
Statistics for Ecologists: A Frequentist and Bayesian Treatment of Modern Regression Models
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John R. Fieberg, University of Minnesota
Copyright Year:
ISBN 13: 9781959870029
Publisher: University of Minnesota Libraries Publishing
Language: English
Formats Available
Conditions of Use
Attribution
CC BY
Reviews
Reviewed by Zhuanzhuan Ma, Assistant Professor of Statistics, The University of Texas Rio Grande Valley on 10/20/25
The book spans linear models, bootstrap, multiple regression, non-linear modeling (splines/GAMs), GLMs for counts and binary outcomes, zero-inflation, mixed models/GLMMs, GEE, MLE, Bayesian inference, and MCMC/JAGS, with worked R examples and an... read more
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Reviewed by Zhuanzhuan Ma, Assistant Professor of Statistics, The University of Texas Rio Grande Valley on 10/20/25
Comprehensiveness
The book spans linear models, bootstrap, multiple regression, non-linear modeling (splines/GAMs), GLMs for counts and binary outcomes, zero-inflation, mixed models/GLMMs, GEE, MLE, Bayesian inference, and MCMC/JAGS, with worked R examples and an appendix on reproducible reports. Navigation is strong via a detailed table of contents and chapter structure; key terms are defined in context.
Content Accuracy
Explanations and formulas are careful and standard, code examples are consistent with current R practice, and Bayesian sections align with mainstream workflows (JAGS, priors, posterior checks). The text distinguishes assumptions and diagnostic checks clearly and avoids overclaiming.
Relevance/Longevity
Topics map tightly to modern ecological data problems (non-Normal responses, correlation, overdispersion, zero inflation). The frequentist–Bayesian pairing and emphasis on modeling strategy keep the text durable.
Clarity
The prose is from simple to complex models. Jargon is introduced with context, and code-first illustrations (plus effect plots and residual diagnostics) make abstract ideas concrete.
Consistency
Terminology and notation are stable across chapters; the modeling framework (design matrices, link functions, hierarchical structures) is applied consistently, which makes cross-chapter learning smooth.
Modularity
Chapters and subsections can be assigned independently (e.g., GLMs, zero-inflation, mixed models). Exercises and data examples are self-contained, enabling adoption in varied course sequences.
Organization/Structure/Flow
Flow is logical: Normal-response models --> variable selection/causal thinking --> distributional foundations -->MLE & Bayesian --> GLMs/zero-inflation --> correlated data (LMMs/GLMMs/GEE).
Interface
The open-access format and permissive license are a plus for teaching adoption.
Grammatical Errors
Writing is polished and free of grammatical errors; examples and captions are clear and concise.
Cultural Relevance
Examples are ecologically focused and non-stigmatizing. The tone is professional and inclusive, suitable for diverse classrooms.
Table of Contents
- About the Author
- Preface
- Models for Normally Distributed Responses
- What Variables to Include in a Model?
- Frequentist and Bayesian Inferential Frameworks
- Models for Non-Normal Data
- Models for Correlated Data
- Appendix
- References
About the Book
About the Contributors
Author
Dr. John R. Fieberg, University of Minnesota