The traffic regulation order made in relation to the A344 does not place any restriction on the movement of pedestrians, cyclists or equestrians.
The gating arrangements were installed at either end of the A344 with the specific purpose of restricting access to motorised vehicles, whilst allowing passage by horses and horse drawn vehicles.
English Heritage have no authority to stop any person from using the A344; they act as agents for the Council in relation to the issuing of permits for those vehicles exempted by the order. Any unlawful use of the road by e.g. motorised vehicles, is a matter for the police to enforce, not English Heritage.
Whilst English Heritage acts as agents for the highway authority in issuing permits for vehicular users of that part of the A344 subject to the TRO, that is the extent of any authority they have in relation to the A344.
The only permitted obstruction to passage along the road are the formally permitted gates, which legal users must be allowed to open.
The placing of cones, barriers and other obstructions in the highway is a legal offence, as provided for in Part IX (Lawful and Unlawful Interference With Highways and Streets) of the Highways Act 1980. The Council, as local highway authority, has a duty under s130 to protect public rights on the highway.
Wiltshire Council understands that English Heritage might find the placing of signs, cones etc in the carriageway as being helpful to their visitors; however, the road is an asset for enjoyment by the wider public, and their lawful rights must be respected by English Heritage, regardless of the impact on and implications for English Heritage’s interests in the area.
Wiltshire Council seeks confirmation from English Heritage that they understand the extent of their powers in relation to the A344, and not to place further such obstructions, nor to seek to intimidate in any way any users of the highway exercising their lawful rights.
Tuesday, 25 April 2017
Table of Stonehenge Bluestone Provenances - Updated April 2017
UPDATED with information from Rob Ixer April 2017
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Rock types
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Source
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Stonehenge stone
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Spotted dolerite Group 1
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Carn Goedog
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Stones 33, 37, 49, 65, 67
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Unspotted dolerite Group 2
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Cerrigmarchogion or Craig Talfynydd
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Stones 45, 62
|
|
Spotted dolerite Group 3
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Carn Breseb, Carn Gwfry, outcrop near Carn Alw or
outcrop w of Carn Ddafad-las
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Stones 34, 42, 43, 61
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Spotted dolerite ungrouped
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Most likely Mynydd Preseli
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Stones 31, 32, 35a, 35b, 36, 39, 41, 44, 47, 61a, 63,
64, 66, 68, 69, 70, 70a, 70b, 71, 72, 150
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Rhyolite Groups A-C
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Craig Rhosyfelin
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Stones 32d & 32e
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Rhyolite Group D
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?Fishguard Volcanic Group
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No stone identified; from debris only
|
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Rhyolite Group E
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?Fishguard Volcanic Group
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Stone 48
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|
Rhyolite Group F
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?Fishguard Volcanic Group
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Stone 46
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Rhyolite Group G
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?Fishguard Volcanic Group
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Stone 40
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Volcanics Group A
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?North Pembrokeshire
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Stones 32c, 33e, 33f, 40c, 41d
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|
Volcanics Group B
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?Fishguard Volcanic Group
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Stone 38
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Sandstone (Devonian)
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Senni Beds, South Wales
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Stone 80 (Altar Stone)
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Lower Palaeozoic Sandstone
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|
Stone 40g, 42c
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Information from Simon Banton's Stones of Stonehenge site http://www.stonesofstonehenge.org.uk/ and Rob Ixer's uploaded papers on Acedemia.org https://independent.academia.edu/RobertIxer
Mike Parker Pearson, Richard Bevins, Rob Ixer, Joshua Pollard, Colin Richards, Kate Welham, Ben Chan, Kevan Edinborough, Derek Hamilton, Richard Macphail, Duncan Schlee, Jean-Luc Schwenninger, Ellen Simmons and Martin Smith (2015). Craig Rhos-y-felin: a Welsh bluestone megalith quarry for Stonehenge. Antiquity, 89, pp 1331-1352 doi:10.15184/aqy.2015.177
"Carn Menyn (or Carn Meini), was once suggested as the source of the Stonehenge bluestones (Thomas 1923), although the sample set currently available provides no geological evidence for this!"
Wednesday, 12 April 2017
The Heritage Value of the Stonehenge Tunnel
An FOI request provides the Heritage valuation of the proposed Stonehenge tunnel - in otherwords an estimate of how much richer the country will be if the A303 is removed from the surface near Stonehenge.
The full documents are available to download from https://www.whatdotheyknow.com/request/a303_stonehenge_contingent_valua
Brief quotes are:
"Other impacts (such as economic and environmental) are considered in the overall business case and use the methods described in the Department for Transport’s transport appraisal guidance (WebTAG). This study is carefully designed to exclude those other impacts to avoid double counting. This study focuses exclusively on the cultural heritage impacts of removing the A303 from its current location within the WHS in terms of noise reduction, increased tranquillity, visual amenity and reduced landscape severance."
We provide summary results of the contingent valuation of the hypothetical reduction in noise, increased tranquillity, increased visual amenity and reduced landscape severance associated with the removal of the A303 from part of the Stonehenge WHS. The main result is a total net benefit of £1.3bn resulting from the road scheme. The total net benefit aggregates those willing to pay for the road scheme, net of those requiring compensation for it. The aggregated net benefit sits within a 95% confidence interval of £1.1bn and £1.4bn. The values elicited comprise two drivers of welfare; (i) the use value derived from changes to the heritage experience; and (ii) the non-use value which people place on the existence of the altered WHS including bequest value to future generations. It is not possible to separate these values into use and non-use values."
The full documents are available to download from https://www.whatdotheyknow.com/request/a303_stonehenge_contingent_valua
Brief quotes are:
"Other impacts (such as economic and environmental) are considered in the overall business case and use the methods described in the Department for Transport’s transport appraisal guidance (WebTAG). This study is carefully designed to exclude those other impacts to avoid double counting. This study focuses exclusively on the cultural heritage impacts of removing the A303 from its current location within the WHS in terms of noise reduction, increased tranquillity, visual amenity and reduced landscape severance."
We provide summary results of the contingent valuation of the hypothetical reduction in noise, increased tranquillity, increased visual amenity and reduced landscape severance associated with the removal of the A303 from part of the Stonehenge WHS. The main result is a total net benefit of £1.3bn resulting from the road scheme. The total net benefit aggregates those willing to pay for the road scheme, net of those requiring compensation for it. The aggregated net benefit sits within a 95% confidence interval of £1.1bn and £1.4bn. The values elicited comprise two drivers of welfare; (i) the use value derived from changes to the heritage experience; and (ii) the non-use value which people place on the existence of the altered WHS including bequest value to future generations. It is not possible to separate these values into use and non-use values."
The Virtual Sounds of Stonehenge
Researchers from the University of Huddersfield conducted mathematical acoustic analysis of Stonehenge's archaeological plan. When digitally reconstructed, the stones' original placing revealed surprisingly sonorous properties.
"If you build something that is circular, it has circular acoustics. So the acoustic and the sound of the space comes from the shape of its design. So when it was designed in the particular shape it has, in particular the circles, it created visual effects. But it also created acoustic effects," lead researcher Dr Rupert Till told Reuters.
Till composed an interactive soundscape for the model, with the sound of birds and the wind moving through the stones, as well as a soundtrack of Neolithic 'music'. He added that the stones had acoustic features as good as some concert halls, and are particularly suited to loud rhythmic music.
A 'virtual tour' of Stonehenge called the Soundgate (for Apple) or here for Android, is being released as an app that transports people back to various eras in Stonehenge's history, including when the standing stones were at their zenith, and long before the traffic noise from the nearby A303 road.
Using a smartphone or tablet, and with a pair of headphones, users can move around the digitally reconstructed stone circle while listening to the changing acoustics.
"Over time the monument has developed, and our app shows different phases of that development so you can see what it looked like 5,000 or 4,000 years ago, through a thousand years of development," added Till.
"If you build something that is circular, it has circular acoustics. So the acoustic and the sound of the space comes from the shape of its design. So when it was designed in the particular shape it has, in particular the circles, it created visual effects. But it also created acoustic effects," lead researcher Dr Rupert Till told Reuters.
Till composed an interactive soundscape for the model, with the sound of birds and the wind moving through the stones, as well as a soundtrack of Neolithic 'music'. He added that the stones had acoustic features as good as some concert halls, and are particularly suited to loud rhythmic music.
A 'virtual tour' of Stonehenge called the Soundgate (for Apple) or here for Android, is being released as an app that transports people back to various eras in Stonehenge's history, including when the standing stones were at their zenith, and long before the traffic noise from the nearby A303 road.
Using a smartphone or tablet, and with a pair of headphones, users can move around the digitally reconstructed stone circle while listening to the changing acoustics.
"Over time the monument has developed, and our app shows different phases of that development so you can see what it looked like 5,000 or 4,000 years ago, through a thousand years of development," added Till.
Tuesday, 28 March 2017
Questions about Planning Application 17/00280/VAR
What date was it registered? I think it wasn't on the Wiltshire Website until the last week of March 2017 but the document claims to have been Registered on 23rd January 2017
And it appears on the Weekly List for 23rd January
But the search function on the Wiltshire website says it was registered on 23rd March
And the Document properties also show 23rd March
And the MOD were sent the documents on the 23rd of March as well
Which ties in better with the consultation period.
But English Heritage are asking for a year's grace prior to opening the path by the 1st October 2017 - so why the delay in asking for permission?
And it appears on the Weekly List for 23rd January
But the search function on the Wiltshire website says it was registered on 23rd March
And the Document properties also show 23rd March
And the MOD were sent the documents on the 23rd of March as well
Which ties in better with the consultation period.
But English Heritage are asking for a year's grace prior to opening the path by the 1st October 2017 - so why the delay in asking for permission?
Monday, 27 March 2017
A344 Permissive Path Planning Application
STONEHENGE ENVIRONMENTAL IMPROVEMENTS PROJECT
Variation of Condition Application
The application seeks approval to vary condition 27 of planning permission S/2009/1527/FULL (dated 23/06/10) for the decommissioning of existing visitor facilities and a section of the A344; the erection of a new visitor centre, car park, coach park and ancillary services building and related highways and landscaping works.
The variation of condition 27 is to allow to allow a further year for the proposed permissive path to establish itself on the grassed over section of the former A344 near Stonehenge prior to it being open to the public as a pedestrian and cycle route by 1" October 2017.
See http://www.sarsen.org/2017/03/english-heritage-plans-to-block.html for more details on this path.
LOWER PALAEOZOIC SANDSTONE DEBITAGE FROM THE STONEHENGE LANDSCAPE
The petrography, geological age and distribution of the Lower Palaeozoic Sandstone debitage from the Stonehenge Landscape
by Rob Ixer, Peter Turner, Stewart Molyneux, and Richard Bevins
Wiltshire Archaeological & Natural History Magazine, vol. 110 (2017), pp. 1–16
Abstract:
The three major groups of debitage found in the Stonehenge Landscape are dolerites, rhyolitic tuffs (almost exclusively from Craig Rhosyfelin, now designated as Rhyolite Group A–C) and 'volcanics with sub-planar texture' now designated as Volcanic Group A and Volcanic Group B. The only other significant debitage group, but only accounting for about 5% by number, is an indurated sandstone now called the Lower Palaeozoic Sandstone. The Lower Palaeozoic Sandstone is a coherent lithological group with a slight metamorphic fabric and is a fine-grained feldspathic sandstone with characteristic dark, mudstone intraclasts. Palynological (acritarch) dating of the sandstone suggests that it is Late Ordovician or younger whilst the petrography suggests that it is older and more deformed than the Devonian (ORS) sandstones exposed in South Wales. Spatially, as with all the major debitage groups, the Lower Palaeozoic Sandstone is widely and randomly distributed throughout the Stonehenge Landscape; temporally, almost none of the debitage has a secure Neolithic context but some may have later Roman associations. The debitage cannot be matched to any above-ground Stonehenge orthostat but may be from one or two buried and, as yet, unsampled stumps. The lithology is believed to be from an unrecognised Ordovician (or less likely Silurian) source to the north or northeast of the Preseli Hills. Although there has been confusion within the archaeological literature between the 'Devonian' Altar Stone, Lower Old Red Sandstone (Devonian) Cosheston Group sandstone and the Lower Palaeozoic Sandstone, all three are very different lithologies with separate geographical origins.
by Rob Ixer, Peter Turner, Stewart Molyneux, and Richard Bevins
Wiltshire Archaeological & Natural History Magazine, vol. 110 (2017), pp. 1–16
Abstract:
The three major groups of debitage found in the Stonehenge Landscape are dolerites, rhyolitic tuffs (almost exclusively from Craig Rhosyfelin, now designated as Rhyolite Group A–C) and 'volcanics with sub-planar texture' now designated as Volcanic Group A and Volcanic Group B. The only other significant debitage group, but only accounting for about 5% by number, is an indurated sandstone now called the Lower Palaeozoic Sandstone. The Lower Palaeozoic Sandstone is a coherent lithological group with a slight metamorphic fabric and is a fine-grained feldspathic sandstone with characteristic dark, mudstone intraclasts. Palynological (acritarch) dating of the sandstone suggests that it is Late Ordovician or younger whilst the petrography suggests that it is older and more deformed than the Devonian (ORS) sandstones exposed in South Wales. Spatially, as with all the major debitage groups, the Lower Palaeozoic Sandstone is widely and randomly distributed throughout the Stonehenge Landscape; temporally, almost none of the debitage has a secure Neolithic context but some may have later Roman associations. The debitage cannot be matched to any above-ground Stonehenge orthostat but may be from one or two buried and, as yet, unsampled stumps. The lithology is believed to be from an unrecognised Ordovician (or less likely Silurian) source to the north or northeast of the Preseli Hills. Although there has been confusion within the archaeological literature between the 'Devonian' Altar Stone, Lower Old Red Sandstone (Devonian) Cosheston Group sandstone and the Lower Palaeozoic Sandstone, all three are very different lithologies with separate geographical origins.
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