Migrant and seasonal farmworkers are a vulnerable population with unique health and safety challenges related to the entire spectrum of the social determinants of health. These challenges place migrant and seasonal farmworkers at a disproportionate risk of infection and illness because of the COVID-19 pandemic. This report presents a case study of an early COVID-19 outbreak among migrant farmworkers in Iowa and describes the role that a nimble and responsive mobile federally qualified health center played in the successful mitigation and response to this outbreak.Early during the pandemic, the clinic adopted a new model of service delivery utilizing telemedicine primary care visits, followed by in-person visits when necessary. As the pandemic progressed, clinic staff strategized to provide increased pandemic-related support to agricultural employers and migrant farmworkers across the state. Emphasis was placed on on-site testing and education regarding social distancing, mask utilization, and hand washing. Eventually, as migrant workers were infected and became symptomatic, more complex mitigation strategies such as isolation, quarantine, and clinical follow-up were also implemented. This report describes how a mobile primary care clinic developed a pandemic responsive model to provide successful mitigation of an early COVID-19 outbreak among essential and highly vulnerable migrant farmworkers.

Background: Migrant and seasonal farmworkers (MSFW) experience disproportionate infection, severe disease and death from COVID-19. This report describes an innovative process to address the safety of MSFW that utilized cohorting that eventually allowed for safe release to work in the fields on a large family farm in Iowa. Methods: Upon worker departure from Mexico, the employer arranged for bus seat assignments, mask use, and hand hygiene practice during the 3-day trip to Iowa. Upon arrival at the farm, surveillance testing and low-density housing cohorting based upon travel seat assignments allowed for early identification of infected workers and appropriate quarantine as per CDC guidelines. Upon completion of isolation or quarantine as appropriate, workers were released to congregate housing and work in the fields. Findings: Compared to a migrant farmworker COVID-19 outbreak without travel pre-planning, the cohorting process produced a 3.5% positivity rate compared to an earlier season July farmworker group on the same farm with a 12.7% positivity rate. Conclusions/Application to Practice: The success of this model points to the power of collaboration between farm employer, health care providers and workers to minimize worker infection and enable safe work in the fields. Increased state and federal support for MSFW protections could support infrastructure to proactively plan for prevention mechanisms to prevent the spread of known communicable disease. With support in place from the top down, employers, workers, and health care providers will be able to prioritize the management of infectious diseases and the needs of essential workers.

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