Compartmentalization reduces conflict in multi-partner plant-insect symbioses

The submission contains the following files: · Dataset_Raw_15N_Fig_1A.csv Raw 15N isotope data used for Figure 1A. · Dataset_Mean_SE_15N_Fig_1A.csv Summary statistics (mean and standard error) of 15N isotope data for Figure 1A. · Fig_1A_R_code.R R script for processing and visualizing 15N isotope data for Figure 1A, relying on Dataset_Mean_SE_15N_Fig_1A.csv. · Dataset_Raw_Fig_1C.csv Raw 15N dataset used in Figure 1C of the study. · Dataset_Raw_Fig_1E.csv Raw 15N dataset supporting the analysis in Figure 1E. · Dataset_Raw_Fig_1F.csv Raw 15N dataset underlying Figure 1F. · 15N_isotope_data_coforaging.csv Raw 15N nitrogen isotope data related to co-foraging behavior in the study, shown in Fig. S15. · C_polynesicus_C_sadinus_conflict_dataset.csv Agression dataset used for the survival analysis examining conflict dynamics between C. polynesicus and C. sadinus. · C_polynesicus_P_wilsoni_conflict_dataset.csv Agression dataset used for the survival analysis examining conflict dynamics between C. polynesicus and P. wilsoni. · Survival_analysis_R_code.R R script performing survival analysis on conflict datasets, relying on C_polynesicus_C_sadinus_conflict_dataset.csv and C_polynesicus_P_wilsoni_conflict_dataset.csv. · Ant_species_domatia_size.csv Dataset of ant species identify and number inside Squamellaria tenuiflora, used in Fig. 2E and F and Fig. S4. · Regression_model_fitting_domatium_size_Ant_species.R R script for regression modeling of domatia size based on ant species data shown in Fig. 2E, relying on Ant_species_domatia_size.csv. · Logistic_model_domatium_size_ant_species.R R script for logistic modeling of domatia size in relation to ant species, shown in Fig. 2F, relying on Ant_species_domatia_size.csv. · Mathematical_model_Fig_5_compartments.R R script implementing the mathematical model shown in in Fig. 5, and described in detail in the Materials and Methods, Supplementary Materials, section ‘Testing if compartmentalization stabilizes multi-species mutualism across time via model-ling the optimal domatium compartment number’.