Appendix A. A table defining parameters and variables and three figures summarizing methods and results of assays used to obtain model parameter estimates.

A table defining parameters and variables and three figures summarizing methods and results of assays used to obtain model parameter estimates

Appendix B. Six figures showing results of prey invasibility assays, example model dynamics, model predictions, and population dynamics for all experimental treatments and replicates.

Six figures showing results of prey invasibility assays, example model dynamics, model predictions, and population dynamics for all experimental treatments and replicates

Appendix C. Competitive ability in the Monod model.

Competitive ability in the Monod model

Movie A2 from Local interactions and self-organized spatial patterns stabilize microbial cross-feeding against cheaters

Movie of pattern formation. This movie animates community in Figure 4D-F

Appendix D. Supplemental figures showing environmental covariation and species-specific responses to environmental predictors.

Supplemental figures showing environmental covariation and species-specific responses to environmental predictors

Code for paper

This is a zip file that contains all of the code needed to run the simulations described in our paper, and everything needed to analyze it and recreate the figures. It includes a README

Movie A1 from Local interactions and self-organized spatial patterns stabilize microbial cross-feeding against cheaters

Movie of partner fidelity feedback. This movie animates the community in Figure 4A-C

Appendix A. Supplementary statistical methods.

Supplementary statistical methods

Appendix C. Coefficient estimates for the 25-species occurrence model, the 13-species abundance model, and the 13-species occurrence model.

Coefficient estimates for the 25-species occurrence model, the 13-species abundance model, and the 13-species occurrence model

Appendix B. Additional methods and results for multiple imputation analyses.

Additional methods and results for multiple imputation analyses