American Statistician

Papers
(The TQCC of American Statistician is 2. 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 2020-11-01 to 2024-11-01.)
ArticleCitations
Myths About Linear and Monotonic Associations: Pearson’s r, Spearman’s ρ, and Kendall’s τ48
A Review of Adversarial Attack and Defense for Classification Methods30
A Review of Bayesian Perspectives on Sample Size Derivation for Confirmatory Trials29
Demystifying Statistical Learning Based on Efficient Influence Functions17
On Deconfounding Spatial Confounding in Linear Models16
A Survey of Bias in Machine Learning Through the Prism of Statistical Parity15
Analytical Problem Solving Based on Causal, Correlational and Deductive Models13
Learning Hamiltonian Monte Carlo in R13
The Cauchy Combination Test under Arbitrary Dependence Structures10
Statistical Challenges in Agent-Based Modeling10
A Proposal for Informative Default Priors Scaled by the Standard Error of Estimates8
Comparing Three Groups7
Variable Selection With Second-Generation P-Values7
Likelihood-Free Parameter Estimation with Neural Bayes Estimators7
Statistical Challenges in Online Controlled Experiments: A Review of A/B Testing Methodology6
Comparing Covariate Prioritization via Matching to Machine Learning Methods for Causal Inference Using Five Empirical Applications6
A Practical Approach to Proper Inference with Linked Data6
Statistical Guidance to Authors at Top-Ranked Journals across Scientific Disciplines6
Hurdle Blockmodels for Sparse Network Modeling6
Hierarchical Spatio-Temporal Change-Point Detection6
A Look into the Problem of Preferential Sampling through the Lens of Survey Statistics5
A Study on the Power Parameter in Power Prior Bayesian Analysis5
A Bayesian Spatial Analysis of the Heterogeneity in Human Mobility Changes During the First Wave of the COVID-19 Epidemic in the United States5
When Your Permutation Test is Doomed to Fail5
On the Power of the F-test for Hypotheses in a Linear Model5
Semi-Structured Distributional Regression5
The Current State of Undergraduate Bayesian Education and Recommendations for the Future5
Integrating Ethics into the Guidelines for Assessment and Instruction in Statistics Education (GAISE)5
Bayes Factors Based on p-Values and Sets of Priors With Restricted Strength4
Statistical Implications of Endogeneity Induced by Residential Segregation in Small-Area Modeling of Health Inequities4
Bayes Factors and Posterior Estimation: Two Sides of the Very Same Coin4
From Black Box to Shining Spotlight: Using Random Forest Prediction Intervals to Illuminate the Impact of Assumptions in Linear Regression4
Improved Approximation and Visualization of the Correlation Matrix4
Expressing Regret: A Unified View of Credible Intervals4
Out-of-Sample R 2 : Estimation and Inference4
Pairwise Comparisons Using Ranks in the One-Way Model4
Spatial Confounding in Generalized Estimating Equations4
Estimating Knee Movement Patterns of Recreational Runners Across Training Sessions Using Multilevel Functional Regression Models4
On Optimal Correlation-Based Prediction4
Distribution-Free Location-Scale Regression3
Difference Between Binomial Proportions Using Newcombe’s Method With Multiple Imputation for Incomplete Data3
COVID-19 Pandemic as a Change Agent in the Structure and Practice of Statistical Consulting Centers3
Comment on “On Optimal Correlation-Based Prediction,” by Bottai et al. (2022)3
Linearity of Unbiased Linear Model Estimators3
A Statistical Basis for Reporting Strength of Evidence as Pool Reduction3
A Case for Nonparametrics3
Comment on “On Optimal Correlation-Based Prediction”, By Bottai et al. (2022)3
The State of Play of Reproducibility in Statistics: An Empirical Analysis3
Comparative Probability Metrics: Using Posterior Probabilities to Account for Practical Equivalence in A/B tests3
Reconstructing the Kaplan–Meier Estimator as an M-estimator3
SAS for Mixed Models: Introduction and Basic Applications3
Bayesian-Frequentist Hybrid Inference in Applications with Small Sample Sizes2
Optimal and Fast Confidence Intervals for Hypergeometric Successes2
On Arbitrarily Underdispersed Discrete Distributions2
Bayesian Inference Is Unaffected by Selection: Fact or Fiction?2
Incorporating Minimum Variances into Weighted Optimality Criteria2
A Geometric Derivation of the Cantor Distribution2
Publication Policies for Replicable Research and the Community-Wide False Discovery Rate2
Using Differentiable Programming for Flexible Statistical Modeling2
Inference in Experiments Conditional on Observed Imbalances in Covariates2
Pseudo-Ranks: The Better Way of Ranking?2
Quantifying the Inspection Paradox with Random Time2
The “Poisson” Distribution: History, Reenactments, Adaptations2
A Comparison of Bayesian Multivariate Versus Univariate Normal Regression Models for Prediction2
Evidential Calibration of Confidence Intervals2
Parole Board Decision-Making using Adversarial Risk Analysis2
Spatio-Temporal Statistics With R.2
Comment on “Forbidden Knowledge and Specialized Training: A Versatile Solution for the Two Main Sources of Overfitting in Linear Regression,” by Rohlfs (2023)2
The Model Thinker: What You Need to Know to Make Data Work for You2
Hypothesis Testing for Matched Pairs with Missing Data by Maximum Mean Discrepancy: An Application to Continuous Glucose Monitoring2
Pairwise Independence May Not Imply Independence: New Illustrations and a Generalization2
Coherent Tests for Interval Null Hypotheses2
“Two Truths and a Lie” as a Class-Participation Activity2
From One Environment to Many: The Problem of Replicability of Statistical Inferences2
Causal Quartets: Different Ways to Attain the Same Average Treatment Effect2
Assignment-Control Plots: A Visual Companion for Causal Inference Study Design2
The Wald Confidence Interval for a Binomial p as an Illuminating “Bad” Example2
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