Media Coverage of Public Health Epidemics: Linking Framing and Issue Attention Cycle Toward an Integrated Theory of Print News Coverage of Epidemics

Tsung-Jen Shih, Rosalyna Wijaya, Dominique Brossard

Mass Communication & Society · 2008 · 291 citations · 28 references

Concepts

TL;DR

Public health epidemic coverage is event‑driven, with increased reporting around new cases and government actions, and this study uses framing and issue‑attention‑cycle theory to examine how print media frame epidemics such as mad cow disease, West Nile virus, and avian flu. The study examines how print media frame public health epidemics using framing and issue‑attention‑cycle theory, focusing on cases like mad cow disease, West Nile virus, and avian flu. Journalists consistently used “action” and “consequence” frames, while other frames varied by disease; attention‑cycle patterns differed across diseases, and narrative considerations shifted across development phases, indicating that journalists emphasize different narratives at different stages of epidemic development.

Abstract

Using framing and issue attention cycle as theoretical frameworks, this study examined how print media frame public health epidemics, such as mad cow disease, West Nile virus, and avian flu. We found that “action” and “consequence” were the two frames journalists employed consistently to construct stories about epidemics in the New York Times, the newspaper used for this case study. The prominence of other frames varied with diseases. We also found different attention cycle patterns for each disease. Coverage of public health epidemics was highly event based, with increased news coverage corresponding to important events such as newly identified cases and governmental actions. We found that media concerns and journalists' narrative considerations regarding epidemics did change across different phases of development and across diseases. This suggests that journalists emphasize different narrative considerations at different stages of the issue development cycle, based on the specificity of each disease.

References

28