Figure S1. Linkage vs. physical distance (bp) between markers in the genome. Figure S2. Plots of STRUCTURE membership at various k values. Figure S3. Analysis of climate variation via principal components. Figure S4. Heatmap of 19 Bioclim variables by collection site. Figure S5. Maps of variation in climate variables across the range of P.hallii.âFigure S6. Manhattan plots of SNP association with climate variables for P.hallii. (PDF 1693 kb
Supplementary Figures. Fourteen supplementary figures associated with the manuscript. (PDF 12466 kb
BackgroundUnderstanding how and why genetic variation is partitioned across geographic space is of f...
Abstract Background Understanding how and why genetic variation is partitioned across geographic spa...
Table S1. GO terms significantly associated with each climate variable. Table S2. Candidate genes co...
Figure S1. Climate data before and throughout the field trial in (A) 2013 and (B) 2014. Accumulated ...
Figure S2. Comparison of temperature recorded inside the north-east (NE) and north-west (NW) Smartho...
Sampled populations, geographical variables and individual numbers used in the study for different m...
Table S1 to S12. Table S1. Sequence of barcodes and adapters in St. Augustinegrass GBS library. Tabl...
Environmental variables used in the ecological analysis. Table S4. Demographic parameters results fr...
Figure S1. Correlation analysis of the first five principal components (PCs) between specific subset...
Figure S1. The location of the study sites. MF = montane fen, RM = riparian marsh, LG = lagoon, SM =...
Table S2. Climate data before sowing, during seedling establishment, before heading and during headi...
BackgroundUnderstanding how and why genetic variation is partitioned across geographic space is of f...
Table S1. Species, voucher information and GenBank accession numbers for the dataset of four markers...
Chloroplast genome annotation. Figure S2 Leaf gradient expression correlation matrices. Figure S3 PE...
Supplementary Figures. Fourteen supplementary figures associated with the manuscript. (PDF 12466 kb
BackgroundUnderstanding how and why genetic variation is partitioned across geographic space is of f...
Abstract Background Understanding how and why genetic variation is partitioned across geographic spa...
Table S1. GO terms significantly associated with each climate variable. Table S2. Candidate genes co...
Figure S1. Climate data before and throughout the field trial in (A) 2013 and (B) 2014. Accumulated ...
Figure S2. Comparison of temperature recorded inside the north-east (NE) and north-west (NW) Smartho...
Sampled populations, geographical variables and individual numbers used in the study for different m...
Table S1 to S12. Table S1. Sequence of barcodes and adapters in St. Augustinegrass GBS library. Tabl...
Environmental variables used in the ecological analysis. Table S4. Demographic parameters results fr...
Figure S1. Correlation analysis of the first five principal components (PCs) between specific subset...
Figure S1. The location of the study sites. MF = montane fen, RM = riparian marsh, LG = lagoon, SM =...
Table S2. Climate data before sowing, during seedling establishment, before heading and during headi...
BackgroundUnderstanding how and why genetic variation is partitioned across geographic space is of f...
Table S1. Species, voucher information and GenBank accession numbers for the dataset of four markers...
Chloroplast genome annotation. Figure S2 Leaf gradient expression correlation matrices. Figure S3 PE...
Supplementary Figures. Fourteen supplementary figures associated with the manuscript. (PDF 12466 kb
BackgroundUnderstanding how and why genetic variation is partitioned across geographic space is of f...
Abstract Background Understanding how and why genetic variation is partitioned across geographic spa...