Objective
The aim of this study was to map the phases and individual steps of the cooperative planning process, a specific participatory approach frequently used in German sports and physical activity promotion, and to explore facilitators, barriers, and challenges experienced by those leading its implementation in selected projects.
Background
More than half of the global population is not physically active enough. Therefore, the demand for more effective physical activity programs is growing. Participatory-based interventions, using the cooperative planning process, offer the potential to plan new programs that match population group and setting characteristics. This approach was extensively applied in German sports and physical activity fields, serving as a mechanism to develop and implement specific measures to change the population’s behaviour. We analysed four German empirical projects promoting sports and physical activity to identify how the approach was adapted to each project, which phases were considered, and which key performance indicators enhanced (facilitators), exacerbated (barriers), or challenged the process.
Methods
This study used a mixed-methods approach, including a systematic analysis of documents (n = 10) and in-depth, semi-structured interviews (n = 4) with the empirical projects’ scientific members.
Results
The cooperative planning process was shaped across its phases by several facilitators, challenges, and barriers. Diverse assessment procedures and recruitment tools can facilitate preparation of the process, while moderation requires particular attention during the development phase. Identifying a champion in the transition subphase and providing ongoing scientific counselling can assure the implementation of an action plan with tailored measures for sports and physical activity promotion.
Conclusions
This study contributes to a better understanding of the complexity of the cooperative planning approach and, therefore, flexibility in sports and physical activity promotion projects. Many preparation actions, several challenges in the planning process, and a critical transition in implementation responsibilities should be considered by future projects intending to adopt the approach.
For the first time, to the best of our knowledge, laser-induced incandescence (LII) has successfully been applied to carbon black suspensions. A linear correlation between the experimentally derived signal decay time and the mean primary particle size, determined by transmission electron microscopy, for different carbon black particles was found. Moreover, a nonlinear relation similar to that known from measurements of aerosols was observed for the peak LII signal and the laser fluence. Despite different heat transfer properties, the signal decay time was not influenced by the solvents used.
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