01 · The Question
What If a Question Looks Attractive Mainly Because You Think Journals Will Want It?
Researchers cannot completely ignore publication. Papers matter for communicating findings, building cumulative knowledge, establishing scholarly records, completing degrees, competing for positions, and meeting institutional expectations. It would be rather theatrical to pretend that publication incentives never enter research decisions.
The problem begins when the order reverses. Instead of asking which important uncertainty deserves investigation and then deciding how the resulting research should be communicated, a researcher starts with what appears likely to produce a paper and works backward toward a question.
A research question does not become worth answering merely because its answer seems easy to publish. Publishability concerns the prospects for communicating a study through a particular scholarly system. Research value concerns whether conducting the study is likely to produce knowledge worth having. The two can overlap, but they are not equivalent.
03 · What You Need to Know
Publishability and Research Value Answer Different Questions
A researcher considering a project is really making at least two decisions. First: should this research be conducted? Second: if it is conducted well, where and how should the findings be communicated?
Problems arise when the second decision quietly determines the first.
Research value
Whether obtaining the answer is likely to improve knowledge, explanation, evidence, methods, decisions, or another defensible research objective.
Publishability
Whether a particular manuscript is likely to attract sufficient editorial and reviewer interest for publication in a particular venue.
A project can score highly on one and poorly on the other. Important replications, null findings, methodological corrections, negative results, or careful confirmatory studies may face different publication prospects from fashionable or surprising findings. Conversely, a technically novel combination of familiar variables may fit a journal's scope without substantially changing what the field knows.
Ask whether you would still conduct the study if publication were guaranteed to be impossible
This is intentionally a demanding thought experiment.
Imagine that the findings could still be shared with the people who need them, incorporated into a thesis, deposited transparently, or used for the relevant decision, but no journal article could result. Would the answer still be worth obtaining?
If yes, you probably have a justification independent of publication. If the entire motivation disappears, examine what intellectual or practical purpose the project was serving in the first place.
This does not mean researchers should disregard career realities. Early-career researchers in particular work under genuine publication expectations. The point is narrower: those incentives explain why a project may be attractive to the researcher. They do not establish why the answer is valuable as research.
“Publishable novelty” can be manufactured without producing much knowledge
It is usually possible to make a study look different from earlier work.
Add a variable. Replace one technology with a newer platform. Survey another university. Change the population. Add a mediator. Test another moderator. Apply a familiar model in another country.
Any of these modifications can be valuable when it addresses a real uncertainty. But if its principal purpose is to create a sentence beginning “Unlike previous studies, this research...,” the contribution may be more bibliographic than substantive.
The question should survive the test of whether the additional variable actually produces insight, whether the population matters, or whether the contextual change affects what can be inferred.
Journal interest does not establish importance
Journals make editorial decisions for many legitimate reasons, including scope, readership, novelty, methodological contribution, timeliness, available space, and perceived interest. These criteria are related to research value but are not identical to it.
One useful illustration comes from research-funding review. NIH's current simplified peer-review framework explicitly separates the importance of the proposed research from rigor and feasibility. Reviewers assessing importance consider whether the project addresses an important knowledge gap, critical problem, or valuable conceptual or technical advance, and what specifically will be learned. NIH further cautions that importance refers to the proposed research itself rather than merely the importance of the broader field.
The principle translates well beyond biomedical grant review: a study should be able to explain what it contributes without borrowing importance from its topic, journal prospects, or surrounding academic attention.
Easy publication can tempt researchers toward questions with predictable answers
Researchers may gravitate toward designs with familiar instruments, established models, convenient samples, straightforward statistical analyses, and hypotheses that prior studies make likely to receive support.
None of those features is inherently problematic. Familiar methods can be excellent methods. Predictable findings can also be valuable when confirmation itself matters.
The concern arises when methodological convenience and anticipated manuscript structure replace informational value. If the study is essentially designed to generate several plausible hypotheses, a conventional results table, and a familiar discussion section, ask what uncertainty the resulting paper would actually reduce.
Do not design the question around statistical significance
A particularly damaging version of publication-oriented thinking occurs when researchers prefer questions likely to produce statistically significant findings.
Statistical significance does not establish that a question was important, an effect was large, an explanation was correct, or the study contributed useful knowledge. Designing a project around the likelihood of obtaining conventionally significant results can also encourage selective analytical choices and overinterpretation.
A useful research question should remain useful if the answer is “no association,” “no meaningful difference,” or “the estimate remains uncertain,” provided the study was designed so those outcomes are genuinely informative.
A study should be publishable because it is worth communicating, not worthwhile because it is publishable
This reversal sounds subtle, but it changes how research is designed.
When the question comes first, researchers identify consequential uncertainty and choose methods capable of resolving it. They then seek an appropriate outlet for whatever answer emerges.
When the anticipated paper comes first, researchers can begin optimizing the project for editorial appearance: a fashionable topic, a novel-looking model, positive hypotheses, a convenient dataset, and enough differences from prior work to claim novelty.
The resulting study may still be rigorous. It may even be published. But successful execution and successful publication do not by themselves establish that the original question deserved the research investment.
Publication incentives become especially problematic when they distort the question
A useful diagnostic is to compare the question you most want answered with the question you believe will be easiest to publish.
If they differ, ask why.
Perhaps the important question requires data you cannot obtain. Perhaps the publishable question is more feasible. Those are legitimate constraints. But perhaps the second question is simply fashionable, statistically convenient, or easy to package. In that case, publication incentives may be redirecting the research agenda away from the uncertainty that matters most.
The answer is not necessarily to conduct the difficult project immediately. If the important question cannot yet be answered reliably, it may be better to save it for a stronger future study than replace it automatically with a weaker question that happens to promise a faster paper.
Watch Out
Publication is an important part of research communication, but a paper is an output format, not the scientific purpose of the study. “This could become a publication” answers what you might do with the research afterward. It does not answer why the research should exist.
06 · What This Means for You
Choose the Question First and the Publication Strategy Second
Before committing to a project, write two separate rationales. The first should explain why the answer is worth knowing. The second can explain why the resulting research might interest a particular scholarly audience.
If you cannot write the first without relying on the second, the project needs reconsideration.
A simple decision framework
If the question addresses consequential uncertainty and also has strong publication potential
Excellent. Publication prospects and research value are aligned.
If the question is worthwhile but publication prospects appear uncertain
Consider appropriate outlets and communication strategies without automatically abandoning the research value.
If a project looks publishable mainly because it adds cosmetic novelty
Identify what substantive uncertainty the novelty resolves before proceeding.
If you are selecting outcomes, variables, or hypotheses because they appear more likely to produce an attractive result
Return to the research question and determine what evidence is actually required to answer it.
If publication potential is the only compelling argument remaining
Choose a stronger question rather than asking a manuscript to supply the study's purpose.
The same discipline is useful when a topic is attractive mainly because it is fashionable. Trends and journals can help determine where research receives attention. They should not determine, by themselves, which uncertainties deserve evidence.
07 · A Quick Checklist
Check Whether the Research Question Exists Independently of the Paper
Before choosing a question for its publication potential, check:
State why the answer is worth knowing without mentioning journals, publication requirements, citation potential, or career benefits.
Identify the consequential uncertainty the study is expected to reduce.
Consider whether positive, negative, null, and unexpected findings could each be informative.
Check whether claimed novelty changes what can be understood rather than merely making the manuscript look different.
Separate career and publication incentives from the scientific or practical justification for collecting the evidence.
Verify that anticipated publication preferences are not driving unnecessary variables, selective outcomes, or weaker research questions.
Compare the project with other feasible questions that may resolve more important uncertainty.
Develop the publication strategy after you can defend why the study itself should be conducted.