Psychological Methods

Papers
(The H4-Index of Psychological Methods is 36. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-05-01 to 2026-05-01.)
ArticleCitations
Supplemental Material for Causal Inference for Treatment Effects in Partially Nested Designs929
Supplemental Material for Impact of Temporal Order Selection on Clustering Intensive Longitudinal Data Based on Vector Autoregressive Models493
Supplemental Material for Subgroup Discovery in Structural Equation Models339
A simple recommendation for the analysis of matching data.292
Relative importance analysis in multiple mediator models.242
How survey scoring decisions can influence your study’s results: A trip through the IRT looking glass.237
Multiple imputation of missing data in large studies with many variables: A fully conditional specification approach using partial least squares.171
Dynamic measurement invariance cutoffs for two-group fit index differences.164
Evaluating statistical fit of confirmatory bifactor models: Updated recommendations and a review of current practice.139
Effect size guidelines for cross-lagged effects.125
Moving from exploratory to confirmatory network analysis: An evaluation of structural equation modeling fit indices and cutoff values in network psychometrics.116
Supplemental Material for Cross-Level Covariance Approach to the Disaggregation of Between-Person Effect and Within-Person Effect113
Supplemental Material for Why the Use of Segmented Regression Analysis to Explore Change in Relations Between Variables Is Problematic: A Simulation Study109
The influence of autoregressive relation strength and search strategy on directionality recovery in group iterative multiple model estimation.97
Multivariate analysis of covariance for heterogeneous and incomplete data.90
Bayesian regularization in multiple-indicators multiple-causes models.84
Regression discontinuity designs in a latent variable framework.83
Estimating time-varying treatment effects in longitudinal studies.77
Correcting for collider effects and sample selection bias in psychological research.68
Waldian t tests: Sequential Bayesian t tests with controlled error probabilities.66
Subgroup discovery in structural equation models.65
Using copulas to enable causal inference from nonexperimental data: Tutorial and simulation studies.63
The accuracy of reliability coefficients: A reanalysis of existing simulations.62
Supplemental Material for Are Factor Scores Measurement Invariant?57
Supplemental Material for Extending Mixture of Experts Model to Investigate Heterogeneity of Trajectories: When, Where, and How to Add Which Covariates54
Supplemental Material for To Detrend, or Not to Detrend, That Is the Question? The Effects of Detrending on Cross-Lagged Effects in Panel Models50
Simulation studies for methodological research in psychology: A standardized template for planning, preregistration, and reporting.47
How to analyze visual data using zero-shot learning: An overview and tutorial.45
Supplemental Material for Modeling Psychological Time Series With Multilevel Hidden Markov Models: A Tutorial44
Modeling construct change over time amidst potential changes in construct measurement: A longitudinal moderated factor analysis approach.44
Latent growth factors as predictors of distal outcomes.44
How to apply variable selection machine learning algorithms with multiply imputed data: A missing discussion.43
Is exploratory factor analysis always to be preferred? A systematic comparison of factor analytic techniques throughout the confirmatory–exploratory continuum.43
Improved confidence intervals for differences between standardized effect sizes.41
Causal inference for treatment effects in partially nested designs.40
Estimating curvilinear time-varying treatment effects: Combining g-estimation of structural nested mean models with time-varying effect models for longitudinal causal inference.38
Consequences of sampling frequency on the estimated dynamics of AR processes using continuous-time models.36
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