A novel approach to fighting climate change
From the Daily Mail:
“A newly devised type of silica bead could help save melting glaciers from the onslaught of climate change, scientists say.
The innovative new approach, developed by a company called Ice911, employs minuscule beads of ‘glass’ which are spread across the surface layer of glaciers.
There they help to reflect light beating down on them and slow what has become a tremendous pace of melt throughout the last several years.
‘I just asked myself a very simple question: Is there a safe material that could help replace that lost reflectivity?’ Found of Ice911, Leslie Field, told Mother Jones.”
Read more here.
Investigating the impact of glacier melt on tourism
From the Journal of Outdoor Recreation and Tourism:
“Aoraki Mount Cook National Park in the New Zealand Southern Alps attracts hundreds of thousands of visitors annually. However, this iconic alpine destination is changing due to rapid glacial recession. To explore the implications of environmental change on visitor experience, this study adopted a mixed-methods approach, combining geophysical measurement with visitor surveys (n = 400) and semi-structured interviews with key informants (n = 12) to explore the implications of environmental change on visitor experience. We found the key drawcard to the park is Aoraki the mountain, with the glaciers playing a secondary role. Visitors had a strong awareness of climate change, but somewhat ironically, one of the key adaptive strategies to maintaining mountain access has been an increase in the use of aircraft. Opportunities exist for a strengthening of geo-interpretation in the park that not only educates but also encourages people towards more sustainable life choices.”
Read the study here.
The politics of place
From the journal Water Alternatives:
“Jeff Malpasʼ concept of place as a bounded, open, and emergent structure is used in this article to understand the reasons for the differences in villagersʼ responses to ‘artificial glaciers’, or ‘Ice stupas’, built in two different places in the Himalayan village of Phyang, in Ladakh. Using archival material, geographic information system tools and ethnographic research, this study reveals how Phyang as a village is constituted by interacting ecological-technical, socio-symbolic, and bureaucratic-legal boundaries. It is observed that technologies such as land revenue records, and cadastral maps, introduced in previous processes of imperialist state formation, continue to inform water politics in this Himalayan region. It is further demonstrated how this politics is framed within the village of Phyang, but also shifts its boundaries to create the physical, discursive, and symbolic space necessary for projects like the Ice stupa to emerge. By examining the conflict through the lens of place, it is possible to identify the competing discursive frames employed by different stakeholders to legitimise their own projects for developing the arid area (or Thang) where the contested Ice stupa is located. Such an analysis allows critical water scholarship to understand both how places allow hydrosocial relationships to emerge, and how competing representations of place portray these relationships. Understanding the role of place in the constitution of hydrosocial relationships allows for a more nuanced appraisal of the challenges and opportunities inherent in negotiating development interventions aimed at mitigating the effects of climate change. It is also recommended that scholars studying primarily the institutional dimensions of community-managed resource regimes consider the impact on these institutions of technological artefacts such as the high density polyethylene (HDPE) pipes used to construct the Ice stupas.”
Read the study here.
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