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The role of the wind in the destruction of an historic hut at Cape Adare in Antarctica

Published online by Cambridge University Press:  27 October 2009

David L. Harrowfield
Affiliation:
International Antarctic Centre, PO Box 14-001, Orchard Road, Christchurch, New Zealand

Abstract

In 1911 the Northern Party of Robert Falcon Scott's British Antarctic expedition (1910–1913), built a wooden hut at Cape Adare, a locality notorious for gusting, high-velocity winds. During the expedition, the hut suffered superficial damage from 18 storms estimated at force 11–12 on the Beaufort scale. Since then, storms during the intervening 84 years have virtually destroyed the hut. This paper outlines the wind and storm events recorded at Cape Adare and suggests that the topography of the Adare Peninsula forces the strong southeast wind to change to an eastsoutheast wind only on meeting high ground. By the time it reaches Ridley Beach, it assumes the character of a highvelocity katabatic wind. It is suggested that at Cape Adare topographically reinforced winds are largely responsible for the destruction of the historic hut. The reasons for this and a possible history of hut destruction is given.

Type
Articles
Copyright
Copyright © Cambridge University Press 1996

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References

Bagnold, R.A. 1941. The physics of blown sand in desert dunes. London: Chapman and Hall.Google Scholar
Bemacchi, L.C. 1899. Diary of the Southern Cross expedition. Cambridge: Scott Polar Research Institute MS 253.Google Scholar
Blunt, W. 1991. Mawson's huts Antarctica: a conservation report. Unpublished report for Project Blizzard.Google Scholar
Borchgrevink, C.E. 1903. Magnetic and meteorological observations made by the ‘Southern Cross’ Antarctic expedition 1898–1900. London: Royal Society of London.Google Scholar
Buller, P. 1978. In the teeth of the wind. Building 27: 6870.Google Scholar
Cochran, C. 1988. Conservation of historic huts, Ross Island, Antarctica. Unpublished report for Antarctic Division, DSIR.Google Scholar
Davies, F.E.C. 1911. With Scott: before the mast, by Rudolph. Diary of the Terra Nova expedition. Christchurch: Canterbury Museum MS 125.Google Scholar
Dennistoun, J.R. 1912. Diary of a voyage to Antarctica. Christchurch: Canterbury Museum MS 90.Google Scholar
Harrowfield, D.L. 1982. Historic sites in the Robertson Bay region, northern Victoria Land, Antarctica. Unpublished report for the Canterbury Museum Trust Board and the Historic Sites Management Committee, Ross Dependency Research Committee.Google Scholar
Harrowfield, D.L. 1984. The effects of wind on some historic Antarctic huts. Fram: The Journal of Polar Studies 1 (2): 471486.Google Scholar
Harrowfield, D.L. 1988. Snow accumulation at Captain R.F. Scott's hut, Cape Evans, Ross Island. New Zealand Antarctic Record 8 (2): 1719.Google Scholar
Harrowfield, D.L. 1990. General conservation report, Cape Adare Historic Site, northern Victoria Land. Unpublished report for Antarctic Heritage Trust.Google Scholar
Hatherton, T. 1990. Antarctica: the Ross Sea region. Wellington: DSIR Publishing (DSIR Information Series 165).Google Scholar
King, H.G.R. 1988. The wicked mate: the Antarctic diary of Victor Campbell. Arlburgh: Bluntisham Books and the Erskine Press.Google Scholar
Lied, N.T.. 1964. Stationary hydraulic jumps in a katabatic flow near Davis, Antarctica. Australian Meteorological Magazine 47: 4051.Google Scholar
Mabin, M.C.G. 1982. Canterbury Museum Cape Adare Expedition 9 January–15 February 1982. Unpublished report for Ross Dependency Research Committee on Geomorphological Investigations at Ridley Beach.Google Scholar
Madigan, C.T. 1929. Meteorology: tabulated and reduced records of the Cape Denison Station, Adólie Land. Sydney: Government Printer.Google Scholar
Menzies, J.B. 1971. Wind damage to buildings. Building 35: 67.Google Scholar
Oliver, J.C.A. 1979. Building survey of historic huts on Ross Island. Unpublished report for Antarctic Division, DSIR.Google Scholar
Orlenko, L.R. 1970. Wind and its technical aspects. In: Urban climates: proceedings of the Symposium on Urban Climates and Building Climatology. Geneva: World Meteorological Organisation (Building Climatology Technical Note 109): 3756.Google Scholar
Parish, T.R. 1981. The katabatic winds of Cape Denison and Port Martin. Polar Record 20 (129): 525532.CrossRefGoogle Scholar
Pearson, M. 1992. Expedition huts in Antarctica: 1899–1917. Polar Record 28 (167): 261276.CrossRefGoogle Scholar
Pettersson, S. 1958. Introduction to meteorology. Second edition. New York: McGraw-Hill.Google Scholar
Priestley, R.E. 1911. Diary of the Northern Party. Cambridge: Scott Polar Research Institute MS 298/6/1.Google Scholar
Priestley, R.E. 1914. Antarctic adventure: Scott's Northern Party. London: T. Fisher Unwin.Google Scholar
Rhode, H. 1990. Engineering an essential means for conserving Antarctica and achieving cost effective built infrastructure. In: Chung, J.S., editor. Proceedings of the Pacific/Asia offshore mechanics symposium, June 24–28, 1990, Seoul, Korea. Seoul: International Society of Offshore and Polar Engineers: 2938.Google Scholar
Ryde, H. 1970. Importance of meteorology in building. In: Urban climates: proceedings of the Symposium on Urban Climates and Building Climatology. Geneva: World Meteorological Organisation (Building Climatology Technical Note 109): 2436.Google Scholar
Schwerdtfeger, W. 1984. Weather and climate of the Antarctic. Amsterdam: Elsevier.Google Scholar
Simpson, G.C. 1913. Meteorological report. In: Scott, R.F.Scott's last expedition. London: Smith, Elder & Co: 459474.Google Scholar
Simpson, G.C. 1919. British Antarctic Expedition 1910–1913: Meteorology, Vol. 1: Discussion. London: Harrison and Sons.Google Scholar
Simpson, G.C. 1923. British Antarctic Expedition 1910–1913: Meteorology, Vol. 3: Tables. London: Harrison and Sons.Google Scholar
Schulthness, E. 1961. Antarctica. London: Collins.Google Scholar
Standards Association of New Zealand. 1984. New Zealand standard code of practice for general structural design and design loadings for buildings. Wellington: Standards Association of New Zealand.Google Scholar
Taylor, R.H., Wilson, P.R., and Thomas, B.W.. 1990. Status and trends of Adelie penguin populations in the Ross Sea region. Polar Record 26 (159): 293304.CrossRefGoogle Scholar
Villiers, A.J. 1925. Whaling in the frozen south. London: Hurst and Blackett Ltd.Google Scholar