Table 4. SNPs used in this study to define clades in WNA.
| Branch Name 1 | Locus Name | Base Change (Ancestral→Derived) |
| A.Br.0092 | canSNP2589947* | A→G |
| A.Br.0182 | wna0237471 | T→G |
| A.Br.0182 | wna1141774 | C→T |
| A.Br.0182 | wna3368524 | A→C |
| A.Br.0193 | wna3631093 | A→G |
| A.Br.0193 | wna4718500 | G→A |
| A.Br.0204 | wna3774186 | T→C |
| A.Br.0215 | wna2994131 | C→G |
| A.Br.0226 | wna3682247 | A→G |
| A.Br.0226 | wna4461234 | G→A |
| A.Br.0237 | wna3732539 | T→C |
1
SNPs are arranged in this table from basal to derived nodes.
*
The A.Br.009 canonical SNP was previously reported5 and was used to identify most of the WNA clade samples used in this study.
2
These four SNPs are located on the Fig. 1 basal node separating TEA from the “yellow” clade.
3
These two SNPs are located on the Fig. 1 node separating the “yellow” from “red” clades.
4
This SNP is located on the Fig. 1 node separating the “red” from “green” clades.
5
This SNP is located on the Fig. 1 node separating the “green” from “blue” clades.
6
These two SNPs are located on the Fig. 1 node separating the “blue” from “black” clades.
7
This SNP is located on the Fig. 1 node separating the “black” and the terminal clades.