The importance of basing public policy on sound scientific evidence is increasingly being recognized, yet many barriers continue to slow the translation of prevention research into legislative action. This work reports on the feasibility of a model for overcoming these barriers-known as the Research-to-Policy Collaboration (RPC). The RPC employs strategic legislative needs assessments and a rapid response researcher network to accelerate the translation of research findings into usable knowledge for policymakers. Evaluation findings revealed that this model can successfully mobilize prevention scientists, engage legislative offices, connect policymakers and experts in prevention, and elicit congressional requests for evidence on effective prevention strategies. On average, the RPC model costs $3510 to implement per legislative office. The RPC can elicit requests for evidence at an average cost of $444 per request. The implications of this work, opportunities for optimizing project elements, and plans for future work are discussed. Ultimately, this project signals that the use of scientific knowledge of prevention in policymaking can be greatly augmented through strategic investment in translational efforts.

Features of the natural environment such as tree canopy and green space have been found to promote health and well-being; however, minimal research has investigated potential benefits of nature near schools for early childhood development. This study examined differences in teacher ratings of preschoolers' socio-emotional and behavioral functioning in relation to the presence of natural elements (e.g., trees, parks) near children's homes and schools. Students' development of emotional and behavioral regulatory skills was the greatest when there were high levels of tree canopy either at home or school. Additionally, students developed greater independence and social skills when their schools were in neighborhoods with limited impervious surface (e.g., concrete); this trend was the most pronounced for students from neighborhoods low in impervious surface. Further, results suggested that associations with tree canopy may fluctuate seasonally (i.e., stronger relationships in the spring) and that the potential impact of school nature may depend on levels of home nature exposure. Although not yielding causal evidence regarding the impact of nature exposure or the effectiveness of greening interventions, findings suggest that school administrators and city planners could collaborate to maximize potential benefits of greening efforts near schools or within their catchment zones.

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The coronavirus disease 2019 (COVID-19) pandemic has disproportionately affected communities of color. To dismantle these disparities, it is critical to promote COVID-19 vaccine equity, both through increasing vaccine access and addressing vaccine mistrust. This article describes a community–academic collaboration (the Community Vaccine Collaborative [CVC]), whose mission is to ensure COVID-19 vaccine equity among marginalized communities. Based in Pittsburgh, Pennsylvania, our group has focused on inclusion of marginalized groups into vaccine clinical trials, addressing vaccine mistrust, and building systems to ensuring equitable access to the COVID-19 vaccine. We review formation of the CVC, activities to-date, and recommendations for other communities interested in developing similar collaboratives.