EcoViz: co-designed environmental data visualizations to communicate ecosystem impacts, inform management, and envision solutions

Climate change’s global impact calls for coordinated visualization efforts to enhance collaboration and communication among key partners such as domain experts, community members, and policy makers. We present a collaborative initiative, EcoViz, where visualization practitioners and key partners co-designed environmental data visualizations to illustrate impacts on ecosystems and the benefit of informed management and nature-based solutions. Our three use cases rely on unique processing pipelines to represent time-dependent natural phenomena by combining cinematic, scientific, and information visualization methods. Scientific out-puts are displayed through narrative data-driven animations, interactive geospatial web applications, and immersive Unreal Engine applications. Each field’s decision-making process is specific, driving design decisions about the best representation and medium for each use case. Data-driven cinematic videos with simple charts and minimal annotations proved most effective for engaging large, diverse audiences. This flexible medium facilitates reuse, maintains critical details, and integrates well into broader narrative videos. The need for interdisciplinary visualizations highlights the importance of funding to integrate visualization practitioners throughout the scientific process to better translate data and knowledge into informed policy and practice.

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Publication Details

Published
2024-10-14
DOI
https://doi.org/10.1109/viz4climate-sustainability64680.2024.00007
Citations
1
Primary Topic
Research Data Management Practices
Type
article
Field-Weighted Citation Impact
0.78

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article

EcoViz: co-designed environmental data visualizations to communicate ecosystem impacts, inform management, and envision solutions

Jessica M. Kendall-Bar, Kevin Nguyen, İlkay Altıntaş, Michael W. Beck et al.
1 citations
Research Data Management Practices
0.78
article

EcoViz: co-designed environmental data visualizations to communicate ecosystem impacts, inform management, and envision solutions

Jessica M. Kendall-Bar, Kevin Nguyen, İlkay Altıntaş, Michael W. Beck, Paul J. Ponganis, Isaac Nealey, Ian Costello, Christopher Lowrie
article en
1 citations

Abstract

Climate change’s global impact calls for coordinated visualization efforts to enhance collaboration and communication among key partners such as domain experts, community members, and policy makers. We present a collaborative initiative, EcoViz, where visualization practitioners and key partners co-designed environmental data visualizations to illustrate impacts on ecosystems and the benefit of informed management and nature-based solutions. Our three use cases rely on unique processing pipelines to represent time-dependent natural phenomena by combining cinematic, scientific, and information visualization methods. Scientific out-puts are displayed through narrative data-driven animations, interactive geospatial web applications, and immersive Unreal Engine applications. Each field’s decision-making process is specific, driving design decisions about the best representation and medium for each use case. Data-driven cinematic videos with simple charts and minimal annotations proved most effective for engaging large, diverse audiences. This flexible medium facilitates reuse, maintains critical details, and integrates well into broader narrative videos. The need for interdisciplinary visualizations highlights the importance of funding to integrate visualization practitioners throughout the scientific process to better translate data and knowledge into informed policy and practice.

University of California, Santa Cruz (US), University of California San Diego (US)
Office of Naval Research
Openalex Percentile: Top 19%
Research Data Management Practices
0.78
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