Incorporating interspecific interactions into phylogeographic models: A case study with Californian oaks

<b>Samples.xlsx</b>: Description of individual and population codes used in the different analyses and genomic datasets.<b> </b><b>Berberidifolia_MAF001p8r08m5.str</b>: Input file (STR format) with 3,589 unlinked SNPs used for performing clustering (STRUCTURE) and principal component analyses (PCA) for <i>Quercus berberidifolia</i>.<b> </b><b>Chrysolepis_MAF001p10r08m5.str</b>: Input file (STR format) with 2,977 unlinked SNPs used for performing clustering (STRUCTURE) and principal component analyses (PCA) for <i>Quercus chrysolepis</i>.<b> </b><b>BerberidifoliaSplatche2.zip</b>: Input files for the nine demographic models run using SPLATCHE2 for <i>Quercus berberidifolia</i>.<b> </b><b>ChrysolepisSplatche2.zip</b>: Input files for the nine demographic models run using SPLATCHE2 for <i>Quercus chrysolepis</i>.<b> </b><b>OccurrenceData.zip</b>: Occurrence data for Californian oaks (<i>Quercus</i> sp.) used for environmental niche modelling (ENM).<b> </b><b>Maps_ENM_Current.zip</b>: Current distribution of Californian oaks (<i>Quercus</i> sp.) inferred using environmental niche modeling (ENM).<b> </b> <b>Maps_ENM_LGM.zip</b>: Last glacial maximum (LGM) distribution of Californian oaks (<i>Quercus</i> sp.) inferred using environmental niche models (ENM) and paleoclimate data simulated under the Community Climate System Model (CCSM4).