Appendix F. Diagnostics for multiple regression analyses of geographic gradients in ant species density.

Diagnostics for multiple regression analyses of geographic gradients in ant species density

Appendix D. PCA loadings for vegetation data.

PCA loadings for vegetation data

Supplement 1. Delphi source code and compiled program for nonstationary matrix model projection.

File List MarixGrowthProject.exe- stand-alone executable version of nonstationary matrix growth model MatrixGrowth.zip- Delphi source code for nonstationary matrix growth model Description The MatrixGrowthProject.exe iterates population growth and population size structure, for either stationary or nonstationary matrix models. In a series of tabbed input screens, the user supplies an initial transition matrix and size vector, with an optional variance-covariance matrix and regression parameters an external environmental driver. The MatrixGrowth.zip file contains 35 Delphi files that contain the source code for the components of this program. The source code is compiled in Delphi 6.0. </blockquote

Appendix C. Statistical methods.

Statistical methods

Full Archive

Full Archiv

Appendix B. Sampling methods.

Sampling methods

Appendix E. Presence-absence matrices for bog and forest ants.

Presence-absence matrices for bog and forest ants

Appendix A. Physical characteristics of the study sites.

Physical characteristics of the study sites

Appendix A. A description of the likelihod function for combining detailed observational and temporally aggregated data.

A description of the likelihod function for combining detailed observational and temporally aggregated data

Appendix B. The SAS code used to fit a Poisson regression to detailed and aggregate data.

The SAS code used to fit a Poisson regression to detailed and aggregate data