An outpost was established at Dundas Harbour in 1924, and it was leased to Hudson's Bay Company nine years later. The collapse of fur prices led to the dispersal of 52 Baffin Island Inuit families on the island in 1934. It was considered a disaster due to wind conditions and the much colder climate, and the Inuit chose to leave in 1936. Dundas Harbour was populated again in the late 1940s, but it was closed again in 1951. Only the ruins of a few buildings remain today.[7]
Because of its relatively high elevation and its extreme northern latitude, Devon Island supports only a meagre population of muskox and small birds and mammals; the island does support hypolith communities. Animal life is concentrated in the Truelove Lowland area of the island, which has a favourable microclimate and supports relatively lush Arctic vegetation. Temperatures during the brief (40 to 55 days) growing season seldom exceed 10 °C (50 °F), and in winter can plunge to as low as −50 °C (−58 °F). With a polar desert ecology, Devon Island receives very little precipitation.
Devon Island is also notable for the presence of the Haughton impact crater, created some 39 million years ago when a meteorite about 2 km (1.2 mi) in diameter crashed into what were then forests. The impact left a crater about 23 km (14 mi) in diameter, which was a lake for several million years.
The Flashline Mars Arctic Research Station project entered its third season in 2004. In July 2004, Devon Island became the temporary home for five scientists and two journalists, who were to use the Mars-like environment to simulate living and working on that planet. April 2007 through 21 August 2007 was the longest simulation period and included 20 scientific studies.[11]
The Haughton crater is now considered one of the world's best Mars analog sites. It is the summer home to NASA's complementary scientific program, the Haughton–Mars Project. The Island's freezing temperatures, isolation, and remoteness offer scientists matchless research opportunities. Devon Island’s harsh climate and barren terrain endeared it to NASA as the Arctic day and night cycle and restricted communications capabilities offer challenges similar to those presented by long-duration space flights.[12]
Anderson, David G, and L C Bliss. 1998. "Association of Plant Distribution Patterns and Microenvironments on Patterned Ground in a Polar Desert, Devon Island, N.W.T., Canada". Arctic and Alpine Research. 30, no. 2: 97.
Cockell, Charles S, Pascal Lee, Andrew C Schuerger, Loretta Hidalgo, Jeff A Jones, and M Dale Stokes. 2001. "Microbiology and Vegetation of Micro-Oases and Polar Desert, Haughton Impact Crater, Devon Island, Nunavut, Canada". Arctic, Antarctic, and Alpine Research. 33, no. 3: 306.
Lamoureux, Scott F, and Robert Gilbert. 2004. "A 750-Yr Record of Autumn Snowfall and Temperature Variability and Winter Storminess Recorded in the Varved Sediments of Bear Lake, Devon Island, Arctic Canada". Quaternary Research. 61, no. 2: 134.
Paterson, W. S. B. "An Oxygen-Isotope Climate Record from the Devon Island Ice Cap, Arctic Canada". Nature, Vol.266,No.5602. 1977.
Robertson, Peter, and G. D. Mason. Shatter Cones from Haughton Dome, Devon Island, Canada. 1975.
Thorsteinsson, R., and Ulrich Mayr. The Sedimentary Rocks of Devon Island, Arctic Archipelago. Ottawa, Canada: Geological Survey of Canada, 1987. ISBN0-660-12319-3
Ugolini, Fiorenzo C, Giuseppe Corti, and Giacomo Certini. 2007. "Pedogenesis in the Sorted Patterned Ground of Devon Plateau, Devon Island, Nunavut, Canada". Geoderma. 136, no. 1: 87.
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