Use this to place the contribution in the methods literature, not the substantive one. SMR reviewers are methodologists who often know the closest prior estimator, the original derivation, and the competing approach in a neighboring discipline. A missed precedent is the fastest path to a reject.
The literature review of an SMR paper answers "what is the closest method, and how is yours different?" — not "what is known about the substantive topic." Structure the review as a small map:
smr-simulation-studies is not a surprise.Run this before drafting the review:
| Sociology framing | Likely prior literature to check | Risk if missed |
|---|---|---|
| Causal effect with controls | statistics (potential outcomes, DAGs), econometrics | "good/bad controls" already settled elsewhere |
| Latent classes / trajectories | psychometrics, biostatistics (finite mixtures, GBTM) | reinventing a named model |
| Measurement invariance | psychometrics (MGCFA, alignment) | overstating a known non-invariance result |
| Missing data | statistics (MI, IPW, FIML), biostatistics | ignoring the standard estimator |
| Network effects | network science, spatial econometrics | a known identification problem |
| Text-as-data | NLP, computational linguistics, comp. social science | a method already standard in CSS |
When citing "where methods like this are published," be precise:
resources/exemplars/library.md).A methodologist refereeing the positioning section typically does three things in order: (1) scans the reference list for the primary derivation of your direct ancestor — if only a handbook chapter appears, credibility drops before page two; (2) asks whether the strongest competitor is named and carried into the simulation, because a review that names it and a simulation that omits it reads as evasion; (3) checks the cross-discipline column — a reviewer trained in psychometrics or biostatistics will recognize a renamed finite-mixture or IPW variant instantly. Write the review so each of these three probes finds its answer within one paragraph, and state explicitly which neighboring literature you searched and found empty, so the referee does not assume you never looked.
[Direct ancestors] <method -> your difference>
[Cross-discipline siblings] <field : closest prior + difference>
[Competing methods to beat] <named alternatives for the simulation>
[Precedent risks] <any near-rediscovery to disclose>
[Next SMR skill] smr-derivation-and-properties