Expert Commentary

Science reporting: Covering the environment, technology and medicine

Semester-long course on science reporting, including the environment, technology and medicine. There will be lessons on social media, online writing, and news and feature writing.


Science reporting is in a moment of extreme transition: Popular science writing is experiencing a renaissance at precisely the moment that traditional media outlets are jettisoning specialized reporters. This creates tremendous opportunity and tremendous challenges. This course makes sure students are prepared to meet those challenges.

Course objective
This course is designed to acquaint reporters with all aspects of science reporting and writing. It will train participants to view new breakthroughs and discoveries with skepticism and will give students a working knowledge of many of the main areas of science coverage, including the environment, artificial intelligence, and human interaction with technology. There will be lessons on social media, online writing, news and feature writing, and writing long-form narratives.

Learning objectives
The syllabus is designed to strengthen students’ core competencies in several areas:

  • Determining what sources and outlets can be trusted to discuss controversial or unproven claims.
  • Learning which questions will elicit meaningful responses.
  • Understanding that choosing not to cover a story can be just as important an editorial decision as deciding how to cover it.
  • Evaluating what type of form a journalist is most comfortable with and seeking out ways to work in that form.

Course design
This course will focus on developing toolkits for evaluating science stories in addition to learning about some specific issues or controversies. It is designed as a workshop course for between 10 and 15 students. An integral part of the course is analyzing and critiquing other students’ work.

Required books

  • Deborah Blum, Mary Knudson and Robin Marantz Henig, editors, A Field Guide for Science Writers, 2005.
  • William Zinsser, On Writing Well, 1976.
  • Elise Hancock, Ideas into Words: Mastering the Craft of Science Writing, 2003.
  • Darrell Huff, How to Lie With Statistics, 1954.
  • Daniel Kahneman, Thinking Fast and Slow, 2011.

Optional books: There will be multiple readings from these books during the semester.

  • John Allen Paulos, Innmeracy: Mathematical Illiteracy and its Consequences, 1990.
  • Seth Mnookin, The Panic Virus, 2011.

Recommended reading: Depending on the instructor, these may or may not be discussed during the semester. They all serve as excellent illustrations of first-rate science writing covering a variety of topics and styles.

  • Siddhartha Mukherjee, The Emperor of All Maladies, 2011.
  • David Quammen, The Song of the Dodo, 1996.
  • Charles Darwin, The Voyage of the Beagle, 1839.
  • James D. Watson, The Double Helix, 1968.
  • Tom Wolfe, The Right Stuff, 1979.
  • Rachel Carson, Silent Spring, 1962.
  • Richard Holmes, Age of Wonder, 2010.
  • Carl Sagan, Cosmos, 1980.

There will be three shorter written assignments, one oral presentation, and one ongoing writing project tied to a final paper. Students are also expected to comment on their classmates’ writing.

Short assignments
Each short assignment must be done in the style of a newspaper, magazine or blog post. Students can choose which style to employ for each assignment, but they must do all three styles.

  • News story of 750 to 1,250 words about a new discovery.
  • News story of 750 to 1,250 words about a scientific controversy.
  • Feature story of 1,250 to 2,000 about a scientist or a book review of 1,250 to 2,000 words.

Oral presentations
Beginning in week four, one student will “reverse engineer” a science story from that week’s news. These presentations should take roughly 15 minutes and will include discussion of structure, shortcomings and strategies used to draw in readers. Students will let the instructor and their classmates know which article they will be critiquing during the class prior to their presentations.

Final assignment
One longer piece of between 3,500 and 5,000 words. Topics will be finalized by the end of week five. Beginning in week seven, students will maintain a blog and social media discussion about their topic in a way that does not detract from their final project.

Weekly schedule and exercises (13-week course)
The assumption of this syllabus is that the course will meet twice a week. It is also assumed that students will have completed at least one basic reporting class before taking this course.

Week 1 | Week 2 | Week 3 | Week 4 | Week 5 | Week 6 | Week 7
Week 8 | Week 9 | Week 10 | Week 11 | Week 12 | Week 13

Week 1: Introduction to science journalism

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Good science journalism should properly convey a sense of wonder and discovery. Lewis Thomas, a physician who became one of the most eloquent interpreters of the natural world, provides a touchstone even today, almost 20 years after his death.

Class 1: Drawing readers into stories about arcane subjects


  • Lewis Thomas, Lives of a Cell: Notes of a Biology Watcher, 1978: “Lives of a Cell,” “Germs,” “Death in the Open.”
  • Roger Rosenblatt, “Lewis Thomas,” New York Times Magazine, November 21, 1993.

Class 2: What is science writing?

Discussion will address whether there is a difference between writing about science and science writing. The second half of this class will be set aside to discuss students’ story pitches for their first assignment.


  • Field Guide, chapters 1, 4-6: “Finding Story Ideas and Sources,” “Writing Well About Science: Techniques From Teachers of Science Writing,” “Taking Your Story to the Next Level,” and “Finding a Voice and a Style.”
  • Ideas into Words, chapters 1-2: “A Matter of Attitude,” “Finding Stories.”
  • On Writing Well, chapters 1-7: “The Transaction,” “Simplicity,” “Clutter,” “Style,” “The Audience,” “Words,” “Usage.”

Week 2: Contextualizing numbers and memories

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Class 1: Pitfalls to avoid when reporting on statistics

Discussion will focus on training students to make sure the crucial questions are being asked and not the ones a given source wants you to focus on. Students should practice communicating complicated numerical data clearly and effectively.


Class 2: How reliable is memory?

Discussion will focus on why it is best to be as skeptical of memory as you would be of data presented out of context. Also, assignment 1 is due in class; essays should be distributed electronically to every member of the class.


Week 3: Science and the public

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Class 1: Issues facing science journalists and public attitudes about science


Class 2: Improving public understanding of science



Week 4: The dangerous allure of cognitive biases

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Class 1: Awareness of cognitive biases

Discussion will focus on being aware of cognitive biases in sources’ and scientists’ work and how to be on the lookout for researchers looking for exactly what they found. Start of oral presentations (one student per class until complete).


Class 2: Guarding against cognitive biases

Discussion will focus on guarding against cognitive biases and examining how they may negatively influence reporting and writing. Assignment 2 due in class.


  • Daniel Kahneman, Thinking Fast and Slow.

Week 5: Covering controversy 1: Scientific studies

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Class 1: MMR vaccine and autism, part 1

Discussion will focus on one of the most infamous shoddy studies of the past several decades: Andrew Wakefield’s Lancet paper on a possible link between the MMR vaccine and autism. This week’s readings will include contemporaneous critiques of Wakefield’s work. Topic for final assignment due in class.


Class 2: MMR vaccine and autism, part 2

This week’s readings will focus on later examinations of Wakefield’s work and discussion will focus on the media’s role in perpetuating this “controversy.” It will also look at some of its repercussions. Students should finalize topics for final papers.


Week 6: Covering controversy 2: Too good to check?

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Class 1: Morgellon’s disease

Discussion will focus on the psychology, ethics and sociology around illness and false claims.


Class 2: Introduction to blogging

Discussion will focus on best practices and techniques for blogging about discoveries, studies and news events.


Second assignment due in class.

Week 7: The politicization of science: Climate change, energy

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Class 1: Informed and uninformed opinions

Discussion will focus on the ways in which social, political and thought leaders impact scientific debates regardless of their scientific standing or savvy. Students should begin to blog and have social-media discussions about subject of final paper.


Class 2: Climate change impacts and a world in transition

Discussion will continue previous week’s discussion by looking at how the planet is changing for humans, flora and fauna.


Note: Social media paper due (instructions in syllabus introduction.)

Week 8: Energy, natural resources and the environment

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Class 1: Reporting on energy and society

Discussion will focus on strategies for reporting on energy-related subjects with strong policy dimensions and significant implications for sustainability. Further discussion will focus on how to report on social science findings without crossing the line into advocacy. Assignment 3 due in class.


Class 2: Biodiversity challenges and a crowded planet

Discussion will focus on how the richness of the natural world is threatened by human expansion and development, and natural resources consumption.


Week 9: Artificial intelligence

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Class 1: Basic concepts

Artificial intelligence is one of the areas undergoing enormous advances. This week’s classes will familiarize students with basic concepts and ideas that inform the field. Today’s discussion will address Turing tests and theories about why machines will (or won’t) gain “intelligence.”


Class 2: Current issues

Discussion will focus on current issues in artificial-intelligence research and development. Students begin keeping a blog in class.


Selections from Understanding Artificial Intelligence, compiled by the editors of Scientific American magazine.

  • Kenneth M. Ford and Patrick J. Hayes, “On Computational Wings,” 5-18
  • Douglas B. Lenat, “Programming Artificial Intelligence,” 23-29
  • Geoffrey E. Hinton, “How Neural Networks Learn From Experience,” 43-59

Week 10: Humans and technology

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Class 1: Ways to write about science

This week’s classes will examine some of the ways in which general assignment reporters write about science. Today’s class will address three primary sources, two news stories written about one of those studies in particular, and one blog critiquing the news coverage.

Readings: Primary sources

Readings: News coverage

Class 2: “Buzz” or irresponsibility?

Discussion will focus on a recent Newsweek cover story. Is this an example of “buzzy” coverage or is it irresponsible journalism?

Week 11: Story structure and reverse engineering

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Class 1: The geometry and solid building blocks of a science story

Discussion will focus on how narrative stories use certain formulas and techniques to advance ideas and arguments.


Class 2: Deconstructing the layers of a good science story

Discussion will focus on analysis of a particular story, illuminating the relative simplicity of intellectual architecture that lies behind a long, dense narrative.


Week 12: Types of science writing

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Class 1: Forms, conventions and science article styles

Discussion will focus on the classic shapes and styles of various types of science articles, and how to select and fit form properly to subject.


  • Field Guide, “Part III: Varying Your Writing Style.” Includes chapters on “Deadline Writing,” “Investigative Reporting,” “Gee Whiz Science Writing,” “Explanatory Writing,” “Narrative Writing,” and “The Science Essay.”
  • Selections from The Best American Science Writing 2012.

Class 2: The fine art of good science writing

Science writing is a demanding intellectual enterprise, but it can also be a high art form. Discussion will focus on what it takes to elevate science reporting and make pieces highly readable.


  • On Writing Well, chapters 11, 15, 20-23: “Nonfiction as Literature,” “Science and Technology,” “The Sound of Your Voice,” “Enjoyment, Fear, and Confidence,” “The Tyranny of the Final Product,” “A Writer’s Decisions.”
  • Selections from The Best American Science Writing 2012.

Week 13: Fact-checking with sources

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Class 1: Journalism ethics in complex fields; the journalist-scientist relationship

One of the largest debates in science journalism over the past several years has been whether reporters should share parts of their stories with scientists in their efforts to make sure they understand the issues at hand. The Chicago Tribune‘s Trine Tsouderos became the centerpiece of this discussion after her appearance on a podcast by a Columbia University virologist. Discussion will focus on students’ thoughts about the topic.


Class 2: Final thoughts on science reporting, good process and perpetual perils

Wrap-up discussion will summarize key takeaways and guidance for writers in the field. A reporter’s daily information diet bears final scrutiny: The packaging of science — press releases and communications from institutions — are information streams that reporters on the beat should manage and approach with caution.




A special thanks to Seth Mnookin, co-director of MIT’s graduate program in science writing, for help in writing this syllabus.