Additional file 1: Table S1. of Genetic variation associated with healthy traits and environmental conditions in Vaccinium vitis-idaea

Sampled V. vitis-idaea sites in Newfoundland and Labrador, Canada. Each site is coded by ecoregion, mean annual temperature, mean summer temperature, mean annual precipitation, mean annual runoff, surface water pH, surface water sensitivity to acid rain, and proximity to the coast (Government of Newfoundland and Labrador 1992, and Alam et al. 2016). Table S2. Number of methods (LFMM, SamBada and Chi^2) that predicted a significant association (p < 0.01) between each SNP and biochemical/environmental variable. SNPs are the ones inferred to be significantly associated with a variable by at least two methods. Table S3. Number of SNPs in common between each pair of biochemical/environmental variables. Only SNPs inferred to be significantly associated with at least one variable by at least two methods are considered. Table S4. Moran.I test results per variable. Table S5. Data visualized in Fig. 4 Top. Table S6. Data visualized in Fig. 4 Bottom. (XLS 62 kb)加拿大纽芬兰与拉布拉多省的越橘（*Vaccinium vitis-idaea*，缩写为V. vitis-idaea）采样样地。各采样样地通过生态区、年平均气温、夏季平均气温、年平均降水量、年平均径流量、地表水pH值、地表水对酸雨的敏感性以及距海岸的距离进行编码（数据引自纽芬兰与拉布拉多省政府1992年报告与Alam等人2016年的研究）。 表S2：三种方法（LFMM、SamBada与卡方检验（Chi²））对每个单核苷酸多态性（Single Nucleotide Polymorphism, SNP）与生化/环境变量间显著关联（p < 0.01）的预测数目。仅统计被至少两种方法推断为与某一变量显著关联的SNP。 表S3：每一对生化/环境变量间共享的SNP数目。仅统计被至少两种方法推断为与至少一个变量显著关联的SNP。 表S4：各变量的莫兰I（Moran.I）检验结果。 表S5：图4上图所可视化的数据。 表S6：图4下图所可视化的数据。（XLS 62 kb）