Writing Science by Joshua Schimel: Study & Analysis Guide

Mastering scientific writing is not just about grammar and data presentation; it is about persuasion. Joshua Schimel’s Writing Science reframes the entire endeavor as a form of storytelling, arguing that the most impactful papers, grants, and presentations succeed not by overwhelming readers with facts, but by guiding them through a compelling narrative. This guide unpacks Schimel’s core frameworks, showing you how to transform your writing from a mere report into a powerful argument that engages reviewers, funders, and peers.

The Narrative Imperative in Science

Schimel’s central thesis is that scientific writing is storytelling with data. Scientists often view writing as a process of documenting methods and results, which leads to dry, formulaic texts that bury the significance of the work. Schimel counters this by applying principles from classical narrative structure, insisting that every piece of writing must have a plot. This plot revolves around resolving a knowledge gap—a critical question or problem that your research addresses. Your role as the writer is not to be a passive reporter but an active guide, creating a narrative trajectory that makes your audience care about the problem and see your solution as logical and necessary. This approach shifts the focus from “what I did” to “why it matters,” which is the key to capturing attention in an information-saturated world.

The OCAR Story Structure

The operational heart of Schimel’s method is the OCAR structure, which stands for Opening, Challenge, Action, and Resolution. This framework provides a skeleton for constructing your scientific narrative at any scale, from an entire paper to a single paragraph.

• Opening: This sets the stage by establishing shared context. You define the research territory, using common knowledge and accepted principles that your audience already holds. A strong Opening creates a foundation of agreement from which you can introduce complication.
• Challenge: This is the core of the story—the problem. Here, you identify the knowledge gap, contradiction, or unresolved question that creates tension. The Challenge asks, “But what about…?” or “However, we don’t know…”. It is the reason your research exists.
• Action: This is your research effort to meet the Challenge. It encompasses your methodology, experiments, and analysis. Crucially, the Action must be presented as a direct and logical response to the specific Challenge posed, not as a generic list of lab activities.
• Resolution: This provides the answer that resolves the Challenge. You present your key results and interpret them to show how they fill the knowledge gap. The strongest Resolutions also look forward, outlining the new questions or implications your work creates, thus potentially serving as the Opening for a future story.

For example, in a grant proposal, the Opening might establish the importance of soil carbon, the Challenge could highlight an unknown mechanism of carbon stabilization, the Action would detail your experimental plan to uncover that mechanism, and the Resolution would describe the expected outcomes and their broader impact.

The Paragraph as a Unit of Argument

Beyond the overall structure, Schimel drills down to the paragraph level, advocating for the paragraph as a unit of argument. Each paragraph should be a mini-OCAR story, advancing a single, coherent point that contributes to the section’s larger argument. The topic sentence functions as the paragraph’s Opening, establishing what the paragraph is about. Subsequent sentences then present a Challenge (a piece of evidence that needs explanation, a sub-problem), take Action (analyze the evidence, cite a study), and reach a Resolution (a concluding sentence that states the point made and links it forward). This disciplined approach eliminates meandering paragraphs and ensures every sentence has a clear rhetorical job, dramatically improving readability and persuasive flow.

Revision as Re-Vision

Schimel treats revision not as copy-editing, but as the core of the writing process—a complete “re-seeing” of your draft. He promotes strategic revision through outlined methods like the reverse outline. After writing a draft, you create a new outline by extracting the first sentence (or core claim) of every paragraph. This reverse outline brutally reveals the logical flow—or lack thereof—of your argument. You can then see where the narrative stumbles, where paragraphs are out of order, or where claims are unsupported. This objective tool allows you to critique the architecture of your argument separate from the prose, enabling you to reorganize, combine, or eliminate paragraphs to strengthen the overall story before you polish a single sentence.

Critical Perspectives

While Schimel’s narrative approach is transformative, a critical analysis reveals points of tension, primarily that the narrative approach sometimes conflicts with journal format requirements. The standard IMRaD (Introduction, Methods, Results, and Discussion) structure of most journals can feel rigid and may not always align neatly with a fluid OCAR arc, especially when journals demand results be presented separately from discussion. A writer must skillfully map their narrative onto this required template, which can sometimes force a bifurcation of the Action/Resolution flow. Furthermore, an overemphasis on a single, clean story runs the risk of oversimplifying complex, non-linear, or inconclusive research. The strongest application of Schimel’s principles acknowledges that science is often messy; the narrative framework is then used not to hide the mess, but to guide the reader through it with clarity, explaining why certain paths were taken and what ambiguous results might mean.

Another strength of the book is its universal applicability across papers, grants, and presentations. However, the granularity of advice is greatest for papers and proposals. For oral presentations, which have different cognitive demands on an audience, the translation of OCAR principles requires additional adaptation around visual storytelling and emphasis that the text covers less thoroughly. Ultimately, the book’s greatest strength is its fundamental reorientation: it transforms scientific writing from data reporting to compelling argumentation.

Summary

• Scientific writing is persuasive storytelling. Your goal is to guide readers through a narrative that highlights a knowledge gap (Challenge) and presents your research (Action) as its logical resolution.
• The OCAR structure (Opening, Challenge, Action, Resolution) provides a flexible framework for organizing everything from a full manuscript to a single paragraph, ensuring every component serves the argument.
• Treat each paragraph as a unit of argument with its own mini-arc. Use a clear topic sentence and concluding sentence to frame the point, making the prose’s logic easy to follow.
• Employ strategic revision tools like the reverse outline to diagnose and fix the logical flow of your argument before fine-tuning the language. Revision is about re-engineering the story.
• Adapt the narrative framework to real-world constraints, such as rigid journal formats or the complexity of ambiguous data. The story should clarify your science, not oversimplify it.
• The principles are essential for researchers at all career stages, providing a unified theory for crafting more impactful papers, persuasive grant proposals, and engaging presentations.