FAU Study Offers New Model for Coordinating Pandemic Policies
By Paul Owers | 02/07/2022Tags: ITOM | Press-Releases
Categories: Faculty/Staff | Research
Researchers Say Interconnected Regions or Zones Are More Effective Response
In a public health crisis such as the COVID-19 pandemic, imposing lockdowns across entire states or regions and enacting other sweeping policy measures aren’t practical because individual communities may be at different stages of an outbreak.
Instead, a "place-based approach," in which policies are customized and coordinated across interconnected regions or zones, is a more effective response to an infectious disease than relying on local administrative boundaries, according to researchers at Florida Atlantic University.
Their study, published in the European Journal of Operational Research, identifies contiguous policy zones based on the natural movement of people to organize vaccination strategies and apply interventions such as lockdowns, masking and physical distancing. It is one of the first studies to use the movement of people to support developing effective pandemic policies in public health.
“Applying a broad and uniform policy across a state is not appropriate,” said Milad Baghersad, Ph.D., the lead author and an assistant professor in the Department of Information Technology and Operations Management (ITOM) within FAU’s College of Business. “We think our study will help policymakers understand benefits of movement-based coordination so they can craft better solutions in the future.”
In some cases, the consequences of non-coordination across state borders have been significant. For example, an influx of COVID-19 patients from western Idaho, where masks and vaccinations are not mandated, overwhelmed hospitals over the border in Washington, which has stringent policies in place. That deepened the crisis in Washington.
The model created by FAU researchers guarantees that coordinated communities are geographically contiguous and well-connected by people's natural movement. It also allows for adjusting the number of jurisdictions assigned to a coordinated community, based on the preferences of policymakers.
The researchers tested their model within the bordering states of North Carolina and South Carolina, which together have 146 counties. They found that creating communities based on the natural movement of people is significantly better for coordinating pandemic-related policies than the existing administrative boundaries of state and county.
“In addition to an effective national pandemic policy, an appropriately coordinated multi-level approach of state, regional and county policy is required,” Behara said. “Our model provides a framework to identify regions or communities of counties that need to work together to manage transboundary public health crises.”