超越科学的公民科学:实现变革性可持续发展的合作方法

Q1 Multidisciplinary
M. Pasgaard, C. Breed, Maria Heines, L. Knudsen, Peta D. Brom, Astrid Schmidt, K. Engemann
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引用次数: 1

摘要

在本文中,我们以南非的经验为出发点,讨论应用协作性、变革性公民科学(CS)的未实现潜力和复杂性。我们首先展示了在生态与发展研究中探索社区生态修复和艺术方法的价值。在这些经验见解的基础上,我们概述了将计算机科学纳入此类研究的想法,不仅是为了收集更多的数据,而且是为了增加计算机科学参与者和研究人员的激励和能力,并在时间和制度尺度上改变思维方式。多个相互关联的可持续发展目标是可以实现的,例如监测和推进清洁水、陆地生命以及可持续城市和社区,这些关键目标是在城市环境快速扩张的背景下应对当前和未来的人口和气候变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Citizen Science beyond Science: A Collaborative Approach for Transformative Sustainable Development
In this paper, we lean on experiences from South Africa as a point of departure for discussing the unrealized potentials and complications of applying collaborative, transformative citizen science (CS). We first show the value of exploring community-based ecological restoration and artistic approaches in ecological and development research. Building on these empirical insights, we outline ideas for integrating CS into such research, not only to collect additional data, but as a way to increase incentives and capacities among both CS participants and researchers, and to change mindsets across time and institutional scales. Multiple interlinked Sustainable Development Goals are within reach, exemplified by the monitoring and advancement of Clean Water, Life on Land, and Sustainable Cities and Communities—critical goals to address current and prospective demographic and climatic changes in the context of fast-expanding urban environments and beyond.
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来源期刊
Citizen Science Theory and Practice
Citizen Science Theory and Practice Multidisciplinary-Multidisciplinary
CiteScore
4.70
自引率
0.00%
发文量
25
审稿时长
45 weeks
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