DANETTE PAUL

19 articles
  1. Book Review: Gross, Alan G. (2006). Starring the Text: The Place of Rhetoric in Science Studies. Carbondale: Southern Illinois University Press. 240 pages
    doi:10.1177/1050651907307751
  2. Technical Communication Teachers as Mentors in the Classroom: Extending an Invitation to Students
    doi:10.1080/10572250709336559
  3. Book Review: Multiliteracies for a Digital Age
    doi:10.1177/1050651905284407
  4. Book Review: Technical Communication and the World Wide Web
    doi:10.1177/1050651905284411
  5. Book Review: Risky Rhetoric: AIDS and the Cultural Practices of HIV Testing
    doi:10.1177/1050651905284405
  6. Submission Guidelines
    doi:10.1177/105065190602000110
  7. Book Review: Shaping Information: The Rhetoric of Visual Conventions
    doi:10.1177/1050651905278320
  8. Book Review: Defining Visual Rhetorics
    doi:10.1177/1050651905278323
  9. Book Review: Content and Complexity
    doi:10.1177/1050651905278322
  10. Book Review: Metaphor and Knowledge: The Challenges of Writing Science
    doi:10.1177/105065190501900206
  11. Book Review: Innovative Approaches to Teaching Technical Communication
    doi:10.1177/105065190501900204
  12. Book Review: The Rhetoric of Risk: Technical Documentation in Hazardous Environments
    doi:10.1177/1050651904272982
  13. Book Review: Virtual Peer Review: Teaching and Learning About Writing in Online Environments
    doi:10.1177/105065190501900205
  14. Book Reviews
    doi:10.1177/105065190401800404
  15. Spreading Chaos
    Abstract

    Scientific popularizations are generally considered translations (often dubious ones) of scientific research for a lay audience. This study explores the role popularizations play within scientific discourse, specifically in the development of chaos theory. The methods included a review of the popular and the semipopular books on chaos theory from 1975 to 1995, interviews with key figures, and an analysis of the citations in scientific research journals to Gleick’s well-known popularization, Chaos: Making a New Science. The results indicate that popularizations take different forms as a scientific revolution develops into normal science. At various points, popularizations are used by scientists to find a broad, interdisciplinary, scientific audience, to show interest in the field, to disseminate lines of inquiry, and to help establish the author’s priority claim.

    doi:10.1177/0741088303261035
  16. Book Reviews
    doi:10.1177/1050651902238547
  17. Moving beyond the Moment
    Abstract

    Studies in the rhetoric of science have tended to focus on classic scientific texts and on the history of drafts and the interaction surrounding them up until the moment when the drafts are accepted for publication by a journal. Similarly, research on disasters resulting from failed communication has tended to focus on the history of drafts and the interaction surrounding them up until the moment of the disaster. The authors argue that overattention to the moment skews understanding of what makes scientific discourse successful and neglects other valuable sources of evidence. After reviewing the promises and limitations of studies from historical, observational, and text-analytic approaches, the authors call for studies of responses to research articles from disciplinary readers and argue for studies using a variety of qualitative and quantitative methodologies that will explore the real-time responses of readers to scientific texts, test the effects of rhetorical strategies on readers, and track the course of acceptance or rejection over time.

    doi:10.1177/105065190101500305
  18. In Citing Chaos
    Abstract

    Research on citations has generally examined citations as part of a system of rewards or as a rhetorical tool for strengthening arguments. This study examines the role of citations both as reward and as rhetoric. The reward system was examined by tracing over time the citation patterns of 13 research articles by two groups of scientists in chaos theory. The rhetorical practices were examined by determining how these articles were cited, by reviewing 609 citations of the 13 research articles. The analysis revealed that scientists consistently used five rhetorical practices: (1) using citations in the introduction, (2) using authors' names in the citation, (3) using the citation in a statement that asserts a high level of certainty, (4) using citations to create a research space, and (5) combining the use of the authors' names with placement in the introduction. These features indicated the articles' centrality in scientific discourse.

    doi:10.1177/105065190001400202
  19. Introducing Chaos (Theory) into Science and Engineering
    Abstract

    Introductions in scientific journal articles invite the community to read, accept, and build on new ideas. Often they open with standard moves that bid readers to attend to new findings that fill a serious gap in the literature on an important topic, thus connecting shared communal ideas and new ideas. How do these moves apply to “revolutionary” disciplines that lack a shared literature? Do introductory moves influence scientists' reading strategies? In a two-stage study, we analyzed introductions of four articles on chaos theory and then asked 12 scientists to think aloud while reading them. To investigate effects of disciplinary maturity, we chose two recent and two early articles. The early “revolutionary” articles differed strikingly from the more conventional recent articles in space devoted to old versus new information, use of citations and equations, and the nature of opening appeal. Scientific readers reacted differently to the recent and early articles, commenting more on new information in the recent articles. Across articles, however, they commented more on shared information than on new ideas. These results underscore the importance of connecting new ideas to the literature even when using unusual techniques to introduce radically new ideas.

    doi:10.1177/0741088395012004002