Experts’ Top COVID-19 Strategy: National Stay-at-Home Order With Financial Compensation

Newly released report is part of an ongoing meta forecasting project.

Story by

Lori Friedman

man in mask delivers groceries

Photo: iStock-Kiwis

A report summary newly released by a team at Lehigh led by Thomas McAndrew, a computational scientist and assistant professor in the College of Health, shares the consensus of experts in the modeling of infectious disease who were asked to rank the top five most effective interventions to mitigate the spread and impact of COVID-19 in the U.S.

The report is part of an ongoing meta forecasting project aimed at translating forecasting and real world experience into actions.

McAndrew and his colleagues wanted to answer: “Here is where we are, what should we do about it?" They worked with forecasting technology experts at Metaculus, which describes itself as “a community dedicated to generating accurate predictions about future real-world events.”

“We asked subject matter experts in the modeling of infectious disease to rank the top five most effective interventions alongside a rationale for each intervention to slow the spread of SARS-CoV-2 and burden of COVID-19,” says McAndrew. “The process is called a Delphi process—a technique to generate a behavioral, as opposed to a mathematical, consensus by allowing a group of experts to iteratively propose and revise ideas."

The top five interventions experts proposed are:

  1. A national stay-at-home order with financial compensation for lost wages
  2. Better access to a COVID-19 vaccine
  3. A national mask mandate
  4. Better access to diagnostic testing
  5. A national, coordinated response to COVID-19

From the report summary:

“An expert consensus ranked a national stay-at-home order with financial compensation for lost wages as the most effective intervention to slow the spread of SARS-CoV-2 and the burden of COVID-19. Experts reasoned that the U.S. may see a surge in cases with the presence of new variants like B.1.1.7, that testing and contact tracing are most effective when a population is under quarantine, and that decreasing the frequency of contact between individuals will slow the spread of disease. Though, experts did comment that this may be a difficult intervention to implement in the U.S. due to sociocultural and economic factors.

"The second most effective intervention proposed by experts was to increase the rate of vaccination by opening new locations to provide a vaccine or expanding the hours of vaccination centers, making it easier to register for a vaccine, adopting methods of vaccine delivery proven to be effective in other countries, and placing priority on a first dose over second dose. The most frequent reason for an increased rate of vaccination, given by experts, was that a small percentage of distributed vaccines to date have been used to inoculate the U.S. population.

"The third most effective intervention proposed by an expert consensus was to impose a mask mandate, an enforceable requirement that the population wear masks when interacting in a public place. Experts reasoned that masks are known to effectively reduce the transmission of viral particles from one infected person to another.”

The report is being sent to members of the Centers for Disease Control, the Council of State and Territorial Epidemiologists and members of MIDAS.

Story by

Lori Friedman

Related Stories

Delaware Nation artifacts

Native American Artifacts Found on Lehigh Land to be Returned to Delaware Nation

A 3,000-year-old flint knifepoint is among the artifacts to be returned to the sovereign, federally recognized Delaware Nation, with whom Lehigh partnered with last year.

Carly Camplain

Native Scholar Carly Camplain Joins College of Health, Advances Indigenous Studies

Camplain attends Promoting Indigenous Research Leadership Conference, furthering Indigenous studies scholarship at Lehigh and nationally.

HST building

College of Health Professor Awarded NSF Grant to Improve Accessibility for Persons with Disabilities

Funding supports development of a new digital app and maps to enhance indoor navigation.