Abstract
Disaster management is a neglected area of British business history. Industrial disasters led to significant loss of life and imposed considerable costs on firms involved. This article examines the emergence of a network of mine rescue stations across UK coalfields in the early twentieth century, making use of previously overlooked records of mine rescue station boards. Pioneering mine rescue stations were established in Yorkshire at coalowners’ initiative in 1901 and 1902, a few years before provision of rescue stations and breathing apparatus became mandatory. As well as rescue operations, these facilities were used to put out colliery fires and restore damaged mines. The involvement of coalowners in mine rescue also signalled that the industry was interested in miner safety at a time of growing unrest. The article concludes that there is scope for much more research into the early years of disaster management in the mines and in other industries.
Acknowledgements
I acknowledge internal REF funding from Sheffield Hallam University, and thank Chris Corker, Sarah Holland, and Alan Malpass for research assistance. I thank Jennifer Hillyard of the North of England Institute of Mining and Mechanical Engineers for assistance, and archivists at Sheffield, Rotherham, and Leeds. An earlier version was presented at the Association of Business Historians conference at the Open University in June 2018.
Disclosure statement
The author has no conflicts of interest.
Notes
2 Financial crises and disasters have proved much more popular research topics, but here we focus on industrial disasters that cause physical as well as financial damage.
3 For example those of the Leicestershire and South Derbyshire rescue station at Ashby-de-la-Zouch are held by the Leicestershire, Leicester and Rutland Record Office.
6 Other countries are no better served but lack of space precludes further discussion.
17 Singleton (2011, pp. 107–123).
23 Church and Outram (1986, pp 46–48).
25 Church and Outram (1986, pp. 82–83) and Baylies (Citation1993).
27 University of Leeds Archive, MS148/3, West Yorkshire Coal Owners’ Association, Minute Book no. 3.
31 Rotherham Archives and Local Studies [hereafter RALS], 63-B/6/4/8, The Yorkshire Coal-Owners’ Mutual Indemnity Company Limited, Memorandum and Articles of Association, 9 June 1898.
46 Department of Scientific and Industrial Research Advisory Council (Citation1918).
47 An Engineering Correspondent, “Rescue Work in Mines,” The Times, 18 March 1908, p. 3.
55 Redmayne and Pope(Citation1911). Whether lives would have been saved if apparatus had been nearby is unknown. With luck and discipline, miners could sometimes survive for several days if they built stoppings to protect themselves from gas. Punke (Citation2016).
56 Enoch Edwards, HC Deb., 16 June 1910, vol. 17, cols 1474-1480.
57 “Mr Keir Hardie on Pit Disasters: The Whitehaven Fire ‘Profits Against Safety.’” Manchester Guardian, 26 July 1910, p. 5.
58 “Accidents in Mines (Editorial).” The Times, 18 June 1910, p. 11.
59 University of Leeds Archive, MS148/3, West Yorkshire Coal Owners’ Association, Minute Book no. 3, Meeting on 28 June 1910.
62 For the most accessible overview, see McAdam and Davidson (Citation1955, pp. 5–21, 35–47). See also Department of Scientific and Industrial Research Advisory Council (Citation1918).
63 RALS, 185/B/9/1/1, Rotherham and District Rescue Station Board, Notes on a Visit to the Northumberland and Durham Fire and Rescue Station at Elswick, on Wednesday, Oct 1st 1913; Bremner (Citation1922).
67 RALS, 185/B/9/5, Rotherham and District Rescue Station Board, Rules and Regulations, 4 January 1916; Bulman and Mills (Citation1921, pp. 1–8, 13–36); Sheffield City Archives [hereafter SCA], COAL/Y2/5/7, Wath Joint Rescue Station, Organization, Establishment, Training and Rules, 1932; COAL/Y2/5/9, Wath Joint Rescue Station, Rule Book and Manual of Instruction, 1939.
74 “Life-saving in Mines.” Manchester Courier and Lancashire General Advertiser, 3 April 1908, p. 9.
77 SCA, MD3479, Tankersley Note and Minute Book, undated, p. 6. By 2017, the former Tankersley joint rescue station was occupied by the Café 334 Coffee House and Bistro and the Skin & Tonic Beauty and Hair Salon.
78 SCA, MD3482, Tankersley Rescue Station (Formation) G.B. Walker to M.H. Habershon, 17 November 1898.
79 SCA, MD3482, M.H. Habershon to W. Allott, 31 October 1900; Habershon (Citation1900-1901).
80 Habershon, (Citation1904–1905, p. 256); SCA, MD3479, Tankersley Note and Minute Book, undated, p. 4.
82 SCA, COAL/Y2/1/1, Wath Rescue Station, minutes, 29 June 1906; 10 October 1906.
83 SCA, COAL/Y2/1/1, Wath Rescue Station, minutes, 25 November 1908; Note on Wath Rescue Station, 2 March 1910.
84 SCA, COAL/Y2/1/1, Wath Joint Rescue Station, minutes, 2 March 1910.
85 For an overview of the facilities at these stations (excepting Altofts and Doncaster) see TNA, DSIR36/417, Some Particulars of Brierley Rescue Station S. Yorkshire, November 1917; Record of Visits of the [Mine Rescue Apparatus Research] Committee to Rescue Stations in Yorkshire, November 28th and 29th 1917.
86 RALS, 185/B/9/1/1, Mines Accidents (Rescue and Aid) Act 1910: Statutory Rules and Orders, 1912, No. 347, Report for Presentation to a Meeting to be Held at Victoria Hotel, Sheffield, on Wednesday, May 15th, 1912, for the Purpose of Considering the Establishment of a Central Rescue Station.
87 RALS, 185/B/9/1/1, Rotherham and District Rescue Station Board, Minutes, 15 May 1912; 22 August 1912.
88 RALS, 185/B/9/1/1, Rotherham and District Rescue Station Board, Minutes, 17 January 1914.
89 RALS, 185/B/9/1/1, Rotherham and District Rescue Station Board, Summary Taken from Dr Naylor’s Notes, undated 1913; Record of Demonstrations with Various Apparatus at the New Rescue Station, 3 September 1913.
91 RALS, 185/8/9/1/2, Rotherham and District Rescue Station Board, General Meeting on March 31, 1914; Secretary’s Report & Balance Sheet for Year Ending 30 June 1915.
92 SCA, COAL/NC/10/6, South Yorkshire Coal Trades Association, Meeting at Sheffield re Amendment of Rescue Regulations etc, 28 June 1923; Buxton (Citation1979, p. 65).
94 SCA, COAL/NC/10/7, W. Hay to T.H.B. Young, 19 February 1929; RALS, 185/8/9/1/2, Rotherham and District Rescue Station Board, AGM minutes, 2 October 1929.
102 SCA, COAL/Y2/5/7, Wath Joint Rescue Station, Organization, Establishment, Training and Rules, 1932; COAL/Y2/5/9, Wath Joint Rescue Station, Rule Book and Manual of Instruction, 1939.
105 Royal Commission on Safety in Coal Mines (Citation1938, pp. 13–14).
106 RALS, 185/8/9/1/2, Rotherham and District Rescue Station Board, Meeting of Sub-committee Appointed to Meet the Rescue Workers, 5 March 1943.
114 “Mine Heroes.” Yorkshire Telegraph and Star, 7 July 1908, p. 8.
117 Our Correspondents, “Pit Disaster in Yorkshire.” The Times, 10 July 1912, p. 8.
118 Redmayne (Citation1913, pp. 9–23). Other disturbing aspects of the Cadeby disaster were debated in Parliament. Hansard HC Deb. 02 July 1913, vol 54, cc1972-99.
119 Redmayne, Report on the Explosions at Cadeby Main Colliery, pp. 23–24; RALS, 185/B/9/1/1, Rotherham and District Rescue Station Board, Notes of a Visit to Wath Rescue Station on Wednesday, October 2nd 1912; SCA, COAL/Y2/5/8, Wath Joint Rescue Station, Record of Occurrences and Occasions on which Apparatus have been used, undated.
120 SCA, COAL/Y2/1/1, Wath Rescue Station, Minutes, 4 October 1912.
121 A.W.M. “Don Valley Notes,” Yorkshire Telegraph and Star, 24 Sept. 1912, p. 4.
123 SCA, COAL/Y2/5/8, Wath Joint Rescue Station, Record of Occurrences and Occasions on which Apparatus have been Used, other than Practices, since the Station was Opened in 1908, 11 September 1933.
124 SCA, COAL/NC/10/6, Tankersley Joint Rescue Station, Occasions on Which Apparatus has been Used Underground, 28 July 1923.
Coppola, D. P. (2011). Introduction to international disaster management. 2nd ed. Butterworth-Heinemann. Singleton, J. (2016). Economic and natural disasters since 1900. Edward Elgar. Herbane, B. (2010). The evolution of business continuity management: A historical review of practices and drivers. Business History, 52(6), 978–1002. https://doi.org/10.1080/00076791.2010.511185 Prince, S. H. (1920). Catastrophe and social change. Columbia University Press. Pinsdorf, M. K. (1997). Engineering dreams into disaster: History of the tay bridge. Business and Economic History, 26(2), 491–504. Henderson, I. (1998). The British approach to disaster management: A fresh look at the tay bridge disaster, 1879. Northern Scotland, 18(1), 57–74. https://doi.org/10.3366/nor.1998.0006 Frey, B. S., Savage, D. A., & Torgler, B. (2011). Behavior under extreme conditions: The ‘Titanic disaster. Journal of Economic Perspectives, 25(1), 209–221. https://doi.org/10.1257/jep.25.1.209 Sheail, J. (2007). Torrey Canyon: The political dimension. Journal of Contemporary History, 42(3), 485–504. https://doi.org/10.1177/0022009407078329 Giles, A. C. (2011). Railway accidents and nineteenth-century legislation: Misconduct, want of caution or causes beyond their control? Labour History Review, 76(2), 121–142. https://doi.org/10.1179/174581811X13063237706916 Fowler, J. (2018). Compensating the passengers: A comparison of the management of three London underground crashes 1909–1975. Business History? 62(8), 1–17. McIvor, A., & Johnston, R. (2007). Miners’ lung: A history of dust disease in British coal mining. Ashgate. Bufton, M. W., & Melling, J. M. (2005). Coming up for air: Experts, employees and workers in campaigns to compensate silicosis sufferers in Britain 1918–1939. Social History of Medicine, 18(1), 63–86. https://doi.org/10.1093/sochis/hki007 Perchard, A., & Gildart, K. (2015). Buying brains and experts: British coal owners, regulatory capture and miners’ health, 1918–1946. Labor History, 56(4), 459–480. https://doi.org/10.1080/0023656X.2016.1086555 Mills, C. (2010). Regulating health and safety in the British mining industries, 1800–1914. Ashgate. Selway, D. (2016). Death underground: Mining accidents and memory in South Wales, 1913–74. Labour History Review, 81(3), 187–209. https://doi.org/10.3828/lhr.2016.10 Phillips, J. (2019). Scottish coal miners in the twentieth century. Edinburgh University Press. Woodhead, J. (1975). The Bentley colliery disaster. Bulletin—Society for the Study of Labour History, 31, 66–92. Williamson, S. G. (1999). Gresford: The anatomy of a disaster. Liverpool University Press. McLean, I., & Johnes, M. (2000). Aberfan: Government and disasters. Welsh Academic Press. Harvey, B. (2016). The Oaks Colliery disaster of 1866: A case study in responsibility. Business History, 58(4), 501–531. https://doi.org/10.1080/00076791.2015.1086342 Reveley, J., & Singleton, J. (2018). Carbon copy: The mock bureaucratic setting of colliery explosions in early twentieth century Britain and at Pike River, New Zealand. Journal of Management History, 24(1), 20–36. https://doi.org/10.1108/JMH-07-2017-0037 Anney, T. (2013). Death on the Warwickshire Coalfield: An examination of the contribution of miners [Coalowners and the State to the Decline in Mining Fatalities in the British Coal Industry in the Period of Expansion 1840 to 1913. PhD thesis]. University of Wolverhampton. Church, R., Hall, A., & Kanefsky, J. (1986). The history of the British coal industry. Vol. 3. Clarendon Press. Strong, G. R. (1988). A history of the institution of mining engineers 1889-1989. Institution of Mining Engineers. Outram, Q. (2004). Class warriors: The coalwners. In J. McIlroy, A. Campbell & K. Gildart (Eds.), Industrial politics and the 1926 mining lockout: The struggle for dignity (pp. 107–135). University of Wales Press. Dintenfass, M. (1992). Managing industrial decline: Entrepreneurship in the British Coal industry between the wars. Columbus. Baylies, C. (1993). The history of the Yorkshire Miners 1881–1918. Routledge. Melling, J. (1996). Safety, supervision and the politics of productivity in the British coalmining industry, 1900–1960. In J. Melling & A. McKinlay (Eds.), Management, labour and industrial politics in modern Europe: The quest for productivity (pp. 145–173). Edward Elgar. Perchard, A. (2007). The mine management professions in the twentieth-century Scottish coal mining industry. Edwin Mellen Press. Boyns, T. (1986). Technical change and colliery explosions in the South Wales Coalfield, c. 1870–1914. Welsh History Review, 13(2), 155–177. Jones, A. V. (2006). Towards safer working: The hazards and the risks of introducing electrical equipment in British Coal Mines up to about 1930. Transactions of the Newcomen Society, 76(1), 115–126. https://doi.org/10.1179/175035206X105230 Davies, I. J. (1914). Carbon monoxide poisoning in the senghenydd explosion. Proceedings of the Royal Society of Medicine, 7(Neurol Sect), 49–68. https://doi.org/10.1177/003591571400700920 Reveley, J., & Singleton, J. (2018). Carbon copy: The mock bureaucratic setting of colliery explosions in early twentieth century Britain and at Pike River, New Zealand. Journal of Management History, 24(1), 20–36. https://doi.org/10.1108/JMH-07-2017-0037 Singleton, J. (2016). Economic and natural disasters since 1900. Edward Elgar. Silvestre, J. (2008). Workplace accidents and early safety policies in Spain, 1900-1932. Social History of Medicine, 21(1), 67–86. https://doi.org/10.1093/shm/hkm112 Garforth, W. E. (1905-1906). A new apparatus for rescue-work in mines. Transactions of the Institution of Mining Engineers, 31, 625–654. Haldane, J. S. (1909–1910). The possibilities of rescue-work in connexion with mine explosions and fires. Transactions of the Institution of Mining Engineers, 39, 458–469. Murray, J. E., & Silvestre, J. (2015). Small-scale technologies and European Coal Mine Safety, 1850–1900. The Economic History Review, 68(3), 887–910. https://doi.org/10.1111/ehr.12080 Jones, A. V. (2006). Towards safer working: The hazards and the risks of introducing electrical equipment in British Coal Mines up to about 1930. Transactions of the Newcomen Society, 76(1), 115–126. https://doi.org/10.1179/175035206X105230 Mills, C. (2010). Regulating health and safety in the British mining industries, 1800–1914. Ashgate. Bryan, A. (1975). The evolution of health and safety in mines. Mine and Quarry. Harvey, B. (2016). The Oaks Colliery disaster of 1866: A case study in responsibility. Business History, 58(4), 501–531. https://doi.org/10.1080/00076791.2015.1086342 Williamson, S. G. (1999). Gresford: The anatomy of a disaster. Liverpool University Press. Reveley, J., & Singleton, J. (2018). Carbon copy: The mock bureaucratic setting of colliery explosions in early twentieth century Britain and at Pike River, New Zealand. Journal of Management History, 24(1), 20–36. https://doi.org/10.1108/JMH-07-2017-0037 Aldrich, M. (1995). The needless peril of the coal mine: The bureau of mines and the campaign against coal mine explosions, 1910–1940. Technology and Culture, 36(3), 483–518. Neville, R. G. (1978). The courrières colliery disaster, 1906. Journal of Contemporary History, 13(1), 33–52. https://doi.org/10.1177/002200947801300103 Garforth, W. E. (1913). A record of the origin of the principle of stone-dusting for the prevention of explosions. Transactions of the Institution of Mining Engineers, 45, 562–575. Royal Commission on Safety in Coal Mines. (1938). Report, Cmd. 5890. HMSO. Duckham, B. F. (1976). The oaks disaster, 1866. In J. Benson & R. G. Neville (Eds.), Studies in the Yorkshire coal industry (pp. 66–91). Manchester University Press. Hutchinson, J. F. (1996). Champions of charity: War and the rise of the red cross. Westview. Price, J. (2007). Heroism in everyday life: The Watts memorial for heroic self sacrifice. History Workshop Journal, 63(1), 254–278. https://doi.org/10.1093/hwj/dbm013 Harrison, M. (1996). Medicine and the management of modern warfare. History of Science; an Annual Review of Literature, Research and Teaching, 34(106 pt 4), 379–410. https://doi.org/10.1177/007327539603400401 Royal Commission on Mines. (1909). Second Report, Cd. 4820. HMSO. Foregger, R. (1974). Development of mine rescue and underwater breathing apparatus: Appliances of Henry Fleuss. Journal of the History of Medicine and Allied Sciences, 29(3), 317–330. https://doi.org/10.1093/jhmas/xxix.3.317 Bagot, A. (1883). Life brigades for mining districts. Metchim & Son. Department of Scientific and Industrial Research Advisory Council. (1918). First report of the mine rescue apparatus research committee. DSIR. Royal Commission on Mines. (1907). First Report, Cd. 3548. HMSO. Perchard, A., & Gildart, K. (2015). Buying brains and experts: British coal owners, regulatory capture and miners’ health, 1918–1946. Labor History, 56(4), 459–480. https://doi.org/10.1080/0023656X.2016.1086555 Royal Commission on Mines. (1907). First Report, Cd. 3548. HMSO. Rescue Regulations Committee. (1926). Report of the Departmental Committee Appointed by the Secretary of State for Mines to Investigate the Existing Arrangements for the Provision and Maintenance of Rescue Appliances and for the Formation and Training of Rescue Corps and Brigades. HMSO. Royal Commission on Mines. (1909). Second Report, Cd. 4820. HMSO. Royal Commission on Mines. (1909). Second Report, Cd. 4820. HMSO. Mills, C. (2010). Regulating health and safety in the British mining industries, 1800–1914. Ashgate. Crook, T., & Esbester, M. (2016). (Eds.). Governing risks in modern Britain: Danger, safety and accidents, c. 1800–2000. Palgrave Macmillan. Ewen, S. (2003). Central government and the modernization of the British Fire Service, 1900-1938. Twentieth Century British History, 14(4), 317–338. https://doi.org/10.1093/tcbh/14.4.317 Redmayne, R. A. S., & Pope, S. (1911). Explosion and Underground Fire at the Wellington Pit, Whitehaven Colliery. Report on the Causes of and Circumstances Attending an Explosion and Underground Fire which Occurred at the Wellington Pit, Whitehaven Colliery on the 11th May, 1910, Cd. 5524. HMSO. Punke, M. (2016). Fire and Brimstone: The North Butte Mining Disaster of 1917. Borough. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Mines (Rescue and Aid) Committee. (1911). Report of the Departmental Committee on the Organisation of Rescue and Aid in the Case of Accidents in Coal Mines, Cd. 5550. HMSO. Rescue Regulations Committee. (1926). Report of the Departmental Committee Appointed by the Secretary of State for Mines to Investigate the Existing Arrangements for the Provision and Maintenance of Rescue Appliances and for the Formation and Training of Rescue Corps and Brigades. HMSO. Mines Department. (1922). First Annual Report of the Secretary of State for Mines for the Year Ending 31st December 1921 and the Annual Report of H.M. Chief Inspector of Mines. HMSO. McAdam, R., & Davidson, D. (1955). Mine rescue work. Oliver and Boyd. Department of Scientific and Industrial Research Advisory Council. (1918). First report of the mine rescue apparatus research committee. DSIR. Bremner, A. J. (1922). The Heylandt liquid air plant. Transactions of the Faraday Society, 18(December), 240–242. https://doi.org/10.1039/tf9221800240 Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Haldane, J. S. (1913–1914). Self-contained rescue-apparatus for use in irrespirable atmospheres: Report to the Doncaster Coal-Owners’ (Gob-Fire Research) Committee. Transactions of the Institution of Mining Engineers, 47, 725–776. Haldane J. S. (1914–1915). Self-contained rescue-apparatus and smoke-helmets: Second report to the doncaster coal-owners’ (Gob-Fire Research) Committee. Transactions of the Institution of Mining Engineers, 48, 550–585. Logan, D. D. (1918-19). The difficulties and dangers of mine-rescue work on the western front; and mining operations carried out by men wearing rescue-apparatus. Transactions of the Institution of Mining Engineers, 57, 197–222. Mortimer, T. (1999). 175 Years of the Royal National Lifeboat Institution. Dublin Historical Record, 52(2), 138–142. Ewen, S. (2003). Central government and the modernization of the British Fire Service, 1900-1938. Twentieth Century British History, 14(4), 317–338. https://doi.org/10.1093/tcbh/14.4.317 Brown, K. D. (1989). The Belfast Fire Brigade, 1880–1914. Irish Economic and Social History, 16(1), 65–72. https://doi.org/10.1177/033248938901600104 Garforth, W. E. (1901–1902). Experimental gallery for testing life-saving apparatus. Transactions of the Institution of Mining Engineers, 22, 169–172. Garforth, W. E. (1905-1906). A new apparatus for rescue-work in mines. Transactions of the Institution of Mining Engineers, 31, 625–654. Garforth, W. E. (1905-1906). A new apparatus for rescue-work in mines. Transactions of the Institution of Mining Engineers, 31, 625–654. Habershon, M. H. (1904–1905). The work of a joint colliery rescue-station. Transactions of the Institution of Mining Engineers, 28, 254–263. Hopwood, F. J. S. (1903). Wages and profits in coal mining. In House of Commons Parliamentary Papers. HMSO. Elliston, E. C. (1922). The ‘Rotherham’ rescue apparatus. Colliery Guardian, 11, 329–330. Buxton, N. K. (1979). Coalmining. In N. K. Buxton & D. H. Aldcroft (Eds.), British industry between the wars (pp. 48–77). Scolar. Mines Department. (1929). Eighth Annual Report of the Secretary of State for Mines for the Year Ended 31st December 1928 and the Annual Report of H.M. Chief Inspector of Mines. HMSO. Rescue Regulations Committee. (1926). Report of the Departmental Committee Appointed by the Secretary of State for Mines to Investigate the Existing Arrangements for the Provision and Maintenance of Rescue Appliances and for the Formation and Training of Rescue Corps and Brigades. HMSO. Blackett, W. C. (1910–1911). The fire- and rescue-station of the Durham and Northumberland collieries fire- and rescue-brigade. Transactions of the Institution of Mining Engineers, 41, 253–271. Garforth, W. E. (1897–1898). Suggested rules for the recovery of coal-mines after explosions. Transactions of the Institution of Mining Engineers, 14, 495–533. Garforth, W. E. (1897–1898). Suggested rules for the recovery of coal-mines after explosions. Transactions of the Institution of Mining Engineers, 14, 495–533. Garforth, W. E. (1897–1898). Suggested rules for the recovery of coal-mines after explosions. Transactions of the Institution of Mining Engineers, 14, 495–533. Lloyd, W. D. (1913-1914). An account of the use of rescue-apparatus at lodge mill colliery, Huddersfield. Transactions of the Institution of Mining Engineers, 46, 250–254. Garforth, W. E. (1905-1906). A new apparatus for rescue-work in mines. Transactions of the Institution of Mining Engineers, 31, 625–654. Burton, C. (2014). Risking life and wing: Victorian and Edwardian conceptions of coal-mine canaries. Victorian Review, 40(2), 143–159. https://doi.org/10.1353/vcr.2014.0029 Garforth, W. E. (1909). Suggested rules for recovering coal mines after explosions and fires (revised ed.). Colliery Guardian. Bulman, H. F., & Mills, F. P. (1921). Mine rescue work and organization. Crosby Lockwood & Son. Blackett, W. C. (1921). Foreword. In H. F. Bulman & F. P. Mills (Eds.), Mine rescue work and organization. Crosby Lockwood & Son. Royal Commission on Safety in Coal Mines. (1938). Report, Cmd. 5890. HMSO. Winborn, A. T. (1907–1908). Notes on recent experience in the practical use of rescue-apparatus. Transactions of the Institution of Mining Engineers, 35, 7–12. Wroe, J. (1907–1908). Notes on a recent underground fire at wharncliffe silkstone collieries, and the use of rescue-apparatus in connection therewith. Transactions of the Institution of Mining Engineers, 35, 2–6. Walker, G. B. (1908–1909). On the practical use and value of colliery rescue-apparatus, and the organization of rescue-corps. Transactions of the Institution of Mining Engineers, 36, 536–544. Allott, J. R. L. (1912–1913). The reopening of Norton colliery with self-contained breathing-apparatus after an explosion. Transactions of the Institution of Mining Engineers, 45, 595–617. Redmayne, R. A. S. (1908). Report on the Causes of and Circumstances Attending the Underground Fire which Occurred at the Hamstead Colliery on 4th March 1908, Cd. 4231. HMSO. Redmayne, R. A. S. (1908). Report on the Causes of and Circumstances Attending the Underground Fire which Occurred at the Hamstead Colliery on 4th March 1908, Cd. 4231. HMSO. Garforth, W. E. (1909). Suggested rules for recovering coal mines after explosions and fires (revised ed.). Colliery Guardian. Anon. (1908–1909). Election of Officers 1908–1909. Transactions of the Institution of Mining Engineers, 36, 96–97. Anney, T. (2013). Death on the Warwickshire Coalfield: An examination of the contribution of miners [Coalowners and the State to the Decline in Mining Fatalities in the British Coal Industry in the Period of Expansion 1840 to 1913. PhD thesis]. University of Wolverhampton. Redmayne, R. A. S. (1913). Report on the Causes of and Circumstances Attending the Explosions which Occurred at the Cadeby Main Colliery on Tuesday July 9th 1912, Cd. 6716. HMSO. Lloyd, W. D. (1913-1914). An account of the use of rescue-apparatus at lodge mill colliery, Huddersfield. Transactions of the Institution of Mining Engineers, 46, 250–254. Bryan, S. A. (1951). Accident at Knockshinnoch Castle Colliery, Ayrshire: Report, Cmd. 8180. HMSO.