Figure S4 Synteny analysis of seven chromosomes from Pse.
libanotica with T. aestivum, T. urartu, H.
vulgare, and D. glomerat
Figure S5 The physiological changes of Pse. libanoticaunder drought conditions at 7d, 14d, 21d and 28d (A) Soil water content
(B) POD activity (C) CAT activity (D) Pro content (E) MDA content (F)
ABA content. The X-axis indicates the treatment time; the Y-axis
indicates the physiological activities. The data were obtained from
three independent experiments. Different letters represent the
statistical significance analyzed by Duncan’s multiple range test (P
< 0.05).
Figure S6 Number of differentially expressed genes (DEGs) under
drought conditions at 7d, 14d, 21d and 28d Venn diagrams showing the
number of co-expressed DEGs in Pse. libanotica under drought
stress.
Figure S7 GO classification of differentially expressed genes
(DEGs) of Pse. libanotica under drought stress The ordinate in
the figure is GO Term, and the abscissa is the number of genes enriched
by GO Term.
Figure S8 KEGG pathway enrichment scatter diagram of DEGs The19
most strongly represented pathways are displayed in the diagram. The
degree of KEGG pathway enrichment is represented by the GeneRatio, the
padj, and the number of genes enriched in a KEGG pathway.
Table S1. Estimation of genome size
Table S2. Sequencing libraries and statistics of the data used
for the genome assembly
Table S3. Characteristics of Pse. libanotica assembly
containing 7 chromosome
Table S4. Evaluation of benchmarking universal single-copy
orthologs (BUSCO) and gene space coverage using core eukaryotic gene
mapping approach (CEGMA) in Pse. libanotica genome
Table S5. Statistics of paired-end reads mapping
Table S6. Assessment of Pse. libanotica genome using
full length EST sequences
Table S7. Prediction of protein-coding genes in Pse.
libanotica
Table S8. Summary for annotation of predicted protein-coding
genes in the Pse. libanotica genome assembly
Table S9. Non-coding RNAs in the assembly of Pse.
libanotica
Table S10. Statistics of repeat sequence in Pse.
libanotica genome via different methods
Table S11. Centromere position of Pse. libanotica
Table S12. GO analysis for the unique gene families in