Additional file 1 of m6A RNA methylation impairs gene expression variability and reproductive thermotolerance in Arabidopsis

Additional file 1: Fig. S1. Divergent transcriptomic changes of leaves and flowers in heat. Fig. S2. Comparison of m6A enrichment in two biological replications. Fig. S3. Detected sequence motifs of m6A-modified sites. Fig. S4. m6A peaks detected in different clusters. Fig. S5. Correlation between m6A and expression levels. Fig. S6. Correlation between FC m6A and FC expression. Fig. S7. Increased m6A RNA modification in Arabidopsis flowers. Fig. S8. Overlap of lowly variable genes identified from different datasets. Fig. S9. Inverse correlation of m6A levels and gene expression variability. Fig. S10. Lowly variable genes show stronger m6A RNA modification. Fig. S11. Enrichment of genes associated with low expression variability. Fig. S12. Expression profiling of genes encoding RNA demethylases. Fig. S13. An exemplary locus for increased m6A in 10b-1. Fig. S14. Density distribution of m6A enrichment in Arabidopsis leaves. Fig. S15. Exemplary loci with decreased expression variability in 10b-1. Fig. S16. Stress-granule association of lowly variable transcripts.