Abstract
The glaciology group at the Geological Survey of Denmark and Greenland (GEUS) has a tradition of applied glaciology consulting for hydropower projects in Greenland (Weidick & Thomsen 1982; Braithwaite & Olesen 1988; Ahlstrøm et al. 2008). This includes assessments for the hydropower plants now operating at Ilulissat and Nuuk (Braithwaite & Thomsen 1989; Thomsen et al. 1989; 1993), as well as the outburst potential of ice-dammed lakes such as Qorlortorsuup Tasia (Mayer & Schuler 2005). Several factors, including long-term increases in global resource demand, increasing air temperatures and glacier retreat due to climate change, and improved mining and prospecting techniques may now improve the economic feasibility of mining in Greenland (Colgan & Arenson 2013). Given that over 80% of Greenland is ice-covered, mining projects in Greenland often occur in ‘proglacial’ settings, meaning adjacent to, or close to, an ice margin. The Isukasia, Kvanefjeld, Maarmorilik and Malmbjerg prospects exemplify resource development in proglacial settings in Greenland.
Highlights
The glaciology group at the Geological Survey of Denmark and Greenland (GEUS) has a tradition of applied glaciology consulting for hydropower projects in Greenland (Weidick & Thomsen 1982; Braithwaite & Olesen 1988; Ahlstrøm et al 2008)
Applied glaciology addresses a number of unique geotechnical challenges associated with proglacial mining projects, here, we briefly review four: supraglacial runoff, subglacial water flow, ice movement and supraglacial access roads
Climate change will further exacerbate the unique applied glaciological challenges associated with proglacial mining described above
Summary
The glaciology group at the Geological Survey of Denmark and Greenland (GEUS) has a tradition of applied glaciology consulting for hydropower projects in Greenland (Weidick & Thomsen 1982; Braithwaite & Olesen 1988; Ahlstrøm et al 2008) This includes assessments for the hydropower plants operating at Ilulissat and Nuuk (Braithwaite & Thomsen 1989; Thomsen et al 1989; 1993), as well as the outburst potential of ice-dammed lakes such as Qorlortorsuup Tasia (Mayer & Schuler 2005). The glaciology group at GEUS has a growing interest in the applied glaciology aspects of proglacial mining projects, and was recently engaged to assess ice flow, meltwater runoff, and supraglacial road access for the Malmbjerg prospect in East Greenland (Citterio et al 2009), as well as provide expert commentary on the Kumtor Mine in Kyrgyzstan (Satke & Galdini 2014).
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