Abstract
Within the framework of a project aimed at structuring the settlement system in Ellesmere Island (the territory of Nunavut, Canada), we explored the microclimate, topography, geological structure, fauna, available research background and existing infrastructure of the locality. Based on our findings, we have developed natural recreation, environmental, eco-cultural, and tourist recreation frameworks to specify planning characteristics and identified the main planning constraints that determine the geometry of the settlement pattern. An optimal settlement model has been developed for the central-eastern part of Ellesmere Island with the Dobbin-Scorbey Bay conurbation elaborated in detail. A functional zoning concept is suggested for the main conurbation of Ellesmere Island; an individual domed residential cell has been designed. Thus, by simulating an environment designed for comfortable living in extreme cold climate conditions, a design proposal has been developed that would ensure effective settlement patterns in northern areas and solve the problem of uneven population density in Canada and the Arctic as a whole.
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