Exploring Assumptions about Sustainability: Towards a Constructive Framework for Action in Sustainable HCI

Sustainable HCIEcological Design & Green ComputingUrban PlannersEnvironmental Advocates

Research Background and Issues

  • What problems or challenges did the authors identify?
    The ongoing global environmental crisis is worsening and approaching an irreversible tipping point. In the field of Sustainable HCI (SHCI), although there are numerous approaches to addressing sustainability issues, their relative impact and effectiveness remain difficult to compare.

  • Why is this issue important?
    Against the backdrop of the environmental crisis, it is imperative for the scientific and technological communities to coordinate efforts to prevent further ecological imbalance. The HCI field needs to clarify its contribution to a sustainable society and future; otherwise, it risks missing critical opportunities to address key challenges.

  • Research Motivation and Related Work
    Many existing solutions are based on outdated assumptions, while the complexity of the environmental crisis necessitates a reevaluation of the definition of "sustainability." The authors propose that understanding the issues and challenges faced by SHCI hinges on clarifying the assumptions underlying these definitions, thereby establishing a framework that fosters deeper reflection and discussion.


Solutions

  • What methods or solutions did the authors propose?
    The authors proposed a framework for sustainability-related assumptions, encompassing four dimensions: 1) the depth and nature of sustainability challenges; 2) the role of technological innovation in achieving sustainability; 3) the definition of externalities; 4) how temporal perspectives influence sustainability considerations.

  • What is innovative about this solution?

    • The framework serves as a reflective tool for researchers to examine their assumptions rather than providing fixed normative definitions or solutions.
    • It accommodates diverse research paths and promotes interdisciplinary dialogue based on assumptions.
    • It systematically analyzes the direct impact of various assumptions on actions, which is unprecedented in SHCI literature.
  • What are the implementation steps and key technologies used?

    • Assumptions are categorized into four dimensions, with each dimension further subdivided into specific assumption categories.
    • Each assumption category is paired with different SHCI research directions and practical methods.
    • Tools such as tables and matrices are provided to help researchers analyze their own and others' research positioning and perspectives.

Research Outcomes

  • What specific outcomes were achieved?

    1. The framework's four dimensions of assumptions were defined and elaborated:
      • Complexity of the environmental crisis (ranging from simple emission issues to complex systemic crises)
      • Role of technology (from problem-solving to adaptation, including decentralized technologies)
      • Consideration of externalities (direct impacts extending to systemic effects)
      • Temporal perspectives (from short-term to far-reaching "deep time" frameworks)
    2. Each assumption category was linked to specific SHCI practices or research examples, making the framework practically applicable.
  • What advantages does it have compared to existing solutions?

    • It provides a reflective tool based on multiple assumptions and definitions, rather than a single theoretical framework.
    • It enables the examination, evaluation, and critique of SHCI, helping to identify research gaps and potential directions.
    • It emphasizes transparency, proposing the inclusion of "sustainability positioning statements" in academic publications to foster more meaningful discussions.
  • What were the experimental or evaluation results?
    The authors summarized these assumptions from extensive literature and academic discussions, verifying their operability at a theoretical level. However, there is currently no empirical data to support the framework's practical effectiveness and application.

  • Limitations and Future Directions

    1. Limitations
      • Whether the framework covers all possible dimensions and definitions remains to be validated through further practice.
      • It has not yet been formally evaluated through interaction with a broad range of researchers in the SHCI community.
    2. Future Directions
      • Use methods such as DELPHI studies to validate the assumptions' effectiveness and completeness.
      • Apply the framework for literature reviews to identify research gaps.
      • Explore how far-reaching "temporal perspectives" can be more concretely integrated into SHCI design methodologies.

The analysis above demonstrates that the paper aims to construct an open and diverse tool for the SHCI field, promoting transparency and advocating for profound reflection. This theoretical framework has the potential to drive research on sustainable development across society.

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https://hci.top/en/papers/chi/189376/2025

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DOI: https://dl.acm.org/doi/10.1145/3706598.3714001
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Source
CHI
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Year
2025
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2 authors
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Subtopics
Sustainable HCI, Ecological Design & Green Computing
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Professions
Urban Planners, Environmental Advocates
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