Tables & Figures (jar-tables-figures)
When to trigger
- Tables are cluttered, inconsistent, or not self-explanatory
- A referee cannot tell the sample, units, or SE clustering from the table notes
- You need the standard JAR exhibit set assembled in house style
- Identification needs a figure (pre-trends, RD plot) to be believed
The standard JAR exhibit set
An empirical-archival JAR paper is read through its tables. Build, in order:
- Sample construction table — from the raw population to the final N, line by line, with each screen and the observations lost. Referees expect to trace the sample.
- Descriptive statistics — N, mean, SD, and key percentiles for every variable; state winsorization (e.g., 1/99%).
- Correlation matrix — Pearson (and often Spearman) among the main variables; flag significance.
- Main results — the central regression(s): coefficients with t-/z-stats or standard errors beneath, the SE clustering stated in the note, fixed effects indicated, and N and R² (or pseudo-R²) reported.
- Identification & robustness — first-stage (IV), DiD dynamics, RD estimates, falsification/placebo, alternative measures, and cross-sectional (channel) partitions.
House-style discipline
JAR uses a custom author-date house style; match the typographic conventions of recent JAR articles rather than importing a reference manager's defaults. For exhibits specifically:
- Self-contained: a title, the sample/period, the units, and the dependent variable are clear from the table and its note alone.
- Inference visible: report what is beneath the coefficients (t-stats / SEs) and state the clustering in the note; mark significance consistently.
- Variable definitions: every variable defined (often an appendix variable-definitions table) with its data source (Compustat/CRSP/I/B/E/S/Audit Analytics/EDGAR).
- Numbers consistent: Ns, coefficients, and signs match the text; decimal places consistent.
Figures that earn their place
Use figures where they do identification work a table cannot: DiD event-study plots (coefficients by period with confidence bands, showing flat pre-trends), RD plots (binned means around the cutoff), and time series of the treatment/setting. Avoid decorative charts; every figure should support the causal claim.
Execution bridge (StatsPAI / Stata MCP)
Generate exhibits from the fitted result, not by retyping numbers (the usual source of
body-vs-appendix drift). Full map: execution-with-mcp. JAR is archival/empirical accounting; foreground identification around disclosure and regulation shocks, with modern DiD where adoption is staggered.
- Tables:
etable (multi-model columns) or did_summary_to_latex straight from the
result_id.
- 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 and states the effect size in
interpretable units.
See a full fitted-result → exhibit chain in the JF execution walkthrough.
Checklist
Anti-patterns
- Mystery samples: a final N with no construction table.
- Naked coefficients: no SEs/t-stats and no clustering note.
- Reference-manager defaults instead of JAR house style.
- Decorative figures that do no identification work.
- Undefined variables or sources scattered through the text.
Output format
【Exhibit set】sample / descriptives / correlations / main / robustness present?
【Inference shown】t-stats or SEs + clustering stated in notes?
【Variable definitions】table with sources included?
【Identification figure】pre-trends / RD plot present where causal?
【Consistency】Ns and coefficients reconcile with text?
【House style】matches recent JAR articles?
【Next step】jar-writing-style
Resources
Source: brycewang-stanford/Awesome-Journal-Skills → Journal-of-Accounting-Research-Skills/skills/jar-tables-figures/SKILL.md
1---2name: jar-tables-figures3description: Use when finalizing the descriptive, results, and identification exhibits for a Journal of Accounting Research (JAR) manuscript — the summary-statistics table, correlation matrix, main regression tables, and identification plots that an empirical-archival accounting paper lives or dies on. Builds the exhibits; it does not run the estimation (jar-data-analysis) or polish prose (jar-writing-style).4---567# Tables & Figures (jar-tables-figures)89## When to trigger1011- Tables are cluttered, inconsistent, or not self-explanatory12- A referee cannot tell the sample, units, or SE clustering from the table notes13- You need the standard JAR exhibit set assembled in house style14- Identification needs a figure (pre-trends, RD plot) to be believed1516## The standard JAR exhibit set1718An empirical-archival JAR paper is read through its tables. Build, in order:19201. **Sample construction table** — from the raw population to the final N, line by line, with each screen and the observations lost. Referees expect to trace the sample.212. **Descriptive statistics** — N, mean, SD, and key percentiles for every variable; state winsorization (e.g., 1/99%).223. **Correlation matrix** — Pearson (and often Spearman) among the main variables; flag significance.234. **Main results** — the central regression(s): coefficients with t-/z-stats or standard errors beneath, the **SE clustering stated in the note**, fixed effects indicated, and N and R² (or pseudo-R²) reported.245. **Identification & robustness** — first-stage (IV), DiD dynamics, RD estimates, falsification/placebo, alternative measures, and cross-sectional (channel) partitions.2526## House-style discipline2728JAR uses a custom author-date house style; match the **typographic conventions of recent JAR articles** rather than importing a reference manager's defaults. For exhibits specifically:2930- **Self-contained**: a title, the sample/period, the units, and the dependent variable are clear from the table and its note alone.31- **Inference visible**: report what is beneath the coefficients (t-stats / SEs) and **state the clustering** in the note; mark significance consistently.32- **Variable definitions**: every variable defined (often an appendix variable-definitions table) with its data source (Compustat/CRSP/I/B/E/S/Audit Analytics/EDGAR).33- **Numbers consistent**: Ns, coefficients, and signs match the text; decimal places consistent.3435## Figures that earn their place3637Use figures where they do identification work a table cannot: **DiD event-study plots** (coefficients by period with confidence bands, showing flat pre-trends), **RD plots** (binned means around the cutoff), and time series of the treatment/setting. Avoid decorative charts; every figure should support the causal claim.3839## Execution bridge (StatsPAI / Stata MCP)4041Generate exhibits from the fitted result, not by retyping numbers (the usual source of42body-vs-appendix drift). Full map: [`execution-with-mcp`](../../../shared-resources/empirical-methods/execution-with-mcp.md). JAR is archival/empirical accounting; foreground identification around disclosure and regulation shocks, with modern DiD where adoption is staggered.4344- **Tables:** `etable` (multi-model columns) or `did_summary_to_latex` straight from the45 `result_id`.46- **Figures:** `plot_from_result` / `enhanced_event_study_plot` / `event_study_table` —47 axis units and the SE/clustering note baked in.48- **Every note** names the estimator + clustering and states the effect size in49 interpretable units.5051See a full fitted-result → exhibit chain in the [JF execution walkthrough](../../../Journal-of-Finance-Skills/resources/worked-examples/02-execution-walkthrough.md).52## Checklist5354- [ ] Sample-construction table traces raw population → final N55- [ ] Descriptives with winsorization stated; correlation matrix included56- [ ] Main table reports coefficients, inference statistics, FE, N, R²57- [ ] **SE clustering stated in every regression-table note**58- [ ] Variable-definitions table with data sources included59- [ ] Identification figure (pre-trends / RD) present where the claim is causal60- [ ] All numbers reconcile with the text; formatting matches recent JAR articles6162## Anti-patterns6364- **Mystery samples**: a final N with no construction table.65- **Naked coefficients**: no SEs/t-stats and no clustering note.66- **Reference-manager defaults** instead of JAR house style.67- **Decorative figures** that do no identification work.68- **Undefined variables** or sources scattered through the text.6970## Output format7172```73【Exhibit set】sample / descriptives / correlations / main / robustness present?74【Inference shown】t-stats or SEs + clustering stated in notes?75【Variable definitions】table with sources included?76【Identification figure】pre-trends / RD plot present where causal?77【Consistency】Ns and coefficients reconcile with text?78【House style】matches recent JAR articles?79【Next step】jar-writing-style80```8182## Resources8384- [`../../resources/official-source-map.md`](../../resources/official-source-map.md) — official JAR/Chicago Booth/Wiley URLs (accessed 2026-06-01)85- [`../../resources/external_tools.md`](../../resources/external_tools.md) — exhibit-export tooling (estout / outreg2 / modelsummary) and data sources8687---8889**Source:** [`brycewang-stanford/Awesome-Journal-Skills`](https://github.com/brycewang-stanford/Awesome-Journal-Skills) → `Journal-of-Accounting-Research-Skills/skills/jar-tables-figures/SKILL.md`