Selecting the Right Journal

Choosing where to submit your manuscript is one of the most consequential decisions you will make in the publication process. A well-matched journal increases the likelihood of acceptance, shortens the time to publication, and ensures that your work reaches the audience most likely to benefit from it. Yet many researchers approach journal selection primarily through a single lens — the impact factor — while overlooking the full constellation of factors that determine whether a journal is genuinely the right home for a given piece of work. This chapter examines the tools and criteria that should guide journal selection, from understanding and contextualizing metrics to evaluating open access options, assessing turnaround times, and protecting yourself from the growing hazard of predatory publishing.

The Impact Factor: What It Measures, What It Does Not, and Why It Should Not Be Your Only Criterion

The Journal Impact Factor (JIF), published annually by Clarivate in the Journal Citation Reports, is calculated as the mean number of citations received in a given year by articles published in that journal during the two preceding years. A journal with an impact factor of 10 received, on average, 10 citations per article published in the prior two years. The JIF was originally designed as a tool for librarians deciding which journals to subscribe to, not as a measure of the quality of individual articles or authors Hicks et al. 2015.

Despite its limited intended scope, the impact factor has become one of the most widely misused metrics in science. Hiring committees, grant panels, and promotion boards routinely treat publication in a high-impact journal as a proxy for research quality — a conflation that has been extensively criticized DORA 2013. The problems with this practice are both statistical and scientific. The distribution of citations within any given journal is highly skewed: a small number of papers attract the vast majority of citations, while the median article in even a prestigious journal may be cited far less than the journal’s overall impact factor implies. Publishing in a high-impact journal does not guarantee that your specific article will be widely cited, and publishing in a lower-impact journal does not mean your work is less important.

Beyond the statistical problem, impact factors vary dramatically across disciplines in ways that make cross-field comparisons meaningless. A journal impact factor of 3.0 might be considered outstanding in mathematics and unremarkable in cell biology. Review articles, methods papers, and dataset papers are cited differently from primary research, yet all are bundled together in a single journal-level number. The two-year citation window also disadvantages fields where important work is cited over a longer time horizon, such as ecology, history of science, or computational methods development.

The San Francisco Declaration on Research Assessment (DORA), which has been signed by thousands of researchers and institutions worldwide, explicitly calls for the elimination of journal-based metrics in hiring, promotion, and funding decisions DORA 2013. The Leiden Manifesto similarly argues that metrics should inform judgment rather than substitute for it Hicks et al. 2015. These frameworks do not suggest that impact factors are worthless, but they insist that such metrics be used critically and in combination with other evidence of quality and significance.

Alternative Metrics and How to Interpret Them

Because no single metric captures all dimensions of a journal’s reach or relevance, several alternative indicators have been developed, each illuminating a different facet of journal performance.

CiteScore, published by Elsevier’s Scopus, is calculated using a four-year citation window rather than two years, which reduces volatility and provides a more stable picture of a journal’s long-term citation performance. It also includes a broader range of document types in both the numerator and denominator, which some argue makes it a more representative measure of a journal’s overall output. SCImago Journal Rank (SJR) weights citations by the prestige of the citing journal, drawing on the same logic as Google’s PageRank algorithm — a citation from a highly cited journal counts for more than a citation from a low-cited one. Eigenfactor, developed by Jevin West and Carl Bergstrom, similarly takes the source of citations into account and has the advantage of being freely accessible at eigenfactor.org.

The h5-index, as reported by Google Scholar Metrics, identifies the largest number h such that at least h articles published in the past five years have each been cited at least h times. This metric is entirely transparent in its calculation and covers a broader range of journals, including newer open access venues, than commercial alternatives. However, like all citation-based metrics, it is subject to field-level variation and should be interpreted within disciplinary context.

What these metrics share is that they describe journal-level behavior, not the quality of your specific article. Used thoughtfully, they can help you understand roughly where a journal sits within its field and whether it attracts the kind of readership likely to engage with your work. Used uncritically, they become a prestige hierarchy that distorts scientific incentives and disproportionately disadvantages early-career researchers, who face pressure to aim for top-tier journals even when their work would be better served by a more specialized, lower-profile venue.

Scope Fit: The Most Important Criterion

If there is a single criterion that should drive journal selection above all others, it is fit between your manuscript and the journal’s stated scope, established readership, and recently published content. A manuscript submitted to a journal whose scope does not encompass your topic will almost certainly receive a desk rejection — a rejection issued by the editor without external review — regardless of the quality of the work. Desk rejections are common: at high-profile journals, they account for the majority of all decisions, sometimes exceeding 70 or 80 percent of submissions.

Evaluating scope fit requires more than reading a journal’s aims and scope statement. Spend time examining the last two or three years of published articles. Does the journal publish work at a similar scale and type to yours — primary research, methods papers, reviews, brief communications? Does it publish in your specific subfield, or does it cover your broader discipline but rarely venture into your particular topic? Are the methodological approaches in published articles similar to yours, or does the journal have strong preferences for particular techniques or frameworks?

Reading recently published articles also gives you a sense of the journal’s expectations for manuscript length, figure quality, supplementary data conventions, and reference style. Journals that attract the kind of work you are trying to do are likely to have reviewers with appropriate expertise, editors with relevant backgrounds, and readers who will understand and value your contribution Piwowar et al. 2018. A paper that lands in exactly the right journal will find an engaged audience; a paper that lands in a technically excellent but thematically mismatched journal may languish unread.

Open Access Options: Hybrid, Fully OA, and Diamond Models

As open access mandates from funders become more widespread and institutional OA agreements proliferate, the open access model of your target journal is an increasingly important practical consideration Suber 2012. Most subscription journals now offer a hybrid open access option, in which authors can pay an Article Processing Charge (APC) to make their individual article freely available even though the journal as a whole remains behind a paywall. APCs at hybrid journals can range from a few hundred dollars to over five thousand dollars, and many institutions have negotiated transformative agreements with publishers that cover or subsidize these fees for affiliated authors.

Fully open access journals publish all content freely without a subscription, typically funded through APCs, institutional support, or a combination of the two. The Public Library of Science (PLOS) journals pioneered this model in the life sciences; journals such as eLife, PLOS Biology, PLOS Genetics, and the suite of journals from BioMed Central now occupy a well-established tier of respected, fully OA venues. Diamond open access journals charge neither subscription fees to readers nor APCs to authors, and are typically supported by professional societies, universities, or consortia. Many diamond OA journals are smaller or more specialized, but they occupy an important niche for researchers whose funders do not cover APCs and who want their work to be freely available Piwowar et al. 2018.

Understanding your funder’s open access requirements before selecting a journal is essential. Many major funders, including the NIH, Wellcome Trust, and the funders covered under Plan S, require that publications resulting from their grants be made freely available within a specified time period. Some funders require immediate open access upon publication; others allow embargo periods. Some mandate specific licenses, such as Creative Commons Attribution (CC BY), which permits unrestricted reuse with attribution. Choosing a journal incompatible with your funder’s requirements can create compliance problems after acceptance.

Turnaround Time, Rejection Rates, and Practical Considerations

Beyond metrics and open access models, several practical factors deserve consideration when selecting a journal. Turnaround time — the interval between submission and first decision — varies enormously across journals and disciplines. Some journals pride themselves on rapid peer review, returning decisions within two to four weeks; others routinely take three to six months or longer. For time-sensitive work, particularly in fast-moving fields, a journal’s typical turnaround time can be as important as its impact factor.

Rejection rates, while less commonly published by journals, can often be inferred from published statistics, editor comments, or informal community knowledge. A journal with a very high overall rejection rate (sometimes exceeding 90 percent at top-tier journals) implies a long queue of submissions and a significant probability of desk rejection. This does not mean you should avoid high-rejection journals if your work is a genuine fit, but it does mean you should be realistic about timelines and have a clear plan for where to send the manuscript next if it is rejected.

Editorial responsiveness and transparency are worth considering as well. Does the journal have a clear, accessible editorial board? Are processing times publicly reported? Does the journal have a stated conflict-of-interest policy? Does it belong to a recognized publishing organization such as the Committee on Publication Ethics (COPE)? These markers of editorial infrastructure signal that a journal takes its responsibilities seriously and has mechanisms in place to handle problems if they arise.

Journal Finder Tools

Several publisher-provided and independent tools can help you systematically match your manuscript to appropriate journals. Springer’s Journal Suggester allows you to enter your title, abstract, or keywords and returns a list of Springer Nature journals ordered by fit. The Elsevier Journal Finder offers a similar service for Elsevier’s portfolio. Edanz Journal Selector and Enago’s Journal Finder are publisher-neutral tools that search across multiple publishers and can be particularly useful if you do not have a strong prior preference for a particular publisher’s portfolio. The Jane (Journal/Author Name Estimator) tool, developed by Biosemantics, matches titles and abstracts against PubMed content to identify journals that have published similar work, which is one of the most direct indicators of scope fit.

While these tools are useful starting points, they should be treated as suggestions rather than authoritative recommendations. Their algorithms optimize for keyword matching and citation patterns, not for the subtler dimensions of fit that come from reading a journal’s published content carefully. A journal finder tool might suggest a journal that has published in your subfield but that has recently changed editorial direction, or that has a long turnaround time, or that is not compatible with your funder’s open access requirements. Use these tools to generate a list of candidates, then apply the more careful evaluative criteria described above to narrow that list to a final choice.

Avoiding Predatory Journals

The growth of the open access publishing model has been accompanied by the proliferation of predatory journals — outlets that charge APCs while providing little or no genuine editorial service, including peer review Beall 2012. Predatory journals damage science by publishing work that has not been rigorously vetted, waste researchers’ money, and exploit early-career researchers and researchers from lower-income countries who may be less familiar with the landscape. Identifying predatory journals has become increasingly difficult as their operators have grown more sophisticated in mimicking the appearance of legitimate journals.

Several red flags warrant caution. Be wary of journals that solicit submissions via unsolicited email, particularly emails that contain flattery about your prior work or implausibly rapid promises of publication. Examine the editorial board carefully: predatory journals sometimes list researchers as editors without their knowledge, feature editorial boards composed largely of unknown figures, or list editors from institutions that do not match their stated specializations. Check whether the journal is indexed in PubMed, Web of Science, or Scopus — legitimate journals in the life sciences are typically indexed in at least one of these databases, though indexing alone is not a guarantee of quality.

Verify that the journal is a member of recognized industry organizations: the Directory of Open Access Journals (DOAJ) maintains a curated list of vetted open access journals, and membership in COPE signals adherence to ethical publishing standards. The Think. Check. Submit. initiative (thinkchecksubmit.org) provides a practical checklist for evaluating unfamiliar journals. If you are uncertain about a journal’s legitimacy, consult your institution’s librarians, who often maintain local lists of journals to avoid and can help you verify a journal’s credentials.

Preprint Servers as a First Step

An increasingly common practice in the life sciences, and now spreading into other disciplines, is to deposit a preprint — a version of the manuscript prior to formal peer review — on a preprint server before or concurrent with journal submission. The two most prominent preprint servers in the life sciences are bioRxiv, which covers biology broadly, and medRxiv, which focuses on clinical and health sciences. Both are operated by Cold Spring Harbor Laboratory and provide free, immediate open access to deposited manuscripts, which are assigned a DOI and become citable as soon as they are posted.

Preprints serve several important functions in the publication workflow. They allow your work to enter the scientific conversation months or even years before it would be formally published, particularly valuable in fast-moving fields. They signal priority — the date of deposition establishes when your results were available, which can matter when multiple groups are working on similar problems. They enable community feedback before formal submission, potentially improving the quality of the manuscript. And they fulfill open access obligations for funders who require immediate open access, since the preprint version is freely available even if the final published version is behind a paywall Piwowar et al. 2018.

Most journals in the life sciences now explicitly permit preprint deposition, and many editors report that preprint availability does not affect their willingness to consider a manuscript for review. A small number of journals still consider preprint deposition to constitute prior publication and will decline such manuscripts; it is worth checking a target journal’s policy before depositing. Overall, preprinting has become a standard part of the dissemination workflow for many researchers and represents one of the most impactful steps you can take to maximize the reach of your work.

Selecting the right journal ultimately requires integrating multiple streams of information: quantitative metrics interpreted with appropriate skepticism, careful reading of the journal’s published content, practical assessment of turnaround times and open access requirements, and vigilant awareness of the risks posed by predatory outlets. No algorithm or journal finder tool can substitute for the judgment that comes from knowing your own work, knowing your field, and taking the time to read carefully before you submit.