Skip to main content
. 2018 Jul 2;8(15):7421–7435. doi: 10.1002/ece3.4266

Table 4.

Euprymna clades that demonstrated significance during either a permutation contingency analysis or geographic distance analysis

Clade Nested clade Distance Value (S or L) p Inference key steps Inference
2‐3 1‐6`(T) D n 102.87 S 0.0485 1,19, NO Allopatric fragmentation
1‐5 (I) D c 23.288 S 0.0485
D n 38.528 S 0.0485
I‐T D n −64.3381 S 0.0485
2‐11 1‐21 (T) D c 0.0 S 0.0322 1,2,3,4, NO Restricted gene flow with isolation by distance
3‐1 2‐1 (T) D c 54.307 S 0.0094 1,2,3,4, NO Restricted gene flow with isolation by distance
3‐7 2‐9 (T) D n 97.411 L 0.048 1,2,11,12, NO Contiguous range expansion
2‐11 (I) D c 31.471 S 0.0406
D n 61.135 S 0.0417
I‐T D c −57.4872 S 0.0386
D n −36.2756 S 0.0428
Total 4‐1 D c 75.7056 S 0.0002 1,2, IO I‐T status undetermined: inconclusive outcome
4‐2 D c 0.000 >0.001
D n 435.1782 L >0.001
4‐7 D c 67.0744 S >0.001
D n 82.2657 S

Location of significance is indicated by (D n), nested clade distance, and/or (D c), the within‐clade distance. I‐T indicates the average distance between a tip clade and an interior clade. S or L indicates that the distance measure is significantly smaller or larger at the 5% inference level. Inference steps were performed using the automated inference key in GEODIS, part of the AneCA v1.2 population genetics analysis software platform (Posada et al., 2000).