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Telecoupling visualizations through a network lens: a systematic review
Ecology and Society ( IF 3.6 ) Pub Date : 2020-12-29 , DOI: 10.5751/es-11830-250447
Gabi Sonderegger , Christoph Oberlack , Jorge C. Llopis , Peter H. Verburg , Andreas Heinimann

Telecoupling is an integrative social-ecological framework that has made important contributions to understanding land change processes in a hyperconnected world. Visualizations are a powerful tool to communicate knowledge about telecoupling phenomena. However, little is known about current practices of telecoupling visualization and the challenges involved in visually displaying connections between multiple social-ecological systems. Our research takes stock of existing telecoupling visualizations and provides recommendations for improving current practices. We systematically review 118 visualizations presented in the scientific literature on telecoupling, and assess them in terms of their content and the adopted visualization approaches. To this end, we conceptualize telecoupling visualizations through a network lens. We find that they typically present networks of social-ecological systems, which are linked through flows. Displays of telecoupling connections through actor networks or action situation networks are less frequent. We categorize the existing visualizations into seven main types, which differ in terms of the visual encoding strategies used to represent telecoupling components. We then draw on insights from data visualization literature to reflect critically upon these current practices and provide practical recommendations. Finally, we show that network perspectives are inherent in telecoupling research and visualizations, and may deserve further attention in this field.

中文翻译:

通过网络镜头进行远程耦合可视化:系统回顾

远程耦合是一个综合的社会生态框架,为理解高度互联的世界中的土地变化过程做出了重要贡献。可视化是传达有关电耦合现象的知识的强大工具。但是,人们对远程耦合可视化的当前实践以及在视觉上显示多个社会生态系统之间的联系所涉及的挑战知之甚少。我们的研究总结了现有的远程耦合可视化,并提供了改进当前实践的建议。我们系统地回顾了有关电耦合科学文献中介绍的118种可视化,并根据其内容和采用的可视化方法对其进行了评估。为此,我们通过网络镜头概念化了远程耦合可视化。我们发现,它们通常呈现出社会生态系统的网络,这些网络通过流动相互联系。通过参与者网络或行动情况网络的电话耦合连接的显示频率较低。我们将现有的可视化分为七个主要类型,它们在表示电耦合组件的视觉编码策略方面有所不同。然后,我们从数据可视化文献中汲取见解,以批判性地反思这些当前实践并提供实用建议。最后,我们证明了网络角度是远程耦合研究和可视化所固有的,并且在这一领域可能值得进一步关注。通过参与者网络或行动情况网络的电话耦合连接的显示频率较低。我们将现有的可视化分为七个主要类型,它们在表示电耦合组件的视觉编码策略方面有所不同。然后,我们从数据可视化文献中汲取见解,以批判性地反思这些当前实践并提供实用建议。最后,我们证明了网络角度是远程耦合研究和可视化所固有的,并且在这一领域可能值得进一步关注。通过参与者网络或行动情况网络的电话耦合连接的显示频率较低。我们将现有的可视化分为七个主要类型,它们在表示电耦合组件的视觉编码策略方面有所不同。然后,我们从数据可视化文献中汲取见解,以批判性地反思这些当前实践并提供实用建议。最后,我们证明了网络角度是远程耦合研究和可视化所固有的,并且在这一领域可能值得进一步关注。然后,我们从数据可视化文献中汲取见解,以批判性地反思这些当前实践并提供实用建议。最后,我们证明了网络角度是远程耦合研究和可视化所固有的,并且在这一领域可能值得进一步关注。然后,我们从数据可视化文献中汲取见解,以批判性地反思这些当前实践并提供实用建议。最后,我们证明了网络角度是远程耦合研究和可视化所固有的,并且在这一领域可能值得进一步关注。
更新日期:2020-12-29
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