Full Description
Though people frequently use mobile technologies for news consumption, evidence from several fields shows that smaller screens and slower connection speeds pose major limitations for meaningful reading. In News and Democratic Citizens in the Mobile Era, Johanna Dunaway and Kathleen Searles demonstrate the effects of mobile devices on news attention, engagement, and recall, and identify a key cognitive mechanism underlying these effects: cognitive effort. They advance a theory that is both old and new: the costs of information-seeking curb participatory behaviors unless the benefits outweigh them. For news consumers in the mobile era, for example, mobile devices increase the time, economic, and cognitive costs associated with information-seeking. Only for a small few do the benefits of attending to the news on mobile devices outweigh the costs.
Building on economic theories of news, media choice, and the ways audience demand shapes news craft and production, Dunaway and Searles argue that attention, engagement, and recall suffer when people consume news on mobile devices. They then investigate the implications of these effects for the news industry and for an informed democratic citizenry. Drawing on both laboratory and real-world studies, Dunaway and Searles bring the psychophysiology of news consumption to bear on the question of what we could lose in an information environment characterized by a dramatic shift in reliance on mobile devices.
Contents
Chapter 1. Gaining Access and Losing Information
Chapter 2. Post-Exposure Processing: A New Framework and Model
Chapter 3. Mobile Effects on Access and Exposure
Chapter 4. Approaches to Studying Technological Change and Media Effects
Chapter 5. Attention to News on Mobile Devices
(Featuring Mingxiao Sui and Newly Paul)
Chapter 6. Psychophysiological Responses to Mobile News Videos
(Featuring Stuart N. Soroka)
Chapter 7. Learning and Recall on Mobile Devices
Chapter 8. Putting Traffic to the Test: Mobile News Attention in the Wild
Chapter 9. News Exposure and Processing in a Post-Broadcast Environment
