Cell A, Skellig Michael (Images)

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Appellation Cell A, Skellig Michael (Images)
Address Kerry, Kerry, Ireland
Coordinates (Lat, Lon) (51.772023 , -10.538934)
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KE104A001032- Cell A is the largest and clearly had a communal function. It is particularly imposing and has very thick walls, with several offsets to facilitate construction. The walls, 1.8m thick at the base, are built of small flat stones and there are a number of projecting stones on the outside at the upper level, again a construction feature. The door has a double lintel, inside and out, and the floor retains most of its original paving. The internal space measures 4.6m by 3.8m and the cell is 5m high. It is subrectangular at floor level, evolving into an ovoid shape about 1m above ground level. There are two cupboards and projecting stone pegs (probably used for storage purposes). Uniquely, there are window openings, one of which focuses on the South Peak and another on the Little Skellig. SKELLIG MICHAEL, CO. KERRY: THE MONASTERY AND SOUTH PEAK Archaeological stratigraphic report: excavations 1986–2010 Edward Bourke, Alan R. Hayden, Ann Lynch
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Source The Discovery Programme
Contacts Mr Anthony Corns Technology Manager The Discovery Programme
63 Merrion Square Dublin D2 Dublin Dublin Ireland
+353 1 639 3039 +353 1 639 3710 info@discoveryprogramme.ie The Discovery Programme
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Europeana Rights Creative Commons - Attribution, Non-Commercial, No Derivatives (BY-NC-ND)
Spatial Cell A, Skellig Michael
Protection Type National Monuments in State Care
Start Date 400
End Date 800
Period Name Early Christian Period
Materials Stone
Heritage Asset Type Clochan
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Name Photograph 1 of Cell A, Skellig Michael
Description Photograph 1 of Cell A, Skellig Michael
Type Image
Format image/jpeg
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Name Photograph 2 of Cell A, Skellig Michael
Description Photograph 2 of Cell A, Skellig Michael
Type Image
Format image/jpeg
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Name Right elevation section view of Cell A, Skellig Michael
Description Right elevation section view of Cell A, Skellig Michael
Type Image
Format image/jpeg
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Name Right elevation view of Cell A, Skellig Michael
Description Right elevation view of Cell A, Skellig Michael
Type Image
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Name Left elevation section view of Cell A, Skellig Michael
Description Left elevation section view of Cell A, Skellig Michael
Type Image
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Name Left elevation view of Cell A, Skellig Michael
Description Left elevation view of Cell A, Skellig Michael
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Name Rear elevation section view of Cell A, Skellig Michael
Description Rear elevation section view of Cell A, Skellig Michael
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Name External rear elevation view of Cell A, Skellig Michael
Description External rear elevation view of Cell A, Skellig Michael
Type Image
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Name External front elevation section view of Cell A, Skellig Michael
Description External front elevation section view of Cell A, Skellig Michael
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Name External front elevation view of Cell A, Skellig Michael
Description External front elevation view of Cell A, Skellig Michael
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Name Internal view section view looking upwards in Cell A, Skellig Michael
Description Internal view section view looking upwards in Cell A, Skellig Michael
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Name External plan section view of Cell A, Skellig Michael
Description External plan section view of Cell A, Skellig Michae
Type Image
Format image/jpeg
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Name External plan view of Cell A, Skellig Michael
Description External plan view of Cell A, Skellig Michael
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Name External perspective view 1 of Cell A, Skellig Michael
Description External perspective view 1 of Cell A, Skellig Michael
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Name External perspective view 2 of Cell A, Skellig Michael
Description External perspective view 2 of Cell A, Skellig Michael
Type Image
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Name External perspective view 3 of Cell A, Skellig Michael
Description External perspective view 3 of Cell A, Skellig Michael
Type Image
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Name External perspective view 4 of Cell A, Skellig Michael
Description External perspective view 4 of Cell A, Skellig Michael
Type Image
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Name Phase-based Terrestrial Laser Scanning
Description Phase based terrestrial laser scanning using a Faro Focus 120 laser scanner. The instrument quotes the following specification: Distance accuracy up to ±2mm. Range from 0.6m up to 120m. Measurement rate up to 976,000 points/sec. Intensity & RGB. Integrated colour camera. Photorealistic 3D colour scans with up to 70 megapixels. Parallax-free colour overlay.
Purpose Measured survey
Techinques Georeferenced using RTK GPS with VRSnow corrections,Phased based terrestrial laser scanning
Equipment Trimble 5800 RTK GPS,Faro Focus 3D 120
Actor Gary Devlin, Individual, Geo-surveyor
Actor Robert Shaw, Individual, Senior Geo-surveyor