--- name: nature-reviews-methods-primers description: Use when targeting Nature Reviews Methods Primers (Nat Rev Methods Primers) or deciding whether a cross-disciplinary methods "Primer" proposal fits this commissioned Springer Nature venue. Encodes the journal's fit, framing, methods-and-reproducibility bar, house style, official-submission re-check, and desk-reject heuristics. --- # Nature Reviews Methods Primers (nature-reviews-methods-primers) ## Journal positioning Nature Reviews Methods Primers, published by Springer Nature, is a cross-disciplinary review journal devoted entirely to methods. Its defining character is the "Primer": an authoritative, accessible how-to account of an experimental, computational, or analytical method, written for researchers across the sciences who want to understand, apply, and critically appraise it. The journal publishes no primary research. A Primer explains what a method does, how to perform it well, what its pitfalls and limitations are, how to assess data quality, and how to ensure reproducibility — covering the full lifecycle from experimental design to reporting standards. Like other Nature Reviews titles, content is largely commissioned and developed closely with editors; the editorial bar is set by authority, breadth of applicability, balance, and pedagogical clarity rather than by novelty of a single result. This skill is a **fit / venue-selection / re-framing** tool. It does not replace the journal's current official submission guidelines. Before proposing or submitting, re-check the live author/proposal instructions on the Nature Reviews Methods Primers site. ## When to trigger - The author wants to write (or has been invited to write) an authoritative Primer on a method used across multiple fields. - A method has matured enough that the community needs a definitive how-to-and-pitfalls reference rather than another primary application. - The author is deciding between a methods Primer here and a primary methods paper, and needs to understand the commissioning model. - The author needs the journal's scope, the expected Primer structure, and common reasons proposals are declined before pitching. ## Scope & topic fit - Experimental methods across the life, physical, chemical, earth, and engineering sciences: assays, instrumentation, imaging, sequencing, spectroscopy, microscopy. - Computational and analytical methods: modeling frameworks, statistical and machine-learning approaches, data-processing pipelines, simulation techniques. - Cross-cutting methodological topics: experimental design, reproducibility and reporting standards, data quality assessment, benchmarking, and validation. - The defining test is breadth of applicability: a method or methodological topic relevant to researchers in more than one discipline, presented so a non-specialist can adopt and critically evaluate it. - Out of scope: primary research, narrow single-lab protocols better suited to a protocols journal, and methods of interest only within one tight sub-community. ## Method & evidence bar - This is not primary research; the "evidence bar" is authority, balance, and pedagogical completeness, not a novel result. - A Primer must cover the full method lifecycle: principles and when to use the method, step-by-step best practice, experimental/analysis design, expected results and how to interpret them, pitfalls and troubleshooting, limitations, and reproducibility/reporting standards. - Coverage must be balanced and current: competing variants and approaches treated fairly, with an accurate and up-to-date literature base. - Reproducibility is central content: the Primer should make explicit the data-quality checks, controls, benchmarks, and reporting/deposition standards a practitioner must follow, and reference community repositories and standards where they exist. - Accessibility is essential: jargon defined, concepts motivated before formalized, and the account usable by readers outside the originating field. - Authors should typically be recognized experts whose authority on the method is clear; conflicts of interest must be disclosed given the advisory nature of the content. ## Structure & house style - Primers follow a consistent editor-led structure (e.g., Introduction, Experimentation/How the method works, Results, Applications, Reproducibility and data deposition, Limitations and optimizations, Outlook) — re-check the current section template and length on the live site. - Display items are integral and pedagogical: schematic figures of the workflow, decision trees, comparison tables of variants, and worked-example illustrations. - Writing is tutorial in tone but authoritative: it instructs and warns, foregrounding best practice and common failure modes. - A dedicated reproducibility/data-deposition section is expected, pointing readers to relevant standards and repositories for the method. - References must be complete, current, and balanced; the Primer should function as an entry point to the method's literature. ## Official-submission checklist - Before giving submission-ready advice, read `../../resources/source-basis.md` and `../../resources/official-source-map.md`; start from the official source anchors for this journal family, then cite the current journal-specific page you checked. - Search the live site for "Nature Reviews Methods Primers" author/proposal guidelines and follow the current Springer Nature version; confirm whether to submit a pre-proposal/abstract before a full Primer. - Confirm the current Primer section template, length, and display-item expectations. - Confirm the reproducibility/data-deposition section requirements and which community standards and repositories to reference for the method. - Re-check competing-interests and funding disclosure (important given the advisory nature), authorship/contribution norms, and AI-use disclosure. - Confirm current open-access/APC arrangements under Springer Nature. - If the live official instructions conflict with this skill, the official instructions win. ## Pre-submission self-check - [ ] One sentence — the method and why a cross-disciplinary audience needs an authoritative how-to-and-pitfalls Primer now. - [ ] The proposed Primer covers the full lifecycle: principles, best-practice procedure, design, interpretation, pitfalls, limitations, and reproducibility. - [ ] Coverage is balanced across method variants and the literature is current. - [ ] A dedicated reproducibility/data-deposition section names the relevant standards and repositories. - [ ] The writing is accessible to non-specialists, with schematics, decision aids, and comparison tables planned. - [ ] The author team has clear authority on the method and conflicts of interest are disclosed. ## Common desk-reject triggers - A primary research manuscript or a single-result study submitted as if it were a methods review. - A narrow single-lab protocol with no cross-disciplinary relevance (better suited to a protocols journal). - An unbalanced account that promotes the authors' own variant without fair treatment of alternatives. - A proposal that omits pitfalls, limitations, or reproducibility — the core value of a Primer. - A topic too niche, or too immature/unsettled, to support an authoritative community reference. ## Re-routing decision - A novel primary method with new performance data as the contribution: `nature-methods`. - A detailed, reproducible step-by-step protocol for a specific technique: `nature-protocols`. - A conceptual review of a research field (not a method) at Nature Reviews level: the field-appropriate Nature Reviews title. - A methods topic relevant to only one tight sub-community: a specialized methods journal in that field. ## Output format ```text [Fit] High / Medium / Low (one-line reason) [Target] Nature Reviews Methods Primers [Topic tags] <2–3 closest method areas / disciplines> [Method/evidence] [Top risk] [Official items to re-check] [Re-route suggestion] ```