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Evaluating the impacts of citizen science is challenging, and existing approaches often fail to capture the complexity of outcomes across domains. The MICS project (European Union Horizon 2020 Measuring the Impact of Citizen Science, 2019–2022) addressed this by developing a framework to measure the impacts of citizen science across five domains: society, science and technology, environment, economy, and governance. Central to MICS was the Impact Journey (IJ) Approach, a participatory evaluation framework combining domain-specific indicators with collaborative pathway mapping. This article critically reflects on the IJ Approach as both an evaluative tool and an intervention for co-creating impact with interested parties and actors (IPAs), based on its application in five environmental citizen science initiatives in Europe. To assess longer-term use of the IJ Approach in the cases, a post-project enquiry was conducted three years after completion of the MICS project. Analysis across cases showed the MICS IJ Approach effectively captured the complexity of citizen science impacts, visualizing causal links between assumptions, strategies, outcomes, and impacts. It revealed the diversity and context-dependence of impacts and the need for collaborative evaluation to prioritize them. However, its comprehensive and participatory method also entailed significant resource demands, constraining full implementation across all cases (further limited by disruptions from COVID-19). The article concludes by discussing practical challenges of participatory evaluation of citizen science initiatives.
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Wehn et al. (2026) studied this question.
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