Charting Ethical Tensions in Multispecies Technology Research through Beneficiary-Epistemology Space

Honorable Mention
Technology Ethics & Critical HCIUser Research Methods (Interviews, Surveys, Observation)Human-Nature Relationships (More-than-Human Design)HCI ResearchersSociologists & Anthropologists

Title of the Paper

Charting Ethical Tensions in Multispecies Technology Research through Beneficiary-Epistemology Space

Paper Information

  • Subject Area: Exploration of ethical issues in multispecies interaction technology research
  • Keywords: Animal-computer interaction, animal ethics, research ethics, art-led research, multidisciplinary review, project approval, veterinary science, medical ethics, multispecies interaction, epistemology

Research Background and Issues

  • What problems or challenges did the authors identify?

    • Multidisciplinary research (especially in animal-technology interactions) often faces complexities in ethical review processes.
    • In the context of Human-Computer Interaction (HCI) and Animal-Computer Interaction (ACI), differences in ethical review standards and methods can lead to significant academic, ethical, and public relations tensions.
    • In research where animals are stakeholders, it is challenging to balance the protection of animal welfare with achieving scientific goals or artistic expression.
  • Why is this issue important?

    • Multispecies interactions (e.g., human-animal, animal-robot) are becoming critical areas of research and design, particularly in exploring significant societal issues such as trust and autonomy.
    • A lack of systematic studies on the complexities of ethical review may hinder the reasonable progress of multidisciplinary projects.
  • Research Motivation and Related Work

    • The authors reflected on a multidisciplinary art project, "Cat Royale," which required ethical approval from various academic institutions (computer science, veterinary science, and animal welfare). The project aimed to explore trust in automated systems while providing a positive interactive experience for cats within a multidisciplinary framework.
    • Established ethical frameworks (such as the 3Rs in medical ethics and art-led ethics in HCI) provided a foundation but required further integration and innovation.

Solutions

  • What methods or solutions did the authors propose?

    • The authors proposed a framework called the "Beneficiary-Epistemology Space" to explore and reveal hidden tensions in ethical review processes.
    • They defined and analyzed the relationship between the "beneficiaries" (humans or animals) of the research and the "epistemology" (empirical science or subjective interpretation) underlying the research.
  • What is innovative about this solution?

    • The framework innovatively incorporates "stakeholders" and "knowledge bases" in multispecies interaction research into a two-dimensional space, enabling visualization of differences and intersections between various ethical frameworks.
    • It clarifies the roles of different stakeholders in the project and emphasizes the complexity and significance of multidimensional coexistence.
    • It enhances the dynamic nature of ethical review systems, providing a template for future multidisciplinary/multispecies research collaborations.
  • What are the implementation steps? What key techniques were used?

    1. Internal Ethical Review: Initial discussions within the research team on key ethical issues, including the selection of cats, methods to measure "cat well-being," and issues of cat autonomy in the experimental design.
    2. Multidisciplinary Ethical Committee Review:
      • Animal Welfare and Ethical Review Body (AWERB): Focused on the overall legality of the project, animal protection, and the rationality of data design.
      • Computer Science Research Ethics Committee (CSREC): Addressed the legality and ethics of human participation in social experiments.
      • Clinical Animal Research Ethics Committee (CARE): Focused on the scientific validity of tools for measuring animal behavior and issues of cat autonomy.
    3. Proposing and Applying the Beneficiary-Epistemology Space: Clarified the logic of benefits between the research project, humans, and animals, as well as the epistemological differences between collaborating disciplines. The framework was continuously adjusted and optimized based on expert input and feedback.

Research Outcomes

  • What specific results were achieved?

    • Developed the Beneficiary-Epistemology Space framework, providing an effective theoretical tool for similarly complex, multidisciplinary, multispecies research.
    • Successfully implemented the "Cat Royale" art project, where robots and three cats completed over 500 interactions without any injuries, ensuring the project's overall safety.
    • Garnered public and media attention, sparking discussions on trust and automated systems.
  • What advantages does it have compared to existing solutions?

    • Offers a multidisciplinary ethical review tool that accommodates diverse methodologies and disciplinary backgrounds, surpassing the limitations of traditional medical ethics frameworks.
    • Facilitates the integration of art, design, and scientific practices, enabling scientific research methods to be incorporated into artistic creation in a balanced manner.
  • What were the experimental or evaluation results?

    • The project was successfully executed without significant opposition from the media or society.
    • Animal behavior indicated that the cats adapted well to the project environment and actively participated in interactions, further validating the potential of AI and multispecies design.
  • Limitations and Future Directions

    • Limitations
      • Controversies surrounding animal autonomy remain unresolved, especially when balancing safety and freedom.
      • The project faced skepticism from the scientific community (particularly in veterinary science) regarding the "scientific validity" of the data.
    • Future Directions
      • Extend the Beneficiary-Epistemology Space framework to other non-human participant domains, such as plants, environmental systems, or AI ethics.
      • Promote the establishment of specialized integrated ethical review committees for HCI and ACI research.
      • Incorporate more input and participation from experts in the arts and humanities in the ethical review of art methodologies.

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https://hci.top/en/papers/chi/147025/2024

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DOI: https://doi.org/10.1145/3613904.3641994
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Source
CHI
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Year
2024
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Honorable Mention
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Authors
13 authors
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Subtopics
Technology Ethics & Critical HCI, User Research Methods (Interviews, Surveys, Observation), Human-Nature Relationships (More-than-Human Design)
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HCI Researchers, Sociologists & Anthropologists
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