This session focused on the use of citizen science with disabled adults to support action and advocacy for inclusive physical environments and service provision. We note the use of both person-first (“people with disability”) and identity-first (“disabled people”) language in this summary, in line with the preferences of our presenters, the teams and citizen scientists they represent.
We heard about two citizen science projects in this space:
The Dignity Project, presented by Kelsey Chapman and Angel Dixon
Angel and Kelsey shared how they designed and conducted citizen science in partnership with disabled citizens to produce recommendations for action by policymakers and service providers to ensure dignity is preserved in interactions with health services and environments (see more here ).
- The Dignity project is a research and advocacy initiative which aims to create systems that increase dignified experiences for people with disability through citizen science.
- The Dignity project is led by people with and without disability, citizens and academic researchers in partnership to deliver meaningful outcomes.
- Over the past two years, the team have undertaken a suite of projects to understand what dignity means for people with disability and how to ensure that people with disability have dignified experiences and interactions in mainstream services and systems.
- The project used an extreme citizen science approach, involving citizen scientists in all phases of the research and acknowledging them as integral partners. This included a range of activities with citizen scientists including qualitative data collection to gather and make sense of information about their use of amenities, services and systems using a method called wayfinding.
Findings from this project were presented under four key themes along with recommendations for each theme:
- Universal design and/or eliminating barriers, with a focus on designing based on key principles such as flexible use that work to make environments, services and products usable by the highest number of people and with the goal of removing barriers for all users:
- Decisions about funding and spending must include marginalised voices
- Co-design and collaboratively identify priorities for improving access
- Retro-fit existing infrastructure, and if not possible, seek alternative means for inclusion.
- Improve system navigation and sense-making with information:
- Information that is inclusive, accessible, visible, transparent, consistent and accurate is an important mechanism for maintaining and supporting dignity.
- Importance of frontline staff to retain a sense of dignity:
- Systems must support staff to be engaged and empathic, which means organisational pressures such as time, resources, skills, and COVID-19 must be addressed, and organisations are urged to implement empathy training that’s co-designed by people with disability.
- Creating spaces for voice, choice and independence:
- Community consultation and co-design of system change is necessary to better understand the system-specific barriers that limit voice and choice
- Opportunities for people with disability to express choice and enact independence should be embedded across policy and procedure activities and will need to consider the organisational factors and constraints specific to each service.
Citizen science examining perceived walkability, presented by Dr Tamara Bozovic
Tamara provided insights about how they applied citizen science to examine walkability of local neighbourhoods in Auckland with blind people and the takeaways generated.
- Citizen science was used after interviewing 56 people, half of whom had at least some difficulty with one or more of the following: walking / seeing / hearing / remembering or concentrating. The interviews examined walking behaviour and specific features of the environment perceived as barriers to walking, as well as aspects enjoyed (see a brief video of interview findings here). These participants were then invited to join the research team as citizen scientists.
- Four people aged 40+ participated as citizen scientists, of whom two were blind; one had some difficulty walking and was the primary carer of her husband, having dementia; and another was non-disabled.
- Citizen scientists were asked to document walks of their choice and to document anything about their environment that may support or hinder walkability. The Our Voice Discovery Tool mobile app was used to enable data gathering of photo, text and/or audio data. The app also automatically tracks geolocation.
- This process highlighted the potential of the app but also issues and limitations in terms of usability for blind people. Special arrangements were worked out with the blind citizen scientists, such as walking with another person who would take photos for them.
- Findings demonstrated a need for greater inclusion and accessibility of data gathering tools to enable use by disabled citizen scientists. Several adaptions and recommendations were made, such as using wearable cameras and recording devices with GPS and physical switches to enable use by blind people.
- Findings also highlighted the differences between a citizen science approach and traditional interviews, regarding features considered important for walkability: the citizen science approach seemed to facilitate a more granular and rich data collection, including ‘micro’ features (such as for instance specific footpath obstructions), mentioned more often and presented in more detail than in the interviews.
- Finally, Tamara offered reflections about the reasons for this difference, probably having to do with the relative ease of inputting feedback through the app (photo, voice recording, and “good and/or bad” button).
Download a graphic illustration of this community of practice session here.
More about this community of practice
The Community of Practice for Citizen Science in Prevention brings together people from research, policy, practice, and community settings to share knowledge, ideas, and resources to support the design, delivery and evaluation of citizen science in prevention.