Science Advances Pre-Submission Checklist: Is Your Paper Ready?

1. Does the paper represent a significant advance in your field?

Science Advances publishes "significant advances in all major areas of science." Unlike Science, the advance does not need to be of the highest general interest. But it does need to be more than incremental. If the result is a modest extension of known findings, a field journal is a better target.

2. Is the paper accessible to scientists outside your immediate subfield?

Science Advances reaches a broad audience. The introduction and abstract must communicate the significance without requiring deep specialist knowledge. If a biology graduate student cannot understand why a chemistry paper matters from reading the abstract, the framing is too narrow.

3. Does the paper fit one of Science Advances' sections?

The journal is organized by subject area (Applied Sciences, Biological Sciences, Earth Sciences, Engineering, Life Sciences, Materials Sciences, etc.). Make sure your work fits a specific section. Cross-disciplinary work that does not fit cleanly into one section should be flagged in the cover letter.

4. Is the evidence package complete?

Science Advances reviewers expect thorough validation. Multiple lines of evidence, appropriate controls, and adequate sample sizes. A paper with one experiment supporting a large claim will draw immediate reviewer skepticism.

5. Are the methods detailed and reproducible?

Full experimental details in the Materials and Methods section. Software versions, reagent sources, statistical analysis pipeline. The supplementary materials should contain everything needed for reproduction that does not fit in the main text.

6. Are the statistical claims properly supported?

Exact p-values, effect sizes, confidence intervals. Statistical tests matched to data types. Multiple comparisons corrected where appropriate. Sample sizes justified. Science Advances follows AAAS statistical reporting standards.

7. Are data and materials available?

Science Advances requires data availability. All data needed to understand and assess the conclusions must be available to any reader. Data should be deposited in appropriate repositories with accession numbers. Code must be deposited in a public repository.

8. Are all materials available or described for reproduction?

Unique biological materials, chemical compounds, or computational tools must be available to other researchers or described in sufficient detail for independent creation.

9. Are all ethics approvals in place?

Human subjects and animal research require appropriate institutional approvals stated explicitly in the methods. Clinical trials must be registered.

10. Is the manuscript free of dual-use or security concerns?

Science Advances follows AAAS policy on dual-use research. If the work could be misused, the manuscript must address this directly and the cover letter should flag it for editorial attention.

Science Advances explicitly instructs editors to select papers that "entice readers outside the author's field." This is not a suggestion. Papers are desk-rejected specifically because the framing is too specialist. The abstract, introduction, and figure captions must be comprehensible to a scientist in a different discipline. If a biologist cannot understand why a materials science paper matters from the first page, the framing needs revision before submission.

Science Advances Research Articles are commonly planned around a roughly 10,000-word total manuscript ceiling, including figure legends and references, and 2026 institutional author-payment pages list the standard Science Advances APC at $5,450 before eligible discounts. Authors submit through the AAAS/Science submission system at AAAS journal page.

Publication-shape calibration examples include broad plastics life-cycle accounting (10.1126/sciadv.1700782), sixth-mass-extinction rate analysis (10.1126/sciadv.1400253), and molecular neurotoxicity work (10.1126/sciadv.1600014). Use examples like these to calibrate breadth, evidence shape, and cross-field readability, not to imitate topic selection.

Science Advances does not use Nature's Reporting Summary or Cell's STAR Methods structure. Instead, AAAS applies its own statistical reporting framework and expects authors to follow the community reporting standard that matches the study type: CONSORT for randomized trials, STROBE for observational studies, PRISMA for systematic reviews and meta-analyses, and ARRIVE for animal work.

Before upload, confirm that the relevant checklist is completed and that the statistics section reports exact p-values, effect sizes, confidence intervals, and a justified sample size. Editors treat a missing or mismatched reporting standard, or a statistics section that does not meet the AAAS bar, as a sign the evidence package is not review-ready, regardless of how strong the headline result is.

Check your readiness for Science Advances in 1-2 minutes. The free Manusights scan evaluates your manuscript against the journal's editorial standards and gives you a readiness score, first-screening signal, and the top issues with direct quotes from your paper.

For deeper analysis, the Science Advances submission readiness check delivers verified citations from 500M+ live papers, figure-level feedback, and a prioritized revision checklist calibrated to Science Advances. Every citation in the report is verified against CrossRef and PubMed.

Before upload, Science Advances editors need to see more than a technically correct field paper. They need a package that explains why the advance matters outside the narrowest specialty, makes the core result visible early, and has data, code, and statistical reporting ready enough for review.

Use this final pass as a Science Advances-specific checklist:

• Does the abstract explain the advance to a scientist outside the immediate subfield?

• Does Figure 1 or the first result make the central claim visible without a specialist tour?

• Does the data and code statement name repositories, accession numbers, DOIs, or specific restrictions?

• Does the cover letter name the subject section and explain the broader-readership case?

• Does the manuscript use the generous length to clarify evidence, not to bury the main result?

Science Advances receives 10,000 to 12,000 submissions per year and desk rejects roughly 40%, most within 3 days. That means 5,000 to 6,000 papers are returned without review each year. The most common reasons:

The abstract is written for specialists. Science Advances editors describe themselves as "curators wanting to select papers that entice readers outside the author's field." The single most common reason a Science Advances-quality paper gets desk rejected is that the abstract assumes specialist knowledge. If a biologist cannot understand why a chemistry paper matters from the abstract, the framing is too narrow.

The advance is incremental. Science Advances wants "significance and impact that is more than incremental over other papers." Extending known results, confirming previous findings with slightly different methods, or improving performance by modest margins does not meet this bar.

Overstatement in the title or abstract. AAAS guidelines explicitly warn that "overstatement drastically reduces interest for both editors and readers." A title that claims too much relative to the evidence triggers editorial skepticism immediately.

Statistical rigor is insufficient. AAAS has strengthened statistical reporting requirements. Underpowered studies, missing effect sizes, absent confidence intervals, and inappropriate statistical tests are common reasons for rejection both at desk and at peer review.

The evidence is incomplete. Missing controls, insufficient validation, or a single experimental approach supporting a major claim will draw immediate skepticism.

For more detail, see the Science Advances Submission Guide and Science Advances Under Evaluation.

• Science Advances Under Evaluation: Status Meanings

• Science Advances Acceptance Rate

• Science Advances Impact Factor

• Science Advances vs Nature Communications

• Science Advances vs PNAS

Across Manusights submission reviews for manuscripts that authors are preparing for Science Advances, the failure mode is rarely weak science. It is narrow framing and an evidence package that is not yet review-ready. Three patterns recur, and each names a manuscript component you can test before upload.

Abstract and first figure written for specialists: The abstract and Figure 1 assume the reader is already inside the subfield, so the broad-science significance never lands on page one. Science Advances editors curate for papers that entice readers outside the author's field, so a specialist-only abstract is the single most common desk-reject trigger we see, even when the result is strong.

Methods and statistics below the AAAS bar: The Materials and Methods section omits software versions, reagent sources, or a justified sample size, and the statistics report significance without exact p-values, effect sizes, or confidence intervals. Science Advances follows AAAS statistical reporting standards, and reviewers treat a thin statistics section as a reason to doubt the whole evidence package.

Data, code, and cover letter not aligned with the claim: The data and code availability statement lacks a repository, accession number, or DOI, or the cover letter never names the subject section and the broad-readership case. When the abstract promises a broad advance but the reproducibility trail and the cover letter make a narrow, specialist argument, the editor sees a mismatch and screens it out.

The common thread is that the abstract, figures, methods, statistics, data, and cover letter all have to make the same general-science argument. Science Advances is far more tolerant than Science on headline magnitude, but it is not tolerant of a package where one component still reads narrow. When the science is strong but the framing or the evidence trail lags, the desk decision usually follows that weakness before a reviewer is ever assigned.