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Graphs, causality, and structural equation models
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DOI：10.1177/0049124198027002004.png)
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摘要
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Structural equation models (SEA ls) have dominated causal analysis in the social and behavioral sciences since the 1960s. Currently, many SEM practitioners are having difficulty articulating the causal content of SEM and an seeking foundational answers. Recent developments in the areas of graphical models and the logic of causality show potential for alleviating such difficulties and thus, revitalizing structural equations as the primary language of causal modeling. This article summarizes several of these developments, including the prediction of vanishing partial correlations, model testing, model equivalence, parametric and nonparametric identifiability, control of confounding, and covariate selection These developments clarify the causal and statistical components of SEMs and the role of SEM in the empirical sciences.
Keyword:
PATH-ANALYSIS
EMPIRICAL-RESEARCH
EQUIVALENT MODELS
BELIEF NETWORKS
IDENTIFIABILITY
EXCHANGEABILITY
INDEPENDENCE
EXOGENEITY
INFERENCE
DIAGRAMS
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被引数:
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