The Conceptual 'Arctic Saver Tower' Fights Against Ice Melting
Michael Hemsworth — June 24, 2019 — Eco
References: tuvie
A drastic amount of ice continues to melt each year in the Arctic due to changes in the climate, so the conceptual 'Arctic Saver Tower' has been designed as a way to prevent even more from being lost. The system works by slowing down the melting process during the summer months, which also supports polar bears as they hunt and migrate across the ice.
The tower could be activated in April and would work to create and support ice development instead of allowing the melting to continue. When the colder months begin, the tower could be shifted to spray seawater to strengthen the existing ice and prevent further loss in the coming year.
The conceptual 'Arctic Saver Tower' is the design work of Yiyang Xu and Jingyi Ye.
The tower could be activated in April and would work to create and support ice development instead of allowing the melting to continue. When the colder months begin, the tower could be shifted to spray seawater to strengthen the existing ice and prevent further loss in the coming year.
The conceptual 'Arctic Saver Tower' is the design work of Yiyang Xu and Jingyi Ye.
Trend Themes
1. Arctic Saver Tower Design - The conceptual 'Arctic Saver Tower' is a disruption opportunity that aims to slow down ice melting in the Arctic and support polar bears as they hunt and migrate.
2. Ice-melting Prevention Technology - Developing technologies to prevent ice melting in the Arctic is a disruptive innovation opportunity that can help combat climate change and preserve the polar ecosystem.
3. Climate Change Mitigation Solutions - As ice continues to melt in the Arctic, disruptive innovation opportunities arise in designing and implementing solutions that combat climate change and preserve the delicate ecosystem.
Industry Implications
1. Environmental Technology - The environmental technology industry can explore disruptive innovation opportunities in developing and implementing technologies that slow down ice melting in the Arctic, like the conceptual 'Arctic Saver Tower'.
2. Renewable Energy - The renewable energy industry has a disruptive innovation opportunity to contribute to preventing ice melting in the Arctic by developing sustainable energy sources that reduce carbon emissions and mitigate climate change.
3. Conservation and Wildlife Protection - The conservation and wildlife protection industry has an opportunity to disruptively innovate by developing strategies and technologies to preserve the polar ecosystem and protect species like polar bears affected by ice melting in the Arctic.
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