来源类型
Peer-journal
DOI
https://doi.org/10.1080/10630732.2012.735415
Nanotechnology in the City: Sustainability Challenges and Anticipatory Governance
论文题名译名
城市中的纳米技术:可持续性挑战和预期治理
发布日期
2013
出版者
Taylor & Francis
出版日期
2013
ISSN
1466-1853
出版年
2013
卷号
20
期号
2
页码范围
45-62
摘要
Visions about the use of nanotechnologies in the city, including in the design and construction of built environments, suggest that these technologies could be critically important for solving urban sustainability problems. We argue that such visions often overlook two critical and interrelated elements. First, conjectures about future nano-enhanced cities tend to rely on flawed concepts of urban sustainability that underestimate the challenges presented by deeply-rooted paradigms of market economics, risk assessment, and the absorption of disruptive technologies. Second, opportunities for stakeholders such as city officials, non-governmental organizations, and citizens to consider the nature and distribution of the potential benefits and adverse effects of nano-enabled urban technologies are rarely triggered sufficiently early. Limitations in early engagement will lead to problems and missed opportunities in the use of nanotechnologies for urban sustainability. In this article, we critically explore ideas about the nano-enhanced city and its promises and limitations related to urban sustainability. On this base, we outline an agenda for engaged research to support anticipatory governance of nanotechnologies in cities.
中文摘要
关于纳米技术在城市中的应用,包括在建筑环境的设计和建设中的应用的愿景表明,这些技术对于解决城市可持续性问题至关重要。我们认为,这种愿景往往忽视了两个关键且相互关联的因素。首先,对未来纳米增强城市的猜测往往依赖于有缺陷的城市可持续性概念,这些概念低估了根深蒂固的市场经济、风险评估和颠覆性技术吸收范式所带来的挑战。其次,城市官员、非政府组织和公民等利益相关者很少有机会尽早考虑纳米城市技术的潜在利益和不利影响的性质和分布。早期参与的局限性将导致在使用纳米技术促进城市可持续发展方面出现问题和错失机会。在这篇文章中,我们批判性地探讨了纳米增强城市的概念及其与城市可持续性相关的承诺和局限性。在此基础上,我们概述了参与研究的议程,以支持城市纳米技术的预期治理。
NSTL主题领域
能源、气候与环境
NSTL智库专题
材料 ; 可持续发展
来源关键词
NanotechnologyCityUrban VisionsSustainabilityAnticipatory GovernanceSustainability Science
NSTL分类号
21 ; 48
来源智库
Consortium for Science, Policy, and Outcomes (United States)
版权信息
Copyright © 2023 Informa UK Limited
获取方式
开放
NSTL资源类型
期刊论文
NSTL唯一标识符
JA202304180000008ZK
加工单位 processInst
入库编号
CJ20230511JA000008

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