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causal-inference-analysislisted

Define and evaluate the causal effect of an intervention, exposure, policy, or treatment on an outcome using explicit estimands, causal assumptions, study design, identification, diagnostics, and sensitivity analysis. Use for questions such as whether X causes Y, what would happen if X changed, observational or quasi-experimental impact analysis, confounding, mediation, selection, or causal attribution. Produce a Causal Inference Record. Do not use for ordinary correlation reporting, isolated software root-cause debugging, generic system maps, or merely configuring an A/B test.
SylphxAI/skills · ★ 1 · Code & Development · score 74
Install: claude install-skill SylphxAI/skills
# Causal Inference Analysis Turn a causal claim into an explicit intervention, estimand, identification argument, and falsifiable analysis. Read [references/causal-inference-methods.md](references/causal-inference-methods.md) before choosing a design or adjustment strategy. ## Workflow 1. Define the intervention or exposure, comparator, population, outcome, time zero, follow-up horizon, and target estimand. Reject vague verbs such as “impact” until the counterfactual contrast is clear. 2. Establish temporal ordering and draw the causal assumptions. Distinguish confounders, mediators, colliders, selection mechanisms, measurement error, interference, and time-varying treatment or confounding. 3. Emulate the target experiment conceptually even when only observational data are available: eligibility, assignment strategy, follow-up, outcome, causal contrast, and analysis plan. 4. Select a design whose assumptions fit the data and assignment process. Prefer randomized evidence when ethical and feasible; otherwise justify adjustment, matching, target-trial emulation, difference-in-differences, regression discontinuity, instrumental variables, or another identified strategy rather than choosing by fashion. 5. State the identification assumptions and data requirements before analysis. Never adjust mechanically for every observed variable or condition on a mediator or collider without a causal reason. 6. Check overlap, balance, assignment and expo