1) Re-sequencing data of F1 population; 2)RNA-seq data of leaf-related genetic traits in bayberry plants

1) Following the re-sequencing of 140 F1 progeny and their parents, we obtained 902.11 Gb of raw data. This data was then filtered, yielding 6,014,049,948 clean reads with an average 92.25% Q30 value and an estimated 38.20% GC content. Following mapping to the reference genome, 2,242,353 total SNPs were detected at an average sequencing depth of 22.09x in the female parental plant, 17.00x in the male 2012LXRM parental plant, and 16.92x in each F1 offspring. 2)An RNA-seq approach was then used to conduct transcriptomic analyses of leaf-related genetic traits in bayberry plants. In total, these analyses yielded 39.62 Gb of clean data from 6 leaf samples obtained by transcriptome analysis of 6 leaf samples.