Andropogoneae Species
Michelle C. Stitzer
Chrysopogon serrulatus
The assembly is allelic, and the genome is diploid. It has a haploid genome size of 600 Mb, and has 10 haploid chromosomes.
Species herbarium records
Herbarium records of Chrysopogon serrulatus from AuBuchon-Elder et al 2022 are plotted with black points, The sampled individual this genome was generated from is shown in a colored point. The green background shows the biogeographic ranges of all Andropogoneae species in AuBuchon-Elder et al 2022.
Highlighted Figure 1
Figure 1 from the main text, with Chrysopogon serrulatus
highlighted with colored points.
Highlighted Figure 2
Figure 2 from the main text, with Chrysopogon serrulatus
highlighted with colored points.
Dotplot of Chrysopogon serrulatus vs. Paspalum vaginatum
Like dotplots shown in Figure 3 of the main text, this shows syntenic blocks in Chrysopogon serrulatus along the y-axis, vs P. vaginatum on the x-axis. As Chrysopogon serrulatus is a diploid with an allelic assembly, we expect 2 paths for any x-axis position.
Fractionation of Chrysopogon serrulatus
Like plots shown in Figure 4 of the main text, this shows proportion of retained genes in Chrysopogon serrulatus along the y-axis, vs P. vaginatum gene index on the x-axis. As Chrysopogon serrulatus is a diploid with an allelic assembly, we expect 2 lines, two for each subgenome.
Highlighted Figure 5
Figure 5 from the main text, with Chrysopogon serrulatus highlighted with colored points or lines.
Spatial distribution of genes and TEs
Density of genes and repeats along the longest sequence (contig, scaffold, or chromosome) of Chrysopogon serrulatus in 1 Mb bins. Gene annotation shown is all Helixer genes.
