New media are having a significant impact on science communication, both on the way scientists communicate with peers and on the dissemination of science to the lay public. Science blogs, in particular, provide an open space for science communication, where a diverse audience (with different degrees of expertise) may have access to science information intended both for nonspecialist readers and for experts. The purpose of this article is to analyze the strategies used by bloggers to communicate and recontextualize scientific discourse in the realm of science blogs. These strategies involve adjusting information to the readers’ knowledge and information needs, deploying linguistic features typical of personal, informal, and dialogic interaction to create intimacy and proximity, engaging in critical analysis of the recontextualized research and focusing on its relevance, and using explicit and personal expressions of evaluation. The article shows that, given the diverse audience of science posts, bloggers display a blending of discursive practices from different discourses and harness the affordances of new media to achieve their rhetorical purposes.

Reviews Michael S. Kochin. Five Chapters on Rhetoric: Character, Action, Things, Nothing, and Art. University Park, Pennsylvania: Penn State Univer­ sity Press, 2009. ISBN 978-0-291-03455-3 The selections in this hook are best read as a series of loosely connected essays, situated within political science, informed bv scholarship in the rhetoric of Greek and Roman antiquity They build, in a leisurely way, toward a theory of rhetoric as an art of persuasive speech especially suited to the task of the politician—the construction of political advice. In his introduction, Michael Kochin proposes to use the diffusion of ideas in scientific communities as a model of political persuasion: "the politician seeks an understanding of policy through his or her operations within political institutions, just as the scientist seeks understanding through his or her operation wdthin political institutions. Scientific knowledge is thus created and distributed throughout the netw'ork: it is not merely diffused through it from center to periphery. I appeal to this clear case to explain the unclear case of public life: because the social structure of science is well studied, the rhetorical concepts I want to explicate are more clearly visible in it" (11). That w'ould have been an interesting book, but it is not the one Kochin ended up writing. Five Chapters forgets all about scientific communication for chapters on end, and the ideas that it develops about political communication are a very mixed bag. It is, for all that, an engaging and stimulating book. Kochin offers fix e topics for the investigation of political persuasion: character (or ethos), action (or stasis), things (the creation of facts), nothing (communication that maintains relationships) and art (specifically rhetoric as a means of understanding artful speech). Issues of argument and affect are dismissed in the introduction: political persuasion, according to Kochin, depends on the credibility of the speaker and the telling power of facts, and emotion is "a junk category" (15). Both the topics that Kochin has chosen and those he has left aside offer a reader fair warning that the ride ahead will not be a trot through familiar territories. The chapters on character, action, things, and nothing approach issues of political persuasion from different directions. Character takes up the Aristotelean traits of knowledge, benevolence, and virtue, treated here under the topics of competence, identification, and empathy. The chapter also Khetorica, Vol. XXXI, issue 4, pp. 445-464, ISSN 0734-8584, electronic ISSN 15338541 . T2013 by The International Society for the History of Rhetoric. All rights re­ served. Please direct all requests for permission to photocopy or reproduce article content through the University of California Press's Rights and Permissions website, at http://www.ucpressjournals.com/reprintlnfo.asp. DOI: 10.1525/RH.2013.31.4.445. 446 RHETORICA discusses the ways in which political leaders "empty" their personalities of idiosyncracies, the better to reflect common values (40). He critiques theories of ethos that see it as artificial, connecting Aristotle's rhetorical ethos to his political ethos. And he introduces a theme that will connect these four chapters: any program that favors "measures, not men" as the focus of political discourse fails to take into account the public's need to judge measures by the men who advocate them. The chapter on action is an extended reading of Demosthenes' "On the Crown," taken as a model for political advocacy in its orientation to the future, and to the possible. Kochin insists that the Athenian audience's approval of the speech is an extension of its judgment of Demosthenes as a competent, benevolent counselor who represents the collective interests of the Athenians. Judgments based on motives or on the results of actions are necessarily flawed, incomplete, or irrelevant. Kochin illustrates this analysis with examples from American political discourse, including the first of many positive citations of Calvin Coolidge, a president I do not ordinarily associate with rhetorical skill. The chapter on things is one of the strongest in the book. Kochin de­ velops an account of enargeia in a discussion of political speeches that deploy facts, statistics, vivid narratives, and images. The range of examples, from Begin to Coolidge (again!) is impressive; Kochin connects the persuasive force of...

Abstract We justify and describe our development of the Service Learning Opportunities in Technical Communication (SLOT-C) Database. The database broadens the range of organizations that instructors and students have for client-based communication projects. We argue in support of incorporating service learning into classes and facilitating partnerships among university instructors, their students, and nonprofits. We report strategies we learned for working with student interns and IT experts and strategies we developed as we worked with usability-test participants. Keywords: client-based communication projectsiterative designservice learning opportunitiestechnical communicationuser-centered design ACKNOWLEDGMENTS We sincerely thank the Council for Programs in Technical and Scientific Communication for awarding us a research grant in 2009 to build this database. We greatly appreciate Sam Singer, whose expertise in databases and Web development made the concept become a reality. We would also like to thank Stewart Whittemore, who contributed ideas in the early planning stage. Notes Waterfall design involves creating a design to which you are firmly committed early in development and letting all design decisions flow from the initial plan. Iterative design is more flexible, allowing the plan to change as needed in response to feedback. Additional informationNotes on contributorsSusan A. Youngblood Susan A. Youngblood teaches technical and professional communication at Auburn University, and many of her classes feature service learning. Her research addresses vulnerability, accessibility, and competing needs in communication, particularly in online environments. Jo Mackiewicz Jo Mackiewicz teaches editing at Auburn University. Her research applies linguistics to technical communication and focuses on politeness and credibility in evaluative texts such as tutoring interactions, editing sessions, and online reviews.

Teaching problem: Undergraduate research at the university level often focuses on the production of a traditional research paper, one with an academic orientation, often information heavy and analysis light, emphasizing the importance of secondary sources and documentation style over the process of inquiry. What approaches to undergraduate research would enable aspiring technical communicators to develop research skills that would better prepare them for success in a professional environment? Situating the case: The approaches described in this paper draw on the work of Mel Levine as presented in , in which he delineates several reasons why young people encounter problems when they enter professional environments: overly managed lives, no experience of delayed gratification, inability to think critically, limited knowledge of their own strengths and weaknesses, and an expectation of stability in the so-called adult world. Levine claims that these problems can be addressed by helping students develop a sense of inner direction as opposed to direction from without, an understanding of how to think critically and apply knowledge, a willingness to build and refine skills over time, and competent writing and speaking skills. In addition, the approaches described in this paper draw on three well-established research traditions: mixed methods research, problem-based research, and action research. How this case was studied: This paper describes the experiences of using two approaches to teach Research in Technical and Scientific Communication at a mid-sized state university in Virginia. The material was collected informally over a period of six years of teaching the course-through observation, student feedback, and completed research reports. About the case: Research in Technical and Scientific Communication required students to produce a research report within the context of real-world inquiry, appropriately focused for a specific audience and purpose, using both primary and secondary sources, and including analysis as well as information. Two approaches were used. The Real Client approach required students to investigate a small-scale, real-world problem or need, which became the focus of a research report that could be submitted to a specific audience for a specific purpose, both identified by the student early in the research process. The Impact of Technology approach required students to consider the impact of technology on modern life, investigate a narrower topic within this broad topic, and prepare a report that could be published in the university magazine or student newspaper. Examples of strong and weak research reports illustrate which features of each approach worked well and which posed challenges. Overall, students responded well to both approaches, but found the Impact of Technology approach more congenial because it was more familiar to them than the Real Client approach. Nonetheless, with both approaches, but especially with the Real Client approach, students seemed reluctant to make necessary contacts, conduct in-depth interviews, and include well-developed analysis. They were more comfortable gathering information anonymously through secondary source material or online surveys, and presenting that information with a limited amount of analysis. Both approaches served to move students toward a more realistic understanding of the kind of research needed in professional environments. Conclusions: These approaches also addressed the concerns raised by Levine. The study was limited by its informal nature, with observations and conclusions resulting from a six-year period of informal experimentation and refinement, during which the requirements for the research report were continually redesigned to better address what students would need to be successful in a workplace.

This book is written as a text for a scientific research writing course but could also be used as a reference book to support a research methods course or be a useful companion for a student in the thesis stage of his or her program. In addition, this book would remain as a useful reference for researchers through their careers. The most appropriate place to locate this book as a text for students pursuing a program involving a research project would depend on the division of subject areas into courses in the particular program.

Research questions: How can our current knowledge of experiential learning be applied to cross-cultural web-based training? How do postproject interviews with the participants advance our knowledge about experiential learning? What practical recommendations for teachers and trainers can be offered based on this and similar case studies? Situating the case: Literature on virtual teams stipulates the importance of teaching leadership development within teams, including methods of conflict resolution, and flexibility in methods and tools of communication. Literature on experiential learning places a high value on learner experience, and on indirect and combined methods of assessing experiential learning projects. Methodology: The case was studied through the analysis of data obtained from unstructured class interviews with three of the US-based participants of the teaching project. Interview participants were chosen to ensure a variety of responses about their experiences while taking part in the project. About the case: The project was a part of an introductory graduate-level seminar in technical and scientific communication. Graduate students in technical communication from the US and graduate students in marketing from Ukraine participated in the project. The participants worked in virtual teams to create collaborative analyses of localized versions of websites of transnational corporations. The findings of this research are as follows. (1) Virtual teams work more effectively when given time to build trust and connections among participants. (2) Virtual teams work more effectively when time is devoted to the development of leaders and the articulation of leadership responsibilities within teams. (3) Experiential learning team participants use a variety of communication tools depending on the nature of the communicative task at hand. (4) As part of the learning process, virtual team members recognized and attempted to adjust to cultural and professional discourse differences between countries and professional fields.

This article develops a multimodal model for how claims and evidence work across linguistic, numeric, and visual modes in the professional writing of environmental scientists. I coded and analyzed two reports (Bacey & Barry, 2008 Bacey , J. , & Barry , T. ( 2008 ). A comparison study of the proper use of Hester-Dendy® samplers to achieve maximum diversity and population size of benthic macroinvertebrates Sacramento Valley, California (Report No. EH08-2) . Sarcramento , CA : California Environmental Protection Agency . [Google Scholar]; Levine et al., 2005 Levine , J. , Kim , D. , Goh , K. S. , Ganapathy , C. , Hsu , J. , Feng , H. , & Lee , P. ( 2005 ). Surface and ground water monitoring of pesticides used in the Red Imported Fire Ant Control Program (Report EH05-02) . Sacramento , CA : California Environmental Protection Agency . [Google Scholar]) written by research scientists working for California's Department of Pesticide Regulation (DPR) by applying concepts from studies of argument, genre, and visual representations in science. The claim-evidence patterns show initial and summative claims as well as warrants being presented in linguistic forms; however, supporting evidence (i.e., data and backing) is found in numeric, visual, and linguistic forms. These findings highlight the need to extend Toulmin's understanding of claim-evidence relationships into a more robust multimodal model.

The International Science and Engineering Visualization Challenge, recently established by the National Science Foundation (NSF), is an alleged attempt at public outreach. The NSF encourages scientists to submit visualizations that would appeal to non-expert audiences by displaying their work in an annual “special feature” in Science magazine, and each year they present the winning image on the cover of Science as the ultimate reward. Although the NSF advertizes the competition as an attempt to educate non-scientists, the visualizations lack sufficient textual explanation in the Science special feature articles and do not demonstrate clear significance for current issues in science. This article assesses the actual motivations behind the NSF's “Visualization Challenge,” given the lack of accompanying textual information, and it explores the consequences of allowing “scientific” visualizations to float into the public sphere unexplained. It will be shown that the spirit of this competition exemplifies the current shift from “public understanding of science” to “public appreciation of science” in the growing field of Science Communication, particularly through the technique of “framing” devices. This shift in objective, accentuated in the realm of visual communication, reinforces the public's view of science as a mythic authority.

This empirical study surveyed academic staff at a Swedish university about their experiences and perceptions of the use of English in their academic fields. The objective was to examine how the influence of English in disciplinary domains might affect the viability of Swedish in the academic sphere and to investigate how it might disadvantage Swedish scholars. The data findings were analyzed quantitatively and are complemented with a qualitative content analysis, outlining perception and attitude patterns in the responses. Findings suggest power asymmetry between English and Swedish, as the data contain indications of perceived unequal opportunities between native and nonnative speakers in the international academic community. Swedish scholars highlighted the nuanced expressions of academic discourse found in social science writing as creating particular difficulty when writing in English.

The authors describe two pedagogical strategies—rhetorical sentence combining and rhetorical pattern practice—that blend once-popular teaching techniques with rhetorical decision making. A literature review identified studies that associated linguistic and rhetorical knowledge with success in engineering writing; this information was used to create exercises teaching technical communication students to write Introduction, Methods, Results, and Discussion (IMRaD) reports. Two pilot studies report promising results: Preliminary findings suggest that students who were taught this method wrote essays that were perceived as significantly higher in quality than those written by students in a control section. At the same time, however, the pilot studies point to some challenges and shortcomings of exercise-oriented pedagogies.

Do programs in technical communication thrive when administered in English departments or in other configurations of administrative units? This article examines the variations in professional, technical, and scientific communication programs at four universities across the north central U.S. The first three programs have histories that led them to be housed at increasing distances from their universities' English departments. The fourth is a nascent program emerging in its university's English department.

This book is a well-written scholarly work that develops the concept of metaphor as a subject to be taught in technical and scientific communication. It develops the reader's understanding of the particular nature and role of metaphor in technical communication and should be useful as a reference book for educators.

This essay offers “material rhetoric” as a new addition to the usual list of categories used to describe rhetoric in the eighteenth century (neoclassical, belletristic, elocutionary, epistemological/psychological) by examining the material elements of treatises written by Joseph Priestley and Gilbert Austin. Those material elements—namely heat, passion, and impression—are tracked through Priestley and Austin’s scientific writings, thereby positioning their particular strains of material rhetoric as legacies of philosophical chemistry.

This article reports on the types of scientific writing found in two primary grade classrooms. These results are part of a larger two-year study whose purpose was to examine the development of informational writing of second- and third-grade students as they participated in integrated science-literacy instruction. The primary purpose of the present article is to report on the “genre set” (Bazerman, 2004) established in this community around science instruction. Using Halliday’s (1993) Systemic Functional Linguistics approach and Hasan’s (1985, 1994) Generic Structure Potential, I describe the genres of scientific writing and drawing activities in which these children regularly participated. Findings indicate that children participated in several distinct scientific genres, some of which were flexible, and some of which were highly constrained by the teachers. Each of the genres represented a distinct purpose, structure, and linguistic nature of scientific discourse. The influence of this particular genre set on children’s appropriation of scientific discourse is discussed.

Many engineering undergraduates receive their first and perhaps most intensive exposure to engineering communication through writing lab reports in lab courses taught by graduate teaching assistants (TAs). Most of the TAs' teaching of writing happens through their comments on students' lab reports. Technical writing faculty need to be aware of TAs' response practices so they can build on or counteract that instruction as needed. This study examines the response practices of two TAs and the ways the practices shifted after the TAs began using a grading rubric. The analysis reveals distinct patterns in focus and mode, some reflecting best practices and some not. It also indicates encouraging changes after the TAs started using the grading rubric. The TAs' marginalia became more content focused and specific and, perhaps most important, less authoritative and more likely to reflect a coaching mode. The article concludes with implications for technical writing courses.

The traditional distinction between writing across the curriculum and writing in the disciplines (WID) as writing to learn versus learning to write understates WID's focus on learning in the disciplines. Advocates of WID have described learning as socialization, but little research addresses how writing disciplinary discourses in disciplinary settings encourages socialization into the disciplines. Data from interviews with students who wrote lab reports in a biology lab suggest five ways in which writing promotes learning in scientific disciplines. Drawing on theories of situated learning, the authors argue that apprenticeship genres can encourage socialization into disciplinary communities.

The history of writing to learn college science is tied to the development of laboratory methods. Such student-centered learning was widely hailed in the 1890s as student enrollments increased dramatically and a backlash grew against lecture and recitation methods. However, as the author shows using archival examples from Dartmouth College, Amherst College, and the Massachusetts Institute of Technology, science educators have too often relied on reductive measures of students' grasp of content rather than the kind of argument about scientific findings that is the stuff of real scientific writing and of real science. Although some contemporary science educators continue to tout the value of writing to learn science, the laboratory report or research article itself is a genre that dominates student activities but still largely suffers from the ills of its predecessors. Ultimately, the author calls for a renewed focus on laboratory writing, for both science education and writing studies, to fulfill the promise of previous reform efforts.

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Abstract Abstract This article reports on classroom research designed to answer questions about authority—how institutions and disciplines, broadly conceived, influence teachers' ability to abnegate authority and how students' experiences influence their perceptions of authority in a business writing and a first-year composition class. The theoretical framework is derived from research about institutional and disciplinary influences on these two areas of study. This framework and our results lead us to speculate about the ways in which our students' experience of the institution and expectations of the classes and their intentions for using the material taught in the classes may have thwarted our attempt to share authority in our classrooms. ACKNOWLEDGMENTS We gratefully acknowledge the help of our undergraduate and graduate associates, MO and JB. They not only attended every one of our classes but also conducted our interviews. This particular study would not have been possible without them. Additional informationNotes on contributorsJean LutzJean Lutz, also an associate professor of English, directs two technical communication programs at Miami University. She is coeditor of The Practice of Technical and Scientific Communication. She has published in collections and journals, including College English and Research in the Teaching of English.Mary FullerMary Fuller, associate professor of English and Director of the Ohio Writing Project, has coauthored Literature: Options for Reading and Writing and published essays in collections and journals, including National Middle School Journal, Writing Program Administrator, and National Writing Project Quarterly.

Globalization is radically transforming technical communication (TC) both in the workplace and in higher education. This article examines these changes and the ways in which TC programs position themselves amid globalization, in particular the ways in which they use emerging global partnerships to prepare students for global work and citizenship. For this purpose, the authors report on a Council for Programs in Technical and Scientific Communication-supported exploratory study of current partnership initiatives in TC programs. The study indicated a high level of activity, planning, and interest in global partnerships and revealed a range of creative and innovative partnerships that systematically integrate new opportunities for experiential learning, collaborative international research, and civic engagement in a global context into programs and their curricula. Partnerships also emphasize cultural sensitivity, equal partner contribution, and mutual benefit, thus offering alternatives to emerging global trade visions of higher education. The article also identifies key challenges that partnerships face, suggesting implications for programs and the field as a whole to facilitate successful partnerships.

Globalization is radically transforming technical communication (TC) both in the workplace and in higher education. This article examines these changes and the ways in which TC programs position themselves amid globalization, in particular the ways in which they use emerging global partnerships to prepare students for global work and citizenship. For this purpose, the authors report on a Council for Programs in Technical and Scientific Communication-supported exploratory study of current partnership initiatives in TC programs. The study indicated a high level of activity, planning, and interest in global partnerships and revealed a range of creative and innovative partnerships that systematically integrate new opportunities for experiential learning, collaborative international research, and civic engagement in a global context into programs and their curricula. Partnerships also emphasize cultural sensitivity, equal partner contribution, and mutual benefit, thus offering alternatives to emerging global trade visions of higher education. The article also identifies key challenges that partnerships face, suggesting implications for programs and the field as a whole to facilitate successful partnerships.

Despite the widespread acceptance of many kinds of nonliterary texts for first-year writing courses, primary scientific communication (PSC) remains largely absent. Objections to including PSC, especially that it is not rhetorically appropriate or sufficiently rich, do not hold. We argue for including PSC and give some practical suggestions for developing courses and designing assignments using PSC

Researchers studying science communication have criticized the sensationalism that often appears in journalistic accounts of science news. This article looks at the linguistic sources of that sensationalism by analyzing the journalistic coverage of the Women’s Health Initiative (WHI) study of hormone replacement research, which was abruptly canceled in July 2002 and became the subject of many news articles. The article uses a coding system to analyze seven magazine and newspaper articles that appeared shortly after the WHI study was halted. The coding shows a high incidence of concrete nouns in the journalistic accounts and looks at the ways the syntax of their attributions are ordered to emphasize vivid nouns, the ways their verbs contribute to narrative, and some of the narrative devices employed in the journalistic reporting.

In The Rhetoric and Ideology of Genre, the editors have assembled a collection of new essays about genre, rhetoric, and writing that are relevant for scholars with a diverse range of interests in composition studies, including rhetoric, professional and scientific communication, computers and writing, writing-across-the-disciplines, literacy studies, and literacy education. The engaging editorial introduction recalls Donald Murray’s suggestion that writers ask of drafts, “Does it work?”

This article recounts how a communications and an engineering department developed a collaborative teaching venture—a linked writing course—to provide mentorship for students learning how to write lab reports.

The question of whether written genres can be learned through explicit teaching or can only be acquired implicitly through writing in authentic contexts remains unanswered. The question is complicated by the different parameters associated with teaching genre to first- or second-language learners, to children or adults, in settings in which the genre is authentically used or in settings (such as writing classes) in which genre learning is decontextualized. Quantitative studies of teaching genre offer mixed results, but in particular, there are no control-group studies of first-language adults. In this paper, we report research on teaching the genre of the laboratory report to first-language university students in biology labs. In this posttest-only control-group study, the treatment was the use of LabWrite, online instructional materials for teaching the lab report. We hypothesized that the treatment group would be more effective in: (1) learning the scientific concept of the lab, and (2) learning to apply scientific reasoning. Results of holistic scoring of lab reports for hypothesis 1 and primary-trait scoring for hypothesis 2 showed that the lab reports of the LabWrite students were rated as significantly higher than those of the control group. A third hypothesis, that students using LabWrite would develop a significantly more positive attitude toward writing lab reports, was also supported. These findings suggest that first-language adults can learn genre through explicit teaching in a context of authentic use of the genre.

Researchers studying science communication often examine how texts addressed to different audiences contribute to the formation of knowledge on a given issue. This article examines how arguments on scientific issues travel from text to text by considering how certain figures of speech persist from version to version. It uses a specialized genre of articles appearing in Science and Nature that introduces research reports appearing later in the issue. These pieces refer explicitly to a research report in the same issue, and in addition to their own agendas, re-present the researchers’ claims and supporting evidence. To investigate how the core of an argument survives, the expression claims and lines of support in epitomizing figures are compared. The articles sampled suggest that the figure antithesis, embodyingsingle-difference arguments,often persists from version to version. But in the process of perfecting a figured expression, arguments may be subtly changed in subsequent versions.

Abstract This article explores the introduction of science writing into the undergraduate classroom. By asking students to write about science for popular audiences, teachers can illuminate the social and cultural aspects of science that are often lost in the complex prose of scientists writing to their peers. Not much has been written about the place of science writing in technical writing classrooms, though some articles focus on the process of training students to be science staff writers for a newspaper or magazine. But teaching science writing goes beyond professionalization. It has to do with a poetics of science that heightens and enhances our appreciation of the world around us.

One of the signatures of scientific writing is its ability to present the claims of science as if they were “untouched by human hands.” In the early years of experimental education, researchers achieved this by adopting a citational practice that led to the sedimentation of their cardinal method, the analysis of variance, and their standard for statistical significance, 0.05. This essentially divorces their statistical framework from its historical conditions of production. Researchers suppressed their own agency through the use of passive voice and nominalization. With their own agency out of the way, they imbued the methods, results, and presentational devices themselves with the active agency of the situation through the use of personification. Such a depiction creates the impression that the researchers and audience stand on equal epistemic ground as interested witnesses to the autonomous activity of a third party, the method, which churns out the brute facts of science.

Traditional in-class writing assignments often fail to engage students effectively. This problem may be compounded when students are forced into group projects, where a student may rightly feel that he or she could complete the entire assignment more effectively alone than the whole group could working together. In an attempt to alleviate these concerns, I assigned my university science writing class-half Professional Writing majors, half science majors and minors-the creation of an interactive, electronic murder mystery game. The students used PowerPoint to create linked slides in which the clues and cause of death were scientific information. While working on this assignment in class, a number of students forgot the time and kept working long after class was over. Several students reported losing track of time and place when working on the game at home.

Technical experts and writers often disagree about what constitutes accuracy in popular writings about science and technology, such as news media reports. In previous attempts to quantify accuracy in science news reporting, many of the sources' comments pointed to objective errors, but a sizable number dealt with lack of completeness or stylistic issues. There has been no consensus among communication researchers on the kind of scheme that should be used to code such information. We suggest a scheme for categorizing empirical information about the different kinds of perceived "errors" that technical sources identify in articles about their work by journalists and other writers. This study may lead to strategies for enhancing the accuracy of popular writings about science and technology.

This article claims that two social values in science—falsifiability of science and cooperation among scientists—determine use of passives in scientific communication. Scientists do not always develop valid theories, so scientific experiments must be amenable to being repeated and found invalid. This requires that the experiments must not be discrete events. Science is also a cooperative enterprise. As an integral part of science, scientific writing employs more passives than actives to focus on materials, methods, figures, processes, tables, concepts, etc. Use of passives to focus on the physical world helps de-emphasize discreteness of scientific experiments. Besides, it also helps remove personal qualifications of observing experimental results. Finally, it enhances cooperation among working scientists by providing a common knowledge base of scientific work—things and objects. Looked at in this way, the passive voice in scientific writing represents professional practices of science instead of personal stylistic choices of individual scientists.

Technical experts and writers often disagree about what constitutes accuracy in popular writings about science and technology, such as news media reports. In previous attempts to quantify accuracy in science news reporting, many of the sources' comments pointed to objective errors, but a sizable number dealt with lack of completeness or stylistic issues. There has been no consensus among communication researchers on the kind of scheme that should be used to code such information. We suggest a scheme for categorizing empirical information about the different kinds of perceived "errors" that technical sources identify in articles about their work by journalists and other writers. This study may lead to strategies for enhancing the accuracy of popular writings about science and technology.

Although scarcely explored to date, US patent records provide numerous opportunities for research in technical and scientific communication. This article reviews disciplinary research that taps this rich archive of information, describes ways in which patents act as moral and social barometers to technological change, and provides readers with a brief guide to basic information needed to initiate research using patent records.

Examines four first-graders’ messages to family members in their “family message journals,” as students were learning to “do science.” Finds that they consistently composed texts in which they appropriated the linguistic conventions of science and that they seemed able to use these conventions flexibly, recontextualizing the genres to fit the task of a written dialogue with their families.

This article describes how disability studies can be used in a medical and science writing class to critically examine the assumptions of scientific discourse. An emerging, interdisciplinary field, disability studies draws on feminist, postmodern, and post‐colonial theory and extends their critiques to the medicalization of disability. Deconstructing the medical model of disability helps students understand how science is socially constructed. After conceptualizing disability studies, this essay discusses sample disability‐related classroom activities, readings, and writing assignments.

Beginning Electrical and Computer Engineering (ECE) students often have difficulty learning the genre of lab report writing. This difficulty can be alleviated through genre theory strategies and research, which writing center consultants, for example, can use to focus on the specific form and content of engineering writing, which then can be taught to students in a writing center environment. Genre theory provides a means (1) for humanities writing center consultants to learn specific characteristics about engineering writing, (2) for interdisciplinary collaboration between writing professionals and engineers to take place, and (3) for students to have increased opportunities to learn the discourse of their field. All of these benefits are enhanced by discipline-specific writing programs that support and facilitate them. In addition, the collaboration provides a stimulating, fluid, creative environment in which to discuss engineering writing, an environment which reflects the changing needs of engineering education as a result of technological advancements. As technology continues to influence engineering education, prompting evolutions in both technical and communication skills and knowledge, genre theory and interdisciplinary collaboration will continue to gain importance as strategies for initiating students into the communication demands of their field. The discussion focuses on the integration of genre theory with writing instruction in the ECE Department at the University of South Carolina. This integration stimulated interaction among ECE faculty, composition and rhetoric faculty and students, and ECE students.

Commentary: When this essay first appeared more than 10 years ago, it built on a small but substantial body of scholarship that declared scientific writing an appropriate field for rhetorical analysis. In the last 10 years, studies of scientific writing for both expert and lay audiences have increased exponentially, drawing on the long-established disciplines of the history and philosophy of science. These newer studies, however, differ widely in approach. Many take the perspective of cultural critique (e.g., the work of Bruno Latour and Stephen Woolgar), whereas others use the tools of discourse analysis (e.g., Greg Myers, M.A.K. Halliday, and J. R. Martin). But, application of rhetorical theory also thrives in the work of John Angus Campbell, Alan Gross, Charles Bazerman, Jean Dietz Moss, Lawrence J. Prelli, Carolyn Miller, and many others. Randy Allen Harris offers a useful introduction to this field in Landmark Essays on Rhetoric in Science (1997). “Accommodating Science” applies ideas from classical rhetoric and techniques of close reading typical of discourse analysis to the question of what happens when scientific reports travel from expert to lay publications. This change in forum causes a shift in genre from forensic to celebratory and a shift in stasis from fact and cause to evaluation and action. These changes in genre, audience, and purpose inevitably affect the material and manner of re-presentation in predictable ways. Two concerns informed this study 10 years ago: the impact of science reporting on public deliberation and the nature of technical and professional writing courses. These concerns have, if anything, increased (e.g., the campaign on global warming), warranting continued scholarly investigation of the gap between the public's right to know and the public's ability to understand.

Commentary: When “Thucydides and the Plague in Athens: The Roots of Scientific Writing” was written in 1988, genre analysis was an emerging area for scholarship. Thucydides' Historiae, which includes numerous political speeches in context, provides a rich resource for exploring the ancient roots of rhetorical genres. Thucydides' text also sheds light on the origin of a specific scientific genre - the medical case history. In describing a devastating plague in Athens, Thucydides uses the Hippocratic approach, following an ancient genre or form that is remarkably similar to the modern medical case history. Thucydides' case history of the Athenian plague enabled 20th-century epidemiologists to establish a diagnosis of the illness (influenza plus toxic shock syndrome), predict its return, and validate their diagnosis during a 1987 flu epidemic. Although “Thucydides and the Plague in Athens” only hints at Thucydides' genre knowledge, his case history of the plague and his presentation of speeches display considerable insight into the social construction and function of these recurring forms. In explaining the speeches in his text, for example, Thucydides says, “[M]y habit has been to make the speakers say what was in my opinion demanded of them by the various occasions” (1.22). He prefaces his account of the plague with a statement of purpose: to help future scholars recognize future outbreaks of the same illness. These remarks, viewed in the context of genre theory today, suggest that Thucydides not only knew how to use genres but also understood their social origin and purposes.

Le CPTSC (Council for Programs in Technical and Scientific Communication) cree dans les annees 1970 a pour objectif de promouvoir les programmes en communication scientifique et technique, de developper les possibilites pour echanger les idees et les informations concernant les programmes, la recherche et les opportunites de carriere en communication scientifique et technique, d'aider au developpement de nouveaux programmes, de promouvoir l'echange d'information entre l'organisme et les parties interessees. L'A. propose un historique de ce conseil

In this article, we argue that one important criterion for evaluating qualitative studies of technical and scientific communication is whether we find our accounts meaningful and capable of redirecting our scholarly and professional practices. As a means of improving our understanding of the situations and practices we study, we address how to engage in our research in ways that not only are self-reflexive and dialogic, but that also solicit and use our participants' perspectives and authority—even when they may differ from our own.

Hedging refers to linguistic strategies that qualify categorical commitment to express possibility rather than certainty. In scientific writing, hedging is central to effective argument: Hedging is a rhetorical means of gaining reader acceptance of claims, allowing writers to convey their attitude to the truth of their statements and to anticipate possible objections. Because hedges allow writers to express claims with precision, caution, and modesty, they are a significant resource for academics. However, little is known about the way hedging is typically expressed in particular domains or the particular functions it serves in different genres. This article identifies the major forms, functions, and distribution of hedges in a corpus of 26 molecular biology research articles and describes the importance of hedging in this genre.