Call for Proposals

Bad Ideas about
Scientific
Writing

An edited collection challenging pervasive myths that undermine effective scientific communication—for scientists, students, educators, administrators, and the broader public.

SeriesWAC Clearinghouse / Perspectives on Writing FormatOpen Access Length~1,500 words per chapter
Bad Idea "Scientific writing should be objective and impersonal."
Bad Idea "Real scientists don't need writing instruction."
Bad Idea "Translating science for lay audiences means 'dumbing it down.'"
Bad Idea "The IMRAD structure fits all scientific writing."

Bridging Scholarship and Practice

Widely held beliefs about scientific writing shape how science is taught, practiced, and communicated. Such beliefs rest on problematic assumptions that can undermine effective scientific communication, constrain participation in scientific discourse, and obscure the rhetorical complexity of knowledge-making in scientific contexts.

Although scholars in rhetoric, composition, writing studies, science communication, technical communication, and related fields regularly debate best practices in scholarly venues, the conversations rarely reach the broader publics who shape how scientific writing is conceptualized, taught, and practiced.

Bad Ideas about Scientific Writing aims to bridge that gap by providing clearly articulated, research-based arguments accessible to scientists, students, educators, administrators, editors, policymakers, and general readers.

Part of the Bad Ideas Series. Following Bad Ideas about Writing (Ball & Loewe, 2017) and Bad Ideas about AI and Writing (Basgier et al., forthcoming), both inspired by John Brockman's This Idea Must Die (2014).
Each chapter identifies a specific "bad idea" about scientific writing, explains why it persists and what harm it causes, and proposes better alternatives grounded in current scholarship.

We seek contributions that translate specialized knowledge into prose that engages educated general readers while maintaining scholarly rigor.

Think of your chapter as a conversation starter that will help reshape public understanding of scientific writing—not as a traditional academic essay. We encourage a tone that is opinionated yet evidence-based, critical yet constructive.

What Misconceptions
Will You Challenge?

We invite proposals that address misconceptions and misunderstandings across all aspects of scientific writing. The following categories are illustrative—not exhaustive.

01
The Nature of Scientific Writing
  • Scientific writing should be objective and impersonal
  • Good scientific writing is just about clarity
  • Scientific writing has one correct style/format
  • Jargon should be eliminated from scientific writing
  • Scientific writing doesn't require rhetorical awareness
02
The Writing Process
  • Scientists write alone
  • Real scientists write in a linear process: research, then write
  • Outlining is unnecessary for scientific writing
  • Good scientific writers get it right the first time
  • AI tools can handle the writing while scientists focus on research
03
Genre and Form
  • The five-paragraph essay prepares students for scientific writing
  • The IMRAD structure fits all scientific writing
  • Abstracts are just summaries
  • Literature reviews are comprehensive summaries of existing research
  • Data visualizations speak for themselves
04
Audience & Communication
  • Scientific writing is only for other scientists
  • Science journalism dilutes real science
  • Public science communication is less rigorous
  • Scientists shouldn't worry about storytelling
  • Translating science for lay audiences means "dumbing it down"
05
Collaboration & Authorship
  • First authorship indicates who did the real work
  • Technical writers aren't really part of the research team
  • Editing someone's scientific writing violates their intellectual ownership
  • Ghost and/or gifted authorship is an acceptable practice
06
Ethics & Responsibility
  • Bias can be eliminated through objective writing
  • Scientific writing shouldn't address social implications
  • Citing only recent literature shows you're current
  • Negative results aren't worth publishing
  • Reproducibility is just about methods sections
07
Pedagogy & Learning
  • Students learn scientific writing by reading scientific papers
  • Lab reports teach students how to write like scientists
  • Writing instruction distracts from learning science content
  • Scientists don't need writing courses—they need science courses
  • Grammar drills improve scientific writing
08
Disciplinary Contexts
  • Medical writing, health communication, and clinical documentation
  • Environmental and conservation communication
  • Engineering and technical documentation
  • Nursing and pharmaceutical writing
  • Data visualization and science policy writing

We Particularly Encourage Proposals That Address:

  • Intersections of scientific writing with access, equity, and inclusion
  • Multilingual and translingual dimensions of scientific communication
  • Emerging genres and technologies in scientific writing
  • Interdisciplinary and transdisciplinary communication challenges
  • Community-engaged and public-facing scientific writing
  • Diverse theoretical frameworks and methodological approaches

Proposal & Chapter Requirements

Please submit a 250–300 word proposal that addresses each of the following elements.

1
The Bad Idea
A clear, concise statement of the myth, misconception, or misunderstanding (e.g., "Scientific writing should be objective and impersonal").
2
Why It Persists
Brief explanation of the historical, institutional, or cultural reasons the belief endures.
3
The Harm
Description of the negative consequences of this misconception for writers, readers, science, and/or society.
4
The Better Idea
Your proposed research-based alternative or more nuanced understanding.
5
Your Approach
A brief outline of how you will develop your argument, including key sources or theoretical frameworks you'll draw upon.
6
Generative AI Statement
State your agreement that no part of the proposal nor chapter (if accepted) will use generative AI to produce text for the chapter.
+
Also Include
Name, institutional affiliation, and email for each author. A 50–75 word bio highlighting expertise relevant to this topic. 3–5 keywords.

Chapter Format & Specifications

Word count~1,500 words
File formats.doc, .docx, or .pdf
Subject lineBad Ideas CFP — [Your Bad Idea]
Further reading3–5 annotated sources
AudienceEducated general readers
PublicationOpen Access

Selection Criteria

  • Significance and prevalence of the "bad idea" addressed
  • Clarity and persuasiveness of the proposed argument
  • Grounding in relevant scholarship and/or professional practice
  • Suitability for a general audience
  • Potential to reshape thinking about scientific writing
  • Contribution to the collection's overall diversity of topics and perspectives
  • Connections across disciplinary boundaries
  • Actionable alternatives—not just critique
  • Attention to underexplored dimensions of scientific writing
Open to All Voices

We welcome contributions from scholars, researchers, and professionals at all career stages, including graduate students, contingent faculty, and practitioners outside traditional academic settings.

Key Dates

CFP Opens
April 1
Call for Proposals issued
Proposals Due
June 1
250–300 word proposals submitted
Decisions Sent
July 1
Acceptance notifications to contributors
Full Drafts Due
October 1
Complete chapters (~1,500 words) submitted
Revisions Due
December 1
Revised chapters returned (if required)

Audiences & Course Adoptions

This collection is written for—and by—the full range of people who engage with scientific writing.

Academic Audiences
  • Graduate students in rhetoric, composition, science communication, and STEM
  • Undergraduate students in scientific writing and technical communication
  • Faculty teaching writing in STEM fields and WAC contexts
  • Writing program administrators and writing center directors
  • Scientists and researchers across disciplines
  • Science, medicine, and nursing educators
  • University administrators in curriculum and assessment roles
Professional Audiences
  • Science communicators in museums, media, and nonprofits
  • Medical writers and editors in clinical and regulatory contexts
  • Journal editors and editorial board members
  • Research administrators and grant professionals
  • Technical writers in science, engineering, and healthcare
  • Public health communicators and health literacy specialists
  • Environmental communicators and science policy professionals
Course Adoptions
  • Scientific and Technical Writing
  • Science Communication
  • Rhetoric of Science / Health and Medicine
  • Writing in the Disciplines and WAC/WID courses
  • Graduate Writing Seminars (STEM fields)
  • Grant Writing for Scientists and Clinicians
  • First-Year Writing (science-themed sections)

Meet the Collection Editors

Kristin Marie Bivens
Associate Professor & Director, Core Writing Program — University of Nevada, Reno

Kristin's primary field of research is the rhetoric of health and medicine, with particular focus on the circulation of information between experts and non-experts in critical care and clinical research contexts. Her research interests include scientific writing and writing in the sciences, qualitative research methodologies, and health technologies.

Her most recent book, A History of Rhetoric, Sound, and Health and Healing (Routledge, 2024), was published open access. Her forthcoming book, Patient and Public Involvement in Clinical Research: Implementation and Practice (CRC Press), provides practical guidance for clinical researchers. She holds a graduate certificate in Medical Writing and Editing from the University of Chicago.

Kirsti Cole
Professor & Co-Director, Campus Writing and Speaking Program — NC State University

Kirsti's research and teaching focus on rhetoric and composition theory and methods, multimodal composition, writing-enriched curriculum program administration, and writing across the curriculum. She holds a graduate certificate in Medical Writing and Editing from the University of Chicago.

She is co-author (with Chris M. Anson) of a chapter in Bad Ideas about AI and Writing (forthcoming 2025) and has authored or co-edited seven books, including Transformations: Change Work Across Writing Programs, Pedagogies, and Practices (Utah State UP, 2021). Her recent work examines the impact of AI on writing and cognitive models of composition.

Ready to Challenge a Bad Idea?

Submit a 250–300 word proposal using the subject line: Bad Ideas CFP — [Your Bad Idea in Brief]

Submit Your Proposal
Kirsti Cole kkcole2@ncsu.edu Kristin Bivens kbivens@unr.edu File Format .doc, .docx, or .pdf