Implications of Cognitive Processing in Visually Complex Emerging AI-Generated TV Weathercast Graphics

Despite demonstrably increasing accuracy in weather forecasts, rapid technological innovation, widespread access to weather information, and meteorological expertise particularly sought for modern TV weathercaster positions, public distrust and misinterpretation persist, resulting in avoidable casualties and significant financial losses from property damage. Visually busy TV weather graphics are suggested to cognitively weigh on the viewer’s ability to properly interpret and recall the forecast, especially through the limited medium of a television newscast, where the traditional weather segment is relatively brief. This essay explores the application of modern AI and AR strategies in the design and construction of contemporary TV weather graphics, as well as innovations to communicate risk during TV weathercasts. Theoretically-grounded recommendations are made for this transitional period from manual to AI-generated graphics. It is suggested that future studies should supplement the growing body of weather social science literature by drawing on research in traditional media and communication and by examining individual differences rather than relying on behaviorist approaches and self-report alone.

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Publication Details

Journal
Journal of Broadcasting & Electronic Media
Published
2026-07-02
DOI
https://doi.org/10.1080/08838151.2026.2694049
Primary Topic
Data Visualization and Analytics
Type
article
Field-Weighted Citation Impact
0.00
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article

Implications of Cognitive Processing in Visually Complex Emerging AI-Generated TV Weathercast Graphics

Robert C. Gauthreaux
Journal of Broadcasting & Electronic Media
Data Visualization and Analytics
article

Implications of Cognitive Processing in Visually Complex Emerging AI-Generated TV Weathercast Graphics

Robert C. Gauthreaux
article en

Abstract

Despite demonstrably increasing accuracy in weather forecasts, rapid technological innovation, widespread access to weather information, and meteorological expertise particularly sought for modern TV weathercaster positions, public distrust and misinterpretation persist, resulting in avoidable casualties and significant financial losses from property damage. Visually busy TV weather graphics are suggested to cognitively weigh on the viewer’s ability to properly interpret and recall the forecast, especially through the limited medium of a television newscast, where the traditional weather segment is relatively brief. This essay explores the application of modern AI and AR strategies in the design and construction of contemporary TV weather graphics, as well as innovations to communicate risk during TV weathercasts. Theoretically-grounded recommendations are made for this transitional period from manual to AI-generated graphics. It is suggested that future studies should supplement the growing body of weather social science literature by drawing on research in traditional media and communication and by examining individual differences rather than relying on behaviorist approaches and self-report alone.

Journal of Broadcasting & Electronic Media
Sam Houston State University (US)
Industry, innovation and infrastructure
Openalex Percentile: Top 7%
Data Visualization and Analytics
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