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The making of citizen science:network alliances between Science Shops and CSOs engaging in science and air pollution

机译:公民科学的制定:科学商店与从事科学和空气污染的公民社会组织之间的网络联盟

摘要

This dissertation is the result of a PhD project entitled The Making of Citizen Science – Network Alliances between Science Shops and CSOs Engaging in Science and Air Pollution. The PhD project was carried out at Department of Management Engineering, Section for Innovation and Sustainability, at the Technical University of Denmark. The project’s aim is to understand how Civil Society Organizations (CSOs), through alliance building and network constructions with Science Shops and similar community-based research units, engage with scientists in order to impact air pollution problems. The PhD project’s agenda is inspired by the institutionalization of more democratic and participatory approaches to knowledge making, which is reflected in several EU-funded research projects, including one of the sponsors of this project, the EU-funded ACCENT Network of Excellence. The ACCENT Network wished to meet the EU requirement of communication with the general public by investigating how Science Shops interact with CSOs. The analytical approach of this PhD project is inspired by Science and Technology Studies (STS) in general, more specifically by Irwin & Michael’s (2003) concept of Ethno-Epistemic Assemblages, and by the Actor-Network Theory and Callon’s (1986a) sociology of translations. A version of these approaches is used to study nine cases of network alliances between Science Shops and similar organizations and CSOs. The application of Callon’s sociology of translation to the case studies contributes to understanding why and how the actors sought to stabilize controversies, as well as the mechanisms contributing to the networks’ success in affecting the problems experienced by the CSOs. It is concluded that network alliances between CSOs, Science Shops and scientists can cause two types of effects: effects on the CSOs’ original problems, and/or other forms of effects. It is interesting to note that these other forms of effects can result in both cases that affected the CSOs’ original problems as well as cases that failed to do so. It can be concluded that CSOs can influence such actors as industry and local authorities and their practices through alliances with Science Shops and scientists. It is further concluded that the Science Shops’ role can have decisive impact on whether networks succeed in influencing the problems experienced by the CSOs. When the Science Shops apply an impact-seeking approach, the networks are more likely to succeed in affecting the CSOs’ original problems than when the Science Shops apply the mediation approach. It is also concluded that scientific documentation in itself is not sufficient to solve a problem but can be used to open discussions related to the problem. What is important is that the scientists in the Science Shop, or at a university department co-operating with a Science Shop, are willing to assume other roles than just being producers of knowledge without any obligation to bring the produced knowledge into a context, and without being willing to discuss the premises for the produced knowledge. The case studies indicate that in order to understand the effects of networks like these, we need to broaden ANT’s analytical term ‘stabilization’. It should be understood as something that strengthens rather than merely something that is taken-for-granted or black-boxed. It is also argued that the project’s Callon-inspired analysis of network alliances can be seen as an elaboration of one of the concepts in Sociological studies of Science-Public relations, namely Irwin & Michael’s (2003) concept of Ethno-Epistemic Assemblages (EEAs). The project elaborates the EEA concept through a more detailed empirical understanding of 1) how knowledge is comprised of a mixture of both ‘lay and expert’ knowledge; 2) how this blurring of knowledge may take place; and 3) how CSOs and scientists, through this mixture of knowledge, try to cause effects like political influence and/or new research interests. Finally, it is concluded that despite the gloomy prospects for the ‘old’ Science Shops, there may be openings in relation to establishing new Science Shops in other countries. Such possibilities can be seen in both the recently finished EU-financed TRAMS project (Training and Mentoring of Science Shops) and in the coming EU-financed project PERARES (Public Engagement with Research and Research Engagement with Society).
机译:本文是一个名为“公民科学的形成”的博士项目的结果–从事科学和空气污染的科学商店与CSO之间的网络联盟。该博士项目是在丹麦技术大学的管理工程系创新与可持续性科进行的。该项目的目的是了解公民社会组织(CSO)如何通过与科学商店和类似的社区研究单位的联盟建设和网络建设,与科学家互动,从而影响空气污染问题。博士项目的议程是受更多的民主和参与性知识创造方法制度化的启发,这反映在几个欧盟资助的研究项目中,其中包括该项目的发起者之一,即欧盟资助的ACCENT卓越网络。 ACCENT网络希望通过调查Science Shop与CSO的互动方式来满足欧盟与公众沟通的要求。一般而言,该博士项目的分析方法受到科学技术研究(STS)的启发,更具体地说,受到Irwin&Michael(2003)的民族-表象组合概念以及Actor-Network Theory和Callon(1986a)的社会学的启发。翻译。这些方法的一个版本用于研究Science Shop与类似组织和CSO之间的9个网络联盟案例。卡隆的翻译社会学在案例研究中的应用有助于理解参与者为何以及如何设法稳定争议,以及有助于该网络成功影响民间组织遇到的问题的机制。结论是,公民社会组织,科学商店和科学家之间的网络联盟可以引起两种类型的影响:对公民社会组织原始问题的影响和/或其他形式的影响。有趣的是,这些其他形式的影响既可以影响公民社会组织的原始问题,也可以导致失败。可以得出结论,公民社会组织可以通过与科学商店和科学家结盟来影响诸如行业和地方当局及其行为者等行为者。进一步得出结论,科学商店的角色可以对网络是否成功影响CSO遇到的问题产生决定性影响。当“科学商店”采用寻求影响的方法时,与“科学商店”采用调解方法相比,网络更有可能成功地影响公民社会组织的原始问题。还得出结论,科学文献本身不足以解决问题,但可以用于打开与该问题有关的讨论。重要的是,“科学商店”或与“科学商店”合作的大学部门的科学家愿意承担其他角色,而不仅仅是成为知识的生产者,而没有义务将所产生的知识带入环境中,并且却不愿意讨论产生的知识的前提。案例研究表明,为了了解此类网络的影响,我们需要扩大ANT的分析术语“稳定化”。应该将其理解为增强的东西,而不仅仅是被认为是赠予或黑盒的东西。也有人认为,该项目对网络联盟的Callon启发式分析可以看作是对科学与公共关系的社会学研究中的一个概念的详尽阐述,即Irwin&Michael(2003)的民族-世俗组合概念(EEA) 。该项目通过对以下方面的更详细的经验理解来阐述EEA概念:1)知识如何由“非专业知识”和“非专业知识”混合而成; 2)知识的模糊如何发生? 3)公民社会组织和科学家如何通过知识的混合,试图引起诸如政治影响和/或新的研究兴趣之类的影响。最后,得出的结论是,尽管“旧的”科学商店的前景令人沮丧,但在其他国家/地区建立新的科学商店可能还有一些空缺。在最近完成的欧盟资助的TRAMS项目(科学商店的培训和指导)以及即将到来的欧盟资助的项目PERARES(研究与社会参与和社会参与)中都可以看到这种可能性。

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