Chalmers University of Technology, Gothenburg, Sweden.
University of Oxford, Oxford, UK.
Soc Stud Sci. 2024 Apr;54(2):210-230. doi: 10.1177/03063127231199220. Epub 2023 Sep 27.
Stakeholder engagement has become a watchword for environmental scientists to assert the societal relevance of their projects to funding agencies. In water research based on computer simulation modelling, stakeholder engagement has attracted interest as a means to overcome low uptake of new tools for water management. An increasingly accepted view is that more and better stakeholder involvement in research projects will lead to increased adoption of the modelling tools created by scientists in water management. However, we cast doubt on this view by drawing attention to how the freedom of stakeholder organizations to adopt new scientific modelling tools in their regular practices is circumscribed by the societal context. We use a modified concept of co-production in an analysis of a case of scientific research on drought in the UK to show how relationships between actors in the drought governance space influence the uptake of scientific modelling tools. The analysis suggests an explanation of why stakeholder engagement with one scientific project led to one output (data) getting adopted by stakeholders while another output (modelling tools) attracted no discernible interest. Our main objective is to improve the understanding of the limitations to stakeholder engagement as a means of increasing societal uptake of scientific research outputs.
利益相关者参与已成为环境科学家强调其项目对资助机构的社会相关性的口号。在基于计算机模拟建模的水研究中,利益相关者参与作为克服新的水管理工具采用率低的一种手段引起了人们的兴趣。越来越多的人认为,更多更好的利益相关者参与研究项目将导致科学家在水管理中创建的建模工具的采用率提高。然而,我们通过关注利益相关者组织在其常规实践中采用新的科学建模工具的自由是如何受到社会背景限制的,对这种观点提出了质疑。我们在对英国干旱问题科学研究的案例分析中使用了改良的共同生产概念,以展示干旱治理空间中行为者之间的关系如何影响科学建模工具的采用。分析表明,对为什么利益相关者参与一个科学项目导致一个输出(数据)被利益相关者采用,而另一个输出(建模工具)没有引起明显兴趣,可以做出一种解释。我们的主要目的是增进对利益相关者参与作为提高科学研究成果社会采用率的一种手段的局限性的理解。