text and associated images for this project are available to download here as pdf and jpg files.

PDF documents:

Click to view Boden_evaluation_final_publication_draft_.pdf as PDF document The evaluation of a multi-period prehistoric site and fogou at Boden Vean, St Anthony-in-Meneage, Cornwall, 2003 by James Gossip (draft submitted to Cornish Archaeology) Note: jpg images from this report are available for download below PDF 1 Mb
Click to view 2004R029.pdf as PDF document Boden Vean, St Anthony-in-Meneage, Cornwall. Archaeological Evaluation: Archive Summary by James Gossip (April 2004) Report No: 2004R029 PDF 28 Mb
Click to view Boden_Assessment_and_UPD.pdf as PDF document Boden Vean, St Anthony-in-Meneage, Cornwall. Assessment and Updated Project Design by James Gossip and Charles Johns PDF 1 Mb
Click to view Boden_fogou_project_design.pdf as PDF document FOGOU AT BODEN VEAN, ST. ANTHONY-IN-MENEAGE, CORNWALL. Project Design for Evaluation, Recording and Conservation Works by Richard Cole (October 2003) PDF 10 Mb

JPG images:

These images were submitted to Cornish Archaeology alongside the draft text available above as a pdf file. All figure numbers relate to figures quoted in the text of this article.

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Fig 01
Location of Boden Vean
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Location of Boden Vean		 JPG
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Location of Boden Vean
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Fig 02
Geophysical survey and principal features mentioned in the text
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Geophysical survey and principal features mentioned in the text		 JPG
Fig 02
Geophysical survey and principal features mentioned in the text
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Trench location, fieldwalking grid and principal geophysical anomalies
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Trench location, fieldwalking grid and principal geophysical anomalies		 JPG
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Trench location, fieldwalking grid and principal geophysical anomalies
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Trench location showing principal features
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Trench location showing principal features		 JPG
Fig 04
Trench location showing principal features
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(a) and (b) Trench 1 Bronze Age structure [117] showing minds distribution in spits 1 (a) and 2 (b)
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(a) and (b) Trench 1 Bronze Age structure [117] showing minds distribution in spits 1 (a) and 2 (b)		 JPG
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(a) and (b) Trench 1 Bronze Age structure [117] showing minds distribution in spits 1 (a) and 2 (b)
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Trench 1 Bronze Age structure [117]
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Trench 1 Bronze Age structure [117]		 JPG
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Trench 1 Bronze Age structure [117]
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Section through Bronze Age structure [117]
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Section through Bronze Age structure [117]		 JPG
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Section through Bronze Age structure [117]
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Excavation of Trevisker Ware vessel P1, structure [117]
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Excavation of Trevisker Ware vessel P1, structure [117]		 JPG
Fig 08
Excavation of Trevisker Ware vessel P1, structure [117]
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Excavation of Trevisker Ware vessel P1, structure [117] (detail)
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Excavation of Trevisker Ware vessel P1, structure [117] (detail)		 JPG
Fig 09
Excavation of Trevisker Ware vessel P1, structure [117] (detail)
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Fig 10
Plan of trench 2
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Plan of trench 2		 JPG
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Plan of trench 2
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Section through enclosure ditch [202]
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Section through enclosure ditch [202]		 JPG
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Section through enclosure ditch [202]
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Plan of trench 3 (adjoined to trench 4)
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Plan of trench 3 (adjoined to trench 4)		 JPG
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Plan of trench 3 (adjoined to trench 4)
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Plan of trench 4 (west)
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Plan of trench 4 (west)		 JPG
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Plan of trench 4 (west)
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Plan of trench 4 (east)
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Plan of trench 4 (east)		 JPG
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Plan of trench 4 (east)
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Plan of trench 6
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Plan of trench 6 		JPG
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Plan of trench 6
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Section through stone-lined pit [434] and Fig 17 Section through curvilinear ditch [431]
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Section through stone-lined pit [434] and Fig 17 Section through curvilinear ditch [431]		 JPG
Fig 16
Section through stone-lined pit [434] and Fig 17 Section through curvilinear ditch [431]
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Fig 18
plan of fogou and associated elements
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plan of fogou and associated elements		 JPG
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plan of fogou and associated elements
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Plan of fogou
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Plan of fogou		 JPG
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Plan of fogou
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Fig 20
Section through fogou
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Section through fogou		 JPG
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Section through fogou
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Fig 22
The fogou viewed from the south
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The fogou viewed from the south		 JPG
Fig 22
The fogou viewed from the south
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Fig 23
Restricted approach to the main fogou passage
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Restricted approach to the main fogou passage		 JPG
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Restricted approach to the main fogou passage
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Fig 24
Section through fogou 'approach' [433]
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Section through fogou 'approach' [433]		 JPG
Fig 24
Section through fogou 'approach' [433]
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Internal view of void tunnel
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Internal view of void tunnel 		JPG
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Internal view of void tunnel
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The void viewed from above
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The void viewed from above		 JPG
Fig 26
The void viewed from above
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Fig 27
Trevisker Ware vessel P1
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Trevisker Ware vessel P1		 JPG
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Trevisker Ware vessel P1
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Vessel P1 showing positions of significant joining sherds, marked with their recorded numbers
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Vessel P1 showing positions of significant joining sherds, marked with their recorded numbers		 JPG
Fig 28
Vessel P1 showing positions of significant joining sherds, marked with their recorded numbers
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Fig 29
Middle Bronze Age Trevisker Ware, structure [117]
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Middle Bronze Age Trevisker Ware, structure [117]		 JPG
Fig 29
Middle Bronze Age Trevisker Ware, structure [117]
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Early Iron Age pottery. P5-P9 fogou; P10 - P15 Trench 6; P16 Trench 4
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Early Iron Age pottery. P5-P9 fogou; P10 - P15 Trench 6; P16 Trench 4		 JPG
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Early Iron Age pottery. P5-P9 fogou; P10 - P15 Trench 6; P16 Trench 4
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Fig 31
P17 and P18, Plain Jar Group ceramics, Trench 2
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P17 and P18, Plain Jar Group ceramics, Trench 2		 JPG
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P17 and P18, Plain Jar Group ceramics, Trench 2
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Fig 32
P19, ditch [120]; P20 - P24, ditch [305]; P25, ditch [612]
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P19, ditch [120]; P20 - P24, ditch [305]; P25, ditch [612]		 JPG
Fig 32
P19, ditch [120]; P20 - P24, ditch [305]; P25, ditch [612]
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Fig 33
P26 - P31 finds from 1991 'well' ; P32 - P34, enclosure ditch [315]
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P26 - P31 finds from 1991 'well' ; P32 - P34, enclosure ditch [315]		 JPG
Fig 33
P26 - P31 finds from 1991 'well' ; P32 - P34, enclosure ditch [315]
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Fig 34
P35 - P51 Gwithian style Post-Roman pottery; P52 possibly intrusive; P53 - P54 possible Gwithian style material
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P35 - P51 Gwithian style Post-Roman pottery; P52 possibly intrusive; P53 - P54 possible Gwithian style material		 JPG
Fig 34
P35 - P51 Gwithian style Post-Roman pottery; P52 possibly intrusive; P53 - P54 possible Gwithian style material
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Fig 35
Ceramic beads.
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Ceramic beads.		 JPG
Fig 35
Ceramic beads.
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Fig 36
FS1, fragment of saddle quern
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FS1, fragment of saddle quern		 JPG
Fig 36
FS1, fragment of saddle quern
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Stone finds
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Stone finds		 JPG
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Stone finds
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Fig 38
Rotary quern fragments from 1991 'well'
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Rotary quern fragments from 1991 'well'		 JPG
Fig 38
Rotary quern fragments from 1991 'well'
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Fig 39
S19 - S22 from 1991 'well'; S23 - S24 associated with Gwithian Style ceramics in upper fill of enclosure ditch
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Fig 39
S19 - S22 from 1991 'well'; S23 - S24 associated with Gwithian Style ceramics in upper fill of enclosure ditch		 JPG
Fig 39
S19 - S22 from 1991 'well'; S23 - S24 associated with Gwithian Style ceramics in upper fill of enclosure ditch
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Fig 40
Blue glass bead from fogou deposit (806)
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Blue glass bead from fogou deposit (806)		 JPG
Fig 40
Blue glass bead from fogou deposit (806)
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Fig 41
Bayesian chronological model of Bronze Age activity
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Bayesian chronological model of Bronze Age activity		 JPG
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Bayesian chronological model of Bronze Age activity
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Bayesian chronological model of Iron Age activity
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Bayesian chronological model of Iron Age activity		 JPG
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Bayesian chronological model of Iron Age activity
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Bayesian chronological model of Post-Roman activity
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Bayesian chronological model of Post-Roman activity		 JPG
Fig 43
Bayesian chronological model of Post-Roman activity
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Fig 44
Location of the site (inset) and the geophysical survey squares.
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Location of the site (inset) and the geophysical survey squares.		 JPG
Fig 44
Location of the site (inset) and the geophysical survey squares.
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Linear greytone of fluxgate gradiometer data
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Linear greytone of fluxgate gradiometer data		 JPG
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Linear greytone of fluxgate gradiometer data
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Graphical summary of significant magnetic anomalies discussed in text.
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Graphical summary of significant magnetic anomalies discussed in text.		 JPG
Fig 46
Graphical summary of significant magnetic anomalies discussed in text.
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Fig 47
Topsoil magnetic susceptibility results
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Topsoil magnetic susceptibility results		 JPG
Fig 47
Topsoil magnetic susceptibility results
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Fig 48
Extract of magnetic data (a), conductivity data (vertical coil orientation) (b), twin electrode (0.5m mobile probe separation) (c) and twin electrode (1.0m mobile probe separation) earth resistance data (d).
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Fig 48
Extract of magnetic data (a), conductivity data (vertical coil orientation) (b), twin electrode (0.5m mobile probe separation) (c) and twin electrode (1.0m mobile probe separation) earth resistance data (d).		 JPG
Fig 48
Extract of magnetic data (a), conductivity data (vertical coil orientation) (b), twin electrode (0.5m mobile probe separation) (c) and twin electrode (1.0m mobile probe separation) earth resistance data (d).
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Fig 49
Bouguer anomaly map (a) of the microgravity data collected from square 9. Interpretation has been improved by removing a third order surface (fitted to the observed data) shown in (b) to obtain a map of residual gravity anomalies (c). The location of the partially excavated fogou is marked at x.
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Fig 49
Bouguer anomaly map (a) of the microgravity data collected from square 9. Interpretation has been improved by removing a third order surface (fitted to the observed data) shown in (b) to obtain a map of residual gravity anomalies (c). The location of the partially excavated fogou is marked at x.		 JPG
Fig 49
Bouguer anomaly map (a) of the microgravity data collected from square 9. Interpretation has been improved by removing a third order surface (fitted to the observed data) shown in (b) to obtain a map of residual gravity anomalies (c). The location of the partially excavated fogou is marked at x.
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Fig 50
Trial GPR profiles collected adjacent to the location of the exposed fogou passageway.
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Fig 50
Trial GPR profiles collected adjacent to the location of the exposed fogou passageway.		 JPG
Fig 50
Trial GPR profiles collected adjacent to the location of the exposed fogou passageway.
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Fig 51
GPR amplitude time slices together with relevant extracts from the previous magnetic and earth resistance surveys.
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Fig 51
GPR amplitude time slices together with relevant extracts from the previous magnetic and earth resistance surveys.		 JPG
Fig 51
GPR amplitude time slices together with relevant extracts from the previous magnetic and earth resistance surveys.
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Fig 52
Graphical summary of significant GPR anomalies together with the location of identified archaeological remains and anomalies G1, G2 and G3 identified during the microgravity survey. The location of the GPR data and the approximate view point for the isovolume rendering (Fig 53) are also shown.
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Fig 52
Graphical summary of significant GPR anomalies together with the location of identified archaeological remains and anomalies G1, G2 and G3 identified during the microgravity survey. The location of the GPR data and the approximate view point for the isovolume rendering (Fig 53) are also shown.		 JPG
Fig 52
Graphical summary of significant GPR anomalies together with the location of identified archaeological remains and anomalies G1, G2 and G3 identified during the microgravity survey. The location of the GPR data and the approximate view point for the isovolume rendering (Fig 53) are also shown.
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Fig 53
Isovolume rendering of high amplitude GPR reflections over the remains of the fogou. The image is viewed from the south-east and shows the two apparent passageways [GPR3] and [GPR4] forming the fogou and the enclosure ditch [GPR5] to the north.
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Fig 53
Isovolume rendering of high amplitude GPR reflections over the remains of the fogou. The image is viewed from the south-east and shows the two apparent passageways [GPR3] and [GPR4] forming the fogou and the enclosure ditch [GPR5] to the north.		 JPG
Fig 53
Isovolume rendering of high amplitude GPR reflections over the remains of the fogou. The image is viewed from the south-east and shows the two apparent passageways [GPR3] and [GPR4] forming the fogou and the enclosure ditch [GPR5] to the north.
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Fig 54
Distribution of fogous in Cornwall
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Fig 54
Distribution of fogous in Cornwall		 JPG
Fig 54
Distribution of fogous in Cornwall
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