revision¶
draftingprivate (curator-owned)paper-draftingCurator-private skill — copy text from 100xOS/shared/skills/writing/revision.md.
Paper Revision Workflow¶
Purpose¶
Guide the systematic revision of a manuscript in response to reviewer reports and an editor's decision letter. This skill covers the full workflow from reading reports to producing a revised manuscript with point-by-point responses.
For formatting the response letter itself, see writing/referee-response.
Revision Phases¶
Phase 1: Triage the Reports¶
Read all reviewer reports and the editor's letter. Classify every comment:
| Category | Description | Priority |
|---|---|---|
| Fundamental | Challenges identification, causality, core contribution | Must address first |
| Methodological | Estimation issues, robustness, alternative specs | High |
| Data/measurement | Variable definitions, sample selection, data quality | High |
| Exposition | Clarity, structure, writing, notation | Medium |
| Bibliography | Missing citations, DOI, reference formatting | Medium |
| Minor | Typos, formatting, cosmetic | Low |
Key rule: Do not start writing until you have read ALL reports and mapped every comment to a paper section. Some comments interact — a causality concern from Referee 1 may be addressed by the robustness check requested by Referee 2.
Phase 2: Address Causality and Identification First¶
Reviewers' concerns about causal identification are the single most common reason for rejection in empirical papers. Address these before anything else.
Checklist for estimation / causality concerns:
- Is the identification strategy clearly stated? (source of variation, exclusion restriction, parallel trends assumption)
- Are threats to identification listed and addressed?
- Are standard errors correct? (clustering level, heteroskedasticity)
- Is the estimator appropriate? (OLS when you need IV? DiD without pre-trends?)
- Are the key coefficients causally interpretable or merely correlational? If correlational, is this stated clearly?
- Do robustness checks address the specific concerns raised, not generic ones?
- Are placebo tests, falsification tests, or pre-trend analyses included where applicable?
When the reviewer says "this is not causal": Do not just add caveats. Either (a) strengthen the identification strategy with additional analysis, or (b) reframe the contribution around the descriptive/correlational finding and explain why it is valuable on its own terms. Half-measures ("we acknowledge this is correlational" while still making causal claims) will be rejected.
Phase 3: Systematic Section-by-Section Revision¶
Map each reviewer comment to the specific section(s) it affects. Then revise section by section, addressing all mapped comments for that section in one pass.
| Paper section | Common reviewer concerns |
|---|---|
| Introduction | Contribution unclear, overpromising, missing related work |
| Literature review | Missing key references, shallow engagement, no DOI |
| Model/Theory | Assumptions not justified, notation inconsistent |
| Data | Sample selection unclear, variable definitions missing |
| Estimation/Results | Causality, robustness, alternative specifications |
| Discussion | Over-interpreting, ignoring limitations |
| Conclusion | Repeating results without insight |
| References | Missing DOI, inconsistent formatting, orphan citations |
Phase 4: Bibliography and DOI Enforcement¶
Every reference MUST have a DOI. This is a hard requirement, not a suggestion.
- Run a DOI completeness check on the
.bibfile. - For each entry missing a DOI, look it up via CrossRef Simple Text Query.
- Use
\usepackage{doi}in the preamble so DOIs render as clickable links. - Use
plainnatbibliography style (or another DOI-displaying style). - Only exceptions: pre-DOI publications, unpublished manuscripts, datasets.
Phase 5: Draft the Response Letter¶
Use the writing/referee-response skill for formatting. Key principles:
- Quote every comment verbatim.
- Address every comment — never skip one.
- Provide page/line references for all changes.
- For causality concerns, explain the specific analysis added (not just "we revised the section").
- Cross-reference when multiple referees raise the same issue.
Phase 6: Verification¶
Before submitting:
- Every reviewer comment has a response
- All new tables/figures are numbered and referenced
- DOI present for all references (run reference checker)
-
\usepackage{doi}in preamble,plainnator DOI-enabled.bst - Track changes or marked-up manuscript prepared
- No orphan citations or orphan references
- Causality/identification section has been strengthened (not just caveated)
- Response letter has page/line references for all changes
Integration with Workers¶
| Task | Worker | Key skills |
|---|---|---|
| Read & triage reviewer reports | virtual_coauthor |
This skill + reasoning/argument-audit |
| Revise estimation/causality | econometrics_worker, causal_inference |
econometrics/*, causal-inference/* |
| Revise prose sections | paper_drafter |
writing/paper-structure, this skill |
| Draft LaTeX response letter | latex_drafter (section: referee-response) |
writing/referee-response |
| Check bibliography DOIs | reference_checker |
review/reference-check, latex/bibtex |
| Full quality review of revision | deep_review |
review/* |
Anti-Patterns¶
- Defensive revisions. Adding caveats ("we acknowledge this limitation") without substantive changes. Reviewers see through this.
- Cosmetic robustness. Adding 10 robustness tables that all use the same flawed identification strategy. Fix the strategy, then show robustness.
- Ignoring the editor. The editor's letter prioritizes concerns. Address the editor's specific requests first.
- Scope creep. Adding new analyses not requested by reviewers. Stick to what was asked unless a new analysis directly addresses a concern.
- Missing DOI in the revision. Reviewers specifically check for this. It signals carelessness.