Have We Taken On Too Much?: A Critical Review of the Sustainable HCI Landscape

Title of the Paper

Have We Taken On Too Much?: A Critical Review of the Sustainable HCI Landscape

Paper Information

• Thematic Area: Human-Computer Interaction and Sustainability
• Keywords: Sustainable HCI, Sustainability, Climate Change, Reflective HCI, Policy

Research Background and Issues

• Problems and Challenges:

  1. The field of Sustainable Human-Computer Interaction (SHCI) has been developing since 2007, but its practical impact on addressing environmental unsustainability has been limited.
  2. SHCI researchers face criticism for over-relying on behavior change design, neglecting systemic issues, and inefficient interdisciplinary collaboration.
  3. The diversity and complexity of SHCI research have gradually increased, but the field has been insufficiently responsive to the urgent challenges posed by the climate crisis.

• Significance:

  1. Climate change is an urgent global challenge, and technology's role is considered dual (potentially constructive, but also ineffective or even harmful).
  2. If the SHCI field fails to effectively address climate change, it risks deviating from its originally intended goals.

• Research Motivation and Related Work: The motivation of this paper is to review 15 years of SHCI development, evaluate the impact of critical perspectives, and explore potential solutions. Specifically, the paper aims to address the following questions:

  1. Has the SHCI field achieved incremental progress?
  2. How has SHCI responded to significant criticisms within the community?
  3. Have effective strategies for addressing the climate crisis been identified and adopted?

Proposed Solution

• Proposed Solution: Through a systematic review and critical reflection, the paper proposes the concept of "Green Policy Informatics" as a solution. This approach suggests that SHCI should leverage the core skills of traditional HCI to provide technical support for policy implementation.

• Innovative Aspects:

  1. Emphasizes supporting policy formulation and execution, enabling HCI researchers to play a clear and central technical role in climate governance without overextending disciplinary capabilities.
  2. Reimagines SHCI as a facilitator of policy implementation rather than solely focusing on designing technical solutions or behavior change.

• Implementation Steps and Technical Components:

  1. Critical Analysis: Exhaustively analyze SHCI critique literature from 2009 to 2018, summarizing criticisms and identifying necessary new capabilities.
  2. Recent Literature Comparison: Analyze SHCI papers published at CHI conferences from 2019 to 2021 to evaluate whether and how criticisms have been addressed.
  3. Defining Core Technical Roles: Identify the specific applications of traditional HCI skills, such as user interface design, data visualization, and participatory design, within "Green Policy Informatics."
  4. Advocacy and Directions: Clarify how the SHCI field can assist in policy implementation, such as transparent carbon emission monitoring and complex decision support.

Research Findings

• Summary of Specific Results:

  1. Research Analysis:
     • The SHCI field is transitioning from traditional second-wave HCI (focused on user-technology interaction) to a third-wave model (addressing environmental, social, and cultural complexities).
     • Research focused solely on behavior change has decreased, with more studies addressing community and policy-related topics.
     • There is increased attention to the integration of social, cultural, and economic dimensions, along with methodological diversification (including more qualitative research and speculative design).
  2. Concept of "Green Policy Informatics":
     • Highlights a clear role in policy support, such as developing digital monitoring systems for carbon accounting and designing user-centered transition technologies.
     • Moves away from SHCI's attempt to "solve all problems," encouraging research to focus on technical assistance that directly impacts policy implementation.

• Comparison with Existing Solutions:

  • Compared to traditional SHCI strategies (e.g., persuasive behavior change, eco-feedback systems), "Green Policy Informatics" avoids the limitations of attempting to address structural issues solely through technology or individual behavior, offering more targeted and actionable solutions.

• Limitations and Future Directions:

  1. Limitations:
     • SHCI currently lacks a concrete and measurable impact assessment framework.
     • The implementation of green policies ultimately depends on the active response of policymakers and governments, limiting HCI's role.
  2. Future Directions:
     • Develop more feasible and evaluable Green Policy application cases.
     • Strengthen collaboration models between academia, policymakers, communities, and society at large.
     • Researchers need to reassess their roles, balancing personal responsibility, research, and social engagement appropriately.

Conclusion

Through reflective review and critical recommendations, this paper provides a redefined framework for the SHCI field, proposing the use of traditional HCI skills to support the implementation of green policies through technical and scientific means. This not only clearly delineates the technical practice direction of SHCI but also alleviates the practical burden of the community's overextended multidisciplinary responsibilities.