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Statistical Rethinking: A Bayesian Course with Examples in R and STAN, 2nd Edition

Richard McElreath (ISBN: 9780367139919) · ISBN-13 9780367139919
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Statistical Rethinking: A Bayesian Course with Examples in R and STAN (2nd Edition) provides a hands-on foundation in Bayesian data analysis, causal inference using directed acyclic graphs, and generalized linear multilevel modeling. Written by Richard McElreath, this textbook is tailored for graduate students, quantitative researchers, and data scientists across the sciences.

Statistical Rethinking: A Bayesian Course with Examples in R and STAN (2nd Edition) presents a foundational computational approach to Bayesian data analysis and scientific modeling. Structured across 17 chapters, Richard McElreath guides readers from foundational probability and linear models to Markov chain Monte Carlo estimation. By integrating step-by-step code in R and the Stan probabilistic programming language, the text ensures researchers understand how model assumptions operate rather than relying on automated statistical routines.

This expanded second edition emphasizes directed acyclic graphs (DAGs) for causal inference, regularizing priors, and information-theoretic model comparison. Readers progress into generalized linear multilevel models, varying intercepts and slopes, Gaussian process regressions, and handling measurement error and missing data. Concluding with mechanistic modeling beyond standard generalized linear models, this Chapman & Hall/CRC volume equips quantitative practitioners with durable modeling skills.

Institutional Use

University departments in statistics, data science, ecology, cognitive science, and social sciences adopt this volume as a primary textbook for graduate-level and advanced undergraduate Bayesian modeling courses. Academic research libraries, quantitative method labs, and institutional research divisions maintain this hardback as an essential methodology reference for faculty, postdoctoral researchers, and doctoral candidates conducting reproducible empirical research and causal analysis with R and Stan.