Skills Soft Skills Structuring Empirical Papers for Top Journals

Structuring Empirical Papers for Top Journals

v20260724
qje-tables-figures
This guide provides detailed best practices for presenting empirical results, specifically tailored for top-tier economics journals like the QJE. It emphasizes shifting from 'table-heavy' to 'figure-forward' visualization, covering techniques for event-study plots, RDD discontinuity plots, and ensuring all exhibits are self-contained, readable, and follow strict academic formatting standards.
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Overview

Tables & Figures (qje-tables-figures)

When to trigger

  • The main result is a dense table with too many columns
  • The paper is "table-heavy" when the design would land better as a figure
  • Table notes are incomplete (sample, units, clustering, significance unclear)
  • An event-study / RDD / binscatter result is hidden in a table instead of plotted

QJE aesthetic: figure-forward, self-contained exhibits

QJE has moved firmly toward figure-forward presentation — the Opportunity Insights / Chetty-style QJE paper makes its central result legible in one well-designed graph (e.g., the binned mobility maps and exposure-effect plots of the QJE 2014/2018 neighborhoods papers). Identification designs are inherently visual: event-study plots, RDD discontinuity plots, and binned scatters communicate credibility better than a coefficient buried in a regression column. Tables remain essential for estimates and robustness, but the headline should often be a figure a reader grasps in five seconds. Practical QJE constraints: at initial submission everything is one PDF with figures embedded (no separate figure files), exhibits are numbered and called out in order, and in-text references are author-date (Chicago).

The headline-figure decision

Design Headline figure
DID / event std Event-study plot: leads ≈ 0, clean post-treatment dynamics
RDD Discontinuity plot: binned means + local polynomial fit
IV First-stage and reduced-form scatter / binscatter
RCT Treatment-vs-control outcome distributions or effect-by-arm
Descriptive The new fact, plotted with the data doing the talking

Table craft

  • Width discipline. Main results table should be readable; if it sprawls past a handful of columns, split it or move variants to the appendix (no page limit means you can — but readability still wins).
  • Self-contained notes. Every table/figure note states: sample and time span, unit of observation, what each column is, fixed effects included, standard-error clustering level, and how significance is denoted.
  • Standard errors in parentheses, clustering level named in the note; report N and relevant fit statistics.
  • Coefficients with meaning. Report units so the magnitude is interpretable (effect in SDs, in dollars, in percentage points), not just a bare number.
  • Author-date (Chicago) in-text references; figures and tables numbered and called out in order.

Figure craft

  • Show the data: binned scatters, confidence bands, and raw-ish patterns build credibility.
  • Avoid chartjunk: no 3D, no needless color, legible axis labels with units; figures must remain legible embedded in the single submission PDF and at print resolution.
  • Confidence intervals shown, not just point estimates; bandwidth/bin choices noted.
  • A figure should be interpretable from its caption alone.

Checklist

  • The central result has a headline figure a reader grasps quickly
  • Main table is readable; sprawling variants moved to the appendix
  • Every exhibit note is self-contained (sample, units, FE, clustering, significance)
  • Magnitudes are interpretable (units stated), not bare coefficients
  • Event-study / RDD / first-stage results are plotted, not only tabulated
  • Confidence intervals / bands shown on figures
  • Figures embedded and legible in the single submission PDF; numbered, author-date citations

Execution bridge (StatsPAI / Stata MCP)

Generate exhibits from the fitted result rather than retyping numbers (the usual source of body-vs-appendix drift). Full map: shared-resources/empirical-methods/execution-with-mcp.md.

  • Tables: etable (multi-column) or did_summary_to_latex straight from the result_id — one definition, one set of numbers, body and appendix in sync.
  • Event-study / coefficient figures: plot_from_result, enhanced_event_study_plot, event_study_table — axis units and the SE/clustering note baked in.
  • Every note names the estimator + clustering (from the result's diagnostics) and states the magnitude in interpretable units. See a full fitted-result → exhibit chain in the JF execution walkthrough.

Anti-patterns

  • A 9-column main table when a single event-study figure would carry the result
  • Table notes that omit the clustering level or the sample definition
  • Reporting coefficients with no units, so magnitude is uninterpretable
  • Decorative 3D/colored charts that add no information
  • Burying the cleanest evidence (the discontinuity, the leads) in an appendix table

Output format

【Headline exhibit】figure type chosen + why
【Main table】column count + what moved to appendix
【Notes audit】sample / units / FE / clustering / significance present? [Y/N each]
【Magnitude legibility】units stated? [Y/N]
【Figures plotted】[event study / RDD / first stage / ...]
【Next step】qje-writing-style
Info
Category Soft Skills
Name qje-tables-figures
Version v20260724
Size 5.48KB
Updated At 2026-07-29
Language