OR/14/035 Modelled volume, purpose and scale - Revision history

Dbk at 11:43, 10 August 2015

2015-08-10T11:43:51Z

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	The model area is 414km<sup>2</sup> and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-west direction to Darlington and Dalton- on-Tees. Figure 1 shows the model extent, together with the cross-sections used to construct the model.		The model area is 414km<sup>2</sup> and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-west direction to Darlington and Dalton-on-Tees. Figure 1 shows the model extent, together with the cross-sections used to construct the model.

	A set of five framework sections consisting of one north-east – south-west oriented section and four east-west sections were produced initially. As well as forming the core sections of the 3D model, these framework sections have been delivered separately to the client to provide an overview of the distribution and form of the main lithostratigraphic units in the study area. The section lines were selected to link to previously produced cross-sections of the Durham area to the north and to include sufficient high quality boreholes to constrain the subsurface geology.		A set of five framework sections consisting of one north-east — south-west oriented section and four east-west sections were produced initially. As well as forming the core sections of the 3D model, these framework sections have been delivered separately to the client to provide an overview of the distribution and form of the main lithostratigraphic units in the study area. The section lines were selected to link to previously produced cross-sections of the Durham area to the north and to include sufficient high quality boreholes to constrain the subsurface geology.

	A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.		A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.

Dbk at 13:24, 15 June 2015

2015-06-15T13:24:51Z

← Older revision		Revision as of 14:24, 15 June 2015
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	A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.		A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.

	[[Image:~~OR14035_fig1~~.jpg\|thumb\|center\|500px\| '''Figure 1''' Map showing project area and cross-sections used in model construction. Ordnance Survey data © Crown copyright and database.]]		[[Image:14035_fig1.jpg\|thumb\|center\|500px\| '''Figure 1''' Map showing project area and cross-sections used in model construction. Ordnance Survey data © Crown copyright and database.]]
	[[category: OR/14/035 Model metadata report for the EA Tees 3d Model \| 02]]		[[category: OR/14/035 Model metadata report for the EA Tees 3d Model \| 02]]

Dbk at 08:27, 15 June 2015

2015-06-15T08:27:23Z

← Older revision		Revision as of 09:27, 15 June 2015
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	The model area is ~~414km2~~ and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-west direction to Darlington and Dalton- on-Tees. Figure 1 shows the model extent, together with the cross-sections used to construct the model.		The model area is 414km<sup>2</sup> and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-west direction to Darlington and Dalton- on-Tees. Figure 1 shows the model extent, together with the cross-sections used to construct the model.

	A set of five framework sections consisting of one north-east – south-west oriented section and four east-west sections were produced initially. As well as forming the core sections of the 3D model, these framework sections have been delivered separately to the client to provide an overview of the distribution and form of the main lithostratigraphic units in the study area. The section lines were selected to link to previously produced cross-sections of the Durham area to the north and to include sufficient high quality boreholes to constrain the subsurface geology.		A set of five framework sections consisting of one north-east – south-west oriented section and four east-west sections were produced initially. As well as forming the core sections of the 3D model, these framework sections have been delivered separately to the client to provide an overview of the distribution and form of the main lithostratigraphic units in the study area. The section lines were selected to link to previously produced cross-sections of the Durham area to the north and to include sufficient high quality boreholes to constrain the subsurface geology.

Dbk: Protected "OR/14/035 Modelled volume, purpose and scale" ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite)) [cascading]

2015-06-15T08:27:12Z

Protected "OR/14/035 Modelled volume, purpose and scale" ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite)) [cascading]

← Older revision	Revision as of 09:27, 15 June 2015
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Dbk at 08:27, 15 June 2015

2015-06-15T08:27:03Z

← Older revision		Revision as of 09:27, 15 June 2015
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	A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.		A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.

	[[Image:OR14035_fig1.jpg\|thumb\|500px\| '''Figure 1''' Map showing project area and cross-sections used in model construction. Ordnance Survey data © Crown copyright and database.]]		[[Image:OR14035_fig1.jpg\|thumb\|center\|500px\| '''Figure 1''' Map showing project area and cross-sections used in model construction. Ordnance Survey data © Crown copyright and database.]]
	[[category: OR/14/035 Model metadata report for the EA Tees 3d Model \| 02]]		[[category: OR/14/035 Model metadata report for the EA Tees 3d Model \| 02]]

Dbk: Created page with "notoc {{OR/14/035}} The model area is 414km2 and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-..."

2015-06-15T08:26:52Z

Created page with "__notoc__ {{OR/14/035}} The model area is 414km2 and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-..."

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__notoc__
{{OR/14/035}}
The model area is 414km2 and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-west direction to Darlington and Dalton- on-Tees. Figure 1 shows the model extent, together with the cross-sections used to construct the model.

A set of five framework sections consisting of one north-east – south-west oriented section and four east-west sections were produced initially. As well as forming the core sections of the 3D model, these framework sections have been delivered separately to the client to provide an overview of the distribution and form of the main lithostratigraphic units in the study area. The section lines were selected to link to previously produced cross-sections of the Durham area to the north and to include sufficient high quality boreholes to constrain the subsurface geology.

A further seven north-south trending and seventeen east-west trending model sections were then constructed to create the cross-section network for the model. The exact lines of these sections were chosen through inspection of borehole data with the highest quality boreholes included. Borehole selection criteria include the borehole depth (especially whether the bore reaches rockhead) and the detail and quality of the description of the strata. A number of helper sections were also generated in order to check the geological interpretation and to represent small and/or complex deposits more accurately in the final model.

[[Image:OR14035_fig1.jpg|thumb|500px| '''Figure 1''' Map showing project area and cross-sections used in model construction. Ordnance Survey data © Crown copyright and database.]]
[[category: OR/14/035 Model metadata report for the EA Tees 3d Model | 02]]

OR/14/035 Modelled volume, purpose and scale - Revision history

Dbk at 11:43, 10 August 2015

Dbk at 13:24, 15 June 2015

Dbk at 08:27, 15 June 2015

Dbk: Protected "OR/14/035 Modelled volume, purpose and scale" ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite)) [cascading]

Dbk at 08:27, 15 June 2015

Dbk: Created page with "__notoc__ {{OR/14/035}} The model area is 414km2 and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-..."

Dbk: Created page with "notoc {{OR/14/035}} The model area is 414km2 and covers the area along the Tees valley, from Middlesbrough in the north-east, at the mouth of the Tees, in a roughly south-..."