开放科学_公民在科研中的作用和贡献（英文版）_21页_363kb

Open Science and the Role of Citizens in Research

Core Content

The document provides an overview of a consultation on open science held in April 2017 as part of the Corsham Institute Thought Leadership Programme. The consultation focused on the role of citizens in research, particularly how digital technology can enhance their involvement in scientific activities.

Main Viewpoints

1. What is Citizen Science?

• Definition: Citizen science is a broad concept that includes not only data collection but also research planning, design, analysis, and dissemination.
• Examples:
  • The James Lind Alliance involves patients, carers, and clinicians in setting research priorities.
  • The Nappy Science Gang engages parents in research on nappies and environmental impact.
  • The Old Weather project on Zooniverse involves volunteers transcribing historical weather data.
• Platform: Zooniverse is highlighted as a successful platform that allows volunteers to participate in various research tasks, such as identifying animals in camera trap images or classifying galaxies.
• Debate on Definition: There was discussion about whether all forms of public data contribution, including passive data from social media or apps, should be considered citizen science. Some argued for a broader definition, while others emphasized the importance of active participation and collaboration.

2. Benefits and Challenges of Citizen Science

Benefits for Citizens

• Personal development and skill acquisition.
• Social connections and a sense of community.
• Contribution to the public good and personal satisfaction.
• Fun and engaging activities.

Benefits for Researchers and Funders

• Enhanced data collection and analysis capabilities.
• Greater dissemination and impact of research.
• Encouragement of future generations' interest in science.
• Opportunities for collaboration with industry and increased public engagement.

Benefits for Policymakers

• Insights from diverse perspectives.
• Increased public awareness and engagement on societal issues.
• Greater grassroots ownership of local and national issues.
• Agile responses to social challenges like pollution.

Challenges

• Data Quality: Concerns about the validity and reliability of data collected by non-professionals.
• Public Engagement: The need to manage expectations and ensure meaningful participation.
• Inclusivity: Challenges in widening participation to underrepresented groups.
• Funding and Recognition: Citizen science is often undervalued by funders and peer reviewers, which can hinder its growth.

3. Strategic Approaches to Addressing Challenges

• Improving Data Quality:

  • Using technology to validate and filter data.
  • Training citizen scientists and involving experts in moderation.
  • Establishing a framework to ensure research quality and ethical standards.

• Demonstrating Impact:

  • Conducting evaluations and longitudinal studies to show the effects of citizen science.
  • Publishing personal stories and findings to highlight real-world contributions.
  • Using digital platforms to communicate impact and encourage new participants.

• Widening Participation:

  • Designing accessible, online-based projects to include marginalized groups.
  • Addressing digital divides and ensuring equitable access to technology.
  • Encouraging collaborations with funders to reach 'hard-to-reach' communities.

• Ensuring Transparency and Openness:

  • Promoting open science principles to enhance trust in citizen science.
  • Encouraging the use of open data and open access to research findings.
  • Creating a 'gold standard' for evaluating citizen science projects.

Key Information

• The consultation was held at St George's House under the Chatham House Rule.
• Participants included representatives from academia, industry, government, and the third sector.
• Zooniverse, a popular citizen science platform, has over 1.5 million registered volunteers and 108 active projects as of August 2017.
• The Natural History Museum's citizen science initiatives, such as the Big Seaweed Search and Microverse, demonstrate the potential of citizen science in biodiversity and microbial research.
• The OPAL Bugs Count project uses a mobile app to engage the public in environmental monitoring.
• There is a need to balance the inclusivity of citizen science with maintaining scientific rigor and quality.
• Policymakers are concerned about the potential for politicized or inaccurate data to influence public opinion and policy decisions.

Conclusion

The consultation highlighted the growing importance of citizen science in a digitally connected society and the need for greater recognition and support from academic, funding, and policy communities. By addressing challenges related to data quality, impact demonstration, inclusivity, and transparency, citizen science can become a more integral and respected part of the scientific process.