Conceptual Figures & Propositions Tables (amr-tables-figures)
SkillAI & modelsUse when building the conceptual exhibits of an Academy of Management Review (AMR) manuscript, process models, 2x2 typologies, multi-level frameworks, and propositions tables that carry theoretical work. These are CONCEPTUAL figures, NOT data plots; AMR has no charts of results because it has no data.
Instructions available. Your AI can read the instructions. Execution depends on the setup they require.
Account requirements not reviewed. Check the skill instructions before use; ahel provides instructions and does not run this skill.
Add ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.
Then ask your AI: use the Conceptual Figures & Propositions Tables (amr-tables-figures) skill
What this skill tells your AI
The instructions your AI receives, as published by brycewang-stanford/awesome-journal-skills in Academy-of-Management-Review-Skills/skills/amr-tables-figures/SKILL.md and read by ahel’s review.
AMR exhibits do theoretical work. There are no scatterplots, bar charts, or regression tables — there is no data. Every figure must be readable directly off the theory: each box is a defined construct, each arrow is a stated proposition or mechanism.
When to trigger
- The theory is built but has no visual model, or the model is decorative
- Your figure is boxes and arrows with no mechanism behind the arrows
- You have many propositions and the reader cannot see their structure
- A typology is asserted in prose but never shown as a grid
The exhibit toolkit
| Exhibit | Use it when | It must show |
|---|---|---|
| Process model | The theory is a sequence / becoming | Stages, triggers, feedback loops, timing — and the engine that drives movement |
| 2x2 (or NxM) typology | The phenomenon has theoretically distinct types | Two theory-derived dimensions; mutually exclusive, jointly exhaustive cells; ideally theorized transitions between cells (cf. Oliver's antecedent-conditions × responses logic, AMR 1991, DOI 10.5465/amr.1991.4279002) |
| Multi-level framework | The action spans individual ↔ collective | Levels as horizontal bands; emergence (bottom-up) and top-down arrows labeled |
| Variance/relational model | Core constructs and their specified links | Constructs as nodes; arrows labeled with proposition numbers and form (causal/moderating/mediating) |
| Propositions table | There are many propositions | Pn |
Design rules (what reviewers check)
- Every box is a defined construct. No box should appear that was not defined in the text.
- Every arrow is earned. Each arrow corresponds to a proposition or a stated mechanism; label it (e.g., "P3") so the figure and text are in lock-step.
- The mechanism is visible or cited. A bare arrow with no associated mechanism is decoration. If the space is tight, label the arrow with the proposition number whose mechanism the text supplies.
- The figure adds, not repeats. It should let a reader grasp the structure of the argument at a glance — not merely re-list the propositions.
- Levels and time are explicit when the theory is multi-level or processual.
- Consistency: construct labels in the figure match the text exactly; numbering matches.
The empirical-exhibit reframe (what each AMR exhibit replaces)
| Empirical sibling exhibit (AMJ/ASQ/SMJ) | AMR conceptual replacement |
|---|---|
| Table 1: descriptive statistics / correlations | Construct-definition table (definitions + scope conditions) |
| Regression / coefficient table | Propositions table (P1...Pn) |
| Marginal-effects / interaction plot | Conceptual model figure with moderator arrows |
| Event-study / time-series plot | Process model with stages and feedback loops |
If any exhibit reports a number estimated from data, the manuscript is a misfiled empirical paper. A construct-definition table also supports construct clarity (Suddaby, AMR 2010, DOI 10.5465/amr.2010.0419).
Propositions table template
| # | Proposition (constructs + form) | Mechanism (why) | Boundary condition |
|----|--------------------------------------------------|-------------------------|--------------------|
| P1 | The stronger A, the more likely B | M1: ... | holds when C |
| P2 | A's effect on B is amplified by D | M2: ... | weakens when ... |
Checklist
- Every box/node is a construct defined in the text
- Every arrow maps to a proposition or a stated mechanism, and is labeled
- The figure shows argument structure, not just a restatement
- Typologies use theory-derived dimensions; cells are MECE; transitions theorized if relevant
- Process models show stages, triggers, feedback, timing, and the driving engine
- Multi-level frameworks label emergence and top-down effects and the levels
- A propositions table accompanies any paper with more than ~4 propositions
- Figure labels and numbering match the text exactly
- Resolution / format meet AOM submission requirements (verify current guidelines)
Anti-patterns
- A "model" figure of boxes and arrows with no theoretical mechanism behind the arrows
- A figure introducing constructs that never appear in the text
- A typology whose dimensions were chosen for tidiness, not derived from theory
- Arrows with no direction or no form (is it causal? moderating? nobody can tell)
- A figure that simply re-renders the propositions list, adding nothing
- Decorative clip-art / gradients that obscure the logical structure
Output format
【Exhibit type】process / typology / multi-level / relational + propositions table
【Constructs shown】all defined in text? yes/no
【Arrows】each maps to Pn or mechanism? yes/no
【Adds beyond text?】shows structure / merely repeats (fix)
【Format check】meets AOM figure guidelines (verify)
【Next step】amr-writing-style
Signals
- GitHub stars
- 1k
- Forks
- 155
- Last commit
- Sep 2026
Advanced
- Item type
- skill
- Key
amr-tables-figures- Source
- github.com/brycewang-stanford/awesome-journal-skills
github.com/brycewang-stanford/awesome-journal-skills
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