Abstract
This study contributes to a neglected aspect of health policy analysis: policy formulation processes. Context is central to the policy cycle, yet the influence of crises on policy formulation is underrepresented in the health policy literature in low- and middle-income countries (LMICs). This paper analyses a detailed case study of how the COVID-19 crisis influenced policy formulation processes for the regulation of alcohol in South Africa, as part of COVID-19 control measures, in 2020 and 2021. It provides a picture of the policy context, specifically considering the extent to which the crisis influenced the position and power of actors, and policy content. Qualitative data were collected from nine key informant interviews and 127 documents. Data were analysed using thematic content analysis. A policy formulation conceptual framework was applied as a lens to describe complex policy formulation processes. The study revealed that the perceived urgency of the pandemic prompted a heightened sense of awareness of alcohol-related trauma as a known, preventable threat to public health system capacity. This enabled a high degree of innovation among decision-makers in the generation of alternative alcohol policy content. Within the context of uncertainty, epistemic and experiential policy learning drove rapid, adaptive cycles of policy formulation, demonstrating the importance of historical and emerging public health evidence in crisis-driven decision-making. Within the context of centralization and limited opportunities for stakeholder participation, non-state actors mobilized to influence policy through the public arena. The paper concludes that crisis-driven policy formulation processes are shaped by abrupt redistributions of power among policy actors and the dynamic interplay of evolving economic, political and public health priorities. Understanding the complexity of the local policy context may allow actors to navigate opportunities for public health-oriented alcohol policy reforms in South Africa and other LMICs.