Study Guide with working with scientific articles

Study Guide with working with scientific articles

Summaries and study assistance with working with scientific articles

  • What is a scientific article and what are effective ways to find scientific articles?
  • What are the abstract, introduction, methods, results, discussion, conclusion and how can you work with it?
  • How to read, write and summarize scientific articles?
  • See the supporting content of this study guide

Image

Check summaries and supporting content in full:
What is a scientific article?

What is a scientific article?

A scientific article is a written report that describes the results of original research. It is typically published in a peer-reviewed scientific journal, which means that other scientists have reviewed the article and found it to be sound and meet the journal's quality standards.

For scholars accustomed to dissecting complex concepts, scientific articles hold a unique appeal. These concise reports encapsulate the essence of meticulous research, demanding a precise understanding for effective analysis.

Structure:

Scientific articles typically follow a standard structure, which includes

  • Abstract: A condensed summary of the entire article, outlining the research question, methods, key findings, and conclusions.
  • Introduction: Provides context, highlights existing knowledge, and defines the specific research gap addressed.
  • Methods: Details the experimental design, data collection procedures, and analytical tools used.
  • Results: Presents the raw data through figures, tables, and statistics, offering unbiased observations and measurements.
  • Discussion: Interprets the results, draws connections, acknowledges limitations, and compares them to previous research.
  • Conclusion: Summarizes key findings, highlighting the contribution to the field and potential future directions.

Analysis:

  • Evaluate the research question: Is it clear, relevant, and well-defined?
  • Assess the methodology: Was it appropriate, rigorous, and transparently described?
  • Scrutinize the results: Are they presented accurately and objectively?
  • Engage with the discussion: Are the interpretations valid, supported by evidence, and free from bias?
  • Consider the conclusion: Does it align with the findings and offer valuable insights?

Engagement:

  • Scientific articles invite critical thinking and facilitate informed evaluation of research.
  • They present opportunities to compare and contrast methodologies and interpretations.
  • By understanding their structure and purpose, scholars can contribute their own voice to the research narrative.
What are effective ways to find scientific articles?

What are effective ways to find scientific articles?

Here are some effective ways to find scientific articles.

Search engines and databases:

  • Google Scholar: This is a great starting point because it's free and indexes a vast amount of scholarly articles. You can search by keywords, titles, authors, and even filter by publication date and other criteria.
  • Science.gov: This U.S. government website allows you to search for scientific research funded by various federal agencies. It offers access to full-text documents, scientific data, and other resources.

Discipline-Specific Databases:

Many disciplines have specialized databases for finding relevant articles. Some examples include:

  • Life Sciences: PubMed Central (PMC), Web of Science, ScienceDirect
  • Physical Sciences: INSPEC, AIP Scitation, MathSciNet
  • Social Sciences: Social Science Citation Index (SSCI), PsycINFO, JSTOR
  • Humanities: MLA International Bibliography, Historical Abstracts, Philosopher's Index

Additional tips for effective searching:

  • Use keywords wisely: Focus on specific and relevant keywords related to your research topic. Consider synonyms, related terms, and variations in spelling to capture a broader range of articles.
  • Boolean operators: Utilize operators like "AND," "OR," and "NOT" to refine your search and narrow down results. This helps combine keywords and exclude irrelevant ones.
  • Filters: Many databases offer various filters to further refine your search, such as publication date, author affiliation, and article type (e.g., review article, research paper).

Accessing full-text articles:

  • Open access: Some journals publish their articles freely online. Look for articles labelled as "open access" or "OA" within your search results.
  • Library access: If you are affiliated with an academic institution, their library likely subscribes to numerous academic journals. You should be able to access the full text of many articles through your library website or database.
  • Interlibrary loan: If your library doesn't have access to a specific article, you can often request it through interlibrary loan, which allows borrowing from other libraries.
What is the abstract of a scientific article and how can you work with it?

What is the abstract of a scientific article and how can you work with it?

An abstract is a concise summary of a scientific article, typically between 150-250 words. It serves as a vital tool for academics, as it helps:

  • Readers decide whether the full article is relevant to their interests or research.
  • Researchers identify relevant articles during literature searches.
  • Databases index and categorize articles for efficient retrieval.
  • Authors condense their research findings and key points.

Structure and components

Abstracts often follow a structured format with specific sections:

  1. Background: Briefly explains the research context and the problem addressed.
  2. Methods: Describes the research approach, data collection, and analysis techniques.
  3. Results: Presents the key findings of the study in a clear and concise manner.
  4. Conclusions: Summarizes the main implications and contributions of the research.

Some journals may have additional sections or specific word limits.

Crafting a powerful abstract

Here are some tips for writing an effective abstract:

  • Start strong: Use a clear and concise sentence to grab the reader's attention.
  • Highlight the significance: Briefly explain why your research matters and its potential impact.
  • Focus on key findings: Present the most important results without going into excessive detail.
  • Use clear and concise language: Avoid jargon and abbreviations unfamiliar to your target audience.
  • Proofread carefully: Ensure clarity, accuracy, and adherence to word limits.

Related resources

What is the introduction of a scientific article and how can you work with it?

What is the introduction of a scientific article and how can you work with it?

The introduction section in a scientific article plays a crucial role in setting the stage for your research. It acts as a bridge between the general knowledge and your specific work, providing context, motivation, and direction.

Key functions of the introduction

  • Establish the context: Briefly introduce the topic and its background, outlining existing knowledge and highlighting any gaps or unanswered questions.
  • Motivate the research: Explain the significance of your research question and why it's important. Address the impact it could have on the field or wider understanding.
  • Define the research question or hypothesis: Clearly state the specific question your research aims to answer or the hypothesis it investigates.
  • Present the study design: Briefly outline the methods you used to address the research question.

How academics can use the introduction

  • Capture interest: Engage the reader by presenting the research in a clear and compelling way.
  • Demonstrate expertise: Show your understanding of the field and relevant literature.
  • Justify the study: Convince the reader why your research is necessary and worthwhile.
  • Guide expectations: Prepare the reader for the results and discussion sections.

Tips for writing an effective introduction

  • Start broad and narrow down: Begin with general background information and gradually focus on your specific research question.
  • Cite relevant literature: Integrate key references to support your claims and demonstrate knowledge of the field.
  • Use clear and concise language: Avoid jargon and overly technical terms, catering to a wider audience.
  • Maintain a logical flow: Structure the introduction with clear transitions and a defined direction.
  • Highlight novelty: Emphasize what makes your research unique and its potential contributions.

Related resources

What is the methods section of a scientific article and how can you work with it?

What is the methods section of a scientific article and how can you work with it?

The methods section in a scientific article holds immense importance. It serves as the blueprint for your research, providing crucial details about your approach, techniques, and analysis. This transparency allows readers to:

  • Understand the research process: This helps evaluate the validity and replicability of your findings.
  • Replicate the study: Other researchers can use your methods to confirm or build upon your work.
  • Assess potential limitations: Knowing the methods helps readers critically evaluate the results and acknowledge any methodological constraints.

Key functions of the methods section

  • Describe the research design: Outline the overall approach used, including study type (observational, experimental, etc.) and participant selection criteria.
  • Detail data collection methods: Explain how you gathered data, including instruments, procedures, and sampling techniques.
  • Explain data analysis procedures: Describe the statistical tests or other methods used to analyze your data.
  • Specify ethical considerations: Address any ethical approvals or procedures taken to ensure ethical research conduct.

How academics can use the methods section

  • Ensure transparency and rigor: A well-written methods section fosters trust and increases confidence in your research.
  • Facilitate collaboration and replication: Clear methods documentation allows other researchers to build upon your work.
  • Demonstrate attention to detail and methodological expertise: Highlighting your methodological strengths can enhance your research credibility.

Tips for writing an effective methods section

  • Organize logically: Follow a clear and consistent structure, typically organized by research stages (design, data collection, analysis).
  • Be specific and detailed: Provide enough information for others to understand and replicate your study.
  • Use objective language: Avoid subjective interpretations and focus on describing factual procedures.
  • Cite relevant references: Acknowledge any specific methods or procedures adapted from other sources.
  • Address ethical considerations: Briefly explain how you ensured ethical research conduct and obtained necessary approvals.

Related resources

What is the results section of a scientific article and how can you work with it?

What is the results section of a scientific article and how can you work with it?

The results section in a scientific article plays a crucial role in presenting the findings of your research. It serves as the heart of the article, where you objectively report the data you collected and analyzed without interpretation or explanation.

Key functions of the results section

  • Present the key findings: Briefly and clearly summarize the main discoveries of your research, aligned with your research question or hypothesis.
  • Provide supporting evidence: Use tables, figures, and graphs to visualize and analyze data, offering clear interpretation of their meaning.
  • Emphasize important statistical outcomes: Report key statistical tests and measures, highlighting significant and relevant information.
  • Maintain objectivity: Avoid speculation or interpretations of the findings, leaving that to the discussion section.

How academics can use the results section

  • Communicate key findings: Clearly convey the essence of your research to the reader, allowing them to grasp the main outcomes.
  • Support claims with evidence: Use data visualizations and statistics to provide concrete evidence for your findings, enhancing their credibility.
  • Guide interpretation: Present the data in a format that prepares readers for critical analysis and discussion in the next section.

Tips for writing an effective results section

  • Organize logically: Structure the section according to your research questions or hypotheses, ensuring a clear flow.
  • Present findings concisely: Avoid unnecessary details or redundant information, focusing on the essential outcomes.
  • Use clear and concise language: Explain data accurately and objectively, avoiding jargon or ambiguous terminology.
  • Integrate visuals effectively: Ensure tables, figures, and graphs are well-designed, labeled, and easily interpretable.
  • Highlight key statistics: Emphasize only relevant and significant statistical results, keeping explanations concise.
  • Maintain consistency: Use consistent formatting and terminology throughout the section.

Related resources

What is the discussion section of a scientific article and how can you work with it?

What is the discussion section of a scientific article and how can you work with it?

The discussion section is the culmination of your scientific article, where you interpret, contextualize, and connect your findings to the broader field. It acts as a bridge between your specific study and the wider landscape of knowledge.

Key functions of the discussion section

  • Interpret your findings: Explain what your results mean in light of your research question or hypothesis.
  • Relate findings to existing literature: Compare and contrast your results with previous research, highlighting agreements, discrepancies, and novel contributions.
  • Discuss limitations: Acknowledge any limitations of your study design, data collection, or analysis that might impact the generalizability or conclusions.
  • Propose future directions: Suggest future research questions or studies that could build upon your findings and advance the field.
  • Draw conclusions: Based on your interpretations and consideration of limitations, offer clear and concise conclusions about the implications of your research.

How academics can use the discussion section

  • Demonstrate critical thinking: Go beyond simply reporting results and showcase your ability to analyze, interpret, and connect your findings to existing knowledge.
  • Highlight the significance of your research: Explain how your work contributes to the field and its potential impact on theory, practice, or future research.
  • Engage with the community: Offer thoughtful insights and stimulate discussion within the scientific community.

Tips for writing an effective discussion section

  • Start with a brief summary: Briefly re-emphasize your key findings without repeating the results section.
  • Connect to the introduction: Link your interpretations back to the research question or hypothesis presented in the introduction.
  • Discuss your findings in detail: Explain your interpretations systematically, addressing each major finding and its implications.
  • Support your claims with evidence: Use relevant references and data from your study to back up your interpretations.
  • Acknowledge limitations: Discuss potential limitations of your research and how they might affect your conclusions.
  • Propose future directions: Suggest avenues for future research based on your findings and identified limitations.
  • End with clear conclusions: State your overall conclusions concisely and clearly, summarizing the significance of your research.
  • Maintain objectivity: Avoid speculation or personal opinions, focusing on evidence-based interpretations.
  • Ensure coherence: Write in a clear and logical flow, using transitions to guide the reader through your thought process.

Related resources

What is the conclusion section of a scientific article and how can you work with it?

What is the conclusion section of a scientific article and how can you work with it?

The conclusion section, often the final element of a scientific article, acts as a synthesizing bridge between your specific research and the broader landscape of knowledge.

Key functions of the conclusion section

  • Reiterates key findings: Briefly restates the most important outcomes of the study, but avoids simply repeating the results section.
  • Summarizes main interpretations: Concisely explains the meaning and significance of the findings in the context of the research question or hypothesis.
  • Draws final conclusions: Offers clear and comprehensive conclusions that reflect the overall implications of the research.
  • Highlights broader impact: Briefly discusses the potential influence of the work on the field, theory, practice, or future research.

How academics can use the conclusion section

  • Leave a lasting impression: Convey the importance and contribution of your research, solidifying its impact.
  • Demonstrate understanding: Showcase your ability to synthesize findings and draw meaningful conclusions.
  • Stimulate further discussion: Offer thought-provoking ideas to engage the scientific community.

Tips for writing an effective conclusion section

  • Be concise and focused: Avoid unnecessary details or redundant information.
  • Connect to the introduction: Ensure conclusions relate back to the original research question or hypothesis.
  • Use clear and concise language: Maintain objectivity and avoid speculation or personal opinions.
  • Highlight limitations: Briefly acknowledge any limitations of your study without diminishing the conclusions.
  • End with a clear statement: Leave a lasting impression with a compelling concluding sentence.
  • Ensure logical flow: Utilize transitions to guide the reader through your thought process.
  • Follow specific journal guidelines: Adhere to formatting and word limit requirements.

Related resources

How can you read scientific articles effectively and efficiently?

How can you read scientific articles effectively and efficiently?

Here are some tips on how to best read scientific articles:

Before you dive in:

  1. Identify your purpose: Are you looking for a specific piece of information, evaluating the overall quality of the research, or gaining a broad understanding of the field? Defining your goal will help you focus your reading.
  2. Familiarize yourself with the journal and field: Different journals have varying levels of technicality and expectations. Understanding the field will help you anticipate the terminology and concepts used.

During your reading:

  1. Don't read linearly: Instead, adopt a "PQRST" approach:

    • P: Preview: Skim the abstract, introduction, and conclusion to get a general sense of the article.
    • Q: Question: Formulate questions based on your purpose (e.g., what is the research question, are the methods sound, what are the key findings?).
    • R: Read: Focus on sections relevant to your questions, paying close attention to methods, results, and discussion.
    • S: Suss out: Identify key points, supporting evidence, and limitations.
    • T: Think and synthesize: Reflect on the overall message, consider its implications, and compare it to your existing knowledge.
  2. Be actively engaged: Don't passively consume information. Take notes, highlight key points, and write down questions that arise.
  3. Consult external resources: Look up unfamiliar terms, delve deeper into cited references, and explore related articles for a richer understanding.

After reading:

  1. Summarize the article in your own words: This solidifies your comprehension and helps you identify key takeaways.
  2. Evaluate the research: Consider the strengths and weaknesses of the methodology, the validity of the conclusions, and the overall contribution to the field.
  3. Connect the article to your own work: How does this research inform your current projects or spark new ideas?
How to Write an Academic Article - A Guide for Advanced Academics

How to Write an Academic Article - A Guide for Advanced Academics

Do you need to write an academic paper? Do you have a lot to tell the world but are you not sure on how to go about doing so structured and well organized? This hero shows how you could structure your text. Enjoy!

40 paragraphs

The article will consist of roughly 40 paragraphs. Five of them will provide the introductory and concluding remarks. Five of them will establish a general, human background. Five of them will state the theory that informs the analysis. Five of them will state the method by which the data was gathered. The analysis (or 'results' section) will make roughly three overarching claims (that support the main thesis) in three five-paragraph sections. The implications of the research will be outlined in five paragraphs. These are ball-park figures, not hard and fast rules, but 'knowing' something for academic purposes means being able to articulate yourself in roughly these proportions.

  1. The First Three Paragraphs

It is difficult to overstate the importance of a good introduction. If your reader does not have a good sense of your argument by the end of the third paragraph (before reading the 600th word), there is something seriously wrong with your paper. Or, perhaps more tellingly, if you are unable to outline your argument straightforwardly and clearly in three paragraphs, you will be unable to write a good paper. When I talk about what a scholarly article is, I always use the opportunity to sketch 'the ideal introduction'. It consists of exactly three paragraphs and no more than six-hundred words.

The first paragraph tells us about the world we are living in. This should obviously be the world that your paper helps us to better understand. It's the world that needs to be understood in precisely the way you understand it. But in this paragraph we (your readers) don't want this understanding, we just want a recognizable description of the world we share with you. Talk to us like we only need to be reminded that this is where we live. It should be familiar to us and based on widely available sources. While you should avoid the letter of a statement like 'We live in a world of ...' or 'Ours is an age of ...', this is very much the spirit of the first paragraph. It's a time for commonplaces; it provides a shared place for you and your readers. In an important sense, you are here describing the practices that your paper is about. And these practices are interesting because there is some problem with them.

The second paragraph tells us about the science that studies this world. It summarizes the body of scholarship that has taken an interest in the problem that is described in the first paragraph. There are two good ways and one common but bad way to structure this paragraph. It can state either a constitutive consensus in the literature or a just as constitutive controversy. Scholarship will normally be characterized either by broad agreement about some issue (which your work will then challenge) or by a standing disagreement (where your paper will provide support to one side). Many papers these days begin by identifying a 'gap' in the literature (which the paper then proposes to fill), but this is a false start. The gap is only interesting because what you have found there bears upon some interesting consensus or controversy. So you should fill in the gap in advance (i.e., in this second paragraph) with the theoretical assumptions that shape your readers' expectations of your subject matter. Indeed, if the first paragraph is about practice, this paragraph is about theory; the problem persists despite precisely this theory.

The third paragraph tells us about your paper. 'In this paper, I show that...' is a nice, tight way to do this. Notice that supporting such a sentence requires you not to offer evidence but to outline your paper; it's a statement about your paper not about your object. So here you have to say something about, especially, your method (what have you done to put yourself in a position to know you are right). It should also briefly sketch the content of each section and leave us with a good sense of the implications of the paper as a whole (a paper will normally have a section for implications, so you may just summarize that section). The implications may be either theoretical or practical: you may show that practice ought to fall in line with a perfectly good theory, thus solving the problem by making the world a more 'ideal' place, or that the theory has be adjusted to better capture the 'real-world' practices, thus at least acknowledging the problem. Or you may argue for some combination of such implications.

These three paragraphs, finally, should each be organized around a claim that can be expressed in a single, declarative sentence. The rest of the paragraph merely supports that claim. Notice that the thesis of your paper is stated only within a larger claim about its being the thesis of your paper. And that claim has been nested in a claim about the world and a claim about the research that has already been done about that world. Since the world is construed in terms of some interesting problem, there should be no need for an explicit 'statement of the problem'. But if your editor (or teacher) insists, there's no harm in providing it.

  1. Standard Issue Background

It is commonplace to begin a paper with a few commonplaces about the world in which we live. This world will be described in a way that emphasizes the social practices that the paper will offer a scientific analysis of. But the description will not itself be scientific. It will, of course, be 'knowledgeable', but the knowledge it contains will not be dependent on either the theory or the method that supports the analysis. Instead, it will be based on sources that are also available to the reader, that is, published work.

That first paragraph of the paper, which establishes a common place where the reader and writer can share their interest in a particular corner of social life, will sometimes require elaboration. That is what the background section is for. The reader may know something about lean management practices, for example, but nothing about the manufacture and distribution of cardboard boxes in Sweden. Or the reader may need to know some general, historical facts about the company or companies that the writer has studied. The information that the writer provides here will, again, be available to the reader (and the writer does well to cite some good sources of the information along the way) but the writer is providing it anyway, for the reader's convenience. It is information that the reader could be aware of but presumably isn't. The reader will not find it presumptuous of the writer to assume that reader is ignorant about it.

The first paragraph of the introduction and the (roughly) five paragraphs of the background section really state the same claim. The introductory paragraph is the top of the iceberg (the summit), the background section is the tip of the iceberg (the part that is above water), and the dignity of the movement of this iceberg comes from everything the writer knows but does not say about the company, country or industry that the paper discusses. This is important to keep in mind as part of your growing base of knowledge. If you are doing a case study in a particular industry you will have a great deal of specialized knowledge about a particular company or, even more specifically, a particular team in a particular company. But you are not an expert on what that team does if you do not learn something about the factual world that it is embedded in. A scholar who has spent a lot of time within a company should be an interesting conversationalist about both that company and the industry it works in. That scholar should also be a reliable 'go to person' for ordinary facts related to it.

The content of the background section can be easily distinguished from that of the 'analysis' or 'results' section by being 'factual' but not, properly speaking, 'empirical'. The facts that are adduced here are not drawn from the experience of the writer, but from hearsay and reading (in the case of the former, preferably confirmed by the latter). By contrast, the facts that are presented in the results section are supported by 'data' that have been gathered by way of a 'method'. This has an important consequence: the writer has a special authority to speak about his or her results. Because a valid method has been applied, we are entitled to trust the author's presentation. Moreover, we have no easy way of validating the results themselves. To do so, we'd have to requisition the writer's data. Even then, we'd have to trust that it wasn't just made up. So, to be really sure, we'd have repeat the study, i.e., carry out our own observations of the same phenomena, i.e., have the same experiences. It is only in extreme cases that we'd go through that kind of trouble.

But the background section can be 'fact checked' in a more workaday sense. The reader can simply read the sources that the writer uses to support his or her claims. We can even find some better sources, where these are available. That is, because the background consists of commonplace claims, the writer has no special authority to make them. The text is also open to critique in a quite different way here than the results section is.

  1. Standard Issue Theory

There is arguably nothing more standard in a social science paper than the theory section. Most journals will demand not only a theory but some 'theoretical contribution'. Like PhD dissertations, however, papers are sometimes written with a theory separately in mind. The author will announce two objectives: first, to make that contribution to theory development, normally by producing a 'literature review', and, second, to make an empirical contribution, i.e., to present a set of results. While such papers do sometimes get published too, I don't recommend this approach. Your empirical results ought to have theoretical implications. You should not 'develop' your theory independently or in advance of your results.

As Pierre Bourdieu said, a theory is a 'program of perception'. In your theory section you are telling the reader how you see the world. In the social sciences, this means announcing which of the available theories of a particular, say, social practice you are letting inform your vision of that practice. It is how you are construing (or even outright constructing) your object. It is very important that, as a program of perception, you let your theory assign a series of descriptive tasks, marked by your concepts. Your theory tells you how you have to describe the world in your analysis (or 'results' section). And for this reason it is important make an inventory of the concepts (the theoretical terms) you will use in your paper. While your analysis will use these concepts, your theory section will account for them.

A theory is built out of concepts. Concepts inform our vision; they make us see a set of facts, actions or events as something, i.e., as being of a particular kind. When we see something as, say, a 'technology of self' or a 'sensemaking process' or an 'abstract machine' we have subsumed some part of the social world under a concept. Indeed, there will usually be more concrete objects and therefore more particular concepts: conduct, action, affects. This is why some people also call concepts 'categories of observation'. They simply make it possible to see particular things. More precisely, they make us construe the flux of experience as made up of empirical objects of a particular kinds. And objects in turn are simply limits on the possible. An object's 'properties', i.e., the specific truths you can state about an object, are ultimately limits on the way they can be combined with other objects (defined by the theory).

These possibilities are precisely what you want to remind the reader of. They are the expectations that your results will artfully disappoint. A good research paper in the social sciences shows that the objects that constitute the social world are capable of being combined in ways we did not expect. And it was our theory that conditioned us to hold those expectations in the first place.

  1. Standard Issue Methods

The methods section is perhaps the most conventional part of a standard research paper in the social sciences. There is a certain amount of room for creative syntheses of theory, and often a great deal of freedom in how the results themselves are presented. But the methods you use, and they way you talk about them, have to make your reader trust you. After all, you are setting the reader up for an artful disappointment. It is the methods section that ensures that the reader will actually feel that disappointment rather than merely doubt your results.

The most important thing, however, is that you tell the reader the truth about what you did. This section must accurately describe how you gathered the data on which you base your conclusions. How many interviews did you do? Over how long a period did you do onsite observation? How many surveys did you send out? How did you select your subjects and informants? How big was the data set you drew from industry databases?

But you must also show an awareness of the standard methodologies in your field. Though the distinction is sometimes blurred, method is what you did, methodology is the account of why it is the right thing to do. The standards here are often expressed by others in classic papers or handbooks. In the fields I normally work with, for example, if you're doing a case study you are likely to cite Kathleen Eisenhardt's paper 'Building Theories from Case Study Research' (AMR, 1989) and, just as likely, Robert Yin's widely read handbook, Case Study Research (Sage, 2009). You do not have to agree with everything they say, and both approaches themselves have a history of reception, i.e., their views have been adapted and modified in particular studies that may look more like your own. The point is merely that in order to be taken seriously as a 'case study', your paper must acknowledge precisely the tradition of case-study research that is informed and guided by such 'standard' statements (accounts) of method.

The good news is that once you have shown that you are an intelligent reader of the methodologies that are available in your field, your reader is likely to trust even your intelligent breaches of those methods. In one sense, it is true what Paul Feyerabend said many years ago in Against Method: 'The only principle that does not inhibit progress is: anything goes' (p. 7). But once you've done 'whatever' it takes to reach your conclusions, you must make a compelling case for what you've done. And here it is always a good idea to gesture respectfully at the conventional wisdom that constitutes your field of research.

  1. Standard Issue Results

In a standard-issue academic paper, the analysis of your results occupies about 37.5% of the text, or fifteen out of forty paragraphs. This morning I'd like to say something about how those fifteen paragraphs should be written. Keep in mind that this is the section in which you are the epistemic authority. Unlike the theory and method sections, your reader is not presumed to understand in advance what you are saying. Unlike the background section, your reader is not presumed to have access to sources that might contradict you. In the results section, you have the data. Your readers are, on the whole, going to trust you when you tell them what your data says.

I suggest you divide the section into two to four main parts, perhaps framed by an opening paragraph or two and a concluding summary. (It possible to do away with this frame by letting your methods section outline the structure of your results section and opening the implications section with a summary of the results.) The results section will be making an overall claim, which will have been summarized in the third paragraph of your introduction ('This paper shows that...'). But this claim will find support in a number of sub-claims. I suggest coming up with two to four claims mainly to give us that much-needed sense of finitude, each claim can then be given three to four paragraphs of support. In some cases, however, you'll have ten or more claims, each of which will have its own paragraph. The point of these proportions is not impose a set form on the presentation of your results but to get you to think about how the space of your results section will be structured.

The structure of the space will make it easier to organize your time. You goal, as always, is to get your prose into good enough shape to let you write a coherent paragraph (six sentences of prose that support a single, well-defined claim) in thirty minutes. Since you'll be writing fifteen paragraphs, you'll need seven and a half hours to do it, or three two-and-a-half-hour sessions. So when you are looking over your data, try to analyze it into claims that your are able to support in this way. This is the key to 'prosing your world', to putting what you have seen into writing.

A good results section is an account of your observations. It's not an account of everything you've seen or heard in the field, nor an exhaustive presentation of your data set. It is a summary of the data in support of empirical claims, i.e., claims about 'what is the case'. Your background section also makes claims about what is the case, but let's call these claims merely 'factual' and not 'empirical'. Like your empirical claims (your results), you must strive for the truth, but unlike them they are not based on observation. It is in your results section that your claims are based on your own first-hand research experience (that's what 'empirical' means). This is where you come to represent the world of practice. It is where you make it available for theorizing.

  1. Standard Issue Implications

These posts about the standard-issue social science paper (or standard issues in social science papers) are intended to get you thinking about the separate components of your knowledge base that put you in a position to write such a paper. You need not just 'empirical results' but also an everyday 'factual background', for example. It is not enough that you have seen something in your data; the result has to stand out in the everyday world of practice. I'll write about the theory section tomorrow to complete this series; this morning I want to talk about how important it is that your results have a specifiable set of 'implications'. Before you can expect to publish your paper, after all, you must be aware of how your reader's mind should be changed by reading. What does your work imply?

I have already said that the results section should artfully disappoint your reader's expectations. And the reader's expectations, in an academic paper, are shaped by the theory that the reader and writer share. But disappointments come in many shapes and sizes. Roughly speaking, a paper may highlight two kinds of implication, theoretical and practical. The results may evoke a disappointment in the theory, implying that the theory should be modified to accommodate the new facts brought to light by the study. Theories are always 'underdetermined' by observation, i.e., our knowledge of particular facts, so we are getting used to having to modify our theories as new work brings new facts to light. You want to make sure that the implications of your study are precisely a modification of your theory, not its outright rejection. There are rare moments in the history of a discipline when a paper that argues for the replacement of one theory with another can be published (these moments are what Kuhn called 'crises', which precede his 'scientific revolutions'). But normally you want to imply only that a theory, which should remain in place (and dominant) after you have published your work, needs to rethink certain assumptions.

The other kind of implication is practical. Here we suggest that we are really disappointed in the world, the behavior of practitioners. If only they understood the theory (which is right about these matters), and lived up to our expectations of them, their practices would be much more successful. That is, we are making recommendations to practitioners in light of empirical study of their practices, framed by a particular theory. Bob Sutton's 'no asshole rule' is such a recommendation. He is telling practitioners that 'research shows' that hiring assholes (or keeping them around if you have accidentally already hired one) is a bad idea. He uses a variety of theories to show that assholes undermine your ability to bring about what he calls a 'civilized' workplace. He is adjusting our view of who contributes to the value of an organization.

The implications section is best imagined as consisting of five paragraphs or one-eighth of the 40-paragraph paper. That will mean you are drawing between 3 and 5 specific implications (depending on how you write the section). And you are perfectly entitled to draw both kinds of implication: recommendations for practice and contributions to theory. Just keep it simple. The main critical standard here is a logical one: your recommendations have to 'follow' from your background (description of practice), your theory, and your results in a logical way.

  1. Introduction and Conclusion

Just this week, during one of my undergraduate workshops, I had something of an epiphany about the rhetoric of an academic article. I've long argued that the only difference between the introduction and conclusion is a rhetorical one. The two sections say the same thing, which is to say, the conclusion does not contain information that the introduction has not already presented; but they say it differently or, more precisely, they address different audiences. And the difference is a very small and precise one: the reader of your conclusion is the same reader as the reader of your introduction except that the reader of your introduction has not yet read your paper and the reader of your conclusion has just read it. Beyond that, I used to say, you're free to write the conclusion as you choose ... oh yes, except that you only have two paragraphs to accomplish what you did with three in your introduction.

But look what I discovered while workshopping a conclusion this week. We began by sharpening the introduction to give us the ideal form. The first paragraph provided a description of the world in which the paper is needed. 'We live in an age of...' it might (too) typically begin. The second paragraph introduces the relevant science: 'Scholars agree that...' (or, conversely, 'Current scholarship is divided about...') It is only the third paragraph that introduces your thesis: 'In this paper, I show that...' Notice that until the third paragraph, no mention is made of you or your thesis; you are positioning your thesis in a world of shared concern and a body of current scholarship.

And notice also that even in that third paragraph you don't actually state your thesis. The key sentence of that paragraph is not a claim about your object; it is a claim about your paper. This means that the relevant kind of support is provided by a description of your paper ('After recalling the recent history of efforts to ..., I will outline my theoretical framework. The analysis uses the method of ..., which gives access to ... On this basis, I conclude that ... and emphasize the importance of ... in rethinking best practices in this area.') It is not actually an argument for the truth of your thesis. It is a description or outline of such an argument.

I have said before that the first paragraph of your conclusion and the last paragraph of your introduction should mirror each other. In the introduction there should be a paragraph about what you will say, while in the conclusion the same paragraph should tell us what you have said. But this can be quite boring ('In this paper, I have shown that...' etc.) We now arrive at the epiphany.

 'In this paper, I show that...' will continue with some proposition. 'In this paper, I show that organizational designs not market forces are to blame for the financial crisis.' That proposition, of course, states the major thesis of the paper. Now, what your paper should be putting you in a position to do is precisely to state that thesis, plainly and straightforwardly. After reading your paper, the reader should be in a position to understand a simple, efficient, 6-sentence, 150-word argument for your thesis. Let, the penultimate paragraph of your paper, i.e., the first paragraph of your conclusion be that argument.

Its key sentence will be your thesis. 'Organizational designs not market forces are to blame for the financial crisis.' Leave out explicit mentions of method and instead state the major empirical claims that your method allowed you to discover. Also leave out any explicit mentions of theory, but use theoretical terms as though they are part of the vocabulary shared by you and your reader (if your paper is any good, by this point they are.) Three of the sentences will normally simply state the sub-theses that your analysis arrives at. However, you choose to do it, keep it simple. This is the moment when you show the reader that s/he's understood what you've been trying to say. Here's the simplest possible statement of your argument for the most informed possible reader.

There's one paragraph left. To write it, think about your 'implications' section. What change (whether in theory or practice) in the mind of your reader does your paper suggest? How should the reader see or do things differently after granting the rightness of your conclusions? In a word, how have you changed the reader's world? Write the last paragraph as a description of this new world. The first and last paragraph, set side by side, should describe the 'before' and 'after' images of the world that your research pertains to—the world that needs your research. It is the world that needs to change in the way suggested by these images.

When I explained this to a group a faculty members recently something truly profound hit me: that last paragraph is also the first paragraph of your next paper.

The Source of this great contribution !

Access: 
Public
How can you check the quality of your scientific article?

How can you check the quality of your scientific article?

Here are some tips on how to check the quality of your academic writing, tailored to different levels of experience:

Beginners:

  • Focus on the basics: Ensure your writing is clear, concise, and grammatically correct. Use simple sentence structures and precise vocabulary.
  • Check content relevance: Ensure your research question is well-formulated, specific, and neutral and that your research question directly addresses the context or problem you are investigating. Break it down into logical sub-questions and provide clear, well-supported answers based on your research.
  • Structure and organization: Use a simple structure with a clear introduction, body paragraphs, and conclusion. Each paragraph should focus on a single point supporting your main argument.
  • Use resources: Take advantage of writing centers, style guides, and online tools like grammar checkers and plagiarism checkers.
  • Seek feedback: Ask your instructor, classmates, or tutors for feedback on your writing.

Intermediate:

  • Deepen your analysis: Go beyond simply restating information. Critically analyze your research, discuss opposing viewpoints, and offer your own insights and interpretations.
  • Refine your style: Use more varied sentence structures and sophisticated vocabulary, while maintaining clarity and formality.
  • Cite accurately: Pay close attention to citation formats and ensure your sources are credible and relevant.
  • Focus on transitions: Use transition words and phrases to show how your ideas connect logically.
  • Evaluate arguments: Assess your own work and the work of others. Are the arguments well-supported and convincing?

Advanced:

  • Develop your unique voice: Strive to present your own original arguments and perspectives, drawing on your research and expertise.
  • Tailor your writing: Adapt your style and approach to the specific audience and publication.
  • Evaluate impact: Consider the potential impact and implications of your work. What contribution does it make to the field?
  • Seek expert feedback: Consult with colleagues, editors, or other experts in your field for in-depth feedback and suggestions.
  • Stay updated: Continue to learn and improve by reading widely, attending workshops, and staying up-to-date with the latest research and writing trends in your field.

Additional Tips:

  • Proofread meticulously: No matter your level, careful proofreading for grammar, punctuation, spelling, and formatting errors is crucial.
  • Take breaks: Step away from your writing regularly to return with fresh eyes and maintain objectivity.
  • Practice regularly: Consistent writing practice helps you develop your skills and identify areas for improvement.
  • Enjoy the process: Learning to write well is a journey, not a destination. Find ways to make writing enjoyable and engage with your subjects with curiosity and passion.

By adapting these strategies to your level of experience and utilizing available resources, you can confidently assess and improve the quality of your academic writing at any stage of your development.

What are key aspects to keep in mind when summarizing scientific articles?

What are key aspects to keep in mind when summarizing scientific articles?

Summarizing a scientific article requires striking a balance between brevity and accuracy, while highlighting the key elements relevant to your specific needs. Here are some tips to craft an effective summary:

Before You Begin:

  1. Immerse yourself in the field: Gain a strong understanding of the research area to contextualize the article within its existing knowledge base. This ensures you capture the significance of the findings and potential future directions.
  2. Identify potential biases: Be aware of your own biases and preconceived notions related to the topic. Actively strive for objectivity and fairness in your summary.
  3. Consider ethical implications: If the research raises ethical concerns, briefly mention them in your summary while maintaining neutrality and respecting the authors' work.

Deep Dive Reading and Note-Taking:

  1. Go beyond PQRST: While PQRST offers a solid foundation, delve deeper into specific sections based on your needs. For example, thoroughly analyze the methods if understanding methodology is crucial, or pay close attention to limitations if evaluating research quality is your focus.
  2. Annotate for understanding and analysis: Utilize different annotation techniques to categorize information. Flag key findings, underline limitations, and mark questions requiring further exploration. Consider color-coding for different aspects (e.g., green for methods, blue for results).
  3. Integrate external resources: Consult cited references to clarify specific points, gain further context, or understand alternative perspectives on the research topic.

Crafting the Summary:

  1. Tailor the opening: Depending on your audience, provide a more detailed introduction to the research field or a concise statement of the research question and its importance.
  2. Methodological spotlight: While brevity is key, highlight the unique or crucial aspects of the methodology that significantly impacted the findings. Avoid getting bogged down in technical details unless absolutely necessary.
  3. Results with nuance: Present the major results using relevant data or figures. If multiple key findings exist, prioritize and sequence them based on importance or your summary's focus. Acknowledge any unexpected or contradictory results, without undue speculation.
  4. Discussion beyond interpretation: Summarize the author's interpretation of the results, but go further by critically analyzing their arguments and conclusions. Identify strengths and weaknesses in the discussion, considering alternative explanations or potential shortcomings.
  5. Impact and future directions: Don't just state the broader implications, analyze them. Discuss how the research contributes to the field, addressing its potential impact on future research pathways and potential applications. Connect it to your own work or broader societal relevance if applicable.

Scholarly Enhancements:

  1. Cite comprehensively: Include not just the main article, but also relevant cited references that contribute significantly to your summary's depth or analysis.
  2. Utilize different formats: Depending on your purpose, consider summarizing specific sections in detail, creating a table of key findings and limitations, or crafting a bulleted list of takeaways.
  3. Collaborate and compare: Discuss your summary with colleagues or peers to gain different perspectives, enhance understanding, and ensure objectivity.

Remember:

  • A truly comprehensive summary goes beyond mere reporting. It reflects your critical engagement with the research, demonstrating your understanding of the field and ability to analyze its contributions.
  • Maintain a balance between objectivity and insightful analysis. Acknowledge the author's work while offering your own informed perspective.
  • Use your summary to not only understand the research but also to spark further thinking, discussion, and potential connections within your own scholarly endeavors.
Access: 
Public

Image

This content refers to .....
Reading and studying scientific articles - Theme
Join WorldSupporter!
Check more of topic:
Search a summary

Image

 

 

Contributions: posts

Help other WorldSupporters with additions, improvements and tips

Add new contribution

CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.
Image CAPTCHA
Enter the characters shown in the image.

Image

Spotlight: topics

Check the related and most recent topics and summaries:
Activity abroad, study field of working area:

Image

Check how to use summaries on WorldSupporter.org

Online access to all summaries, study notes en practice exams

How and why use WorldSupporter.org for your summaries and study assistance?

  • For free use of many of the summaries and study aids provided or collected by your fellow students.
  • For free use of many of the lecture and study group notes, exam questions and practice questions.
  • For use of all exclusive summaries and study assistance for those who are member with JoHo WorldSupporter with online access
  • For compiling your own materials and contributions with relevant study help
  • For sharing and finding relevant and interesting summaries, documents, notes, blogs, tips, videos, discussions, activities, recipes, side jobs and more.

Using and finding summaries, notes and practice exams on JoHo WorldSupporter

There are several ways to navigate the large amount of summaries, study notes en practice exams on JoHo WorldSupporter.

  1. Use the summaries home pages for your study or field of study
  2. Use the check and search pages for summaries and study aids by field of study, subject or faculty
  3. Use and follow your (study) organization
    • by using your own student organization as a starting point, and continuing to follow it, easily discover which study materials are relevant to you
    • this option is only available through partner organizations
  4. Check or follow authors or other WorldSupporters
  5. Use the menu above each page to go to the main theme pages for summaries
    • Theme pages can be found for international studies as well as Dutch studies

Do you want to share your summaries with JoHo WorldSupporter and its visitors?

Quicklinks to fields of study for summaries and study assistance

Main summaries home pages:

Main study fields:

Main study fields NL:

Follow the author: Social Science Supporter
Work for WorldSupporter

Image

JoHo can really use your help!  Check out the various student jobs here that match your studies, improve your competencies, strengthen your CV and contribute to a more tolerant world

Working for JoHo as a student in Leyden

Parttime werken voor JoHo

Statistics
1460