A Content Analysis of Journalistic Framing of Chemical Contamination of the Cape Fear River

Author:

Bandyopadhyay Hiya,

Abstract

Guided by Entman’s Framing theory, this content analytic study explores the journalistic framing of the Cape Fear River contamination in North Carolina, USA. Chemours, a spin-off company of DuPont was responsible for the release of a hazardous chemical known as GenX into the river, which caused the contamination. The study involved an inductive analysis of 359 news reports about the issue. The results indicated that 78.83% of the articles framed the problems, 72.7% framed the causes, 60.17% framed the effects, and 55.71% framed the potential solutions. Five principal problem frames (i.e., river contamination, Chemours’s involvement, scientific uncertainty about GenX, governmental inaction, and the inability of the water treatment plants to filter GenX), four cause frames (i.e., Chemours’s malfeasance, wastewater spillage from Chemours’s facility, politics, and a lack of regulatory standards for GenX), six effect frames (i.e., the revocation of Chemours’s permit, legal action against Chemours, health effects of GenX, stakeholders’ demands for answers, scammers targeting stakeholders, and the potential declaration of Cape Fear River as a swampland), and five solution frames (i.e., stopping the wastewater discharge, securing grants to deal with the issue, using alternative techniques to filter GenX, advancing bills to prevent further corporate contamination, and using alternate sources for drinking water) were identified. By looking at all the four frames together, the current study adds to the framing literature, and can be used in the future to determine how the analyzed news media frames contributed to the formation of public opinion regarding the issue.

Publisher

Lattice Science Publication (LSP)

Reference95 articles.

1. (2017, December 1). CCEE professor Detlef Knappe's research contributes to elimination of contaminant discharge into Cape Fear River [CCEE newsletters, NCSU]. Available: https://www.ccee.ncsu.edu/news/2017/ccee-professor-detlef-knappes-research-contributes-to-elimination-of-contaminant-discharge-into-cape-fear-river/

2. (n.d.). GenX chemical in drinking water: Side effects and health risks of GenX [The Berkley newsletters]. Available: https://theberkey.com/blogs/water-filter/genx-chemical-in-drinking-water-side-effects-and-health-risks-of-genx

3. S. Lerner. (2016, March 3 b). New Teflon toxin caused cancer in lab animals [News website: The Intercept]. Available: https://theintercept.com/2016/03/03/new-teflon-toxin-causes-cancer-in-lab-animals/

4. M. I. Gomis, R. Vestergren, D. Borg, and I.T. Cousins. (2018, April). Comparing the toxic potency in vivo of long-chain perfluoroalkyl acids and fluorinated alternatives. Environment International [Journal article]. 113, pp. 31-39. doi: 10.1016/j.envint.2018.01.011 [CrossRef]

5. K. Otterbourg. (2018, May 24). Teflon's river of fear. Fortune [Magazine]. Available: https://fortune.com/longform/teflon-pollution-north-carolina/

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