Nature Impact Factor

Data sourced from Clarivate Journal Citation Reports 2024 and Nature editorial disclosures.

For most submission decisions, the IF matters less than the acceptance dynamics. Nature publishes roughly 900-1,000 research articles per year from tens of thousands of submissions. The selectivity is extreme by any measure.

The IF being 48.5 vs 69.5 doesn't change your submission calculus. Nature is and has been the most prestigious general science journal in the world regardless of the specific number. What matters is whether your paper meets the editorial criteria, not where the metric lands in a given year.

Nature editors are unusually explicit about their criteria. The question they ask is: does this finding change how scientists think about a fundamental problem?

Note what that question doesn't ask:

• Is this technically excellent? (Necessary but not sufficient)
• Is this novel? (Expected of all submissions, not a differentiator)
• Will this be highly cited? (Editors don't predict citations)

The specific framing matters. "We found another example of X" is not a Nature paper. "We discovered that X actually works through mechanism Y, which contradicts the prevailing model" is a Nature paper. The conceptual challenge to existing understanding is what editors are screening for at the desk stage.

Nature also has strong cross-disciplinary preferences. Papers that matter only to specialists in one narrow subfield rarely clear the desk. The finding should be legible and significant to scientists in adjacent disciplines.

Nature's headline acceptance rate is under 8%, but the distribution is heavily front-loaded:

• ~50-60% of submissions: desk rejected in 1-2 weeks
• ~15-20% of submissions: sent to external peer review
• ~8% of submissions: ultimately accepted

Desk rejection at Nature is not a judgment on the quality of the science. It's a judgment on scope. Papers are desk rejected when the editors conclude that the finding, however solid, doesn't meet the "changes how scientists think" threshold. This is the most common outcome and should be treated as useful signal: either the scope framing in the cover letter was weak, or the paper is better suited for a specialist journal.

Among papers that go to external review, the acceptance rate is roughly ~40%. If Nature is sending your paper out for review, your odds are meaningfully better than the headline number suggests.

Nature's review process is substantive. First revision requests regularly ask for additional experiments that could take months. Budget 2-3 months for a major revision response. Some papers go through two full revision cycles.

Nature publishes several distinct article types:

Letters (renamed "Articles" in 2019): primary research, typically 3,000 words and 5-6 figures. The flagship research format.

Articles (legacy format): longer research with extended methods. Now merged into the single "Article" format.

Brief Communications Arising: short responses to previously published Nature papers. Not a primary submission route.

Nature doesn't publish review articles in the same way specialist journals do. Research articles are the target for most authors.

Before submitting to Nature, run this test on your abstract: read only the last sentence of the introduction and the first sentence of the discussion. If those two sentences together don't describe a finding that overturns or significantly revises an existing model, the paper is unlikely to clear the Nature desk.

This is not a criticism of the work. Most important science is not Nature-level science. The question is whether you're targeting the right journal.

In our pre-submission review work on manuscripts targeting Nature, three patterns account for most of the desk rejections we see.

Scientific significance that is field-specific but not cross-disciplinary. Nature's editorial test is whether the finding changes how scientists think across multiple fields, not within one. We consistently see manuscripts where the contribution is genuinely excellent within a subfield, a new mechanism in RNA splicing regulation, a novel receptor structure in immunology, a robust genetic association in human disease, but the editorial framing never makes the case for why the finding matters to scientists in adjacent disciplines. Nature reviewers are not specialists in your subfield. If the significance of your result requires domain expertise to appreciate, the paper is probably better targeted at a field-specific elite journal (Nature Genetics, Nature Immunology, Nature Cell Biology) rather than the flagship.

Strong science positioned as paradigm-shifting when it is actually paradigm-extending. The distinction that Nature editors make at the desk is between findings that overturn or significantly revise a prevailing model versus findings that extend and confirm a model that already exists. We see many manuscripts where the cover letter claims to "challenge the conventional understanding" of a pathway but the actual finding is that the pathway is more important or more widespread than previously appreciated. That is a genuine contribution. It is not a Nature-level contribution. The word "challenge" in cover letters does more damage than authors realize: editors are experienced at reading through aspirational framing to the underlying claim, and a gap between the claim and the result triggers skepticism about the whole submission.

Cover letters that describe the experiment rather than the conceptual advance. At Nature, the cover letter is an editorial document, not an abstract. Its purpose is to make the case for why this finding belongs in a general science journal read by physicists, biologists, chemists, and ecologists simultaneously. We see cover letters that spend three paragraphs explaining the experimental system and one sentence on significance. That is the wrong proportion. The cover letter that survives a Nature desk decision opens with the conceptual question that is being resolved, explains what existing understanding predicted, states what was actually found, and then explains why the answer changes something fundamental, before mentioning any experimental details.

Submit if:

• Your finding changes how scientists in multiple fields think about a fundamental problem - not refines, but genuinely overturns or significantly revises an existing model
• The result has clear cross-disciplinary significance that scientists in adjacent fields would immediately recognize without specialist decoding
• Your evidence package is complete with all key controls, validation experiments, and robust statistics - Nature revision requests regularly demand months of additional work
• You can write a one-page cover letter that frames the conceptual advance, not just the technical finding, in a way that survives a 1-2 week desk decision

Think twice if:

• The paper advances a field without challenging a core assumption - even technically excellent work that extends known results is desk-rejected at Nature (50-60% of submissions)
• Your work matters primarily to specialists in one narrow subfield - Nature requires broad legibility and significance across disciplines
• You are uncertain whether the paper meets the bar - a desk rejection costs 1-2 weeks, but the real cost is delaying submission to a better-fit journal like Nature Communications, Science, or a top specialist venue
• The honest answer to "does this change how scientists think?" requires a long explanation - if the significance is not immediately obvious, the fit is probably not there

The 10-year cited half-life is the standout number. It means Nature papers from 2015 are still being actively cited in 2025. That's a long tail of impact that few other journals match, PNAS comes close at 11.3 years, but most specialty journals are 3-5 years.

Nature operates with the highest editorial bar in science. Here's what reviewers focus on:

1. Paradigm-level significance. Reviewers don't ask "is this good science?" They ask "does this change how we think about a problem?" If the answer is "it advances understanding" rather than "it changes the framework," the paper probably belongs at a sister journal.
2. Bulletproof methodology. At this level, any methodological weakness is fatal. Reviewers look for alternative explanations, missing controls, and edge cases that could undermine the core claim. The science must be unassailable.
3. Accessibility to non-specialists. Nature's audience includes scientists across all fields. Reviewers push hard for clear writing that a biologist can understand even if the paper is about quantum physics. Jargon-heavy papers get sent back.
4. Completeness of the story. Nature wants definitive results, not "first steps." If reviewers think additional experiments are needed to make the conclusions convincing, they'll request them, and that can add 6-12 months.
5. Timeliness and competition. Reviewers and editors consider whether other groups are working on the same problem. A complete story submitted 6 months late can lose its home at Nature.

The honest advice: if you're debating whether your paper is Nature-level, it probably isn't. Nature accepts ~7% of submissions, and the vast majority of desk rejections come from papers that are excellent but not paradigm-shifting. A Nature scope and significance check can give you a realistic assessment before you spend months in the queue.

Not sure if your paper clears the paradigm-shifting bar? A Nature desk-rejection check evaluates cross-field significance and framing before you submit.