15 pages, via Online journal, Scholars are increasingly calling for the environmental issues of the industrial agricultural system to be addressed via eventual agroecological system-level transformation. It is critical to identify the barriers to this transition. Drawing from Henke’s (Cultivating science, harvesting power: science and industrial agriculture in California, MIT Press, Cambridge, MA, 2008) theory of “repair,” we explore how farmers participate in the reproduction of the industrial system through “discursive repair,” or arguing for the continuation of the industrial agriculture system. Our empirical case relates to water pollution from nitrogen fertilizer and draws data from a sample of over 150 interviews with row-crop farmers in the midwestern United States. We find that farmers defend this system by denying agriculture’s causal role and proposing the potential for within-system solutions. They perform these defenses by drawing on ideological positions (agrarianism, market-fundamentalism and techno-optimism) and may be ultimately led to seek system maintenance because they are unable to envision an alternative to the industrial agriculture system.
Abbott, Eric A. (author), Yarbrough, J. Paul (author), and Abbott: Department of Journalism and Mass Communication, Iowa State University; Yarbrough: Department of Communication, Cornell University
Format:
Journal article
Publication Date:
1992
Published:
USA
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 90 Document Number: C06428
James F. Evans Collection, New communication technologies such as the microcomputer, videotex/teletext systems, the videocassette recorder, and satellite receiving dishes have been available to farmers since the early 1980s. This longitudinal study examines ethical issues associated with the impact that differential patterns of adoption and use of these technologies have had on inequalities among farmers from 1982 to 1989. The results demonstrate a strong adoption and use bias toward larger scale farmers who already have well-developed skills for handling information. This bias is especially strong for microcomputer and videotex/teletex systems and it is increasing over time. Although the same farmers are not adopting all communication innovations, there is a strong tendency toward the already information-rich making the most use of the innovations they adopt. The article concludes with several recommendations that would help minimize some of these information inequalities. (original)
