Structural Equation Modeling: Applications in Ecological and Evolutionary Biology
 Pugesek,
B.H., A. Tomer, and A. von Eye. 2003. Structural Equation
Modeling: Applications in Ecological and Evolutionary Biology. Cambridge
University Press, Cambridge.
NOTE: click on the chapters below to download
companion files
Part I. Theory:
- Structural equation modeling: an introduction.
Scott L. Hershberger, George A. Marcoulides and Makeba M. Parramore
- Concepts of structural equation modeling
in biological research. Bruce H. Pugesek
- Modeling a complex conceptual theory of
population change in the shiras moose: history and recasting as a
structural equation model. Bruce H. Pugesek
- A short history of structural equation models. Adrian Tomer
- Guidelines for the implementation and publication of structural equation
models. Adrian Tomer and Bruce H. Pugesek
Part II. Applications:
- Modeling intraindividual variability and change in bio-behavioural
developmental processes. Patricia H. Hawley and Todd D. Little
- Examining the relationship between environmental
variables and ordination axes using latent variables and structural
equation modeling. James B. Grace
- From biological hypothesis to structural equation models: the imperfection
of causal translation. Bill Shipley
- Analyzing dynamic systems: a comparison
of structural equation modeling and system dynamics modeling. Peter
S. Hovmand
- Estimating analysis of variance models
as structural equation models. Michael J. Rovine and Peter C.
M. Molenaar
- Comparing groups using structural equations. James
B. Grace
- Modeling means in latent variable models of natural selection. Bruce
H. Pugesek
- Modeling manifest variables in longitudinal
designs - a two-stage approach. Bret E. Fuller, Alexander von
Eye, Phillip K. Wood and Bob Keeland
Part III. Computing:
- A comparison of the SEM software packages: Amos, EQS and LISREL.
Alexander von Eye and Bret E. Fuller.
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