Architecture in an Extreme Environment (A case of Halley VI Research Station)

Abumere AKHANOLU; Regina Ebosele OMONDIALE

doi:10.56201/wjimt.v9.no4.2025.pg153.160

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Architecture in an Extreme Environment (A case of Halley VI Research Station)

Abumere AKHANOLU and Regina Ebosele OMONDIALE

Abstract

This work evaluated architecture in an extreme environment. The main study focused on Halley VI research station in Antarctica. To achieve this, the qualitative - expository research design was adopted for this study. The review of Antarctica as an extreme environment was discussed in relation to climate, temperature, economic and living condition of residents. Also, the early Halley research stations, data collected for this paper were majorly from secondary sources. The data collected were solely qualitative in nature and the content analysis method was used to glean out facts from articles, textbooks, newspapers, relevant websites and electronic journals linked to Research Gate, Scopus, Academia.edu and other significant internet sources. Inferences were drawn on the basis of the researcher’s views in relation to the position of scholars from previous literature. Based on the review, it was uncovered that Halley VI was built over four summers. It was completed in 28 February 2012 but officially opened 2013. The structure is modular with a building cost of approximately £26 million. Halley VI is a string of eight modules which, like Halley V are jacked up on hydraulic legs to keep it above the accumulation of snow. Unlike Halley V, Halley VI has retractable giant skis on the bottom of these legs, which allows the building to be relocated periodically.

References

Halley VI Research Station; British Antarctic Survey Natural Environment Research Council. Halley Research Station: Wikipedia, the free encyclopedia https://en.wikipedia.org/wiki/Halley_Research_Station Muller, C. (2000). Holzleimbaulaminated timber construction. Basel Boston: BirkhauserPublishers for Architecture. Nash, E. (2010). Manhattan skyscrapers. New York: Princeton Architectural Press. isbn: Rassia, S. (2014). Cities for smart environmental and energy futures: impacts on architecture and technology. Heidelberg: Springer. isbn: 3642376606. Roaf, S.(2005). Adapting buildings and cities for climate change: a 21st century survival guide. Amsterdam Boston: Architectural Press. isbn: 0750659114. Posted by Anthony Davis Date: February 04, 2017https://highways.today/2017/02/04/antarctic-research-station-halley-vi-creates- highway-snow/ Simon G., Adam B. John E., (2018), Moving Halley British Antarctic Survey Natural Environment Research Council April 6, 2018 Slavid, R. (2010). Halley VI Antarctic Research Station by Hugh Broughton Architects, Brunt Ice Shelf, Antarctica, The Architectural Review Journal, By Places, 1 July 2010. Smith, A., Hodgson, D. et. al (2019).: Past and Future Dynamics of the Brunt Ice Shelf from seabed bathymetry and ice shelf geometry, 14 February, 2021 Smith, P. (2005). Architecture in a climate of change: a guide to sustainable design. Oxford, Boston: Elsevier/Architectural Press. isbn: 9780750665445 Uddin, B. H. & Imahe (2000) Design a Research Study: Emerald Group Publishing http://highways.today/2017/02/04/antarctic-research-station-halley-vi-creates-highway-snow Simon G; Adam B.; John E; British Antarctica Survey, Natural Environmental Research Councilhttp://bas.ac.uk/project/moving-halley)

Architecture in an Extreme Environment (A case of Halley VI Research Station)

Abstract

References

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