Skellig Michael Monastic Site (Turntable Movie)
The Monastery consists of an inner stone enclosure with two oratories, a mortared church, seven cells
(five of which are intact) and the remains of a beehive toilet, water cisterns, a cemetery, leachta (possible cult shrines or pilgrim stations), crosses and
cross-slabs. It also includes two large terraces referred to as the Upper and Lower Monks’ Gardens. High
retaining walls support all the terracing, upon which everything is constructed.
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Metadata
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Information
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Source
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The Discovery Programme |
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Contacts
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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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Copyright Credit Line
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Copyright © The Discovery Programme |
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Europeana Rights
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Creative Commons - Attribution, Non-Commercial, No Derivatives (BY-NC-ND) |
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Spatial
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Skellig Michael Island
Great Skellig
http://www.logainm.ie/22405.aspx
County Kerry
Ireland
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Protection Type
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National Monuments in State Care |
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Start Date
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400 |
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End Date
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800 |
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Period Name
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Early Christian Period |
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Materials
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Stone |
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Heritage Asset Type
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Monastic center |
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Metadata
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Information
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Thumbnail
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Name
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Turntable video of untextured 3D model of the Monastery, Skellig Michael |
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Description
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Turntable video of untextured 3D model of the Monastery, Skellig Michael |
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Type
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Movie |
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Format
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mov |
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Copyrights
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Copyright ©The Discovery Programme
Creative Commons - Attribution, Non-Commercial, No Derivatives (BY-NC-ND)
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Link
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Landing Page
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Metadata
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Information
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Name
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FLI-Map 400 Lidar Survey |
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Description
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FLI-MAP 400; an aerial LiDAR survey system, was initially designed to survey infrastructural assets such as roads, railways and electricity supply networks. The sensor system mounted beneath the main helicopter fuselage consists of:
Three 150 kHz LiDAR sensors (7◦ forward, nadir and 7◦ aft);
Scanning angle 60◦
Accuracy (relative) Horizontal 5 cm, Vertical 3 cm
Multiple returns 4
Two RTK GPS receivers – provide accurate location in used in conjunction with RTK base stations;
Inertial Navigation System (INS)- continuously track the position, orientation, and velocity of the helicopter;
Digital imaging (11 megapixel) and digital video capture.
Resulting data sets include first return (DSM) and last return point (DTM, basre earth) models
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Purpose
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Remote Sensing |
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Techinques
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Lidar survey |
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Equipment
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FLI-MAP 400 Lidar system |
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Actor
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BKS Fugro, Organisation, Data Capture |
