International news flows theory revisited through a space-time interaction model
Claude Grasland (GC, GIS CIST)

TL;DR
This study revisits international news flow theories using a space-time interaction model, confirming traditional laws of news circulation and highlighting persistent provincialism and media-specific sensitivities, with temporary shifts during exceptional events.
Contribution
It introduces a quantitative, disaggregated gravity-like model of international news flow, validating classic theories and revealing media-specific and temporal variations in coverage patterns.
Findings
Country size strongly influences media coverage.
Geographical distance and language remain significant factors.
Exceptional events temporarily alter usual coverage rules.
Abstract
This paper proposes a quantitative model of the circulation of foreign news based on a gravity-like model of spatial interaction disaggregated by time, media and countries of interest. The analysis of international RSS news stories published by 31 daily newspapers in 2015 demonstrates, first, that many of the laws of circulation of international news predicted half a century ago by Galtung and Ruge and by {\"O}stgaard are still valid. The salience of countries in media remains strongly determined by size effects (area, population), with prominent coverage of rich countries (GDP/capita) with elite status (permanent members of UNSC, the Holy See). The effect of geographical distance and a common language remains a major factor of media coverage in newsrooms. Contradicting the flat world hypothesis, global journalism remains an exception, and provincialism is the rule. The disaggregation…
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Taxonomy
TopicsOpinion Dynamics and Social Influence · Media Influence and Politics · Complex Network Analysis Techniques
