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Citizen Science for Health: An International Survey on Its Characteristics and Enabling Factors Cover

Citizen Science for Health: An International Survey on Its Characteristics and Enabling Factors

Open Access
|Sep 2024

Figures & Tables

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Figure 1

The demographic profile of respondents to the survey: (a) age distribution, (b) gender distribution, (c) education distribution, and (d) geographic profile.

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Figure 2

(a) Self-identifications chosen by respondents. The left-hand bars show the total number of responses per category, the right-hand bars show overlapping responses and frequency as respondents could select multiple categories. (b,c) The breakdown of respondents by self-identification and whether they had prior experience with citizen science generally (b), and health-related citizen science specifically (c). CS4H: Citizen Science for Health.

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Figure 3

Classification of the CS4H projects that survey respondents are or have been involved in. CS4H: Citizen Science for Health.

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Figure 4

Perceived differences between health-related citizen science and other forms of citizen science. Results are grouped by whether respondents had prior involvement with (health-related) citizen science or not (groups C and D are subsets of group B).

Table 1

An overview of 13 conditions for the growth of health-related citizen science that respondents were asked about. Survey participants responded to the conditions exactly as worded in this table. The “short title” is introduced in this paper for convenience.

SHORT TITLECONDITION
ROIBalanced “return on investment” – both researcher and citizen/patient must be satisfied with participating in the project
EthicsAdequate ethical frameworks and review procedures
Data InfrastructureData infrastructure to appropriately connect data of different sources (e.g., Real World Data, clinical data, etc.), including issues such as data quality, ownership, security, interoperability
DisseminationPublication and dissemination of research and results
ToolingProvision and development of tools for citizens to conduct research (apps, ehealth devices, adequate research procedures, etc.)
Citizen VisibilityMake the existing diversity of citizen science practices visible (unlocking the potential of citizens)
LobbyCommunication and lobby channels vis-a-vis policy makers
Learning InfrastructureDevelopment of a multi-stakeholder co-creative learning infrastructure
EducationFamiliarity with or understanding of (medical) professionals about citizen science
Health RecordsAccess of citizens to their health records
Legal FrameworksLegislative frameworks (e.g,. regarding eHealth tools, involvement of industry)
LiteratureAccess to health literature for citizens
LabsAccess to lab facilities for citizen/patients
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Figure 5

Respondents’ views on the importance of 13 conditions to further grow health-related citizen science, from -2 (not important at all) to +2 (very important). Bars give the absolute number of responses, and vertical lines give average scores.

DOI: https://doi.org/10.5334/cstp.693 | Journal eISSN: 2057-4991
Language: English
Submitted on: Nov 20, 2023
Accepted on: Jul 17, 2024
Published on: Sep 5, 2024
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2024 Gaston Remmers, Bastian Greshake Tzovaras, Alexandra Albert, Jef Van Laer, Sabine Wildevuur, Martijn De Groot, Lea den Broeder, Isabelle Bonhoure, Joana Magalhães, Sara Mas Assens, Enric García Torrents, Baris Imre, Eugenia Covernton, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.