Multilevel Modeling Methods with Introductory and Advanced Applications provides a cogent and comprehensive introduction to the area of multilevel modeling for methodological and applied researchers as well as advanced graduate students. The book is designed to be able to serve as a textbook for a one or two semester course in multilevel modeling. The topics of the seventeen chapters range from basic to advanced, yet each chapter is designed to be able to stand alone as an instructional unit on its respective topic, with an emphasis on application and interpretation.
In addition to covering foundational topics on the use of multilevel models for organizational and longitudinal research, the book includes chapters on more advanced extensions and applications, such as cross-classified random effects models, non-linear growth models, mixed effects location scale models, logistic, ordinal, and Poisson models, and multilevel mediation. In addition, the volume includes chapters addressing some of the most important design and analytic issues including missing data, power analyses, causal inference, model fit, and measurement issues. Finally, the volume includes chapters addressing special topics such as using large-scale complex sample datasets, and reporting the results of multilevel designs.
Acknowledgments.
Chapter
1. Introduction to Multilevel Modeling Methods: Pedagogy and Context;
Ann A. O'Connell, D. Betsy McCoach, and Bethany A. Bell.
Section I. Organizational Data.
Chapter
2. Introduction to Multilevel Models for Organizational Data; Bethany
A. Bell and Jason A. Schoeneberger.
Chapter
3. Evaluation of Model Fit and Adequacy; D. Betsy McCoach, Sarah D.
Newton, Anthony J. Gambino.
Chapter
4. Causal Inference in Multilevel Settings; Chris Rhoads and Eva
Yujia Li.
Chapter
5. Statistical Power for Linear Multilevel Models; Jessaca Spybrook,
Benjamin M. Kelcey, and Nianbo Dong.
Chapter
6. Cross-Classified Random-Effects Models; Audrey J. Leroux and S.
Natasha Beretvas.
Chapter
7. Multilevel Logistic and Ordinal Models; Ann A. O'Connell,
Meng-Ting Lo, Jessica Goldstein, H. Jane Rogers, and C.-Y. Joanne Peng.
Chapter
8. Single and Multilevel Models for Counts; Ann A. O'Connell,
Nivedita Bhaktha, and Jing Zhang.
Section II. Longitudinal Data.
Chapter
9. Individual Growth Curve Models for Longitudinal Data; D. Betsy
McCoach, Bethany A. Bell, and Aarti P. Bellara.
Chapter
10. Modeling Nonlinear Longitudinal Change With Mixed Effects Models;
Jeffrey R. Harring and Shelley A. Blozis.
Chapter
11. Within-Subject Residual Variance-Covariance Structures in
Longitudinal Data Analysis; Minjung Kim, Hsien-Yuan Hsu, and Oi-man Kwok.
Chapter
12. Modeling Variation in Intensive Longitudinal Data; Donald Hedeker
and Robin J. Mermelstein.
Section III. Design And Special Issues.
Chapter
13. Using Large-Scale Complex Sample Datasets in Multilevel Modeling;
Laura M. Stapleton and Scott L. Thomas.
Chapter
14. Common Measurement Issues in a Multilevel Framework; Brian F.
French, W. Holmes Finch, and Thao Vo.
Chapter
15. Missing Data Handling for Multilevel Data; Craig K. Enders and
Timothy Hayes.
Chapter
16. Multilevel Mediation Analysis; Nicholas J. Rockwood and Andrew F.
Hayes.
Chapter
17. Reporting Results of Multilevel Designs; John M Ferron, Yan Wang,
Zhiyao Yi, Yue Yin, Eunsook Kim, and Robert F. Dedrick.
About the Contributors.
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