OR/14/029 Rockhead elevation model - Revision history

Dbk at 10:40, 10 August 2015

2015-08-10T10:40:52Z

← Older revision		Revision as of 11:40, 10 August 2015
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	A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87 m OD to -25.24 m OD (Figure 13). This rockhead elevation surface has a cell size of 100 m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200 m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.		A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87 m OD to -25.24 m OD (Figure 13). This rockhead elevation surface has a cell size of 100 m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200 m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.

	[[Image:029_fig13.jpg\|thumb\|center\|600px\|'''Figure 13''' 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a ~~100m~~ cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]		[[Image:029_fig13.jpg\|thumb\|center\|600px\|'''Figure 13''' 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100 m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]

Dbk at 10:40, 10 August 2015

2015-08-10T10:40:40Z

← Older revision		Revision as of 11:40, 10 August 2015
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	{{Template:OR/14/029}}		{{Template:OR/14/029}}
	A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.~~87m~~ OD to -25.~~24m~~ OD (Figure 13). This rockhead elevation surface has a cell size of ~~100m~~ and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by ~~200m~~ to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.		A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87 m OD to -25.24 m OD (Figure 13). This rockhead elevation surface has a cell size of 100 m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200 m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.

	[[Image:029_fig13.jpg\|thumb\|center\|600px\|'''Figure 13''' 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]		[[Image:029_fig13.jpg\|thumb\|center\|600px\|'''Figure 13''' 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]

Dbk at 16:16, 11 March 2015

2015-03-11T16:16:55Z

← Older revision		Revision as of 17:16, 11 March 2015
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	{{Template:OR/14/029}}		{{Template:OR/14/029}}
	A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.		A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.
	[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]		[[Image:029_fig13.jpg\|thumb\|center\|600px\|'''Figure 13''' 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]

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2015-03-11T15:41:51Z

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← Older revision	Revision as of 16:41, 11 March 2015
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Dbk at 09:25, 10 March 2015

2015-03-10T09:25:12Z

← Older revision		Revision as of 10:25, 10 March 2015
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			{{Template:OR/14/029}}
	A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.		A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.
	[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]		[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]

Dbk at 12:36, 9 March 2015

2015-03-09T12:36:47Z

← Older revision		Revision as of 13:36, 9 March 2015
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	[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]		[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 06]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 07]]

Dbk at 12:35, 9 March 2015

2015-03-09T12:35:59Z

← Older revision		Revision as of 13:35, 9 March 2015
Line 1:		Line 1:
	A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.		A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.
			[[Image:029_fig13.jpg\|thumb\|center\|600px\|Figure 13. 3D view of the calculated rockhead elevation surface calculated as an ascii grid with a 100m cell size. The highest elevations are in red and the lowest in blue, vertical exaggeration is x 10.]]

	[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 06]]		[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model\| 06]]

Dbk: Created page with "A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13)...."

2015-03-09T12:35:13Z

Created page with "A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13)...."

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A rockhead elevation surface derived from the combined base of all modelled superficial and artificial units has an elevation range of +254.87m OD to -25.24m OD (Figure 13). This rockhead elevation surface has a cell size of 100m and caps the bedrock part of the geological model. It was generated by calculating in GSI3D using the complete superficial and anthropocene model on a tile by tile basis, buffering each area by 200m to ensure a small overlap. The resulting rockhead surfaces were combined into the single surface in GIS. Where modelled anthropocene and/or superficial deposits are absent, this rockhead elevation surface corresponds to the Digital Terrain Model. This surface was calaculated in GSi3D and exported to GOCAD''® ''in order to cap the model of the faulted bedrock units.

[[Category:OR/14/029 The London Basin superficial and bedrock LithoFrame 50 model| 06]]