Book contents
- Broader Impacts of Science on Society
- Reviews
- Broader Impacts of Science on Society
- Copyright page
- Contents
- Preface
- Abbreviations, Definitions, and Acronyms
- 1 Introduction: Science, STEM, and Society
- 2 NSF and Broader Impacts
- 3 Innovation, Opportunity, and Integration
- 4 Communication and Dissemination
- 5 Promoting Yourself and Optimizing Impact
- 6 Collaboration, Authorship, and Networks
- 7 Strategic versus Curiosity Science
- 8 Know Your Audience
- 9 Diversity, Equity, and Inclusion
- 10 Mentoring and Role Models
- 11 Formal K–12 Education and Partners
- 12 Higher Education
- 13 Informal STEM Learning in Museums and Beyond
- 14 Public Participation and Community (Citizen) Science
- 15 Computers and Cyberimpacts
- 16 Developing a Broader Impacts Plan
- 17 Project Management and Sustainability
- 18 Were You Successful? Evaluation and Metrics
- 19 Wrap-Up, the Future, and Broader Impacts 3.0
- References
- Index
14 - Public Participation and Community (Citizen) Science
Published online by Cambridge University Press: 11 October 2019
- Broader Impacts of Science on Society
- Reviews
- Broader Impacts of Science on Society
- Copyright page
- Contents
- Preface
- Abbreviations, Definitions, and Acronyms
- 1 Introduction: Science, STEM, and Society
- 2 NSF and Broader Impacts
- 3 Innovation, Opportunity, and Integration
- 4 Communication and Dissemination
- 5 Promoting Yourself and Optimizing Impact
- 6 Collaboration, Authorship, and Networks
- 7 Strategic versus Curiosity Science
- 8 Know Your Audience
- 9 Diversity, Equity, and Inclusion
- 10 Mentoring and Role Models
- 11 Formal K–12 Education and Partners
- 12 Higher Education
- 13 Informal STEM Learning in Museums and Beyond
- 14 Public Participation and Community (Citizen) Science
- 15 Computers and Cyberimpacts
- 16 Developing a Broader Impacts Plan
- 17 Project Management and Sustainability
- 18 Were You Successful? Evaluation and Metrics
- 19 Wrap-Up, the Future, and Broader Impacts 3.0
- References
- Index
Summary
About 10 million people in the United States, or 5 percent of the working population, are employed in some aspect of STEM (Noonan, 2017). This number leaves more than a quarter of a billion other people in the United States who could potentially become engaged in the practice of science sometime during their lifetime. While it is unrealistic to expect full participation from the general public, any effort that increases engagement and broadens participation also promotes learning by doing, and thus science literacy. Public participation can also increase science identity for those who participate in the research enterprise. The general notion that STEM is primarily done by professionals – those who are paid to do so as their career – neglects the fact that few scientists were professionals two centuries ago.
- Type
- Chapter
- Information
- Broader Impacts of Science on Society , pp. 178 - 193Publisher: Cambridge University PressPrint publication year: 2019