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\f0\fs24 \cf0 File S1, Analytical and statistical models to estimate  ,   and pH (Figures S1-S2). (.pdf)\
File S2, Supplemental Material (Analysis of the ability to degrade wood) and Figures S3-S10 (.pdf)\
File S3, Details regarding bioinformatics analyses. (.pdf)\
File S4, Supplemental tables (.xlsx) with list of the isolates (Table S1), geographic distance matrix (Table S2), nuclear and mitochondrial genetic distance matrices (Tables S3-S4), AICc tables, best model estimates and proportion of variance explained for MGR (Table S5-S7) and the ability to degrade wood (WWL, Tables S8-S10).\
File S5, ZIP archive with MGR and WWL phenotypic data and scripts needed to reproduce the results presented in this manuscript. \
The archive includes different directories and files:\
-Bioinformatics > Perl script to filter reads based on depth\
-Figures > Script and datasets to build Figures 2-5 and Figure S3-S10\
-GeneticDistance > Datasets with nuclear and mitochondrial genetic distance\
-GrowthRate > Dataset and script for mycelium growth rate analyses\
-WoodDegradation > Dataset and script for wood weight loss analyses\
-SimulationsAnalyticalModel> Script to test the quantitative genetic model using simulated fitness data of haploid parents and their diploid offspring\
-PowerAnalyses > Script to parallelise power analyses on a cluster (Sun Grid Engine queuing system)\
-Functions > Scripts of the different functions used for the analyses, including the script MMmodel.Rmd for the multiple membership model\
}