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Table 2 Results of genetic bottleneck tests for the 22 Pinus cembra populations

From: Geographic isolation and climatic variability contribute to genetic differentiation in fragmented populations of the long-lived subalpine conifer Pinus cembra L. in the western Alps

ID SMM (p-value) TPM (p-value) Mode shift M-ratio (p-value, SD)
CAL 1.000 0.988 normal L-shaped 0.221 (0.174)
CAU 0.988 0.852 normal L-shaped 0.253 (0.169)
CAY 1.000 0.988 normal L-shaped 0.215 (0.183)
CBL 0.988 0.531 normal L-shaped 0.225 (0.131)
CLP 1.000 0.813 normal L-shaped 0.252 (0.183)
CLV 1.000 0.988 normal L-shaped 0.217 (0.170)
CMI 0.996 0.988 normal L-shaped 0.242 (0.174)
COR 0.992 0.852 normal L-shaped 0.275 (0.151)
CPL 0.961 0.344 normal L-shaped 0.239 (0.172)
CTU 1.000 1.000 normal L-shaped 0.257 (0.168)
CSC 0.988 0.766 normal L-shaped 0.262 (0.151)
MAR 0.992 0.945 normal L-shaped 0.256 (0.191)
MAU 0.711 0.344 normal L-shaped 0.293 (0.157)
MBR 0.766 0.766 normal L-shaped 0.209 (0.175)
MCH 1.000 0.996 normal L-shaped 0.263 (0.172)
MDE 1.000 0.996 normal L-shaped 0.246 (0.165)
MFL 1.000 0.988 normal L-shaped 0.228 (0.176)
MGI 0.996 0.766 normal L-shaped 0.227 (0.178)
MMO 1.000 0.988 normal L-shaped 0.235 (0.166)
MRO 0.945 0.469 normal L-shaped 0.356 (0.190)
MTA 1.000 0.961 normal L-shaped 0.248 (0.157)
MVA 1.000 0.988 normal L-shaped 0.266 (0.155)
  1. SMM, Stepwise Mutation Model; TPM, Two Phase mutation Model
  2. p-value, probability according to one-tailed Wilcoxon signed-rank test of heterozygote excess