Reading Skills

How to read a manuscript?

Blas MOLA-YUDEGO

Introduction

In this part of the course we will focus on developing reading skills, understanding what is the process of publishing a paper in a scientific journal and designing an effective poster and presenting it to the public. Developing your reading skills will help you work and study more efficiently. Extracting ideas from a text is an essential process needed to understand what is the message that the authors want to deliver. Through different examples and the final assignment, we will learn how to identify the main ideas and the thesis that the authors defend in a scientific text. This can also help you to better structure the text and the information when writing your thesis or any academic work. Another important skill is to be able to share and explain your research findings. Posters are one way to share your research and make connections at the same time. When presenting a poster, you will meet all kinds of people, and some of them can give you good ideas for your research and become potential collaborators.

Objectives

  • To understand how to read scientific articles
  • To identify the main ideas of an article
  • To understand how the publishing process works

Reading manuscripts

When a manuscript is central to your thesis, read it slowly and with intent. Begin by stating, in your own words, the paper’s research question, hypotheses, and claimed contributions; this forces alignment between what the authors say and what you understand. Annotate definitions, identify the population, sampling frame, and study design, and map each method explicitly to the result it underpins. Re-describe every figure and table in plain language, check statistical assumptions and units, and—where feasible—reproduce key calculations or effect sizes. Track limitations and sources of bias, compare them with those in your project, and note how uncertainties propagate to the conclusions. Finish with a structured précis (question, data, method, main findings, limits, relevance to your work) and list concrete actions (e.g., variables to measure, robustness checks to add). This discipline protects you from misinterpretation and ensures that, if you adopt a method or claim, you do so with full comprehension and defensible justification.

When you only need to locate results or to confirm an assumption, use a targeted, fast pass. Skim the abstract and conclusions, read fast the figure and table captions, then jump to the Results for the specific variables, magnitudes, or intervals you care about; use search terms (e.g., species names, model acronyms, parameter symbols) to navigate quickly. Verify minimal comparability by checking the study context, data source, and sample size, and capture just four items in your notes: the key claim, the numeric estimate (with uncertainty if reported), the context in which it holds, and any immediate caveat. Resist confirmation bias: if a quick pass yields a claim you intend to rely upon (e.g., to set a prior, choose a parameter, or motivate your argument), escalate to the slow mode before citing or building on it. This two-speed approach—rigorous depth when it matters, disciplined triage when it does not—keeps your thesis both efficient and methodologically sound.

Discovering the “flow of ideas” in the text

When reading a manuscript, you can assume each paragraph was built from a single keyword or idea in a planned sequence. So you can “deconstruct” any manuscript to its core ideas. You can locate the topic sentence (often first or second) and restate it as a one-line “keyword” in the margin. You can note its rhetorical role, whether definition, contrast, method, result, explanation, limitation, implication, and defining the specific role that has in the whole story line. Then trace how the remaining sentences in that paragraph support the keyword (evidence, examples, reasoning) and how the final clause links forward. If you cannot paraphrase the paragraph in one sentence without “and” joining two distinct claims, the author has likely fused ideas; you can mark this as a structural fault rather than a content problem.

Next, reconstruct the storyline from your margin keywords. Lay them out as a reverse outline and check that the sequence makes sense (e.g., general→specific, known→unknown→implication, cause→effect). Test cohesion by reading only the topic sentences: they should form a coherent mini-narrative. Inspect signposting (however, therefore, in contrast, consequently) to verify the intended logical moves, and confirm that key terms are repeated consistently rather than replaced with loose synonyms. Finally, diagnose common violations of the “one idea per paragraph” rule: mixed rhetorical roles (result plus limitation in the same paragraph), unsupported leaps (new claims without setup), and weak exits (no forward link). This habit turns reading into structural analysis, making it easier to evaluate argument quality and to suggest precise revisions.

Bear in mind that, reversing this approach can also help write your own texts. You can first define a story line, with a clear message, build it in logical steps, each with a keyword. Then, convert those keywords into topic sentences, and develop each with targeted evidence or reasoning, and close with forward-linking clauses that cue the next paragraph. If the sequence alone narrates a coherent progression from premise to conclusion, the draft satisfies the “one-idea-per-paragraph” criterion and will be easy to follow.

Materials

Developing reading skills [lecture]

Publishing process [lecture]

Videos and materials [videos]

Tasks

  • How do you read a scientific paper? Do you read all the sections in the same way?
  • Do you know what are the steps to publish your research?