RAF Bowes Moor
RAF Bowes Moor was a chemical warfare agent (CWA) storage site run by the Royal Air Force during, and after the Second World War. RAF Bowes Moor was to the north of the village of Bowes in what is now County Durham, England. The Bowes Moor geographical feature runs from the north to the south west of the village. The Royal Air Force used the site to stock its chemical weapon supply, most of which was disposed of in situ by burning. The site, which closed in 1947, is known for the dangerous chemicals which leached into the soil.
RAF Bowes Moor | |
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Bowes, County Durham in England | |
Sign at RAF Bowes Moor | |
RAF Bowes Moor Location within County Durham | |
Coordinates | 54.526°N 2.030°W |
Grid reference | NY982145 |
Type | Military |
Area | 564 acres (228 ha) |
Site information | |
Owner | Air Ministry MoD |
Operator | Royal Air Force |
Controlled by | Royal Air Force (1941–1947) |
Open to the public | Limited |
Site history | |
Built | 1941 |
In use | 1947 |
Fate | Derelict |
Garrison information | |
Occupants | No. 81 Maintenance Unit |
The only unit to have officially worked at Bowes Moor, was No. 81 Maintenance Unit RAF (1941–1947). The Bowes Loop of the Pennine Way goes through the site.
History
1940s
The site was opened in December 1941 as an open storage location for all the Royal Air Force's chemical weapons inventory. It was located at Stoney Keld, Tute Hill, to the north of the village of Bowes, in the North Riding of Yorkshire.[1] The site is now in County Durham, being transferred there in 1974;[2] however, the Ministry of Defence still groups the site with others in North Yorkshire.[3] RAF Bowes Moor was built on the moorland between Bowes and Cotherstone, which was used extensively for training in the Second World War, with infantry and tank training taking place.[4] The only RAF unit known to have been based at Bowes Moor was No. 81 Maintenance Unit,[5] which was part of No. 42 Group, RAF.[6]
It is known that mustard gas, phosgene and lewisite were stored at the site during the time that it was operational.[7] The need for the site was precipitated by other munitions stores which were short on space because of the war effort. Also, a few accidents in other bomb stores, such as at Llanberis and Harpur Hill in Derbyshire, led to a belief that storing chemical weapons underground was inherently unsafe.[8] A decision was taken to locate all the chemical warfare agents in one location; Bowes Moor was selected due to it being fairly remote, but having the capability of a rail link (from the South Durham and Lancashire Union Railway).[9][10] The site covered 564 acres (228 ha) and had an estimated 17,000 tonnes (19,000 tons) of ordnance storage.[11] Originally, the weapons were left piled up in the open with tarpaulins on them, however, sheep ate the covers which dislodged the weapons and so hardstandings were built to house the weapons.[9] Most weapons were then stored inside buildings, except the 250 lb (110 kg) bombs which were left outside, however, sheep-proof fencing was erected around the whole site. Specialist gas-proof air-raid shelters were constructed for those who worked at the site, in case of an aerial bombardment.[12]
The favoured method of disposal of mustard gas on site was by burning, something that the British military had been doing in occupied Germany in 1945.[13] However, this was sometimes ineffective as it produced large clouds of smoke and some of the agent contaminated the ground on the site.[14] As the war in Europe and the Far East came to a close, more and more chemical weapons were sent to RAF Bowes Moor; in October of 1945 alone, almost 2,500 tonnes (2,800 tons) of bombs were shipped in from other locations.[15] This meant that the rate of disposal was similarly accelerated. Experiments were conducted in the best way to dispose of the bombs, including decanting the poisonous liquid, but this method was found to be too time-consuming and also had a greater danger to the operatives carrying out the work.[16] The process used in Germany was adopted, whereby the CWAs would be stacked up with incendiary bombs, and then tracer rounds from a Sten gun would be fired into the pile, causing an explosion. Even so, this left too much of an arsenal to deal with, and a good deal of tonnage from the Bowes Moor site was disposed of at sea in Operation Sandcastle.[17] In January 1946, scientists and a veterinary surgeon from Porton Down, travelled to the site to oversee the burning and analyse cattle found dead that had grazed on the area.[18]
Recent history
In 1997, RAF Bomb Disposal teams discovered stocks of mustard gas which should have been destroyed in the 1940s.[19] The site was being prepared for sale to a private buyer.[19]
In 2007, the MoD initiated Project Cleansweep, a programme to test 14 sites with evidence of CWAs being used at that location, with Bowes Moor being one of four in the north of England.[20] The local council welcomed the clean-up, pointing out that the Pennine Way runs "..through this poison gas factory with skull and crossbones signs, and it's really something that should be cleared up."[21][22] The study determined that whilst the site did have chemicals such as arsenic in the soil, the levels were low enough not to harm humans. It also found that some of the redundant buildings were crushed after the war, and the hardcore remains were used to line the landfill and roads on the site.[23]
References
- Dillon, Paddy (2017). The Pennine Way : from Edale to Kirk Yetholm (4 ed.). Cumbria: Cicerone. p. 132. ISBN 978-1-85284-906-1.
- Young, Alan (2015). The lost stations of Yorkshire part 2; the North and East Ridings. Kettering: Silver Link. p. 67. ISBN 978-1-85794-453-2.
- "MOD byelaws: North Yorkshire". GOV.UK. Retrieved 23 January 2021.
- Lloyd, Chris (8 January 2021). "Not such a happy Valentine". Darlington & Stockton Times (2021–01). p. 28. ISSN 2516-5348.
- "81 Maintenance Unit, formed at Bowes Moor December 1941; disbanded October 1947 (MU UK)". discovery.nationalarchives.gov.uk. Retrieved 26 January 2021.
- Thomas, Andy (1985). Effects of chemical warfare : a selective review and bibliography of British state papers. London: Taylor & Francis. pp. 72–78. ISBN 0850663075.
- Moran, Tony (October 2011). "A clean sweep". Diologue; the magazine of the Defence Infrastructure Organisation. No. 2. Sutton Coldfield: DIO. p. 11. OCLC 921510610.
- McCamley 2004, pp. 14–15.
- Wooldridge, Mike (2005). "Explosives". The Journal of the Royal Air Force Historical Society. Royal Air Force Historical Society (35): 44. ISSN 1361-4231.
- McCamley 2004, p. 15.
- Edwards, Rob (24 July 2011). "MoD investigates former chemical weapons factories for contamination". The Guardian. Retrieved 23 January 2021.
- McCamley 2004, p. 153.
- Preuss, Johannes (2017). "The Reconstruction of Production and Storage Sites for Chemical Warfare Agents and Weapons from Both World Wars in the Context of Assessing Former Munitions Sites". One Hundred Years of Chemical Warfare: Research, Deployment, Consequences: 325. doi:10.1007/978-3-319-51664-6_16. ISBN 978-3-319-51663-9.
- "Lords Bridge Forward Filling Depot – Subterranea Britannica". www.subbrit.org.uk. Retrieved 23 January 2021.
- McCamley 2004, p. 158.
- McCamley 2004, p. 157.
- McCamley 2004, pp. 157–159.
- Perera, Judith; Thomas, Andy (9 May 1985). "Alert at Britain's gas dumps". New Scientist. Vol. 106 no. 1, 455. London: New Science Publications. p. 5. ISSN 0262-4079.
- Stothard, Peter, ed. (31 October 1997). "Gas found". The Times. p. 2. ISSN 0140-0460.
- Moran, Tony (October 2011). "A clean sweep". Diologue; the magazine of the Defence Infrastructure Organisation. No. 2. Sutton Coldfield: DIO. p. 10. OCLC 921510610.
- "Tests at former mustard gas site". BBC News. 27 December 2007. Retrieved 26 January 2021.
- Hopkins, Tony (1989). Pennine Way North : Bowes to Kirk Yetholm. London: Aurum. p. 29. ISBN 1-85410-018-1.
- Roberts, Will (11 March 2009). "Experts put residents' minds at rest over moor's dangers". The Northern Echo. Retrieved 26 January 2021.
Sources
- McCamley, N. J. (2004). Disasters underground. Barnsley, South Yorkshire: Pen & Sword Military. ISBN 1-84415-022-4.