实验新的计算形式:瑞典公民水质保护观察站的案例

T. Cerratto Pargman, Somya Joshi, U. Wehn
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引用次数: 10

摘要

在人类世,我们正在展望一个以资源稀缺为特征的即将到来的未来。在本文中,我们将探讨社会技术安排如何促进从我们今天所处的过程过渡到适应和保护的过程。本文以水质保护的公民观测站(co)为例,从极限计算的角度分析了co在自然资源管理和管理方面形成公众的潜力。基于访谈、参与者观察和与广泛利益相关者的共同设计研讨会,我们注意到1)瑞典水质管理的复杂性,2)政策制定者和公民对公民参与水治理的不同看法,以及3)设计师在共同开发可持续社会技术系统以实现水质管理变革方面的努力。我们的工作通过识别设计师寻求形成公众并通过他们改变制度安排时出现的机遇和挑战,为“极限内计算”的研究做出了贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimenting with Novel Forms of Computing: The case of the Swedish Citizen Observatory for Water Quality Conservation
In the Anthropocene, we are looking at an impending future that is characterized by resource scarcity. In this paper we ask how socio-technical arrangements can facilitate a transition from the course we are on today to one of adaptation and conservation. Taking the case of citizen observatories (COs) for water quality conservation as an illustrative lens, this paper analyses the potential of COs to form Publics for management and stewardship of natural resources from a Computing within Limits perspective. Based on interviews, participant observations and co-design workshops with a wide range of stakeholders, we draw attention to 1) the complexities of water quality management in Sweden, 2) the differing views of policymakers and citizens about citizen participation in water governance and 3) designers' efforts in co-developing a sustainable socio-technical system for bringing about change in water quality management. Our work contributes to research on Computing within Limits by identifying opportunities and challenges that arise when designers seek to form Publics and through them transform institutional arrangements.
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