Fig 7 - uploaded by Sue Fairburn
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Visual representation of the CAPE case studies progressing from contained technology and (left) across to technology integrated and exchanging with the environment and societies (right). (credit Jennifer Cunningham)

Visual representation of the CAPE case studies progressing from contained technology and (left) across to technology integrated and exchanging with the environment and societies (right). (credit Jennifer Cunningham)

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Conference Paper
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One of the greatest risks humanity faces is Climate Change. Evidence on sea-level rise and extreme weather events supports that climate systems are changing as well as our relationship to climate. Changes are taking place at the global and national level, on built structures at the city and community level, yet we construct an understanding of clim...

Context in source publication

Context 1
... CAPE evidence base includes a curated set of four case studies. Figure 7 is a visual representation of the case studies using the CAAS patterned gestures of cities, technology, environment, and society, as previously seen (Figure 1). They were selected, analysed and are presented in an order moving from contained, low-cost monitoring technology (3.1), to technology that expands into the environment for citizen-sensing (3.2) and earth observation (3.3), leading to technology that integrates into the environment and society in extra-terrestrial settings (3.4). ...

Citations

Article
Full-text available
Smart cities are purported to produce vast amounts of data of immense value, both commercially and from a governance perspective. The control and stewardship of this smart city data remains controversial, with concerns for the role of the individual smart citizens and the control they exercise over the data they generate. Elinor Ostrom’s Nobel prize winning work on long-lasting and sustainable commons has been suggested as a solution, whereby the commons management principles would be applied to smart city data. This paper seeks to identify the current applications of Ostrom’s commons to smart city data in literature, as well as explore their legal implications. Particularly, what legal challenges may arise from the smart city data commons, and how they could be addressed through legislative frameworks. The article aims to identify and highlight these legal challenges and thereby provide a legal perspective on the concept of smart city data commons.